diff --git a/README.md b/README.md new file mode 100644 index 0000000..7e0183d --- /dev/null +++ b/README.md @@ -0,0 +1,19 @@ +[![DOI](https://zenodo.org/badge/520801122.svg)]() +[![License: MIT](https://img.shields.io/badge/License-MIT-green.svg)](https://github.com/fusion-jena/GerPS-onto/blob/master/LICENSE) + +# GerPS-onto: An ontology for German public service processes + +- :books: [Documentation](https://w3id.org/GerPS-onto/ontology/) +- :hourglass_flowing_sand: [Download latest](https://doi.org/10.5281/zenodo.7845888) +- :page_facing_up: [SPARQL Queries](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-queries.md) + +GerPS-onto models the process of a German public service. +It was created by extending the [BBO](https://hal.science/hal-02365012/document) with some domain specific concepts. +In addition, some concepts are also mapped to the [e-Government Core Vocabularies](https://joinup.ec.europa.eu/collection/semantic-interoperability-community-semic/solution/e-government-core-vocabularies/about). +The ontology was automatically populated with an exemplary German public service by parsing XML-based ([XProzess](https://www.xrepository.de/details/urn:xoev-de:mv:em:standard:xprozess), [XDatenfelder](https://www.xrepository.de/details/urn:xoev-de:fim:standard:xdatenfelder)) files used for describing administrative BPMN-processes and form fields involved in executing the specific service. +The code for population with instances is available [here](https://github.com/fusion-jena/GerPS-onto/tree/main/ontology-population). +The ontology is exemplary populated with instances from a specific [German public service](https://fimportal.de/detail/L/99006028261000) and publicly available on [Zenodo](https://doi.org/10.5281/zenodo.7866314). + +## License + +This project is licensed under the [MIT License](https://github.com/fusion-jena/GerPS-onto/blob/master/LICENSE). diff --git a/docs/SPARQL-queries.md b/docs/SPARQL-queries.md new file mode 100644 index 0000000..ddc84a4 --- /dev/null +++ b/docs/SPARQL-queries.md @@ -0,0 +1,296 @@ +# SPARQL Queries + +This is the list of sparql queries corresponding to the initially formulated competence questions + +#### CQ1: Which *services* are offered? + +```sparql + +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT * +WHERE { + ?Leistung rdf:type gerps:Leistung +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq1.csv) + +#### CQ2: Which *processes* are necessary to perform a *service*? + +```sparql + +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT ?Prozess +WHERE { + FILTER(?Leistung=gerps:99006028261000) + ?Leistung gerps:hat_prozess ?Prozess. +} + + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq2.csv) + +#### CQ3: Which *process steps* are necessary to perform a *service*? + +```sparql + +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT ?Prozessschritt +WHERE { + FILTER(?Leistung=gerps:99006028261000) + ?Leistung gerps:hat_prozess ?Prozess. + ?Prozess gerps:hat_prozessschritt ?Prozessschritt +} + + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq3.csv) + +#### CQ4: What is the first/last *process step* of a *process*? + +```sparql + +PREFIX rdf: +PREFIX bbo: +PREFIX pro: +PREFIX gerps: + +SELECT ?erster_Prozessschritt ?letzter_Prozessschritt +WHERE { + ?StartEvent rdf:type bbo:StartEvent. + ?EndEvent rdf:type bbo:EndEvent. + ?StartEvent bbo:has_nextFlowNode ?erster_Prozessschritt. + ?EndEvent bbo:has_previousFlowNode ?letzter_Prozessschritt +} + + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq4.csv) + +#### CQ5: Which *LeikaID* has a *service*? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + + +SELECT ?ID +WHERE { + FILTER(?Leistung=gerps:99006028261000) + ?Leistung gerps:hat_leikaID ?ID +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq5.csv) + +#### CQ6: What is the *processing deadline* for a *process*? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + + +SELECT ?Bearbeitungsfrist +WHERE { + FILTER(?Prozess=gerps:prozess_99006028261000) + ?Prozess gerps:hat_bearbeitungsfrist ?Bearbeitungsfrist +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq6.csv) + +#### CQ7: Which *resources/data fields/documents* are required to perform a *service*? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + + +SELECT DISTINCT ?Resource +WHERE { + FILTER(?Leistung=gerps:99006028261000) + ?Leistung gerps:hat_prozess ?Prozess. + ?Prozess gerps:hat_prozessschritt ?Prozessschritt. + ?Prozessschritt gerps:hat_ressource ?Resource +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq7.csv) + +#### CQ8: What is the *submission deadline* of a *document*? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + + +SELECT * +WHERE { + ?Dokument gerps:hat_abgabefrist ?Abgabefrist +} + + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq8.csv) + +#### CQ9: Which *data field ID* does a *data field* have? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT * +WHERE { + ?Datenfeld gerps:hat_datenfeldID ?ID. +} + + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq9.csv) + +#### CQ10: Which *actor(s)/main actor(s)/result receiver(s)/contributor(s)* execute(s) which *processes*? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT DISTINCT * +WHERE { + ?Akteur gerps:fuehrt_aus ?Prozess +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq10.csv) + +#### CQ11: Which *actor(s)/main actor(s) /result receiver(s) /contributor(s)* participate(s) in which *steps* of the *process*? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT DISTINCT * +WHERE { + ?Akteur gerps:beteiligt_sich_an ?Prozessschritt +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq11.csv) + +#### CQ12: On which *legal basis* is a *process* based? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT DISTINCT ?Handlungsgrundlage +WHERE { + ?Prozess gerps:hat_prozessschritt ?Prozessschritt. + ?Prozess gerps:hat_leikaID "99006028261000". + ?Prozessschritt gerps:basiert_auf ?Handlungsgrundlage +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq12.csv) + +#### CQ13: On what *legal basis* is which *process step* based? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT * +WHERE { + ?Prozessschritt a gerps:Prozessschritt. + ?Prozessschritt gerps:basiert_auf ?Handlungsgrundlage +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq13.csv) + +#### CQ14: What *reference activity groups* does a *process* include? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT DISTINCT ?RAG +WHERE { + ?prozess a gerps:Prozess. + ?prozess gerps:hat_leikaID "99006028261000". + ?prozess gerps:hat_prozessschritt ?Prozessschritt . + ?Prozessschritt gerps:hat_typ ?RAG +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq14.csv) + +#### CQ15: Which *reference activity group* corresponds to which *process step*? + +```sparql + +PREFIX pro: +PREFIX rdf: +PREFIX bbo: +PREFIX gerps: + +SELECT * +WHERE { + ?Prozessschritt gerps:hat_typ ?RAG +} + +``` + +[Result](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/SPARQL-results/cq15.csv) diff --git a/docs/SPARQL-results/cq1.csv b/docs/SPARQL-results/cq1.csv new file mode 100644 index 0000000..589d6d6 --- /dev/null +++ b/docs/SPARQL-results/cq1.csv @@ -0,0 +1,2 @@ +Leistung +https://w3id.org/GerPS-onto/ontology#99006028261000 diff --git a/docs/SPARQL-results/cq10.csv b/docs/SPARQL-results/cq10.csv new file mode 100644 index 0000000..1b9e147 --- /dev/null +++ b/docs/SPARQL-results/cq10.csv @@ -0,0 +1,4 @@ +"Akteur,""Prozess""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#process_99006028261000_786448c6-b1c1-458f-a854-5cb8d069e5fc""" +"https://w3id.org/GerPS-onto/ontology#_4e56a483-ecbe-4104-a63c-3c63cbb55e2d,""https://w3id.org/GerPS-onto/ontology#process_99006028261000_786448c6-b1c1-458f-a854-5cb8d069e5fc""" +"https://w3id.org/GerPS-onto/ontology#_acad2737-c516-4d97-8dfd-45605e058d86,""https://w3id.org/GerPS-onto/ontology#process_99006028261000_786448c6-b1c1-458f-a854-5cb8d069e5fc""" diff --git a/docs/SPARQL-results/cq11.csv b/docs/SPARQL-results/cq11.csv new file mode 100644 index 0000000..d764ebd --- /dev/null +++ b/docs/SPARQL-results/cq11.csv @@ -0,0 +1,15 @@ +"Akteur,""Prozessschritt""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_89fe1dcd-0a22-4d4e-8def-7a0b24e87884""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_28441394-6afd-4633-8f4f-6cce9cd4ffc9""" +"https://w3id.org/GerPS-onto/ontology#_acad2737-c516-4d97-8dfd-45605e058d86,""https://w3id.org/GerPS-onto/ontology#99006028261000_b8ef8c75-ef39-413e-86b5-221eafe22861""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_3a5bc1b5-61f4-4d4c-af7f-b1728f919b38""" +"https://w3id.org/GerPS-onto/ontology#_acad2737-c516-4d97-8dfd-45605e058d86,""https://w3id.org/GerPS-onto/ontology#99006028261000_c41df7c7-e31c-46a3-a43b-f294f495378f""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_f8b43c65-cc8a-4064-ab39-b77e8db5cd4b""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_8d7df6f8-49b7-4ae0-997c-022d68640330""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_4476807b-2e49-4a15-ad62-9f3fee43b40a""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_1169fb06-dae2-43c5-83fd-8e9a241f5a3c""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_8e994dc4-84d6-4089-9eeb-260268e6fb8a""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_0facbbd5-88a0-4989-aaf4-d38437a69ba2""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_c15dd7d3-7d90-45f5-997d-0fee2128ca36""" +"https://w3id.org/GerPS-onto/ontology#_39239818-2743-4f19-9e03-89d271189b85,""https://w3id.org/GerPS-onto/ontology#99006028261000_94d87600-bd90-41e3-95c9-9c8e5bea706c""" diff --git a/docs/SPARQL-results/cq12.csv b/docs/SPARQL-results/cq12.csv new file mode 100644 index 0000000..dbed6c5 --- /dev/null +++ b/docs/SPARQL-results/cq12.csv @@ -0,0 +1,7 @@ +"Handlungsgrundlage" +"http://www.gesetze-im-internet.de/muschg_2018/__27.html" +"https://www.gesetze-im-internet.de/vwvfg/__3.html" +"http://www.gesetze-im-internet.de/muschg_2018/__32.html" +"https://www.gesetze-im-internet.de/vwvfg/__25.html" +"http://www.gesetze-im-internet.de/muschg_2018/__29.html" +"https://www.gesetze-im-internet.de/arbschg/__5.html" \ No newline at end of file diff --git a/docs/SPARQL-results/cq13.csv b/docs/SPARQL-results/cq13.csv new file mode 100644 index 0000000..ba5d3bd --- /dev/null +++ b/docs/SPARQL-results/cq13.csv @@ -0,0 +1,16 @@ +"Prozessschritt,""Handlungsgrundlage""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_89fe1dcd-0a22-4d4e-8def-7a0b24e87884,""http://www.gesetze-im-internet.de/muschg_2018/__27.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_28441394-6afd-4633-8f4f-6cce9cd4ffc9,""https://www.gesetze-im-internet.de/vwvfg/__3.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_3a5bc1b5-61f4-4d4c-af7f-b1728f919b38,""http://www.gesetze-im-internet.de/muschg_2018/__27.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_f8b43c65-cc8a-4064-ab39-b77e8db5cd4b,""http://www.gesetze-im-internet.de/muschg_2018/__27.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_8d7df6f8-49b7-4ae0-997c-022d68640330,""http://www.gesetze-im-internet.de/muschg_2018/__32.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161,""http://www.gesetze-im-internet.de/muschg_2018/__27.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_4476807b-2e49-4a15-ad62-9f3fee43b40a,""https://www.gesetze-im-internet.de/vwvfg/__25.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_1169fb06-dae2-43c5-83fd-8e9a241f5a3c,""http://www.gesetze-im-internet.de/muschg_2018/__29.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_8e994dc4-84d6-4089-9eeb-260268e6fb8a,""http://www.gesetze-im-internet.de/muschg_2018/__27.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_8e994dc4-84d6-4089-9eeb-260268e6fb8a,""http://www.gesetze-im-internet.de/muschg_2018/__29.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_8e994dc4-84d6-4089-9eeb-260268e6fb8a,""https://www.gesetze-im-internet.de/arbschg/__5.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_0facbbd5-88a0-4989-aaf4-d38437a69ba2,""http://www.gesetze-im-internet.de/muschg_2018/__29.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c15dd7d3-7d90-45f5-997d-0fee2128ca36,""http://www.gesetze-im-internet.de/muschg_2018/__27.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c15dd7d3-7d90-45f5-997d-0fee2128ca36,""http://www.gesetze-im-internet.de/muschg_2018/__29.html""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_94d87600-bd90-41e3-95c9-9c8e5bea706c,""http://www.gesetze-im-internet.de/muschg_2018/__32.html""" diff --git a/docs/SPARQL-results/cq14.csv b/docs/SPARQL-results/cq14.csv new file mode 100644 index 0000000..619b7ca --- /dev/null +++ b/docs/SPARQL-results/cq14.csv @@ -0,0 +1,7 @@ +RAG +https://w3id.org/GerPS-onto/ontology#RAG2 +https://w3id.org/GerPS-onto/ontology#RAG3 +https://w3id.org/GerPS-onto/ontology#RAG7 +https://w3id.org/GerPS-onto/ontology#RAG1 +https://w3id.org/GerPS-onto/ontology#RAG4 +https://w3id.org/GerPS-onto/ontology#RAG5 diff --git a/docs/SPARQL-results/cq15.csv b/docs/SPARQL-results/cq15.csv new file mode 100644 index 0000000..5d32117 --- /dev/null +++ b/docs/SPARQL-results/cq15.csv @@ -0,0 +1,13 @@ +"Prozessschritt,""RAG""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161,""https://w3id.org/GerPS-onto/ontology#RAG1""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_89fe1dcd-0a22-4d4e-8def-7a0b24e87884,""https://w3id.org/GerPS-onto/ontology#RAG2""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_8d7df6f8-49b7-4ae0-997c-022d68640330,""https://w3id.org/GerPS-onto/ontology#RAG2""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_4476807b-2e49-4a15-ad62-9f3fee43b40a,""https://w3id.org/GerPS-onto/ontology#RAG2""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_0facbbd5-88a0-4989-aaf4-d38437a69ba2,""https://w3id.org/GerPS-onto/ontology#RAG2""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_3a5bc1b5-61f4-4d4c-af7f-b1728f919b38,""https://w3id.org/GerPS-onto/ontology#RAG7""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_8e994dc4-84d6-4089-9eeb-260268e6fb8a,""https://w3id.org/GerPS-onto/ontology#RAG7""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_28441394-6afd-4633-8f4f-6cce9cd4ffc9,""https://w3id.org/GerPS-onto/ontology#RAG3""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_f8b43c65-cc8a-4064-ab39-b77e8db5cd4b,""https://w3id.org/GerPS-onto/ontology#RAG3""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_94d87600-bd90-41e3-95c9-9c8e5bea706c,""https://w3id.org/GerPS-onto/ontology#RAG5""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_1169fb06-dae2-43c5-83fd-8e9a241f5a3c,""https://w3id.org/GerPS-onto/ontology#RAG4""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c15dd7d3-7d90-45f5-997d-0fee2128ca36,""https://w3id.org/GerPS-onto/ontology#RAG4""" diff --git a/docs/SPARQL-results/cq2.csv b/docs/SPARQL-results/cq2.csv new file mode 100644 index 0000000..d7601c6 --- /dev/null +++ b/docs/SPARQL-results/cq2.csv @@ -0,0 +1,2 @@ +Prozess +https://w3id.org/GerPS-onto/ontology#process_99006028261000_786448c6-b1c1-458f-a854-5cb8d069e5fc diff --git a/docs/SPARQL-results/cq3.csv b/docs/SPARQL-results/cq3.csv new file mode 100644 index 0000000..617083a --- /dev/null +++ b/docs/SPARQL-results/cq3.csv @@ -0,0 +1,13 @@ +Prozessschritt +https://w3id.org/GerPS-onto/ontology#99006028261000_89fe1dcd-0a22-4d4e-8def-7a0b24e87884 +https://w3id.org/GerPS-onto/ontology#99006028261000_28441394-6afd-4633-8f4f-6cce9cd4ffc9 +https://w3id.org/GerPS-onto/ontology#99006028261000_3a5bc1b5-61f4-4d4c-af7f-b1728f919b38 +https://w3id.org/GerPS-onto/ontology#99006028261000_f8b43c65-cc8a-4064-ab39-b77e8db5cd4b +https://w3id.org/GerPS-onto/ontology#99006028261000_8d7df6f8-49b7-4ae0-997c-022d68640330 +https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161 +https://w3id.org/GerPS-onto/ontology#99006028261000_4476807b-2e49-4a15-ad62-9f3fee43b40a +https://w3id.org/GerPS-onto/ontology#99006028261000_1169fb06-dae2-43c5-83fd-8e9a241f5a3c +https://w3id.org/GerPS-onto/ontology#99006028261000_8e994dc4-84d6-4089-9eeb-260268e6fb8a +https://w3id.org/GerPS-onto/ontology#99006028261000_0facbbd5-88a0-4989-aaf4-d38437a69ba2 +https://w3id.org/GerPS-onto/ontology#99006028261000_c15dd7d3-7d90-45f5-997d-0fee2128ca36 +https://w3id.org/GerPS-onto/ontology#99006028261000_94d87600-bd90-41e3-95c9-9c8e5bea706c diff --git a/docs/SPARQL-results/cq4.csv b/docs/SPARQL-results/cq4.csv new file mode 100644 index 0000000..0c2c6c4 --- /dev/null +++ b/docs/SPARQL-results/cq4.csv @@ -0,0 +1,6 @@ +"erster_Prozessschritt,""letzter_Prozessschritt""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161,""https://w3id.org/GerPS-onto/ontology#99006028261000_4476807b-2e49-4a15-ad62-9f3fee43b40a""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161,""https://w3id.org/GerPS-onto/ontology#99006028261000_8d7df6f8-49b7-4ae0-997c-022d68640330""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161,""https://w3id.org/GerPS-onto/ontology#99006028261000_89fe1dcd-0a22-4d4e-8def-7a0b24e87884""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161,""https://w3id.org/GerPS-onto/ontology#99006028261000_bf420489-7735-4178-bd52-e7a5c4001646""" +"https://w3id.org/GerPS-onto/ontology#99006028261000_c44a10cf-0b69-481b-b36c-69a0f7641161,""https://w3id.org/GerPS-onto/ontology#99006028261000_b60bf44a-0630-49a3-b4d3-f610c0e32c88""" diff --git a/docs/SPARQL-results/cq5.csv b/docs/SPARQL-results/cq5.csv new file mode 100644 index 0000000..2f902a0 --- /dev/null +++ b/docs/SPARQL-results/cq5.csv @@ -0,0 +1,2 @@ +"ID" +"99006028261000" \ No newline at end of file diff --git a/docs/SPARQL-results/cq6.csv b/docs/SPARQL-results/cq6.csv new file mode 100644 index 0000000..239482b --- /dev/null +++ b/docs/SPARQL-results/cq6.csv @@ -0,0 +1 @@ +"Bearbeitungsfrist" \ No newline at end of file diff --git a/docs/SPARQL-results/cq7.csv b/docs/SPARQL-results/cq7.csv new file mode 100644 index 0000000..eadcf68 --- /dev/null +++ b/docs/SPARQL-results/cq7.csv @@ -0,0 +1,2 @@ +Resource +https://w3id.org/GerPS-onto/ontology#S00000094 diff --git a/docs/SPARQL-results/cq8.csv b/docs/SPARQL-results/cq8.csv new file mode 100644 index 0000000..fbfad09 --- /dev/null +++ b/docs/SPARQL-results/cq8.csv @@ -0,0 +1 @@ +"Dokument","Abgabefrist" \ No newline at end of file diff --git a/docs/SPARQL-results/cq9.csv b/docs/SPARQL-results/cq9.csv new file mode 100644 index 0000000..97b1594 --- /dev/null +++ b/docs/SPARQL-results/cq9.csv @@ -0,0 +1,56 @@ +"Datenfeld,""ID""" +"https://w3id.org/GerPS-onto/ontology#R60000020,""R60000020""" +"https://w3id.org/GerPS-onto/ontology#F60000248,""F60000248""" +"https://w3id.org/GerPS-onto/ontology#R00000849,""R00000849""" +"https://w3id.org/GerPS-onto/ontology#F00000601,""F00000601""" +"https://w3id.org/GerPS-onto/ontology#F60000319,""F60000319""" +"https://w3id.org/GerPS-onto/ontology#F60000262,""F60000262""" +"https://w3id.org/GerPS-onto/ontology#G00001399,""G00001399""" +"https://w3id.org/GerPS-onto/ontology#F60000247,""F60000247""" +"https://w3id.org/GerPS-onto/ontology#F00002408,""F00002408""" +"https://w3id.org/GerPS-onto/ontology#G60000083,""G60000083""" +"https://w3id.org/GerPS-onto/ontology#F60000229,""F60000229""" +"https://w3id.org/GerPS-onto/ontology#F60000244,""F60000244""" +"https://w3id.org/GerPS-onto/ontology#F60000261,""F60000261""" +"https://w3id.org/GerPS-onto/ontology#R00001166,""R00001166""" +"https://w3id.org/GerPS-onto/ontology#F60000227,""F60000227""" +"https://w3id.org/GerPS-onto/ontology#G60000091,""G60000091""" +"https://w3id.org/GerPS-onto/ontology#R00000042,""R00000042""" +"https://w3id.org/GerPS-onto/ontology#G00001914,""G00001914""" +"https://w3id.org/GerPS-onto/ontology#G00000253,""G00000253""" +"https://w3id.org/GerPS-onto/ontology#F60000231,""F60000231""" +"https://w3id.org/GerPS-onto/ontology#G00000255,""G00000255""" +"https://w3id.org/GerPS-onto/ontology#F60000263,""F60000263""" +"https://w3id.org/GerPS-onto/ontology#G60000088,""G60000088""" +"https://w3id.org/GerPS-onto/ontology#R60000024,""R60000024""" +"https://w3id.org/GerPS-onto/ontology#R00001223,""R00001223""" +"https://w3id.org/GerPS-onto/ontology#G60000092,""G60000092""" +"https://w3id.org/GerPS-onto/ontology#F00000467,""F00000467""" +"https://w3id.org/GerPS-onto/ontology#G00001408,""G00001408""" +"https://w3id.org/GerPS-onto/ontology#F00000464,""F00000464""" +"https://w3id.org/GerPS-onto/ontology#R60000023,""R60000023""" +"https://w3id.org/GerPS-onto/ontology#F00000466,""F00000466""" +"https://w3id.org/GerPS-onto/ontology#F60000242,""F60000242""" +"https://w3id.org/GerPS-onto/ontology#F00000462,""F00000462""" +"https://w3id.org/GerPS-onto/ontology#F60000241,""F60000241""" +"https://w3id.org/GerPS-onto/ontology#S00000094,""S00000094""" +"https://w3id.org/GerPS-onto/ontology#R00001224,""R00001224""" +"https://w3id.org/GerPS-onto/ontology#F60000232,""F60000232""" +"https://w3id.org/GerPS-onto/ontology#G60000093,""G60000093""" +"https://w3id.org/GerPS-onto/ontology#F60000246,""F60000246""" +"https://w3id.org/GerPS-onto/ontology#R00000044,""R00000044""" +"https://w3id.org/GerPS-onto/ontology#F00002483,""F00002483""" +"https://w3id.org/GerPS-onto/ontology#F00000465,""F00000465""" +"https://w3id.org/GerPS-onto/ontology#F60000243,""F60000243""" +"https://w3id.org/GerPS-onto/ontology#R00001165,""R00001165""" +"https://w3id.org/GerPS-onto/ontology#F60000249,""F60000249""" +"https://w3id.org/GerPS-onto/ontology#R60000021,""R60000021""" +"https://w3id.org/GerPS-onto/ontology#F60000240,""F60000240""" +"https://w3id.org/GerPS-onto/ontology#G60000087,""G60000087""" +"https://w3id.org/GerPS-onto/ontology#G00000258,""G00000258""" +"https://w3id.org/GerPS-onto/ontology#F60000228,""F60000228""" +"https://w3id.org/GerPS-onto/ontology#F60000233,""F60000233""" +"https://w3id.org/GerPS-onto/ontology#F00000463,""F00000463""" +"https://w3id.org/GerPS-onto/ontology#G60000086,""G60000086""" +"https://w3id.org/GerPS-onto/ontology#R60000019,""R60000019""" +"https://w3id.org/GerPS-onto/ontology#F00000468,""F00000468""" diff --git a/docs/comparison-CQ.md b/docs/comparison-CQ.md new file mode 100644 index 0000000..e69de29 diff --git a/docs/competency-questions.md b/docs/competency-questions.md new file mode 100644 index 0000000..6af8c36 --- /dev/null +++ b/docs/competency-questions.md @@ -0,0 +1,19 @@ +# Competency questions + +The competency questions used to define the scope of the ontology and model it in a later step (the original german version is enclosed in parentheses): + +- CQ1: Which *services* are offered? (*Welche Leistungen werden angeboten?*) +- CQ2: Which *processes* are necessary to perform a *service*? (*Welche Prozesse sind zur Bearbeitung einer Leistung notwendig?*) +- CQ3: Which *process steps* are necessary to perform a *service*? (*Welche Prozessschritte sind zur Bearbeitung einer Leistung notwendig?*) +- CQ4: What is the first/last *process step* of a *process*? (*Was ist der erste/letzte Prozessschritt eines Prozesses?*) +- CQ5: Which *LeikaID* has a *service*? (*Welche LeikaID hat eine Leistung?*) +- CQ6: What is the *processing deadline* for a *process*? (*Welche Bearbeitungsfrist hat ein Prozess?*) +- CQ7: Which *resources/data fields/documents* are required to perform a *service*? (*Welche Ressourcen Datenfelder/Dokumente sind zur Bearbeitung einer Leistung notwendig*) +- CQ8: What is the *submission deadline* of a *document*? (*Welche Abgabefrist hat ein Dokument?*) +- CQ9: Which *data field ID* does a *data field* have? (*Welche DatenfeldID hat ein Datenfeld?*) +- CQ10: Which *actor(s)/main actor(s)/result receiver(s)/contributor(s)* execute(s) which *processes*? (*Welche(r) Akteure/Hauptakteur/Ergebnisempfänger/Mitwirkende führen/führt welche Prozesse aus?*) +- CQ11: Which *actor(s)/main actor(s) /result receiver(s) /contributor(s)* participate(s) in which *steps* of the *process*? (*Welche(r) Akteure/Hauptakteur/Ergebnisempfänger/Mitwirkende beteiligen/ beteiligt sich an welchen Prozessschritten?*) +- CQ12: On which *legal basis* is a *process* based? (*Auf welchen Handlungsgrundlagen beruht ein Prozess?*) +- CQ13: On what *legal basis* is which *process step* based? (*Auf welchen Handlungsgrundlagen beruht welcher Prozessschritt?*) +- CQ14: What *reference activity groups* does a *process* include? (*Welche Referenzaktivitätengruppen beinhaltet ein Prozess?*) +- CQ15: Which *reference activity group* corresponds to which *process step*? (*Welcher Referenzaktivitätengruppe entspricht welcher Prozessschritt?*) diff --git a/docs/mapping.md b/docs/mapping.md new file mode 100644 index 0000000..a216d4a --- /dev/null +++ b/docs/mapping.md @@ -0,0 +1,13 @@ +# GerPS-onto Mapping to e-Government Core Vocabularies + +| **GerPS-onto class label** | **Mapping** | **Corresponding class label** | +|------------------------------------------------------------------|-------------|----------------------------------------------------------------------------------------------------------------| +| [Agent](http://BPMNbasedOntology#Agent) | rdfs:subClassOf | [Agent](https://semiceu.github.io/CPSV-AP/releases/3.0.0/#Agent) | +| [Contributor](https://w3id.org/GerPS-onto/ontology#Mitwirkende) | rdfs:subClassOf | [FormalOrganization](https://semiceu.github.io/Core-Business-Vocabulary/releases/2.00/#Formal%20Organization) | +| [Protagonist](https://w3id.org/GerPS-onto/ontology#Hauptakteur) | owl:equivalentClass | [PublicOrganisation](https://semiceu.github.io/CPOV/releases/2.00/#Public%20Organisation) | +| [ResultReceiver](https://w3id.org/GerPS-onto/ontology#Ergebnissempfänger) | owl:equivalentClass | [LegalEntity](https://semiceu.github.io/Core-Business-Vocabulary/releases/2.00/#Legal%20Entity) | +| [LegalBasis](https://w3id.org/GerPS-onto/ontology#Handlungsgrundlage) | owl:equivalentClass | [LegalResource](https://semiceu.github.io/CPSV-AP/releases/3.1.0/#Legal%20Resource) | +| [Service](https://w3id.org/GerPS-onto/ontology#Leistung) | owl:equivalentClass | [PublicService](https://semiceu.github.io/CPSV-AP/releases/3.1.0/#Public%20Service) | +| [Datafield](https://w3id.org/GerPS-onto/ontology#Datenfelder) | rdfs:subClassOf | [Evidence](https://semiceu.github.io/CPSV-AP/releases/3.1.0/#Evidence) | +| [Document](https://w3id.org/GerPS-onto/ontology#Dokument) | rdfs:subClassOf | [Evidence](https://semiceu.github.io/CPSV-AP/releases/3.1.0/#Evidence) | +| [Process](https://w3id.org/GerPS-onto/ontology#Prozess) | rdfs:subClassOf | [Rule](https://semiceu.github.io/CPSV-AP/releases/3.0.0/#Rule) diff --git a/docs/ontology-analysis.md b/docs/ontology-analysis.md new file mode 100644 index 0000000..d17ea1d --- /dev/null +++ b/docs/ontology-analysis.md @@ -0,0 +1,15 @@ +# Ontology comparision based on some selection criteria + + + +|Ontology|Source file available (.owl)|Free license|Relevant concepts available|Based on BPMN | Documentation +| [BBO](https://hal.archives-ouvertes.fr/hal-02365012/document)| :heavy_check_mark:| :heavy_check_mark: | :heavy_check_mark: | :heavy_check_mark: | :heavy_check_mark: | +| [Cyc](http://www.aiai.ed.ac.uk/~stuart/Papers/plan01-ws.pdf) | :heavy_check_mark: | :x: | :heavy_check_mark: | :x: | :heavy_check_mark: | +| [BPMNO]((https://ebooks.iospress.nl/DOI/10.3233/978-1-61499-438-1-133) | :x: | :heavy_check_mark: | :heavy_check_mark:| :heavy_check_mark:| :x: | +| [OdV](https://publishup.uni-potsdam.de/opus4-ubp/frontdoor/index/index/year/2012/docId/5555) | :heavy_check_mark: | :heavy_check_mark: | :heavy_check_mark: | :x: | :heavy_check_mark: | +|[BPMO](https://dl.acm.org/doi/abs/10.1145/1944968.1944971) | :x: |:heavy_check_mark:|:heavy_check_mark: | :x: | :x: | +|[PSL](https://web.archive.org/web/20071230103337/http://www.mel.nist.gov/psl/ontology.html) | :x: | :heavy_check_mark: | :heavy_check_mark:| :x: | :x: | +|[SUPER](https://www.academia.edu/download/42653929/SUPER_-_Raising_Business_Process_Managem20160213-32386-1bt9x5d.pdf)| :x: | :heavy_check_mark:| :heavy_check_mark: | :x: | :x: | +|[mp3o](https://ieeexplore.ieee.org/document/4026900)| :x: | :heavy_check_mark: | :heavy_check_mark: | :x: | :x: | +|[DDPO](https://citeseerx.ist.psu.edu/document?repid=rep1&type=pdf&doi=e8e38882dc95851ad468954086d28f48df90d2f2)|:heavy_check_mark: |:heavy_check_mark:|:heavy_check_mark: | :x: | :x: | +|[GFO](https://www.onto-med.de/ontologies/gfo) | :heavy_check_mark: |:heavy_check_mark: | :heavy_check_mark: | :x: | :heavy_check_mark:| diff --git a/docs/term-definitions.md b/docs/term-definitions.md new file mode 100644 index 0000000..08b915f --- /dev/null +++ b/docs/term-definitions.md @@ -0,0 +1,24 @@ +# Relevant terms definitions + +In the following we provide the concrete definitions of the terms identified from the [competency questions](https://github.com/fusion-jena/GerPS-onto/tree/main/docs/competency-questions.md) as a first step towards modeling the ontology: + +| Syntax | Definition | +| ----------- | ----------- | +|Service[^1] |Services describe the actions of public administrations. | +|LeikaID[^1] |The LeiKaID describes the unique identifier for administrative services defined by the service catalog. | +|Process[^1] |Processes describe administrative procedures that are processed by specific persons in a repetitive sequence under concrete specifications (e.g., legal and administrative regulations) and with the use of aids (e.g., forms). | +|Processing deadline |Processing deadlines are tied to processes and define a period of time in which the execution of a process must be completed. | +|Process step |Process steps describe actions or activities of the public administrations or actors. | +|Resource |Resources describe required information of certain process steps, which are either documents or data fields. | +|Data field[^1] |Data fields are required components in the construction of forms. | +|Data field ID |The data field ID describes the unique identifier for data fields. | +|Document |Documents are exchanged between actors and are the subject of a process step. | +|Submission deadline |Submission deadlines are tied to documents and specify a time period in which a document must be submitted. | +|Actor |An actor is a participant in the administrative process and assumes the role of either the result receiver, the contributor, or the main actor. | +|Result receiver |A result receiver is a person or company that benefits from the administrative service. | +|Contributor |Contributors are external public authorities that are involved in the administrative service. | +|Main actor |The main actor is a public authority responsible for service delivery. | +|Legal basis[^1] |Legal bases are references to already existing laws. | +|Reference activity group[^1] |Reference activity groups can be derived from concrete specifications (e.g., legal and administrative regulations), can bundle thematically related process elements, and reflect the process of service execution. | + +[^1]: https://fimportal.de/glossar diff --git a/ontology-population/FIM.parser/.classpath b/ontology-population/FIM.parser/.classpath new file mode 100644 index 0000000..66499b2 --- /dev/null +++ b/ontology-population/FIM.parser/.classpath @@ -0,0 +1,43 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/ontology-population/FIM.parser/.gitignore b/ontology-population/FIM.parser/.gitignore new file mode 100644 index 0000000..dee0ada --- /dev/null +++ b/ontology-population/FIM.parser/.gitignore @@ -0,0 +1,2 @@ +/target/ +/src/main/resources/Datenfelder \ No newline at end of file diff --git a/ontology-population/FIM.parser/.project b/ontology-population/FIM.parser/.project new file mode 100644 index 0000000..d0de873 --- /dev/null +++ b/ontology-population/FIM.parser/.project @@ -0,0 +1,34 @@ + + + FIM.parser + + + + + + org.eclipse.jdt.core.javabuilder + + + + + org.eclipse.m2e.core.maven2Builder + + + + + + org.eclipse.jdt.core.javanature + org.eclipse.m2e.core.maven2Nature + + + + 0 + + 30 + + org.eclipse.core.resources.regexFilterMatcher + node_modules|\.git|__CREATED_BY_JAVA_LANGUAGE_SERVER__ + + + + diff --git a/ontology-population/FIM.parser/.settings/org.eclipse.jdt.apt.core.prefs b/ontology-population/FIM.parser/.settings/org.eclipse.jdt.apt.core.prefs new file mode 100644 index 0000000..dfa4f3a --- /dev/null +++ b/ontology-population/FIM.parser/.settings/org.eclipse.jdt.apt.core.prefs @@ -0,0 +1,4 @@ +eclipse.preferences.version=1 +org.eclipse.jdt.apt.aptEnabled=true +org.eclipse.jdt.apt.genSrcDir=target/generated-sources/annotations +org.eclipse.jdt.apt.genTestSrcDir=target/generated-test-sources/test-annotations diff --git a/ontology-population/FIM.parser/.settings/org.eclipse.jdt.core.prefs b/ontology-population/FIM.parser/.settings/org.eclipse.jdt.core.prefs new file mode 100644 index 0000000..4e77d75 --- /dev/null +++ b/ontology-population/FIM.parser/.settings/org.eclipse.jdt.core.prefs @@ -0,0 +1,16 @@ +eclipse.preferences.version=1 +org.eclipse.jdt.core.compiler.codegen.inlineJsrBytecode=enabled +org.eclipse.jdt.core.compiler.codegen.targetPlatform=1.8 +org.eclipse.jdt.core.compiler.codegen.unusedLocal=preserve +org.eclipse.jdt.core.compiler.compliance=1.8 +org.eclipse.jdt.core.compiler.debug.lineNumber=generate +org.eclipse.jdt.core.compiler.debug.localVariable=generate +org.eclipse.jdt.core.compiler.debug.sourceFile=generate +org.eclipse.jdt.core.compiler.problem.assertIdentifier=error +org.eclipse.jdt.core.compiler.problem.enablePreviewFeatures=disabled +org.eclipse.jdt.core.compiler.problem.enumIdentifier=error +org.eclipse.jdt.core.compiler.problem.forbiddenReference=warning +org.eclipse.jdt.core.compiler.problem.reportPreviewFeatures=ignore +org.eclipse.jdt.core.compiler.processAnnotations=enabled +org.eclipse.jdt.core.compiler.release=disabled +org.eclipse.jdt.core.compiler.source=1.8 diff --git a/ontology-population/FIM.parser/.settings/org.eclipse.m2e.core.prefs b/ontology-population/FIM.parser/.settings/org.eclipse.m2e.core.prefs new file mode 100644 index 0000000..f897a7f --- /dev/null +++ b/ontology-population/FIM.parser/.settings/org.eclipse.m2e.core.prefs @@ -0,0 +1,4 @@ +activeProfiles= +eclipse.preferences.version=1 +resolveWorkspaceProjects=true +version=1 diff --git a/ontology-population/FIM.parser/pom.xml b/ontology-population/FIM.parser/pom.xml new file mode 100644 index 0000000..7a6d50e --- /dev/null +++ b/ontology-population/FIM.parser/pom.xml @@ -0,0 +1,86 @@ + + 4.0.0 + FIM.parser + FIM.parser + 0.0.1-SNAPSHOT + + + 1.8 + 1.8 + + + + + + + javax.xml.bind + jaxb-api + 2.3.1 + + + + + com.sun.xml.bind + jaxb-impl + 2.3.4 + + + + + junit + junit + 4.11 + test + + + + + org.apache.commons + commons-csv + 1.10.0 + + + org.apache.commons + commons-text + 1.9 + + + org.apache.opennlp + opennlp-tools + 1.9.4 + + + org.apache.jena + apache-jena-libs + 4.1.0 + pom + + + + com.googlecode.json-simple + json-simple + 1.1.1 + + + + + com.moandjiezana.toml + toml4j + 0.7.2 + + + + + org.projectlombok + lombok + 1.18.26 + provided + + + + + + \ No newline at end of file diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/ParserConfig.java b/ontology-population/FIM.parser/src/main/java/uni/jena/ParserConfig.java new file mode 100644 index 0000000..a4b0bc6 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/ParserConfig.java @@ -0,0 +1,45 @@ +package uni.jena; + +import java.io.BufferedReader; +import java.io.File; +import java.io.FileInputStream; +import java.io.FileNotFoundException; +import java.io.FileReader; +import java.util.ArrayList; +import java.util.List; +import java.util.stream.Stream; + +import com.moandjiezana.toml.Toml; + +import lombok.AllArgsConstructor; +import lombok.Getter; + +@Getter +@AllArgsConstructor +public class ParserConfig { + + private String XProzessPath; + private String XDatenfeldPath; + private String OntologyPath; + private String outputPath; + private String RDFLanguage; + private ArrayList codelisten; + + public static ParserConfig getConfig(File f) throws FileNotFoundException { + String content = readFile(f); + ParserConfig parserConfig = new Toml().read(content).getTable("ParserConfig").to(ParserConfig.class); + return parserConfig; + } + + private static String readFile(File f) throws FileNotFoundException { + String result = ""; + + BufferedReader reader = new BufferedReader(new FileReader(f)); + List list = reader.lines().toList(); + + result = String.join("\r\n", list); + + return result; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/BPMNConfig.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/BPMNConfig.java new file mode 100644 index 0000000..3dee537 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/BPMNConfig.java @@ -0,0 +1,62 @@ +package uni.jena.bpmn.parser; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Property; + +public class BPMNConfig { + public String Callactivity; + public String SubProcess; + public String task; + private String name; + private String id; + private String attachedTo; + private String baseURL; + private String ExclusiveGateway ; + private String InclusiveGateway ; + private String ParallelGateway ; + private String SequenceFlow; + private String sourceRef ; + private String targetRef ; + + public String getBaseURL() { + return baseURL; + } + + public String getAttachedTo() { + return this.attachedTo; + } + + public Property getName(Model model) { + return model.getProperty(this.name); + } + + + public Property getID(Model model) { + return model.getProperty(this.id); + } + + public String getExclusiveGateway() { + return ExclusiveGateway; + } + + public String getInclusiveGateway() { + return InclusiveGateway; + } + + public String getParallelGateway() { + return ParallelGateway; + } + + public String getSequenzFLow() { + return this.SequenceFlow; + } + + public String getSourceRef() { + return sourceRef; + } + + public String getTargetRef() { + return targetRef; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/BPMNParser.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/BPMNParser.java new file mode 100644 index 0000000..22b360b --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/BPMNParser.java @@ -0,0 +1,440 @@ +package uni.jena.bpmn.parser; + +import java.io.BufferedReader; +import java.io.ByteArrayInputStream; +import java.io.File; +import java.io.FileInputStream; +import java.io.FileNotFoundException; +import java.io.FileOutputStream; +import java.io.IOException; +import java.io.InputStream; +import java.io.InputStreamReader; +import java.io.StringBufferInputStream; +import java.net.URL; +import java.util.ArrayList; +import java.util.HashMap; + +import javax.xml.parsers.DocumentBuilder; +import javax.xml.parsers.DocumentBuilderFactory; +import javax.xml.parsers.ParserConfigurationException; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.ModelFactory; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDF; +import org.apache.jena.vocabulary.RDFS; +import org.w3c.dom.Document; +import org.w3c.dom.Element; +import org.w3c.dom.Node; +import org.w3c.dom.NodeList; +import org.xml.sax.SAXException; + +import com.moandjiezana.toml.Toml; + +import uni.jena.bpmn.parser.Model.Activitiy; +import uni.jena.bpmn.parser.Model.Event; +import uni.jena.bpmn.parser.Model.Gateway; +import uni.jena.bpmn.parser.Model.SequenzFlow; +import uni.jena.fim.xprocess.XProzessConfig; + +public class BPMNParser { + ArrayList activities; + ArrayList gateways; + ArrayList sequenzFlows; + ArrayList events; + Model model; + String LeikaID; + File file; + String path; + private Document doc; + public static BPMNConfig config = null; + + public BPMNParser(String ModelPath) throws IllegalStateException, FileNotFoundException, IOException { + BPMNParser.config = this.getConfigFile(this.getClass().getClassLoader().getResource("config.toml")); + + this.activities = new ArrayList(); + this.gateways = new ArrayList(); + this.sequenzFlows = new ArrayList(); + this.events = new ArrayList(); + this.path = ModelPath; + + this.model = ModelFactory.createDefaultModel(); + this.model.read(this.path); + } + + public BPMNParser(Model model, File f, String leikaID) throws IllegalStateException, FileNotFoundException, IOException { + BPMNParser.config = this.getConfigFile(this.getClass().getClassLoader().getResource("config.toml")); + + this.activities = new ArrayList(); + this.gateways = new ArrayList(); + this.sequenzFlows = new ArrayList(); + this.events = new ArrayList(); + + this.model = model; + this.doc = getDocument(f); + + this.LeikaID = leikaID; + + OntologiesIRIs.CreateIRIList(); + } + + + public void parse() throws IOException{ + parseGateways(doc); + parseActivities(doc); + parseEvents(doc); + parseSequenceFlows(doc); + } + + + + + + + public void writeOntology() throws FileNotFoundException { + + for (Activitiy act : this.activities){ + act.writeOnto(this.model); + } + + for (Gateway gw: this.gateways){ + gw.writeOnto(this.model); + } + + for (Event ev : this.events) { + ev.writeOnto(this.model); + } + + for (SequenzFlow seq: this.sequenzFlows){ + seq.writeOnto(this.model); + } + + //this.model.write(new FileOutputStream(new File("../ontology/result.ttl")), "ttl"); + + + //model.write(System.out, "ttl"); + } + + + private Document getDocument(InputStream in) { + DocumentBuilder builder; + + try { + builder = DocumentBuilderFactory.newInstance().newDocumentBuilder(); + Document doc = builder.parse(in); + doc.getDocumentElement().normalize(); + return doc; + } catch (ParserConfigurationException e) { + e.printStackTrace(); + } catch (SAXException e) { + e.printStackTrace(); + } catch (IOException e) { + // TODO Auto-generated catch block + e.printStackTrace(); + } + + return null; + } + + private Document getDocument(File docFile) throws IOException { + DocumentBuilder builder; + + try { + builder = DocumentBuilderFactory.newInstance().newDocumentBuilder(); + Document doc = builder.parse(docFile); + doc.getDocumentElement().normalize(); + return doc; + } catch (ParserConfigurationException e) { + e.printStackTrace(); + } catch (SAXException e) { + e.printStackTrace(); + } + + return null; + } + + private void parseGateways(Document doc) { + NodeList list = doc.getElementsByTagName("process"); + for (int i = 0; i < list.getLength(); i++ ) { + if(Node.ELEMENT_NODE == list.item(i).getNodeType()) { + Element process = (Element) list.item(i); + + NodeList gateways = process.getElementsByTagName("exclusiveGateway"); + for (int j = 0; j < gateways.getLength(); j++) { + String id = this.LeikaID + ((Element)gateways.item(j)).getAttribute("id"); + String name = ((Element)gateways.item(j)).getAttribute("name"); + Gateway.GatewayType type = Gateway.GatewayType.exclusiv; + + this.gateways.add(new Gateway(type, name, id)); + } + + + gateways = process.getElementsByTagName("parallelGateway"); + for (int j = 0; j < gateways.getLength(); j++) { + String id = this.LeikaID + ((Element)gateways.item(j)).getAttribute("id"); + String name = ((Element)gateways.item(j)).getAttribute("name"); + Gateway.GatewayType type = Gateway.GatewayType.parrallel; + + this.gateways.add(new Gateway(type, name, id)); + } + + gateways = process.getElementsByTagName("inclusiveGateway"); + for (int j = 0; j < gateways.getLength(); j++) { + String id = this.LeikaID +((Element)gateways.item(j)).getAttribute("id"); + String name = ((Element)gateways.item(j)).getAttribute("name"); + Gateway.GatewayType type = Gateway.GatewayType.inclusiv; + + this.gateways.add(new Gateway(type, name, id)); + } + } + } + } + + private void parseActivities(Document doc) { + NodeList list = doc.getElementsByTagName("process"); + for (int i = 0; i < list.getLength(); i++ ) { + if(Node.ELEMENT_NODE == list.item(i).getNodeType()) { + Element process = (Element) list.item(i); + + NodeList activities = process.getElementsByTagName("subProcess"); + for (int j = 0; j < activities.getLength(); j++) { + Activitiy.ActivitiyType type = Activitiy.ActivitiyType.Subprocess; + String id = this.LeikaID + ((Element)activities.item(j)).getAttribute("id"); + String name = ((Element)activities.item(j)).getAttribute("name"); + + this.activities.add(new Activitiy(name, type, id)); + } + + + activities = process.getElementsByTagName("callActivity"); + for (int j = 0; j < activities.getLength(); j++) { + Activitiy.ActivitiyType type = Activitiy.ActivitiyType.CallActivity; + String id = this.LeikaID + ((Element)activities.item(j)).getAttribute("id"); + String name = ((Element)activities.item(j)).getAttribute("name"); + + this.activities.add(new Activitiy(name, type, id)); + } + + activities = process.getElementsByTagName("task"); + for (int j = 0; j < activities.getLength(); j++) { + Activitiy.ActivitiyType type = Activitiy.ActivitiyType.Task; + String id = this.LeikaID + ((Element)activities.item(j)).getAttribute("id"); + String name = ((Element)activities.item(j)).getAttribute("name"); + + this.activities.add(new Activitiy(name, type, id)); + } + } + } + } + + private void parseEvents(Document doc) { + NodeList list = doc.getElementsByTagName("process"); + for (int i = 0; i < list.getLength(); i++ ) { + if(Node.ELEMENT_NODE == list.item(i).getNodeType()) { + Element process = (Element) list.item(i); + + NodeList events = process.getElementsByTagName("endEvent"); + for (int j = 0; j < events.getLength(); j++) { + Event.EventType type = Event.EventType.EndEvent; + String id = this.LeikaID + ((Element)events.item(j)).getAttribute("id"); + String name = ((Element)events.item(j)).getAttribute("name"); + + this.events.add(new Event(name, id, type)); + } + + + events = process.getElementsByTagName("boundaryEvent"); + for (int j = 0; j < events.getLength(); j++) { + Event.EventType type = Event.EventType.boundaryEvent; + String id = this.LeikaID + ((Element)events.item(j)).getAttribute("id"); + String name = ((Element)events.item(j)).getAttribute("name"); + String attachedTo = this.LeikaID + ((Element)events.item(j)).getAttribute("attachedToRef"); + + this.events.add(new Event(name, id, type, attachedTo)); + } + + events = process.getElementsByTagName("startEvent"); + for (int j = 0; j < events.getLength(); j++) { + Event.EventType type = Event.EventType.StartEvent; + String id = this.LeikaID + ((Element)events.item(j)).getAttribute("id"); + String name = ((Element)events.item(j)).getAttribute("name"); + + this.events.add(new Event(name, id, type)); + } + } + } + } + + private void parseSequenceFlows(Document doc) { + NodeList list = doc.getElementsByTagName("process"); + for (int i = 0; i < list.getLength(); i++ ) { + if(Node.ELEMENT_NODE == list.item(i).getNodeType()) { + Element process = (Element) list.item(i); + + NodeList flows = process.getElementsByTagName("sequenceFlow"); + for (int j = 0; j < flows.getLength(); j++) { + String id = this.LeikaID + ((Element)flows.item(j)).getAttribute("id"); + String name = ((Element)flows.item(j)).getAttribute("name"); + id = "sqf" + "_" + id; + + if(name.isEmpty()) { + name = "sqf"+ j; + } + + String source = this.LeikaID + ((Element)flows.item(j)).getAttribute("sourceRef"); + String target = this.LeikaID + ((Element)flows.item(j)).getAttribute("targetRef"); + + + this.sequenzFlows.add(new SequenzFlow(name, id, source,target)); + } + } + } + + list = doc.getElementsByTagName("collaboration"); + for (int i = 0; i < list.getLength(); i++ ) { + if(Node.ELEMENT_NODE == list.item(i).getNodeType()) { + Element col = ((Element)list.item(i)); + + NodeList messagesFlowsList = col.getElementsByTagName("messageFlow"); + + for (int j = 0; j < messagesFlowsList.getLength(); j++) { + String id = "msgf" +"_" + this.LeikaID + ((Element)messagesFlowsList.item(j)).getAttribute("id"); + String name = ((Element)messagesFlowsList.item(j)).getAttribute("name"); + + if(name.isEmpty()) { + name = "msgf"+ j; + } + + String source = this.LeikaID + ((Element)messagesFlowsList.item(j)).getAttribute("sourceRef"); + String target = this.LeikaID + ((Element)messagesFlowsList.item(j)).getAttribute("targetRef"); + + + //this.sequenzFlows.add(new SequenzFlow(name, id, source,target)); + } + } + } + } + + + private BPMNConfig getConfigFile(URL resource) throws IllegalStateException, FileNotFoundException, IOException { + String tomlContent = readFile(new File(resource.getFile())); + Toml toml = new Toml().read(tomlContent).getTable("BPMN"); + + return toml.to(BPMNConfig.class); + } + + + private static String readFile(File f) throws FileNotFoundException, IOException { + StringBuilder content = new StringBuilder(); + + try (BufferedReader reader = new BufferedReader( + new InputStreamReader(new FileInputStream(f)))) { + for (String line; (line = reader.readLine()) != null; ) { + content.append(line + "\n"); + } + } + + return content.toString(); + } + + public ArrayList getTeilnehmer(XProzessConfig config, Model m, String leika) { + ArrayList tnList = new ArrayList<>(); + NodeList participants = doc.getElementsByTagName("participant"); + HashMap countOfActions = new HashMap<>(); + HashMap processElements = new HashMap<>(); + + + NodeList processes = doc.getElementsByTagName("process"); + for(int j = 0 ; j < participants.getLength(); j++) { + Element proc = (Element)processes.item(j); + int length = proc.getElementsByTagName("subProcess").getLength() + proc.getElementsByTagName("callActivity").getLength() + proc.getElementsByTagName("task").getLength(); + String id = proc.getAttribute("id"); + + countOfActions.put(id, length); + processElements.put(id, proc); + } + + for(int i = 0 ; i < participants.getLength(); i++) { + Element participant = (Element)participants.item(i); + + String id = participant.getAttribute("id"); + String name = participant.getAttribute("name"); + String processRef = participant.getAttribute("processRef"); + + Resource teilnehmer = m.createResource(config.getBaseURL()+id); + teilnehmer.addProperty(RDFS.label, name); + teilnehmer.addProperty(config.getName(m), name); + //teilnehmer.addProperty(config.getExecutes(m), m.getResource(config.getBaseURL()+ leika + "_" + processRef)); + + int length = countOfActions.get(processRef); + + if(length == 0) { + teilnehmer.addProperty(RDF.type, config.getTeilnehmerClass(m, "1")); + }else { + boolean notBiggest = false; + + for(int value : countOfActions.values()) { + if(length < value) notBiggest = true; + } + + if(notBiggest) { + teilnehmer.addProperty(RDF.type, config.getTeilnehmerClass(m, "3")); + }else { + teilnehmer.addProperty(RDF.type, config.getTeilnehmerClass(m, "2")); + } + + } + + Element process = processElements.get(processRef); + addElementsTeilnehmer(config, m, teilnehmer, process, "subProcess"); + addElementsTeilnehmer(config, m, teilnehmer, process, "task"); + addElementsTeilnehmer(config, m, teilnehmer, process, "callActivity"); + + + tnList.add(teilnehmer); + } + + return tnList; + } + + private void addElementsTeilnehmer(XProzessConfig config, Model m, Resource teilnehmer, Element process, String elementType) { + NodeList childNodes = process.getElementsByTagName(elementType); + for(int j = 0; j < childNodes.getLength(); j++) { + Element child = (Element)childNodes.item(j); + Resource action = null; + if((action = m.getResource(config.getBaseURL() + this.LeikaID + child.getAttribute("id"))) == null) { + action = m.createResource(config.getBaseURL() + this.LeikaID + child.getAttribute("id")); + } + + teilnehmer.addProperty(config.participatesIn(m), action); + + } + } + + + + public ArrayList getProcesses(Model m, XProzessConfig config, Resource serviceResource, String leikaId) { + ArrayList result = new ArrayList<>(); + + NodeList processes = doc.getElementsByTagName("process"); + for(int j = 0 ; j < processes.getLength(); j++) { + Element process = (Element)processes.item(j); + String name = process.getAttribute("name"); + String id = process.getAttribute("id"); + + String url = config.getBaseURL() + leikaId + "_"+ id; + + Resource prozess = m.createResource(url, config.getProcessResource(m)); + prozess.addLiteral(config.getName(m), name); + prozess.addLiteral(RDFS.label, name); + prozess.addProperty(config.getID(m), id); + + result.add(prozess); + + } + return result; + } + + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Activitiy.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Activitiy.java new file mode 100644 index 0000000..47be2fe --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Activitiy.java @@ -0,0 +1,50 @@ +package uni.jena.bpmn.parser.Model; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDF; +import org.apache.jena.vocabulary.RDFS; + +import uni.jena.bpmn.parser.BPMNParser; +import uni.jena.bpmn.parser.OntologiesIRIs; + +public class Activitiy extends FlowNode{ + public enum ActivitiyType{ + + Subprocess(BPMNParser.config.SubProcess), + CallActivity(BPMNParser.config.Callactivity), + Task(BPMNParser.config.task); + + String address; + + private ActivitiyType(String Address) { + this.address = Address; + } + + public String getAddress() { + return this.address; + } + + } + + private ActivitiyType type; + + public Activitiy(String name, ActivitiyType t) { + this.type = t; + this.name = name; + } + + public Activitiy(String name, ActivitiyType t, String id) {this(name,t); this.id=id;} + + + public void writeOnto(Model model) { + Resource cs = this.getResource(this.type.getAddress(), model); + Resource actRes = model.createResource(this.getIRI()); + model.add(actRes, RDF.type, cs); + + model.add(actRes, RDFS.label, this.name); + model.add(actRes, BPMNParser.config.getName(model), this.name); + model.add(actRes, BPMNParser.config.getID(model), this.id); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Event.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Event.java new file mode 100644 index 0000000..71a2da6 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Event.java @@ -0,0 +1,64 @@ +package uni.jena.bpmn.parser.Model; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Property; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDF; +import org.apache.jena.vocabulary.RDFS; + +import uni.jena.bpmn.parser.BPMNParser; +import uni.jena.bpmn.parser.OntologiesIRIs; + +public class Event extends FlowNode{ + public enum EventType{ + boundaryEvent("http://BPMNbasedOntology#BoundaryEvent"), + StartEvent("http://BPMNbasedOntology#StartEvent"), + EndEvent("http://BPMNbasedOntology#EndEvent"); + + String address; + + private EventType(String Address) { + this.address = Address; + } + + public String getAddress() { + return this.address; + } + + } + + private EventType type; + private String attachedTo; + + + public Event(String name, String id, EventType t) { + this.name = name; + this.id = id; + this.type = t; + } + + public Event(String Name, String id, EventType t, String AttachedTo) { + this(Name, id, t); + this.attachedTo = AttachedTo; + } + + public void writeOnto(Model model) { + Resource cs = this.getResource(this.type.getAddress(), model); + Resource event = model.createResource(this.getIRI()); + + model.add(event, RDF.type, cs); + model.add(event, RDFS.label, this.getName()); + model.add(event,BPMNParser.config.getName(model) ,this.name); + model.add(event,BPMNParser.config.getID(model) ,this.id); + + if(this.type == EventType.boundaryEvent) { + Property at = getProperty(BPMNParser.config.getAttachedTo(), model); + + Resource atres = model.createResource(this.getSuffix()+this.attachedTo); + + model.add(event, at, atres); + } + + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/FlowNode.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/FlowNode.java new file mode 100644 index 0000000..4d166b7 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/FlowNode.java @@ -0,0 +1,43 @@ +package uni.jena.bpmn.parser.Model; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Property; +import org.apache.jena.rdf.model.Resource; + +import uni.jena.bpmn.parser.BPMNParser; + +public abstract class FlowNode implements IFlowNode { + + protected String name; + protected String id; + + public String getName() { + return this.name; + } + + public String getIRI() { + return this.getSuffix() + this.id; + } + + public String getSuffix() { + return BPMNParser.config.getBaseURL(); + } + + public Property getProperty(String IRI, Model model) { + Property p = model.getProperty(IRI); + if(p == null) { + p = model.createProperty(IRI); + } + + return p; + } + + public Resource getResource(String IRI, Model model) { + Resource p = model.getResource(IRI); + if(p == null) { + p = model.createResource(IRI); + } + + return p; + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Gateway.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Gateway.java new file mode 100644 index 0000000..1543112 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/Gateway.java @@ -0,0 +1,50 @@ +package uni.jena.bpmn.parser.Model; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDF; +import org.apache.jena.vocabulary.RDFS; + +import uni.jena.bpmn.parser.BPMNParser; +import uni.jena.bpmn.parser.OntologiesIRIs; + +public class Gateway extends FlowNode{ + + public enum GatewayType{ + exclusiv(BPMNParser.config.getExclusiveGateway()), // XOR + inclusiv(BPMNParser.config.getInclusiveGateway()), // OR + parrallel(BPMNParser.config.getParallelGateway()); // AND + + private String address; + + private GatewayType(String Address) { + this.address = Address; + } + + public String getAddress() { + return this.address; + } + } + + private GatewayType type; + + public Gateway(GatewayType t, String name) { + this.type = t; + this.name = name; + } + + public Gateway(GatewayType t, String name, String id) { + this(t,name); + this.id= id; + } + + public void writeOnto(Model model) { + Resource cs = this.getResource(this.type.getAddress(), model); + Resource gateRes = model.createResource(this.getIRI()); + + model.add(gateRes, RDF.type, cs); + model.add(gateRes, RDFS.label, this.name); + model.add(gateRes, BPMNParser.config.getName(model) ,this.name); + model.add(gateRes, BPMNParser.config.getID(model) ,this.id); + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/IFlowNode.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/IFlowNode.java new file mode 100644 index 0000000..ed58151 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/IFlowNode.java @@ -0,0 +1,6 @@ +package uni.jena.bpmn.parser.Model; + +public interface IFlowNode { + public String getName(); + public String getIRI(); +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/MessageFlow.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/MessageFlow.java new file mode 100644 index 0000000..bbf3b1e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/MessageFlow.java @@ -0,0 +1,23 @@ +package uni.jena.bpmn.parser.Model; + +public class MessageFlow extends SequenzFlow { + // TODO als MessageFlowClass definieren / nicht in BBO enthalten + private String resourceAddress = "http://BPMNbasedOntology#MessageFlow"; + + public MessageFlow(String in, String out) { + super(in, out); + } + + public MessageFlow(String name, String id, String source, String target) { + this(source,target); + this.name = name; + this.id = id; + } + + public String getRessource() { + return this.resourceAddress; + } + + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/SequenzFlow.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/SequenzFlow.java new file mode 100644 index 0000000..22ef061 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/Model/SequenzFlow.java @@ -0,0 +1,50 @@ +package uni.jena.bpmn.parser.Model; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Property; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDF; +import org.apache.jena.vocabulary.RDFS; + +import uni.jena.bpmn.parser.BPMNParser; +import uni.jena.bpmn.parser.OntologiesIRIs; + +public class SequenzFlow extends FlowNode{ + private String resourceAddress = BPMNParser.config.getSequenzFLow(); + private String inComming; + private String outGoing; + + public SequenzFlow(String in, String out) { + this.inComming = in; + this.outGoing = out; + } + + public SequenzFlow(String name, String id, String source, String target) { + this(source,target); + this.name = name; + this.id = id; + } + + public void writeOnto(Model model) { + Resource cs = this.getResource(getRessource(), model); + Resource sf = model.createResource(this.getIRI()); + + model.add(sf, RDF.type, cs); + if(this.getName() != null) { + model.add(sf, RDFS.label, this.getName()); + model.add(sf, BPMNParser.config.getName(model), this.getName()); + } + model.add(sf, BPMNParser.config.getID(model), this.id); + + Property sourceRef = this.getProperty(BPMNParser.config.getSourceRef(), model); + Property targetRef = this.getProperty(BPMNParser.config.getTargetRef(), model); + + model.add(sf, sourceRef, this.getResource(this.getSuffix()+ this.inComming, model)); + model.add(sf, targetRef, this.getResource(this.getSuffix()+ this.outGoing, model)); + } + + public String getRessource() { + return this.resourceAddress; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/OntologiesIRIs.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/OntologiesIRIs.java new file mode 100644 index 0000000..c582645 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/OntologiesIRIs.java @@ -0,0 +1,52 @@ +package uni.jena.bpmn.parser; + +import java.util.Hashtable; + +public class OntologiesIRIs { + private static Hashtable IRIList; + + public static void CreateIRIList() + { + IRIList = new Hashtable(); + + IRIList.put("default", "http://www.semanticweb.org/#"); + + // Classes + IRIList.put("process", "http://www.semanticweb.org/#Prozess"); + IRIList.put("sub_process", "http://www.semanticweb.org/#Prozessschritt"); + IRIList.put("service", "http://www.semanticweb.org/#Leistung"); + IRIList.put("agent", "http://www.semanticweb.org/#Akteur"); + IRIList.put("rag", "http://www.semanticweb.org/#RAG"); + IRIList.put("data_fields", "http://www.semanticweb.org/#Datenfelder"); + IRIList.put("Hauptakteur", "http://www.semanticweb.org/#Hauptakteur"); + IRIList.put("Mitwirkende", "http://www.semanticweb.org/#Mitwirkende"); + IRIList.put("Ergebnissempfänger", "http://www.semanticweb.org/#Ergebnissempfänger"); + IRIList.put("basis", "http://www.semanticweb.org/#Handlungsgrundlage"); + + // Object properties + IRIList.put("has_process", "http://www.semanticweb.org/#hat_prozess"); + IRIList.put("has_sub_process", "http://www.semanticweb.org/#hat_prozessschritt"); + IRIList.put("is_running", "http://www.semanticweb.org/#fuehrt_aus"); + IRIList.put("based_on", "http://www.semanticweb.org/#basiert_auf"); + IRIList.put("participates", "http://www.semanticweb.org/#beteiligt_sich_an"); + IRIList.put("has_resource", "http://BPMNbasedOntology#has_resource"); + IRIList.put("has_types", "http://www.semanticweb.org/#hat_typ"); + IRIList.put("tauscht_aus_mit", "http://www.semanticweb.org/#tauscht_aus_mit"); + + // Data properties + IRIList.put("data_field_id", "http://www.semanticweb.org/#hat_datenfeldID"); + IRIList.put("leika_id", "http://www.semanticweb.org/#hat_leikaID"); + IRIList.put("id", "http://BPMNbasedOntology#id"); + IRIList.put("name", "http://BPMNbasedOntology#name"); + IRIList.put("attachedTo", "http://BPMNbasedOntology#is_attachedToRef"); + IRIList.put("sourceRef","http://BPMNbasedOntology#has_sourceRef"); + IRIList.put("targetRef","http://BPMNbasedOntology#has_targetRef"); + + + + } + + public static String GetIRIByName(String name) { + return IRIList.get(name); + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/main.java b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/main.java new file mode 100644 index 0000000..d88da43 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/bpmn/parser/main.java @@ -0,0 +1,25 @@ +package uni.jena.bpmn.parser; + +import java.io.File; +import java.io.FileNotFoundException; +import java.io.IOException; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.ModelFactory; + +public class main { + public static void main(String[] args) throws IllegalStateException, FileNotFoundException, IOException { + OntologiesIRIs.CreateIRIList(); + + BPMNParser p = new BPMNParser("../ontology/processRDF.xml"); + + try { + //p.parse(new File("../xml.files/BPMN DI-Export.bpmn"), "99006028261000"); + p.writeOntology(); + } catch (IOException e) { + e.printStackTrace(); + } + + + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodeListRow.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodeListRow.java new file mode 100644 index 0000000..a8d3fc5 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodeListRow.java @@ -0,0 +1,39 @@ +package uni.jena.fim.OwnCodelist; + +import java.util.Collection; +import java.util.HashMap; + +import org.w3c.dom.Element; +import org.w3c.dom.Node; +import org.w3c.dom.NodeList; + +public class CodeListRow { + protected String valTag="gc:Value", + colRefTag="ColumnRef", + svTag="gc:SimpleValue"; + + + + private HashMap row = new HashMap<>(); + + public CodeListRow(Element element) { + NodeList items = element.getElementsByTagName(valTag); + for(int i = 0; i < items.getLength(); i++) { + Element value = (Element)items.item(i); + + String id = value.getAttribute(colRefTag); + String v = value.getElementsByTagName(svTag).item(0).getTextContent(); + row.put(id, v); + } + } + + public String getValueByID(String ID) { + return this.row.get(ID); + } + + public Collection getAllVAlues() { + return this.row.values(); + } + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodelistCollumnSet.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodelistCollumnSet.java new file mode 100644 index 0000000..d974e18 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodelistCollumnSet.java @@ -0,0 +1,59 @@ +package uni.jena.fim.OwnCodelist; + +import java.util.ArrayList; +import java.util.Collection; +import java.util.HashMap; + +import org.w3c.dom.Element; +import org.w3c.dom.Node; +import org.w3c.dom.NodeList; + +public class CodelistCollumnSet { + protected String RowTag = "gc:Row"; + + ArrayList rows = new ArrayList<>(); + + public CodelistCollumnSet(Element collumset) { + NodeList items = collumset.getElementsByTagName("gc:Row"); + for(int i = 0; i < items.getLength(); i++) { + Node row = items.item(i); + + this.rows.add(new CodeListRow(((Element)row))); + } + + } + + public Collection> getTable(){ + ArrayList> result = new ArrayList<>(); + + for (CodeListRow row : rows) { + result.add(row.getAllVAlues()); + } + + return result; + } + + public Collection getAllValuesByID(String ID) { + ArrayList values = new ArrayList<>(); + + for (CodeListRow row : rows) { + values.add(row.getValueByID(ID)); + } + + return values; + } + + public HashMap getKeyValueHashMap(String key, String value){ + HashMap result = new HashMap<>(); + + for (CodeListRow row : rows) { + String k = row.getValueByID(key); + String v = row.getValueByID(value); + + result.put(k, v); + } + + return result; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodelistHeading.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodelistHeading.java new file mode 100644 index 0000000..20778dc --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CodelistHeading.java @@ -0,0 +1,73 @@ +package uni.jena.fim.OwnCodelist; + +import java.util.ArrayList; +import java.util.Collection; +import java.util.HashMap; + +import org.w3c.dom.Element; +import org.w3c.dom.Node; +import org.w3c.dom.NodeList; + +public class CodelistHeading { + protected String colTag="gc:Column", + keyTag="gc:Key"; + + + private ArrayList collumns = new ArrayList<>(); + private ArrayList keys = new ArrayList<>(); + + public CodelistHeading(Element heading) { + NodeList collumn = heading.getElementsByTagName(colTag); + for (int i = 0; i < collumn.getLength(); i++) { + Node item = collumn.item(i); + this.collumns.add(new Collumn(((Element)item))); + } + + NodeList keys = heading.getElementsByTagName(keyTag); + for (int i = 0; i < keys.getLength(); i++) { + Element item = (Element)keys.item(i); + this.keys.add(new CollumnKey(item)); + } + } + + public Collection getAllKeyRefs(){ + ArrayList result = new ArrayList<>(); + + for (CollumnKey key : this.keys) { + result.add(key.getColRef()); + } + + return result; + } + + public ArrayList getAllNames() { + ArrayList result = new ArrayList<>(); + + for (Collumn c : this.collumns) { + result.add(c.getShortName()); + } + + return result; + } + + public ArrayList getAllIDs() { + ArrayList result = new ArrayList<>(); + + for (Collumn c : this.collumns) { + result.add(c.getID()); + } + + return result; + } + + public HashMap getAllKeyValuePairs(){ + HashMap result = new HashMap<>(); + + for (Collumn c : this.collumns) { + result.put(c.getID(), c.getShortName()); + } + + return result; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/Codeliste.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/Codeliste.java new file mode 100644 index 0000000..a3ae682 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/Codeliste.java @@ -0,0 +1,154 @@ +package uni.jena.fim.OwnCodelist; + +import java.io.BufferedReader; +import java.io.ByteArrayInputStream; +import java.io.File; +import java.io.IOException; +import java.io.InputStream; +import java.io.InputStreamReader; +import java.net.HttpURLConnection; +import java.net.URL; +import java.util.Collection; +import java.util.HashMap; + +import javax.xml.parsers.DocumentBuilder; +import javax.xml.parsers.DocumentBuilderFactory; +import javax.xml.parsers.ParserConfigurationException; + +import org.w3c.dom.Document; +import org.w3c.dom.Element; +import org.xml.sax.SAXException; + +public class Codeliste { + protected String IDTag= "gc:Identification", + lnTag="gc:LongName", + shTag="gc:ShortName", + vTag="gc:Version", + cURITag="gc:CanonicalUri", + cURIvTag="gc:CanonicalVersionUri", + sclTag="gc:SimpleCodeList", + colsTag="gc:ColumnSet"; + + private String longName, Shortname, version, canonicalUri, canonicalVersionUri; + + private CodelistHeading heading; + private CodelistCollumnSet collumnset; + + + public Codeliste(Document doc) { + createContent(doc); + } + + public Codeliste(File f) throws IOException { + this(getDocument(f)); + } + + public Codeliste(String content) throws IOException { + this(getDocument(new ByteArrayInputStream(content.getBytes()))); + } + + public Codeliste(URL url) throws IOException { + StringBuilder result = new StringBuilder(); + HttpURLConnection conn = (HttpURLConnection) url.openConnection(); + conn.setRequestMethod("GET"); + try (BufferedReader reader = new BufferedReader( + new InputStreamReader(conn.getInputStream()))) { + for (String line; (line = reader.readLine()) != null; ) { + result.append(line); + } + } + + Document docFile = getDocument(new ByteArrayInputStream(result.toString().getBytes())); + createContent(docFile); + } + + public Collection getIDs() { + return this.heading.getAllIDs(); + } + + public Collection getAllKeys(){ + return this.heading.getAllKeyRefs(); + } + + public Collection getValuesByID(String ID){ + return this.collumnset.getAllValuesByID(ID); + } + + public HashMap getHashMap(String Key, String Value){ + return this.collumnset.getKeyValueHashMap(Key, Value); + } + + public String getLongName() { + return this.longName; + } + + public String getShortname() { + return Shortname; + } + + public String getVersion() { + return version; + } + + public String getCanonicalUri() { + return canonicalUri; + } + + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + public boolean checkCodeListByUri(String Uri) { + return (this.canonicalVersionUri.equals(Uri) || this.canonicalUri.equals(Uri)); + } + + private void createContent(Document doc) { + Element ids = (Element)doc.getElementsByTagName(IDTag).item(0); + this.longName = ids.getElementsByTagName(lnTag).item(0).getTextContent(); + this.Shortname = ids.getElementsByTagName(shTag).item(0).getTextContent(); + this.version = ids.getElementsByTagName(vTag).item(0).getTextContent(); + this.canonicalUri = ids.getElementsByTagName(cURITag).item(0).getTextContent(); + this.canonicalVersionUri = ids.getElementsByTagName(cURIvTag).item(0).getTextContent(); + + + Element columnset = (Element)doc.getElementsByTagName(sclTag).item(0); + Element heading = (Element)doc.getElementsByTagName(colsTag).item(0); + + + this.heading = new CodelistHeading(heading); + this.collumnset = new CodelistCollumnSet(columnset); + } + + private static Document getDocument(File docFile) throws IOException { + DocumentBuilder builder; + try { + builder = DocumentBuilderFactory.newInstance().newDocumentBuilder(); + Document doc = builder.parse(docFile); + doc.getDocumentElement().normalize(); + return doc; + } catch (ParserConfigurationException e) { + e.printStackTrace(); + } catch (SAXException e) { + e.printStackTrace(); + } + + return null; + + } + + private static Document getDocument(InputStream contentStream) throws IOException { + DocumentBuilder builder; + try { + builder = DocumentBuilderFactory.newInstance().newDocumentBuilder(); + Document doc = builder.parse(contentStream); + doc.getDocumentElement().normalize(); + return doc; + } catch (ParserConfigurationException e) { + e.printStackTrace(); + } catch (SAXException e) { + e.printStackTrace(); + } + + return null; + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/Collumn.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/Collumn.java new file mode 100644 index 0000000..50ac278 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/Collumn.java @@ -0,0 +1,32 @@ +package uni.jena.fim.OwnCodelist; + +import org.w3c.dom.Element; + +public class Collumn { + protected String idTag="Id", + snTag="gc:ShortName", + dataTag="gc:Data", + typeTag="Type"; + + + private String shortName, id, dataType; + + public Collumn(Element collumn) { + this.id = collumn.getAttribute(idTag); + this.shortName = collumn.getElementsByTagName(snTag).item(0).getTextContent(); + this.dataType = ((Element)collumn.getElementsByTagName(dataTag).item(0)).getAttribute(typeTag); + } + + public String getShortName() { + return this.shortName; + } + + public String getID() { + return this.id; + } + + public String getDataType() { + return dataType; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CollumnKey.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CollumnKey.java new file mode 100644 index 0000000..3921e6c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/OwnCodelist/CollumnKey.java @@ -0,0 +1,32 @@ +package uni.jena.fim.OwnCodelist; + +import org.w3c.dom.Element; + +public class CollumnKey { + protected String idTag= "Id", + snTag="gc:ShortName", + colRefTag="gc:ColumnRef", + refTag="Ref"; + + private String id, shortName, colRef; + + public CollumnKey(Element key) { + this.id = key.getAttribute(idTag); + if(key.getElementsByTagName(snTag).getLength() >0 ) + this.shortName = key.getElementsByTagName(snTag).item(0).getTextContent(); + if(key.getElementsByTagName(colRefTag).getLength() > 0) + this.colRef = ((Element)key.getElementsByTagName(colRefTag).item(0)).getAttribute(refTag); + } + + public String getId() { + return id; + } + + public String getShortName() { + return shortName; + } + + public String getColRef() { + return colRef; + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/Codelist.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/Codelist.java new file mode 100644 index 0000000..c0a94f2 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/Codelist.java @@ -0,0 +1,291 @@ +package uni.jena.fim.codelist; + +import java.io.BufferedReader; +import java.io.ByteArrayInputStream; +import java.io.File; +import java.io.IOException; +import java.io.InputStreamReader; +import java.net.HttpURLConnection; +import java.net.URL; +import java.nio.file.Files; +import java.nio.file.Paths; +import java.util.ArrayList; +import java.util.Collection; +import java.util.HashMap; + +import javax.xml.bind.JAXBContext; +import javax.xml.bind.JAXBElement; +import javax.xml.bind.JAXBException; +import javax.xml.bind.Unmarshaller; + +import uni.jena.fim.codelist.core.CodeListDocument; +import uni.jena.fim.codelist.core.Column; +import uni.jena.fim.codelist.core.ColumnRef; +import uni.jena.fim.codelist.core.Key; +import uni.jena.fim.codelist.core.Row; +import uni.jena.fim.codelist.core.Value; + + + +public class Codelist { + private CodeListDocument cld = null; + + //-------------------- Konstruktoren ---------------------- + + public Codelist(String content) { + JAXBContext jaxbContext; + CodeListDocument cl = null; + + try + { + jaxbContext = JAXBContext.newInstance(CodeListDocument.class); + + Unmarshaller jaxbUnmarshaller = jaxbContext.createUnmarshaller(); + + @SuppressWarnings("unchecked") + JAXBElement ju = (JAXBElement)jaxbUnmarshaller.unmarshal( + new ByteArrayInputStream(content.getBytes())); + + cl = ju.getValue(); + + } + catch (JAXBException e) + { + e.printStackTrace(); + } + + this.cld = cl; + } + + public Codelist(URL url) throws IOException { + StringBuilder result = new StringBuilder(); + HttpURLConnection conn = (HttpURLConnection) url.openConnection(); + conn.setRequestMethod("GET"); + try (BufferedReader reader = new BufferedReader( + new InputStreamReader(conn.getInputStream()))) { + for (String line; (line = reader.readLine()) != null; ) { + result.append(line); + } + } + + JAXBContext jaxbContext; + CodeListDocument cl = null; + + try + { + jaxbContext = JAXBContext.newInstance(CodeListDocument.class); + + Unmarshaller jaxbUnmarshaller = jaxbContext.createUnmarshaller(); + + @SuppressWarnings("unchecked") + JAXBElement ju = (JAXBElement)jaxbUnmarshaller.unmarshal( + new ByteArrayInputStream(result.toString().getBytes())); + + cl = ju.getValue(); + + } + catch (JAXBException e) + { + e.printStackTrace(); + } + + this.cld = cl; + } + + public Codelist(File file) throws IOException { + this(readFile(file.getAbsolutePath())); + } + + + + //-------------------- Public Methods---------------------- + + public boolean checkCodeListByUri(String Uri) { + return (this.cld.getIdentification().getCanonicalUri().equals(Uri) || this.cld.getIdentification().getCanonicalVersionUri().equals(Uri)); + } + + public String getLongName() { + return this.cld.getIdentification().getLongName().get(0).getValue(); + } + + public String getShortname() { + return this.cld.getIdentification().getShortName().getValue(); + } + + public String getVersion() { + return this.cld.getIdentification().getVersion(); + } + + public String getCanonicalUri() { + return this.cld.getIdentification().getCanonicalUri(); + } + + public String getCanonicalVersionUri() { + return this.cld.getIdentification().getCanonicalVersionUri(); + } + + public Collection getIDs() { + ArrayList result = new ArrayList<>(); + + for (Object obj : this.cld.getColumnSet().getColumnChoice()) { + if(obj.getClass() == Column.class) { + Column c = (Column) obj; + + result.add(c.getId()); + }else if(obj.getClass() == ColumnRef.class) { + ColumnRef cr = (ColumnRef) obj; + + result.add(cr.getId()); + } + + } + + return result; + } + + public Collection getKeys(){ + ArrayList result = new ArrayList<>(); + + for (Object obj : this.cld.getColumnSet().getKeyChoice()) { + if(obj.getClass() == Key.class) { + Key c = (Key) obj; + + // lese aus der ColRef, die Column raus --> hole ID von Column + Column col = (Column)c.getColumnRef().get(0).getRef(); + + result.add(col.getId()); + } + } + + return result; + } + + public Collection getValuesByID(String ID){ + ArrayList result = new ArrayList<>(); + + for(Row row : this.cld.getSimpleCodeList().getRow()) { + + for(Value v : row.getValue()) { + if(v.getColumnRef().getClass() == Column.class) { + Column c = (Column) v.getColumnRef(); + if(c.getId().equals(ID)) { + result.add(v.getSimpleValue().getValue()); + } + }else if(v.getColumnRef().getClass() == ColumnRef.class) { + ColumnRef cr = (ColumnRef) v.getColumnRef(); + if(cr.getId().equals(ID)) { + result.add(v.getSimpleValue().getValue()); + } + } + } + } + + return result; + } + + public HashMap getHashMap(String Key, String Value){ + HashMap result = new HashMap<>(); + + if(this.cld.getSimpleCodeList() != null) { + if(this.cld.getSimpleCodeList().getRow()!= null) { + for(Row row : this.cld.getSimpleCodeList().getRow()) { + String k="", va=""; + if(row.getValue() != null) { + for(Value v : row.getValue()) { + if(v.getColumnRef() != null) { + if(v.getColumnRef().getClass() == Column.class) { + Column c = (Column) v.getColumnRef(); + if(c.getId()!= null) { + if(c.getId().equals(Key)) { + if(v.getSimpleValue() != null) { + k = v.getSimpleValue().getValue(); + } + } + if(c.getId().equals(Value)) { + if(v.getSimpleValue()!= null) { + va = v.getSimpleValue().getValue(); + } + } + } + + }else if(v.getColumnRef().getClass() == ColumnRef.class) { + ColumnRef cr = (ColumnRef) v.getColumnRef(); + if(cr.getId() != null) { + if(cr.getId().equals(Key)) { + if(v.getSimpleValue() != null) { + k = v.getSimpleValue().getValue(); + } + } + if(cr.getId().equals(Value)) { + if(v.getSimpleValue() != null) { + va = v.getSimpleValue().getValue(); + } + } + } + } + } + } + } + if(!result.containsKey(k)) + result.put(k, va); + } + } + } + if(result.containsKey("")) + result.remove(""); + + return result; + } + + public Collection get(int i){ + ArrayList result = new ArrayList<>(); + + if(this.cld.getSimpleCodeList() != null) { + if(this.cld.getSimpleCodeList().getRow() != null) { + Row row = this.cld.getSimpleCodeList().getRow().get(i); + for (Value v : row.getValue()) { + if(v.getSimpleValue() != null) { + result.add(v.getSimpleValue().getValue()); + } + } + } + } + + + + return result; + } + + public int getRowSize() { + if (this.cld.getSimpleCodeList() != null) + if(this.cld.getSimpleCodeList().getRow() != null) + return this.cld.getSimpleCodeList().getRow().size(); + + return 0; + } + + public int getHeaderSize() { + if (this.cld.getColumnSet() != null) + if(this.cld.getColumnSet().getColumnChoice() != null) + return this.cld.getColumnSet().getColumnChoice().size(); + + return 0; + } + + public int getKeySize() { + if (this.cld.getColumnSet() != null) + if(this.cld.getColumnSet().getKeyChoice() != null) + return this.cld.getColumnSet().getKeyChoice().size(); + + return 0; + } + + + + //-------------------- Private Methods ---------------------- + + private static String readFile(String path) throws IOException{ + byte[] encoded = Files.readAllBytes(Paths.get(path)); + return new String(encoded); + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/XRepositoryDownloader.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/XRepositoryDownloader.java new file mode 100644 index 0000000..9dc8208 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/XRepositoryDownloader.java @@ -0,0 +1,51 @@ +package uni.jena.fim.codelist; + +import java.io.BufferedReader; +import java.io.IOException; +import java.io.InputStreamReader; +import java.net.HttpURLConnection; +import java.net.MalformedURLException; +import java.net.URL; + +public class XRepositoryDownloader { + private static final String baseURL = "https://www.xrepository.de/api/version_codeliste/"; + + public static final String JSON = "json", + EXCEL="excel", + MARKDOWN="markdown", + MAGICDRAW="magicdraw", + XML="genericode"; + + + public static Codelist getCodelist(String urnVersion) throws IOException { + URL url = getURL(urnVersion, XML); + + Codelist cl = new Codelist(url); + + return cl; + } + + public static String getCodelist(String urnVersion, String format) throws IOException { + URL url = getURL(urnVersion, format); + + StringBuilder result = new StringBuilder(); + HttpURLConnection conn = (HttpURLConnection) url.openConnection(); + conn.setRequestMethod("GET"); + try (BufferedReader reader = new BufferedReader( + new InputStreamReader(conn.getInputStream()))) { + for (String line; (line = reader.readLine()) != null; ) { + result.append(line + "\n"); + } + } + + return result.toString(); + } + + + public static URL getURL(String urnVersion, String format) throws MalformedURLException { + String url = baseURL + urnVersion + "/"+ format; + + return new URL(url); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Agency.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Agency.java new file mode 100644 index 0000000..32ee9d3 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Agency.java @@ -0,0 +1,139 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Details of an agency which produces code lists or related artifacts. + * + *

Java class for Agency complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Agency">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="ShortName" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ShortName" minOccurs="0"/>
+ *         <element name="LongName" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}LongName" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="Identifier" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}GeneralIdentifier" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Agency", propOrder = { + "shortName", + "longName", + "identifier" +}) +public class Agency { + + @XmlElement(name = "ShortName") + protected ShortName shortName; + @XmlElement(name = "LongName") + protected List longName; + @XmlElement(name = "Identifier") + protected List identifier; + + /** + * Gets the value of the shortName property. + * + * @return + * possible object is + * {@link ShortName } + * + */ + public ShortName getShortName() { + return shortName; + } + + /** + * Sets the value of the shortName property. + * + * @param value + * allowed object is + * {@link ShortName } + * + */ + public void setShortName(ShortName value) { + this.shortName = value; + } + + /** + * Gets the value of the longName property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the longName property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLongName().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link LongName } + * + * + */ + public List getLongName() { + if (longName == null) { + longName = new ArrayList(); + } + return this.longName; + } + + /** + * Gets the value of the identifier property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the identifier property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getIdentifier().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link GeneralIdentifier } + * + * + */ + public List getIdentifier() { + if (identifier == null) { + identifier = new ArrayList(); + } + return this.identifier; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Annotation.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Annotation.java new file mode 100644 index 0000000..ee7cef9 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Annotation.java @@ -0,0 +1,106 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * User annotation information. + * + *

Java class for Annotation complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Annotation">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Description" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}AnyOtherLanguageContent" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="AppInfo" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}AnyOtherContent" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Annotation", propOrder = { + "description", + "appInfo" +}) +public class Annotation { + + @XmlElement(name = "Description") + protected List description; + @XmlElement(name = "AppInfo") + protected AnyOtherContent appInfo; + + /** + * Gets the value of the description property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the description property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getDescription().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link AnyOtherLanguageContent } + * + * + */ + public List getDescription() { + if (description == null) { + description = new ArrayList(); + } + return this.description; + } + + /** + * Gets the value of the appInfo property. + * + * @return + * possible object is + * {@link AnyOtherContent } + * + */ + public AnyOtherContent getAppInfo() { + return appInfo; + } + + /** + * Sets the value of the appInfo property. + * + * @param value + * allowed object is + * {@link AnyOtherContent } + * + */ + public void setAppInfo(AnyOtherContent value) { + this.appInfo = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/AnyOtherContent.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/AnyOtherContent.java new file mode 100644 index 0000000..2d76bc8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/AnyOtherContent.java @@ -0,0 +1,84 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAnyElement; +import javax.xml.bind.annotation.XmlSeeAlso; +import javax.xml.bind.annotation.XmlType; +import org.w3c.dom.Element; + + +/** + * Container for any XML content which is in a different namespace to the Schema's target namespace. + * + *

Java class for AnyOtherContent complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="AnyOtherContent">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <any processContents='lax' namespace='##other' maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "AnyOtherContent", propOrder = { + "any" +}) +@XmlSeeAlso({ + AnyOtherLanguageContent.class +}) +public class AnyOtherContent { + + @XmlAnyElement(lax = true) + protected List any; + + /** + * Gets the value of the any property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the any property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getAny().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Element } + * {@link Object } + * + * + */ + public List getAny() { + if (any == null) { + any = new ArrayList(); + } + return this.any; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/AnyOtherLanguageContent.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/AnyOtherLanguageContent.java new file mode 100644 index 0000000..1cca70a --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/AnyOtherLanguageContent.java @@ -0,0 +1,74 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Container for any human-readable XML content which is in a different namespace to the Schema's target namespace. + * + *

Java class for AnyOtherLanguageContent complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="AnyOtherLanguageContent">
+ *   <complexContent>
+ *     <extension base="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}AnyOtherContent">
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}lang"/>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "AnyOtherLanguageContent") +public class AnyOtherLanguageContent + extends AnyOtherContent +{ + + @XmlAttribute(name = "lang", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "language") + protected String lang; + + /** + * Language for the human-readable XML content. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLang() { + return lang; + } + + /** + * Sets the value of the lang property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLang(String value) { + this.lang = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListDocument.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListDocument.java new file mode 100644 index 0000000..33d17d5 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListDocument.java @@ -0,0 +1,219 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * + * 
+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="document" id="R1">A code list must have at least one key, unless it is a metadata-only definition without a 'SimpleCodeList' element.</rule:text>
+ *
+ * + * + *

Java class for CodeListDocument complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="CodeListDocument">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DocumentHeader"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ColumnSetChoice"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}OuterCodeListChoice" minOccurs="0"/>
+ *       </sequence>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "CodeListDocument", propOrder = { + "annotation", + "identification", + "columnSet", + "columnSetRef", + "simpleCodeList" +}) +public class CodeListDocument { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "Identification", required = true) + protected Identification identification; + @XmlElement(name = "ColumnSet") + protected ColumnSet columnSet; + @XmlElement(name = "ColumnSetRef") + protected ColumnSetRef columnSetRef; + @XmlElement(name = "SimpleCodeList") + protected SimpleCodeList simpleCodeList; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the identification property. + * + * @return + * possible object is + * {@link Identification } + * + */ + public Identification getIdentification() { + return identification; + } + + /** + * Sets the value of the identification property. + * + * @param value + * allowed object is + * {@link Identification } + * + */ + public void setIdentification(Identification value) { + this.identification = value; + } + + /** + * Gets the value of the columnSet property. + * + * @return + * possible object is + * {@link ColumnSet } + * + */ + public ColumnSet getColumnSet() { + return columnSet; + } + + /** + * Sets the value of the columnSet property. + * + * @param value + * allowed object is + * {@link ColumnSet } + * + */ + public void setColumnSet(ColumnSet value) { + this.columnSet = value; + } + + /** + * Gets the value of the columnSetRef property. + * + * @return + * possible object is + * {@link ColumnSetRef } + * + */ + public ColumnSetRef getColumnSetRef() { + return columnSetRef; + } + + /** + * Sets the value of the columnSetRef property. + * + * @param value + * allowed object is + * {@link ColumnSetRef } + * + */ + public void setColumnSetRef(ColumnSetRef value) { + this.columnSetRef = value; + } + + /** + * Gets the value of the simpleCodeList property. + * + * @return + * possible object is + * {@link SimpleCodeList } + * + */ + public SimpleCodeList getSimpleCodeList() { + return simpleCodeList; + } + + /** + * Sets the value of the simpleCodeList property. + * + * @param value + * allowed object is + * {@link SimpleCodeList } + * + */ + public void setSimpleCodeList(SimpleCodeList value) { + this.simpleCodeList = value; + } + + /** + * + * 
+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R2">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListRef.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListRef.java new file mode 100644 index 0000000..a9bb22f --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListRef.java @@ -0,0 +1,207 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * + * 
+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R3">The code list reference must be valid.
+ * An application may use the CanonicalVersionUri to select a local copy of the code list.
+ * If there is no CanonicalVersionUri, the CanonicalUri may be used to select a local copy of the code list.
+ * Otherwise the LocationUri value(s) may be tried in order, until a valid code list document is retrieved.
+ * An application must signal an error to the user if it is not able to retrieve a code list document to match the code list reference.</rule:text>
+ *
+ * + * + *

Java class for CodeListRef complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="CodeListRef">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <element name="CanonicalUri" type="{http://www.w3.org/2001/XMLSchema}anyURI"/>
+ *         <element name="CanonicalVersionUri" type="{http://www.w3.org/2001/XMLSchema}anyURI" minOccurs="0"/>
+ *         <element name="LocationUri" type="{http://www.w3.org/2001/XMLSchema}anyURI" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "CodeListRef", propOrder = { + "annotation", + "canonicalUri", + "canonicalVersionUri", + "locationUri" +}) +public class CodeListRef { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "CanonicalUri", required = true) + @XmlSchemaType(name = "anyURI") + protected String canonicalUri; + @XmlElement(name = "CanonicalVersionUri") + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "LocationUri") + @XmlSchemaType(name = "anyURI") + protected List locationUri; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the canonicalUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalUri() { + return canonicalUri; + } + + /** + * Sets the value of the canonicalUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalUri(String value) { + this.canonicalUri = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the locationUri property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the locationUri property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLocationUri().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getLocationUri() { + if (locationUri == null) { + locationUri = new ArrayList(); + } + return this.locationUri; + } + + /** + * + * 

+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R10">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListSetDocument.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListSetDocument.java new file mode 100644 index 0000000..3a2082a --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListSetDocument.java @@ -0,0 +1,174 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlElements; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Document type for the definition of a set of code lists. + * + *

Java class for CodeListSetDocument complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="CodeListSetDocument">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DocumentHeader"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}CodeListSetChoice" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "CodeListSetDocument", propOrder = { + "annotation", + "identification", + "codeListSetChoice" +}) +public class CodeListSetDocument { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "Identification", required = true) + protected Identification identification; + @XmlElements({ + @XmlElement(name = "CodeListRef", type = CodeListRef.class), + @XmlElement(name = "CodeListSet", type = CodeListSetDocument.class), + @XmlElement(name = "CodeListSetRef", type = CodeListSetRef.class) + }) + protected List codeListSetChoice; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the identification property. + * + * @return + * possible object is + * {@link Identification } + * + */ + public Identification getIdentification() { + return identification; + } + + /** + * Sets the value of the identification property. + * + * @param value + * allowed object is + * {@link Identification } + * + */ + public void setIdentification(Identification value) { + this.identification = value; + } + + /** + * Contents of the code list set. If the code list set does not have any contents, it is a CodeListSet Metadata definition.Gets the value of the codeListSetChoice property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the codeListSetChoice property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getCodeListSetChoice().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeListRef } + * {@link CodeListSetDocument } + * {@link CodeListSetRef } + * + * + */ + public List getCodeListSetChoice() { + if (codeListSetChoice == null) { + codeListSetChoice = new ArrayList(); + } + return this.codeListSetChoice; + } + + /** + * + * 
+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R11">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListSetRef.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListSetRef.java new file mode 100644 index 0000000..4f68d37 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/CodeListSetRef.java @@ -0,0 +1,207 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * + * 
+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R47">The code list set reference must be valid.
+ * An application may use the CanonicalVersionUri to select a local copy of the code list set.
+ * If there is no CanonicalVersionUri, the CanonicalUri may be used to select a local copy of the code list set.
+ * Otherwise the LocationUri value(s) may be tried in order, until a valid code list set document is retrieved.
+ * An application must signal an error to the user if it is not able to retrieve a code list set document to match the code list set reference.</rule:text>
+ *
+ * + * + *

Java class for CodeListSetRef complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="CodeListSetRef">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <element name="CanonicalUri" type="{http://www.w3.org/2001/XMLSchema}anyURI"/>
+ *         <element name="CanonicalVersionUri" type="{http://www.w3.org/2001/XMLSchema}anyURI" minOccurs="0"/>
+ *         <element name="LocationUri" type="{http://www.w3.org/2001/XMLSchema}anyURI" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "CodeListSetRef", propOrder = { + "annotation", + "canonicalUri", + "canonicalVersionUri", + "locationUri" +}) +public class CodeListSetRef { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "CanonicalUri", required = true) + @XmlSchemaType(name = "anyURI") + protected String canonicalUri; + @XmlElement(name = "CanonicalVersionUri") + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "LocationUri") + @XmlSchemaType(name = "anyURI") + protected List locationUri; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the canonicalUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalUri() { + return canonicalUri; + } + + /** + * Sets the value of the canonicalUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalUri(String value) { + this.canonicalUri = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the locationUri property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the locationUri property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLocationUri().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getLocationUri() { + if (locationUri == null) { + locationUri = new ArrayList(); + } + return this.locationUri; + } + + /** + * + * 

+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R54">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Column.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Column.java new file mode 100644 index 0000000..eaa4b4c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Column.java @@ -0,0 +1,281 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlID; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Definition of a column. + * Each column of a code list defines a piece of metadata that can be specified for each item in the code list. + * + *

Java class for Column complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Column">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}NameSet"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdentificationVersionUriSet" minOccurs="0"/>
+ *         <element name="Data" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Data"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdDefinition"/>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}RequiredUseDefinition"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Column", propOrder = { + "annotation", + "shortName", + "longName", + "canonicalUri", + "canonicalVersionUri", + "data" +}) +public class Column { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "ShortName", required = true) + protected ShortName shortName; + @XmlElement(name = "LongName") + protected List longName; + @XmlElement(name = "CanonicalUri") + @XmlSchemaType(name = "anyURI") + protected String canonicalUri; + @XmlElement(name = "CanonicalVersionUri") + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "Data", required = true) + protected Data data; + @XmlAttribute(name = "Id", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlID + @XmlSchemaType(name = "ID") + protected String id; + @XmlAttribute(name = "Use", required = true) + protected UseType use; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the shortName property. + * + * @return + * possible object is + * {@link ShortName } + * + */ + public ShortName getShortName() { + return shortName; + } + + /** + * Sets the value of the shortName property. + * + * @param value + * allowed object is + * {@link ShortName } + * + */ + public void setShortName(ShortName value) { + this.shortName = value; + } + + /** + * Gets the value of the longName property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the longName property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLongName().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link LongName } + * + * + */ + public List getLongName() { + if (longName == null) { + longName = new ArrayList(); + } + return this.longName; + } + + /** + * Gets the value of the canonicalUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalUri() { + return canonicalUri; + } + + /** + * Sets the value of the canonicalUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalUri(String value) { + this.canonicalUri = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the data property. + * + * @return + * possible object is + * {@link Data } + * + */ + public Data getData() { + return data; + } + + /** + * Sets the value of the data property. + * + * @param value + * allowed object is + * {@link Data } + * + */ + public void setData(Data value) { + this.data = value; + } + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + + /** + * Gets the value of the use property. + * + * @return + * possible object is + * {@link UseType } + * + */ + public UseType getUse() { + return use; + } + + /** + * Sets the value of the use property. + * + * @param value + * allowed object is + * {@link UseType } + * + */ + public void setUse(UseType value) { + this.use = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnRef.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnRef.java new file mode 100644 index 0000000..b50a7f1 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnRef.java @@ -0,0 +1,293 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlID; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * + * 

+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R12">The column reference must be valid.
+ * An application may use the CanonicalVersionUri to select a local copy of the code list or column set which contains the column definition.
+ * Otherwise the LocationUri value(s) may be tried in order, until a valid code list or column set document (containing the necessary column definition) is retrieved.
+ * An application must signal an error to the user if it is not able to retrieve a code list or column set document which contains the necessary column definition.</rule:text>
+ *
+ * + * + *

Java class for ColumnRef complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="ColumnRef">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdentificationRefUriSet"/>
+ *         <element name="Data" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DataRestrictions" minOccurs="0"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}OptionalUseDefinition"/>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ExternalReference"/>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdDefinition"/>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "ColumnRef", propOrder = { + "annotation", + "canonicalVersionUri", + "locationUri", + "data" +}) +public class ColumnRef { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "CanonicalVersionUri", required = true) + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "LocationUri") + @XmlSchemaType(name = "anyURI") + protected List locationUri; + @XmlElement(name = "Data") + protected DataRestrictions data; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + @XmlAttribute(name = "Use") + protected UseType use; + @XmlAttribute(name = "ExternalRef", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "NCName") + protected String externalRef; + @XmlAttribute(name = "Id", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlID + @XmlSchemaType(name = "ID") + protected String id; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the locationUri property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the locationUri property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLocationUri().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getLocationUri() { + if (locationUri == null) { + locationUri = new ArrayList(); + } + return this.locationUri; + } + + /** + * Gets the value of the data property. + * + * @return + * possible object is + * {@link DataRestrictions } + * + */ + public DataRestrictions getData() { + return data; + } + + /** + * Sets the value of the data property. + * + * @param value + * allowed object is + * {@link DataRestrictions } + * + */ + public void setData(DataRestrictions value) { + this.data = value; + } + + /** + * + * 

+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R14">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + + /** + * Gets the value of the use property. + * + * @return + * possible object is + * {@link UseType } + * + */ + public UseType getUse() { + return use; + } + + /** + * Sets the value of the use property. + * + * @param value + * allowed object is + * {@link UseType } + * + */ + public void setUse(UseType value) { + this.use = value; + } + + /** + * Gets the value of the externalRef property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getExternalRef() { + return externalRef; + } + + /** + * Sets the value of the externalRef property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setExternalRef(String value) { + this.externalRef = value; + } + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSet.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSet.java new file mode 100644 index 0000000..eb757ff --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSet.java @@ -0,0 +1,183 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlElements; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Definition of a column set (columns and keys for a code list). + * + *

Java class for ColumnSet complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="ColumnSet">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ColumnSetContent"/>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DefaultDatatypeLibrary"/>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "ColumnSet", propOrder = { + "columnChoice", + "keyChoice" +}) +public class ColumnSet { + + @XmlElements({ + @XmlElement(name = "Column", type = Column.class), + @XmlElement(name = "ColumnRef", type = ColumnRef.class) + }) + protected List columnChoice; + @XmlElements({ + @XmlElement(name = "Key", type = Key.class), + @XmlElement(name = "KeyRef", type = KeyRef.class) + }) + protected List keyChoice; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + @XmlAttribute(name = "DatatypeLibrary") + @XmlSchemaType(name = "anyURI") + protected String datatypeLibrary; + + /** + * A choice between a column definition and a column reference.Gets the value of the columnChoice property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the columnChoice property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getColumnChoice().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Column } + * {@link ColumnRef } + * + * + */ + public List getColumnChoice() { + if (columnChoice == null) { + columnChoice = new ArrayList(); + } + return this.columnChoice; + } + + /** + * A choice between a key definition and a key reference.Gets the value of the keyChoice property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the keyChoice property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getKeyChoice().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Key } + * {@link KeyRef } + * + * + */ + public List getKeyChoice() { + if (keyChoice == null) { + keyChoice = new ArrayList(); + } + return this.keyChoice; + } + + /** + * + * 
+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R15">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + + /** + * Gets the value of the datatypeLibrary property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDatatypeLibrary() { + if (datatypeLibrary == null) { + return "http://www.w3.org/2001/XMLSchema-datatypes"; + } else { + return datatypeLibrary; + } + } + + /** + * Sets the value of the datatypeLibrary property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDatatypeLibrary(String value) { + this.datatypeLibrary = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSetDocument.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSetDocument.java new file mode 100644 index 0000000..7f252c1 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSetDocument.java @@ -0,0 +1,240 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlElements; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Document type for the definition of a column set, which is a set of code list columns and/or keys. + * + *

Java class for ColumnSetDocument complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="ColumnSetDocument">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DocumentHeader"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ColumnSetContent"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DefaultDatatypeLibrary"/>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "ColumnSetDocument", propOrder = { + "annotation", + "identification", + "columnChoice", + "keyChoice" +}) +public class ColumnSetDocument { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "Identification", required = true) + protected Identification identification; + @XmlElements({ + @XmlElement(name = "Column", type = Column.class), + @XmlElement(name = "ColumnRef", type = ColumnRef.class) + }) + protected List columnChoice; + @XmlElements({ + @XmlElement(name = "Key", type = Key.class), + @XmlElement(name = "KeyRef", type = KeyRef.class) + }) + protected List keyChoice; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + @XmlAttribute(name = "DatatypeLibrary") + @XmlSchemaType(name = "anyURI") + protected String datatypeLibrary; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the identification property. + * + * @return + * possible object is + * {@link Identification } + * + */ + public Identification getIdentification() { + return identification; + } + + /** + * Sets the value of the identification property. + * + * @param value + * allowed object is + * {@link Identification } + * + */ + public void setIdentification(Identification value) { + this.identification = value; + } + + /** + * A choice between a column definition and a column reference.Gets the value of the columnChoice property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the columnChoice property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getColumnChoice().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Column } + * {@link ColumnRef } + * + * + */ + public List getColumnChoice() { + if (columnChoice == null) { + columnChoice = new ArrayList(); + } + return this.columnChoice; + } + + /** + * A choice between a key definition and a key reference.Gets the value of the keyChoice property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the keyChoice property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getKeyChoice().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Key } + * {@link KeyRef } + * + * + */ + public List getKeyChoice() { + if (keyChoice == null) { + keyChoice = new ArrayList(); + } + return this.keyChoice; + } + + /** + * + * 
+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R16">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + + /** + * Gets the value of the datatypeLibrary property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDatatypeLibrary() { + if (datatypeLibrary == null) { + return "http://www.w3.org/2001/XMLSchema-datatypes"; + } else { + return datatypeLibrary; + } + } + + /** + * Sets the value of the datatypeLibrary property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDatatypeLibrary(String value) { + this.datatypeLibrary = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSetRef.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSetRef.java new file mode 100644 index 0000000..ad61eee --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ColumnSetRef.java @@ -0,0 +1,176 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * + * 
+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R17">The column set reference must be valid.
+ * An application may use the CanonicalVersionUri to select a local copy of the column set or code list.
+ * Otherwise the LocationUri value(s) may be tried in order, until a valid column set or code list document is retrieved.
+ * An application must signal an error to the user if it is not able to retrieve a column set or code list document to match the column set reference.</rule:text>
+ *
+ * + * + *

Java class for ColumnSetRef complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="ColumnSetRef">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdentificationRefUriSet"/>
+ *       </sequence>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "ColumnSetRef", propOrder = { + "annotation", + "canonicalVersionUri", + "locationUri" +}) +public class ColumnSetRef { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "CanonicalVersionUri", required = true) + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "LocationUri") + @XmlSchemaType(name = "anyURI") + protected List locationUri; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the locationUri property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the locationUri property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLocationUri().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getLocationUri() { + if (locationUri == null) { + locationUri = new ArrayList(); + } + return this.locationUri; + } + + /** + * + * 

+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R18">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Data.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Data.java new file mode 100644 index 0000000..63cfcfe --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Data.java @@ -0,0 +1,196 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Data type definition. + * + *

Java class for Data complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Data">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <element name="Parameter" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DatatypeFacet" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Language"/>
+ *       <attribute name="Type" use="required" type="{http://www.w3.org/2001/XMLSchema}token" />
+ *       <attribute name="DatatypeLibrary" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Data", propOrder = { + "annotation", + "parameter" +}) +public class Data { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "Parameter") + protected List parameter; + @XmlAttribute(name = "Type", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String type; + @XmlAttribute(name = "DatatypeLibrary") + @XmlSchemaType(name = "anyURI") + protected String datatypeLibrary; + @XmlAttribute(name = "Lang") + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "language") + protected String lang; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the parameter property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the parameter property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getParameter().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link DatatypeFacet } + * + * + */ + public List getParameter() { + if (parameter == null) { + parameter = new ArrayList(); + } + return this.parameter; + } + + /** + * Gets the value of the type property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getType() { + return type; + } + + /** + * Sets the value of the type property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setType(String value) { + this.type = value; + } + + /** + * Gets the value of the datatypeLibrary property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDatatypeLibrary() { + return datatypeLibrary; + } + + /** + * Sets the value of the datatypeLibrary property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDatatypeLibrary(String value) { + this.datatypeLibrary = value; + } + + /** + * Gets the value of the lang property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLang() { + return lang; + } + + /** + * Sets the value of the lang property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLang(String value) { + this.lang = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/DataRestrictions.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/DataRestrictions.java new file mode 100644 index 0000000..1b024d8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/DataRestrictions.java @@ -0,0 +1,115 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * + * 

+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="document" id="R23">The 'gc:lang' attribute may be specified only if no language is already set for the data type that is being restricted.</rule:text>
+ *
+ * + * + *

Java class for DataRestrictions complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="DataRestrictions">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Parameter" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}DatatypeFacet" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Language"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "DataRestrictions", propOrder = { + "parameter" +}) +public class DataRestrictions { + + @XmlElement(name = "Parameter") + protected List parameter; + @XmlAttribute(name = "Lang") + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "language") + protected String lang; + + /** + * Gets the value of the parameter property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the parameter property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getParameter().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link DatatypeFacet } + * + * + */ + public List getParameter() { + if (parameter == null) { + parameter = new ArrayList(); + } + return this.parameter; + } + + /** + * Gets the value of the lang property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLang() { + return lang; + } + + /** + * Sets the value of the lang property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLang(String value) { + this.lang = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/DatatypeFacet.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/DatatypeFacet.java new file mode 100644 index 0000000..0fd4e1f --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/DatatypeFacet.java @@ -0,0 +1,131 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.XmlValue; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Facet information for refining a datatype. + * + *

Java class for DatatypeFacet complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="DatatypeFacet">
+ *   <simpleContent>
+ *     <extension base="<http://www.w3.org/2001/XMLSchema>string">
+ *       <attribute name="ShortName" use="required" type="{http://www.w3.org/2001/XMLSchema}token" />
+ *       <attribute name="LongName" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </extension>
+ *   </simpleContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "DatatypeFacet", propOrder = { + "value" +}) +public class DatatypeFacet { + + @XmlValue + protected String value; + @XmlAttribute(name = "ShortName", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String shortName; + @XmlAttribute(name = "LongName") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String longName; + + /** + * Gets the value of the value property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getValue() { + return value; + } + + /** + * Sets the value of the value property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setValue(String value) { + this.value = value; + } + + /** + * Gets the value of the shortName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getShortName() { + return shortName; + } + + /** + * Sets the value of the shortName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setShortName(String value) { + this.shortName = value; + } + + /** + * Gets the value of the longName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLongName() { + return longName; + } + + /** + * Sets the value of the longName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLongName(String value) { + this.longName = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/GeneralIdentifier.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/GeneralIdentifier.java new file mode 100644 index 0000000..b6069c0 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/GeneralIdentifier.java @@ -0,0 +1,132 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.XmlValue; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * An identifier value. Typically not a long or short name. + * + *

Java class for GeneralIdentifier complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="GeneralIdentifier">
+ *   <simpleContent>
+ *     <extension base="<http://www.w3.org/2001/XMLSchema>normalizedString">
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ValueIdentification"/>
+ *     </extension>
+ *   </simpleContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "GeneralIdentifier", propOrder = { + "value" +}) +public class GeneralIdentifier { + + @XmlValue + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String value; + @XmlAttribute(name = "Identifier") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String identifier; + @XmlAttribute(name = "lang", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "language") + protected String lang; + + /** + * Gets the value of the value property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getValue() { + return value; + } + + /** + * Sets the value of the value property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setValue(String value) { + this.value = value; + } + + /** + * Gets the value of the identifier property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getIdentifier() { + return identifier; + } + + /** + * Sets the value of the identifier property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setIdentifier(String value) { + this.identifier = value; + } + + /** + * The language from which the value is taken or derived. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLang() { + return lang; + } + + /** + * Sets the value of the lang property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLang(String value) { + this.lang = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Identification.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Identification.java new file mode 100644 index 0000000..aef1f85 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Identification.java @@ -0,0 +1,289 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Identification and location information (metadata). + * + *

Java class for Identification complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Identification">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}NameSet"/>
+ *         <element name="Version" type="{http://www.w3.org/2001/XMLSchema}token"/>
+ *         <element name="CanonicalUri" type="{http://www.w3.org/2001/XMLSchema}anyURI"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}VersionLocationUriSet"/>
+ *         <element name="Agency" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Agency" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Identification", propOrder = { + "shortName", + "longName", + "version", + "canonicalUri", + "canonicalVersionUri", + "locationUri", + "alternateFormatLocationUri", + "agency" +}) +public class Identification { + + @XmlElement(name = "ShortName", required = true) + protected ShortName shortName; + @XmlElement(name = "LongName") + protected List longName; + @XmlElement(name = "Version", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String version; + @XmlElement(name = "CanonicalUri", required = true) + @XmlSchemaType(name = "anyURI") + protected String canonicalUri; + @XmlElement(name = "CanonicalVersionUri", required = true) + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "LocationUri") + @XmlSchemaType(name = "anyURI") + protected List locationUri; + @XmlElement(name = "AlternateFormatLocationUri") + protected List alternateFormatLocationUri; + @XmlElement(name = "Agency") + protected Agency agency; + + /** + * Gets the value of the shortName property. + * + * @return + * possible object is + * {@link ShortName } + * + */ + public ShortName getShortName() { + return shortName; + } + + /** + * Sets the value of the shortName property. + * + * @param value + * allowed object is + * {@link ShortName } + * + */ + public void setShortName(ShortName value) { + this.shortName = value; + } + + /** + * Gets the value of the longName property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the longName property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLongName().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link LongName } + * + * + */ + public List getLongName() { + if (longName == null) { + longName = new ArrayList(); + } + return this.longName; + } + + /** + * Gets the value of the version property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersion() { + return version; + } + + /** + * Sets the value of the version property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersion(String value) { + this.version = value; + } + + /** + * Gets the value of the canonicalUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalUri() { + return canonicalUri; + } + + /** + * Sets the value of the canonicalUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalUri(String value) { + this.canonicalUri = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the locationUri property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the locationUri property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLocationUri().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getLocationUri() { + if (locationUri == null) { + locationUri = new ArrayList(); + } + return this.locationUri; + } + + /** + * Gets the value of the alternateFormatLocationUri property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the alternateFormatLocationUri property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getAlternateFormatLocationUri().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link MimeTypedUri } + * + * + */ + public List getAlternateFormatLocationUri() { + if (alternateFormatLocationUri == null) { + alternateFormatLocationUri = new ArrayList(); + } + return this.alternateFormatLocationUri; + } + + /** + * Gets the value of the agency property. + * + * @return + * possible object is + * {@link Agency } + * + */ + public Agency getAgency() { + return agency; + } + + /** + * Sets the value of the agency property. + * + * @param value + * allowed object is + * {@link Agency } + * + */ + public void setAgency(Agency value) { + this.agency = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Key.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Key.java new file mode 100644 index 0000000..9efa112 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Key.java @@ -0,0 +1,262 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlID; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * + * 

+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="document" id="R34">Only required columns can be used for keys.</rule:text>
+ *
+ * + * + *

Java class for Key complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Key">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}NameSet"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdentificationVersionUriSet" minOccurs="0"/>
+ *         <element name="ColumnRef" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}KeyColumnRef" maxOccurs="unbounded"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdDefinition"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Key", propOrder = { + "annotation", + "shortName", + "longName", + "canonicalUri", + "canonicalVersionUri", + "columnRef" +}) +public class Key { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "ShortName", required = true) + protected ShortName shortName; + @XmlElement(name = "LongName") + protected List longName; + @XmlElement(name = "CanonicalUri") + @XmlSchemaType(name = "anyURI") + protected String canonicalUri; + @XmlElement(name = "CanonicalVersionUri") + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "ColumnRef", required = true) + protected List columnRef; + @XmlAttribute(name = "Id", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlID + @XmlSchemaType(name = "ID") + protected String id; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the shortName property. + * + * @return + * possible object is + * {@link ShortName } + * + */ + public ShortName getShortName() { + return shortName; + } + + /** + * Sets the value of the shortName property. + * + * @param value + * allowed object is + * {@link ShortName } + * + */ + public void setShortName(ShortName value) { + this.shortName = value; + } + + /** + * Gets the value of the longName property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the longName property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLongName().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link LongName } + * + * + */ + public List getLongName() { + if (longName == null) { + longName = new ArrayList(); + } + return this.longName; + } + + /** + * Gets the value of the canonicalUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalUri() { + return canonicalUri; + } + + /** + * Sets the value of the canonicalUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalUri(String value) { + this.canonicalUri = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the columnRef property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the columnRef property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getColumnRef().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link KeyColumnRef } + * + * + */ + public List getColumnRef() { + if (columnRef == null) { + columnRef = new ArrayList(); + } + return this.columnRef; + } + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/KeyColumnRef.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/KeyColumnRef.java new file mode 100644 index 0000000..4dde01d --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/KeyColumnRef.java @@ -0,0 +1,103 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlIDREF; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Reference to a column which forms part of a key. + * + *

Java class for KeyColumnRef complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="KeyColumnRef">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *       </sequence>
+ *       <attribute name="Ref" use="required" type="{http://www.w3.org/2001/XMLSchema}IDREF" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "KeyColumnRef", propOrder = { + "annotation" +}) +public class KeyColumnRef { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlAttribute(name = "Ref", required = true) + @XmlIDREF + @XmlSchemaType(name = "IDREF") + protected Object ref; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the ref property. + * + * @return + * possible object is + * {@link Object } + * + */ + public Object getRef() { + return ref; + } + + /** + * Sets the value of the ref property. + * + * @param value + * allowed object is + * {@link Object } + * + */ + public void setRef(Object value) { + this.ref = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/KeyRef.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/KeyRef.java new file mode 100644 index 0000000..784e5b9 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/KeyRef.java @@ -0,0 +1,238 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlID; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * + * 
+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R35">The key reference must be valid.
+ * An application may use the CanonicalVersionUri to select a local copy of the code list or column set which contains the key definition.
+ * Otherwise the LocationUri value(s) may be tried in order, until a valid code list or column set document (containing the necessary key definition) is retrieved.
+ * An application must signal an error to the user if it is not able to retrieve a code list or column set document which contains the necessary key definition.</rule:text>
+ *
+ * + * + *

Java class for KeyRef complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="KeyRef">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdentificationRefUriSet"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}IdDefinition"/>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ExternalReference"/>
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}base"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "KeyRef", propOrder = { + "annotation", + "canonicalVersionUri", + "locationUri" +}) +public class KeyRef { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "CanonicalVersionUri", required = true) + @XmlSchemaType(name = "anyURI") + protected String canonicalVersionUri; + @XmlElement(name = "LocationUri") + @XmlSchemaType(name = "anyURI") + protected List locationUri; + @XmlAttribute(name = "base", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlSchemaType(name = "anyURI") + protected String base; + @XmlAttribute(name = "Id", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlID + @XmlSchemaType(name = "ID") + protected String id; + @XmlAttribute(name = "ExternalRef", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "NCName") + protected String externalRef; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + + /** + * Gets the value of the locationUri property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the locationUri property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getLocationUri().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getLocationUri() { + if (locationUri == null) { + locationUri = new ArrayList(); + } + return this.locationUri; + } + + /** + * + * 

+     * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R36">xml:base does not apply to canonical URIs.</rule:text>
+     *
+ * + * + * @return + * possible object is + * {@link String } + * + */ + public String getBase() { + return base; + } + + /** + * Sets the value of the base property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBase(String value) { + this.base = value; + } + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + + /** + * Gets the value of the externalRef property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getExternalRef() { + return externalRef; + } + + /** + * Sets the value of the externalRef property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setExternalRef(String value) { + this.externalRef = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/LongName.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/LongName.java new file mode 100644 index 0000000..7332d9b --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/LongName.java @@ -0,0 +1,132 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.XmlValue; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * A human-readable name. + * + *

Java class for LongName complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="LongName">
+ *   <simpleContent>
+ *     <extension base="<http://www.w3.org/2001/XMLSchema>normalizedString">
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ValueIdentification"/>
+ *     </extension>
+ *   </simpleContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "LongName", propOrder = { + "value" +}) +public class LongName { + + @XmlValue + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String value; + @XmlAttribute(name = "Identifier") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String identifier; + @XmlAttribute(name = "lang", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "language") + protected String lang; + + /** + * Gets the value of the value property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getValue() { + return value; + } + + /** + * Sets the value of the value property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setValue(String value) { + this.value = value; + } + + /** + * Gets the value of the identifier property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getIdentifier() { + return identifier; + } + + /** + * Sets the value of the identifier property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setIdentifier(String value) { + this.identifier = value; + } + + /** + * The language from which the value is taken or derived. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLang() { + return lang; + } + + /** + * Sets the value of the lang property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLang(String value) { + this.lang = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/MimeTypedUri.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/MimeTypedUri.java new file mode 100644 index 0000000..b1c89e0 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/MimeTypedUri.java @@ -0,0 +1,102 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.XmlValue; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * URI for a resource, with support for specifying the MIME type. + * + *

Java class for MimeTypedUri complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="MimeTypedUri">
+ *   <simpleContent>
+ *     <extension base="<http://www.w3.org/2001/XMLSchema>anyURI">
+ *       <attribute name="MimeType" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </extension>
+ *   </simpleContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "MimeTypedUri", propOrder = { + "value" +}) +public class MimeTypedUri { + + @XmlValue + @XmlSchemaType(name = "anyURI") + protected String value; + @XmlAttribute(name = "MimeType") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String mimeType; + + /** + * Gets the value of the value property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getValue() { + return value; + } + + /** + * Sets the value of the value property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setValue(String value) { + this.value = value; + } + + /** + * Gets the value of the mimeType property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getMimeType() { + return mimeType; + } + + /** + * Sets the value of the mimeType property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setMimeType(String value) { + this.mimeType = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ObjectFactory.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ObjectFactory.java new file mode 100644 index 0000000..7257043 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ObjectFactory.java @@ -0,0 +1,308 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.JAXBElement; +import javax.xml.bind.annotation.XmlElementDecl; +import javax.xml.bind.annotation.XmlRegistry; +import javax.xml.namespace.QName; + + +/** + * This object contains factory methods for each + * Java content interface and Java element interface + * generated in the uni.jena.fim.codeliste package. + *

An ObjectFactory allows you to programatically + * construct new instances of the Java representation + * for XML content. The Java representation of XML + * content can consist of schema derived interfaces + * and classes representing the binding of schema + * type definitions, element declarations and model + * groups. Factory methods for each of these are + * provided in this class. + * + */ +@XmlRegistry +public class ObjectFactory { + + private final static QName _CodeList_QNAME = new QName("http://docs.oasis-open.org/codelist/ns/genericode/1.0/", "CodeList"); + private final static QName _CodeListSet_QNAME = new QName("http://docs.oasis-open.org/codelist/ns/genericode/1.0/", "CodeListSet"); + private final static QName _ColumnSet_QNAME = new QName("http://docs.oasis-open.org/codelist/ns/genericode/1.0/", "ColumnSet"); + + /** + * Create a new ObjectFactory that can be used to create new instances of schema derived classes for package: uni.jena.fim.codeliste + * + */ + public ObjectFactory() { + } + + /** + * Create an instance of {@link CodeListDocument } + * + */ + public CodeListDocument createCodeListDocument() { + return new CodeListDocument(); + } + + /** + * Create an instance of {@link CodeListSetDocument } + * + */ + public CodeListSetDocument createCodeListSetDocument() { + return new CodeListSetDocument(); + } + + /** + * Create an instance of {@link ColumnSetDocument } + * + */ + public ColumnSetDocument createColumnSetDocument() { + return new ColumnSetDocument(); + } + + /** + * Create an instance of {@link Agency } + * + */ + public Agency createAgency() { + return new Agency(); + } + + /** + * Create an instance of {@link Annotation } + * + */ + public Annotation createAnnotation() { + return new Annotation(); + } + + /** + * Create an instance of {@link AnyOtherContent } + * + */ + public AnyOtherContent createAnyOtherContent() { + return new AnyOtherContent(); + } + + /** + * Create an instance of {@link AnyOtherLanguageContent } + * + */ + public AnyOtherLanguageContent createAnyOtherLanguageContent() { + return new AnyOtherLanguageContent(); + } + + /** + * Create an instance of {@link CodeListRef } + * + */ + public CodeListRef createCodeListRef() { + return new CodeListRef(); + } + + /** + * Create an instance of {@link CodeListSetRef } + * + */ + public CodeListSetRef createCodeListSetRef() { + return new CodeListSetRef(); + } + + /** + * Create an instance of {@link Column } + * + */ + public Column createColumn() { + return new Column(); + } + + /** + * Create an instance of {@link ColumnRef } + * + */ + public ColumnRef createColumnRef() { + return new ColumnRef(); + } + + /** + * Create an instance of {@link ColumnSet } + * + */ + public ColumnSet createColumnSet() { + return new ColumnSet(); + } + + /** + * Create an instance of {@link ColumnSetRef } + * + */ + public ColumnSetRef createColumnSetRef() { + return new ColumnSetRef(); + } + + /** + * Create an instance of {@link Data } + * + */ + public Data createData() { + return new Data(); + } + + /** + * Create an instance of {@link DataRestrictions } + * + */ + public DataRestrictions createDataRestrictions() { + return new DataRestrictions(); + } + + /** + * Create an instance of {@link DatatypeFacet } + * + */ + public DatatypeFacet createDatatypeFacet() { + return new DatatypeFacet(); + } + + /** + * Create an instance of {@link GeneralIdentifier } + * + */ + public GeneralIdentifier createGeneralIdentifier() { + return new GeneralIdentifier(); + } + + /** + * Create an instance of {@link Identification } + * + */ + public Identification createIdentification() { + return new Identification(); + } + + /** + * Create an instance of {@link Key } + * + */ + public Key createKey() { + return new Key(); + } + + /** + * Create an instance of {@link KeyColumnRef } + * + */ + public KeyColumnRef createKeyColumnRef() { + return new KeyColumnRef(); + } + + /** + * Create an instance of {@link KeyRef } + * + */ + public KeyRef createKeyRef() { + return new KeyRef(); + } + + /** + * Create an instance of {@link LongName } + * + */ + public LongName createLongName() { + return new LongName(); + } + + /** + * Create an instance of {@link MimeTypedUri } + * + */ + public MimeTypedUri createMimeTypedUri() { + return new MimeTypedUri(); + } + + /** + * Create an instance of {@link Row } + * + */ + public Row createRow() { + return new Row(); + } + + /** + * Create an instance of {@link ShortName } + * + */ + public ShortName createShortName() { + return new ShortName(); + } + + /** + * Create an instance of {@link SimpleCodeList } + * + */ + public SimpleCodeList createSimpleCodeList() { + return new SimpleCodeList(); + } + + /** + * Create an instance of {@link SimpleValue } + * + */ + public SimpleValue createSimpleValue() { + return new SimpleValue(); + } + + /** + * Create an instance of {@link Value } + * + */ + public Value createValue() { + return new Value(); + } + + /** + * Create an instance of {@link JAXBElement }{@code <}{@link CodeListDocument }{@code >} + * + * @param value + * Java instance representing xml element's value. + * @return + * the new instance of {@link JAXBElement }{@code <}{@link CodeListDocument }{@code >} + */ + @XmlElementDecl(namespace = "http://docs.oasis-open.org/codelist/ns/genericode/1.0/", name = "CodeList") + public JAXBElement createCodeList(CodeListDocument value) { + return new JAXBElement(_CodeList_QNAME, CodeListDocument.class, null, value); + } + + /** + * Create an instance of {@link JAXBElement }{@code <}{@link CodeListSetDocument }{@code >} + * + * @param value + * Java instance representing xml element's value. + * @return + * the new instance of {@link JAXBElement }{@code <}{@link CodeListSetDocument }{@code >} + */ + @XmlElementDecl(namespace = "http://docs.oasis-open.org/codelist/ns/genericode/1.0/", name = "CodeListSet") + public JAXBElement createCodeListSet(CodeListSetDocument value) { + return new JAXBElement(_CodeListSet_QNAME, CodeListSetDocument.class, null, value); + } + + /** + * Create an instance of {@link JAXBElement }{@code <}{@link ColumnSetDocument }{@code >} + * + * @param value + * Java instance representing xml element's value. + * @return + * the new instance of {@link JAXBElement }{@code <}{@link ColumnSetDocument }{@code >} + */ + @XmlElementDecl(namespace = "http://docs.oasis-open.org/codelist/ns/genericode/1.0/", name = "ColumnSet") + public JAXBElement createColumnSet(ColumnSetDocument value) { + return new JAXBElement(_ColumnSet_QNAME, ColumnSetDocument.class, null, value); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Row.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Row.java new file mode 100644 index 0000000..15cb50c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Row.java @@ -0,0 +1,106 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Row which represents an individual item in a code list. + * + *

Java class for Row complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Row">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <element name="Value" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Value" maxOccurs="unbounded"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Row", propOrder = { + "annotation", + "value" +}) +public class Row { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "Value", required = true) + protected List value; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the value property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the value property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getValue().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Value } + * + * + */ + public List getValue() { + if (value == null) { + value = new ArrayList(); + } + return this.value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ShortName.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ShortName.java new file mode 100644 index 0000000..ba2ffe4 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/ShortName.java @@ -0,0 +1,107 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.XmlValue; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * + * 

+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="document" id="R39">Must not contain whitespace characters.</rule:text>
+ *
+ * + * + *

Java class for ShortName complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="ShortName">
+ *   <simpleContent>
+ *     <extension base="<http://www.w3.org/2001/XMLSchema>token">
+ *       <attribute ref="{http://www.w3.org/XML/1998/namespace}lang"/>
+ *     </extension>
+ *   </simpleContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "ShortName", propOrder = { + "value" +}) +public class ShortName { + + @XmlValue + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String value; + @XmlAttribute(name = "lang", namespace = "http://www.w3.org/XML/1998/namespace") + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "language") + protected String lang; + + /** + * Gets the value of the value property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getValue() { + return value; + } + + /** + * Sets the value of the value property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setValue(String value) { + this.value = value; + } + + /** + * The language from which the short name is taken or derived. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLang() { + return lang; + } + + /** + * Sets the value of the lang property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLang(String value) { + this.lang = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/SimpleCodeList.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/SimpleCodeList.java new file mode 100644 index 0000000..ec4be8d --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/SimpleCodeList.java @@ -0,0 +1,110 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * + * 
+ * <?xml version="1.0" encoding="UTF-8"?><rule:text xmlns:rule="http://docs.oasis-open.org/codelist/ns/rule/1.0/" xmlns:gc="http://docs.oasis-open.org/codelist/ns/genericode/1.0/" xmlns:xsd="http://www.w3.org/2001/XMLSchema" category="application" id="R40">Applications must not have any dependency on the ordering of the rows.</rule:text>
+ *
+ * + * + *

Java class for SimpleCodeList complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="SimpleCodeList">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <element name="Row" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Row" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "SimpleCodeList", propOrder = { + "annotation", + "row" +}) +public class SimpleCodeList { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "Row") + protected List row; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the row property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the row property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getRow().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Row } + * + * + */ + public List getRow() { + if (row == null) { + row = new ArrayList(); + } + return this.row; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/SimpleValue.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/SimpleValue.java new file mode 100644 index 0000000..48db6c3 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/SimpleValue.java @@ -0,0 +1,68 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.XmlValue; + + +/** + * Simple textual value. + * + *

Java class for SimpleValue complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="SimpleValue">
+ *   <simpleContent>
+ *     <extension base="<http://www.w3.org/2001/XMLSchema>string">
+ *     </extension>
+ *   </simpleContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "SimpleValue", propOrder = { + "value" +}) +public class SimpleValue { + + @XmlValue + protected String value; + + /** + * Gets the value of the value property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getValue() { + return value; + } + + /** + * Sets the value of the value property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setValue(String value) { + this.value = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/UseType.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/UseType.java new file mode 100644 index 0000000..87d166e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/UseType.java @@ -0,0 +1,58 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlEnum; +import javax.xml.bind.annotation.XmlEnumValue; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for UseType. + * + *

The following schema fragment specifies the expected content contained within this class. + *

+ * 

+ * <simpleType name="UseType">
+ *   <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *     <enumeration value="optional"/>
+ *     <enumeration value="required"/>
+ *   </restriction>
+ * </simpleType>
+ *
+ * + */ +@XmlType(name = "UseType") +@XmlEnum +public enum UseType { + + @XmlEnumValue("optional") + OPTIONAL("optional"), + @XmlEnumValue("required") + REQUIRED("required"); + private final String value; + + UseType(String v) { + value = v; + } + + public String value() { + return value; + } + + public static UseType fromValue(String v) { + for (UseType c: UseType.values()) { + if (c.value.equals(v)) { + return c; + } + } + throw new IllegalArgumentException(v); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Value.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Value.java new file mode 100644 index 0000000..bcaf705 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/Value.java @@ -0,0 +1,158 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + + +package uni.jena.fim.codelist.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlIDREF; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * An individual code list metadata value. + * + *

Java class for Value complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Value">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="Annotation" type="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}Annotation" minOccurs="0"/>
+ *         <group ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ValueChoice" minOccurs="0"/>
+ *       </sequence>
+ *       <attGroup ref="{http://docs.oasis-open.org/codelist/ns/genericode/1.0/}ColumnReference"/>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Value", propOrder = { + "annotation", + "simpleValue", + "complexValue" +}) +public class Value { + + @XmlElement(name = "Annotation") + protected Annotation annotation; + @XmlElement(name = "SimpleValue") + protected SimpleValue simpleValue; + @XmlElement(name = "ComplexValue") + protected AnyOtherContent complexValue; + @XmlAttribute(name = "ColumnRef") + @XmlIDREF + @XmlSchemaType(name = "IDREF") + protected Object columnRef; + + /** + * Gets the value of the annotation property. + * + * @return + * possible object is + * {@link Annotation } + * + */ + public Annotation getAnnotation() { + return annotation; + } + + /** + * Sets the value of the annotation property. + * + * @param value + * allowed object is + * {@link Annotation } + * + */ + public void setAnnotation(Annotation value) { + this.annotation = value; + } + + /** + * Gets the value of the simpleValue property. + * + * @return + * possible object is + * {@link SimpleValue } + * + */ + public SimpleValue getSimpleValue() { + return simpleValue; + } + + /** + * Sets the value of the simpleValue property. + * + * @param value + * allowed object is + * {@link SimpleValue } + * + */ + public void setSimpleValue(SimpleValue value) { + this.simpleValue = value; + } + + /** + * Gets the value of the complexValue property. + * + * @return + * possible object is + * {@link AnyOtherContent } + * + */ + public AnyOtherContent getComplexValue() { + return complexValue; + } + + /** + * Sets the value of the complexValue property. + * + * @param value + * allowed object is + * {@link AnyOtherContent } + * + */ + public void setComplexValue(AnyOtherContent value) { + this.complexValue = value; + } + + /** + * Gets the value of the columnRef property. + * + * @return + * possible object is + * {@link Object } + * + */ + public Object getColumnRef() { + return columnRef; + } + + /** + * Sets the value of the columnRef property. + * + * @param value + * allowed object is + * {@link Object } + * + */ + public void setColumnRef(Object value) { + this.columnRef = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/package-info.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/package-info.java new file mode 100644 index 0000000..77688fe --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/codelist/core/package-info.java @@ -0,0 +1,9 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.02.27 at 12:04:25 PM UTC +// + +@javax.xml.bind.annotation.XmlSchema(namespace = "http://docs.oasis-open.org/codelist/ns/genericode/1.0/") +package uni.jena.fim.codelist.core; diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/Action.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/Action.java new file mode 100644 index 0000000..eaa6429 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/Action.java @@ -0,0 +1,10 @@ +package uni.jena.fim.xdatenfelder.Actions; + +import org.apache.jena.rdf.model.Resource; + +import uni.jena.fim.xdatenfelder.v2.core.Struktur; + +public interface Action { + public void act(Struktur Strukt); + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/CollectRuleAction.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/CollectRuleAction.java new file mode 100644 index 0000000..30ff780 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/CollectRuleAction.java @@ -0,0 +1,59 @@ +package uni.jena.fim.xdatenfelder.Actions; + +import java.util.HashMap; +import java.util.Hashtable; + +import uni.jena.fim.xdatenfelder.v2.core.Datenfeld; +import uni.jena.fim.xdatenfelder.v2.core.Datenfeldgruppe; +import uni.jena.fim.xdatenfelder.v2.core.Regel; +import uni.jena.fim.xdatenfelder.v2.core.Struktur; + +public class CollectRuleAction implements Action{ + + private Hashtable rules = null; + + public CollectRuleAction() { + rules = new Hashtable<>(); + } + + public CollectRuleAction(Hashtable result) { + this(); + this.rules = result; + } + + public Hashtable getRules() { + return rules; + } + + @Override + public void act(Struktur strukt) { + if(strukt != null) { + if(strukt.getEnthaelt() != null) { + if(strukt.getEnthaelt().getDatenfeld() != null) { + getRulesFromDatenfeld(strukt.getEnthaelt().getDatenfeld()); + }else if(strukt.getEnthaelt().getDatenfeldgruppe() != null){ + getRulesFromDatenfeldgruppe(strukt.getEnthaelt().getDatenfeldgruppe()); + } + } + } + } + + private void getRulesFromDatenfeldgruppe(Datenfeldgruppe datenfeldgruppe) { + for(Regel r : datenfeldgruppe.getRegel()) { + if(!this.rules.contains(r.getIdentifikation().getId())) { + this.rules.put(r.getIdentifikation().getId(), r.getDefinition()); + } + } + } + + private void getRulesFromDatenfeld(Datenfeld datenfeld) { + for(Regel r : datenfeld.getRegel()) { + if(!this.rules.contains(r.getIdentifikation().getId())) { + this.rules.put(r.getIdentifikation().getId(), r.getDefinition()); + } + } + } + + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/RDFResourceInformationAction.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/RDFResourceInformationAction.java new file mode 100644 index 0000000..5af9d9d --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/RDFResourceInformationAction.java @@ -0,0 +1,33 @@ +package uni.jena.fim.xdatenfelder.Actions; + + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Resource; + +import uni.jena.fim.xdatenfelder.XDatenfelderConfig; +import uni.jena.fim.xdatenfelder.v2.core.Datenfeld; +import uni.jena.fim.xdatenfelder.v2.core.Datenfeldgruppe; +import uni.jena.fim.xdatenfelder.v2.core.Regel; + +public class RDFResourceInformationAction extends RDFResourceStrukturAction { + + public RDFResourceInformationAction(Model m , XDatenfelderConfig config) { + super(m, config); + } + + @Override + protected void onDatenfeld(Datenfeld datenfeld, Resource curResource) { + //TODO Informationen in RDF Parsen, Ontologie fehlt aber noch + } + + @Override + protected void onRegel(Regel regel, Resource curResource) { + //TODO Informationen in RDF Parsen, Ontologie fehlt aber noch + } + + @Override + protected void onDatenfeldGruppen(Datenfeldgruppe datenfeldgruppe, Resource curResource) { + //TODO Informationen in RDF Parsen, Ontologie fehlt aber noch + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/RDFResourceStrukturAction.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/RDFResourceStrukturAction.java new file mode 100644 index 0000000..cda6a40 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/Actions/RDFResourceStrukturAction.java @@ -0,0 +1,135 @@ +package uni.jena.fim.xdatenfelder.Actions; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDF; +import org.apache.jena.vocabulary.RDFS; + +import uni.jena.fim.xdatenfelder.XDatenfeld; +import uni.jena.fim.xdatenfelder.XDatenfelderConfig; +import uni.jena.fim.xdatenfelder.v2.core.Datenfeld; +import uni.jena.fim.xdatenfelder.v2.core.Datenfeldgruppe; +import uni.jena.fim.xdatenfelder.v2.core.Regel; +import uni.jena.fim.xdatenfelder.v2.core.Struktur; + +public class RDFResourceStrukturAction implements Action { + + private Model model; + private XDatenfelderConfig config; + + + public RDFResourceStrukturAction(Model m, XDatenfelderConfig config) { + this.config = config; + this.model = m; + } + + @Override + public void act(Struktur struct) { + if(struct.getEnthaelt().getDatenfeld() != null) { + Resource df = getDatenfeld(struct); + + }else if(struct.getEnthaelt().getDatenfeldgruppe() != null) { + Resource dfg = getDatenfeldGruppe(struct); + } + } + + public Model getModel() { + return this.model; + } + + private String getStruktID(Struktur strukt) { + String result = null; + + if(strukt.getEnthaelt() != null) { + if(strukt.getEnthaelt().getDatenfeld() != null){ + result = strukt.getEnthaelt().getDatenfeld().getIdentifikation().getId(); + }else if(strukt.getEnthaelt().getDatenfeldgruppe() != null) { + result = strukt.getEnthaelt().getDatenfeldgruppe().getIdentifikation().getId(); + } + } + + return result; + } + + private Resource getDatenfeldGruppe(Struktur struct) { + Resource result; + Datenfeldgruppe field = struct.getEnthaelt().getDatenfeldgruppe(); + + String name = field.getName(); + String id = field.getIdentifikation().getId(); + result = this.config.getIndividuals(model, id, this.config.getDatenfeldgruppe(model)); + + onDatenfeldGruppen(field, result); + + result.addProperty(RDFS.label, name); + + result.addLiteral(this.config.getName(model), name); + result.addLiteral(this.config.getID(model), id); + + for (Regel r : field.getRegel()) { + result.addProperty(this.config.getHatRegel(model), getRDFRegel(r)); + } + + for(Struktur strukt : struct.getEnthaelt().getDatenfeldgruppe().getStruktur()) { + String struktId = getStruktID(strukt); + if(struktId != null) { + Resource res = this.config.getIndividuals(model, struktId); + result.addProperty(this.config.getHat_enthaelt(model), res); + } + } + + return result; + } + + private Resource getDatenfeld(Struktur struct) { + Resource result; + Datenfeld field = struct.getEnthaelt().getDatenfeld(); + + String name = field.getName(); + String id = field.getIdentifikation().getId(); + + + result = this.config.getIndividuals(model, id, this.config.getDatenfeld(model)); + + onDatenfeld(field, result); + + result.addProperty(RDFS.label, name); + + result.addLiteral(this.config.getName(model), name); + result.addLiteral(this.config.getID(model), id); + + for (Regel r : field.getRegel()) { + result.addProperty(this.config.getHatRegel(model), getRDFRegel(r)); + } + + return result; + } + + private Resource getRDFRegel(Regel regel) { + + String id = regel.getIdentifikation().getId(); + String name = regel.getName(); + + Resource result = this.config.getIndividuals(model, id, this.config.getRegel(model)); + onRegel(regel, result); + + result.addProperty(RDFS.label, name); + + result.addLiteral(this.config.getName(model), name); + result.addLiteral(this.config.getID(model), id); + + return result; + } + + protected void onDatenfeld(Datenfeld datenfeld, Resource curResource) { + + } + + protected void onDatenfeldGruppen(Datenfeldgruppe datenfeldgruppe, Resource curResource) { + + } + + protected void onRegel(Regel regel, Resource curResource) { + + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/XDatenfeld.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/XDatenfeld.java new file mode 100644 index 0000000..b0ce95a --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/XDatenfeld.java @@ -0,0 +1,468 @@ +package uni.jena.fim.xdatenfelder; + +import java.io.BufferedReader; +import java.io.ByteArrayInputStream; +import java.io.File; +import java.io.FileInputStream; +import java.io.FileNotFoundException; +import java.io.IOException; +import java.io.InputStreamReader; +import java.util.HashMap; +import java.util.Hashtable; + +import javax.xml.bind.JAXBContext; +import javax.xml.bind.JAXBException; +import javax.xml.bind.Unmarshaller; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Property; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDF; +import org.apache.jena.vocabulary.RDFS; +import org.json.simple.JSONArray; +import org.json.simple.JSONObject; +import org.json.simple.parser.*; + +import com.moandjiezana.toml.Toml; + +import uni.jena.fim.xdatenfelder.v2.core.XdatenfelderStammdatenschema0102; +import uni.jena.fim.OwnCodelist.Codeliste; +import uni.jena.fim.xdatenfelder.Actions.Action; +import uni.jena.fim.xdatenfelder.Actions.CollectRuleAction; +import uni.jena.fim.xdatenfelder.Actions.RDFResourceStrukturAction; +import uni.jena.fim.xdatenfelder.v2.core.Datenfeld; +import uni.jena.fim.xdatenfelder.v2.core.Datenfeldgruppe; +import uni.jena.fim.xdatenfelder.v2.core.Regel; +import uni.jena.fim.xdatenfelder.v2.core.Struktur; + +public class XDatenfeld { + // ------------------------------- Fields ---------------------------------// + private HashMap clHashMap = null; + private XdatenfelderStammdatenschema0102 sds = null; + private HashMap wordCount = null; + private XDatenfelderConfig config = null; + + + // ---------------------------- Konstruktoren -----------------------------// + public XDatenfeld() throws FileNotFoundException, IOException { + this.clHashMap = new HashMap<>(); + this.wordCount = new HashMap<>(); + this.config = this.getConfig(); + } + + public XDatenfeld(String fileContent) throws FileNotFoundException, IOException { + this(); + createXDatenfeld(fileContent); + } + + public XDatenfeld(File f) throws FileNotFoundException, IOException { + this(readFile(f)); + } + + + // --------------------------- public Methoden ----------------------------// + + public void setXDatenfeld(File f) throws FileNotFoundException, IOException { + createXDatenfeld(readFile(f)); + } + + public void addCodeliste(File f) throws IOException { + Codeliste cl = new Codeliste(f); + this.clHashMap.put(cl.getCanonicalUri().trim(), cl); + } + + public Hashtable getAllRulesFromDocument(){ + Hashtable result = new Hashtable<>(); + + for (Regel r : this.sds.getStammdatenschema().getRegel()) { + String id = r.getIdentifikation().getId(); + String definition = r.getDefinition(); + + if(!result.contains(id)) { + result.put(id, definition); + } + } + + CollectRuleAction cra = new CollectRuleAction(result); + + + for(Struktur s : this.sds.getStammdatenschema().getStruktur()) { + traveserStruktur(s, cra); + } + + return cra.getRules(); + } + + public Resource getRDFModel(Model m){ + String id = this.sds.getStammdatenschema().getIdentifikation().getId(); + String name = this.sds.getStammdatenschema().getName(); + + Resource stammdatenSchemata = this.config.getIndividuals(m, id, this.config.getStammschemata(m)); + stammdatenSchemata.addProperty(RDFS.label, name); + + stammdatenSchemata.addLiteral(this.config.getName(m), name); + stammdatenSchemata.addLiteral(this.config.getID(m), id); + + Property hatRegel = this.config.getHatRegel(m); + for(Regel r : this.sds.getStammdatenschema().getRegel()) { + stammdatenSchemata.addProperty(hatRegel, getRDFRegel(r, m)); + } + + RDFResourceStrukturAction action = new RDFResourceStrukturAction(m,this.config); + + for(Struktur strukt : this.sds.getStammdatenschema().getStruktur()) { + traveserStruktur(strukt, action); + String struktId = getStruktID(strukt); + if(struktId != null) { + Resource res = this.config.getIndividuals(m, struktId); + stammdatenSchemata.addProperty(this.config.getHat_enthaelt(m), res); + } + } + + return stammdatenSchemata; + } + + public JSONObject getFormFlowJSON() throws ParseException { + JSONObject object = new JSONObject(); + JSONArray array = new JSONArray(); + JSONObject subObject = new JSONObject(); + + subObject.put("title", this.sds.getStammdatenschema().getName()); + subObject.put("display", "form"); + subObject.put("type", "form"); + subObject.put("name", this.sds.getStammdatenschema().getIdentifikation().getId()); + subObject.put("path", this.sds.getStammdatenschema().getIdentifikation().getId()); + + JSONArray tagsArray = new JSONArray(); + tagsArray.add("common"); + + JSONArray componentsArray = new JSONArray(); + + + for (Struktur strukt : this.sds.getStammdatenschema().getStruktur()) { + JSONObject childObject = traverseForJSON(strukt); + if (childObject != null) componentsArray.add(childObject); + } + + subObject.put("tags", tagsArray); + subObject.put("components", componentsArray); + + array.add(subObject); + object.put("forms", array); + + return object; + } + + + // --------------------------- private Methoden ---------------------------// + + private String getWordCount(String key) { + if(this.wordCount.containsKey(key)) { + String result = key + this.wordCount.get(key); + this.wordCount.put(key, this.wordCount.get(key)+1); + return result; + }else { + String result = key+"1"; + this.wordCount.put(key, 2); + return result; + } + } + + private JSONObject traverseForJSON(Struktur struct) throws ParseException { + JSONObject obj = null; + + if(struct.getEnthaelt()!= null) { + if(struct.getEnthaelt().getDatenfeldgruppe() != null) { + obj = createDatenfeldGruppenJSONObj(struct.getEnthaelt().getDatenfeldgruppe()); + }else if(struct.getEnthaelt().getDatenfeld() != null) { + obj = createDatenfeldJSONObj(struct.getEnthaelt().getDatenfeld()); + } + } + + return obj; + } + + private JSONObject createDatenfeldJSONObj(Datenfeld datenfeld) throws ParseException { + JSONObject object = new JSONObject(); + + object.put("label", datenfeld.getName()); + object.put("key", getWordCount(datenfeld.getName())); + object.put("input", true); + + + JSONObject propertyObject = new JSONObject(); + propertyObject.put("xdf:id", datenfeld.getIdentifikation().getId()); + object.put("properties", propertyObject); + + if(datenfeld.getHilfetextEingabe() != null) { + if(!datenfeld.getHilfetextEingabe().isEmpty()) { + object.put("tooltip", datenfeld.getHilfetextEingabe()); + } + } + + + + // dropdown boxes + if (datenfeld.getFeldart().getCode().equals("select")) { + + JSONArray values = new JSONArray(); + if(datenfeld.getCodelisteReferenz() != null) { + HashMap hashMap = this.clHashMap.get(datenfeld.getCodelisteReferenz().getGenericodeIdentification().getCanonicalIdentification().trim()).getHashMap("code", "name"); + + for(String Key : hashMap.keySet()) { + JSONObject jsonObject = new JSONObject(); + jsonObject.put("label", hashMap.get(Key)); + jsonObject.put("value", Key); + values.add(jsonObject); + } + + JSONObject selectValues = new JSONObject(); + selectValues.put("values", values); + + + object.put("data", selectValues); + } + object.put("tableView", false); + object.put("type", "select"); + object.put("input", true); + + + + } + + // if statements um verschiedene datenfelder darzustellen (textfelder, checkboxen, datum, etc) + if (datenfeld.getFeldart().getCode().equals("input") && datenfeld.getDatentyp().getCode().equals("text")) + { + object.put("tableView", true); + + if(datenfeld.getPraezisierung() != null) { + datenfeld.setPraezisierung(datenfeld.getPraezisierung().replace("Pattern=", "")); + if(!datenfeld.getPraezisierung().isEmpty()) { + JSONParser parser = new JSONParser(); + JSONObject präzisierung = (JSONObject) parser.parse(datenfeld.getPraezisierung()); + + JSONObject validateObject = new JSONObject(); + if (präzisierung.get("minLength") != null) validateObject.put("minLength", präzisierung.get("minLength")); + if (präzisierung.get("maxInput") != null) validateObject.put("maxLength", präzisierung.get("maxInput") ); + if (präzisierung.get("pattern") != null) validateObject.put("pattern", präzisierung.get("pattern")); + + if(validateObject.size() > 0) + object.put("validate", validateObject); + } + } + + object.put("type", "textfield"); + } + + // checkbox + if (datenfeld.getFeldart().getCode().equals("input") && datenfeld.getDatentyp().getCode().equals("bool")) + { + object.put("tableView", false); + object.put("type", "checkbox"); + object.put("defaultValue", false); + } + + // number input + if (datenfeld.getFeldart().getCode().equals("input") && (datenfeld.getDatentyp().getCode().equals("num_int")||datenfeld.getDatentyp().getCode().equals("num") || datenfeld.getDatentyp().getCode().equals("num_currency"))) + { + object.put("mask", false); + object.put("tableView", false); + object.put("delimiter", false); + object.put("requireDecimal", false); + object.put("inputFormat", "plain"); + object.put("truncateMultipleSpaces", false); + + if(!datenfeld.getPraezisierung().isEmpty()) { + datenfeld.setPraezisierung(datenfeld.getPraezisierung().replace("Pattern=", "")); + JSONParser parser = new JSONParser(); + JSONObject präzisierung = (JSONObject) parser.parse(datenfeld.getPraezisierung()); + + + JSONObject validateObject = new JSONObject(); + if (präzisierung.get("minLength") != null) validateObject.put("minLength", präzisierung.get("minLength")); + if (präzisierung.get("maxInput") != null) validateObject.put("maxLength", präzisierung.get("maxInput") ); + if (präzisierung.get("pattern") != null) validateObject.put("pattern", präzisierung.get("pattern")); + + if(validateObject.size() > 0) + object.put("validate", validateObject); + } + + object.put("type", "number"); + } + + // date input + if (datenfeld.getFeldart().getCode().equals("input") && datenfeld.getDatentyp().getCode().equals("date")) + { + object.put("hideInputLabels", false); + object.put("inputsLabelPosition", "top"); + object.put("useLocaleSettings", false); + object.put("tableView", false); + + JSONObject fieldsObject = new JSONObject(); + + JSONObject dayObject = new JSONObject(); + dayObject.put("hide", false); + + JSONObject monthObject = new JSONObject(); + monthObject.put("hide", false); + + JSONObject yearObject = new JSONObject(); + yearObject.put("hide", false); + + fieldsObject.put("day", dayObject); + fieldsObject.put("month", monthObject); + fieldsObject.put("year", yearObject); + + object.put("fields", fieldsObject); + + + object.put("type", "day"); + object.put("defaultValue", "00/00/0000"); + } + + if(datenfeld.getFeldart().getCode().equals("input") && datenfeld.getDatentyp().getCode().equals("file")) { + object.put("tableView", false); + object.put("webcam", false); + object.put("type", "file"); + + JSONArray array = new JSONArray(); + JSONObject element = new JSONObject(); + element.put("label", ""); + element.put("value", ""); + array.add(element); + + object.put("fileTypes", array); + } + + // besondere sachen nicht beachtet + if(datenfeld.getFeldart().getCode().equals("input") && datenfeld.getDatentyp().getCode().equals("obj")) { + return null; + } + + // Label nicht beachhtet + if(datenfeld.getFeldart().getCode().equals("label")){ + return null; + } + + // fals kein Typ gesetzt wurde soll das Feld nicht übernommen werden + if(!object.containsKey("type")) { + return null; + } + + return object; + + } + + private JSONObject createDatenfeldGruppenJSONObj(Datenfeldgruppe datenfeldgruppe) throws ParseException { + JSONObject object = new JSONObject(); + + object.put("title", datenfeldgruppe.getName()); + object.put("collapsible", false); + object.put("key", getWordCount(datenfeldgruppe.getName())); + object.put("type", "panel"); + object.put("label", "Panel"); + object.put("input", false); + object.put("tableView", false); + + + JSONObject propertyObject = new JSONObject(); + propertyObject.put("xdf:id", datenfeldgruppe.getIdentifikation().getId()); + object.put("properties", propertyObject); + + JSONArray componentsArray = new JSONArray(); + + for(Struktur strukt : datenfeldgruppe.getStruktur()) { + JSONObject childObject = traverseForJSON(strukt); + if (childObject != null) componentsArray.add(childObject); + } + + // hier fehlen noch die Regeln Ruleparser in Arbeit + + object.put("components", componentsArray); + + return object; + } + + private String getStruktID(Struktur strukt) { + String result = null; + + if(strukt.getEnthaelt() != null) { + if(strukt.getEnthaelt().getDatenfeld() != null){ + result = strukt.getEnthaelt().getDatenfeld().getIdentifikation().getId(); + }else if(strukt.getEnthaelt().getDatenfeldgruppe() != null) { + result = strukt.getEnthaelt().getDatenfeldgruppe().getIdentifikation().getId(); + } + } + + return result; + } + + private void traveserStruktur(Struktur struct, Action action) { + action.act(struct); + + if(struct.getEnthaelt()!= null) { + Datenfeldgruppe dfg = null; + if((dfg = struct.getEnthaelt().getDatenfeldgruppe()) != null) { + for(Struktur str : dfg.getStruktur()) { + traveserStruktur(str, action); + } + } + } + } + + private Resource getRDFRegel(Regel regel, Model m) { + String id = regel.getIdentifikation().getId(); + String name = regel.getName(); + + Resource result = this.config.getIndividuals(m,id, this.config.getRegel(m)); + result.addProperty(RDFS.label, name); + + result.addLiteral(this.config.getName(m), name); + result.addLiteral(this.config.getID(m), id); + + return result; + } + + private XDatenfelderConfig getConfig() throws FileNotFoundException, IOException { + File f = new File(this.getClass().getClassLoader().getResource("config.toml").getPath()); + + Toml toml = new Toml().read(f).getTable("XDatenfeld"); + + return toml.to(XDatenfelderConfig.class); + } + + private void createXDatenfeld(String fileContent) { + JAXBContext jaxbContext; + XdatenfelderStammdatenschema0102 df = null; + try + { + jaxbContext = JAXBContext.newInstance(XdatenfelderStammdatenschema0102.class); + + Unmarshaller jaxbUnmarshaller = jaxbContext.createUnmarshaller(); + + + XdatenfelderStammdatenschema0102 ju = (XdatenfelderStammdatenschema0102) jaxbUnmarshaller.unmarshal( + new ByteArrayInputStream(fileContent.getBytes())); + + this.sds = ju; + } + catch (JAXBException e) + { + e.printStackTrace(); + } + } + + private static String readFile(File f) throws FileNotFoundException, IOException { + StringBuilder content = new StringBuilder(); + + try (BufferedReader reader = new BufferedReader( + new InputStreamReader(new FileInputStream(f)))) { + for (String line; (line = reader.readLine()) != null; ) { + content.append(line + "\n"); + } + } + + return content.toString(); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/XDatenfelderConfig.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/XDatenfelderConfig.java new file mode 100644 index 0000000..3b8289c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/XDatenfelderConfig.java @@ -0,0 +1,72 @@ +package uni.jena.fim.xdatenfelder; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Property; +import org.apache.jena.rdf.model.Resource; + +public class XDatenfelderConfig { + + String baseURL; + // Classes + String Stammschemata ; + String Struktur ; + String Datenfeld ; + String Datenfeldgruppe ; + String Regel ; + + + // Properties + String hat_Regel ; + String hat_enthaelt ; + + + // DataProperties + String name; + String id; + + public Resource getStammschemata(Model m) { + return m.getResource(this.Stammschemata); + } + + public Resource getStruktur(Model m) { + return m.getResource(this.Struktur); + } + + public Resource getDatenfeld(Model m) { + return m.getResource(this.Datenfeld); + } + + public Resource getDatenfeldgruppe(Model m) { + return m.getResource(this.Datenfeldgruppe); + } + + public Resource getRegel(Model m) { + return m.getResource(this.Regel); + } + + public Property getHat_enthaelt(Model m) { + return m.getProperty(this.hat_enthaelt); + } + + public Property getHatRegel(Model m) { + return m.getProperty(this.hat_Regel); + } + + public Property getName(Model m) { + return m.getProperty(this.name); + } + + public Property getID(Model m) { + return m.getProperty(this.id); + } + + public Resource getIndividuals(Model m,String id, Resource type) { + return m.createResource(this.baseURL + id, type); + } + + public Resource getIndividuals(Model m,String id) { + return m.createResource(this.baseURL + id); + } + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/AllgemeineAngaben.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/AllgemeineAngaben.java new file mode 100644 index 0000000..4f139e8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/AllgemeineAngaben.java @@ -0,0 +1,442 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlSeeAlso; +import javax.xml.bind.annotation.XmlType; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Allgemeine Angaben, die in allen Bausteinen enthalten sind. + * + *

Java class for AllgemeineAngaben complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="AllgemeineAngaben">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="identifikation" type="{urn:xoev-de:fim:standard:xdatenfelder_2}ElementIdentifikation"/>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="bezeichnungEingabe" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="bezeichnungAusgabe" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="beschreibung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="definition" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="bezug" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="status" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Status"/>
+ *         <element name="gueltigAb" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="gueltigBis" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="fachlicherErsteller" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="versionshinweis" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="freigabedatum" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="veroeffentlichungsdatum" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "AllgemeineAngaben", propOrder = { + "identifikation", + "name", + "bezeichnungEingabe", + "bezeichnungAusgabe", + "beschreibung", + "definition", + "bezug", + "status", + "gueltigAb", + "gueltigBis", + "fachlicherErsteller", + "versionshinweis", + "freigabedatum", + "veroeffentlichungsdatum" +}) +@XmlSeeAlso({ + Dokumentsteckbrief.class, + Stammdatenschema.class, + Codeliste.class, + Regel.class, + Schemaelementangaben.class +}) +public abstract class AllgemeineAngaben { + + @XmlElement(required = true) + protected ElementIdentifikation identifikation; + @XmlElement(required = true) + protected String name; + @XmlElement(required = true) + protected String bezeichnungEingabe; + protected String bezeichnungAusgabe; + @XmlElement(required = true) + protected String beschreibung; + @XmlElement(required = true) + protected String definition; + @XmlElement(required = true) + protected String bezug; + @XmlElement(required = true) + protected CodeStatus status; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar gueltigAb; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar gueltigBis; + protected String fachlicherErsteller; + protected String versionshinweis; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar freigabedatum; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar veroeffentlichungsdatum; + + /** + * Gets the value of the identifikation property. + * + * @return + * possible object is + * {@link ElementIdentifikation } + * + */ + public ElementIdentifikation getIdentifikation() { + return identifikation; + } + + /** + * Sets the value of the identifikation property. + * + * @param value + * allowed object is + * {@link ElementIdentifikation } + * + */ + public void setIdentifikation(ElementIdentifikation value) { + this.identifikation = value; + } + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the bezeichnungEingabe property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBezeichnungEingabe() { + return bezeichnungEingabe; + } + + /** + * Sets the value of the bezeichnungEingabe property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBezeichnungEingabe(String value) { + this.bezeichnungEingabe = value; + } + + /** + * Gets the value of the bezeichnungAusgabe property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBezeichnungAusgabe() { + return bezeichnungAusgabe; + } + + /** + * Sets the value of the bezeichnungAusgabe property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBezeichnungAusgabe(String value) { + this.bezeichnungAusgabe = value; + } + + /** + * Gets the value of the beschreibung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBeschreibung() { + return beschreibung; + } + + /** + * Sets the value of the beschreibung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBeschreibung(String value) { + this.beschreibung = value; + } + + /** + * Gets the value of the definition property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDefinition() { + return definition; + } + + /** + * Sets the value of the definition property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDefinition(String value) { + this.definition = value; + } + + /** + * Gets the value of the bezug property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBezug() { + return bezug; + } + + /** + * Sets the value of the bezug property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBezug(String value) { + this.bezug = value; + } + + /** + * Gets the value of the status property. + * + * @return + * possible object is + * {@link CodeStatus } + * + */ + public CodeStatus getStatus() { + return status; + } + + /** + * Sets the value of the status property. + * + * @param value + * allowed object is + * {@link CodeStatus } + * + */ + public void setStatus(CodeStatus value) { + this.status = value; + } + + /** + * Gets the value of the gueltigAb property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getGueltigAb() { + return gueltigAb; + } + + /** + * Sets the value of the gueltigAb property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setGueltigAb(XMLGregorianCalendar value) { + this.gueltigAb = value; + } + + /** + * Gets the value of the gueltigBis property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getGueltigBis() { + return gueltigBis; + } + + /** + * Sets the value of the gueltigBis property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setGueltigBis(XMLGregorianCalendar value) { + this.gueltigBis = value; + } + + /** + * Gets the value of the fachlicherErsteller property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getFachlicherErsteller() { + return fachlicherErsteller; + } + + /** + * Sets the value of the fachlicherErsteller property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setFachlicherErsteller(String value) { + this.fachlicherErsteller = value; + } + + /** + * Gets the value of the versionshinweis property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersionshinweis() { + return versionshinweis; + } + + /** + * Sets the value of the versionshinweis property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersionshinweis(String value) { + this.versionshinweis = value; + } + + /** + * Gets the value of the freigabedatum property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getFreigabedatum() { + return freigabedatum; + } + + /** + * Sets the value of the freigabedatum property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setFreigabedatum(XMLGregorianCalendar value) { + this.freigabedatum = value; + } + + /** + * Gets the value of the veroeffentlichungsdatum property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getVeroeffentlichungsdatum() { + return veroeffentlichungsdatum; + } + + /** + * Sets the value of the veroeffentlichungsdatum property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setVeroeffentlichungsdatum(XMLGregorianCalendar value) { + this.veroeffentlichungsdatum = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Code.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Code.java new file mode 100644 index 0000000..d32e9c1 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Code.java @@ -0,0 +1,178 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:33:33 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlSeeAlso; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Der XÖV-Datentyp Code ermöglicht die Übermittlung von Werten, so genannter Codes, aus vordefinierten Codelisten. Eine Codeliste ist eine Liste von Codes und der Beschreibung ihrer jeweiligen Bedeutung.clRef + * + * Eine entscheidende Eigenschaft des Datentyps ist die Möglichkeit auf differenzierte Weise Bezug zu Codelisten zu nehmen (Code-Typ 1 bis 4).clTypenRef In jedem Fall erlauben die übermittelten Daten eine eindeutige Identifizierung der zugrundeliegenden Codeliste. + * + *

Java class for Code complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *         <element name="name" type="{http://www.w3.org/2001/XMLSchema}normalizedString" minOccurs="0" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code", namespace = "http://xoev.de/schemata/code/1_0", propOrder = { + "code", + "name" +}) +@XmlSeeAlso({ + CodeAbleitungsmodifikationenRepraesentation.class, + CodeAbleitungsmodifikationenStruktur.class, + CodeDatentyp.class, + CodeElementTyp.class, + CodeFeldart.class, + CodeSchemaelementart.class, + CodeStatus.class, + CodeSuchfeld.class +}) +public class Code { + + @XmlElement(namespace = "", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String code; + @XmlElement(namespace = "") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String name; + @XmlAttribute(name = "listURI") + @XmlSchemaType(name = "anyURI") + protected String listURI; + @XmlAttribute(name = "listVersionID") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String listVersionID; + + /** + * Gets the value of the code property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCode() { + return code; + } + + /** + * Sets the value of the code property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCode(String value) { + this.code = value; + } + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the listURI property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getListURI() { + return listURI; + } + + /** + * Sets the value of the listURI property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setListURI(String value) { + this.listURI = value; + } + + /** + * Gets the value of the listVersionID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getListVersionID() { + return listVersionID; + } + + /** + * Sets the value of the listVersionID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setListVersionID(String value) { + this.listVersionID = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeAbleitungsmodifikationenRepraesentation.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeAbleitungsmodifikationenRepraesentation.java new file mode 100644 index 0000000..c2d5a11 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeAbleitungsmodifikationenRepraesentation.java @@ -0,0 +1,44 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.AbleitungsmodifikationenRepraesentation complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.AbleitungsmodifikationenRepraesentation">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{urn:xoev-de:fim:standard:xdatenfelder_2}AbleitungsmodifikationenRepraesentation" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.ableitungsmodifikationenRepraesentation" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.AbleitungsmodifikationenRepraesentation") +public class CodeAbleitungsmodifikationenRepraesentation + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeAbleitungsmodifikationenStruktur.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeAbleitungsmodifikationenStruktur.java new file mode 100644 index 0000000..b097e80 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeAbleitungsmodifikationenStruktur.java @@ -0,0 +1,44 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.AbleitungsmodifikationenStruktur complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.AbleitungsmodifikationenStruktur">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{urn:xoev-de:fim:standard:xdatenfelder_2}AbleitungsmodifikationenStruktur" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.ableitungsmodifikationenStruktur" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.AbleitungsmodifikationenStruktur") +public class CodeAbleitungsmodifikationenStruktur + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeDatentyp.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeDatentyp.java new file mode 100644 index 0000000..61b49a7 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeDatentyp.java @@ -0,0 +1,44 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.Datentyp complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Datentyp">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Datentyp" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.datentyp" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Datentyp") +public class CodeDatentyp + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeElementTyp.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeElementTyp.java new file mode 100644 index 0000000..e6be58b --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeElementTyp.java @@ -0,0 +1,44 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.ElementTyp complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.ElementTyp">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{urn:xoev-de:fim:standard:xdatenfelder_2}ElementTyp" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.elementTyp" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.ElementTyp") +public class CodeElementTyp + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeFeldart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeFeldart.java new file mode 100644 index 0000000..a35edd5 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeFeldart.java @@ -0,0 +1,44 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.Feldart complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Feldart">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Feldart" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.feldart" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Feldart") +public class CodeFeldart + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeSchemaelementart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeSchemaelementart.java new file mode 100644 index 0000000..ec1898a --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeSchemaelementart.java @@ -0,0 +1,44 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.Schemaelementart complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Schemaelementart">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Schemaelementart" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.schemaelementart" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Schemaelementart") +public class CodeSchemaelementart + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeStatus.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeStatus.java new file mode 100644 index 0000000..203b3f0 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeStatus.java @@ -0,0 +1,52 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.Status complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Status">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" form="unqualified">
+ *           <simpleType>
+ *             <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *               <enumeration value="aktiv"/>
+ *               <enumeration value="inaktiv"/>
+ *               <enumeration value="inVorbereitung"/>
+ *             </restriction>
+ *           </simpleType>
+ *         </element>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.status" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Status") +public class CodeStatus + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeSuchfeld.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeSuchfeld.java new file mode 100644 index 0000000..474ee7b --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodeSuchfeld.java @@ -0,0 +1,44 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Code.Suchfeld complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Suchfeld">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Suchfeld" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:xoev-de:fim:codeliste:xdatenfelder.feld" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Suchfeld") +public class CodeSuchfeld + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Codeliste.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Codeliste.java new file mode 100644 index 0000000..6ccf7c4 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Codeliste.java @@ -0,0 +1,129 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eine Codeliste ist eine Liste von vordefinierten Werten. + * + *

Java class for Codeliste complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Codeliste">
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}AllgemeineAngaben">
+ *       <sequence>
+ *         <element name="genericodeIdentification" type="{urn:xoev-de:fim:standard:xdatenfelder_2}GenericodeIdentification"/>
+ *         <element name="langname" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="genericode" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Genericode"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Codeliste", propOrder = { + "genericodeIdentification", + "langname", + "genericode" +}) +public class Codeliste + extends AllgemeineAngaben +{ + + @XmlElement(required = true) + protected GenericodeIdentification genericodeIdentification; + @XmlElement(required = true) + protected String langname; + @XmlElement(required = true) + protected Genericode genericode; + + /** + * Gets the value of the genericodeIdentification property. + * + * @return + * possible object is + * {@link GenericodeIdentification } + * + */ + public GenericodeIdentification getGenericodeIdentification() { + return genericodeIdentification; + } + + /** + * Sets the value of the genericodeIdentification property. + * + * @param value + * allowed object is + * {@link GenericodeIdentification } + * + */ + public void setGenericodeIdentification(GenericodeIdentification value) { + this.genericodeIdentification = value; + } + + /** + * Gets the value of the langname property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLangname() { + return langname; + } + + /** + * Sets the value of the langname property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLangname(String value) { + this.langname = value; + } + + /** + * Gets the value of the genericode property. + * + * @return + * possible object is + * {@link Genericode } + * + */ + public Genericode getGenericode() { + return genericode; + } + + /** + * Sets the value of the genericode property. + * + * @param value + * allowed object is + * {@link Genericode } + * + */ + public void setGenericode(Genericode value) { + this.genericode = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodelisteReferenz.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodelisteReferenz.java new file mode 100644 index 0000000..794a563 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/CodelisteReferenz.java @@ -0,0 +1,99 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Referenz auf eine Codeliste. + * + *

Java class for CodelisteReferenz complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="CodelisteReferenz">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="identifikation" type="{urn:xoev-de:fim:standard:xdatenfelder_2}ElementIdentifikation"/>
+ *         <element name="genericodeIdentification" type="{urn:xoev-de:fim:standard:xdatenfelder_2}GenericodeIdentification"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "CodelisteReferenz", propOrder = { + "identifikation", + "genericodeIdentification" +}) +public class CodelisteReferenz { + + @XmlElement(required = true) + protected ElementIdentifikation identifikation; + @XmlElement(required = true) + protected GenericodeIdentification genericodeIdentification; + + /** + * Gets the value of the identifikation property. + * + * @return + * possible object is + * {@link ElementIdentifikation } + * + */ + public ElementIdentifikation getIdentifikation() { + return identifikation; + } + + /** + * Sets the value of the identifikation property. + * + * @param value + * allowed object is + * {@link ElementIdentifikation } + * + */ + public void setIdentifikation(ElementIdentifikation value) { + this.identifikation = value; + } + + /** + * Gets the value of the genericodeIdentification property. + * + * @return + * possible object is + * {@link GenericodeIdentification } + * + */ + public GenericodeIdentification getGenericodeIdentification() { + return genericodeIdentification; + } + + /** + * Sets the value of the genericodeIdentification property. + * + * @param value + * allowed object is + * {@link GenericodeIdentification } + * + */ + public void setGenericodeIdentification(GenericodeIdentification value) { + this.genericodeIdentification = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datenfeld.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datenfeld.java new file mode 100644 index 0000000..592b673 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datenfeld.java @@ -0,0 +1,218 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die Feldart gibt die grundsätzliche Art des Feldes an. + * + *

Java class for Datenfeld complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Datenfeld">
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}Schemaelementangaben">
+ *       <sequence>
+ *         <element name="feldart" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Feldart"/>
+ *         <element name="datentyp" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Datentyp"/>
+ *         <element name="praezisierung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="inhalt" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="codelisteReferenz" type="{urn:xoev-de:fim:standard:xdatenfelder_2}CodelisteReferenz" minOccurs="0"/>
+ *         <element name="regel" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Regel" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Datenfeld", propOrder = { + "feldart", + "datentyp", + "praezisierung", + "inhalt", + "codelisteReferenz", + "regel" +}) +public class Datenfeld + extends Schemaelementangaben +{ + + @XmlElement(required = true) + protected CodeFeldart feldart; + @XmlElement(required = true) + protected CodeDatentyp datentyp; + @XmlElement(required = true) + protected String praezisierung; + @XmlElement(required = true) + protected String inhalt; + protected CodelisteReferenz codelisteReferenz; + protected List regel; + + /** + * Gets the value of the feldart property. + * + * @return + * possible object is + * {@link CodeFeldart } + * + */ + public CodeFeldart getFeldart() { + return feldart; + } + + /** + * Sets the value of the feldart property. + * + * @param value + * allowed object is + * {@link CodeFeldart } + * + */ + public void setFeldart(CodeFeldart value) { + this.feldart = value; + } + + /** + * Gets the value of the datentyp property. + * + * @return + * possible object is + * {@link CodeDatentyp } + * + */ + public CodeDatentyp getDatentyp() { + return datentyp; + } + + /** + * Sets the value of the datentyp property. + * + * @param value + * allowed object is + * {@link CodeDatentyp } + * + */ + public void setDatentyp(CodeDatentyp value) { + this.datentyp = value; + } + + /** + * Gets the value of the praezisierung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getPraezisierung() { + return praezisierung; + } + + /** + * Sets the value of the praezisierung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setPraezisierung(String value) { + this.praezisierung = value; + } + + /** + * Gets the value of the inhalt property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getInhalt() { + return inhalt; + } + + /** + * Sets the value of the inhalt property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setInhalt(String value) { + this.inhalt = value; + } + + /** + * Gets the value of the codelisteReferenz property. + * + * @return + * possible object is + * {@link CodelisteReferenz } + * + */ + public CodelisteReferenz getCodelisteReferenz() { + return codelisteReferenz; + } + + /** + * Sets the value of the codelisteReferenz property. + * + * @param value + * allowed object is + * {@link CodelisteReferenz } + * + */ + public void setCodelisteReferenz(CodelisteReferenz value) { + this.codelisteReferenz = value; + } + + /** + * Gets the value of the regel property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the regel property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getRegel().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Regel } + * + * + */ + public List getRegel() { + if (regel == null) { + regel = new ArrayList(); + } + return this.regel; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datenfeldgruppe.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datenfeldgruppe.java new file mode 100644 index 0000000..cfbe0b9 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datenfeldgruppe.java @@ -0,0 +1,110 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eine Datenfeldgruppe besteht aus einer Sammlung von Datenfeldern und/oder Datenfeldgruppen. + * + *

Java class for Datenfeldgruppe complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Datenfeldgruppe">
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}Schemaelementangaben">
+ *       <sequence>
+ *         <element name="regel" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Regel" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="struktur" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Struktur" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Datenfeldgruppe", propOrder = { + "regel", + "struktur" +}) +public class Datenfeldgruppe + extends Schemaelementangaben +{ + + protected List regel; + protected List struktur; + + /** + * Gets the value of the regel property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the regel property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getRegel().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Regel } + * + * + */ + public List getRegel() { + if (regel == null) { + regel = new ArrayList(); + } + return this.regel; + } + + /** + * Gets the value of the struktur property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the struktur property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getStruktur().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Struktur } + * + * + */ + public List getStruktur() { + if (struktur == null) { + struktur = new ArrayList(); + } + return this.struktur; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datentyp.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datentyp.java new file mode 100644 index 0000000..e39e9c3 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Datentyp.java @@ -0,0 +1,76 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlEnum; +import javax.xml.bind.annotation.XmlEnumValue; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Datentyp. + * + *

The following schema fragment specifies the expected content contained within this class. + *

+ * 

+ * <simpleType name="Datentyp">
+ *   <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *     <enumeration value="bool"/>
+ *     <enumeration value="date"/>
+ *     <enumeration value="file"/>
+ *     <enumeration value="num"/>
+ *     <enumeration value="num_currency"/>
+ *     <enumeration value="num_int"/>
+ *     <enumeration value="obj"/>
+ *     <enumeration value="text"/>
+ *   </restriction>
+ * </simpleType>
+ *
+ * + */ +@XmlType(name = "Datentyp") +@XmlEnum +public enum Datentyp { + + @XmlEnumValue("bool") + BOOL("bool"), + @XmlEnumValue("date") + DATE("date"), + @XmlEnumValue("file") + FILE("file"), + @XmlEnumValue("num") + NUM("num"), + @XmlEnumValue("num_currency") + NUM_CURRENCY("num_currency"), + @XmlEnumValue("num_int") + NUM_INT("num_int"), + @XmlEnumValue("obj") + OBJ("obj"), + @XmlEnumValue("text") + TEXT("text"); + private final String value; + + Datentyp(String v) { + value = v; + } + + public String value() { + return value; + } + + public static Datentyp fromValue(String v) { + for (Datentyp c: Datentyp.values()) { + if (c.value.equals(v)) { + return c; + } + } + throw new IllegalArgumentException(v); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Dokumentsteckbrief.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Dokumentsteckbrief.java new file mode 100644 index 0000000..d781ecb --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Dokumentsteckbrief.java @@ -0,0 +1,119 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Mit einem Dokumentsteckbrief kann im ersten Schritt ein Dokument (Formular) (mit seinen Metadaten) in der Datenfelderbibliothek erfasst werden, ohne gleichzeitig oder direkt anschließend die Struktur des Dokuments (d.h.das zugehörige Stammdatenschema) erstellen zu müssen. + * + *

Java class for Dokumentsteckbrief complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Dokumentsteckbrief">
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}AllgemeineAngaben">
+ *       <sequence>
+ *         <element name="isReferenz" type="{http://www.w3.org/2001/XMLSchema}boolean"/>
+ *         <element name="dokumentart" type="{http://www.w3.org/2001/XMLSchema}string"/>
+ *         <element name="hilfetext" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Dokumentsteckbrief", propOrder = { + "isReferenz", + "dokumentart", + "hilfetext" +}) +public class Dokumentsteckbrief + extends AllgemeineAngaben +{ + + protected boolean isReferenz; + @XmlElement(required = true) + protected String dokumentart; + protected String hilfetext; + + /** + * Gets the value of the isReferenz property. + * + */ + public boolean isIsReferenz() { + return isReferenz; + } + + /** + * Sets the value of the isReferenz property. + * + */ + public void setIsReferenz(boolean value) { + this.isReferenz = value; + } + + /** + * Gets the value of the dokumentart property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDokumentart() { + return dokumentart; + } + + /** + * Sets the value of the dokumentart property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDokumentart(String value) { + this.dokumentart = value; + } + + /** + * Gets the value of the hilfetext property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getHilfetext() { + return hilfetext; + } + + /** + * Sets the value of the hilfetext property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setHilfetext(String value) { + this.hilfetext = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ElementIdentifikation.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ElementIdentifikation.java new file mode 100644 index 0000000..0dd8fe1 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ElementIdentifikation.java @@ -0,0 +1,103 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Eindeutige Identifikation eines FIM-Bausteins, bestehend aus der statischen ID und der Versionsnummer. + * + *

Java class for ElementIdentifikation complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="ElementIdentifikation">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="id" type="{http://www.w3.org/2001/XMLSchema}token"/>
+ *         <element name="version" type="{urn:xoev-de:fim:standard:xdatenfelder_2}VersionString" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "ElementIdentifikation", propOrder = { + "id", + "version" +}) +public class ElementIdentifikation { + + @XmlElement(required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String id; + protected String version; + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + + /** + * Gets the value of the version property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersion() { + return version; + } + + /** + * Sets the value of the version property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersion(String value) { + this.version = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ElementTyp.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ElementTyp.java new file mode 100644 index 0000000..22b887a --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ElementTyp.java @@ -0,0 +1,51 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlEnum; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for ElementTyp. + * + *

The following schema fragment specifies the expected content contained within this class. + *

+ * 

+ * <simpleType name="ElementTyp">
+ *   <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *     <enumeration value="C"/>
+ *     <enumeration value="D"/>
+ *     <enumeration value="F"/>
+ *     <enumeration value="G"/>
+ *     <enumeration value="S"/>
+ *   </restriction>
+ * </simpleType>
+ *
+ * + */ +@XmlType(name = "ElementTyp") +@XmlEnum +public enum ElementTyp { + + C, + D, + F, + G, + S; + + public String value() { + return name(); + } + + public static ElementTyp fromValue(String v) { + return valueOf(v); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Enthaelt.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Enthaelt.java new file mode 100644 index 0000000..79fe815 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Enthaelt.java @@ -0,0 +1,96 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Abstrakte Basisklasse, um in die Struktur verschiedene Unterelemente einsetzen zu können (entsprich dem XSD Choice). + * + *

Java class for Enthaelt complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Enthaelt">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <choice>
+ *         <element name="datenfeld" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Datenfeld"/>
+ *         <element name="datenfeldgruppe" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Datenfeldgruppe"/>
+ *       </choice>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Enthaelt", propOrder = { + "datenfeld", + "datenfeldgruppe" +}) +public class Enthaelt { + + protected Datenfeld datenfeld; + protected Datenfeldgruppe datenfeldgruppe; + + /** + * Gets the value of the datenfeld property. + * + * @return + * possible object is + * {@link Datenfeld } + * + */ + public Datenfeld getDatenfeld() { + return datenfeld; + } + + /** + * Sets the value of the datenfeld property. + * + * @param value + * allowed object is + * {@link Datenfeld } + * + */ + public void setDatenfeld(Datenfeld value) { + this.datenfeld = value; + } + + /** + * Gets the value of the datenfeldgruppe property. + * + * @return + * possible object is + * {@link Datenfeldgruppe } + * + */ + public Datenfeldgruppe getDatenfeldgruppe() { + return datenfeldgruppe; + } + + /** + * Sets the value of the datenfeldgruppe property. + * + * @param value + * allowed object is + * {@link Datenfeldgruppe } + * + */ + public void setDatenfeldgruppe(Datenfeldgruppe value) { + this.datenfeldgruppe = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Feldart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Feldart.java new file mode 100644 index 0000000..18c387c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Feldart.java @@ -0,0 +1,61 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlEnum; +import javax.xml.bind.annotation.XmlEnumValue; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Feldart. + * + *

The following schema fragment specifies the expected content contained within this class. + *

+ * 

+ * <simpleType name="Feldart">
+ *   <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *     <enumeration value="input"/>
+ *     <enumeration value="label"/>
+ *     <enumeration value="select"/>
+ *   </restriction>
+ * </simpleType>
+ *
+ * + */ +@XmlType(name = "Feldart") +@XmlEnum +public enum Feldart { + + @XmlEnumValue("input") + INPUT("input"), + @XmlEnumValue("label") + LABEL("label"), + @XmlEnumValue("select") + SELECT("select"); + private final String value; + + Feldart(String v) { + value = v; + } + + public String value() { + return value; + } + + public static Feldart fromValue(String v) { + for (Feldart c: Feldart.values()) { + if (c.value.equals(v)) { + return c; + } + } + throw new IllegalArgumentException(v); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Genericode.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Genericode.java new file mode 100644 index 0000000..081be81 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Genericode.java @@ -0,0 +1,78 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAnyElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Codeliste im Genericode-Format. + * + *

Java class for Genericode complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Genericode">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <any namespace='http://docs.oasis-open.org/codelist/ns/genericode/1.0/' maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Genericode", propOrder = { + "any" +}) +public class Genericode { + + @XmlAnyElement(lax = true) + protected List any; + + /** + * Gets the value of the any property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the any property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getAny().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Object } + * + * + */ + public List getAny() { + if (any == null) { + any = new ArrayList(); + } + return this.any; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/GenericodeIdentification.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/GenericodeIdentification.java new file mode 100644 index 0000000..a1e81ef --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/GenericodeIdentification.java @@ -0,0 +1,136 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Identifikation einer Genericode-Codeliste. + * + *

Java class for GenericodeIdentification complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="GenericodeIdentification">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="canonicalIdentification" type="{http://www.w3.org/2001/XMLSchema}token"/>
+ *         <element name="version" type="{http://www.w3.org/2001/XMLSchema}token"/>
+ *         <element name="canonicalVersionUri" type="{http://www.w3.org/2001/XMLSchema}token"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "GenericodeIdentification", propOrder = { + "canonicalIdentification", + "version", + "canonicalVersionUri" +}) +public class GenericodeIdentification { + + @XmlElement(required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String canonicalIdentification; + @XmlElement(required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String version; + @XmlElement(required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String canonicalVersionUri; + + /** + * Gets the value of the canonicalIdentification property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalIdentification() { + return canonicalIdentification; + } + + /** + * Sets the value of the canonicalIdentification property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalIdentification(String value) { + this.canonicalIdentification = value; + } + + /** + * Gets the value of the version property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersion() { + return version; + } + + /** + * Sets the value of the version property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersion(String value) { + this.version = value; + } + + /** + * Gets the value of the canonicalVersionUri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCanonicalVersionUri() { + return canonicalVersionUri; + } + + /** + * Sets the value of the canonicalVersionUri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCanonicalVersionUri(String value) { + this.canonicalVersionUri = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Header.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Header.java new file mode 100644 index 0000000..9c45f82 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Header.java @@ -0,0 +1,135 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Technische Angaben für alle Nachrichten. + * + *

Java class for Header complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Header">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="nachrichtID" type="{http://www.w3.org/2001/XMLSchema}token"/>
+ *         <element name="erstellungszeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime"/>
+ *         <element name="referenzID" type="{http://www.w3.org/2001/XMLSchema}token" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Header", propOrder = { + "nachrichtID", + "erstellungszeitpunkt", + "referenzID" +}) +public class Header { + + @XmlElement(required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String nachrichtID; + @XmlElement(required = true) + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar erstellungszeitpunkt; + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String referenzID; + + /** + * Gets the value of the nachrichtID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getNachrichtID() { + return nachrichtID; + } + + /** + * Sets the value of the nachrichtID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setNachrichtID(String value) { + this.nachrichtID = value; + } + + /** + * Gets the value of the erstellungszeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getErstellungszeitpunkt() { + return erstellungszeitpunkt; + } + + /** + * Sets the value of the erstellungszeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setErstellungszeitpunkt(XMLGregorianCalendar value) { + this.erstellungszeitpunkt = value; + } + + /** + * Gets the value of the referenzID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getReferenzID() { + return referenzID; + } + + /** + * Sets the value of the referenzID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setReferenzID(String value) { + this.referenzID = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Nachricht.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Nachricht.java new file mode 100644 index 0000000..0bc3e10 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Nachricht.java @@ -0,0 +1,79 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSeeAlso; +import javax.xml.bind.annotation.XmlType; + + +/** + * Abtrakte Basisklasse für alle Nachrichten. + * + *

Java class for Nachricht complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Nachricht">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="header" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Header"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Nachricht", propOrder = { + "header" +}) +@XmlSeeAlso({ + XdatenfelderCodeliste0105 .class, + XdatenfelderDatenfeld0104 .class, + XdatenfelderDatenfeldgruppe0103 .class, + XdatenfelderStammdatenschema0102 .class, + XdatenfelderDokumentsteckbrief0101 .class +}) +public abstract class Nachricht { + + @XmlElement(required = true) + protected Header header; + + /** + * Gets the value of the header property. + * + * @return + * possible object is + * {@link Header } + * + */ + public Header getHeader() { + return header; + } + + /** + * Sets the value of the header property. + * + * @param value + * allowed object is + * {@link Header } + * + */ + public void setHeader(Header value) { + this.header = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ObjectFactory.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ObjectFactory.java new file mode 100644 index 0000000..ff655f0 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/ObjectFactory.java @@ -0,0 +1,271 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlRegistry; + + +/** + * This object contains factory methods for each + * Java content interface and Java element interface + * generated in the uni.jena.fim.xdatenfelder.core package. + *

An ObjectFactory allows you to programatically + * construct new instances of the Java representation + * for XML content. The Java representation of XML + * content can consist of schema derived interfaces + * and classes representing the binding of schema + * type definitions, element declarations and model + * groups. Factory methods for each of these are + * provided in this class. + * + */ +@XmlRegistry +public class ObjectFactory { + + + /** + * Create a new ObjectFactory that can be used to create new instances of schema derived classes for package: uni.jena.fim.xdatenfelder.core + * + */ + public ObjectFactory() { + } + + /** + * Create an instance of {@link XdatenfelderDokumentsteckbrief0101 } + * + */ + public XdatenfelderDokumentsteckbrief0101 createXdatenfelderDokumentsteckbrief0101() { + return new XdatenfelderDokumentsteckbrief0101(); + } + + /** + * Create an instance of {@link Header } + * + */ + public Header createHeader() { + return new Header(); + } + + /** + * Create an instance of {@link Dokumentsteckbrief } + * + */ + public Dokumentsteckbrief createDokumentsteckbrief() { + return new Dokumentsteckbrief(); + } + + /** + * Create an instance of {@link XdatenfelderStammdatenschema0102 } + * + */ + public XdatenfelderStammdatenschema0102 createXdatenfelderStammdatenschema0102() { + return new XdatenfelderStammdatenschema0102(); + } + + /** + * Create an instance of {@link Stammdatenschema } + * + */ + public Stammdatenschema createStammdatenschema() { + return new Stammdatenschema(); + } + + /** + * Create an instance of {@link XdatenfelderDatenfeldgruppe0103 } + * + */ + public XdatenfelderDatenfeldgruppe0103 createXdatenfelderDatenfeldgruppe0103() { + return new XdatenfelderDatenfeldgruppe0103(); + } + + /** + * Create an instance of {@link Datenfeldgruppe } + * + */ + public Datenfeldgruppe createDatenfeldgruppe() { + return new Datenfeldgruppe(); + } + + /** + * Create an instance of {@link XdatenfelderDatenfeld0104 } + * + */ + public XdatenfelderDatenfeld0104 createXdatenfelderDatenfeld0104() { + return new XdatenfelderDatenfeld0104(); + } + + /** + * Create an instance of {@link Datenfeld } + * + */ + public Datenfeld createDatenfeld() { + return new Datenfeld(); + } + + /** + * Create an instance of {@link XdatenfelderCodeliste0105 } + * + */ + public XdatenfelderCodeliste0105 createXdatenfelderCodeliste0105() { + return new XdatenfelderCodeliste0105(); + } + + /** + * Create an instance of {@link Codeliste } + * + */ + public Codeliste createCodeliste() { + return new Codeliste(); + } + + /** + * Create an instance of {@link CodeAbleitungsmodifikationenRepraesentation } + * + */ + public CodeAbleitungsmodifikationenRepraesentation createCodeAbleitungsmodifikationenRepraesentation() { + return new CodeAbleitungsmodifikationenRepraesentation(); + } + + /** + * Create an instance of {@link CodeAbleitungsmodifikationenStruktur } + * + */ + public CodeAbleitungsmodifikationenStruktur createCodeAbleitungsmodifikationenStruktur() { + return new CodeAbleitungsmodifikationenStruktur(); + } + + /** + * Create an instance of {@link CodeDatentyp } + * + */ + public CodeDatentyp createCodeDatentyp() { + return new CodeDatentyp(); + } + + /** + * Create an instance of {@link CodeElementTyp } + * + */ + public CodeElementTyp createCodeElementTyp() { + return new CodeElementTyp(); + } + + /** + * Create an instance of {@link CodeFeldart } + * + */ + public CodeFeldart createCodeFeldart() { + return new CodeFeldart(); + } + + /** + * Create an instance of {@link CodeSchemaelementart } + * + */ + public CodeSchemaelementart createCodeSchemaelementart() { + return new CodeSchemaelementart(); + } + + /** + * Create an instance of {@link CodeStatus } + * + */ + public CodeStatus createCodeStatus() { + return new CodeStatus(); + } + + /** + * Create an instance of {@link CodeSuchfeld } + * + */ + public CodeSuchfeld createCodeSuchfeld() { + return new CodeSuchfeld(); + } + + /** + * Create an instance of {@link CodelisteReferenz } + * + */ + public CodelisteReferenz createCodelisteReferenz() { + return new CodelisteReferenz(); + } + + /** + * Create an instance of {@link ElementIdentifikation } + * + */ + public ElementIdentifikation createElementIdentifikation() { + return new ElementIdentifikation(); + } + + /** + * Create an instance of {@link Enthaelt } + * + */ + public Enthaelt createEnthaelt() { + return new Enthaelt(); + } + + /** + * Create an instance of {@link Genericode } + * + */ + public Genericode createGenericode() { + return new Genericode(); + } + + /** + * Create an instance of {@link GenericodeIdentification } + * + */ + public GenericodeIdentification createGenericodeIdentification() { + return new GenericodeIdentification(); + } + + /** + * Create an instance of {@link Regel } + * + */ + public Regel createRegel() { + return new Regel(); + } + + /** + * Create an instance of {@link Struktur } + * + */ + public Struktur createStruktur() { + return new Struktur(); + } + + /** + * Create an instance of {@link Suchanfrage } + * + */ + public Suchanfrage createSuchanfrage() { + return new Suchanfrage(); + } + + /** + * Create an instance of {@link Suchergebnis } + * + */ + public Suchergebnis createSuchergebnis() { + return new Suchergebnis(); + } + + /** + * Create an instance of {@link Code } + * + */ + public Code createCode() { + return new Code(); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Regel.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Regel.java new file mode 100644 index 0000000..5b00348 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Regel.java @@ -0,0 +1,72 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eine Regel enthält ein Script, welches die technische Repräsentation einer zu erfüllenden Bedingung wiedergibt. + * + *

Java class for Regel complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Regel">
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}AllgemeineAngaben">
+ *       <sequence>
+ *         <element name="script" type="{http://www.w3.org/2001/XMLSchema}string"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Regel", propOrder = { + "script", +}) +public class Regel + extends AllgemeineAngaben +{ + @XmlElement(required = true) + protected String script; + + /** + * Gets the value of the script property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getScript() { + return script; + } + + /** + * Sets the value of the script property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setScript(String value) { + this.script = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Schemaelementangaben.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Schemaelementangaben.java new file mode 100644 index 0000000..68966a1 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Schemaelementangaben.java @@ -0,0 +1,134 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSeeAlso; +import javax.xml.bind.annotation.XmlType; + + +/** + * Abstrakte Basisklasse für Elemente eines Stammdatenschemas (Gruppen und Felder). + * + *

Java class for Schemaelementangaben complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Schemaelementangaben">
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}AllgemeineAngaben">
+ *       <sequence>
+ *         <element name="schemaelementart" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Schemaelementart"/>
+ *         <element name="hilfetextEingabe" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="hilfetextAusgabe" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Schemaelementangaben", propOrder = { + "schemaelementart", + "hilfetextEingabe", + "hilfetextAusgabe" +}) +@XmlSeeAlso({ + Datenfeldgruppe.class, + Datenfeld.class +}) +public abstract class Schemaelementangaben + extends AllgemeineAngaben +{ + + @XmlElement(required = true) + protected CodeSchemaelementart schemaelementart; + @XmlElement(required = true) + protected String hilfetextEingabe; + @XmlElement(required = true) + protected String hilfetextAusgabe; + + /** + * Gets the value of the schemaelementart property. + * + * @return + * possible object is + * {@link CodeSchemaelementart } + * + */ + public CodeSchemaelementart getSchemaelementart() { + return schemaelementart; + } + + /** + * Sets the value of the schemaelementart property. + * + * @param value + * allowed object is + * {@link CodeSchemaelementart } + * + */ + public void setSchemaelementart(CodeSchemaelementart value) { + this.schemaelementart = value; + } + + /** + * Gets the value of the hilfetextEingabe property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getHilfetextEingabe() { + return hilfetextEingabe; + } + + /** + * Sets the value of the hilfetextEingabe property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setHilfetextEingabe(String value) { + this.hilfetextEingabe = value; + } + + /** + * Gets the value of the hilfetextAusgabe property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getHilfetextAusgabe() { + return hilfetextAusgabe; + } + + /** + * Sets the value of the hilfetextAusgabe property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setHilfetextAusgabe(String value) { + this.hilfetextAusgabe = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Schemaelementart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Schemaelementart.java new file mode 100644 index 0000000..257911e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Schemaelementart.java @@ -0,0 +1,47 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlEnum; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Schemaelementart. + * + *

The following schema fragment specifies the expected content contained within this class. + *

+ * 

+ * <simpleType name="Schemaelementart">
+ *   <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *     <enumeration value="ABS"/>
+ *     <enumeration value="HAR"/>
+ *     <enumeration value="RNG"/>
+ *   </restriction>
+ * </simpleType>
+ *
+ * + */ +@XmlType(name = "Schemaelementart") +@XmlEnum +public enum Schemaelementart { + + ABS, + HAR, + RNG; + + public String value() { + return name(); + } + + public static Schemaelementart fromValue(String v) { + return valueOf(v); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Stammdatenschema.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Stammdatenschema.java new file mode 100644 index 0000000..2316df4 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Stammdatenschema.java @@ -0,0 +1,194 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die FIM-Stammdatenschemata werden auf allen föderalen Ebenen auf Basis von Gesetzen, Verordnungen sowie Verwaltungs- und Ausführungsvorschriften unter Anwendung des Redaktionsprozesses entwickelt. Stammdatenschemata sollen Allgemeingültigkeit besitzen. + * + *

Java class for Stammdatenschema complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Stammdatenschema">
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}AllgemeineAngaben">
+ *       <sequence>
+ *         <element name="hilfetext" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="ableitungsmodifikationenStruktur" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.AbleitungsmodifikationenStruktur"/>
+ *         <element name="ableitungsmodifikationenRepraesentation" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.AbleitungsmodifikationenRepraesentation"/>
+ *         <element name="regel" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Regel" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="struktur" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Struktur" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Stammdatenschema", propOrder = { + "hilfetext", + "ableitungsmodifikationenStruktur", + "ableitungsmodifikationenRepraesentation", + "regel", + "struktur" +}) +public class Stammdatenschema + extends AllgemeineAngaben +{ + + protected String hilfetext; + @XmlElement(required = true) + protected CodeAbleitungsmodifikationenStruktur ableitungsmodifikationenStruktur; + @XmlElement(required = true) + protected CodeAbleitungsmodifikationenRepraesentation ableitungsmodifikationenRepraesentation; + protected List regel; + protected List struktur; + + /** + * Gets the value of the hilfetext property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getHilfetext() { + return hilfetext; + } + + /** + * Sets the value of the hilfetext property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setHilfetext(String value) { + this.hilfetext = value; + } + + /** + * Gets the value of the ableitungsmodifikationenStruktur property. + * + * @return + * possible object is + * {@link CodeAbleitungsmodifikationenStruktur } + * + */ + public CodeAbleitungsmodifikationenStruktur getAbleitungsmodifikationenStruktur() { + return ableitungsmodifikationenStruktur; + } + + /** + * Sets the value of the ableitungsmodifikationenStruktur property. + * + * @param value + * allowed object is + * {@link CodeAbleitungsmodifikationenStruktur } + * + */ + public void setAbleitungsmodifikationenStruktur(CodeAbleitungsmodifikationenStruktur value) { + this.ableitungsmodifikationenStruktur = value; + } + + /** + * Gets the value of the ableitungsmodifikationenRepraesentation property. + * + * @return + * possible object is + * {@link CodeAbleitungsmodifikationenRepraesentation } + * + */ + public CodeAbleitungsmodifikationenRepraesentation getAbleitungsmodifikationenRepraesentation() { + return ableitungsmodifikationenRepraesentation; + } + + /** + * Sets the value of the ableitungsmodifikationenRepraesentation property. + * + * @param value + * allowed object is + * {@link CodeAbleitungsmodifikationenRepraesentation } + * + */ + public void setAbleitungsmodifikationenRepraesentation(CodeAbleitungsmodifikationenRepraesentation value) { + this.ableitungsmodifikationenRepraesentation = value; + } + + /** + * Gets the value of the regel property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the regel property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getRegel().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Regel } + * + * + */ + public List getRegel() { + if (regel == null) { + regel = new ArrayList(); + } + return this.regel; + } + + /** + * Gets the value of the struktur property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the struktur property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getStruktur().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Struktur } + * + * + */ + public List getStruktur() { + if (struktur == null) { + struktur = new ArrayList(); + } + return this.struktur; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Struktur.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Struktur.java new file mode 100644 index 0000000..59c5ab5 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Struktur.java @@ -0,0 +1,127 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die Struktur listet ein Unterelement eines übergeordneten Elements auf. + * + *

Java class for Struktur complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Struktur">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="anzahl" type="{urn:xoev-de:fim:standard:xdatenfelder_2}AnzahlString"/>
+ *         <element name="bezug" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="enthaelt" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Enthaelt"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Struktur", propOrder = { + "anzahl", + "bezug", + "enthaelt" +}) +public class Struktur { + + @XmlElement(required = true) + protected String anzahl; + @XmlElement(required = true) + protected String bezug; + @XmlElement(required = true) + protected Enthaelt enthaelt; + + /** + * Gets the value of the anzahl property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getAnzahl() { + return anzahl; + } + + /** + * Sets the value of the anzahl property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setAnzahl(String value) { + this.anzahl = value; + } + + /** + * Gets the value of the bezug property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBezug() { + return bezug; + } + + /** + * Sets the value of the bezug property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBezug(String value) { + this.bezug = value; + } + + /** + * Gets the value of the enthaelt property. + * + * @return + * possible object is + * {@link Enthaelt } + * + */ + public Enthaelt getEnthaelt() { + return enthaelt; + } + + /** + * Sets the value of the enthaelt property. + * + * @param value + * allowed object is + * {@link Enthaelt } + * + */ + public void setEnthaelt(Enthaelt value) { + this.enthaelt = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchanfrage.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchanfrage.java new file mode 100644 index 0000000..a2564b9 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchanfrage.java @@ -0,0 +1,527 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Die Suchanfrage legt fest, wonach an welchen Stellen gesucht werden soll. + * + *

Java class for Suchanfrage complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchanfrage">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="elementTyp" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.ElementTyp" maxOccurs="5"/>
+ *         <element name="begriff" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="felder" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Suchfeld" maxOccurs="unbounded"/>
+ *         <element name="status" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Status" minOccurs="0"/>
+ *         <element name="ableitungsmodifikationenStruktur" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.AbleitungsmodifikationenStruktur" minOccurs="0"/>
+ *         <element name="ableitungsmodifikationenRepraesentation" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.AbleitungsmodifikationenRepraesentation" minOccurs="0"/>
+ *         <element name="schemaelementart" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Schemaelementart" minOccurs="0"/>
+ *         <element name="feldart" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Feldart" minOccurs="0"/>
+ *         <element name="datentyp" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Code.Datentyp" minOccurs="0"/>
+ *         <element name="gueltigAbNach" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="gueltigAbVor" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="gueltigBisNach" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="gueltigBisVor" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="freigabedatumNach" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="freigabedatumVor" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="veroeffentlichungsdatumNach" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *         <element name="veroeffentlichungsdatumVor" type="{http://www.w3.org/2001/XMLSchema}date" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchanfrage", propOrder = { + "elementTyp", + "begriff", + "felder", + "status", + "ableitungsmodifikationenStruktur", + "ableitungsmodifikationenRepraesentation", + "schemaelementart", + "feldart", + "datentyp", + "gueltigAbNach", + "gueltigAbVor", + "gueltigBisNach", + "gueltigBisVor", + "freigabedatumNach", + "freigabedatumVor", + "veroeffentlichungsdatumNach", + "veroeffentlichungsdatumVor" +}) +public class Suchanfrage { + + @XmlElement(required = true) + protected List elementTyp; + @XmlElement(required = true) + protected String begriff; + @XmlElement(required = true) + protected List felder; + protected CodeStatus status; + protected CodeAbleitungsmodifikationenStruktur ableitungsmodifikationenStruktur; + protected CodeAbleitungsmodifikationenRepraesentation ableitungsmodifikationenRepraesentation; + protected CodeSchemaelementart schemaelementart; + protected CodeFeldart feldart; + protected CodeDatentyp datentyp; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar gueltigAbNach; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar gueltigAbVor; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar gueltigBisNach; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar gueltigBisVor; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar freigabedatumNach; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar freigabedatumVor; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar veroeffentlichungsdatumNach; + @XmlSchemaType(name = "date") + protected XMLGregorianCalendar veroeffentlichungsdatumVor; + + /** + * Gets the value of the elementTyp property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the elementTyp property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getElementTyp().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeElementTyp } + * + * + */ + public List getElementTyp() { + if (elementTyp == null) { + elementTyp = new ArrayList(); + } + return this.elementTyp; + } + + /** + * Gets the value of the begriff property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBegriff() { + return begriff; + } + + /** + * Sets the value of the begriff property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBegriff(String value) { + this.begriff = value; + } + + /** + * Gets the value of the felder property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the felder property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getFelder().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeSuchfeld } + * + * + */ + public List getFelder() { + if (felder == null) { + felder = new ArrayList(); + } + return this.felder; + } + + /** + * Gets the value of the status property. + * + * @return + * possible object is + * {@link CodeStatus } + * + */ + public CodeStatus getStatus() { + return status; + } + + /** + * Sets the value of the status property. + * + * @param value + * allowed object is + * {@link CodeStatus } + * + */ + public void setStatus(CodeStatus value) { + this.status = value; + } + + /** + * Gets the value of the ableitungsmodifikationenStruktur property. + * + * @return + * possible object is + * {@link CodeAbleitungsmodifikationenStruktur } + * + */ + public CodeAbleitungsmodifikationenStruktur getAbleitungsmodifikationenStruktur() { + return ableitungsmodifikationenStruktur; + } + + /** + * Sets the value of the ableitungsmodifikationenStruktur property. + * + * @param value + * allowed object is + * {@link CodeAbleitungsmodifikationenStruktur } + * + */ + public void setAbleitungsmodifikationenStruktur(CodeAbleitungsmodifikationenStruktur value) { + this.ableitungsmodifikationenStruktur = value; + } + + /** + * Gets the value of the ableitungsmodifikationenRepraesentation property. + * + * @return + * possible object is + * {@link CodeAbleitungsmodifikationenRepraesentation } + * + */ + public CodeAbleitungsmodifikationenRepraesentation getAbleitungsmodifikationenRepraesentation() { + return ableitungsmodifikationenRepraesentation; + } + + /** + * Sets the value of the ableitungsmodifikationenRepraesentation property. + * + * @param value + * allowed object is + * {@link CodeAbleitungsmodifikationenRepraesentation } + * + */ + public void setAbleitungsmodifikationenRepraesentation(CodeAbleitungsmodifikationenRepraesentation value) { + this.ableitungsmodifikationenRepraesentation = value; + } + + /** + * Gets the value of the schemaelementart property. + * + * @return + * possible object is + * {@link CodeSchemaelementart } + * + */ + public CodeSchemaelementart getSchemaelementart() { + return schemaelementart; + } + + /** + * Sets the value of the schemaelementart property. + * + * @param value + * allowed object is + * {@link CodeSchemaelementart } + * + */ + public void setSchemaelementart(CodeSchemaelementart value) { + this.schemaelementart = value; + } + + /** + * Gets the value of the feldart property. + * + * @return + * possible object is + * {@link CodeFeldart } + * + */ + public CodeFeldart getFeldart() { + return feldart; + } + + /** + * Sets the value of the feldart property. + * + * @param value + * allowed object is + * {@link CodeFeldart } + * + */ + public void setFeldart(CodeFeldart value) { + this.feldart = value; + } + + /** + * Gets the value of the datentyp property. + * + * @return + * possible object is + * {@link CodeDatentyp } + * + */ + public CodeDatentyp getDatentyp() { + return datentyp; + } + + /** + * Sets the value of the datentyp property. + * + * @param value + * allowed object is + * {@link CodeDatentyp } + * + */ + public void setDatentyp(CodeDatentyp value) { + this.datentyp = value; + } + + /** + * Gets the value of the gueltigAbNach property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getGueltigAbNach() { + return gueltigAbNach; + } + + /** + * Sets the value of the gueltigAbNach property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setGueltigAbNach(XMLGregorianCalendar value) { + this.gueltigAbNach = value; + } + + /** + * Gets the value of the gueltigAbVor property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getGueltigAbVor() { + return gueltigAbVor; + } + + /** + * Sets the value of the gueltigAbVor property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setGueltigAbVor(XMLGregorianCalendar value) { + this.gueltigAbVor = value; + } + + /** + * Gets the value of the gueltigBisNach property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getGueltigBisNach() { + return gueltigBisNach; + } + + /** + * Sets the value of the gueltigBisNach property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setGueltigBisNach(XMLGregorianCalendar value) { + this.gueltigBisNach = value; + } + + /** + * Gets the value of the gueltigBisVor property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getGueltigBisVor() { + return gueltigBisVor; + } + + /** + * Sets the value of the gueltigBisVor property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setGueltigBisVor(XMLGregorianCalendar value) { + this.gueltigBisVor = value; + } + + /** + * Gets the value of the freigabedatumNach property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getFreigabedatumNach() { + return freigabedatumNach; + } + + /** + * Sets the value of the freigabedatumNach property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setFreigabedatumNach(XMLGregorianCalendar value) { + this.freigabedatumNach = value; + } + + /** + * Gets the value of the freigabedatumVor property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getFreigabedatumVor() { + return freigabedatumVor; + } + + /** + * Sets the value of the freigabedatumVor property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setFreigabedatumVor(XMLGregorianCalendar value) { + this.freigabedatumVor = value; + } + + /** + * Gets the value of the veroeffentlichungsdatumNach property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getVeroeffentlichungsdatumNach() { + return veroeffentlichungsdatumNach; + } + + /** + * Sets the value of the veroeffentlichungsdatumNach property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setVeroeffentlichungsdatumNach(XMLGregorianCalendar value) { + this.veroeffentlichungsdatumNach = value; + } + + /** + * Gets the value of the veroeffentlichungsdatumVor property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getVeroeffentlichungsdatumVor() { + return veroeffentlichungsdatumVor; + } + + /** + * Sets the value of the veroeffentlichungsdatumVor property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setVeroeffentlichungsdatumVor(XMLGregorianCalendar value) { + this.veroeffentlichungsdatumVor = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchergebnis.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchergebnis.java new file mode 100644 index 0000000..b9e1f15 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchergebnis.java @@ -0,0 +1,177 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Abstrakte Basisklasse, um die verschiedene Arten von Suchergebnissen darstellen zu können (entsprich dem XSD Choice). + * + *

Java class for Suchergebnis complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchergebnis">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <choice>
+ *         <element name="dokumentsteckbrief" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Dokumentsteckbrief"/>
+ *         <element name="stammdatenschema" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Stammdatenschema"/>
+ *         <element name="datenfeldgruppe" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Datenfeldgruppe"/>
+ *         <element name="datenfeld" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Datenfeld"/>
+ *         <element name="codeliste" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Codeliste"/>
+ *       </choice>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchergebnis", propOrder = { + "dokumentsteckbrief", + "stammdatenschema", + "datenfeldgruppe", + "datenfeld", + "codeliste" +}) +public class Suchergebnis { + + protected Dokumentsteckbrief dokumentsteckbrief; + protected Stammdatenschema stammdatenschema; + protected Datenfeldgruppe datenfeldgruppe; + protected Datenfeld datenfeld; + protected Codeliste codeliste; + + /** + * Gets the value of the dokumentsteckbrief property. + * + * @return + * possible object is + * {@link Dokumentsteckbrief } + * + */ + public Dokumentsteckbrief getDokumentsteckbrief() { + return dokumentsteckbrief; + } + + /** + * Sets the value of the dokumentsteckbrief property. + * + * @param value + * allowed object is + * {@link Dokumentsteckbrief } + * + */ + public void setDokumentsteckbrief(Dokumentsteckbrief value) { + this.dokumentsteckbrief = value; + } + + /** + * Gets the value of the stammdatenschema property. + * + * @return + * possible object is + * {@link Stammdatenschema } + * + */ + public Stammdatenschema getStammdatenschema() { + return stammdatenschema; + } + + /** + * Sets the value of the stammdatenschema property. + * + * @param value + * allowed object is + * {@link Stammdatenschema } + * + */ + public void setStammdatenschema(Stammdatenschema value) { + this.stammdatenschema = value; + } + + /** + * Gets the value of the datenfeldgruppe property. + * + * @return + * possible object is + * {@link Datenfeldgruppe } + * + */ + public Datenfeldgruppe getDatenfeldgruppe() { + return datenfeldgruppe; + } + + /** + * Sets the value of the datenfeldgruppe property. + * + * @param value + * allowed object is + * {@link Datenfeldgruppe } + * + */ + public void setDatenfeldgruppe(Datenfeldgruppe value) { + this.datenfeldgruppe = value; + } + + /** + * Gets the value of the datenfeld property. + * + * @return + * possible object is + * {@link Datenfeld } + * + */ + public Datenfeld getDatenfeld() { + return datenfeld; + } + + /** + * Sets the value of the datenfeld property. + * + * @param value + * allowed object is + * {@link Datenfeld } + * + */ + public void setDatenfeld(Datenfeld value) { + this.datenfeld = value; + } + + /** + * Gets the value of the codeliste property. + * + * @return + * possible object is + * {@link Codeliste } + * + */ + public Codeliste getCodeliste() { + return codeliste; + } + + /** + * Sets the value of the codeliste property. + * + * @param value + * allowed object is + * {@link Codeliste } + * + */ + public void setCodeliste(Codeliste value) { + this.codeliste = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchfeld.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchfeld.java new file mode 100644 index 0000000..4afb2c8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/Suchfeld.java @@ -0,0 +1,88 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlEnum; +import javax.xml.bind.annotation.XmlEnumValue; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for Suchfeld. + * + *

The following schema fragment specifies the expected content contained within this class. + *

+ * 

+ * <simpleType name="Suchfeld">
+ *   <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *     <enumeration value="beschreibung"/>
+ *     <enumeration value="bezeichnungAusgabe"/>
+ *     <enumeration value="bezeichnungEingabe"/>
+ *     <enumeration value="bezug"/>
+ *     <enumeration value="codelistenWerte"/>
+ *     <enumeration value="definition"/>
+ *     <enumeration value="hilfetext"/>
+ *     <enumeration value="hilfetextAusgabe"/>
+ *     <enumeration value="hilfetextEingabe"/>
+ *     <enumeration value="id"/>
+ *     <enumeration value="inhalt"/>
+ *     <enumeration value="name"/>
+ *   </restriction>
+ * </simpleType>
+ *
+ * + */ +@XmlType(name = "Suchfeld") +@XmlEnum +public enum Suchfeld { + + @XmlEnumValue("beschreibung") + BESCHREIBUNG("beschreibung"), + @XmlEnumValue("bezeichnungAusgabe") + BEZEICHNUNG_AUSGABE("bezeichnungAusgabe"), + @XmlEnumValue("bezeichnungEingabe") + BEZEICHNUNG_EINGABE("bezeichnungEingabe"), + @XmlEnumValue("bezug") + BEZUG("bezug"), + @XmlEnumValue("codelistenWerte") + CODELISTEN_WERTE("codelistenWerte"), + @XmlEnumValue("definition") + DEFINITION("definition"), + @XmlEnumValue("hilfetext") + HILFETEXT("hilfetext"), + @XmlEnumValue("hilfetextAusgabe") + HILFETEXT_AUSGABE("hilfetextAusgabe"), + @XmlEnumValue("hilfetextEingabe") + HILFETEXT_EINGABE("hilfetextEingabe"), + @XmlEnumValue("id") + ID("id"), + @XmlEnumValue("inhalt") + INHALT("inhalt"), + @XmlEnumValue("name") + NAME("name"); + private final String value; + + Suchfeld(String v) { + value = v; + } + + public String value() { + return value; + } + + public static Suchfeld fromValue(String v) { + for (Suchfeld c: Suchfeld.values()) { + if (c.value.equals(v)) { + return c; + } + } + throw new IllegalArgumentException(v); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderCodeliste0105.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderCodeliste0105.java new file mode 100644 index 0000000..ca1eadf --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderCodeliste0105.java @@ -0,0 +1,73 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}Nachricht">
+ *       <sequence>
+ *         <element name="codeliste" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Codeliste"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "codeliste" +}) +@XmlRootElement(name = "xdatenfelder.codeliste.0105") +public class XdatenfelderCodeliste0105 + extends Nachricht +{ + + @XmlElement(required = true) + protected Codeliste codeliste; + + /** + * Gets the value of the codeliste property. + * + * @return + * possible object is + * {@link Codeliste } + * + */ + public Codeliste getCodeliste() { + return codeliste; + } + + /** + * Sets the value of the codeliste property. + * + * @param value + * allowed object is + * {@link Codeliste } + * + */ + public void setCodeliste(Codeliste value) { + this.codeliste = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDatenfeld0104.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDatenfeld0104.java new file mode 100644 index 0000000..33611ed --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDatenfeld0104.java @@ -0,0 +1,73 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}Nachricht">
+ *       <sequence>
+ *         <element name="datenfeld" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Datenfeld"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "datenfeld" +}) +@XmlRootElement(name = "xdatenfelder.datenfeld.0104") +public class XdatenfelderDatenfeld0104 + extends Nachricht +{ + + @XmlElement(required = true) + protected Datenfeld datenfeld; + + /** + * Gets the value of the datenfeld property. + * + * @return + * possible object is + * {@link Datenfeld } + * + */ + public Datenfeld getDatenfeld() { + return datenfeld; + } + + /** + * Sets the value of the datenfeld property. + * + * @param value + * allowed object is + * {@link Datenfeld } + * + */ + public void setDatenfeld(Datenfeld value) { + this.datenfeld = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDatenfeldgruppe0103.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDatenfeldgruppe0103.java new file mode 100644 index 0000000..8024ce8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDatenfeldgruppe0103.java @@ -0,0 +1,73 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}Nachricht">
+ *       <sequence>
+ *         <element name="datenfeldgruppe" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Datenfeldgruppe"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "datenfeldgruppe" +}) +@XmlRootElement(name = "xdatenfelder.datenfeldgruppe.0103") +public class XdatenfelderDatenfeldgruppe0103 + extends Nachricht +{ + + @XmlElement(required = true) + protected Datenfeldgruppe datenfeldgruppe; + + /** + * Gets the value of the datenfeldgruppe property. + * + * @return + * possible object is + * {@link Datenfeldgruppe } + * + */ + public Datenfeldgruppe getDatenfeldgruppe() { + return datenfeldgruppe; + } + + /** + * Sets the value of the datenfeldgruppe property. + * + * @param value + * allowed object is + * {@link Datenfeldgruppe } + * + */ + public void setDatenfeldgruppe(Datenfeldgruppe value) { + this.datenfeldgruppe = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDokumentsteckbrief0101.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDokumentsteckbrief0101.java new file mode 100644 index 0000000..2397c85 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderDokumentsteckbrief0101.java @@ -0,0 +1,73 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}Nachricht">
+ *       <sequence>
+ *         <element name="dokumentensteckbrief" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Dokumentsteckbrief"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "dokumentensteckbrief" +}) +@XmlRootElement(name = "xdatenfelder.dokumentsteckbrief.0101") +public class XdatenfelderDokumentsteckbrief0101 + extends Nachricht +{ + + @XmlElement(required = true) + protected Dokumentsteckbrief dokumentensteckbrief; + + /** + * Gets the value of the dokumentensteckbrief property. + * + * @return + * possible object is + * {@link Dokumentsteckbrief } + * + */ + public Dokumentsteckbrief getDokumentensteckbrief() { + return dokumentensteckbrief; + } + + /** + * Sets the value of the dokumentensteckbrief property. + * + * @param value + * allowed object is + * {@link Dokumentsteckbrief } + * + */ + public void setDokumentensteckbrief(Dokumentsteckbrief value) { + this.dokumentensteckbrief = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderStammdatenschema0102.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderStammdatenschema0102.java new file mode 100644 index 0000000..341af66 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/XdatenfelderStammdatenschema0102.java @@ -0,0 +1,73 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + + +package uni.jena.fim.xdatenfelder.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{urn:xoev-de:fim:standard:xdatenfelder_2}Nachricht">
+ *       <sequence>
+ *         <element name="stammdatenschema" type="{urn:xoev-de:fim:standard:xdatenfelder_2}Stammdatenschema"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "stammdatenschema" +}) +@XmlRootElement(name = "xdatenfelder.stammdatenschema.0102") +public class XdatenfelderStammdatenschema0102 + extends Nachricht +{ + + @XmlElement(required = true) + protected Stammdatenschema stammdatenschema; + + /** + * Gets the value of the stammdatenschema property. + * + * @return + * possible object is + * {@link Stammdatenschema } + * + */ + public Stammdatenschema getStammdatenschema() { + return stammdatenschema; + } + + /** + * Sets the value of the stammdatenschema property. + * + * @param value + * allowed object is + * {@link Stammdatenschema } + * + */ + public void setStammdatenschema(Stammdatenschema value) { + this.stammdatenschema = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/package-info.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/package-info.java new file mode 100644 index 0000000..9e38284 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xdatenfelder/v2/core/package-info.java @@ -0,0 +1,9 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.03.06 at 11:34:55 AM UTC +// + +@javax.xml.bind.annotation.XmlSchema(namespace = "urn:xoev-de:fim:standard:xdatenfelder_2", elementFormDefault = javax.xml.bind.annotation.XmlNsForm.QUALIFIED) +package uni.jena.fim.xdatenfelder.v2.core; diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/XProzess.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/XProzess.java new file mode 100644 index 0000000..88d62fb --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/XProzess.java @@ -0,0 +1,266 @@ +package uni.jena.fim.xprocess; + +import java.io.BufferedReader; +import java.io.ByteArrayInputStream; +import java.io.File; +import java.io.FileInputStream; +import java.io.FileNotFoundException; +import java.io.FileOutputStream; +import java.io.IOException; +import java.io.InputStreamReader; +import java.net.URL; +import java.util.ArrayList; +import java.util.UUID; +import java.util.stream.Stream; +import java.util.zip.ZipEntry; +import java.util.zip.ZipInputStream; + +import javax.xml.bind.JAXBContext; +import javax.xml.bind.JAXBException; +import javax.xml.bind.Unmarshaller; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.ModelFactory; +import org.apache.jena.rdf.model.Property; +import org.apache.jena.rdf.model.Resource; +import org.apache.jena.vocabulary.RDFS; + +import com.moandjiezana.toml.Toml; + +import uni.jena.bpmn.parser.BPMNParser; +import uni.jena.fim.xprocess.v2.core.Aktivitaetengruppe; +import uni.jena.fim.xprocess.v2.core.AlleInhalteExport0303; +import uni.jena.fim.xprocess.v2.core.Datei; +import uni.jena.fim.xprocess.v2.core.Handlungsgrundlage; +import uni.jena.fim.xprocess.v2.core.Prozess; +import uni.jena.fim.xprocess.v2.core.Prozessklasse; +import uni.jena.fim.xprocess.v2.core.Prozessteilnehmer; + + + + + +public class XProzess { + private AlleInhalteExport0303 xprocess = null; + private XProzessConfig config = null; + private String leikaID; + private BPMNParser bpmnParser = null; + + + // ---------------------------- Konstruktoren -----------------------------// + + public XProzess(String Content) throws FileNotFoundException, IOException { + createInstance(Content); + } + + public XProzess(URL path) throws IOException, FileNotFoundException { + this(new File(path.getPath())); + } + + public XProzess(File f) throws FileNotFoundException, IOException { + createInstance(f); + } + + // --------------------------- public Methoden ----------------------------// + + public String getLeikaID() { + return this.xprocess.getProzessbibliothek().getProzess().get(0).getId(); + } + + public String getDatenfeldID(int i) { + return this.xprocess.getProzessbibliothek().getProzess().get(i).getProzesssteckbrief().getAusloeser().get(0).getFormularID().replace("D", "S"); + } + + public Resource getRDFResource(URL modelPath) throws IOException { + Model m = ModelFactory.createDefaultModel(); + m.read(modelPath.getPath()); + + return getRDFXProcess(m); + } + + public Resource getRDFXProcess(Model m) throws IOException { + leikaID = getLeikaID(); + File tmpFile = writeFile("test.xml", getProzessmodelldateiContent().toString()); + bpmnParser = new BPMNParser(m,tmpFile,leikaID); + + String name = this.xprocess.getProzessbibliothek().getProzess().get(0).getName(); + + Resource result = m.createResource(this.config.baseURL+leikaID, this.config.getServiceResource(m)); + + result.addLiteral(this.config.getHasLeikaID(m), leikaID); + result.addLiteral(this.config.getName(m), name); + result.addProperty(RDFS.label, name); + + Property hasProcess = this.config.getHasProcess(m); + + for(Prozess proz : this.xprocess.getProzessbibliothek().getProzess()) { + Resource processes = getProcesses(m,result,proz); + result.addProperty(hasProcess, processes); + } + + bpmnParser.parse(); + bpmnParser.writeOntology(); + + tmpFile.delete(); + bpmnParser = null; + + return result; + } + + public StringBuilder getProzessmodelldateiContent() throws IOException { + if(this.xprocess.getProzessbibliothek().getProzess().size() > 0) { + Prozess prozess = this.xprocess.getProzessbibliothek().getProzess().get(0); + if(prozess.getProzessmodell() != null) { + if(prozess.getProzessmodell().getProzessmodelldatei().size() > 0) { + Datei datei = prozess.getProzessmodell().getProzessmodelldatei().get(0); + byte[] inhalt = datei.getInhalt(); + + return getContentFrom(inhalt); + } + } + } + return null; + } + + + // --------------------------- private Methoden ---------------------------// + + private static File writeFile(String filePath, String content) throws IOException { + File f = new File(filePath); + FileOutputStream fos = new FileOutputStream(f); + + fos.write(content.getBytes()); + fos.close(); + + return f; + } + + private Resource getProcesses(Model m,Resource serviceResource, Prozess prozess) { + String name = prozess.getName(); + + Resource result = m.createResource(this.config.getBaseURL() + "process_" + this.leikaID+"_"+UUID.randomUUID(), this.config.getProcessResource(m)); + result.addProperty(this.config.getName(m), name); + result.addProperty(RDFS.label, name); + result.addProperty(this.config.getHasLeikaID(m), leikaID); + + Property executes = this.config.getExecutes(m); + + ArrayList teilnehmer = bpmnParser.getTeilnehmer(this.config, m, prozess.getId()); + + for(Resource tn: teilnehmer) { + tn.addProperty(executes, result); + } + + Property hasProcessStep = this.config.getHasSubProcessStep(m); + for(Aktivitaetengruppe task : prozess.getProzessstrukturbeschreibung().getStrukturbeschreibungFIM().getAktivitaetengruppe()) { + Resource taskResource = getSubProzess(m, task); + result.addProperty(hasProcessStep, taskResource); + } + + return result; + } + + private Resource getSubProzess(Model m, Aktivitaetengruppe task) { + String nameTask = task.getName(); + String idTask = task.getSubProzessID(); + String codeActivityGroupe = task.getReferenzaktivitaetengruppeTyp().getCode(); + + Resource rag = this.config.getAktivitätengruppe(m,codeActivityGroupe); + rag.addProperty(this.config.hasID(m), codeActivityGroupe); + + Resource result = m.createResource(this.config.baseURL + this.leikaID + idTask, this.config.getSubProzess(m)); + result.addProperty(this.config.getHasType(m), rag); + + result.addProperty(this.config.getName(m), nameTask); + result.addProperty(RDFS.label, nameTask); + + //result.addProperty(this.config.getID(m), idTask); + + for(Handlungsgrundlage handlungsgrundlage : task.getHandlungsgrundlage()) { + Resource hglRessource = getHandlungsgrundlage(m, handlungsgrundlage); + + result.addProperty(this.config.getHasBasis(m), hglRessource); + } + + result.addProperty(this.config.getHasResource(m), this.config.createDataFieldIndividual(m, this.getDatenfeldID(0))); + + return result; + } + + private Resource getHandlungsgrundlage(Model m, Handlungsgrundlage handlungsgrundlage) { + String name = handlungsgrundlage.getName(); + String uri = handlungsgrundlage.getUri(); + + Resource result = m.createResource(uri, this.config.getBasis(m)); + + result.addProperty(this.config.getName(m), name); + result.addProperty(RDFS.label, name); + + return result; + } + + private StringBuilder getContentFrom(byte[] bytes) throws IOException { + + ZipInputStream zis = new ZipInputStream(new ByteArrayInputStream(bytes)); + + ZipEntry nextEntry = zis.getNextEntry(); + + BufferedReader reader = new BufferedReader(new InputStreamReader(zis)); + + Stream lines = reader.lines(); + + StringBuilder sb = new StringBuilder(String.join("\r\n", lines.toList())); + + return sb; + } + + private static String readFile(File f) throws FileNotFoundException, IOException { + StringBuilder content = new StringBuilder(); + + try (BufferedReader reader = new BufferedReader( + new InputStreamReader(new FileInputStream(f)))) { + for (String line; (line = reader.readLine()) != null; ) { + content.append(line + "\n"); + } + } + + return content.toString(); + } + + public void createInstance(File f) throws FileNotFoundException, IOException { + String fileContent = readFile(f); + + createInstance(fileContent); + } + + private void createInstance(String fileContent) throws FileNotFoundException, IOException { + JAXBContext jaxbContext; + + try + { + jaxbContext = JAXBContext.newInstance(AlleInhalteExport0303.class); + + Unmarshaller jaxbUnmarshaller = jaxbContext.createUnmarshaller(); + + + AlleInhalteExport0303 ju = (AlleInhalteExport0303) jaxbUnmarshaller.unmarshal( + new ByteArrayInputStream(fileContent.getBytes())); + + this.xprocess = ju; + URL resource = XProzess.class.getClassLoader().getResource("config.toml"); + this.config = getConfigFile(resource); + } + catch (JAXBException e) + { + e.printStackTrace(); + } + } + + private XProzessConfig getConfigFile(URL resource) throws IllegalStateException, FileNotFoundException, IOException { + String tomlContent = readFile(new File(resource.getFile())); + Toml toml = new Toml().read(tomlContent).getTable("XProzess"); + + return toml.to(XProzessConfig.class); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/XProzessConfig.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/XProzessConfig.java new file mode 100644 index 0000000..856ef50 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/XProzessConfig.java @@ -0,0 +1,145 @@ +package uni.jena.fim.xprocess; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.Property; +import org.apache.jena.rdf.model.Resource; + +public class XProzessConfig { + + // base + String baseURL; + String dataFieldIndividual; + + // Classes + String process; + String sub_process; + String service; + String agent; + String Hauptakteur; + String Mitwirkende; + String Ergebnissempfaenger; + String rag; + String data_fields; + String basis; + + // Object Properties + String has_process; + String has_sub_process; + String is_running; + String based_on; + String participates; + String has_resource; + String has_type; + String tauscht_aus_mit; + String trades_with; + + // Data Properties + String data_field_id; + String leika_id; + String id; + String name; + + public Resource createDataFieldIndividual(Model m, String ID) { + return m.createResource(this.dataFieldIndividual + ID, this.getDatenfeldClass(m)); + } + + public String getBaseURL() { + return this.baseURL; + } + + public Resource getProcessResource(Model m) { + return m.getResource(this.process); + } + + public Property getHasLeikaID(Model m) { + return m.getProperty(this.leika_id); + } + + public Property getName(Model m) { + return m.getProperty(this.name); + } + + public Property getHasProcess(Model m) { + return m.getProperty(this.has_process); + } + + public Resource getServiceResource(Model m) { + return m.getResource(this.service); + } + + public Property getID(Model m) { + return m.getProperty(this.id); + } + + public Resource getTeilnehmerClass(Model m, String id) { + if(id != null) { + if(id.equals("1")) { + return m.getResource(this.Ergebnissempfaenger); + }else if(id.equals("2")) { + return m.getResource(this.Hauptakteur); + }else if(id.equals("3")) { + return m.getResource(this.Mitwirkende); + }else { + return m.getResource(this.agent); + } + }else { + return m.getResource(this.agent); + } + } + + public Property getExecutes(Model m) { + return m.getProperty(this.is_running); + } + + public Resource getAktivitätengruppe(Model m, String codeActivityGroupe) { + Resource activitygroupe = null; + if((activitygroupe = m.getResource(this.baseURL+"RAG"+codeActivityGroupe))!= null) { + return activitygroupe; + }else { + return m.createResource(this.baseURL+"RAG"+codeActivityGroupe, this.getRAGClass(m)); + } + } + + private Resource getRAGClass(Model m) { + return m.getResource(this.rag); + } + + public Resource getSubProzess(Model m) { + return m.getResource(this.sub_process); + } + + public Property getHasType(Model m) { + return m.getProperty(this.has_type); + } + + public Property getHasSubProcess(Model m) { + return m.getProperty(this.has_sub_process); + } + + public Resource getBasis(Model m) { + return m.getResource(this.basis); + } + + public Property getHasBasis(Model m) { + return m.getProperty(this.based_on); + } + + public Property getHasSubProcessStep(Model m) { + return m.getProperty(this.has_sub_process); + } + + public Property participatesIn(Model m) { + return m.getProperty(this.participates); + } + + public Property hasID(Model m) { + return m.getProperty(this.id); + } + public Property getHasResource(Model m) { + return m.getProperty(this.has_resource); + } + + public Resource getDatenfeldClass(Model m) { + return m.getResource(this.data_fields); + } +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Aktivitaetengruppe.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Aktivitaetengruppe.java new file mode 100644 index 0000000..0d863b8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Aktivitaetengruppe.java @@ -0,0 +1,368 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * In der FIM-Methodik bündelt eine Aktivitätengruppe thematisch zusammengehörige Prozess-Elemente (z.B. feingliedrige Aufgaben). Aktivitätengruppen, die über ein- oder ausgehende Nachrichten kommunizieren, enthalten für jede Nachricht einen Verweis auf den Formularsteckbrief. + * + *

Java class for Aktivitaetengruppe complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Aktivitaetengruppe">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="referenzaktivitaetengruppeTyp" type="{http://www.regierung-mv.de/xprozess/2}Code.Referenzaktivitaetengruppe"/>
+ *         <element name="referenzaktivitaetengruppeVersion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="id" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="subProzessID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="beschreibung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="handlungsgrundlage" type="{http://www.regierung-mv.de/xprozess/2}Handlungsgrundlage" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="eingehendeDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="ausgehendeDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="fachverfahren" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="spezifischeAttribute" type="{http://www.regierung-mv.de/xprozess/2}SpezifischeAttribute"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Aktivitaetengruppe", propOrder = { + "referenzaktivitaetengruppeTyp", + "referenzaktivitaetengruppeVersion", + "id", + "subProzessID", + "name", + "beschreibung", + "handlungsgrundlage", + "eingehendeDaten", + "ausgehendeDaten", + "fachverfahren", + "spezifischeAttribute" +}) +public class Aktivitaetengruppe { + + @XmlElement(required = true) + protected CodeReferenzaktivitaetengruppe referenzaktivitaetengruppeTyp; + @XmlElement(required = true) + protected String referenzaktivitaetengruppeVersion; + @XmlElement(required = true) + protected String id; + @XmlElement(required = true) + protected String subProzessID; + @XmlElement(required = true) + protected String name; + protected String beschreibung; + protected List handlungsgrundlage; + protected List eingehendeDaten; + protected List ausgehendeDaten; + protected List fachverfahren; + @XmlElement(required = true) + protected SpezifischeAttribute spezifischeAttribute; + + /** + * Gets the value of the referenzaktivitaetengruppeTyp property. + * + * @return + * possible object is + * {@link CodeReferenzaktivitaetengruppe } + * + */ + public CodeReferenzaktivitaetengruppe getReferenzaktivitaetengruppeTyp() { + return referenzaktivitaetengruppeTyp; + } + + /** + * Sets the value of the referenzaktivitaetengruppeTyp property. + * + * @param value + * allowed object is + * {@link CodeReferenzaktivitaetengruppe } + * + */ + public void setReferenzaktivitaetengruppeTyp(CodeReferenzaktivitaetengruppe value) { + this.referenzaktivitaetengruppeTyp = value; + } + + /** + * Gets the value of the referenzaktivitaetengruppeVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getReferenzaktivitaetengruppeVersion() { + return referenzaktivitaetengruppeVersion; + } + + /** + * Sets the value of the referenzaktivitaetengruppeVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setReferenzaktivitaetengruppeVersion(String value) { + this.referenzaktivitaetengruppeVersion = value; + } + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + + /** + * Gets the value of the subProzessID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getSubProzessID() { + return subProzessID; + } + + /** + * Sets the value of the subProzessID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setSubProzessID(String value) { + this.subProzessID = value; + } + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the beschreibung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBeschreibung() { + return beschreibung; + } + + /** + * Sets the value of the beschreibung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBeschreibung(String value) { + this.beschreibung = value; + } + + /** + * Gets the value of the handlungsgrundlage property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the handlungsgrundlage property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getHandlungsgrundlage().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Handlungsgrundlage } + * + * + */ + public List getHandlungsgrundlage() { + if (handlungsgrundlage == null) { + handlungsgrundlage = new ArrayList(); + } + return this.handlungsgrundlage; + } + + /** + * Gets the value of the eingehendeDaten property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the eingehendeDaten property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getEingehendeDaten().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Daten } + * + * + */ + public List getEingehendeDaten() { + if (eingehendeDaten == null) { + eingehendeDaten = new ArrayList(); + } + return this.eingehendeDaten; + } + + /** + * Gets the value of the ausgehendeDaten property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the ausgehendeDaten property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getAusgehendeDaten().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Daten } + * + * + */ + public List getAusgehendeDaten() { + if (ausgehendeDaten == null) { + ausgehendeDaten = new ArrayList(); + } + return this.ausgehendeDaten; + } + + /** + * Gets the value of the fachverfahren property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the fachverfahren property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getFachverfahren().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getFachverfahren() { + if (fachverfahren == null) { + fachverfahren = new ArrayList(); + } + return this.fachverfahren; + } + + /** + * Gets the value of the spezifischeAttribute property. + * + * @return + * possible object is + * {@link SpezifischeAttribute } + * + */ + public SpezifischeAttribute getSpezifischeAttribute() { + return spezifischeAttribute; + } + + /** + * Sets the value of the spezifischeAttribute property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute } + * + */ + public void setSpezifischeAttribute(SpezifischeAttribute value) { + this.spezifischeAttribute = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteAnfrage0301.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteAnfrage0301.java new file mode 100644 index 0000000..04fabbb --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteAnfrage0301.java @@ -0,0 +1,71 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="suchprofil" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.AlleInhalte" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "suchprofil" +}) +@XmlRootElement(name = "alleInhalte.anfrage.0301") +public class AlleInhalteAnfrage0301 + extends Basisnachricht +{ + + protected SuchprofilAlleInhalte suchprofil; + + /** + * Gets the value of the suchprofil property. + * + * @return + * possible object is + * {@link SuchprofilAlleInhalte } + * + */ + public SuchprofilAlleInhalte getSuchprofil() { + return suchprofil; + } + + /** + * Sets the value of the suchprofil property. + * + * @param value + * allowed object is + * {@link SuchprofilAlleInhalte } + * + */ + public void setSuchprofil(SuchprofilAlleInhalte value) { + this.suchprofil = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteAntwort0302.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteAntwort0302.java new file mode 100644 index 0000000..253ce18 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteAntwort0302.java @@ -0,0 +1,159 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="anfrageUUID" type="{http://www.regierung-mv.de/xprozess/2}String.UUID"/>
+ *         <element name="suchprofilZitat" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozessklasse" minOccurs="0"/>
+ *         <element name="prozesskatalog" type="{http://www.regierung-mv.de/xprozess/2}Prozesskatalog" minOccurs="0"/>
+ *         <element name="prozessbibliothek" type="{http://www.regierung-mv.de/xprozess/2}Prozessbibliothek" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "anfrageUUID", + "suchprofilZitat", + "prozesskatalog", + "prozessbibliothek" +}) +@XmlRootElement(name = "alleInhalte.antwort.0302") +public class AlleInhalteAntwort0302 + extends Basisnachricht +{ + + @XmlElement(required = true) + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String anfrageUUID; + protected SuchprofilProzessklasse suchprofilZitat; + protected Prozesskatalog prozesskatalog; + protected Prozessbibliothek prozessbibliothek; + + /** + * Gets the value of the anfrageUUID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getAnfrageUUID() { + return anfrageUUID; + } + + /** + * Sets the value of the anfrageUUID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setAnfrageUUID(String value) { + this.anfrageUUID = value; + } + + /** + * Gets the value of the suchprofilZitat property. + * + * @return + * possible object is + * {@link SuchprofilProzessklasse } + * + */ + public SuchprofilProzessklasse getSuchprofilZitat() { + return suchprofilZitat; + } + + /** + * Sets the value of the suchprofilZitat property. + * + * @param value + * allowed object is + * {@link SuchprofilProzessklasse } + * + */ + public void setSuchprofilZitat(SuchprofilProzessklasse value) { + this.suchprofilZitat = value; + } + + /** + * Gets the value of the prozesskatalog property. + * + * @return + * possible object is + * {@link Prozesskatalog } + * + */ + public Prozesskatalog getProzesskatalog() { + return prozesskatalog; + } + + /** + * Sets the value of the prozesskatalog property. + * + * @param value + * allowed object is + * {@link Prozesskatalog } + * + */ + public void setProzesskatalog(Prozesskatalog value) { + this.prozesskatalog = value; + } + + /** + * Gets the value of the prozessbibliothek property. + * + * @return + * possible object is + * {@link Prozessbibliothek } + * + */ + public Prozessbibliothek getProzessbibliothek() { + return prozessbibliothek; + } + + /** + * Sets the value of the prozessbibliothek property. + * + * @param value + * allowed object is + * {@link Prozessbibliothek } + * + */ + public void setProzessbibliothek(Prozessbibliothek value) { + this.prozessbibliothek = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteExport0303.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteExport0303.java new file mode 100644 index 0000000..7b275f8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AlleInhalteExport0303.java @@ -0,0 +1,125 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="exportprofil" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.AlleInhalte" minOccurs="0"/>
+ *         <element name="prozesskatalog" type="{http://www.regierung-mv.de/xprozess/2}Prozesskatalog" minOccurs="0"/>
+ *         <element name="prozessbibliothek" type="{http://www.regierung-mv.de/xprozess/2}Prozessbibliothek" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "exportprofil", + "prozesskatalog", + "prozessbibliothek" +}) +@XmlRootElement(name = "alleInhalte.export.0303") +public class AlleInhalteExport0303 + extends Basisnachricht +{ + + protected SuchprofilAlleInhalte exportprofil; + protected Prozesskatalog prozesskatalog; + protected Prozessbibliothek prozessbibliothek; + + /** + * Gets the value of the exportprofil property. + * + * @return + * possible object is + * {@link SuchprofilAlleInhalte } + * + */ + public SuchprofilAlleInhalte getExportprofil() { + return exportprofil; + } + + /** + * Sets the value of the exportprofil property. + * + * @param value + * allowed object is + * {@link SuchprofilAlleInhalte } + * + */ + public void setExportprofil(SuchprofilAlleInhalte value) { + this.exportprofil = value; + } + + /** + * Gets the value of the prozesskatalog property. + * + * @return + * possible object is + * {@link Prozesskatalog } + * + */ + public Prozesskatalog getProzesskatalog() { + return prozesskatalog; + } + + /** + * Sets the value of the prozesskatalog property. + * + * @param value + * allowed object is + * {@link Prozesskatalog } + * + */ + public void setProzesskatalog(Prozesskatalog value) { + this.prozesskatalog = value; + } + + /** + * Gets the value of the prozessbibliothek property. + * + * @return + * possible object is + * {@link Prozessbibliothek } + * + */ + public Prozessbibliothek getProzessbibliothek() { + return prozessbibliothek; + } + + /** + * Sets the value of the prozessbibliothek property. + * + * @param value + * allowed object is + * {@link Prozessbibliothek } + * + */ + public void setProzessbibliothek(Prozessbibliothek value) { + this.prozessbibliothek = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AusloeserErgebnis.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AusloeserErgebnis.java new file mode 100644 index 0000000..b1df2be --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/AusloeserErgebnis.java @@ -0,0 +1,123 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Angaben im Prozesssteckbrief zum Auslöser oder zum Ergebnis eines Prozesses. Es kann die ID eines Formulars, die ID eines Prozesses oder eine textuelle Beschreibung angegeben werden. Eine der Angaben sollte mindestens erfolgen. + * + *

Java class for AusloeserErgebnis complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="AusloeserErgebnis">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="formularID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="prozessID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="textuelleBeschreibung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "AusloeserErgebnis", propOrder = { + "formularID", + "prozessID", + "textuelleBeschreibung" +}) +public class AusloeserErgebnis { + + protected String formularID; + protected String prozessID; + protected String textuelleBeschreibung; + + /** + * Gets the value of the formularID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getFormularID() { + return formularID; + } + + /** + * Sets the value of the formularID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setFormularID(String value) { + this.formularID = value; + } + + /** + * Gets the value of the prozessID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getProzessID() { + return prozessID; + } + + /** + * Sets the value of the prozessID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setProzessID(String value) { + this.prozessID = value; + } + + /** + * Gets the value of the textuelleBeschreibung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getTextuelleBeschreibung() { + return textuelleBeschreibung; + } + + /** + * Sets the value of the textuelleBeschreibung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setTextuelleBeschreibung(String value) { + this.textuelleBeschreibung = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Basisnachricht.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Basisnachricht.java new file mode 100644 index 0000000..857cbe5 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Basisnachricht.java @@ -0,0 +1,196 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSeeAlso; +import javax.xml.bind.annotation.XmlType; + + +/** + * Dieser Datentyp bildet die Basis für die in XProzess definierten Nachrichten. Er enthält Informationen, die für jede Nachricht relevant sind. + * + *

Java class for Basisnachricht complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Basisnachricht">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="nachrichtenkopf" type="{http://www.regierung-mv.de/xprozess/2}Nachrichtenkopf"/>
+ *       </sequence>
+ *       <attribute name="produkt" use="required" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" />
+ *       <attribute name="produkthersteller" use="required" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" />
+ *       <attribute name="produktversion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" />
+ *       <attribute name="xprozessVersion" use="required" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" fixed="2.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Basisnachricht", propOrder = { + "nachrichtenkopf" +}) +@XmlSeeAlso({ + AlleInhalteExport0303 .class, + AlleInhalteAntwort0302 .class, + AlleInhalteAnfrage0301 .class, + ProzessbibliothekExport0203 .class, + ProzessbibliothekAntwort0202 .class, + ProzessbibliothekAnfrage0201 .class, + ProzesskatalogExport0103 .class, + ProzesskatalogAntwort0102 .class, + ProzesskatalogAnfrage0101 .class +}) +public abstract class Basisnachricht { + + @XmlElement(required = true) + protected Nachrichtenkopf nachrichtenkopf; + @XmlAttribute(name = "produkt", required = true) + protected String produkt; + @XmlAttribute(name = "produkthersteller", required = true) + protected String produkthersteller; + @XmlAttribute(name = "produktversion") + protected String produktversion; + @XmlAttribute(name = "xprozessVersion", required = true) + protected String xprozessVersion; + + /** + * Gets the value of the nachrichtenkopf property. + * + * @return + * possible object is + * {@link Nachrichtenkopf } + * + */ + public Nachrichtenkopf getNachrichtenkopf() { + return nachrichtenkopf; + } + + /** + * Sets the value of the nachrichtenkopf property. + * + * @param value + * allowed object is + * {@link Nachrichtenkopf } + * + */ + public void setNachrichtenkopf(Nachrichtenkopf value) { + this.nachrichtenkopf = value; + } + + /** + * Gets the value of the produkt property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getProdukt() { + return produkt; + } + + /** + * Sets the value of the produkt property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setProdukt(String value) { + this.produkt = value; + } + + /** + * Gets the value of the produkthersteller property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getProdukthersteller() { + return produkthersteller; + } + + /** + * Sets the value of the produkthersteller property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setProdukthersteller(String value) { + this.produkthersteller = value; + } + + /** + * Gets the value of the produktversion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getProduktversion() { + return produktversion; + } + + /** + * Sets the value of the produktversion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setProduktversion(String value) { + this.produktversion = value; + } + + /** + * Gets the value of the xprozessVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getXprozessVersion() { + if (xprozessVersion == null) { + return "2.0"; + } else { + return xprozessVersion; + } + } + + /** + * Sets the value of the xprozessVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setXprozessVersion(String value) { + this.xprozessVersion = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Code.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Code.java new file mode 100644 index 0000000..5a5f00e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Code.java @@ -0,0 +1,196 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAttribute; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlSeeAlso; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.CollapsedStringAdapter; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + * Der XÖV-Datentyp Code ermöglicht die Übermittlung von Werten, so genannter Codes, aus vordefinierten Codelisten. Eine Codeliste ist eine Liste von Codes und der Beschreibung ihrer jeweiligen Bedeutung.clRef + * + * Eine entscheidende Eigenschaft des Datentyps ist die Möglichkeit auf differenzierte Weise Bezug zu Codelisten zu nehmen (Code-Typ 1 bis 4).clTypenRef In jedem Fall erlauben die übermittelten Daten eine eindeutige Identifizierung der zugrundeliegenden Codeliste. + * + *

Java class for Code complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *         <element name="name" type="{http://www.w3.org/2001/XMLSchema}normalizedString" minOccurs="0" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code", namespace = "http://xoev.de/schemata/code/1_0", propOrder = { + "code", + "name" +}) +@XmlSeeAlso({ + CodeBearbeitungsart.class, + CodeBeteiligungsform.class, + CodeBezirk.class, + CodeBundesland.class, + CodeDatentyp.class, + CodeDetaillierungsstufe.class, + CodeEntscheidungsart.class, + CodeFormellePruefung.class, + CodeGemeindeschluessel.class, + CodeGemeindeverband.class, + CodeHandlungsform.class, + CodeHandlungsgrundlagenart.class, + CodeKreis.class, + CodeMimeType.class, + CodeModellierungsmethode.class, + CodeNachricht.class, + CodeOperativesZiel.class, + CodeProzessrolle.class, + CodeReferenzaktivitaetengruppe.class, + CodeRegionalschluessel.class, + CodeStaat.class, + CodeStatus.class, + CodeUebermittlungsart.class, + CodeVerfahrensart.class, + CodeVersionen.class, + CodeZwecksetzung.class +}) +public class Code { + + @XmlElement(namespace = "", required = true) + @XmlJavaTypeAdapter(CollapsedStringAdapter.class) + @XmlSchemaType(name = "token") + protected String code; + @XmlElement(namespace = "") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String name; + @XmlAttribute(name = "listURI") + @XmlSchemaType(name = "anyURI") + protected String listURI; + @XmlAttribute(name = "listVersionID") + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String listVersionID; + + /** + * Gets the value of the code property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getCode() { + return code; + } + + /** + * Sets the value of the code property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setCode(String value) { + this.code = value; + } + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the listURI property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getListURI() { + return listURI; + } + + /** + * Sets the value of the listURI property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setListURI(String value) { + this.listURI = value; + } + + /** + * Gets the value of the listVersionID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getListVersionID() { + return listVersionID; + } + + /** + * Sets the value of the listVersionID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setListVersionID(String value) { + this.listVersionID = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBearbeitungsart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBearbeitungsart.java new file mode 100644 index 0000000..f8a7899 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBearbeitungsart.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Bearbeitungsarten. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Bearbeitungsart complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Bearbeitungsart">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Codelist.Bearbeitungsart" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:bearbeitungsart" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Bearbeitungsart") +public class CodeBearbeitungsart + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBeteiligungsform.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBeteiligungsform.java new file mode 100644 index 0000000..0b25b45 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBeteiligungsform.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Beteiligungsformen. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Beteiligungsform complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Beteiligungsform">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:beteiligungsform" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Beteiligungsform") +public class CodeBeteiligungsform + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBezirk.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBezirk.java new file mode 100644 index 0000000..3c66319 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBezirk.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Bezirken. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Bezirk complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Bezirk">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:bezirk" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Bezirk") +public class CodeBezirk + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBundesland.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBundesland.java new file mode 100644 index 0000000..adccef6 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeBundesland.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Bundesländern. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Bundesland complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Bundesland">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:bundesland" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Bundesland") +public class CodeBundesland + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeDatentyp.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeDatentyp.java new file mode 100644 index 0000000..0c93b24 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeDatentyp.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Datentypen. + * + *

Java class for Code.Datentyp complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Datentyp">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Datentyp") +public class CodeDatentyp + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeDetaillierungsstufe.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeDetaillierungsstufe.java new file mode 100644 index 0000000..43007fc --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeDetaillierungsstufe.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Detaillierungsstufen. + * + *

Java class for Code.Detaillierungsstufe complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Detaillierungsstufe">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Detaillierungsstufe") +public class CodeDetaillierungsstufe + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeEntscheidungsart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeEntscheidungsart.java new file mode 100644 index 0000000..6c93eff --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeEntscheidungsart.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Entscheidungsarten. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Entscheidungsart complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Entscheidungsart">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Codelist.Entscheidungsart" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:entscheidungsart" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Entscheidungsart") +public class CodeEntscheidungsart + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeFormellePruefung.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeFormellePruefung.java new file mode 100644 index 0000000..c802858 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeFormellePruefung.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit formellen Prüfungsarten. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.FormellePruefung complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.FormellePruefung">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Codelist.FormellePruefung" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:formellepruefung" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.FormellePruefung") +public class CodeFormellePruefung + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeGemeindeschluessel.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeGemeindeschluessel.java new file mode 100644 index 0000000..82bd841 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeGemeindeschluessel.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Gemeindeschlüsseln. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Gemeindeschluessel complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Gemeindeschluessel">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:ags" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Gemeindeschluessel") +public class CodeGemeindeschluessel + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeGemeindeverband.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeGemeindeverband.java new file mode 100644 index 0000000..e63d782 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeGemeindeverband.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Gemeindeverbänden. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Gemeindeverband complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Gemeindeverband">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:gemeindeverband" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Gemeindeverband") +public class CodeGemeindeverband + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeHandlungsform.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeHandlungsform.java new file mode 100644 index 0000000..4dca3f5 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeHandlungsform.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Handlungsformen. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Handlungsform complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Handlungsform">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Handlungsform") +public class CodeHandlungsform + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeHandlungsgrundlagenart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeHandlungsgrundlagenart.java new file mode 100644 index 0000000..5f706e7 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeHandlungsgrundlagenart.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Arten von Handlungsgrundlagen. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Handlungsgrundlagenart complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Handlungsgrundlagenart">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Handlungsgrundlagenart") +public class CodeHandlungsgrundlagenart + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeKreis.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeKreis.java new file mode 100644 index 0000000..e0fdf5e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeKreis.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Kreisen. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Kreis complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Kreis">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:kreis" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Kreis") +public class CodeKreis + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeMimeType.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeMimeType.java new file mode 100644 index 0000000..f9ca7e4 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeMimeType.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Mime Types. + * + *

Java class for Code.MimeType complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.MimeType">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.MimeType") +public class CodeMimeType + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeModellierungsmethode.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeModellierungsmethode.java new file mode 100644 index 0000000..e40006d --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeModellierungsmethode.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Modellierungsmethoden. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Modellierungsmethode complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Modellierungsmethode">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:modellierungsmethode" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Modellierungsmethode") +public class CodeModellierungsmethode + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeNachricht.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeNachricht.java new file mode 100644 index 0000000..f1a0d2c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeNachricht.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Nachrichten in XProzess. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Nachricht complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Nachricht">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Codelist.Nachricht" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:nachricht" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Nachricht") +public class CodeNachricht + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeOperativesZiel.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeOperativesZiel.java new file mode 100644 index 0000000..e674f9b --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeOperativesZiel.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit operativen Zielen eines Prozesses. + * + *

Java class for Code.OperativesZiel complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.OperativesZiel">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.OperativesZiel") +public class CodeOperativesZiel + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeProzessrolle.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeProzessrolle.java new file mode 100644 index 0000000..66ce2b5 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeProzessrolle.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Prozessrollen. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Prozessrolle complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Prozessrolle">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Codelist.Prozessrolle" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:prozessrolle" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Prozessrolle") +public class CodeProzessrolle + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeReferenzaktivitaetengruppe.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeReferenzaktivitaetengruppe.java new file mode 100644 index 0000000..74e04cd --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeReferenzaktivitaetengruppe.java @@ -0,0 +1,59 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste der Referenzaktivitätengruppen. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Referenzaktivitaetengruppe complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Referenzaktivitaetengruppe">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" form="unqualified">
+ *           <simpleType>
+ *             <restriction base="{http://www.w3.org/2001/XMLSchema}token">
+ *               <enumeration value="1"/>
+ *               <enumeration value="2"/>
+ *               <enumeration value="3"/>
+ *               <enumeration value="4"/>
+ *               <enumeration value="5"/>
+ *               <enumeration value="6"/>
+ *               <enumeration value="7"/>
+ *               <enumeration value="8"/>
+ *             </restriction>
+ *           </simpleType>
+ *         </element>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:referenzaktivitaetengruppe" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Referenzaktivitaetengruppe") +public class CodeReferenzaktivitaetengruppe + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeRegionalschluessel.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeRegionalschluessel.java new file mode 100644 index 0000000..619b7d6 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeRegionalschluessel.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Regionalschlüsseln. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Regionalschluessel complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Regionalschluessel">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:rs" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Regionalschluessel") +public class CodeRegionalschluessel + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeStaat.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeStaat.java new file mode 100644 index 0000000..fc4a629 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeStaat.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Staaten. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Staat complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Staat">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:staat" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Staat") +public class CodeStaat + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeStatus.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeStatus.java new file mode 100644 index 0000000..90097ed --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeStatus.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Status. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Status complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Status">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Codelist.Status" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:status" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Status") +public class CodeStatus + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeUebermittlungsart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeUebermittlungsart.java new file mode 100644 index 0000000..f893f63 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeUebermittlungsart.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste von Übermittlungsarten. Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Uebermittlungsart complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Uebermittlungsart">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:uebermittlungsart" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Uebermittlungsart") +public class CodeUebermittlungsart + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeVerfahrensart.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeVerfahrensart.java new file mode 100644 index 0000000..5a61d9c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeVerfahrensart.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Verfahrensarten. + * + *

Java class for Code.Verfahrensart complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Verfahrensart">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Verfahrensart") +public class CodeVerfahrensart + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeVersionen.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeVersionen.java new file mode 100644 index 0000000..d3d10b0 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeVersionen.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Versionsangaben (letzte Version und alle Versionen). Die Codeliste ist unter http://www.xrepository.de verfügbar. + * + *

Java class for Code.Versionen complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Versionen">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Codelist.Versionen" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" type="{http://www.w3.org/2001/XMLSchema}anyURI" fixed="urn:de:xprozess:codeliste:versionen" />
+ *       <attribute name="listVersionID" type="{http://www.w3.org/2001/XMLSchema}normalizedString" fixed="1.0" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Versionen") +public class CodeVersionen + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeZwecksetzung.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeZwecksetzung.java new file mode 100644 index 0000000..1f058de --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/CodeZwecksetzung.java @@ -0,0 +1,46 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Datentyp verweist auf eine Codeliste mit Zwecksetzungen eines Prozesses. + * + *

Java class for Code.Zwecksetzung complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Code.Zwecksetzung">
+ *   <complexContent>
+ *     <restriction base="{http://xoev.de/schemata/code/1_0}Code">
+ *       <sequence>
+ *         <element name="code" type="{http://www.w3.org/2001/XMLSchema}token" form="unqualified"/>
+ *       </sequence>
+ *       <attribute name="listURI" use="required" type="{http://www.w3.org/2001/XMLSchema}anyURI" />
+ *       <attribute name="listVersionID" use="required" type="{http://www.w3.org/2001/XMLSchema}normalizedString" />
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Code.Zwecksetzung") +public class CodeZwecksetzung + extends Code +{ + + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Datei.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Datei.java new file mode 100644 index 0000000..e505d3e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Datei.java @@ -0,0 +1,153 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Metadaten zu einer Datei des Prozessmodells. + * + *

Java class for Datei complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Datei">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="dateiname" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="modellierungsmethode" type="{http://www.regierung-mv.de/xprozess/2}Modellierungsmethode"/>
+ *         <element name="mimeType" type="{http://www.regierung-mv.de/xprozess/2}Code.MimeType"/>
+ *         <element name="inhalt" type="{http://www.w3.org/2001/XMLSchema}base64Binary"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Datei", propOrder = { + "dateiname", + "modellierungsmethode", + "mimeType", + "inhalt" +}) +public class Datei { + + @XmlElement(required = true) + protected String dateiname; + @XmlElement(required = true) + protected Modellierungsmethode modellierungsmethode; + @XmlElement(required = true) + protected CodeMimeType mimeType; + @XmlElement(required = true) + protected byte[] inhalt; + + /** + * Gets the value of the dateiname property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDateiname() { + return dateiname; + } + + /** + * Sets the value of the dateiname property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDateiname(String value) { + this.dateiname = value; + } + + /** + * Gets the value of the modellierungsmethode property. + * + * @return + * possible object is + * {@link Modellierungsmethode } + * + */ + public Modellierungsmethode getModellierungsmethode() { + return modellierungsmethode; + } + + /** + * Sets the value of the modellierungsmethode property. + * + * @param value + * allowed object is + * {@link Modellierungsmethode } + * + */ + public void setModellierungsmethode(Modellierungsmethode value) { + this.modellierungsmethode = value; + } + + /** + * Gets the value of the mimeType property. + * + * @return + * possible object is + * {@link CodeMimeType } + * + */ + public CodeMimeType getMimeType() { + return mimeType; + } + + /** + * Sets the value of the mimeType property. + * + * @param value + * allowed object is + * {@link CodeMimeType } + * + */ + public void setMimeType(CodeMimeType value) { + this.mimeType = value; + } + + /** + * Gets the value of the inhalt property. + * + * @return + * possible object is + * byte[] + */ + public byte[] getInhalt() { + return inhalt; + } + + /** + * Sets the value of the inhalt property. + * + * @param value + * allowed object is + * byte[] + */ + public void setInhalt(byte[] value) { + this.inhalt = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Daten.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Daten.java new file mode 100644 index 0000000..deb5a19 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Daten.java @@ -0,0 +1,96 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die Daten, die in eine Aktivitätengruppe eingehen (eingehende Daten, empfangene Daten) oder aus einer Aktivitätengruppe ausgehen (ausgehende Daten, bereitgestellte Daten). Die Daten können durch durch einen Verweis auf den FIM-Baustein Formulare angegeben werden. + * + *

Java class for Daten complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Daten">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <choice>
+ *         <element name="formularverweis" type="{http://www.regierung-mv.de/xprozess/2}Formularverweis"/>
+ *         <element name="textuelleBeschreibung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *       </choice>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Daten", propOrder = { + "formularverweis", + "textuelleBeschreibung" +}) +public class Daten { + + protected Formularverweis formularverweis; + protected String textuelleBeschreibung; + + /** + * Gets the value of the formularverweis property. + * + * @return + * possible object is + * {@link Formularverweis } + * + */ + public Formularverweis getFormularverweis() { + return formularverweis; + } + + /** + * Sets the value of the formularverweis property. + * + * @param value + * allowed object is + * {@link Formularverweis } + * + */ + public void setFormularverweis(Formularverweis value) { + this.formularverweis = value; + } + + /** + * Gets the value of the textuelleBeschreibung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getTextuelleBeschreibung() { + return textuelleBeschreibung; + } + + /** + * Sets the value of the textuelleBeschreibung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setTextuelleBeschreibung(String value) { + this.textuelleBeschreibung = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/DatenBereitgestellt.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/DatenBereitgestellt.java new file mode 100644 index 0000000..f7b81ac --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/DatenBereitgestellt.java @@ -0,0 +1,127 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Daten, die über einen Nachrichtenfluss durch eine Aktivitätengruppe bereitgestellt werden. + * + *

Java class for Daten.Bereitgestellt complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Daten.Bereitgestellt">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="formularverweis" type="{http://www.regierung-mv.de/xprozess/2}Daten"/>
+ *         <element name="uebermittlungsart" type="{http://www.regierung-mv.de/xprozess/2}Code.Uebermittlungsart"/>
+ *         <element name="empfaenger" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Daten.Bereitgestellt", propOrder = { + "formularverweis", + "uebermittlungsart", + "empfaenger" +}) +public class DatenBereitgestellt { + + @XmlElement(required = true) + protected Daten formularverweis; + @XmlElement(required = true) + protected CodeUebermittlungsart uebermittlungsart; + @XmlElement(required = true) + protected String empfaenger; + + /** + * Gets the value of the formularverweis property. + * + * @return + * possible object is + * {@link Daten } + * + */ + public Daten getFormularverweis() { + return formularverweis; + } + + /** + * Sets the value of the formularverweis property. + * + * @param value + * allowed object is + * {@link Daten } + * + */ + public void setFormularverweis(Daten value) { + this.formularverweis = value; + } + + /** + * Gets the value of the uebermittlungsart property. + * + * @return + * possible object is + * {@link CodeUebermittlungsart } + * + */ + public CodeUebermittlungsart getUebermittlungsart() { + return uebermittlungsart; + } + + /** + * Sets the value of the uebermittlungsart property. + * + * @param value + * allowed object is + * {@link CodeUebermittlungsart } + * + */ + public void setUebermittlungsart(CodeUebermittlungsart value) { + this.uebermittlungsart = value; + } + + /** + * Gets the value of the empfaenger property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getEmpfaenger() { + return empfaenger; + } + + /** + * Sets the value of the empfaenger property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setEmpfaenger(String value) { + this.empfaenger = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/DatenEmpfangen.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/DatenEmpfangen.java new file mode 100644 index 0000000..9ad812f --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/DatenEmpfangen.java @@ -0,0 +1,127 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Daten, die eine Aktivitätengruppe über einen Nachrichtenfluss empfängt. + * + *

Java class for Daten.Empfangen complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Daten.Empfangen">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="formularverweis" type="{http://www.regierung-mv.de/xprozess/2}Daten"/>
+ *         <element name="uebermittlungsart" type="{http://www.regierung-mv.de/xprozess/2}Code.Uebermittlungsart"/>
+ *         <element name="sender" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Daten.Empfangen", propOrder = { + "formularverweis", + "uebermittlungsart", + "sender" +}) +public class DatenEmpfangen { + + @XmlElement(required = true) + protected Daten formularverweis; + @XmlElement(required = true) + protected CodeUebermittlungsart uebermittlungsart; + @XmlElement(required = true) + protected String sender; + + /** + * Gets the value of the formularverweis property. + * + * @return + * possible object is + * {@link Daten } + * + */ + public Daten getFormularverweis() { + return formularverweis; + } + + /** + * Sets the value of the formularverweis property. + * + * @param value + * allowed object is + * {@link Daten } + * + */ + public void setFormularverweis(Daten value) { + this.formularverweis = value; + } + + /** + * Gets the value of the uebermittlungsart property. + * + * @return + * possible object is + * {@link CodeUebermittlungsart } + * + */ + public CodeUebermittlungsart getUebermittlungsart() { + return uebermittlungsart; + } + + /** + * Sets the value of the uebermittlungsart property. + * + * @param value + * allowed object is + * {@link CodeUebermittlungsart } + * + */ + public void setUebermittlungsart(CodeUebermittlungsart value) { + this.uebermittlungsart = value; + } + + /** + * Gets the value of the sender property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getSender() { + return sender; + } + + /** + * Sets the value of the sender property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setSender(String value) { + this.sender = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Formularverweis.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Formularverweis.java new file mode 100644 index 0000000..1dee423 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Formularverweis.java @@ -0,0 +1,164 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Spezifikation von Daten durch Verweis auf den FIM-Baustein Formulare. Es stehen dabei unterschiedliche Detaillierungsstufen zur Verfügung. Von der gröbsten zur feinsten Detaillierung sind dies die Folgenden: + * + * + * Wenn nur eine Formularsteckbrief-ID angegeben wird, dann wird auf den Typ des Formulars verwiesen (z.B. Gewerbeanmeldung), ohne auf die Version und die konkrete Ausgestaltung des Formulars einzugehen. + * Wenn zusätzlich die Stammformular-ID und die Stammformular-Version angegeben werden, wird auf ein konkretes Stammformular als Ganzes mit definiertem Inhalt (Felder und Feldgruppen) referenziert. + * Über die Nutzung zusätzlicher Element-IDs kann in dem referenzierten Stammformular auf einzelne Datenbereiche (Feldgruppen) oder Datenfelder verwiesen werden. + * + *

Java class for Formularverweis complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Formularverweis">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="formularsteckbriefID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="stammformularID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="stammformularVersion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="elementId" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Formularverweis", propOrder = { + "formularsteckbriefID", + "stammformularID", + "stammformularVersion", + "elementId" +}) +public class Formularverweis { + + @XmlElement(required = true) + protected String formularsteckbriefID; + protected String stammformularID; + protected String stammformularVersion; + protected List elementId; + + /** + * Gets the value of the formularsteckbriefID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getFormularsteckbriefID() { + return formularsteckbriefID; + } + + /** + * Sets the value of the formularsteckbriefID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setFormularsteckbriefID(String value) { + this.formularsteckbriefID = value; + } + + /** + * Gets the value of the stammformularID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getStammformularID() { + return stammformularID; + } + + /** + * Sets the value of the stammformularID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setStammformularID(String value) { + this.stammformularID = value; + } + + /** + * Gets the value of the stammformularVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getStammformularVersion() { + return stammformularVersion; + } + + /** + * Sets the value of the stammformularVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setStammformularVersion(String value) { + this.stammformularVersion = value; + } + + /** + * Gets the value of the elementId property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the elementId property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getElementId().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getElementId() { + if (elementId == null) { + elementId = new ArrayList(); + } + return this.elementId; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Handlungsgrundlage.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Handlungsgrundlage.java new file mode 100644 index 0000000..e6c225f --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Handlungsgrundlage.java @@ -0,0 +1,128 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Angaben zu einer Handlungsgrundlage (einschlägige Rechtsnorm oder anderes begründendes Vorhaben). + * + *

Java class for Handlungsgrundlage complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Handlungsgrundlage">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="art" type="{http://www.regierung-mv.de/xprozess/2}Code.Handlungsgrundlagenart"/>
+ *         <element name="uri" type="{http://www.w3.org/2001/XMLSchema}anyURI" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Handlungsgrundlage", propOrder = { + "name", + "art", + "uri" +}) +public class Handlungsgrundlage { + + @XmlElement(required = true) + protected String name; + @XmlElement(required = true) + protected CodeHandlungsgrundlagenart art; + @XmlSchemaType(name = "anyURI") + protected String uri; + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the art property. + * + * @return + * possible object is + * {@link CodeHandlungsgrundlagenart } + * + */ + public CodeHandlungsgrundlagenart getArt() { + return art; + } + + /** + * Sets the value of the art property. + * + * @param value + * allowed object is + * {@link CodeHandlungsgrundlagenart } + * + */ + public void setArt(CodeHandlungsgrundlagenart value) { + this.art = value; + } + + /** + * Gets the value of the uri property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getUri() { + return uri; + } + + /** + * Sets the value of the uri property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setUri(String value) { + this.uri = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Herausgeber.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Herausgeber.java new file mode 100644 index 0000000..4962c85 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Herausgeber.java @@ -0,0 +1,127 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die Organisation, die für die Herausgabe verantwortlich ist. + * + *

Java class for Herausgeber complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Herausgeber">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="organisationsname" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="nutzungsbestimmungen" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="url" type="{http://www.w3.org/2001/XMLSchema}anyURI" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Herausgeber", propOrder = { + "organisationsname", + "nutzungsbestimmungen", + "url" +}) +public class Herausgeber { + + @XmlElement(required = true) + protected String organisationsname; + protected String nutzungsbestimmungen; + @XmlSchemaType(name = "anyURI") + protected String url; + + /** + * Gets the value of the organisationsname property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrganisationsname() { + return organisationsname; + } + + /** + * Sets the value of the organisationsname property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrganisationsname(String value) { + this.organisationsname = value; + } + + /** + * Gets the value of the nutzungsbestimmungen property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getNutzungsbestimmungen() { + return nutzungsbestimmungen; + } + + /** + * Sets the value of the nutzungsbestimmungen property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setNutzungsbestimmungen(String value) { + this.nutzungsbestimmungen = value; + } + + /** + * Gets the value of the url property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getUrl() { + return url; + } + + /** + * Sets the value of the url property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setUrl(String value) { + this.url = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Klassifikation.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Klassifikation.java new file mode 100644 index 0000000..76a2dd8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Klassifikation.java @@ -0,0 +1,153 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eigenschaften einer Klassifikation. + * + *

Java class for Klassifikation complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Klassifikation">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="ordnungsrahmenName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="ordnungsrahmenVersion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="klasseID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="klasseName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Klassifikation", propOrder = { + "ordnungsrahmenName", + "ordnungsrahmenVersion", + "klasseID", + "klasseName" +}) +public class Klassifikation { + + @XmlElement(required = true) + protected String ordnungsrahmenName; + protected String ordnungsrahmenVersion; + @XmlElement(required = true) + protected String klasseID; + protected String klasseName; + + /** + * Gets the value of the ordnungsrahmenName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenName() { + return ordnungsrahmenName; + } + + /** + * Sets the value of the ordnungsrahmenName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenName(String value) { + this.ordnungsrahmenName = value; + } + + /** + * Gets the value of the ordnungsrahmenVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenVersion() { + return ordnungsrahmenVersion; + } + + /** + * Sets the value of the ordnungsrahmenVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenVersion(String value) { + this.ordnungsrahmenVersion = value; + } + + /** + * Gets the value of the klasseID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getKlasseID() { + return klasseID; + } + + /** + * Sets the value of the klasseID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setKlasseID(String value) { + this.klasseID = value; + } + + /** + * Gets the value of the klasseName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getKlasseName() { + return klasseName; + } + + /** + * Sets the value of the klasseName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setKlasseName(String value) { + this.klasseName = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Merkmal.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Merkmal.java new file mode 100644 index 0000000..cc2fa3a --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Merkmal.java @@ -0,0 +1,214 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eigenschaften eines Merkmals. + * + *

Java class for Merkmal complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Merkmal">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="ordnungsrahmenName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="ordnungsrahmenVersion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="merkmalID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="merkmalName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="merkmalDatentyp" type="{http://www.regierung-mv.de/xprozess/2}Code.Datentyp" minOccurs="0"/>
+ *         <element name="merkmalWert" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Merkmal", propOrder = { + "ordnungsrahmenName", + "ordnungsrahmenVersion", + "merkmalID", + "merkmalName", + "merkmalDatentyp", + "merkmalWert" +}) +public class Merkmal { + + protected String ordnungsrahmenName; + protected String ordnungsrahmenVersion; + protected String merkmalID; + @XmlElement(required = true) + protected String merkmalName; + protected CodeDatentyp merkmalDatentyp; + @XmlElement(required = true) + protected List merkmalWert; + + /** + * Gets the value of the ordnungsrahmenName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenName() { + return ordnungsrahmenName; + } + + /** + * Sets the value of the ordnungsrahmenName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenName(String value) { + this.ordnungsrahmenName = value; + } + + /** + * Gets the value of the ordnungsrahmenVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenVersion() { + return ordnungsrahmenVersion; + } + + /** + * Sets the value of the ordnungsrahmenVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenVersion(String value) { + this.ordnungsrahmenVersion = value; + } + + /** + * Gets the value of the merkmalID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getMerkmalID() { + return merkmalID; + } + + /** + * Sets the value of the merkmalID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setMerkmalID(String value) { + this.merkmalID = value; + } + + /** + * Gets the value of the merkmalName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getMerkmalName() { + return merkmalName; + } + + /** + * Sets the value of the merkmalName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setMerkmalName(String value) { + this.merkmalName = value; + } + + /** + * Gets the value of the merkmalDatentyp property. + * + * @return + * possible object is + * {@link CodeDatentyp } + * + */ + public CodeDatentyp getMerkmalDatentyp() { + return merkmalDatentyp; + } + + /** + * Sets the value of the merkmalDatentyp property. + * + * @param value + * allowed object is + * {@link CodeDatentyp } + * + */ + public void setMerkmalDatentyp(CodeDatentyp value) { + this.merkmalDatentyp = value; + } + + /** + * Gets the value of the merkmalWert property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the merkmalWert property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getMerkmalWert().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getMerkmalWert() { + if (merkmalWert == null) { + merkmalWert = new ArrayList(); + } + return this.merkmalWert; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Modellierungsmethode.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Modellierungsmethode.java new file mode 100644 index 0000000..af0289c --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Modellierungsmethode.java @@ -0,0 +1,101 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Dieses Element spezifiziert die Methode zur Darstellung eines Prozesses. Die Angabe der Methode erfolgt über eine Schlüsselliste. Sollte die für das Prozessmodell entsprechende Modellierungsmethode + * nicht in der Codeliste enthalten sein, muss der Eintrag "Sonstige Modellierungsmethode" + * gewählt und ergänzend das Element freitext mit dem Namen der Modellierungsmethode befüllt + * werden. + * + *

Java class for Modellierungsmethode complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Modellierungsmethode">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="code" type="{http://www.regierung-mv.de/xprozess/2}Code.Modellierungsmethode"/>
+ *         <element name="freitext" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Modellierungsmethode", propOrder = { + "code", + "freitext" +}) +public class Modellierungsmethode { + + @XmlElement(required = true) + protected CodeModellierungsmethode code; + protected String freitext; + + /** + * Gets the value of the code property. + * + * @return + * possible object is + * {@link CodeModellierungsmethode } + * + */ + public CodeModellierungsmethode getCode() { + return code; + } + + /** + * Sets the value of the code property. + * + * @param value + * allowed object is + * {@link CodeModellierungsmethode } + * + */ + public void setCode(CodeModellierungsmethode value) { + this.code = value; + } + + /** + * Gets the value of the freitext property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getFreitext() { + return freitext; + } + + /** + * Sets the value of the freitext property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setFreitext(String value) { + this.freitext = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Nachrichtenkopf.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Nachrichtenkopf.java new file mode 100644 index 0000000..149d87b --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Nachrichtenkopf.java @@ -0,0 +1,188 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Nachrichtenkopf für Nachrichten zwischen Prozessrepositorys. + * + *

Java class for Nachrichtenkopf complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Nachrichtenkopf">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="nachrichtUUID" type="{http://www.regierung-mv.de/xprozess/2}String.UUID"/>
+ *         <element name="nachrichtentyp" type="{http://www.regierung-mv.de/xprozess/2}Code.Nachricht"/>
+ *         <element name="erstellungszeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime"/>
+ *         <element name="leser" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="autor" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Nachrichtenkopf", propOrder = { + "nachrichtUUID", + "nachrichtentyp", + "erstellungszeitpunkt", + "leser", + "autor" +}) +public class Nachrichtenkopf { + + @XmlElement(required = true) + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String nachrichtUUID; + @XmlElement(required = true) + protected CodeNachricht nachrichtentyp; + @XmlElement(required = true) + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar erstellungszeitpunkt; + protected String leser; + protected String autor; + + /** + * Gets the value of the nachrichtUUID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getNachrichtUUID() { + return nachrichtUUID; + } + + /** + * Sets the value of the nachrichtUUID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setNachrichtUUID(String value) { + this.nachrichtUUID = value; + } + + /** + * Gets the value of the nachrichtentyp property. + * + * @return + * possible object is + * {@link CodeNachricht } + * + */ + public CodeNachricht getNachrichtentyp() { + return nachrichtentyp; + } + + /** + * Sets the value of the nachrichtentyp property. + * + * @param value + * allowed object is + * {@link CodeNachricht } + * + */ + public void setNachrichtentyp(CodeNachricht value) { + this.nachrichtentyp = value; + } + + /** + * Gets the value of the erstellungszeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getErstellungszeitpunkt() { + return erstellungszeitpunkt; + } + + /** + * Sets the value of the erstellungszeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setErstellungszeitpunkt(XMLGregorianCalendar value) { + this.erstellungszeitpunkt = value; + } + + /** + * Gets the value of the leser property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLeser() { + return leser; + } + + /** + * Sets the value of the leser property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLeser(String value) { + this.leser = value; + } + + /** + * Gets the value of the autor property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getAutor() { + return autor; + } + + /** + * Sets the value of the autor property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setAutor(String value) { + this.autor = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ObjectFactory.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ObjectFactory.java new file mode 100644 index 0000000..6771880 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ObjectFactory.java @@ -0,0 +1,671 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlRegistry; + + +/** + * This object contains factory methods for each + * Java content interface and Java element interface + * generated in the uni.jena.fim.xprocess.v2.core package. + *

An ObjectFactory allows you to programatically + * construct new instances of the Java representation + * for XML content. The Java representation of XML + * content can consist of schema derived interfaces + * and classes representing the binding of schema + * type definitions, element declarations and model + * groups. Factory methods for each of these are + * provided in this class. + * + */ +@XmlRegistry +public class ObjectFactory { + + + /** + * Create a new ObjectFactory that can be used to create new instances of schema derived classes for package: uni.jena.fim.xprocess.v2.core + * + */ + public ObjectFactory() { + } + + /** + * Create an instance of {@link Strukturbeschreibung } + * + */ + public Strukturbeschreibung createStrukturbeschreibung() { + return new Strukturbeschreibung(); + } + + /** + * Create an instance of {@link SpezifischeAttribute } + * + */ + public SpezifischeAttribute createSpezifischeAttribute() { + return new SpezifischeAttribute(); + } + + /** + * Create an instance of {@link Prozessklasse } + * + */ + public Prozessklasse createProzessklasse() { + return new Prozessklasse(); + } + + /** + * Create an instance of {@link ProzesskatalogAnfrage0101 } + * + */ + public ProzesskatalogAnfrage0101 createProzesskatalogAnfrage0101() { + return new ProzesskatalogAnfrage0101(); + } + + /** + * Create an instance of {@link Nachrichtenkopf } + * + */ + public Nachrichtenkopf createNachrichtenkopf() { + return new Nachrichtenkopf(); + } + + /** + * Create an instance of {@link SuchprofilProzessklasse } + * + */ + public SuchprofilProzessklasse createSuchprofilProzessklasse() { + return new SuchprofilProzessklasse(); + } + + /** + * Create an instance of {@link ProzesskatalogAntwort0102 } + * + */ + public ProzesskatalogAntwort0102 createProzesskatalogAntwort0102() { + return new ProzesskatalogAntwort0102(); + } + + /** + * Create an instance of {@link Prozesskatalog } + * + */ + public Prozesskatalog createProzesskatalog() { + return new Prozesskatalog(); + } + + /** + * Create an instance of {@link ProzesskatalogExport0103 } + * + */ + public ProzesskatalogExport0103 createProzesskatalogExport0103() { + return new ProzesskatalogExport0103(); + } + + /** + * Create an instance of {@link ProzessbibliothekAnfrage0201 } + * + */ + public ProzessbibliothekAnfrage0201 createProzessbibliothekAnfrage0201() { + return new ProzessbibliothekAnfrage0201(); + } + + /** + * Create an instance of {@link SuchprofilProzess } + * + */ + public SuchprofilProzess createSuchprofilProzess() { + return new SuchprofilProzess(); + } + + /** + * Create an instance of {@link ProzessbibliothekAntwort0202 } + * + */ + public ProzessbibliothekAntwort0202 createProzessbibliothekAntwort0202() { + return new ProzessbibliothekAntwort0202(); + } + + /** + * Create an instance of {@link Prozessbibliothek } + * + */ + public Prozessbibliothek createProzessbibliothek() { + return new Prozessbibliothek(); + } + + /** + * Create an instance of {@link ProzessbibliothekExport0203 } + * + */ + public ProzessbibliothekExport0203 createProzessbibliothekExport0203() { + return new ProzessbibliothekExport0203(); + } + + /** + * Create an instance of {@link AlleInhalteAnfrage0301 } + * + */ + public AlleInhalteAnfrage0301 createAlleInhalteAnfrage0301() { + return new AlleInhalteAnfrage0301(); + } + + /** + * Create an instance of {@link SuchprofilAlleInhalte } + * + */ + public SuchprofilAlleInhalte createSuchprofilAlleInhalte() { + return new SuchprofilAlleInhalte(); + } + + /** + * Create an instance of {@link AlleInhalteAntwort0302 } + * + */ + public AlleInhalteAntwort0302 createAlleInhalteAntwort0302() { + return new AlleInhalteAntwort0302(); + } + + /** + * Create an instance of {@link AlleInhalteExport0303 } + * + */ + public AlleInhalteExport0303 createAlleInhalteExport0303() { + return new AlleInhalteExport0303(); + } + + /** + * Create an instance of {@link Aktivitaetengruppe } + * + */ + public Aktivitaetengruppe createAktivitaetengruppe() { + return new Aktivitaetengruppe(); + } + + /** + * Create an instance of {@link AusloeserErgebnis } + * + */ + public AusloeserErgebnis createAusloeserErgebnis() { + return new AusloeserErgebnis(); + } + + /** + * Create an instance of {@link CodeBearbeitungsart } + * + */ + public CodeBearbeitungsart createCodeBearbeitungsart() { + return new CodeBearbeitungsart(); + } + + /** + * Create an instance of {@link CodeBeteiligungsform } + * + */ + public CodeBeteiligungsform createCodeBeteiligungsform() { + return new CodeBeteiligungsform(); + } + + /** + * Create an instance of {@link CodeBezirk } + * + */ + public CodeBezirk createCodeBezirk() { + return new CodeBezirk(); + } + + /** + * Create an instance of {@link CodeBundesland } + * + */ + public CodeBundesland createCodeBundesland() { + return new CodeBundesland(); + } + + /** + * Create an instance of {@link CodeDatentyp } + * + */ + public CodeDatentyp createCodeDatentyp() { + return new CodeDatentyp(); + } + + /** + * Create an instance of {@link CodeDetaillierungsstufe } + * + */ + public CodeDetaillierungsstufe createCodeDetaillierungsstufe() { + return new CodeDetaillierungsstufe(); + } + + /** + * Create an instance of {@link CodeEntscheidungsart } + * + */ + public CodeEntscheidungsart createCodeEntscheidungsart() { + return new CodeEntscheidungsart(); + } + + /** + * Create an instance of {@link CodeFormellePruefung } + * + */ + public CodeFormellePruefung createCodeFormellePruefung() { + return new CodeFormellePruefung(); + } + + /** + * Create an instance of {@link CodeGemeindeschluessel } + * + */ + public CodeGemeindeschluessel createCodeGemeindeschluessel() { + return new CodeGemeindeschluessel(); + } + + /** + * Create an instance of {@link CodeGemeindeverband } + * + */ + public CodeGemeindeverband createCodeGemeindeverband() { + return new CodeGemeindeverband(); + } + + /** + * Create an instance of {@link CodeHandlungsform } + * + */ + public CodeHandlungsform createCodeHandlungsform() { + return new CodeHandlungsform(); + } + + /** + * Create an instance of {@link CodeHandlungsgrundlagenart } + * + */ + public CodeHandlungsgrundlagenart createCodeHandlungsgrundlagenart() { + return new CodeHandlungsgrundlagenart(); + } + + /** + * Create an instance of {@link CodeKreis } + * + */ + public CodeKreis createCodeKreis() { + return new CodeKreis(); + } + + /** + * Create an instance of {@link CodeMimeType } + * + */ + public CodeMimeType createCodeMimeType() { + return new CodeMimeType(); + } + + /** + * Create an instance of {@link CodeModellierungsmethode } + * + */ + public CodeModellierungsmethode createCodeModellierungsmethode() { + return new CodeModellierungsmethode(); + } + + /** + * Create an instance of {@link CodeNachricht } + * + */ + public CodeNachricht createCodeNachricht() { + return new CodeNachricht(); + } + + /** + * Create an instance of {@link CodeOperativesZiel } + * + */ + public CodeOperativesZiel createCodeOperativesZiel() { + return new CodeOperativesZiel(); + } + + /** + * Create an instance of {@link CodeProzessrolle } + * + */ + public CodeProzessrolle createCodeProzessrolle() { + return new CodeProzessrolle(); + } + + /** + * Create an instance of {@link CodeReferenzaktivitaetengruppe } + * + */ + public CodeReferenzaktivitaetengruppe createCodeReferenzaktivitaetengruppe() { + return new CodeReferenzaktivitaetengruppe(); + } + + /** + * Create an instance of {@link CodeRegionalschluessel } + * + */ + public CodeRegionalschluessel createCodeRegionalschluessel() { + return new CodeRegionalschluessel(); + } + + /** + * Create an instance of {@link CodeStaat } + * + */ + public CodeStaat createCodeStaat() { + return new CodeStaat(); + } + + /** + * Create an instance of {@link CodeStatus } + * + */ + public CodeStatus createCodeStatus() { + return new CodeStatus(); + } + + /** + * Create an instance of {@link CodeUebermittlungsart } + * + */ + public CodeUebermittlungsart createCodeUebermittlungsart() { + return new CodeUebermittlungsart(); + } + + /** + * Create an instance of {@link CodeVerfahrensart } + * + */ + public CodeVerfahrensart createCodeVerfahrensart() { + return new CodeVerfahrensart(); + } + + /** + * Create an instance of {@link CodeVersionen } + * + */ + public CodeVersionen createCodeVersionen() { + return new CodeVersionen(); + } + + /** + * Create an instance of {@link CodeZwecksetzung } + * + */ + public CodeZwecksetzung createCodeZwecksetzung() { + return new CodeZwecksetzung(); + } + + /** + * Create an instance of {@link Datei } + * + */ + public Datei createDatei() { + return new Datei(); + } + + /** + * Create an instance of {@link Daten } + * + */ + public Daten createDaten() { + return new Daten(); + } + + /** + * Create an instance of {@link DatenBereitgestellt } + * + */ + public DatenBereitgestellt createDatenBereitgestellt() { + return new DatenBereitgestellt(); + } + + /** + * Create an instance of {@link DatenEmpfangen } + * + */ + public DatenEmpfangen createDatenEmpfangen() { + return new DatenEmpfangen(); + } + + /** + * Create an instance of {@link Formularverweis } + * + */ + public Formularverweis createFormularverweis() { + return new Formularverweis(); + } + + /** + * Create an instance of {@link Handlungsgrundlage } + * + */ + public Handlungsgrundlage createHandlungsgrundlage() { + return new Handlungsgrundlage(); + } + + /** + * Create an instance of {@link Herausgeber } + * + */ + public Herausgeber createHerausgeber() { + return new Herausgeber(); + } + + /** + * Create an instance of {@link Klassifikation } + * + */ + public Klassifikation createKlassifikation() { + return new Klassifikation(); + } + + /** + * Create an instance of {@link Merkmal } + * + */ + public Merkmal createMerkmal() { + return new Merkmal(); + } + + /** + * Create an instance of {@link Modellierungsmethode } + * + */ + public Modellierungsmethode createModellierungsmethode() { + return new Modellierungsmethode(); + } + + /** + * Create an instance of {@link Prozess } + * + */ + public Prozess createProzess() { + return new Prozess(); + } + + /** + * Create an instance of {@link Prozessmodell } + * + */ + public Prozessmodell createProzessmodell() { + return new Prozessmodell(); + } + + /** + * Create an instance of {@link Prozesssteckbrief } + * + */ + public Prozesssteckbrief createProzesssteckbrief() { + return new Prozesssteckbrief(); + } + + /** + * Create an instance of {@link Prozessteilnehmer } + * + */ + public Prozessteilnehmer createProzessteilnehmer() { + return new Prozessteilnehmer(); + } + + /** + * Create an instance of {@link ReferenzProzessklasse } + * + */ + public ReferenzProzessklasse createReferenzProzessklasse() { + return new ReferenzProzessklasse(); + } + + /** + * Create an instance of {@link SuchprofilKlassifikation } + * + */ + public SuchprofilKlassifikation createSuchprofilKlassifikation() { + return new SuchprofilKlassifikation(); + } + + /** + * Create an instance of {@link SuchprofilMerkmal } + * + */ + public SuchprofilMerkmal createSuchprofilMerkmal() { + return new SuchprofilMerkmal(); + } + + /** + * Create an instance of {@link SuchprofilSpezifischerProzess } + * + */ + public SuchprofilSpezifischerProzess createSuchprofilSpezifischerProzess() { + return new SuchprofilSpezifischerProzess(); + } + + /** + * Create an instance of {@link VerwaltungspolitischeKodierung } + * + */ + public VerwaltungspolitischeKodierung createVerwaltungspolitischeKodierung() { + return new VerwaltungspolitischeKodierung(); + } + + /** + * Create an instance of {@link Zeitraum } + * + */ + public Zeitraum createZeitraum() { + return new Zeitraum(); + } + + /** + * Create an instance of {@link Zustandsangaben } + * + */ + public Zustandsangaben createZustandsangaben() { + return new Zustandsangaben(); + } + + /** + * Create an instance of {@link Code } + * + */ + public Code createCode() { + return new Code(); + } + + /** + * Create an instance of {@link Strukturbeschreibung.StrukturbeschreibungFIM } + * + */ + public Strukturbeschreibung.StrukturbeschreibungFIM createStrukturbeschreibungStrukturbeschreibungFIM() { + return new Strukturbeschreibung.StrukturbeschreibungFIM(); + } + + /** + * Create an instance of {@link Strukturbeschreibung.StrukturbeschreibungSonstige } + * + */ + public Strukturbeschreibung.StrukturbeschreibungSonstige createStrukturbeschreibungStrukturbeschreibungSonstige() { + return new Strukturbeschreibung.StrukturbeschreibungSonstige(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute1 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute1 createSpezifischeAttributeSpezifischeAttribute1() { + return new SpezifischeAttribute.SpezifischeAttribute1(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute2 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute2 createSpezifischeAttributeSpezifischeAttribute2() { + return new SpezifischeAttribute.SpezifischeAttribute2(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute3 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute3 createSpezifischeAttributeSpezifischeAttribute3() { + return new SpezifischeAttribute.SpezifischeAttribute3(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute4 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute4 createSpezifischeAttributeSpezifischeAttribute4() { + return new SpezifischeAttribute.SpezifischeAttribute4(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute5 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute5 createSpezifischeAttributeSpezifischeAttribute5() { + return new SpezifischeAttribute.SpezifischeAttribute5(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute6 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute6 createSpezifischeAttributeSpezifischeAttribute6() { + return new SpezifischeAttribute.SpezifischeAttribute6(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute7 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute7 createSpezifischeAttributeSpezifischeAttribute7() { + return new SpezifischeAttribute.SpezifischeAttribute7(); + } + + /** + * Create an instance of {@link SpezifischeAttribute.SpezifischeAttribute8 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute8 createSpezifischeAttributeSpezifischeAttribute8() { + return new SpezifischeAttribute.SpezifischeAttribute8(); + } + + /** + * Create an instance of {@link Prozessklasse.Gliederungsebene } + * + */ + public Prozessklasse.Gliederungsebene createProzessklasseGliederungsebene() { + return new Prozessklasse.Gliederungsebene(); + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozess.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozess.java new file mode 100644 index 0000000..a42e554 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozess.java @@ -0,0 +1,354 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Dieses Element bündelt alle Informationen zu einem konkreten Prozess in einer Version. + * + *

Java class for Prozess complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Prozess">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="id" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="version" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="bezeichnung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="fachlichFreigebendeStelle" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="klassifikation" type="{http://www.regierung-mv.de/xprozess/2}Klassifikation" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="schlagwort" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="prozesssteckbrief" type="{http://www.regierung-mv.de/xprozess/2}Prozesssteckbrief" minOccurs="0"/>
+ *         <element name="prozessstrukturbeschreibung" type="{http://www.regierung-mv.de/xprozess/2}Strukturbeschreibung" minOccurs="0"/>
+ *         <element name="prozessmodell" type="{http://www.regierung-mv.de/xprozess/2}Prozessmodell" minOccurs="0"/>
+ *         <element name="zustandsangaben" type="{http://www.regierung-mv.de/xprozess/2}Zustandsangaben" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Prozess", propOrder = { + "id", + "version", + "name", + "bezeichnung", + "fachlichFreigebendeStelle", + "klassifikation", + "schlagwort", + "prozesssteckbrief", + "prozessstrukturbeschreibung", + "prozessmodell", + "zustandsangaben" +}) +public class Prozess { + + @XmlElement(required = true) + protected String id; + protected String version; + @XmlElement(required = true) + protected String name; + protected String bezeichnung; + protected String fachlichFreigebendeStelle; + protected List klassifikation; + protected List schlagwort; + protected Prozesssteckbrief prozesssteckbrief; + protected Strukturbeschreibung prozessstrukturbeschreibung; + protected Prozessmodell prozessmodell; + protected Zustandsangaben zustandsangaben; + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + + /** + * Gets the value of the version property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersion() { + return version; + } + + /** + * Sets the value of the version property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersion(String value) { + this.version = value; + } + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the bezeichnung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBezeichnung() { + return bezeichnung; + } + + /** + * Sets the value of the bezeichnung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBezeichnung(String value) { + this.bezeichnung = value; + } + + /** + * Gets the value of the fachlichFreigebendeStelle property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getFachlichFreigebendeStelle() { + return fachlichFreigebendeStelle; + } + + /** + * Sets the value of the fachlichFreigebendeStelle property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setFachlichFreigebendeStelle(String value) { + this.fachlichFreigebendeStelle = value; + } + + /** + * Gets the value of the klassifikation property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the klassifikation property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getKlassifikation().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Klassifikation } + * + * + */ + public List getKlassifikation() { + if (klassifikation == null) { + klassifikation = new ArrayList(); + } + return this.klassifikation; + } + + /** + * Gets the value of the schlagwort property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the schlagwort property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSchlagwort().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getSchlagwort() { + if (schlagwort == null) { + schlagwort = new ArrayList(); + } + return this.schlagwort; + } + + /** + * Gets the value of the prozesssteckbrief property. + * + * @return + * possible object is + * {@link Prozesssteckbrief } + * + */ + public Prozesssteckbrief getProzesssteckbrief() { + return prozesssteckbrief; + } + + /** + * Sets the value of the prozesssteckbrief property. + * + * @param value + * allowed object is + * {@link Prozesssteckbrief } + * + */ + public void setProzesssteckbrief(Prozesssteckbrief value) { + this.prozesssteckbrief = value; + } + + /** + * Gets the value of the prozessstrukturbeschreibung property. + * + * @return + * possible object is + * {@link Strukturbeschreibung } + * + */ + public Strukturbeschreibung getProzessstrukturbeschreibung() { + return prozessstrukturbeschreibung; + } + + /** + * Sets the value of the prozessstrukturbeschreibung property. + * + * @param value + * allowed object is + * {@link Strukturbeschreibung } + * + */ + public void setProzessstrukturbeschreibung(Strukturbeschreibung value) { + this.prozessstrukturbeschreibung = value; + } + + /** + * Gets the value of the prozessmodell property. + * + * @return + * possible object is + * {@link Prozessmodell } + * + */ + public Prozessmodell getProzessmodell() { + return prozessmodell; + } + + /** + * Sets the value of the prozessmodell property. + * + * @param value + * allowed object is + * {@link Prozessmodell } + * + */ + public void setProzessmodell(Prozessmodell value) { + this.prozessmodell = value; + } + + /** + * Gets the value of the zustandsangaben property. + * + * @return + * possible object is + * {@link Zustandsangaben } + * + */ + public Zustandsangaben getZustandsangaben() { + return zustandsangaben; + } + + /** + * Sets the value of the zustandsangaben property. + * + * @param value + * allowed object is + * {@link Zustandsangaben } + * + */ + public void setZustandsangaben(Zustandsangaben value) { + this.zustandsangaben = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessbibliothek.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessbibliothek.java new file mode 100644 index 0000000..b4b2423 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessbibliothek.java @@ -0,0 +1,191 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eine Sammlung von Prozessen. + * + *

Java class for Prozessbibliothek complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Prozessbibliothek">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="version" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="herausgeber" type="{http://www.regierung-mv.de/xprozess/2}Herausgeber" minOccurs="0"/>
+ *         <element name="verwaltungspolitischeKodierung" type="{http://www.regierung-mv.de/xprozess/2}VerwaltungspolitischeKodierung" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="prozess" type="{http://www.regierung-mv.de/xprozess/2}Prozess" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Prozessbibliothek", propOrder = { + "name", + "version", + "herausgeber", + "verwaltungspolitischeKodierung", + "prozess" +}) +public class Prozessbibliothek { + + @XmlElement(required = true) + protected String name; + protected String version; + protected Herausgeber herausgeber; + protected List verwaltungspolitischeKodierung; + protected List prozess; + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the version property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersion() { + return version; + } + + /** + * Sets the value of the version property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersion(String value) { + this.version = value; + } + + /** + * Gets the value of the herausgeber property. + * + * @return + * possible object is + * {@link Herausgeber } + * + */ + public Herausgeber getHerausgeber() { + return herausgeber; + } + + /** + * Sets the value of the herausgeber property. + * + * @param value + * allowed object is + * {@link Herausgeber } + * + */ + public void setHerausgeber(Herausgeber value) { + this.herausgeber = value; + } + + /** + * Gets the value of the verwaltungspolitischeKodierung property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the verwaltungspolitischeKodierung property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getVerwaltungspolitischeKodierung().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link VerwaltungspolitischeKodierung } + * + * + */ + public List getVerwaltungspolitischeKodierung() { + if (verwaltungspolitischeKodierung == null) { + verwaltungspolitischeKodierung = new ArrayList(); + } + return this.verwaltungspolitischeKodierung; + } + + /** + * Gets the value of the prozess property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the prozess property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getProzess().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Prozess } + * + * + */ + public List getProzess() { + if (prozess == null) { + prozess = new ArrayList(); + } + return this.prozess; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekAnfrage0201.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekAnfrage0201.java new file mode 100644 index 0000000..e5e276e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekAnfrage0201.java @@ -0,0 +1,71 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="suchprofil" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozess" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "suchprofil" +}) +@XmlRootElement(name = "prozessbibliothek.anfrage.0201") +public class ProzessbibliothekAnfrage0201 + extends Basisnachricht +{ + + protected SuchprofilProzess suchprofil; + + /** + * Gets the value of the suchprofil property. + * + * @return + * possible object is + * {@link SuchprofilProzess } + * + */ + public SuchprofilProzess getSuchprofil() { + return suchprofil; + } + + /** + * Sets the value of the suchprofil property. + * + * @param value + * allowed object is + * {@link SuchprofilProzess } + * + */ + public void setSuchprofil(SuchprofilProzess value) { + this.suchprofil = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekAntwort0202.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekAntwort0202.java new file mode 100644 index 0000000..e8f0f83 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekAntwort0202.java @@ -0,0 +1,132 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="anfrageUUID" type="{http://www.regierung-mv.de/xprozess/2}String.UUID"/>
+ *         <element name="suchprofilZitat" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozess" minOccurs="0"/>
+ *         <element name="prozessbibliothek" type="{http://www.regierung-mv.de/xprozess/2}Prozessbibliothek" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "anfrageUUID", + "suchprofilZitat", + "prozessbibliothek" +}) +@XmlRootElement(name = "prozessbibliothek.antwort.0202") +public class ProzessbibliothekAntwort0202 + extends Basisnachricht +{ + + @XmlElement(required = true) + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String anfrageUUID; + protected SuchprofilProzess suchprofilZitat; + protected Prozessbibliothek prozessbibliothek; + + /** + * Gets the value of the anfrageUUID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getAnfrageUUID() { + return anfrageUUID; + } + + /** + * Sets the value of the anfrageUUID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setAnfrageUUID(String value) { + this.anfrageUUID = value; + } + + /** + * Gets the value of the suchprofilZitat property. + * + * @return + * possible object is + * {@link SuchprofilProzess } + * + */ + public SuchprofilProzess getSuchprofilZitat() { + return suchprofilZitat; + } + + /** + * Sets the value of the suchprofilZitat property. + * + * @param value + * allowed object is + * {@link SuchprofilProzess } + * + */ + public void setSuchprofilZitat(SuchprofilProzess value) { + this.suchprofilZitat = value; + } + + /** + * Gets the value of the prozessbibliothek property. + * + * @return + * possible object is + * {@link Prozessbibliothek } + * + */ + public Prozessbibliothek getProzessbibliothek() { + return prozessbibliothek; + } + + /** + * Sets the value of the prozessbibliothek property. + * + * @param value + * allowed object is + * {@link Prozessbibliothek } + * + */ + public void setProzessbibliothek(Prozessbibliothek value) { + this.prozessbibliothek = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekExport0203.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekExport0203.java new file mode 100644 index 0000000..3277d33 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzessbibliothekExport0203.java @@ -0,0 +1,98 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="exportprofil" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozess" minOccurs="0"/>
+ *         <element name="prozessbibliothek" type="{http://www.regierung-mv.de/xprozess/2}Prozessbibliothek" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "exportprofil", + "prozessbibliothek" +}) +@XmlRootElement(name = "prozessbibliothek.export.0203") +public class ProzessbibliothekExport0203 + extends Basisnachricht +{ + + protected SuchprofilProzess exportprofil; + protected Prozessbibliothek prozessbibliothek; + + /** + * Gets the value of the exportprofil property. + * + * @return + * possible object is + * {@link SuchprofilProzess } + * + */ + public SuchprofilProzess getExportprofil() { + return exportprofil; + } + + /** + * Sets the value of the exportprofil property. + * + * @param value + * allowed object is + * {@link SuchprofilProzess } + * + */ + public void setExportprofil(SuchprofilProzess value) { + this.exportprofil = value; + } + + /** + * Gets the value of the prozessbibliothek property. + * + * @return + * possible object is + * {@link Prozessbibliothek } + * + */ + public Prozessbibliothek getProzessbibliothek() { + return prozessbibliothek; + } + + /** + * Sets the value of the prozessbibliothek property. + * + * @param value + * allowed object is + * {@link Prozessbibliothek } + * + */ + public void setProzessbibliothek(Prozessbibliothek value) { + this.prozessbibliothek = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozesskatalog.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozesskatalog.java new file mode 100644 index 0000000..2bec053 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozesskatalog.java @@ -0,0 +1,191 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eine Sammlung von Prozessklassen. + * + *

Java class for Prozesskatalog complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Prozesskatalog">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="version" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="herausgeber" type="{http://www.regierung-mv.de/xprozess/2}Herausgeber" minOccurs="0"/>
+ *         <element name="verwaltungspolitischeKodierung" type="{http://www.regierung-mv.de/xprozess/2}VerwaltungspolitischeKodierung" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="prozessklasse" type="{http://www.regierung-mv.de/xprozess/2}Prozessklasse" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Prozesskatalog", propOrder = { + "name", + "version", + "herausgeber", + "verwaltungspolitischeKodierung", + "prozessklasse" +}) +public class Prozesskatalog { + + @XmlElement(required = true) + protected String name; + protected String version; + protected Herausgeber herausgeber; + protected List verwaltungspolitischeKodierung; + protected List prozessklasse; + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the version property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersion() { + return version; + } + + /** + * Sets the value of the version property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersion(String value) { + this.version = value; + } + + /** + * Gets the value of the herausgeber property. + * + * @return + * possible object is + * {@link Herausgeber } + * + */ + public Herausgeber getHerausgeber() { + return herausgeber; + } + + /** + * Sets the value of the herausgeber property. + * + * @param value + * allowed object is + * {@link Herausgeber } + * + */ + public void setHerausgeber(Herausgeber value) { + this.herausgeber = value; + } + + /** + * Gets the value of the verwaltungspolitischeKodierung property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the verwaltungspolitischeKodierung property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getVerwaltungspolitischeKodierung().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link VerwaltungspolitischeKodierung } + * + * + */ + public List getVerwaltungspolitischeKodierung() { + if (verwaltungspolitischeKodierung == null) { + verwaltungspolitischeKodierung = new ArrayList(); + } + return this.verwaltungspolitischeKodierung; + } + + /** + * Gets the value of the prozessklasse property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the prozessklasse property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getProzessklasse().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Prozessklasse } + * + * + */ + public List getProzessklasse() { + if (prozessklasse == null) { + prozessklasse = new ArrayList(); + } + return this.prozessklasse; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogAnfrage0101.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogAnfrage0101.java new file mode 100644 index 0000000..91548a9 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogAnfrage0101.java @@ -0,0 +1,71 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="suchprofil" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozessklasse" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "suchprofil" +}) +@XmlRootElement(name = "prozesskatalog.anfrage.0101") +public class ProzesskatalogAnfrage0101 + extends Basisnachricht +{ + + protected SuchprofilProzessklasse suchprofil; + + /** + * Gets the value of the suchprofil property. + * + * @return + * possible object is + * {@link SuchprofilProzessklasse } + * + */ + public SuchprofilProzessklasse getSuchprofil() { + return suchprofil; + } + + /** + * Sets the value of the suchprofil property. + * + * @param value + * allowed object is + * {@link SuchprofilProzessklasse } + * + */ + public void setSuchprofil(SuchprofilProzessklasse value) { + this.suchprofil = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogAntwort0102.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogAntwort0102.java new file mode 100644 index 0000000..7ed44d4 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogAntwort0102.java @@ -0,0 +1,132 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.bind.annotation.adapters.NormalizedStringAdapter; +import javax.xml.bind.annotation.adapters.XmlJavaTypeAdapter; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="anfrageUUID" type="{http://www.regierung-mv.de/xprozess/2}String.UUID"/>
+ *         <element name="suchprofilZitat" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozessklasse" minOccurs="0"/>
+ *         <element name="prozesskatalog" type="{http://www.regierung-mv.de/xprozess/2}Prozesskatalog" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "anfrageUUID", + "suchprofilZitat", + "prozesskatalog" +}) +@XmlRootElement(name = "prozesskatalog.antwort.0102") +public class ProzesskatalogAntwort0102 + extends Basisnachricht +{ + + @XmlElement(required = true) + @XmlJavaTypeAdapter(NormalizedStringAdapter.class) + @XmlSchemaType(name = "normalizedString") + protected String anfrageUUID; + protected SuchprofilProzessklasse suchprofilZitat; + protected Prozesskatalog prozesskatalog; + + /** + * Gets the value of the anfrageUUID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getAnfrageUUID() { + return anfrageUUID; + } + + /** + * Sets the value of the anfrageUUID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setAnfrageUUID(String value) { + this.anfrageUUID = value; + } + + /** + * Gets the value of the suchprofilZitat property. + * + * @return + * possible object is + * {@link SuchprofilProzessklasse } + * + */ + public SuchprofilProzessklasse getSuchprofilZitat() { + return suchprofilZitat; + } + + /** + * Sets the value of the suchprofilZitat property. + * + * @param value + * allowed object is + * {@link SuchprofilProzessklasse } + * + */ + public void setSuchprofilZitat(SuchprofilProzessklasse value) { + this.suchprofilZitat = value; + } + + /** + * Gets the value of the prozesskatalog property. + * + * @return + * possible object is + * {@link Prozesskatalog } + * + */ + public Prozesskatalog getProzesskatalog() { + return prozesskatalog; + } + + /** + * Sets the value of the prozesskatalog property. + * + * @param value + * allowed object is + * {@link Prozesskatalog } + * + */ + public void setProzesskatalog(Prozesskatalog value) { + this.prozesskatalog = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogExport0103.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogExport0103.java new file mode 100644 index 0000000..8e698cb --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ProzesskatalogExport0103.java @@ -0,0 +1,98 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlRootElement; +import javax.xml.bind.annotation.XmlType; + + +/** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType>
+ *   <complexContent>
+ *     <extension base="{http://www.regierung-mv.de/xprozess/2}Basisnachricht">
+ *       <sequence>
+ *         <element name="exportprofil" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozessklasse" minOccurs="0"/>
+ *         <element name="prozesskatalog" type="{http://www.regierung-mv.de/xprozess/2}Prozesskatalog" minOccurs="0"/>
+ *       </sequence>
+ *     </extension>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "", propOrder = { + "exportprofil", + "prozesskatalog" +}) +@XmlRootElement(name = "prozesskatalog.export.0103") +public class ProzesskatalogExport0103 + extends Basisnachricht +{ + + protected SuchprofilProzessklasse exportprofil; + protected Prozesskatalog prozesskatalog; + + /** + * Gets the value of the exportprofil property. + * + * @return + * possible object is + * {@link SuchprofilProzessklasse } + * + */ + public SuchprofilProzessklasse getExportprofil() { + return exportprofil; + } + + /** + * Sets the value of the exportprofil property. + * + * @param value + * allowed object is + * {@link SuchprofilProzessklasse } + * + */ + public void setExportprofil(SuchprofilProzessklasse value) { + this.exportprofil = value; + } + + /** + * Gets the value of the prozesskatalog property. + * + * @return + * possible object is + * {@link Prozesskatalog } + * + */ + public Prozesskatalog getProzesskatalog() { + return prozesskatalog; + } + + /** + * Sets the value of the prozesskatalog property. + * + * @param value + * allowed object is + * {@link Prozesskatalog } + * + */ + public void setProzesskatalog(Prozesskatalog value) { + this.prozesskatalog = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessklasse.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessklasse.java new file mode 100644 index 0000000..23da8d6 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessklasse.java @@ -0,0 +1,684 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.math.BigInteger; +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Eine Prozessklasse steht für einen Eintrag im Prozesskatalog. Sie repräsentiert Prozesse mit gleichen Charakteristiken aber in unterschiedlichen Varianten, Versionen, mit unterschiedlichen Sichten sowie auf unterschiedlichen Verwaltungsebenen. + * + *

Java class for Prozessklasse complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Prozessklasse">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="id" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="version" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="gliederungsebene" minOccurs="0">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="gliederungsebeneNummer" type="{http://www.w3.org/2001/XMLSchema}integer"/>
+ *                   <element name="gliederungsebeneName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="uebergeordneteProzessklasseID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="abgeloesteProzessklasse" type="{http://www.regierung-mv.de/xprozess/2}ReferenzProzessklasse" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="bezeichnung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="definition" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="handlungsgrundlage" type="{http://www.regierung-mv.de/xprozess/2}Handlungsgrundlage" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="zwecksetzung" type="{http://www.regierung-mv.de/xprozess/2}Code.Zwecksetzung" minOccurs="0"/>
+ *         <element name="operativesZiel" type="{http://www.regierung-mv.de/xprozess/2}Code.OperativesZiel" minOccurs="0"/>
+ *         <element name="handlungsform" type="{http://www.regierung-mv.de/xprozess/2}Code.Handlungsform" minOccurs="0"/>
+ *         <element name="verfahrensart" type="{http://www.regierung-mv.de/xprozess/2}Code.Verfahrensart" minOccurs="0"/>
+ *         <element name="fachlichFreigebendeStelle" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="verwaltungspolitischeKodierung" type="{http://www.regierung-mv.de/xprozess/2}VerwaltungspolitischeKodierung" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="merkmal" type="{http://www.regierung-mv.de/xprozess/2}Merkmal" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="klassifikation" type="{http://www.regierung-mv.de/xprozess/2}Klassifikation" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="schlagwort" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="zustandsangaben" type="{http://www.regierung-mv.de/xprozess/2}Zustandsangaben" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Prozessklasse", propOrder = { + "id", + "version", + "gliederungsebene", + "uebergeordneteProzessklasseID", + "abgeloesteProzessklasse", + "name", + "bezeichnung", + "definition", + "handlungsgrundlage", + "zwecksetzung", + "operativesZiel", + "handlungsform", + "verfahrensart", + "fachlichFreigebendeStelle", + "verwaltungspolitischeKodierung", + "merkmal", + "klassifikation", + "schlagwort", + "zustandsangaben" +}) +public class Prozessklasse { + + @XmlElement(required = true) + protected String id; + protected String version; + protected Prozessklasse.Gliederungsebene gliederungsebene; + protected String uebergeordneteProzessklasseID; + protected List abgeloesteProzessklasse; + @XmlElement(required = true) + protected String name; + protected String bezeichnung; + protected String definition; + protected List handlungsgrundlage; + protected CodeZwecksetzung zwecksetzung; + protected CodeOperativesZiel operativesZiel; + protected CodeHandlungsform handlungsform; + protected CodeVerfahrensart verfahrensart; + protected String fachlichFreigebendeStelle; + protected List verwaltungspolitischeKodierung; + protected List merkmal; + protected List klassifikation; + protected List schlagwort; + protected Zustandsangaben zustandsangaben; + + /** + * Gets the value of the id property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getId() { + return id; + } + + /** + * Sets the value of the id property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setId(String value) { + this.id = value; + } + + /** + * Gets the value of the version property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getVersion() { + return version; + } + + /** + * Sets the value of the version property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setVersion(String value) { + this.version = value; + } + + /** + * Gets the value of the gliederungsebene property. + * + * @return + * possible object is + * {@link Prozessklasse.Gliederungsebene } + * + */ + public Prozessklasse.Gliederungsebene getGliederungsebene() { + return gliederungsebene; + } + + /** + * Sets the value of the gliederungsebene property. + * + * @param value + * allowed object is + * {@link Prozessklasse.Gliederungsebene } + * + */ + public void setGliederungsebene(Prozessklasse.Gliederungsebene value) { + this.gliederungsebene = value; + } + + /** + * Gets the value of the uebergeordneteProzessklasseID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getUebergeordneteProzessklasseID() { + return uebergeordneteProzessklasseID; + } + + /** + * Sets the value of the uebergeordneteProzessklasseID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setUebergeordneteProzessklasseID(String value) { + this.uebergeordneteProzessklasseID = value; + } + + /** + * Gets the value of the abgeloesteProzessklasse property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the abgeloesteProzessklasse property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getAbgeloesteProzessklasse().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link ReferenzProzessklasse } + * + * + */ + public List getAbgeloesteProzessklasse() { + if (abgeloesteProzessklasse == null) { + abgeloesteProzessklasse = new ArrayList(); + } + return this.abgeloesteProzessklasse; + } + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the bezeichnung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBezeichnung() { + return bezeichnung; + } + + /** + * Sets the value of the bezeichnung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBezeichnung(String value) { + this.bezeichnung = value; + } + + /** + * Gets the value of the definition property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDefinition() { + return definition; + } + + /** + * Sets the value of the definition property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDefinition(String value) { + this.definition = value; + } + + /** + * Gets the value of the handlungsgrundlage property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the handlungsgrundlage property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getHandlungsgrundlage().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Handlungsgrundlage } + * + * + */ + public List getHandlungsgrundlage() { + if (handlungsgrundlage == null) { + handlungsgrundlage = new ArrayList(); + } + return this.handlungsgrundlage; + } + + /** + * Gets the value of the zwecksetzung property. + * + * @return + * possible object is + * {@link CodeZwecksetzung } + * + */ + public CodeZwecksetzung getZwecksetzung() { + return zwecksetzung; + } + + /** + * Sets the value of the zwecksetzung property. + * + * @param value + * allowed object is + * {@link CodeZwecksetzung } + * + */ + public void setZwecksetzung(CodeZwecksetzung value) { + this.zwecksetzung = value; + } + + /** + * Gets the value of the operativesZiel property. + * + * @return + * possible object is + * {@link CodeOperativesZiel } + * + */ + public CodeOperativesZiel getOperativesZiel() { + return operativesZiel; + } + + /** + * Sets the value of the operativesZiel property. + * + * @param value + * allowed object is + * {@link CodeOperativesZiel } + * + */ + public void setOperativesZiel(CodeOperativesZiel value) { + this.operativesZiel = value; + } + + /** + * Gets the value of the handlungsform property. + * + * @return + * possible object is + * {@link CodeHandlungsform } + * + */ + public CodeHandlungsform getHandlungsform() { + return handlungsform; + } + + /** + * Sets the value of the handlungsform property. + * + * @param value + * allowed object is + * {@link CodeHandlungsform } + * + */ + public void setHandlungsform(CodeHandlungsform value) { + this.handlungsform = value; + } + + /** + * Gets the value of the verfahrensart property. + * + * @return + * possible object is + * {@link CodeVerfahrensart } + * + */ + public CodeVerfahrensart getVerfahrensart() { + return verfahrensart; + } + + /** + * Sets the value of the verfahrensart property. + * + * @param value + * allowed object is + * {@link CodeVerfahrensart } + * + */ + public void setVerfahrensart(CodeVerfahrensart value) { + this.verfahrensart = value; + } + + /** + * Gets the value of the fachlichFreigebendeStelle property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getFachlichFreigebendeStelle() { + return fachlichFreigebendeStelle; + } + + /** + * Sets the value of the fachlichFreigebendeStelle property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setFachlichFreigebendeStelle(String value) { + this.fachlichFreigebendeStelle = value; + } + + /** + * Gets the value of the verwaltungspolitischeKodierung property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the verwaltungspolitischeKodierung property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getVerwaltungspolitischeKodierung().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link VerwaltungspolitischeKodierung } + * + * + */ + public List getVerwaltungspolitischeKodierung() { + if (verwaltungspolitischeKodierung == null) { + verwaltungspolitischeKodierung = new ArrayList(); + } + return this.verwaltungspolitischeKodierung; + } + + /** + * Gets the value of the merkmal property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the merkmal property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getMerkmal().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Merkmal } + * + * + */ + public List getMerkmal() { + if (merkmal == null) { + merkmal = new ArrayList(); + } + return this.merkmal; + } + + /** + * Gets the value of the klassifikation property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the klassifikation property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getKlassifikation().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Klassifikation } + * + * + */ + public List getKlassifikation() { + if (klassifikation == null) { + klassifikation = new ArrayList(); + } + return this.klassifikation; + } + + /** + * Gets the value of the schlagwort property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the schlagwort property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSchlagwort().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getSchlagwort() { + if (schlagwort == null) { + schlagwort = new ArrayList(); + } + return this.schlagwort; + } + + /** + * Gets the value of the zustandsangaben property. + * + * @return + * possible object is + * {@link Zustandsangaben } + * + */ + public Zustandsangaben getZustandsangaben() { + return zustandsangaben; + } + + /** + * Sets the value of the zustandsangaben property. + * + * @param value + * allowed object is + * {@link Zustandsangaben } + * + */ + public void setZustandsangaben(Zustandsangaben value) { + this.zustandsangaben = value; + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="gliederungsebeneNummer" type="{http://www.w3.org/2001/XMLSchema}integer"/>
+     *         <element name="gliederungsebeneName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "gliederungsebeneNummer", + "gliederungsebeneName" + }) + public static class Gliederungsebene { + + @XmlElement(required = true) + protected BigInteger gliederungsebeneNummer; + protected String gliederungsebeneName; + + /** + * Gets the value of the gliederungsebeneNummer property. + * + * @return + * possible object is + * {@link BigInteger } + * + */ + public BigInteger getGliederungsebeneNummer() { + return gliederungsebeneNummer; + } + + /** + * Sets the value of the gliederungsebeneNummer property. + * + * @param value + * allowed object is + * {@link BigInteger } + * + */ + public void setGliederungsebeneNummer(BigInteger value) { + this.gliederungsebeneNummer = value; + } + + /** + * Gets the value of the gliederungsebeneName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getGliederungsebeneName() { + return gliederungsebeneName; + } + + /** + * Sets the value of the gliederungsebeneName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setGliederungsebeneName(String value) { + this.gliederungsebeneName = value; + } + + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessmodell.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessmodell.java new file mode 100644 index 0000000..6368426 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessmodell.java @@ -0,0 +1,140 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Das Prozessmodell wird in Form von verschiedenen Dateien (Prozessmodelldatei, Visualisierungsdatei, Beschreibungsdatei) spezifiziert. + * + *

Java class for Prozessmodell complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Prozessmodell">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="prozessmodelldatei" type="{http://www.regierung-mv.de/xprozess/2}Datei" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="visualisierungsdatei" type="{http://www.regierung-mv.de/xprozess/2}Datei" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="beschreibungsdatei" type="{http://www.regierung-mv.de/xprozess/2}Datei" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Prozessmodell", propOrder = { + "prozessmodelldatei", + "visualisierungsdatei", + "beschreibungsdatei" +}) +public class Prozessmodell { + + protected List prozessmodelldatei; + protected List visualisierungsdatei; + protected List beschreibungsdatei; + + /** + * Gets the value of the prozessmodelldatei property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the prozessmodelldatei property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getProzessmodelldatei().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Datei } + * + * + */ + public List getProzessmodelldatei() { + if (prozessmodelldatei == null) { + prozessmodelldatei = new ArrayList(); + } + return this.prozessmodelldatei; + } + + /** + * Gets the value of the visualisierungsdatei property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the visualisierungsdatei property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getVisualisierungsdatei().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Datei } + * + * + */ + public List getVisualisierungsdatei() { + if (visualisierungsdatei == null) { + visualisierungsdatei = new ArrayList(); + } + return this.visualisierungsdatei; + } + + /** + * Gets the value of the beschreibungsdatei property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the beschreibungsdatei property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getBeschreibungsdatei().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Datei } + * + * + */ + public List getBeschreibungsdatei() { + if (beschreibungsdatei == null) { + beschreibungsdatei = new ArrayList(); + } + return this.beschreibungsdatei; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozesssteckbrief.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozesssteckbrief.java new file mode 100644 index 0000000..e0fa9f7 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozesssteckbrief.java @@ -0,0 +1,344 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Der Prozesssteckbrief enthält beschreibende Informationen zu einem Prozess, ohne die Abläufe im Detail zu betrachten. + * + *

Java class for Prozesssteckbrief complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Prozesssteckbrief">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="definition" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="beschreibung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="ausloeser" type="{http://www.regierung-mv.de/xprozess/2}AusloeserErgebnis" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="ergebnis" type="{http://www.regierung-mv.de/xprozess/2}AusloeserErgebnis" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="prozessteilnehmer" type="{http://www.regierung-mv.de/xprozess/2}Prozessteilnehmer" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="handlungsgrundlage" type="{http://www.regierung-mv.de/xprozess/2}Handlungsgrundlage" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="detaillierungsstufe" type="{http://www.regierung-mv.de/xprozess/2}Code.Detaillierungsstufe" minOccurs="0"/>
+ *         <element name="verwaltungspolitischeKodierung" type="{http://www.regierung-mv.de/xprozess/2}VerwaltungspolitischeKodierung" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="zielvorgaben" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="merkmal" type="{http://www.regierung-mv.de/xprozess/2}Merkmal" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Prozesssteckbrief", propOrder = { + "definition", + "beschreibung", + "ausloeser", + "ergebnis", + "prozessteilnehmer", + "handlungsgrundlage", + "detaillierungsstufe", + "verwaltungspolitischeKodierung", + "zielvorgaben", + "merkmal" +}) +public class Prozesssteckbrief { + + protected String definition; + protected String beschreibung; + protected List ausloeser; + protected List ergebnis; + protected List prozessteilnehmer; + protected List handlungsgrundlage; + protected CodeDetaillierungsstufe detaillierungsstufe; + protected List verwaltungspolitischeKodierung; + protected String zielvorgaben; + protected List merkmal; + + /** + * Gets the value of the definition property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getDefinition() { + return definition; + } + + /** + * Sets the value of the definition property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setDefinition(String value) { + this.definition = value; + } + + /** + * Gets the value of the beschreibung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBeschreibung() { + return beschreibung; + } + + /** + * Sets the value of the beschreibung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBeschreibung(String value) { + this.beschreibung = value; + } + + /** + * Gets the value of the ausloeser property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the ausloeser property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getAusloeser().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link AusloeserErgebnis } + * + * + */ + public List getAusloeser() { + if (ausloeser == null) { + ausloeser = new ArrayList(); + } + return this.ausloeser; + } + + /** + * Gets the value of the ergebnis property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the ergebnis property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getErgebnis().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link AusloeserErgebnis } + * + * + */ + public List getErgebnis() { + if (ergebnis == null) { + ergebnis = new ArrayList(); + } + return this.ergebnis; + } + + /** + * Gets the value of the prozessteilnehmer property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the prozessteilnehmer property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getProzessteilnehmer().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Prozessteilnehmer } + * + * + */ + public List getProzessteilnehmer() { + if (prozessteilnehmer == null) { + prozessteilnehmer = new ArrayList(); + } + return this.prozessteilnehmer; + } + + /** + * Gets the value of the handlungsgrundlage property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the handlungsgrundlage property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getHandlungsgrundlage().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Handlungsgrundlage } + * + * + */ + public List getHandlungsgrundlage() { + if (handlungsgrundlage == null) { + handlungsgrundlage = new ArrayList(); + } + return this.handlungsgrundlage; + } + + /** + * Gets the value of the detaillierungsstufe property. + * + * @return + * possible object is + * {@link CodeDetaillierungsstufe } + * + */ + public CodeDetaillierungsstufe getDetaillierungsstufe() { + return detaillierungsstufe; + } + + /** + * Sets the value of the detaillierungsstufe property. + * + * @param value + * allowed object is + * {@link CodeDetaillierungsstufe } + * + */ + public void setDetaillierungsstufe(CodeDetaillierungsstufe value) { + this.detaillierungsstufe = value; + } + + /** + * Gets the value of the verwaltungspolitischeKodierung property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the verwaltungspolitischeKodierung property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getVerwaltungspolitischeKodierung().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link VerwaltungspolitischeKodierung } + * + * + */ + public List getVerwaltungspolitischeKodierung() { + if (verwaltungspolitischeKodierung == null) { + verwaltungspolitischeKodierung = new ArrayList(); + } + return this.verwaltungspolitischeKodierung; + } + + /** + * Gets the value of the zielvorgaben property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getZielvorgaben() { + return zielvorgaben; + } + + /** + * Sets the value of the zielvorgaben property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setZielvorgaben(String value) { + this.zielvorgaben = value; + } + + /** + * Gets the value of the merkmal property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the merkmal property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getMerkmal().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Merkmal } + * + * + */ + public List getMerkmal() { + if (merkmal == null) { + merkmal = new ArrayList(); + } + return this.merkmal; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessteilnehmer.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessteilnehmer.java new file mode 100644 index 0000000..ae853f3 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Prozessteilnehmer.java @@ -0,0 +1,106 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die Benennung eines Prozessteilnehmers und seiner Rolle im Prozess. + * + *

Java class for Prozessteilnehmer complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Prozessteilnehmer">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="name" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="rolle" type="{http://www.regierung-mv.de/xprozess/2}Code.Prozessrolle" maxOccurs="unbounded"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Prozessteilnehmer", propOrder = { + "name", + "rolle" +}) +public class Prozessteilnehmer { + + @XmlElement(required = true) + protected String name; + @XmlElement(required = true) + protected List rolle; + + /** + * Gets the value of the name property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getName() { + return name; + } + + /** + * Sets the value of the name property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setName(String value) { + this.name = value; + } + + /** + * Gets the value of the rolle property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the rolle property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getRolle().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeProzessrolle } + * + * + */ + public List getRolle() { + if (rolle == null) { + rolle = new ArrayList(); + } + return this.rolle; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ReferenzProzessklasse.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ReferenzProzessklasse.java new file mode 100644 index 0000000..ac5724a --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/ReferenzProzessklasse.java @@ -0,0 +1,98 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Angaben zur Referenzierung einer Prozessklasse auf eine andere Prozessklasse. + * + *

Java class for ReferenzProzessklasse complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="ReferenzProzessklasse">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="referenzierteProzessklasseID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="erlaeuterung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "ReferenzProzessklasse", propOrder = { + "referenzierteProzessklasseID", + "erlaeuterung" +}) +public class ReferenzProzessklasse { + + @XmlElement(required = true) + protected String referenzierteProzessklasseID; + protected String erlaeuterung; + + /** + * Gets the value of the referenzierteProzessklasseID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getReferenzierteProzessklasseID() { + return referenzierteProzessklasseID; + } + + /** + * Sets the value of the referenzierteProzessklasseID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setReferenzierteProzessklasseID(String value) { + this.referenzierteProzessklasseID = value; + } + + /** + * Gets the value of the erlaeuterung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getErlaeuterung() { + return erlaeuterung; + } + + /** + * Sets the value of the erlaeuterung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setErlaeuterung(String value) { + this.erlaeuterung = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SpezifischeAttribute.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SpezifischeAttribute.java new file mode 100644 index 0000000..f1d63ad --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SpezifischeAttribute.java @@ -0,0 +1,912 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die spezifischen Attribute einer Aktivitätengruppe gemäß FIM-Methodik. + * + *

Java class for SpezifischeAttribute complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="SpezifischeAttribute">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <choice>
+ *         <element name="spezifischeAttribute1">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="empfangeneDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Empfangen" maxOccurs="unbounded"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="spezifischeAttribute2">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="bereitgestellteDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Bereitgestellt" maxOccurs="unbounded"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="spezifischeAttribute3">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="formellePruefung" type="{http://www.regierung-mv.de/xprozess/2}Code.FormellePruefung" maxOccurs="unbounded"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="spezifischeAttribute4">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="hilfsmittel" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="spezifischeAttribute5">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="hilfsmittel" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *                   <element name="entscheidungsart" type="{http://www.regierung-mv.de/xprozess/2}Code.Entscheidungsart"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="spezifischeAttribute6">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="bearbeitungsart" type="{http://www.regierung-mv.de/xprozess/2}Code.Bearbeitungsart"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="spezifischeAttribute7">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="bereitgestellteDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Bereitgestellt" maxOccurs="unbounded"/>
+ *                   <element name="empfangeneDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Empfangen" maxOccurs="unbounded"/>
+ *                   <element name="mitwirkungspflicht" type="{http://www.w3.org/2001/XMLSchema}boolean"/>
+ *                   <element name="beteiligungsform" type="{http://www.regierung-mv.de/xprozess/2}Code.Beteiligungsform" minOccurs="0"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *         <element name="spezifischeAttribute8">
+ *           <complexType>
+ *             <complexContent>
+ *               <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                 <sequence>
+ *                   <element name="beschreibung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *                 </sequence>
+ *               </restriction>
+ *             </complexContent>
+ *           </complexType>
+ *         </element>
+ *       </choice>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "SpezifischeAttribute", propOrder = { + "spezifischeAttribute1", + "spezifischeAttribute2", + "spezifischeAttribute3", + "spezifischeAttribute4", + "spezifischeAttribute5", + "spezifischeAttribute6", + "spezifischeAttribute7", + "spezifischeAttribute8" +}) +public class SpezifischeAttribute { + + protected SpezifischeAttribute.SpezifischeAttribute1 spezifischeAttribute1; + protected SpezifischeAttribute.SpezifischeAttribute2 spezifischeAttribute2; + protected SpezifischeAttribute.SpezifischeAttribute3 spezifischeAttribute3; + protected SpezifischeAttribute.SpezifischeAttribute4 spezifischeAttribute4; + protected SpezifischeAttribute.SpezifischeAttribute5 spezifischeAttribute5; + protected SpezifischeAttribute.SpezifischeAttribute6 spezifischeAttribute6; + protected SpezifischeAttribute.SpezifischeAttribute7 spezifischeAttribute7; + protected SpezifischeAttribute.SpezifischeAttribute8 spezifischeAttribute8; + + /** + * Gets the value of the spezifischeAttribute1 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute1 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute1 getSpezifischeAttribute1() { + return spezifischeAttribute1; + } + + /** + * Sets the value of the spezifischeAttribute1 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute1 } + * + */ + public void setSpezifischeAttribute1(SpezifischeAttribute.SpezifischeAttribute1 value) { + this.spezifischeAttribute1 = value; + } + + /** + * Gets the value of the spezifischeAttribute2 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute2 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute2 getSpezifischeAttribute2() { + return spezifischeAttribute2; + } + + /** + * Sets the value of the spezifischeAttribute2 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute2 } + * + */ + public void setSpezifischeAttribute2(SpezifischeAttribute.SpezifischeAttribute2 value) { + this.spezifischeAttribute2 = value; + } + + /** + * Gets the value of the spezifischeAttribute3 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute3 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute3 getSpezifischeAttribute3() { + return spezifischeAttribute3; + } + + /** + * Sets the value of the spezifischeAttribute3 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute3 } + * + */ + public void setSpezifischeAttribute3(SpezifischeAttribute.SpezifischeAttribute3 value) { + this.spezifischeAttribute3 = value; + } + + /** + * Gets the value of the spezifischeAttribute4 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute4 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute4 getSpezifischeAttribute4() { + return spezifischeAttribute4; + } + + /** + * Sets the value of the spezifischeAttribute4 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute4 } + * + */ + public void setSpezifischeAttribute4(SpezifischeAttribute.SpezifischeAttribute4 value) { + this.spezifischeAttribute4 = value; + } + + /** + * Gets the value of the spezifischeAttribute5 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute5 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute5 getSpezifischeAttribute5() { + return spezifischeAttribute5; + } + + /** + * Sets the value of the spezifischeAttribute5 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute5 } + * + */ + public void setSpezifischeAttribute5(SpezifischeAttribute.SpezifischeAttribute5 value) { + this.spezifischeAttribute5 = value; + } + + /** + * Gets the value of the spezifischeAttribute6 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute6 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute6 getSpezifischeAttribute6() { + return spezifischeAttribute6; + } + + /** + * Sets the value of the spezifischeAttribute6 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute6 } + * + */ + public void setSpezifischeAttribute6(SpezifischeAttribute.SpezifischeAttribute6 value) { + this.spezifischeAttribute6 = value; + } + + /** + * Gets the value of the spezifischeAttribute7 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute7 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute7 getSpezifischeAttribute7() { + return spezifischeAttribute7; + } + + /** + * Sets the value of the spezifischeAttribute7 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute7 } + * + */ + public void setSpezifischeAttribute7(SpezifischeAttribute.SpezifischeAttribute7 value) { + this.spezifischeAttribute7 = value; + } + + /** + * Gets the value of the spezifischeAttribute8 property. + * + * @return + * possible object is + * {@link SpezifischeAttribute.SpezifischeAttribute8 } + * + */ + public SpezifischeAttribute.SpezifischeAttribute8 getSpezifischeAttribute8() { + return spezifischeAttribute8; + } + + /** + * Sets the value of the spezifischeAttribute8 property. + * + * @param value + * allowed object is + * {@link SpezifischeAttribute.SpezifischeAttribute8 } + * + */ + public void setSpezifischeAttribute8(SpezifischeAttribute.SpezifischeAttribute8 value) { + this.spezifischeAttribute8 = value; + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="empfangeneDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Empfangen" maxOccurs="unbounded"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "empfangeneDaten" + }) + public static class SpezifischeAttribute1 { + + @XmlElement(required = true) + protected List empfangeneDaten; + + /** + * Gets the value of the empfangeneDaten property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the empfangeneDaten property. + * + *

+ * For example, to add a new item, do as follows: + * 

+         *    getEmpfangeneDaten().add(newItem);
+         *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link DatenEmpfangen } + * + * + */ + public List getEmpfangeneDaten() { + if (empfangeneDaten == null) { + empfangeneDaten = new ArrayList(); + } + return this.empfangeneDaten; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="bereitgestellteDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Bereitgestellt" maxOccurs="unbounded"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "bereitgestellteDaten" + }) + public static class SpezifischeAttribute2 { + + @XmlElement(required = true) + protected List bereitgestellteDaten; + + /** + * Gets the value of the bereitgestellteDaten property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the bereitgestellteDaten property. + * + *

+ * For example, to add a new item, do as follows: + * 

+         *    getBereitgestellteDaten().add(newItem);
+         *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link DatenBereitgestellt } + * + * + */ + public List getBereitgestellteDaten() { + if (bereitgestellteDaten == null) { + bereitgestellteDaten = new ArrayList(); + } + return this.bereitgestellteDaten; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="formellePruefung" type="{http://www.regierung-mv.de/xprozess/2}Code.FormellePruefung" maxOccurs="unbounded"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "formellePruefung" + }) + public static class SpezifischeAttribute3 { + + @XmlElement(required = true) + protected List formellePruefung; + + /** + * Gets the value of the formellePruefung property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the formellePruefung property. + * + *

+ * For example, to add a new item, do as follows: + * 

+         *    getFormellePruefung().add(newItem);
+         *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeFormellePruefung } + * + * + */ + public List getFormellePruefung() { + if (formellePruefung == null) { + formellePruefung = new ArrayList(); + } + return this.formellePruefung; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="hilfsmittel" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "hilfsmittel" + }) + public static class SpezifischeAttribute4 { + + @XmlElement(required = true) + protected String hilfsmittel; + + /** + * Gets the value of the hilfsmittel property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getHilfsmittel() { + return hilfsmittel; + } + + /** + * Sets the value of the hilfsmittel property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setHilfsmittel(String value) { + this.hilfsmittel = value; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="hilfsmittel" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+     *         <element name="entscheidungsart" type="{http://www.regierung-mv.de/xprozess/2}Code.Entscheidungsart"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "hilfsmittel", + "entscheidungsart" + }) + public static class SpezifischeAttribute5 { + + @XmlElement(required = true) + protected String hilfsmittel; + @XmlElement(required = true) + protected CodeEntscheidungsart entscheidungsart; + + /** + * Gets the value of the hilfsmittel property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getHilfsmittel() { + return hilfsmittel; + } + + /** + * Sets the value of the hilfsmittel property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setHilfsmittel(String value) { + this.hilfsmittel = value; + } + + /** + * Gets the value of the entscheidungsart property. + * + * @return + * possible object is + * {@link CodeEntscheidungsart } + * + */ + public CodeEntscheidungsart getEntscheidungsart() { + return entscheidungsart; + } + + /** + * Sets the value of the entscheidungsart property. + * + * @param value + * allowed object is + * {@link CodeEntscheidungsart } + * + */ + public void setEntscheidungsart(CodeEntscheidungsart value) { + this.entscheidungsart = value; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="bearbeitungsart" type="{http://www.regierung-mv.de/xprozess/2}Code.Bearbeitungsart"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "bearbeitungsart" + }) + public static class SpezifischeAttribute6 { + + @XmlElement(required = true) + protected CodeBearbeitungsart bearbeitungsart; + + /** + * Gets the value of the bearbeitungsart property. + * + * @return + * possible object is + * {@link CodeBearbeitungsart } + * + */ + public CodeBearbeitungsart getBearbeitungsart() { + return bearbeitungsart; + } + + /** + * Sets the value of the bearbeitungsart property. + * + * @param value + * allowed object is + * {@link CodeBearbeitungsart } + * + */ + public void setBearbeitungsart(CodeBearbeitungsart value) { + this.bearbeitungsart = value; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="bereitgestellteDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Bereitgestellt" maxOccurs="unbounded"/>
+     *         <element name="empfangeneDaten" type="{http://www.regierung-mv.de/xprozess/2}Daten.Empfangen" maxOccurs="unbounded"/>
+     *         <element name="mitwirkungspflicht" type="{http://www.w3.org/2001/XMLSchema}boolean"/>
+     *         <element name="beteiligungsform" type="{http://www.regierung-mv.de/xprozess/2}Code.Beteiligungsform" minOccurs="0"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "bereitgestellteDaten", + "empfangeneDaten", + "mitwirkungspflicht", + "beteiligungsform" + }) + public static class SpezifischeAttribute7 { + + @XmlElement(required = true) + protected List bereitgestellteDaten; + @XmlElement(required = true) + protected List empfangeneDaten; + protected boolean mitwirkungspflicht; + protected CodeBeteiligungsform beteiligungsform; + + /** + * Gets the value of the bereitgestellteDaten property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the bereitgestellteDaten property. + * + *

+ * For example, to add a new item, do as follows: + * 

+         *    getBereitgestellteDaten().add(newItem);
+         *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link DatenBereitgestellt } + * + * + */ + public List getBereitgestellteDaten() { + if (bereitgestellteDaten == null) { + bereitgestellteDaten = new ArrayList(); + } + return this.bereitgestellteDaten; + } + + /** + * Gets the value of the empfangeneDaten property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the empfangeneDaten property. + * + *

+ * For example, to add a new item, do as follows: + * 

+         *    getEmpfangeneDaten().add(newItem);
+         *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link DatenEmpfangen } + * + * + */ + public List getEmpfangeneDaten() { + if (empfangeneDaten == null) { + empfangeneDaten = new ArrayList(); + } + return this.empfangeneDaten; + } + + /** + * Gets the value of the mitwirkungspflicht property. + * + */ + public boolean isMitwirkungspflicht() { + return mitwirkungspflicht; + } + + /** + * Sets the value of the mitwirkungspflicht property. + * + */ + public void setMitwirkungspflicht(boolean value) { + this.mitwirkungspflicht = value; + } + + /** + * Gets the value of the beteiligungsform property. + * + * @return + * possible object is + * {@link CodeBeteiligungsform } + * + */ + public CodeBeteiligungsform getBeteiligungsform() { + return beteiligungsform; + } + + /** + * Sets the value of the beteiligungsform property. + * + * @param value + * allowed object is + * {@link CodeBeteiligungsform } + * + */ + public void setBeteiligungsform(CodeBeteiligungsform value) { + this.beteiligungsform = value; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="beschreibung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "beschreibung" + }) + public static class SpezifischeAttribute8 { + + @XmlElement(required = true) + protected String beschreibung; + + /** + * Gets the value of the beschreibung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getBeschreibung() { + return beschreibung; + } + + /** + * Sets the value of the beschreibung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setBeschreibung(String value) { + this.beschreibung = value; + } + + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Strukturbeschreibung.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Strukturbeschreibung.java new file mode 100644 index 0000000..953fedc --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Strukturbeschreibung.java @@ -0,0 +1,265 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlAnyElement; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Dieses Element kann genutzt werden, um zusätzliche Informationen zu den Modellierungselementen des Prozessmodells entsprechend der Modellierungsmethode hinzuzufügen. + * + *

Java class for Strukturbeschreibung complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Strukturbeschreibung">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="modellierungsmethode" type="{http://www.regierung-mv.de/xprozess/2}Modellierungsmethode"/>
+ *         <choice>
+ *           <element name="strukturbeschreibungFIM">
+ *             <complexType>
+ *               <complexContent>
+ *                 <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                   <sequence>
+ *                     <element name="aktivitaetengruppe" type="{http://www.regierung-mv.de/xprozess/2}Aktivitaetengruppe" maxOccurs="unbounded"/>
+ *                   </sequence>
+ *                 </restriction>
+ *               </complexContent>
+ *             </complexType>
+ *           </element>
+ *           <element name="strukturbeschreibungSonstige">
+ *             <complexType>
+ *               <complexContent>
+ *                 <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *                   <sequence>
+ *                     <any/>
+ *                   </sequence>
+ *                 </restriction>
+ *               </complexContent>
+ *             </complexType>
+ *           </element>
+ *         </choice>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Strukturbeschreibung", propOrder = { + "modellierungsmethode", + "strukturbeschreibungFIM", + "strukturbeschreibungSonstige" +}) +public class Strukturbeschreibung { + + @XmlElement(required = true) + protected Modellierungsmethode modellierungsmethode; + protected Strukturbeschreibung.StrukturbeschreibungFIM strukturbeschreibungFIM; + protected Strukturbeschreibung.StrukturbeschreibungSonstige strukturbeschreibungSonstige; + + /** + * Gets the value of the modellierungsmethode property. + * + * @return + * possible object is + * {@link Modellierungsmethode } + * + */ + public Modellierungsmethode getModellierungsmethode() { + return modellierungsmethode; + } + + /** + * Sets the value of the modellierungsmethode property. + * + * @param value + * allowed object is + * {@link Modellierungsmethode } + * + */ + public void setModellierungsmethode(Modellierungsmethode value) { + this.modellierungsmethode = value; + } + + /** + * Gets the value of the strukturbeschreibungFIM property. + * + * @return + * possible object is + * {@link Strukturbeschreibung.StrukturbeschreibungFIM } + * + */ + public Strukturbeschreibung.StrukturbeschreibungFIM getStrukturbeschreibungFIM() { + return strukturbeschreibungFIM; + } + + /** + * Sets the value of the strukturbeschreibungFIM property. + * + * @param value + * allowed object is + * {@link Strukturbeschreibung.StrukturbeschreibungFIM } + * + */ + public void setStrukturbeschreibungFIM(Strukturbeschreibung.StrukturbeschreibungFIM value) { + this.strukturbeschreibungFIM = value; + } + + /** + * Gets the value of the strukturbeschreibungSonstige property. + * + * @return + * possible object is + * {@link Strukturbeschreibung.StrukturbeschreibungSonstige } + * + */ + public Strukturbeschreibung.StrukturbeschreibungSonstige getStrukturbeschreibungSonstige() { + return strukturbeschreibungSonstige; + } + + /** + * Sets the value of the strukturbeschreibungSonstige property. + * + * @param value + * allowed object is + * {@link Strukturbeschreibung.StrukturbeschreibungSonstige } + * + */ + public void setStrukturbeschreibungSonstige(Strukturbeschreibung.StrukturbeschreibungSonstige value) { + this.strukturbeschreibungSonstige = value; + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <element name="aktivitaetengruppe" type="{http://www.regierung-mv.de/xprozess/2}Aktivitaetengruppe" maxOccurs="unbounded"/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "aktivitaetengruppe" + }) + public static class StrukturbeschreibungFIM { + + @XmlElement(required = true) + protected List aktivitaetengruppe; + + /** + * Gets the value of the aktivitaetengruppe property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the aktivitaetengruppe property. + * + *

+ * For example, to add a new item, do as follows: + * 

+         *    getAktivitaetengruppe().add(newItem);
+         *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link Aktivitaetengruppe } + * + * + */ + public List getAktivitaetengruppe() { + if (aktivitaetengruppe == null) { + aktivitaetengruppe = new ArrayList(); + } + return this.aktivitaetengruppe; + } + + } + + + /** + *

Java class for anonymous complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+     * <complexType>
+     *   <complexContent>
+     *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+     *       <sequence>
+     *         <any/>
+     *       </sequence>
+     *     </restriction>
+     *   </complexContent>
+     * </complexType>
+     *
+ * + * + */ + @XmlAccessorType(XmlAccessType.FIELD) + @XmlType(name = "", propOrder = { + "any" + }) + public static class StrukturbeschreibungSonstige { + + @XmlAnyElement(lax = true) + protected Object any; + + /** + * Gets the value of the any property. + * + * @return + * possible object is + * {@link Object } + * + */ + public Object getAny() { + return any; + } + + /** + * Sets the value of the any property. + * + * @param value + * allowed object is + * {@link Object } + * + */ + public void setAny(Object value) { + this.any = value; + } + + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilAlleInhalte.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilAlleInhalte.java new file mode 100644 index 0000000..a2aaeb8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilAlleInhalte.java @@ -0,0 +1,99 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Es werden die Prozessklassen des Prozesskatalogs auf diejenigen eingeschränkt, die allen Suchparametern entsprechen. + * Es werden im Bereich Prozessbibliothek nur diejenigen Prozesse übertragen, die über das Element Klassifikation auf Prozessklassen referenzieren, die im (eingeschränkten) Prozesskatalog enthalten sind. + * + *

Java class for Suchprofil.AlleInhalte complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchprofil.AlleInhalte">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="einschraenkungProzessklasse" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Prozessklasse" minOccurs="0"/>
+ *         <element name="einschraenkungProzesseVersionen" type="{http://www.regierung-mv.de/xprozess/2}Code.Versionen"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchprofil.AlleInhalte", propOrder = { + "einschraenkungProzessklasse", + "einschraenkungProzesseVersionen" +}) +public class SuchprofilAlleInhalte { + + protected SuchprofilProzessklasse einschraenkungProzessklasse; + @XmlElement(required = true) + protected CodeVersionen einschraenkungProzesseVersionen; + + /** + * Gets the value of the einschraenkungProzessklasse property. + * + * @return + * possible object is + * {@link SuchprofilProzessklasse } + * + */ + public SuchprofilProzessklasse getEinschraenkungProzessklasse() { + return einschraenkungProzessklasse; + } + + /** + * Sets the value of the einschraenkungProzessklasse property. + * + * @param value + * allowed object is + * {@link SuchprofilProzessklasse } + * + */ + public void setEinschraenkungProzessklasse(SuchprofilProzessklasse value) { + this.einschraenkungProzessklasse = value; + } + + /** + * Gets the value of the einschraenkungProzesseVersionen property. + * + * @return + * possible object is + * {@link CodeVersionen } + * + */ + public CodeVersionen getEinschraenkungProzesseVersionen() { + return einschraenkungProzesseVersionen; + } + + /** + * Sets the value of the einschraenkungProzesseVersionen property. + * + * @param value + * allowed object is + * {@link CodeVersionen } + * + */ + public void setEinschraenkungProzesseVersionen(CodeVersionen value) { + this.einschraenkungProzesseVersionen = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilKlassifikation.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilKlassifikation.java new file mode 100644 index 0000000..fdcbcc1 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilKlassifikation.java @@ -0,0 +1,125 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Es werden nur Objekte übertragen, die Klassifikationsangaben haben, die den in sucheKlassifikation angegebenen entsprechen. + * + *

Java class for Suchprofil.Klassifikation complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchprofil.Klassifikation">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="ordnungsrahmenName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="ordnungsrahmenVersion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="klasseID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchprofil.Klassifikation", propOrder = { + "ordnungsrahmenName", + "ordnungsrahmenVersion", + "klasseID" +}) +public class SuchprofilKlassifikation { + + @XmlElement(required = true) + protected String ordnungsrahmenName; + protected String ordnungsrahmenVersion; + protected String klasseID; + + /** + * Gets the value of the ordnungsrahmenName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenName() { + return ordnungsrahmenName; + } + + /** + * Sets the value of the ordnungsrahmenName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenName(String value) { + this.ordnungsrahmenName = value; + } + + /** + * Gets the value of the ordnungsrahmenVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenVersion() { + return ordnungsrahmenVersion; + } + + /** + * Sets the value of the ordnungsrahmenVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenVersion(String value) { + this.ordnungsrahmenVersion = value; + } + + /** + * Gets the value of the klasseID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getKlasseID() { + return klasseID; + } + + /** + * Sets the value of the klasseID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setKlasseID(String value) { + this.klasseID = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilMerkmal.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilMerkmal.java new file mode 100644 index 0000000..d075bb8 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilMerkmal.java @@ -0,0 +1,160 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Es werden nur Objekte übertragen, die Merkmale und Werte haben, die den in sucheMerkmal angegebenen entsprechen. + * + *

Java class for Suchprofil.Merkmal complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchprofil.Merkmal">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="ordnungsrahmenName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="ordnungsrahmenVersion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="merkmalName" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="merkmalWert" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchprofil.Merkmal", propOrder = { + "ordnungsrahmenName", + "ordnungsrahmenVersion", + "merkmalName", + "merkmalWert" +}) +public class SuchprofilMerkmal { + + @XmlElement(required = true) + protected String ordnungsrahmenName; + protected String ordnungsrahmenVersion; + @XmlElement(required = true) + protected String merkmalName; + protected List merkmalWert; + + /** + * Gets the value of the ordnungsrahmenName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenName() { + return ordnungsrahmenName; + } + + /** + * Sets the value of the ordnungsrahmenName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenName(String value) { + this.ordnungsrahmenName = value; + } + + /** + * Gets the value of the ordnungsrahmenVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getOrdnungsrahmenVersion() { + return ordnungsrahmenVersion; + } + + /** + * Sets the value of the ordnungsrahmenVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setOrdnungsrahmenVersion(String value) { + this.ordnungsrahmenVersion = value; + } + + /** + * Gets the value of the merkmalName property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getMerkmalName() { + return merkmalName; + } + + /** + * Sets the value of the merkmalName property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setMerkmalName(String value) { + this.merkmalName = value; + } + + /** + * Gets the value of the merkmalWert property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the merkmalWert property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getMerkmalWert().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getMerkmalWert() { + if (merkmalWert == null) { + merkmalWert = new ArrayList(); + } + return this.merkmalWert; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilProzess.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilProzess.java new file mode 100644 index 0000000..aaeb62e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilProzess.java @@ -0,0 +1,420 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Es werden die Prozesse der Prozessbibliothek auf diejenigen eingeschränkt, die allen Suchparamentern entsprechen. + * + *

Java class for Suchprofil.Prozess complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchprofil.Prozess">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="suchtext" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="sucheProzessidentifikation" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.SpezifischerProzess" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="sucheKlassifikation" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Klassifikation" minOccurs="0"/>
+ *         <element name="sucheHandlungsgrundlage" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="sucheDetaillierungsstufe" type="{http://www.regierung-mv.de/xprozess/2}Code.Detaillierungsstufe" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="sucheVerwaltungspolitischeKodierung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="sucheMerkmal" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Merkmal" minOccurs="0"/>
+ *         <element name="aenderungszeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="sucheStatus" type="{http://www.regierung-mv.de/xprozess/2}Code.Status" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="sucheGueltigkeit" type="{http://www.regierung-mv.de/xprozess/2}Zeitraum" minOccurs="0"/>
+ *         <element name="sucheFachlicherFreigabezeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="sucheFormellerFreigabezeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="sucheHatProzessmodelle" type="{http://www.w3.org/2001/XMLSchema}boolean" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchprofil.Prozess", propOrder = { + "suchtext", + "sucheProzessidentifikation", + "sucheKlassifikation", + "sucheHandlungsgrundlage", + "sucheDetaillierungsstufe", + "sucheVerwaltungspolitischeKodierung", + "sucheMerkmal", + "aenderungszeitpunkt", + "sucheStatus", + "sucheGueltigkeit", + "sucheFachlicherFreigabezeitpunkt", + "sucheFormellerFreigabezeitpunkt", + "sucheHatProzessmodelle" +}) +public class SuchprofilProzess { + + protected String suchtext; + protected List sucheProzessidentifikation; + protected SuchprofilKlassifikation sucheKlassifikation; + protected String sucheHandlungsgrundlage; + protected List sucheDetaillierungsstufe; + protected List sucheVerwaltungspolitischeKodierung; + protected SuchprofilMerkmal sucheMerkmal; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar aenderungszeitpunkt; + protected List sucheStatus; + protected Zeitraum sucheGueltigkeit; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar sucheFachlicherFreigabezeitpunkt; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar sucheFormellerFreigabezeitpunkt; + protected Boolean sucheHatProzessmodelle; + + /** + * Gets the value of the suchtext property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getSuchtext() { + return suchtext; + } + + /** + * Sets the value of the suchtext property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setSuchtext(String value) { + this.suchtext = value; + } + + /** + * Gets the value of the sucheProzessidentifikation property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the sucheProzessidentifikation property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSucheProzessidentifikation().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link SuchprofilSpezifischerProzess } + * + * + */ + public List getSucheProzessidentifikation() { + if (sucheProzessidentifikation == null) { + sucheProzessidentifikation = new ArrayList(); + } + return this.sucheProzessidentifikation; + } + + /** + * Gets the value of the sucheKlassifikation property. + * + * @return + * possible object is + * {@link SuchprofilKlassifikation } + * + */ + public SuchprofilKlassifikation getSucheKlassifikation() { + return sucheKlassifikation; + } + + /** + * Sets the value of the sucheKlassifikation property. + * + * @param value + * allowed object is + * {@link SuchprofilKlassifikation } + * + */ + public void setSucheKlassifikation(SuchprofilKlassifikation value) { + this.sucheKlassifikation = value; + } + + /** + * Gets the value of the sucheHandlungsgrundlage property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getSucheHandlungsgrundlage() { + return sucheHandlungsgrundlage; + } + + /** + * Sets the value of the sucheHandlungsgrundlage property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setSucheHandlungsgrundlage(String value) { + this.sucheHandlungsgrundlage = value; + } + + /** + * Gets the value of the sucheDetaillierungsstufe property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the sucheDetaillierungsstufe property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSucheDetaillierungsstufe().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeDetaillierungsstufe } + * + * + */ + public List getSucheDetaillierungsstufe() { + if (sucheDetaillierungsstufe == null) { + sucheDetaillierungsstufe = new ArrayList(); + } + return this.sucheDetaillierungsstufe; + } + + /** + * Gets the value of the sucheVerwaltungspolitischeKodierung property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the sucheVerwaltungspolitischeKodierung property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSucheVerwaltungspolitischeKodierung().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getSucheVerwaltungspolitischeKodierung() { + if (sucheVerwaltungspolitischeKodierung == null) { + sucheVerwaltungspolitischeKodierung = new ArrayList(); + } + return this.sucheVerwaltungspolitischeKodierung; + } + + /** + * Gets the value of the sucheMerkmal property. + * + * @return + * possible object is + * {@link SuchprofilMerkmal } + * + */ + public SuchprofilMerkmal getSucheMerkmal() { + return sucheMerkmal; + } + + /** + * Sets the value of the sucheMerkmal property. + * + * @param value + * allowed object is + * {@link SuchprofilMerkmal } + * + */ + public void setSucheMerkmal(SuchprofilMerkmal value) { + this.sucheMerkmal = value; + } + + /** + * Gets the value of the aenderungszeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getAenderungszeitpunkt() { + return aenderungszeitpunkt; + } + + /** + * Sets the value of the aenderungszeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setAenderungszeitpunkt(XMLGregorianCalendar value) { + this.aenderungszeitpunkt = value; + } + + /** + * Gets the value of the sucheStatus property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the sucheStatus property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSucheStatus().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeStatus } + * + * + */ + public List getSucheStatus() { + if (sucheStatus == null) { + sucheStatus = new ArrayList(); + } + return this.sucheStatus; + } + + /** + * Gets the value of the sucheGueltigkeit property. + * + * @return + * possible object is + * {@link Zeitraum } + * + */ + public Zeitraum getSucheGueltigkeit() { + return sucheGueltigkeit; + } + + /** + * Sets the value of the sucheGueltigkeit property. + * + * @param value + * allowed object is + * {@link Zeitraum } + * + */ + public void setSucheGueltigkeit(Zeitraum value) { + this.sucheGueltigkeit = value; + } + + /** + * Gets the value of the sucheFachlicherFreigabezeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getSucheFachlicherFreigabezeitpunkt() { + return sucheFachlicherFreigabezeitpunkt; + } + + /** + * Sets the value of the sucheFachlicherFreigabezeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setSucheFachlicherFreigabezeitpunkt(XMLGregorianCalendar value) { + this.sucheFachlicherFreigabezeitpunkt = value; + } + + /** + * Gets the value of the sucheFormellerFreigabezeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getSucheFormellerFreigabezeitpunkt() { + return sucheFormellerFreigabezeitpunkt; + } + + /** + * Sets the value of the sucheFormellerFreigabezeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setSucheFormellerFreigabezeitpunkt(XMLGregorianCalendar value) { + this.sucheFormellerFreigabezeitpunkt = value; + } + + /** + * Gets the value of the sucheHatProzessmodelle property. + * + * @return + * possible object is + * {@link Boolean } + * + */ + public Boolean isSucheHatProzessmodelle() { + return sucheHatProzessmodelle; + } + + /** + * Sets the value of the sucheHatProzessmodelle property. + * + * @param value + * allowed object is + * {@link Boolean } + * + */ + public void setSucheHatProzessmodelle(Boolean value) { + this.sucheHatProzessmodelle = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilProzessklasse.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilProzessklasse.java new file mode 100644 index 0000000..d249da1 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilProzessklasse.java @@ -0,0 +1,470 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import java.math.BigInteger; +import java.util.ArrayList; +import java.util.List; +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Es werden die Prozessklassen des Prozesskatalogs auf diejenigen eingeschränkt, die allen Suchparametern entsprechen. + * + *

Java class for Suchprofil.Prozessklasse complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchprofil.Prozessklasse">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="suchtext" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="sucheGliederungsebeneNummer" type="{http://www.w3.org/2001/XMLSchema}integer" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="sucheHandlungsgrundlage" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="sucheZiel" type="{http://www.regierung-mv.de/xprozess/2}Code.OperativesZiel" minOccurs="0"/>
+ *         <element name="sucheHandlungsform" type="{http://www.regierung-mv.de/xprozess/2}Code.Handlungsform" minOccurs="0"/>
+ *         <element name="sucheVerfahrensart" type="{http://www.regierung-mv.de/xprozess/2}Code.Verfahrensart" minOccurs="0"/>
+ *         <element name="sucheVerwaltungspolitischeKodierung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="sucheMerkmal" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Merkmal" minOccurs="0"/>
+ *         <element name="sucheKlassifikation" type="{http://www.regierung-mv.de/xprozess/2}Suchprofil.Klassifikation" minOccurs="0"/>
+ *         <element name="aenderungszeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="sucheStatus" type="{http://www.regierung-mv.de/xprozess/2}Code.Status" maxOccurs="unbounded" minOccurs="0"/>
+ *         <element name="sucheGueltigkeit" type="{http://www.regierung-mv.de/xprozess/2}Zeitraum" minOccurs="0"/>
+ *         <element name="sucheFachlicherFreigabezeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="sucheFormellerFreigabezeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="sucheHatProzesse" type="{http://www.w3.org/2001/XMLSchema}boolean" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchprofil.Prozessklasse", propOrder = { + "suchtext", + "sucheGliederungsebeneNummer", + "sucheHandlungsgrundlage", + "sucheZiel", + "sucheHandlungsform", + "sucheVerfahrensart", + "sucheVerwaltungspolitischeKodierung", + "sucheMerkmal", + "sucheKlassifikation", + "aenderungszeitpunkt", + "sucheStatus", + "sucheGueltigkeit", + "sucheFachlicherFreigabezeitpunkt", + "sucheFormellerFreigabezeitpunkt", + "sucheHatProzesse" +}) +public class SuchprofilProzessklasse { + + protected String suchtext; + protected List sucheGliederungsebeneNummer; + protected String sucheHandlungsgrundlage; + protected CodeOperativesZiel sucheZiel; + protected CodeHandlungsform sucheHandlungsform; + protected CodeVerfahrensart sucheVerfahrensart; + protected List sucheVerwaltungspolitischeKodierung; + protected SuchprofilMerkmal sucheMerkmal; + protected SuchprofilKlassifikation sucheKlassifikation; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar aenderungszeitpunkt; + protected List sucheStatus; + protected Zeitraum sucheGueltigkeit; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar sucheFachlicherFreigabezeitpunkt; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar sucheFormellerFreigabezeitpunkt; + protected Boolean sucheHatProzesse; + + /** + * Gets the value of the suchtext property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getSuchtext() { + return suchtext; + } + + /** + * Sets the value of the suchtext property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setSuchtext(String value) { + this.suchtext = value; + } + + /** + * Gets the value of the sucheGliederungsebeneNummer property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the sucheGliederungsebeneNummer property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSucheGliederungsebeneNummer().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link BigInteger } + * + * + */ + public List getSucheGliederungsebeneNummer() { + if (sucheGliederungsebeneNummer == null) { + sucheGliederungsebeneNummer = new ArrayList(); + } + return this.sucheGliederungsebeneNummer; + } + + /** + * Gets the value of the sucheHandlungsgrundlage property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getSucheHandlungsgrundlage() { + return sucheHandlungsgrundlage; + } + + /** + * Sets the value of the sucheHandlungsgrundlage property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setSucheHandlungsgrundlage(String value) { + this.sucheHandlungsgrundlage = value; + } + + /** + * Gets the value of the sucheZiel property. + * + * @return + * possible object is + * {@link CodeOperativesZiel } + * + */ + public CodeOperativesZiel getSucheZiel() { + return sucheZiel; + } + + /** + * Sets the value of the sucheZiel property. + * + * @param value + * allowed object is + * {@link CodeOperativesZiel } + * + */ + public void setSucheZiel(CodeOperativesZiel value) { + this.sucheZiel = value; + } + + /** + * Gets the value of the sucheHandlungsform property. + * + * @return + * possible object is + * {@link CodeHandlungsform } + * + */ + public CodeHandlungsform getSucheHandlungsform() { + return sucheHandlungsform; + } + + /** + * Sets the value of the sucheHandlungsform property. + * + * @param value + * allowed object is + * {@link CodeHandlungsform } + * + */ + public void setSucheHandlungsform(CodeHandlungsform value) { + this.sucheHandlungsform = value; + } + + /** + * Gets the value of the sucheVerfahrensart property. + * + * @return + * possible object is + * {@link CodeVerfahrensart } + * + */ + public CodeVerfahrensart getSucheVerfahrensart() { + return sucheVerfahrensart; + } + + /** + * Sets the value of the sucheVerfahrensart property. + * + * @param value + * allowed object is + * {@link CodeVerfahrensart } + * + */ + public void setSucheVerfahrensart(CodeVerfahrensart value) { + this.sucheVerfahrensart = value; + } + + /** + * Gets the value of the sucheVerwaltungspolitischeKodierung property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the sucheVerwaltungspolitischeKodierung property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSucheVerwaltungspolitischeKodierung().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link String } + * + * + */ + public List getSucheVerwaltungspolitischeKodierung() { + if (sucheVerwaltungspolitischeKodierung == null) { + sucheVerwaltungspolitischeKodierung = new ArrayList(); + } + return this.sucheVerwaltungspolitischeKodierung; + } + + /** + * Gets the value of the sucheMerkmal property. + * + * @return + * possible object is + * {@link SuchprofilMerkmal } + * + */ + public SuchprofilMerkmal getSucheMerkmal() { + return sucheMerkmal; + } + + /** + * Sets the value of the sucheMerkmal property. + * + * @param value + * allowed object is + * {@link SuchprofilMerkmal } + * + */ + public void setSucheMerkmal(SuchprofilMerkmal value) { + this.sucheMerkmal = value; + } + + /** + * Gets the value of the sucheKlassifikation property. + * + * @return + * possible object is + * {@link SuchprofilKlassifikation } + * + */ + public SuchprofilKlassifikation getSucheKlassifikation() { + return sucheKlassifikation; + } + + /** + * Sets the value of the sucheKlassifikation property. + * + * @param value + * allowed object is + * {@link SuchprofilKlassifikation } + * + */ + public void setSucheKlassifikation(SuchprofilKlassifikation value) { + this.sucheKlassifikation = value; + } + + /** + * Gets the value of the aenderungszeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getAenderungszeitpunkt() { + return aenderungszeitpunkt; + } + + /** + * Sets the value of the aenderungszeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setAenderungszeitpunkt(XMLGregorianCalendar value) { + this.aenderungszeitpunkt = value; + } + + /** + * Gets the value of the sucheStatus property. + * + *

+ * This accessor method returns a reference to the live list, + * not a snapshot. Therefore any modification you make to the + * returned list will be present inside the JAXB object. + * This is why there is not a set method for the sucheStatus property. + * + *

+ * For example, to add a new item, do as follows: + * 

+     *    getSucheStatus().add(newItem);
+     *
+ * + * + *

+ * Objects of the following type(s) are allowed in the list + * {@link CodeStatus } + * + * + */ + public List getSucheStatus() { + if (sucheStatus == null) { + sucheStatus = new ArrayList(); + } + return this.sucheStatus; + } + + /** + * Gets the value of the sucheGueltigkeit property. + * + * @return + * possible object is + * {@link Zeitraum } + * + */ + public Zeitraum getSucheGueltigkeit() { + return sucheGueltigkeit; + } + + /** + * Sets the value of the sucheGueltigkeit property. + * + * @param value + * allowed object is + * {@link Zeitraum } + * + */ + public void setSucheGueltigkeit(Zeitraum value) { + this.sucheGueltigkeit = value; + } + + /** + * Gets the value of the sucheFachlicherFreigabezeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getSucheFachlicherFreigabezeitpunkt() { + return sucheFachlicherFreigabezeitpunkt; + } + + /** + * Sets the value of the sucheFachlicherFreigabezeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setSucheFachlicherFreigabezeitpunkt(XMLGregorianCalendar value) { + this.sucheFachlicherFreigabezeitpunkt = value; + } + + /** + * Gets the value of the sucheFormellerFreigabezeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getSucheFormellerFreigabezeitpunkt() { + return sucheFormellerFreigabezeitpunkt; + } + + /** + * Sets the value of the sucheFormellerFreigabezeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setSucheFormellerFreigabezeitpunkt(XMLGregorianCalendar value) { + this.sucheFormellerFreigabezeitpunkt = value; + } + + /** + * Gets the value of the sucheHatProzesse property. + * + * @return + * possible object is + * {@link Boolean } + * + */ + public Boolean isSucheHatProzesse() { + return sucheHatProzesse; + } + + /** + * Sets the value of the sucheHatProzesse property. + * + * @param value + * allowed object is + * {@link Boolean } + * + */ + public void setSucheHatProzesse(Boolean value) { + this.sucheHatProzesse = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilSpezifischerProzess.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilSpezifischerProzess.java new file mode 100644 index 0000000..581a563 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/SuchprofilSpezifischerProzess.java @@ -0,0 +1,98 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlElement; +import javax.xml.bind.annotation.XmlType; + + +/** + * Angaben im Suchprofil zu einem spezifischen Prozess. + * + *

Java class for Suchprofil.SpezifischerProzess complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Suchprofil.SpezifischerProzess">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="prozessID" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin"/>
+ *         <element name="spezifischeVersion" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Suchprofil.SpezifischerProzess", propOrder = { + "prozessID", + "spezifischeVersion" +}) +public class SuchprofilSpezifischerProzess { + + @XmlElement(required = true) + protected String prozessID; + protected String spezifischeVersion; + + /** + * Gets the value of the prozessID property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getProzessID() { + return prozessID; + } + + /** + * Sets the value of the prozessID property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setProzessID(String value) { + this.prozessID = value; + } + + /** + * Gets the value of the spezifischeVersion property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getSpezifischeVersion() { + return spezifischeVersion; + } + + /** + * Sets the value of the spezifischeVersion property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setSpezifischeVersion(String value) { + this.spezifischeVersion = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/VerwaltungspolitischeKodierung.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/VerwaltungspolitischeKodierung.java new file mode 100644 index 0000000..5bfdf4d --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/VerwaltungspolitischeKodierung.java @@ -0,0 +1,231 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlType; + + +/** + * Die Komponente "VerwaltungspolitischeKodierung" beinhaltet Informationen, die eine verwaltungspolitisch eindeutige Zuordnung ermöglichen. Sie dient der Identifikation einer Gemeinde oder sonstiger Gebietskörperschaften (Kreis, Bezirk, Gemeindeverband, Bundesland, Nation). + * + *

Java class for VerwaltungspolitischeKodierung complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="VerwaltungspolitischeKodierung">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <choice>
+ *         <element name="kreis" type="{http://www.regierung-mv.de/xprozess/2}Code.Kreis"/>
+ *         <element name="bezirk" type="{http://www.regierung-mv.de/xprozess/2}Code.Bezirk"/>
+ *         <element name="bundesland" type="{http://www.regierung-mv.de/xprozess/2}Code.Bundesland"/>
+ *         <element name="gemeindeschluessel" type="{http://www.regierung-mv.de/xprozess/2}Code.Gemeindeschluessel"/>
+ *         <element name="regionalschluessel" type="{http://www.regierung-mv.de/xprozess/2}Code.Regionalschluessel"/>
+ *         <element name="nation" type="{http://www.regierung-mv.de/xprozess/2}Code.Staat"/>
+ *         <element name="gemeindeverband" type="{http://www.regierung-mv.de/xprozess/2}Code.Gemeindeverband"/>
+ *       </choice>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "VerwaltungspolitischeKodierung", propOrder = { + "kreis", + "bezirk", + "bundesland", + "gemeindeschluessel", + "regionalschluessel", + "nation", + "gemeindeverband" +}) +public class VerwaltungspolitischeKodierung { + + protected CodeKreis kreis; + protected CodeBezirk bezirk; + protected CodeBundesland bundesland; + protected CodeGemeindeschluessel gemeindeschluessel; + protected CodeRegionalschluessel regionalschluessel; + protected CodeStaat nation; + protected CodeGemeindeverband gemeindeverband; + + /** + * Gets the value of the kreis property. + * + * @return + * possible object is + * {@link CodeKreis } + * + */ + public CodeKreis getKreis() { + return kreis; + } + + /** + * Sets the value of the kreis property. + * + * @param value + * allowed object is + * {@link CodeKreis } + * + */ + public void setKreis(CodeKreis value) { + this.kreis = value; + } + + /** + * Gets the value of the bezirk property. + * + * @return + * possible object is + * {@link CodeBezirk } + * + */ + public CodeBezirk getBezirk() { + return bezirk; + } + + /** + * Sets the value of the bezirk property. + * + * @param value + * allowed object is + * {@link CodeBezirk } + * + */ + public void setBezirk(CodeBezirk value) { + this.bezirk = value; + } + + /** + * Gets the value of the bundesland property. + * + * @return + * possible object is + * {@link CodeBundesland } + * + */ + public CodeBundesland getBundesland() { + return bundesland; + } + + /** + * Sets the value of the bundesland property. + * + * @param value + * allowed object is + * {@link CodeBundesland } + * + */ + public void setBundesland(CodeBundesland value) { + this.bundesland = value; + } + + /** + * Gets the value of the gemeindeschluessel property. + * + * @return + * possible object is + * {@link CodeGemeindeschluessel } + * + */ + public CodeGemeindeschluessel getGemeindeschluessel() { + return gemeindeschluessel; + } + + /** + * Sets the value of the gemeindeschluessel property. + * + * @param value + * allowed object is + * {@link CodeGemeindeschluessel } + * + */ + public void setGemeindeschluessel(CodeGemeindeschluessel value) { + this.gemeindeschluessel = value; + } + + /** + * Gets the value of the regionalschluessel property. + * + * @return + * possible object is + * {@link CodeRegionalschluessel } + * + */ + public CodeRegionalschluessel getRegionalschluessel() { + return regionalschluessel; + } + + /** + * Sets the value of the regionalschluessel property. + * + * @param value + * allowed object is + * {@link CodeRegionalschluessel } + * + */ + public void setRegionalschluessel(CodeRegionalschluessel value) { + this.regionalschluessel = value; + } + + /** + * Gets the value of the nation property. + * + * @return + * possible object is + * {@link CodeStaat } + * + */ + public CodeStaat getNation() { + return nation; + } + + /** + * Sets the value of the nation property. + * + * @param value + * allowed object is + * {@link CodeStaat } + * + */ + public void setNation(CodeStaat value) { + this.nation = value; + } + + /** + * Gets the value of the gemeindeverband property. + * + * @return + * possible object is + * {@link CodeGemeindeverband } + * + */ + public CodeGemeindeverband getGemeindeverband() { + return gemeindeverband; + } + + /** + * Sets the value of the gemeindeverband property. + * + * @param value + * allowed object is + * {@link CodeGemeindeverband } + * + */ + public void setGemeindeverband(CodeGemeindeverband value) { + this.gemeindeverband = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Zeitraum.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Zeitraum.java new file mode 100644 index 0000000..ee5329d --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Zeitraum.java @@ -0,0 +1,100 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Der Zeitraum kennzeichnet einen Abschnitt auf einem Zeitstrahl durch Angabe von Beginn und/oder Ende als Zeitpunkt. + * + *

Java class for Zeitraum complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Zeitraum">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="beginn" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="ende" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Zeitraum", propOrder = { + "beginn", + "ende" +}) +public class Zeitraum { + + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar beginn; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar ende; + + /** + * Gets the value of the beginn property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getBeginn() { + return beginn; + } + + /** + * Sets the value of the beginn property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setBeginn(XMLGregorianCalendar value) { + this.beginn = value; + } + + /** + * Gets the value of the ende property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getEnde() { + return ende; + } + + /** + * Sets the value of the ende property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setEnde(XMLGregorianCalendar value) { + this.ende = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Zustandsangaben.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Zustandsangaben.java new file mode 100644 index 0000000..f2a18ca --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/Zustandsangaben.java @@ -0,0 +1,264 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + + +package uni.jena.fim.xprocess.v2.core; + +import javax.xml.bind.annotation.XmlAccessType; +import javax.xml.bind.annotation.XmlAccessorType; +import javax.xml.bind.annotation.XmlSchemaType; +import javax.xml.bind.annotation.XmlType; +import javax.xml.datatype.XMLGregorianCalendar; + + +/** + * Angaben zum Zustand einer Prozessklasse oder eines Prozesses. + * + *

Java class for Zustandsangaben complex type. + * + *

The following schema fragment specifies the expected content contained within this class. + * + * 

+ * <complexType name="Zustandsangaben">
+ *   <complexContent>
+ *     <restriction base="{http://www.w3.org/2001/XMLSchema}anyType">
+ *       <sequence>
+ *         <element name="erstellungszeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="letzterAenderungszeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="letzterBearbeiter" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="status" type="{http://www.regierung-mv.de/xprozess/2}Code.Status" minOccurs="0"/>
+ *         <element name="anmerkungLetzteAenderung" type="{http://xoev.de/latinchars/1_1/datatypes}String.Latin" minOccurs="0"/>
+ *         <element name="gueltigkeitszeitraum" type="{http://www.regierung-mv.de/xprozess/2}Zeitraum" minOccurs="0"/>
+ *         <element name="fachlicherFreigabezeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *         <element name="formellerFreigabezeitpunkt" type="{http://www.w3.org/2001/XMLSchema}dateTime" minOccurs="0"/>
+ *       </sequence>
+ *     </restriction>
+ *   </complexContent>
+ * </complexType>
+ *
+ * + * + */ +@XmlAccessorType(XmlAccessType.FIELD) +@XmlType(name = "Zustandsangaben", propOrder = { + "erstellungszeitpunkt", + "letzterAenderungszeitpunkt", + "letzterBearbeiter", + "status", + "anmerkungLetzteAenderung", + "gueltigkeitszeitraum", + "fachlicherFreigabezeitpunkt", + "formellerFreigabezeitpunkt" +}) +public class Zustandsangaben { + + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar erstellungszeitpunkt; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar letzterAenderungszeitpunkt; + protected String letzterBearbeiter; + protected CodeStatus status; + protected String anmerkungLetzteAenderung; + protected Zeitraum gueltigkeitszeitraum; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar fachlicherFreigabezeitpunkt; + @XmlSchemaType(name = "dateTime") + protected XMLGregorianCalendar formellerFreigabezeitpunkt; + + /** + * Gets the value of the erstellungszeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getErstellungszeitpunkt() { + return erstellungszeitpunkt; + } + + /** + * Sets the value of the erstellungszeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setErstellungszeitpunkt(XMLGregorianCalendar value) { + this.erstellungszeitpunkt = value; + } + + /** + * Gets the value of the letzterAenderungszeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getLetzterAenderungszeitpunkt() { + return letzterAenderungszeitpunkt; + } + + /** + * Sets the value of the letzterAenderungszeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setLetzterAenderungszeitpunkt(XMLGregorianCalendar value) { + this.letzterAenderungszeitpunkt = value; + } + + /** + * Gets the value of the letzterBearbeiter property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getLetzterBearbeiter() { + return letzterBearbeiter; + } + + /** + * Sets the value of the letzterBearbeiter property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setLetzterBearbeiter(String value) { + this.letzterBearbeiter = value; + } + + /** + * Gets the value of the status property. + * + * @return + * possible object is + * {@link CodeStatus } + * + */ + public CodeStatus getStatus() { + return status; + } + + /** + * Sets the value of the status property. + * + * @param value + * allowed object is + * {@link CodeStatus } + * + */ + public void setStatus(CodeStatus value) { + this.status = value; + } + + /** + * Gets the value of the anmerkungLetzteAenderung property. + * + * @return + * possible object is + * {@link String } + * + */ + public String getAnmerkungLetzteAenderung() { + return anmerkungLetzteAenderung; + } + + /** + * Sets the value of the anmerkungLetzteAenderung property. + * + * @param value + * allowed object is + * {@link String } + * + */ + public void setAnmerkungLetzteAenderung(String value) { + this.anmerkungLetzteAenderung = value; + } + + /** + * Gets the value of the gueltigkeitszeitraum property. + * + * @return + * possible object is + * {@link Zeitraum } + * + */ + public Zeitraum getGueltigkeitszeitraum() { + return gueltigkeitszeitraum; + } + + /** + * Sets the value of the gueltigkeitszeitraum property. + * + * @param value + * allowed object is + * {@link Zeitraum } + * + */ + public void setGueltigkeitszeitraum(Zeitraum value) { + this.gueltigkeitszeitraum = value; + } + + /** + * Gets the value of the fachlicherFreigabezeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getFachlicherFreigabezeitpunkt() { + return fachlicherFreigabezeitpunkt; + } + + /** + * Sets the value of the fachlicherFreigabezeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setFachlicherFreigabezeitpunkt(XMLGregorianCalendar value) { + this.fachlicherFreigabezeitpunkt = value; + } + + /** + * Gets the value of the formellerFreigabezeitpunkt property. + * + * @return + * possible object is + * {@link XMLGregorianCalendar } + * + */ + public XMLGregorianCalendar getFormellerFreigabezeitpunkt() { + return formellerFreigabezeitpunkt; + } + + /** + * Sets the value of the formellerFreigabezeitpunkt property. + * + * @param value + * allowed object is + * {@link XMLGregorianCalendar } + * + */ + public void setFormellerFreigabezeitpunkt(XMLGregorianCalendar value) { + this.formellerFreigabezeitpunkt = value; + } + +} diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/package-info.java b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/package-info.java new file mode 100644 index 0000000..3e3321b --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/fim/xprocess/v2/core/package-info.java @@ -0,0 +1,9 @@ +// +// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.3.0.1 +// See https://javaee.github.io/jaxb-v2/ +// Any modifications to this file will be lost upon recompilation of the source schema. +// Generated on: 2023.04.06 at 10:07:40 AM UTC +// + +@javax.xml.bind.annotation.XmlSchema(namespace = "http://www.regierung-mv.de/xprozess/2", elementFormDefault = javax.xml.bind.annotation.XmlNsForm.QUALIFIED) +package uni.jena.fim.xprocess.v2.core; diff --git a/ontology-population/FIM.parser/src/main/java/uni/jena/main.java b/ontology-population/FIM.parser/src/main/java/uni/jena/main.java new file mode 100644 index 0000000..1fa0186 --- /dev/null +++ b/ontology-population/FIM.parser/src/main/java/uni/jena/main.java @@ -0,0 +1,60 @@ +package uni.jena; + +import java.io.File; +import java.io.FileNotFoundException; +import java.io.FileOutputStream; +import java.io.IOException; +import java.net.URL; + +import org.apache.jena.rdf.model.Model; +import org.apache.jena.rdf.model.ModelFactory; +import org.apache.jena.rdf.model.Resource; +import org.json.simple.parser.ParseException; + +import uni.jena.fim.xprocess.XProzess; +import uni.jena.fim.xdatenfelder.XDatenfeld; + +public class main { + + public static void main(String[] args) throws FileNotFoundException, IOException, ParseException { + createXProzess(); + + System.out.println("done"); + } + + private static void createXProzess() throws FileNotFoundException, IOException { + URL resource = ParserConfig.class.getClassLoader().getResource("config.toml"); + ParserConfig config = ParserConfig.getConfig(new File(resource.getPath())); + + String outputPath = config.getOutputPath(); + String xdatenfeldPath = config.getXDatenfeldPath(); + + + String xprozesspath = config.getXProzessPath(); + + String modelPath = config.getOntologyPath(); + + File xprocessFile = new File(xprozesspath); + + Model model = ModelFactory.createDefaultModel(); + model.read(modelPath); + + XProzess xp = new XProzess(xprocessFile); + + Resource rdfxProcess = xp.getRDFXProcess(model); + + XDatenfeld xd = new XDatenfeld(new File(xdatenfeldPath)); + for(String path : config.getCodelisten()) { + xd.addCodeliste(new File(path)); + } + + Resource rdfModel = xd.getRDFModel(model); + + Model write; + if(config.getRDFLanguage().equals("")) { + write = model.write(new FileOutputStream(new File(outputPath))); + }else { + write = model.write(new FileOutputStream(new File(outputPath)), config.getRDFLanguage()); + } + } +} diff --git a/ontology-population/FIM.parser/src/main/resources/config.toml b/ontology-population/FIM.parser/src/main/resources/config.toml new file mode 100644 index 0000000..7a20a4e --- /dev/null +++ b/ontology-population/FIM.parser/src/main/resources/config.toml @@ -0,0 +1,107 @@ +# hier werden allgemeine Pfade des Programms definiert +[ParserConfig] +XProzessPath = "../xml.files/Anzeige zur Beschäftigung einer schwangeren oder stillenden Frau bearbeiten.xml" +XDatenfeldPath = "../xml.files/S00000094V1.0_xdf2.xml" +OntologyPath = "../ontology/gerPS-Onto.rdf" +outputPath = "../ontology/gerPS-Onto-populated.rdf" +#nothing for rdf/xml +RDFLanguage = "RDF/XML" +#Codelists for XDatenfeld +codelisten = ["../xml.files/C00000020_genericode.xml","../xml.files/C00000021_genericode.xml","../xml.files/C60000006_genericode.xml","../xml.files/C60000020_genericode.xml"] + + +# Klassen und Properties für XProzess Datei +[XProzess] +baseURL = "https://w3id.org/GerPS-onto/ontology#" +dataFieldIndividual = "https://w3id.org/GerPS-onto/ontology#" +process = "https://w3id.org/GerPS-onto/ontology#Prozess" +sub_process = "https://w3id.org/GerPS-onto/ontology#Prozessschritt" +service = "https://w3id.org/GerPS-onto/ontology#Leistung" +agent = "https://w3id.org/GerPS-onto/ontology#Akteur" +Hauptakteur = "https://w3id.org/GerPS-onto/ontology#Hauptakteur" +Mitwirkende = "https://w3id.org/GerPS-onto/ontology#Mitwirkende" +Ergebnissempfaenger = "https://w3id.org/GerPS-onto/ontology#Ergebnissempfänger" +rag = "https://w3id.org/GerPS-onto/ontology#RAG" +data_fields = "https://w3id.org/GerPS-onto/ontology#Datenfelder" +basis = "https://w3id.org/GerPS-onto/ontology#Handlungsgrundlage" +has_process = "https://w3id.org/GerPS-onto/ontology#hat_prozess" +has_sub_process = "https://w3id.org/GerPS-onto/ontology#hat_prozessschritt" +is_running = "https://w3id.org/GerPS-onto/ontology#fuehrt_aus" +based_on = "https://w3id.org/GerPS-onto/ontology#basiert_auf" +participates = "https://w3id.org/GerPS-onto/ontology#beteiligt_sich_an" +has_resource = "https://w3id.org/GerPS-onto/ontology#hat_ressource" +has_type = "https://w3id.org/GerPS-onto/ontology#hat_typ" +tauscht_aus_mit = "https://w3id.org/GerPS-onto/ontology#tauscht_aus_mit" +trades_with = "https://w3id.org/GerPS-onto/ontology#tauscht_aus_mit" +data_field_id = "https://w3id.org/GerPS-onto/ontology#hat_datenfeldID" +leika_id = "https://w3id.org/GerPS-onto/ontology#hat_leikaID" +id = "http://BPMNbasedOntology#id" +name = "http://BPMNbasedOntology#name" + +# Klassen und Properties für das Parsen von zugehöriger XDatenfeldDatei +[XDatenfeld] +baseURL = "https://w3id.org/GerPS-onto/ontology#" +Stammschemata = "https://w3id.org/GerPS-onto/ontology#Stammschemata" +Struktur = "https://w3id.org/GerPS-onto/ontology#Struktur" +Datenfeld = "https://w3id.org/GerPS-onto/ontology#Datenfeld" +Datenfeldgruppe = "https://w3id.org/GerPS-onto/ontology#Datenfeldgruppe" +Regel = "https://w3id.org/GerPS-onto/ontology#Regel" +hat_Regel = "https://w3id.org/GerPS-onto/ontology#hat_regel" +hat_enthaelt = "https://w3id.org/GerPS-onto/ontology#enthaelt" +name = "http://BPMNbasedOntology#name" +id = "https://w3id.org/GerPS-onto/ontology#hat_datenfeldID" + +# Klassen für strukturelles Parsen von XProzess +[BPMN] +baseURL = "https://w3id.org/GerPS-onto/ontology#" +SubProcess = "http://BPMNbasedOntology#SubProcess" +task = "http://BPMNbasedOntology#Task" +Callactivity = "http://BPMNbasedOntology#CallActivity" +ExclusiveGateway = "http://BPMNbasedOntology#ExclusiveGateway" +InclusiveGateway = "http://BPMNbasedOntology#InclusiveGateway" +ParallelGateway = "http://BPMNbasedOntology#ParallelGateway" +SequenceFlow = "http://BPMNbasedOntology#SequenceFlow" +id = "http://BPMNbasedOntology#id" +name = "http://BPMNbasedOntology#name" +attachedTo = "http://BPMNbasedOntology#is_attachedToRef" +sourceRef = "http://BPMNbasedOntology#has_sourceRef" +targetRef = "http://BPMNbasedOntology#has_targetRef" + +# Hier wird das Mapping definiert +[Mapping] + +# Hier werden die Klassen im Key-Value-Prinzip durch die sameAs Property Verknüpft +[Mapping.sameAs] +[[Mapping.sameAs.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Hauptakteur" +value = "https://semiceu.github.io/CPOV/releases/2.00/#Public%20Organisation" +[[Mapping.sameAs.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Ergebnissempfänger" +value = "https://semiceu.github.io/Core-Business-Vocabulary/releases/2.00/#Legal%20Entity" +[[Mapping.sameAs.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Leistung" +value = "https://semiceu.github.io/CPSV-AP/releases/3.1.0/#Public%20Service" +[[Mapping.sameAs.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Handlungsgrundlage" +value = "http://publications.europa.eu/resource/cellar/917d16b5-28f6-11e8-b5fe-01aa75ed71a1.0001.01/DOC_1#LegalResource" + +# Hier werden die Klassen im Key-Value-Prinzip durch die subClassOf-Property Verknüpft +[Mapping.subClassOf] +[[Mapping.subClassOf.entry]] +key = "http://BPMNbasedOntology#Agent" +value = "https://semiceu.github.io/Core-Person-Vocabulary/releases/2.00/#Agent" +[[Mapping.subClassOf.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Mitwirkende" +value = "https://semiceu.github.io/Core-Business-Vocabulary/releases/2.00/#Formal%20Organization" +[[Mapping.subClassOf.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Datenfelder" +value = "https://semiceu.github.io/CPSV-AP/releases/3.1.0/#Evidence" +[[Mapping.subClassOf.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Dokument" +value = "https://semiceu.github.io/CPSV-AP/releases/3.1.0/#Evidence" +[[Mapping.subClassOf.entry]] +key = "https://w3id.org/GerPS-onto/ontology#Prozess" +value = "https://semiceu.github.io/CPSV-AP/releases/3.0.0/#Rule" + +# Hier werden die Klassen im Key-Value-Prinzip durch die subClassOf-Property Verknüpft (umgekehrt) verknüft +[Mapping.superClassOf] diff --git a/ontology-population/README.md b/ontology-population/README.md new file mode 100644 index 0000000..2416e2d --- /dev/null +++ b/ontology-population/README.md @@ -0,0 +1,13 @@ +# Ontology Population + +## Running the Code +1. Download the project +2. Import the maven project in ecplise +3. Run `main.java` +4. The populated ontology will be generated in: `./ontology/gerPS-Onto-populated.owl` + +## Configuration +- The configuration is in `FIM.parser/src/main/resources/config.toml`. +- There one can change the default parameters, e.g. the `outputPath` or the different input paths, e.g., + - the path for the input ontology `OntologyPath`, or + - for the [XProzess](https://www.xrepository.de/details/urn:xoev-de:mv:em:standard:xprozess), the [XDatenfeld](https://www.xrepository.de/details/urn:xoev-de:fim:standard:xdatenfelder) files, and the [Code lists](https://www.xoev.de/xoev/xoev-produkte/codelisten-handbuch-18762) (default in `xml.files`). diff --git a/ontology-population/ontology/gerPS-Onto.rdf b/ontology-population/ontology/gerPS-Onto.rdf new file mode 100644 index 0000000..54072a9 --- /dev/null +++ b/ontology-population/ontology/gerPS-Onto.rdf @@ -0,0 +1,814 @@ + + + + + 1.0 + Jonas Author + Leila Feddoul + Maximilian Raupach + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + based_on + + + + + + + + + + participates_in + + + + + + + + + + + + + + + + + + + executes + + + + + + + + + + + has_process + + + + + + + + + + + has_process_step + + + + + + + + + + + + + + + + + + + has_resource + + + + + + + + + + + has_type + + + + + + + + + + + + + + + + + + + + + + + + + + + + Submission deadlines are tied to documents and specify a time period in which a document must be submitted + has_submission_deadline + + + + + + + + + + + has_processing_deadline + + + + + + + + + + + The data field ID describes the unique identifier for data fields. + has_datafieldID + + + + + + + + + + + has_element_type + + + + + + + + + + Processing deadlines are tied to processes and define a period of time in which the execution of a process must be completed. + has_deadline + + + + + + + + + + + The LeiKaID describes the unique identifier for administrative services defined by the service catalog. + has_leikaID + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + The Evidence class is defined in the Core Criterion and Core Evidence vocabulary (CCCEV) as any resource that can prove that a specific requirement is met. + + + + + + + + + An Organization that is defined as being part of the public sector by a legal framework at any level. + + + + + + + + + A Public Service is a mandatory or discretionary set of activities performed, or able to be performed, by or on behalf of a public organisation, publicly funded and arise from public policy. + + + + + + + + The Rule class represents a document that sets out the specific rules, guidelines or procedures that the Public Service follows. + + + + + + + + An Organization which is recognized in the world at large, in particular in legal jurisdictions, with associated rights and responsibilities + + + + + + + + + A self-empoyed person, company, or organization that has legal rights and obligations. + + + + + + + + The Agent class is any resource that acts or has the power to act. This includes people, organisations and groups. The Public Organization class, defined in the Core Public Organisation Vocabulary, is a notable subclass of Agent. + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + An actor is a participant in the administrative process and assumes the role of either the result receiver, the contributor, or the main actor. + Actor + + + + + + + + + + a field where you can put in informations. + Formularfield + + + + + + + + + + + + + + + + Data fields are required components in the construction of forms. + DataField + + + + + + + + + a Container, that contains structures and rules for them. + Formularfieldgroupe + + + + + + + + + + + + + + + + Documents are exchanged between actors and are the subject of a process step. + Document + + + + + + + + + A result receiver is a person or company that benefits from the administrative service. + ResultReceiver + + + + + + + + Legal bases are references to already existing laws. + LegalBasis + + + + + + + + + The main actor is a public authority responsible for service delivery. + MainActor + + + + + + + + + + + + + + + + + + + + + + + + + + Services describe the actions of public administrations. + Service + + + + + + + + + + Contributors are external public authorities that are involved in the administrative service. + Contributor + + + + + + + + + + + + + + + + + + + + + + + + + + + + Processes describe administrative procedures that are processed by specific persons in a repetitive sequence under concrete specifications (e.g., legal and administrative regulations) and with the use of aids (e.g., forms). + Process + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + Process steps describe actions or activities of the public administrations or actors. + ProcessStep + + + + + + + + + + + + + + + + + + + + Reference activity groups can be derived from concrete specifications (e.g., legal and administrative regulations), can bundle thematically related process elements, and reflect the process of service execution. + ReferenceActivityGroup + + + + + + + + + + + + + + + + + + + + + A Rule a datafield and its components follows. + FIMRule + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + A structur that holds all components of its Formular + Formular + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + a fim specific container that holds Formularfields or Formulargroups. + Structur + + + + + + + + + + + + + + + + + + + + + + + diff --git "a/ontology-population/xml.files/Anzeige zur Besch\303\244ftigung einer schwangeren oder stillenden Frau bearbeiten.xml" "b/ontology-population/xml.files/Anzeige zur Besch\303\244ftigung einer schwangeren oder stillenden Frau bearbeiten.xml" new file mode 100644 index 0000000..890818c --- /dev/null +++ "b/ontology-population/xml.files/Anzeige zur Besch\303\244ftigung einer schwangeren oder stillenden Frau bearbeiten.xml" @@ -0,0 +1,704 @@ + + + + 7a90138d-c30e-44b9-8058-fc48be05d8ec + + 0303 + + 2022-04-04T15:41:44.699+02:00 + BOC + + + Prozesskatalog (FIM) + + 99006028261000 + 01.00.00 + + + Anzeige zur Beschäftigung einer schwangeren oder stillenden Frau bearbeiten + Benachrichtigung über die Beschäftigung einer schwangeren oder stillenden Frau Entgegennahme + Eine Frau im Sinne des Mutterschutzgesetzes ist jede Person, die schwanger ist, ein Kind geboren hat oder stillt. Grundsätzlich steht es dieser Person frei, ob und wann sie den Arbeitgebener über ihre Schwangerschaft oder Stillzeit informiert. Eine Mitteilung des Arbeitgebers an die zuständige Aufsichtsbehörde kann erst dann erfolgen, wenn diese Person den Arbeitsgeber über die Schwangerschaft/Stillzeit informiert hat. + + § 27 MuSchG + + 104 + + https://www.gesetze-im-internet.de/muschg_2018/__27.html + + + § 29 MuSchG + + 104 + + https://www.gesetze-im-internet.de/muschg_2018/__29.html + + + § 5 ArbSchG + + 104 + + http://www.gesetze-im-internet.de/arbschg/__5.html + + + 6 + + + 314 + + + 310 + + + 501 + + Bundesministerium für Familie, Senioren, Frauen und Jugend (BMFSFJ) + + Prozessart + + 038 + + Kernprozess + + + 01 FIM Prozesskatalog (IPR) + + 611 + Gesundheitsschutz + + + 02 FIM Prozesskatalog (IPR) + + 611.07 + Gesundheitliche Aufklärung + + + 03 FIM Prozesskatalog (Leistungsbündel) + + 611.07.01 + Gesundheitliche Aufklärung + + Beschäftigungsverbot|Mutter|Mutterschaft|Mutterschutz|Schwangerschaft|Stillzeit + + 2022-04-04T16:00:00.000Z + FIM-Baustein Prozesse + + 2 + + + + 2019-12-31T23:00:00.000Z + + 2021-08-12T22:00:00.000Z + 2021-03-10T08:00:00.000Z + + + + + FIM Prozessbibliothek Bund + + 99006028261000 + 01.00.00 + Anzeige zur Beschäftigung einer schwangeren oder stillenden Frau bearbeiten + Benachrichtigung über die Beschäftigung einer schwangeren oder stillenden Frau Entgegennahme + Bundesministerium für Familie, Senioren, Frauen und Jugend (BMFSFJ) + + FIM Prozesskatalog + + 99006028261000 + Anzeige zur Beschäftigung einer schwangeren oder stillenden Frau bearbeiten + + Beschäftigungsverbot|Mutter|Mutterschaft|Mutterschutz|Schwangerschaft|Stillzeit + + + + + D00000094 + + + + Arbeitgeber + + 1 + + + + Aufsichtsbehörde / Bundesministerium der Verteidigung + + 2 + + + + Bundesministerium der Verteidigung (BMVg) + + 2 + + + + 101 + + + + 01 + + + + + 02 + + + + + 03 + + + + + 04 + + + + + 05 + + + + + 06 + + + + + 07 + + + + + 08 + + + + + 09 + + + + + 10 + + + + + 11 + + + + + 12 + + + + + 13 + + + + + 14 + + + + + 15 + + + + + 16 + + + + + + + 10 + + FIM + + + + + 3 + + 1.00 + 03 + _f8b43c65-cc8a-4064-ab39-b77e8db5cd4b + Anzeige formell prüfen + + + § 27 (1) MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__27.html + + + + + 4 + + + + + + + 2 + + 1.00 + 12 + _8d7df6f8-49b7-4ae0-997c-022d68640330 + Erhebung der Geldbuße veranlassen + + + § 32 MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__32.html + + + + + + Einleitung OWi-Verfahren + + + 99 + + Aufsichtsbehörde / Bundesministerium der Verteidigung + + + + + + + 7 + + 1.00 + 07 + _3a5bc1b5-61f4-4d4c-af7f-b1728f919b38 + Korrektur anfordern + + + § 27 (1) - (4) MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__27.html + + + + + + Korrekturanforderung + + + 99 + + Aufsichtsbehörde / Bundesministerium der Verteidigung + + + + + Benachrichtigung über die Beschäftigung einer schwangeren oder stillenden Frau + + + + 99 + + Arbeitgeber + +true + + 3 + + + + + + + 4 + + 2.00 + 05 + _1169fb06-dae2-43c5-83fd-8e9a241f5a3c + Notwendigkeit von Überwachungsmaßnahmen prüfen + + + § 29 (3) MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__29.html + + + +keine + + + + + + 2 + + 1.00 + 06 + _4476807b-2e49-4a15-ad62-9f3fee43b40a + Auf zuständige Behörde hinweisen + + + § 25 VwVfG + +104 + + https://www.gesetze-im-internet.de/vwvfg/__25.html + + + + + + Hinweis auf zuständige Behörde + + + 99 + + Arbeitgeber + + + + + + + 2 + + 1.00 + 08 + _89fe1dcd-0a22-4d4e-8def-7a0b24e87884 + Anzeige zurückweisen + § 27 MuSchG Mitteilungs- und Aufbewahrungspflichten des Arbeitgebers, Offenbarungsverbot der mit der Überwachung beauftragten Personen + +(1) Der Arbeitgeber hat die Aufsichtsbehörde unverzüglich zu benachrichtigen, + +1. + b) + dass sie stillt, es sei denn, er hat die Aufsichtsbehörde bereits über die Schwangerschaft dieser Frau benachrichtigt, +[...] + + § 27 MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__27.html + + + + + + Zurückweisung der Anzeige + + + 99 + + Arbeitgeber + + + + + + + 3 + + 1.00 + 02 + _28441394-6afd-4633-8f4f-6cce9cd4ffc9 + Zuständigkeit prüfen + + + § 3 VwVfG + +104 + + https://www.gesetze-im-internet.de/vwvfg/__3.html + + + + + 1 + + + 2 + + + + + + + 2 + + 1.00 + 10 + _0facbbd5-88a0-4989-aaf4-d38437a69ba2 + Überwachungsmaßnahmen einleiten + + + § 29 MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__29.html + + + + + + Einleitung Überwachungsmaßnahmen + + + 99 + + Aufsichtsbehörde / Bundesministerium der Verteidigung + + + + + + + 5 + + 2.00 + 11 + _94d87600-bd90-41e3-95c9-9c8e5bea706c + Über Erhebung einer Geldbuße entscheiden + Geldbuße bis zu fünftausend Euro + + § 32 MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__32.html + + + +keine + + 2 + + + + + + + 4 + + 2.00 + 04 + _c15dd7d3-7d90-45f5-997d-0fee2128ca36 + Anzeige fachlich prüfen + + + § 27 (2) MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__27.html + + + § 29 (3) MuSchG + +104 + + http://www.gesetze-im-internet.de/muschg_2018/__29.html + + + +keine + + 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 + + + Standard Report + + + 10 + + FIM + + + 1 + + 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+ + + + 2022-04-04T16:00:00.000Z + FIM-Baustein Prozesse + + 2 + + Dokumentsteckbrief unter "Auslöser" im Prozesssteckbrief ergänzt. + + 2019-12-31T23:00:00.000Z + + 2021-08-13T12:00:00.000Z + 2021-08-19T09:45:00.000Z + + + + + diff --git a/ontology-population/xml.files/C00000020_genericode.xml b/ontology-population/xml.files/C00000020_genericode.xml new file mode 100644 index 0000000..b8f158e --- /dev/null +++ b/ontology-population/xml.files/C00000020_genericode.xml @@ -0,0 +1 @@ +Status Frau (schwanger, stillend)2020-02-06urn:de:fim:codeliste:statusfrauschwangerstillendurn:de:fim:codeliste:statusfrauschwangerstillend_2020-02-06CodeNameCodeKeyCodenameKey001ist schwanger002hat geboren / ist stillend \ No newline at end of file diff --git a/ontology-population/xml.files/C00000021_genericode.xml b/ontology-population/xml.files/C00000021_genericode.xml new file mode 100644 index 0000000..4ff993c --- /dev/null +++ b/ontology-population/xml.files/C00000021_genericode.xml @@ -0,0 +1 @@ +Art Beschäftigungsverhältnis2018-05-09urn:de:fim:codeliste:artbeschäftigungsverhältnisurn:de:fim:codeliste:artbeschäftigungsverhältnis_2018-05-09CodeNameCodeKeyCodenameKey001Arbeitnehmerin002Beamtin003Studentin004Auszubildende005Schülerin006Praktikantin i. S. v. § 26 BIBB007Entwicklungshelferin i. S. v. EhfG008Freiwillige i. S. v. JFDG oder i. S. v. BFDG999Sonstiges Beschäftigungsverhältnis \ No newline at end of file diff --git a/ontology-population/xml.files/C60000006_genericode.xml b/ontology-population/xml.files/C60000006_genericode.xml new file mode 100644 index 0000000..c670486 --- /dev/null +++ b/ontology-population/xml.files/C60000006_genericode.xml @@ -0,0 +1 @@ +Anschrift Inland oder Ausland2021-06-18urn:de:fim:codeliste:anschrift-inland-oder-auslandurn:de:fim:codeliste:anschrift-inland-oder-ausland_2021-06-18CodeNameCodeKeyCodenameKey001in Deutschland002außerhalb von Deutschland \ No newline at end of file diff --git a/ontology-population/xml.files/C60000020_genericode.xml b/ontology-population/xml.files/C60000020_genericode.xml new file mode 100644 index 0000000..a1b8d81 --- /dev/null +++ b/ontology-population/xml.files/C60000020_genericode.xml @@ -0,0 +1 @@ +StaatCodeliste Staat aus der Staats- und Gebietssystematik des Statistischen Bundesamtes2021-02-19urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:staaturn:de:bund:destatis:bevoelkerungsstatistik:schluessel:staat_2021-02-19schluessel-staatsuchbegriffstaatenname-kurzstaatsname-vollstaatsangehoerigkeitexistenz-abiso-3iso-2hinweisCodeKeyCodenameKey000DeutschlandDeutschlanddie Bundesrepublik Deutschlanddeutsch1949-05-23DEUDE121AlbanienAlbaniendie Republik AlbanienalbanischALBAL122Bosnien und HerzegowinaBosnien und HerzegowinaBosnien und Herzegowinabosnisch-herzegowinisch1992-03-01BIHBA123AndorraAndorradas Fürstentum AndorraandorranischANDAD124BelgienBelgiendas Königreich BelgienbelgischBELBE125BulgarienBulgariendie Republik BulgarienbulgarischBGRBG126DänemarkDänemarkdas Königreich DänemarkdänischDNKDK127EstlandEstlanddie Republik Estlandestnisch1991-08-20ESTEE128FinnlandFinnlanddie Republik FinnlandfinnischFINFI129FrankreichFrankreichdie Französische RepublikfranzösischFRAFR130KroatienKroatiendie Republik 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Dschibutidschibutisch1977-06-27DJIDJ231Côte d’IvoireCôte d’Ivoiredie Republik Côte d’Ivoireivorisch1960-08-07CIVCI232NigeriaNigeriadie Bundesrepublik Nigerianigerianisch1960-10-01NGANG233SimbabweSimbabwedie Republik Simbabwesimbabwisch1980-04-18ZWEZW236GabunGabundie Gabunische Republikgabunisch1960-08-17GABGA237GambiaGambiadie Republik Gambiagambisch1965-02-18GMBGM238GhanaGhanadie Republik Ghanaghanaisch1957-03-06GHAGH239MauretanienMauretaniendie Islamische Republik Mauretanienmauretanisch1960-11-28MRTMR242Cabo VerdeCabo Verdedie Republik Cabo Verdecabo-verdisch1975-07-05CPVCV243KeniaKeniadie Republik Keniakenianisch1963-12-12KENKE244KomorenKomorendie Union der Komorenkomorisch1975-07-06COMKM245KongoKongodie Republik Kongokongolesisch1960-08-15COGCG246Kongo, Demokratische RepublikDemokratische Republik Kongodie Demokratische Republik Kongoder Demokratischen Republik Kongo1960-06-30CODCD247LiberiaLiberiadie Republik LiberialiberianischLBRLR248LibyenLibyender Staat Libyenlibysch1951-12-24LBYLY249MadagaskarMadagaskardie Republik Madagaskarmadagassisch1960-06-26MDGMG251MaliMalidie Republik Malimalisch1960-09-22MLIML252MarokkoMarokkodas Königreich Marokkomarokkanisch1956-03-02MARMA253MauritiusMauritiusdie Republik Mauritiusmauritisch1968-03-12MUSMU254MosambikMosambikdie Republik Mosambikmosambikanisch1975-06-25MOZMZ255NigerNigerdie Republik Nigernigrisch1960-08-03NERNE256MalawiMalawidie Republik Malawimalawisch1964-07-06MWIMW257SambiaSambiadie Republik Sambiasambisch1964-10-24ZMBZM258Burkina FasoBurkina FasoBurkina Fasoburkinisch1960-08-05BFABF259Guinea-BissauGuinea-Bissaudie Republik Guinea-Bissauguinea-bissauisch1973-09-24GNBGW261GuineaGuineadie Republik Guineaguineisch1958-10-02GINGN262KamerunKamerundie Republik Kamerunkamerunisch1960-01-01CMRCM263SüdafrikaSüdafrikadie Republik SüdafrikasüdafrikanischZAFZA265RuandaRuandadie Republik Ruandaruandisch1962-07-01RWARW267NamibiaNamibiadie Republik Namibianamibisch1990-03-21NAMNA268São Tomé und PríncipeSão Tomé und Príncipedie Demokratische Republik São Tomé und Príncipesão-toméisch1975-07-12STPST269SenegalSenegaldie Republik Senegalsenegalesisch1960-08-20SENSN271SeychellenSeychellendie Republik Seychellenseychellisch1976-06-28SYCSC272Sierra LeoneSierra Leonedie Republik Sierra Leonesierra-leonisch1961-04-27SLESL273SomaliaSomaliadie Bundesrepublik Somaliasomalisch1960-07-01SOMSO274ÄquatorialguineaÄquatorialguineadie Republik Äquatorialguineaäquatorialguineisch1968-10-12GNQGQ277SudanSudandie Republik Sudansudanesisch2011-07-09SDNSD278SüdsudanSüdsudandie Republik Südsudansüdsudanesisch2011-07-09SSDSS281EswatiniEswatinidas Königreich Eswatinieswatinisch1968-09-06SWZSZ282TansaniaVereinigte Republik Tansaniadie Vereinigte Republik TansaniatansanischTZATZ283TogoTogodie Republik Togotogoisch1960-04-27TGOTG284TschadTschaddie Republik Tschadtschadisch1960-08-11TCDTD285TunesienTunesiendie Tunesische Republiktunesisch1956-03-20TUNTN286UgandaUgandadie Republik Ugandaugandisch1962-10-09UGAUG287ÄgyptenÄgyptendie Arabische Republik ÄgyptenägyptischEGYEG289Zentralafrikanische RepublikZentralafrikanische Republikdie Zentralafrikanische Republikzentralafrikanisch1960-08-13CAFCF291BurundiBurundidie Republik Burundiburundisch1962-07-01BDIBI320Antigua und BarbudaAntigua und BarbudaAntigua und Barbudaantiguanisch1981-11-01ATGAG322BarbadosBarbadosBarbadosbarbadisch1966-11-30BRBBB323ArgentinienArgentiniendie Argentinische RepublikargentinischARGAR324BahamasBahamasdas Commonwealth der Bahamasbahamaisch1973-07-10BHSBS326BolivienPlurinationaler Staat Boliviender Plurinationale Staat BolivienbolivianischBOLBO327BrasilienBrasiliendie Föderative Republik BrasilienbrasilianischBRABR328GuyanaGuyanadie Kooperative Republik Guyanaguyanisch1966-05-26GUYGY330BelizeBelizeBelizebelizisch1981-09-21BLZBZ332ChileChiledie Republik ChilechilenischCHLCL333DominicaDominicadas Commonwealth Dominicadominicanisch1978-11-03DMADM334Costa RicaCosta Ricadie Republik Costa Ricacosta-ricanischCRICR335Dominikanische RepublikDominikanische Republikdie Dominikanische RepublikdominikanischDOMDO336EcuadorEcuadordie Republik EcuadorecuadorianischECUEC337El SalvadorEl Salvadordie Republik El SalvadorsalvadorianischSLVSV340GrenadaGrenadaGrenadagrenadisch1974-02-07GRDGD345GuatemalaGuatemaladie Republik GuatemalaguatemaltekischGTMGT346HaitiHaitidie Republik HaitihaitianischHTIHT347HondurasHondurasdie Republik HondurashonduranischHNDHN348KanadaKanadaKanadakanadischCANCA349KolumbienKolumbiendie Republik KolumbienkolumbianischCOLCO351KubaKubadie Republik KubakubanischCUBCU353MexikoMexikodie Vereinigten Mexikanischen StaatenmexikanischMEXMX354NicaraguaNicaraguadie Republik NicaraguanicaraguanischNICNI355JamaikaJamaikaJamaikajamaikanisch1962-08-06JAMJM357PanamaPanamadie Republik PanamapanamaischPANPA359ParaguayParaguaydie Republik ParaguayparaguayischPRYPY361PeruPerudie Republik PeruperuanischPERPE364SurinameSurinamedie Republik Surinamesurinamisch1975-11-25SURSR365UruguayUruguaydie Republik Östlich des UruguayuruguayischURYUY366St. LuciaSt. LuciaSt. Lucialucianisch1979-02-22LCALC367VenezuelaBolivarische Republik Venezueladie Bolivarische Republik VenezuelavenezolanischVENVE368Vereinigte StaatenVereinigte Staatendie Vereinigten Staaten von AmerikaamerikanischUSAUS369St. Vincent und die GrenadinenSt. Vincent und die GrenadinenSt. Vincent und die Grenadinenvincentisch1979-10-27VCTVC370St. Kitts und NevisSt. Kitts und Nevisdie Föderation St. Kitts und Nevisvon St. Kitts und Nevis1983-09-19KNAKN371Trinidad und TobagoTrinidad und Tobagodie Republik Trinidad und Tobagovon Trinidad und Tobago1962-08-31TTOTT421JemenJemendie Republik Jemenjemenitisch1967-11-30YEMYE422ArmenienArmeniendie Republik Armenienarmenisch1991-09-21ARMAM423AfghanistanAfghanistandie Islamische Republik AfghanistanafghanischAFGAF424BahrainBahraindas Königreich Bahrainbahrainisch1971-08-14BHRBH425AserbaidschanAserbaidschandie Republik Aserbaidschanaserbaidschanisch1991-08-30AZEAZ426BhutanBhutandas Königreich BhutanbhutanischBTNBT427MyanmarMyanmardie Republik der Union Myanmarmyanmarisch1948-01-04MMRMM429Brunei DarussalamBrunei DarussalamBrunei Darussalambruneiisch1984-01-01BRNBN430GeorgienGeorgienGeorgiengeorgisch1991-04-09GEOGE431Sri LankaSri Lankadie Demokratische Sozialistische Republik Sri Lankasri-lankisch1948-02-04LKALK432VietnamVietnamdie Sozialistische Republik Vietnamvietnamesisch1976-07-02VNMVN434Korea, Demokratische VolksrepublikDemokratische Volksrepublik Koreadie Demokratische Volksrepublik Koreader Demokratischen Volksrepublik Korea1948-09-09PRKKP436IndienIndiendie Republik Indienindisch1947-08-15INDIN437IndonesienIndonesiendie Republik Indonesienindonesisch1945-08-17IDNID438IrakIrakdie Republik IrakirakischIRQIQ439IranIslamische Republik Irandie Islamische Republik IraniranischIRNIR441IsraelIsraelder Staat Israelisraelisch1948-05-14ISRIL442JapanJapanJapanjapanischJPNJP444KasachstanKasachstandie Republik Kasachstankasachisch1991-12-16KAZKZ445JordanienJordaniendas Haschemitische Königreich Jordanienjordanisch1946-05-25JORJO446KambodschaKambodschadas Königreich Kambodschakambodschanisch1953-11-09KHMKH447KatarKatarder Staat Katarkatarisch1971-09-01QATQA448KuwaitKuwaitder Staat Kuwaitkuwaitisch1961-06-19KWTKW449LaosDemokratische Volksrepublik Laosdie Demokratische Volksrepublik Laoslaotisch1954-07-20LAOLA450KirgisistanKirgisistandie Kirgisische Republikkirgisisch1991-08-31KGZKG451LibanonLibanondie Libanesische RepubliklibanesischLBNLB454MaledivenMaledivendie Republik Maledivenmaledivisch1965-07-26MDVMV456OmanOmandas Sultanat OmanomanischOMNOM457MongoleiMongoleidie MongoleimongolischMNGMN458NepalNepalNepalnepalesischNPLNP460BangladeschBangladeschdie Volksrepublik Bangladeschbangladeschisch1971-03-26BGDBD461PakistanPakistandie Islamische Republik Pakistanpakistanisch1947-08-14PAKPK462PhilippinenPhilippinendie Republik der PhilippinenphilippinischPHLPH467Korea, RepublikRepublik Koreadie Republik Koreader Republik Korea1948-08-15KORKR469Vereinigte Arabische EmirateVereinigte Arabische Emiratedie Vereinigten Arabischen Emirate (Abu Dhabi, Adschman, Dubai, Fudschaira, Ras al Chaima, Schardscha, Umm al Kaiwain)der Vereinigten Arabischen Emirate1971-12-02AREAE470TadschikistanTadschikistandie Republik Tadschikistantadschikisch1991-09-09TJKTJ471TurkmenistanTurkmenistanTurkmenistanturkmenisch1991-10-27TKMTM472Saudi-ArabienSaudi-Arabiendas Königreich Saudi-Arabiensaudi-arabischSAUSA474SingapurSingapurdie Republik Singapursingapurisch1980-04-08SGPSG475SyrienArabische Republik Syriendie Arabische Republik Syriensyrisch1946-04-17SYRSY476ThailandThailanddas Königreich ThailandthailändischTHATH477UsbekistanUsbekistandie Republik Usbekistanusbekisch1991-09-01UZBUZ479ChinaChinadie Volksrepublik ChinachinesischCHNCN482MalaysiaMalaysiaMalaysiamalaysisch1957-08-31MYSMY483Timor-LesteTimor-Lestedie Demokratische Republik Timor-Lestevon Timor-Leste2002-05-20TLSTL523AustralienAustralienAustralienaustralischAUSAU524SalomonenSalomonendie Salomonensalomonisch1978-07-07SLBSB526FidschiFidschidie Republik Fidschifidschianisch1970-10-10FJIFJ527CookinselnCookinselndie CookinselnneuseeländischCOKCKDie Cookinseln verfügen über keine eigene Staatsangehörigkeit. Die Staatsangehörigen weisen sich mit Dokumenten von Neuseeland aus, mit dem die Cookinseln durch entsprechende Verträge "in freier Assoziiierung" verbunden sind.530KiribatiKiribatidie Republik Kiribatikiribatisch1979-07-12KIRKI531NauruNaurudie Republik Naurunauruisch1968-01-31NRUNR532VanuatuVanuatudie Republik Vanuatuvanuatuisch1980-07-30VUTVU533NiueNiueNiueneuseeländischNIUNUNiue verfügt über keine eigene Staatsangehörigkeit. Die Staatsangehörigen weisen sich mit Dokumenten von Neuseeland aus, mit denen Niue durch entsprechende Verträge "in freier Assoziiierung" verbunden ist.536NeuseelandNeuseelandNeuseelandneuseeländischNZLNZ537PalauPalaudie Republik Palaupalauisch1994-10-01PLWPW538Papua-NeuguineaPapua-Neuguineader Unabhängige Staat Papua-Neuguineapapua-neuguineisch1975-09-16PNGPG540TuvaluTuvaluTuvalutuvaluisch1978-10-01TUVTV541TongaTongadas Königreich Tongatongaisch1970-06-04TONTO543SamoaSamoader Unabhängige Staat Samoasamoanisch1962-01-01WSMWS544MarshallinselnMarshallinselndie Republik Marshallinselnmarshallisch1990-12-22MHLMH545MikronesienFöderierte Staaten von Mikronesiendie Föderierten Staaten von Mikronesienmikronesisch1990-12-22FSMFM \ No newline at end of file diff --git a/ontology-population/xml.files/S00000094V1.0_xdf2.xml b/ontology-population/xml.files/S00000094V1.0_xdf2.xml new file mode 100644 index 0000000..3beff13 --- /dev/null +++ b/ontology-population/xml.files/S00000094V1.0_xdf2.xml @@ -0,0 +1,98 @@ +8039D91F354C11C92022-05-05T08:35:06.276611ZS000000941.0Benachrichtigung über die Beschäftigung einer schwangeren oder stillenden Frau Benachrichtigung über die Beschäftigung einer schwangeren oder stillenden Frau nach § 27 (1) Mutterschutzgesetz (MuSchG)Benachrichtigung über die Beschäftigung einer schwangeren oder stillenden Frau nach § 27 Abs. 1 Mutterschutzgesetz (MuSchG)§§ 1, 3-6, 11-12, 15, 27-28 MuSchG v. 12.12.2019; +§ 10 ArbZG v. 22.12.2020; +§ 2 MuSchEltZV v. 15.2.2021 +aktivBundesredaktion2021-08-312021-08-3131R000008491.0Beschäftigungsverhältnis Frau SonstigesBeschäftigungsverhältnis Frau SonstigesWenn Feld F00000463 "Beschäftigungsverhältnis Frau" = 009 "Sonstiges", dann muss das Feld F00000601 "Beschäftigungsverhältnis Frau Sonstiges" befüllt werden. +Wenn Feld F00000463 "Beschäftigungsverhältnis Frau" <> 009 "Sonstiges", dann darf das Feld F00000601 "Beschäftigungsverhältnis Frau Sonstiges" nicht befüllt werden. aktivBundesredaktionfunction script() { + +}1:1G000002531.0Arbeitgeber - juristische Person (Anzeige schwangere oder stillende Frau)Informationen zum Arbeitgeber / zur ArbeitgeberinInformationen zum Arbeitgeber / zur Arbeitgeberin§ 27 (1) - (2) MuSchG aktivBundesredaktionRNG1:1§ 27 (1) - (2) MuSchG F600003191.2Eingetragener Name / OrganisationsnameEingetragener NameEingetragener NameLaut XGewerbeanzeige.Betrieb.eingetragenerName soll der eingetragene Name 1-1000 Zeichen betragen.Die im Handels- oder Genossenschaftsregister eingetragene Firma eines wirtschaftlich Tätigen bzw. einer wirtschaftlichen Tätigkeit (z. B. eingetragenes Einzelunternehmen,eingetragene Zweigniederlassung) bzw. der im Vereinsregister, Partnerschaftsregister oder Stiftungsverzeichnis eingetragene Name. + +Der eingetragene Name kann auch in einem Register festgehalten sein, welches in einem anderen Staat geführt wird. + +Der eingetragene Name ist abzugrenzen von der Geschäftsbezeichnung. + +Das Kerndatenobjekt bildet auch die Namen juristischer Personen, Personengesellschaften oder sonstiger Personenvereinigungen ab, die nicht in einem Register, aber kraft Gesetz geführt werden.XOEV.Kernkomponente.NameOrganisation.name vom 01.08.2017; XGewerbeanzeige.Betrieb.eingetragenerName Version 2.2; +XUnternehmen.Kerndatenmodell.Eingetragener Name Version 1.0aktivFIM-Baustein DatenfelderBezeichnung geändert, Rechtsbezug ergänzt, Beschreibung eingefügt2021-03-312021-03-31HARGeben Sie den im Handelsregister, im Genossenschaftsregister, im Vereinsregister oder im Stiftungsverzeichnis eingetragenen Name mit Rechtsform an, soweit eine Eintragung vorliegt.Im Handelsregister, im Genossenschaftsregister, im Vereinsregister oder im Stiftungsverzeichnis eingetragener Name mit Rechtsform.inputtext{"minLength":"1","maxLength":"1000"}1:1§ 27 (1) - (2) MuSchG G600000881.2Anschrift InlandAnschrift in DeutschlandAnschrift in DeutschlandaktivFIM Baustein DatenfelderHausnummerzusatz aufgenommen2021-03-312021-03-31HARR600000191.2Anschrift Inland Straßenanschrift / Anschrift Inland PostfachanschriftEs muss entweder Feldgruppe G60000086 "Anschrift Inland Straßenanschrift" oder Feldgruppe G60000087 "Anschrift Inland Postfachanschrift" befüllt werden.aktivFIM Baustein Datenfelderfunction script() { + +}0:1G600000861.2Anschrift Inland StraßenanschriftStraßenanschriftStraßenanschrift aktivFIM-Baustein DatenfelderHausnummerzusatz aufgenommen2021-03-312021-03-31HARGeben Sie die Anschrift mit Straße, Hausnummer, Postleitzahl und Ort an. Eine Angabe eines Postfachs ist nicht möglich.1:1F600002431.1StraßeStraßeStraßeKompatibilität zu EPA in TR XhD v 1.4 sollte Feldlänge min. 50. Bei XInneres 8 ist die Feldlänge <= 55 Zeichen.XInneres.Meldeanschrift.strasse Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie an, wie die Straße heißt.inputtext{"minLength":"1","maxLength":"55"}0:1F600002441.2HausnummerHausnummerHausnummerDie Modellierung aus XInneres wurde nicht 1:1 übernommen, um die Komplexität für die Ausfüllenden nicht zu hoch zu setzen. Es wurde darauf verzichtet für das Ende von Hausnummernbereichen eigene Felder zu modellieren. Daher ist die Feldlänge hier heraufgesetzt und eine entsprechende Beschreibung wurde eingefügt. Die Feldlänge setzt sich aus der maximalen Feldlänge zweier Hausnummern (jeweils 4), zweier Buchstaben (jeweils 1) und eines Zeichen (-) zusammen.Es sind die Ziffern und Buchstabeneiner Hausnummer anzugeben. Eine Hausnummer dient der genauen Lokalisierung eines Grundstücks, Gebäudes oder Gebäudeteils (Eingang) in einer Straße. Geben Sie Hausnummernbereiche immer nach folgendem Beispiel ohne Leerzeichen an: 12a-14dXInneres.Meldeanschrift.hausnummer Version 8aktivFIM-Baustein DatenfelderHausnummerzusatz aufgenommen2021-03-312021-03-31HARGeben Sie die Ziffern und ggf. Buchstaben der Hausnummer der Anschrift an, Beispiel 124a.Dieses Feld enthält die Ziffern und Buchstaben der Hausnummer der Anschrift.inputtext{"minLength":"1","maxLength":"11"}1:1F600002461.1PostleitzahlPostleitzahlPostleitzahlEs ist die Postleitzahl anzugeben. + +Der Typ dieses Elements ist eine Einschränkung des Basistyps String.Latin.XInneres.Meldeanschrift.postleitzahl Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie die Postleitzahl des Ortes an, Beispiel 10115.Dieses Feld enthält die Postleitzahl des Ortes.inputtext{"minLength":"5","pattern":"([0]{1}[1-9]{1}|[1-9]{1}[0-9]{1})[0-9]{3}","maxLength":"5"}1:1F600002471.1OrtOrtOrtKompatibilität zu EPA in TR XhD v 1.4 sollte Feldlänge min. 44. Laut PAuswV 2*25 = 50 Zeichen. Laut Xinneres.Meldeanschrift.Wohnort Version 8 = 40 Zeichen. +Laut BSI TR-03123 ≤ 105 Zeichen.Enthält den Namen eines Ortes (Gemeinde, Ortschaft oder Stadt).§ 5 (2) Nr. 9 PAuswG vom 21.6.2019; Anhang 3 Abschnitt 1 (Wohnort) PAuswV vom 28.9.2017; Tabelle 11 BSI TR-03123, Version 1.5.1; Xinneres.Meldeanschrift.Wohnort Version 8; XOEV.Kernkomponente.Anschrift.ort vom 31.01.2020aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARinputtext{"minLength":"1","maxLength":"50"}0:1F600002481.1Anschrift ZusatzangabenAdresszusatzAdresszusatzEs sind Zusatzangaben zur Anschrift anzugeben, z.B. Hinterhaus, Gartenhaus. +XInneres.Meldeanschrift.zusatzangaben Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie Zusatzangaben zur Anschrift an. Beispiele: Hinterhaus, Gartenhaus.inputtext{"minLength":"1","maxLength":"21"}0:1G600000871.1Anschrift Inland PostfachanschriftAnschrift PostfachAnschrift PostfachPostfachanschrift im Inland mit Postfach(nummer), PLZ und Ort.XInneres.PostalischeInlandsanschrift.Postfachanschrift Version 8 +aktivFIM Baustein Datenfelder2020-11-022020-11-02HAR0:1XInneres.PostalischeInlandsanschrift.PostfachanschriftF600002491.1PostfachPostfachPostfachDie Zeichenlänge des Postfachs orientiert sich derzeit an der Länge einer Adresszeile auf einem Brief. Eine Schärfung/Überprüfung steht noch aus.Ein Postfach (oft Postfachnummer) ist ein Schlüssel zur Identifikation eines Postfaches in einer Postfiliale.XInneres.PostalischeInlandsanschrift.postfach Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie die Nummer oder Zeichenkette des Postfachs an. Das wird manchmal Postfachnummer genannt.Identifikation des Postfachsinputtext{"minLength":"1","maxLength":"21"}1:1XInneres.PostalischeInlandsanschrift.PostfachanschriftF600002461.1PostleitzahlPostleitzahlPostleitzahlEs ist die Postleitzahl anzugeben. + +Der Typ dieses Elements ist eine Einschränkung des Basistyps String.Latin.XInneres.Meldeanschrift.postleitzahl Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie die Postleitzahl des Ortes an, Beispiel 10115.Dieses Feld enthält die Postleitzahl des Ortes.inputtext{"minLength":"5","pattern":"([0]{1}[1-9]{1}|[1-9]{1}[0-9]{1})[0-9]{3}","maxLength":"5"}1:1XInneres.PostalischeInlandsanschrift.PostfachanschriftF600002471.1OrtOrtOrtKompatibilität zu EPA in TR XhD v 1.4 sollte Feldlänge min. 44. Laut PAuswV 2*25 = 50 Zeichen. Laut Xinneres.Meldeanschrift.Wohnort Version 8 = 40 Zeichen. +Laut BSI TR-03123 ≤ 105 Zeichen.Enthält den Namen eines Ortes (Gemeinde, Ortschaft oder Stadt).§ 5 (2) Nr. 9 PAuswG vom 21.6.2019; Anhang 3 Abschnitt 1 (Wohnort) PAuswV vom 28.9.2017; Tabelle 11 BSI TR-03123, Version 1.5.1; Xinneres.Meldeanschrift.Wohnort Version 8; XOEV.Kernkomponente.Anschrift.ort vom 31.01.2020aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARinputtext{"minLength":"1","maxLength":"50"}1:1§ 27 (1) - (2) MuSchG G000014081.0Kommunikation (Einverständnis E-Mail, Personalangelegenheit)Angaben zur ErreichbarkeitAngaben zur ErreichbarkeitIn dieser Datenfeldgruppe wird per Regel gefordert, dass mindestens eine Kommunikationsmöglichkeit angegeben werden muss. Falls es gewünscht ist, dass keine Kommunikationsmöglichkeit angegeben werden braucht, muss die ganze Feldgruppe bei der Verwendung optional gesetzt werden.Bei Angabe einer E-Mailadresse, wird auch das Einverständnis abgefragt, ob der Absender damit einverstanden ist, zukünftig über E-Mail-Verkehr mit der Behörde zu kommunizieren. +aktivBundesredaktionHARGeben Sie mindestens eine Art der Kommunikationsmöglichkeit an. +R000012241.0Einverständnis E-MailWenn das Feld F00002483 "E-Mail Personalangelegenheit" befüllt wurde, dann muss das Feld "F00002408 "Einverständnis E-Mail" befüllt sein. +Wenn das Feld F00002483 "E-Mail Personalangelegenheit" nicht befüllt wurde, dann darf das Feld "F00002408 "Einverständnis E-Mail" nicht befüllt sein. +aktivBundesredaktionfunction script() { + +}R000012231.0MindestEineAngabe Es muss mindestens eines der Felder F60000240 "Telefon", F60000241 "Telefax" oder F00002483 "E-Mail Personalangelegenheit" befüllt sein.aktivBundesredaktionfunction script() { + +}0:1F600002401.1TelefonTelefonnummerTelefonnummerDieses Feld wurde angelehnt an ITU E.123. Eine Prüfung über ein Pattern erfolgt nicht, um den Eingebenden nicht zu überfordern.TelefonnummerITU E.123aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie bei Telefonnummern innerhalb Deutschlands zuerst die Ortsvorwahl bzw. Mobilnetzvorwahl in Klammern, gefolgt von der Rufnummer an, Beispiel (0211) 12345678. +Geben Sie bei Telefonnummern außerhalb Deutschlands zuerst den Internationalen Ländercode mit vorgestelltem Plus, gefolgt von der Ortsvorwahl bzw. Mobilnetzvorwahl ohne der führenden Null, gefolgt von der Rufnummer an, Beispiel +49 211 123456789. +Telefonnummer mit Vorwahl und gegebenenfalls Ländervorwahl.inputtext{"minLength":"1","maxLength":"23"}0:1F600002411.1TelefaxTelefaxnummerTelefaxnummerDieses Feld wurde angelehnt an ITU E.123. Eine Prüfung über ein Pattern erfolgt nicht, um den Eingebenden nicht zu überfordern.Nummer zum Empfangen und Versenden von Telefaxkopien.ITU E.123aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie bei Telefaxnummern innerhalb Deutschlands zuerst die Ortsvorwahl bzw. Mobilnetzvorwahl in Klammern, gefolgt von der Rufnummer an, Beispiel (0211) 12345678. +Geben Sie bei Telefaxnummern außerhalb Deutschlands zuerst den Internationalen Ländercode mit vorgestelltem Plus, gefolgt von der Ortsvorwahl bzw. Mobilnetzvorwahl ohne der führenden Null, gefolgt von der Rufnummer an, Beispiel +49 211 123456789. +inputtext{"minLength":"1","maxLength":"23"}0:1F000024831.0E-Mail PersonalangelegenheitE-Mail-AdresseE-Mail-AdresseElektronische Adresse zum Empfangen von digitalen Nachrichten (E-Mails). Bsp: MaxMustermann@email.deRFC 5322; RFC 5321aktivBundesredaktionHARGeben Sie, wenn möglich, die E-Mail-Adresse in Ihrer Organisation an, welche sich um Personalangelegenheiten kümmert (Sammelpostfach). Geben Sie nur dann eine personenbezogene E-Mail-Adresse an, wenn es in Ihrer Organisation keine explizite Sammeladresse für Personalangelegenheiten gibt.inputtext{"minLength":"6","pattern":"[A-Za-z0-9._%+-]+@[A-Za-z0-9.-]+\\.[A-Za-z]{1,63}$","maxLength":"254"}0:1F000024081.0Einverständnis E-MailSind Sie einverstanden, zukünftig über E-Mail-Verkehr mit der Behörde zu kommunizieren?Einverständnis, zukünftig über E-Mail-Verkehr mit der Behörde zu kommunizierenaktivBundesredaktionHARinputbool1:1§ 27 (1) - (2) MuSchG G000019141.0Ansprechpartner (ohne Funktion / Einverständnis E-Mail)AnsprechpersonAnsprechpersonaktivBundesredaktionHAR1:1F600002271.1FamiliennameFamiliennameFamiliennameLaut BSI TR-03123 soll die Gesamtlänge für Familienname, Titel und Geburtsname nicht mehr als 120 Zeichen betragen. Laut PAuswV soll Name (Familienname und Geburtsname) nicht mehr als 2*26 = 52 Zeichen bzw. 3*40 = 120 Zeichen betragen.Familienname einer natürlichen Person bestehend aus Nachname, Zuname bzw. Familienname.§ 5 (2) Nr. 1 PAuswG vom 21.6.2019; Anhang 3 PAuswV vom 28.9.2017; Tabelle 9 BSI TR-03123 Version 1.5.1; XOEV.Kernkomponente.NameNatuerlichePerson.familienname vom 31.01.2020aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie den Nachnamen, Familiennamen bzw. Zunamen an.Dieses Feld enthält den Nachnamen, Familiennamen bzw. Zunamen.inputtext{"minLength":"1","maxLength":"120"}0:1F600002281.2VornamenVornamenVornamenLaut BSI TR-03123 soll Vorname ≤ 80 Zeichen betragen. +Laut PAuswV soll Vorname nicht mehr als 26 Zeichen bzw. 2*40 = 80 Zeichen betragen.Plural zu Vorname§ 5 (2) Nr. 2 PAuswG vom 21.6.2019; Anhang 3 PAuswV vom 28.9.2017; +Tabelle 9 BSI TR-03123 Version 1.5.1; XOEV.Kernkomponente.NameNatuerlichePerson.vorname vom 31.08.2020aktivFIM-Baustein DatenfelderRechtsbezug ergänzt2021-03-312021-03-31HARGeben Sie die Vornamen so an, wie sie auf den offiziellen Ausweisen angegeben sind, zum Beispiel im Personalausweis.inputtext{"minLength":"1","maxLength":"80"}0:1F600002291.1DoktorgradeDoktorgradeDoktorgradeDie Feldlänge ist laut BSI TR-03123 (hier Titel genannt) maximal 120 (Familienname + Titel + Geburtsname). +Durch die Vielzahl von Kombinationsmöglichkeiten, falls mehrere Doktortitel vorhanden sind, ist es nicht sinnvoll, eine Codeliste zu hinterlegen.Dieses Datenfeld erlaubt die Angabe von Doktorgraden. Es sind nur diejenigen Doktorgrade anzugeben, die in Pässe eingetragen werden dürfen. Sind mehrere Doktorgrade anzugeben, so sind sie durch ein Leerzeichen zu trennen. + +Zulässig sind derzeit: „DR.“, „Dr.“, „DR.HC.“, „Dr.hc.“, „DR.EH.“ und „Dr.eh.“.§ 5 (2) Nr. 3 PAuswG vom 21.6.2019; Tabelle 9 BSI TR-03123 Version 1.5.1 (dort als Titel); XMeld.type.NameNatuerlichePerson.doktorgrad Version 2.4.4aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie anerkannte Doktorgrade an. Zulässig sind: „Dr.“, „Dr.hc.“ und „Dr.eh.“. Wollen Sie mehrere Doktorgrade angeben, trennen Sie diese durch ein Leerzeichen.inputtext{"minLength":"3","maxLength":"119"}0:1G000013991.0Kommunikation (Einverständnis E-Mail)Angaben zur ErreichbarkeitAngaben zur ErreichbarkeitIn dieser Datenfeldgruppe wird per Regel gefordert, dass mindestens eine Kommunikationsmöglichkeit angegeben werden muss. Falls es gewünscht ist, dass keine Kommunikationsmöglichkeit angegeben werden braucht, muss die ganze Feldgruppe bei der Verwendung optional gesetzt werden.Bei Angabe einer E-Mailadresse, wird auch das Einverständnis abgefragt, ob der Absender damit einverstanden ist, zukünftig über E-Mail-Verkehr mit der Behörde zu kommunizieren. +aktivBundesredaktionHARGeben Sie mindestens eine Art der Kommunikationsmöglichkeit an.R000011661.0Einverständnis E-MailWenn das Feld F60000242 "E-Mail" befüllt wurde, dann muss das Feld "F00002408 "Einverständnis E-Mail" befüllt sein. +Wenn das Feld F60000242 "E-Mail" nicht befüllt wurde, dann darf das Feld "F00002408 "Einverständnis E-Mail" nicht befüllt sein. + +aktivBundesredaktionfunction script() { + +}R000011651.0MindestEineAngabe Es muss mindestens eines der Felder F60000240 "Telefon", F60000241 "Telefax" oder F60000242 "E-Mail" befüllt sein. +aktivBundesredaktionfunction script() { + +}0:1F600002401.1TelefonTelefonnummerTelefonnummerDieses Feld wurde angelehnt an ITU E.123. Eine Prüfung über ein Pattern erfolgt nicht, um den Eingebenden nicht zu überfordern.TelefonnummerITU E.123aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie bei Telefonnummern innerhalb Deutschlands zuerst die Ortsvorwahl bzw. Mobilnetzvorwahl in Klammern, gefolgt von der Rufnummer an, Beispiel (0211) 12345678. +Geben Sie bei Telefonnummern außerhalb Deutschlands zuerst den Internationalen Ländercode mit vorgestelltem Plus, gefolgt von der Ortsvorwahl bzw. Mobilnetzvorwahl ohne der führenden Null, gefolgt von der Rufnummer an, Beispiel +49 211 123456789. +Telefonnummer mit Vorwahl und gegebenenfalls Ländervorwahl.inputtext{"minLength":"1","maxLength":"23"}0:1F600002411.1TelefaxTelefaxnummerTelefaxnummerDieses Feld wurde angelehnt an ITU E.123. Eine Prüfung über ein Pattern erfolgt nicht, um den Eingebenden nicht zu überfordern.Nummer zum Empfangen und Versenden von Telefaxkopien.ITU E.123aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie bei Telefaxnummern innerhalb Deutschlands zuerst die Ortsvorwahl bzw. Mobilnetzvorwahl in Klammern, gefolgt von der Rufnummer an, Beispiel (0211) 12345678. +Geben Sie bei Telefaxnummern außerhalb Deutschlands zuerst den Internationalen Ländercode mit vorgestelltem Plus, gefolgt von der Ortsvorwahl bzw. Mobilnetzvorwahl ohne der führenden Null, gefolgt von der Rufnummer an, Beispiel +49 211 123456789. +inputtext{"minLength":"1","maxLength":"23"}0:1F600002421.1E-MailE-Mail-AdresseE-Mail-AdresseElektronische Adresse zum Senden und Empfangen von digitalen Nachrichten (E-Mails) z.B. MaxMustermann@email.deRFC 5322; RFC 5321aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie eine E-Mail-Adresse an, z.B. Max.Mustermann@email.deinputtext{"minLength":"6","pattern":"[A-Za-z0-9._%+-]+@[A-Za-z0-9.-]+\\.[A-Za-z]{1,63}$","maxLength":"254"}0:1F000024081.0Einverständnis E-MailSind Sie einverstanden, zukünftig über E-Mail-Verkehr mit der Behörde zu kommunizieren?Einverständnis, zukünftig über E-Mail-Verkehr mit der Behörde zu kommunizierenaktivBundesredaktionHARinputbool1:1G000002551.0Persönliche Informationen schwangere stillende Frau AllgemeinPersönliche Informationen zur schwangeren oder stillenden FrauPersönliche Informationen zur schwangeren oder stillenden FrauPersönliche Informationen zu einer schwangeren oder stillenden Frau§ 3 MuSchG; § 15 MuSchG; § 27 (1-2) MuSchG +aktivBundesredaktionRNGR000000441.0EntbindungsterminEntbindungsterminWenn Feld F00000462 "Status Frau (schwanger, stillend)" = 002 "stillend", dann muss das Feld F00000468 "Entbindungstermin" befüllt werden. Wenn Feld F00000462 "Status Frau (schwanger, stillend)" <>002 "stillend", dann darf das Feld F00000468 "Entbindungstermin" nicht befüllt werden. +aktivBundesredaktionfunction script() { + +}R000000421.0Voraussichtlicher EntbindungsterminVoraussichtlicher EntbindungsterminWenn Feld F00000462 "Status Frau (schwanger, stillend)" = 001 "schwanger", dann muss das Feld F00000467 "Voraussichtlicher Entbindungstermin" befüllt werden. Wenn Feld F00000462 "Status Frau (schwanger, stillend)" <> 001 "schwanger", dann darf das Feld F00000467 "Voraussichtlicher Entbindungstermin" nicht befüllt werden. aktivBundesredaktionfunction script() { + +}1:1§ 27 (2) MuSchG F600002271.1FamiliennameFamiliennameFamiliennameLaut BSI TR-03123 soll die Gesamtlänge für Familienname, Titel und Geburtsname nicht mehr als 120 Zeichen betragen. Laut PAuswV soll Name (Familienname und Geburtsname) nicht mehr als 2*26 = 52 Zeichen bzw. 3*40 = 120 Zeichen betragen.Familienname einer natürlichen Person bestehend aus Nachname, Zuname bzw. Familienname.§ 5 (2) Nr. 1 PAuswG vom 21.6.2019; Anhang 3 PAuswV vom 28.9.2017; Tabelle 9 BSI TR-03123 Version 1.5.1; XOEV.Kernkomponente.NameNatuerlichePerson.familienname vom 31.01.2020aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie den Nachnamen, Familiennamen bzw. Zunamen an.Dieses Feld enthält den Nachnamen, Familiennamen bzw. Zunamen.inputtext{"minLength":"1","maxLength":"120"}1:1§ 27 (2) MuSchG F600002281.2VornamenVornamenVornamenLaut BSI TR-03123 soll Vorname ≤ 80 Zeichen betragen. +Laut PAuswV soll Vorname nicht mehr als 26 Zeichen bzw. 2*40 = 80 Zeichen betragen.Plural zu Vorname§ 5 (2) Nr. 2 PAuswG vom 21.6.2019; Anhang 3 PAuswV vom 28.9.2017; +Tabelle 9 BSI TR-03123 Version 1.5.1; XOEV.Kernkomponente.NameNatuerlichePerson.vorname vom 31.08.2020aktivFIM-Baustein DatenfelderRechtsbezug ergänzt2021-03-312021-03-31HARGeben Sie die Vornamen so an, wie sie auf den offiziellen Ausweisen angegeben sind, zum Beispiel im Personalausweis.inputtext{"minLength":"1","maxLength":"80"}1:1§ 27 (2) MuSchG G600000831.1Geburtsdatum (teilbekannt)GeburtsdatumGeburtsdatumDieses Feld beinhaltet das Geburtsdatum, also Tag, Monat und Jahr der Vollendung der Geburt.§ 5 (2) PAuswG vom 21.6.2019; Anhang 3 Abschnitt 1 PAuswV vom 28.9.2017; +Tabelle 9 BSI TR-03123 Version 1.5.1 +aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie das Geburtsdatum so an, wie auf den Ausweisdokumenten hinterlegt. Nur falls der Tag oder der Monat der Geburt unbekannt sind, dürfen diese weggelassen werden.Falls der Tag oder der Monat der Geburt unbekannt sind, können diese leer sein.R600000231.1MonatLeerWenn F60000231 "Tag (ohne Monat und Jahr)" nicht leer, dann darf F60000232 "Monat" nicht leer sein.aktivFIM Baustein Datenfelderfunction script() { + +}R600000241.1DatumkorrektWenn alle drei Felder F60000231 "Tag (ohne Monat und Jahr)", F60000232 "Monat" und F60000233 "Jahr" befüllt sind, muss die Validität des sich ergebenden Kalenderdatums sichergestellt werden. D.h. es muss z.B. 30.02.2019 oder der 31.11.1968 verhindert werden, da diese keine korrekten Datumsangaben sind.aktivFIM Baustein Datenfelderfunction script() { + +}0:1PAuswG vom 21.6.2019, §5, Abs. 2; +PAuswV vom 28.9.2017, Anhang 3; +BSI TR-03123-2, Version 1.5.1; +F600002311.1Tag (ohne Monat und Jahr)TagTagTag (ohne Monat und Jahr)aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARinputnum_int{"minValue":"1","maxValue":"31"}0:1PAuswG vom 21.6.2019, §5, Abs. 2; +PAuswV vom 28.9.2017, Anhang 3; +BSI TR-03123-2, Version 1.5.1; +F600002321.1MonatMonatMonat aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARinputnum_int{"minValue":"1","maxValue":"12"}1:1PAuswG vom 21.6.2019, §5, Abs. 2; +PAuswV vom 28.9.2017, Anhang 3; +BSI TR-03123-2, Version 1.5.1; +F600002331.1JahrJahrJahr aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARinputnum_int{"minValue":"1850","maxValue":"2080"}1:1§ 27 (2) MuSchG G600000931.3Anschrift Inland oder Ausland mit FrageAnschriftAnschriftZu beachten: wird die Anschrift im Kontext der Online-Ausweisfunktion des neuen Personalausweis verwendet, können nur Personen mit Anschriften in Deutschland authentisiert werden (siehe auch https://www.personalausweisportal.de/DE/Buergerinnen-und-Buerger/Online-Ausweisen/Wohnsitz_im_Ausland/wohnsitz_im_ausland_node.html). Bei der Umsetzung müssen somit ausländische Anschriften ausgeschlossen werden.aktivFIM-Baustein DatenfelderHausnummerzusatz aufgenommen2021-03-312021-03-31HARGeben Sie die Anschrift in Deutschland oder im Ausland an.R600000211.3Anschrift AuslandWenn das Feld F60000263 "Abfrage Anschrift Inland oder Ausland" = 002 "außerhalb von Deutschland", dann muss die Feldgruppe G60000091 "Anschrift Ausland" befüllt sein. +Wenn das Feld F60000263 "Abfrage Anschrift Inland oder Ausland" <> 002 "außerhalb von Deutschland", dann darf die Feldgruppe G60000091 "Anschrift Ausland" nicht befüllt sein. +aktivFIM Baustein Datenfelderfunction script() { + +}R600000201.3Anschrift InlandWenn das Feld F60000263 "Abfrage Anschrift Inland oder Ausland" = 001 "in Deutschland", dann muss die Feldgruppe G60000088 "Anschrift Inland" befüllt sein. Wenn das Feld F60000263 "Abfrage Anschrift Inland oder Ausland" <> 001 "in Deutschland", dann darf die Feldgruppe G60000088 "Anschrift Inland" nicht befüllt sein. aktivFIM Baustein Datenfelderfunction script() { + +}1:1F600002631.1Abfrage Anschrift Inland oder AuslandWo befindet sich die Anschrift?Die Anschrift befindet sich:Verwendete Codeliste: Anschrift Inland oder Ausland 2020-08-18Abfrage, ob sich die Anschrift im Inland oder Ausland befindet.aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie an, ob sich die Anschrift im Inland oder im Ausland befindet.selecttextC60000006urn:de:fim:codeliste:anschrift-inland-oder-ausland2021-06-18urn:de:fim:codeliste:anschrift-inland-oder-ausland_2021-06-180:1G600000881.2Anschrift InlandAnschrift in DeutschlandAnschrift in DeutschlandaktivFIM Baustein DatenfelderHausnummerzusatz aufgenommen2021-03-312021-03-31HARR600000191.2Anschrift Inland Straßenanschrift / Anschrift Inland PostfachanschriftEs muss entweder Feldgruppe G60000086 "Anschrift Inland Straßenanschrift" oder Feldgruppe G60000087 "Anschrift Inland Postfachanschrift" befüllt werden.aktivFIM Baustein Datenfelderfunction script() { + +}0:1G600000861.2Anschrift Inland StraßenanschriftStraßenanschriftStraßenanschrift aktivFIM-Baustein DatenfelderHausnummerzusatz aufgenommen2021-03-312021-03-31HARGeben Sie die Anschrift mit Straße, Hausnummer, Postleitzahl und Ort an. Eine Angabe eines Postfachs ist nicht möglich.1:1F600002431.1StraßeStraßeStraßeKompatibilität zu EPA in TR XhD v 1.4 sollte Feldlänge min. 50. Bei XInneres 8 ist die Feldlänge <= 55 Zeichen.XInneres.Meldeanschrift.strasse Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie an, wie die Straße heißt.inputtext{"minLength":"1","maxLength":"55"}0:1F600002441.2HausnummerHausnummerHausnummerDie Modellierung aus XInneres wurde nicht 1:1 übernommen, um die Komplexität für die Ausfüllenden nicht zu hoch zu setzen. Es wurde darauf verzichtet für das Ende von Hausnummernbereichen eigene Felder zu modellieren. Daher ist die Feldlänge hier heraufgesetzt und eine entsprechende Beschreibung wurde eingefügt. Die Feldlänge setzt sich aus der maximalen Feldlänge zweier Hausnummern (jeweils 4), zweier Buchstaben (jeweils 1) und eines Zeichen (-) zusammen.Es sind die Ziffern und Buchstabeneiner Hausnummer anzugeben. Eine Hausnummer dient der genauen Lokalisierung eines Grundstücks, Gebäudes oder Gebäudeteils (Eingang) in einer Straße. Geben Sie Hausnummernbereiche immer nach folgendem Beispiel ohne Leerzeichen an: 12a-14dXInneres.Meldeanschrift.hausnummer Version 8aktivFIM-Baustein DatenfelderHausnummerzusatz aufgenommen2021-03-312021-03-31HARGeben Sie die Ziffern und ggf. Buchstaben der Hausnummer der Anschrift an, Beispiel 124a.Dieses Feld enthält die Ziffern und Buchstaben der Hausnummer der Anschrift.inputtext{"minLength":"1","maxLength":"11"}1:1F600002461.1PostleitzahlPostleitzahlPostleitzahlEs ist die Postleitzahl anzugeben. + +Der Typ dieses Elements ist eine Einschränkung des Basistyps String.Latin.XInneres.Meldeanschrift.postleitzahl Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie die Postleitzahl des Ortes an, Beispiel 10115.Dieses Feld enthält die Postleitzahl des Ortes.inputtext{"minLength":"5","pattern":"([0]{1}[1-9]{1}|[1-9]{1}[0-9]{1})[0-9]{3}","maxLength":"5"}1:1F600002471.1OrtOrtOrtKompatibilität zu EPA in TR XhD v 1.4 sollte Feldlänge min. 44. Laut PAuswV 2*25 = 50 Zeichen. Laut Xinneres.Meldeanschrift.Wohnort Version 8 = 40 Zeichen. +Laut BSI TR-03123 ≤ 105 Zeichen.Enthält den Namen eines Ortes (Gemeinde, Ortschaft oder Stadt).§ 5 (2) Nr. 9 PAuswG vom 21.6.2019; Anhang 3 Abschnitt 1 (Wohnort) PAuswV vom 28.9.2017; Tabelle 11 BSI TR-03123, Version 1.5.1; Xinneres.Meldeanschrift.Wohnort Version 8; XOEV.Kernkomponente.Anschrift.ort vom 31.01.2020aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARinputtext{"minLength":"1","maxLength":"50"}0:1F600002481.1Anschrift ZusatzangabenAdresszusatzAdresszusatzEs sind Zusatzangaben zur Anschrift anzugeben, z.B. Hinterhaus, Gartenhaus. +XInneres.Meldeanschrift.zusatzangaben Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie Zusatzangaben zur Anschrift an. Beispiele: Hinterhaus, Gartenhaus.inputtext{"minLength":"1","maxLength":"21"}0:1G600000871.1Anschrift Inland PostfachanschriftAnschrift PostfachAnschrift PostfachPostfachanschrift im Inland mit Postfach(nummer), PLZ und Ort.XInneres.PostalischeInlandsanschrift.Postfachanschrift Version 8 +aktivFIM Baustein Datenfelder2020-11-022020-11-02HAR0:1XInneres.PostalischeInlandsanschrift.PostfachanschriftF600002491.1PostfachPostfachPostfachDie Zeichenlänge des Postfachs orientiert sich derzeit an der Länge einer Adresszeile auf einem Brief. Eine Schärfung/Überprüfung steht noch aus.Ein Postfach (oft Postfachnummer) ist ein Schlüssel zur Identifikation eines Postfaches in einer Postfiliale.XInneres.PostalischeInlandsanschrift.postfach Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie die Nummer oder Zeichenkette des Postfachs an. Das wird manchmal Postfachnummer genannt.Identifikation des Postfachsinputtext{"minLength":"1","maxLength":"21"}1:1XInneres.PostalischeInlandsanschrift.PostfachanschriftF600002461.1PostleitzahlPostleitzahlPostleitzahlEs ist die Postleitzahl anzugeben. + +Der Typ dieses Elements ist eine Einschränkung des Basistyps String.Latin.XInneres.Meldeanschrift.postleitzahl Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie die Postleitzahl des Ortes an, Beispiel 10115.Dieses Feld enthält die Postleitzahl des Ortes.inputtext{"minLength":"5","pattern":"([0]{1}[1-9]{1}|[1-9]{1}[0-9]{1})[0-9]{3}","maxLength":"5"}1:1XInneres.PostalischeInlandsanschrift.PostfachanschriftF600002471.1OrtOrtOrtKompatibilität zu EPA in TR XhD v 1.4 sollte Feldlänge min. 44. Laut PAuswV 2*25 = 50 Zeichen. Laut Xinneres.Meldeanschrift.Wohnort Version 8 = 40 Zeichen. +Laut BSI TR-03123 ≤ 105 Zeichen.Enthält den Namen eines Ortes (Gemeinde, Ortschaft oder Stadt).§ 5 (2) Nr. 9 PAuswG vom 21.6.2019; Anhang 3 Abschnitt 1 (Wohnort) PAuswV vom 28.9.2017; Tabelle 11 BSI TR-03123, Version 1.5.1; Xinneres.Meldeanschrift.Wohnort Version 8; XOEV.Kernkomponente.Anschrift.ort vom 31.01.2020aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARinputtext{"minLength":"1","maxLength":"50"}0:1G600000911.2Anschrift AuslandAuslandsanschriftAuslandsanschriftMit der Auslandsanschrift.Druckbild wird in XInneres ein Datentyp für die Übermittlung einer Anschrift im Ausland bereitgestellt. Anders als bei dem Datentyp Meldeanschrift werden die Bestandteile einer Auslandsanschrift nicht strukturiert, sondern in bis zu fünf Zeilen als Freitext übermittelt. Dies ermöglicht der Sachbearbeitung, die Auslandsanschrift exakt in der Form zu erfassen, in der sie der Sachbearbeitung vorliegt. Die Übermittlung des Zielstaates erfolgt unter Verwendung einer Schlüsseltabelle, um dem Empfänger der elektronischen Mitteilung ein (teil-)automatisierte Weiterbearbeitung zu ermöglichen, z.B. für die Prüfung, ob die Anschrift in der EU liegt.Xinneres.Auslandsanschrift.Druckbild Version 8aktivFIM Baustein DatenfelderUnterelemente aktualisiert2021-03-312021-03-31HAR1:1F600002611.2StaatStaatStaatVerwendete Codeliste: Staat 2021-02-19XMeld.type.AnschriftMelderecht.Ausland.staat Version 2.4.4; +Codeliste laut Xmeld und DSMeld: Codeliste Destatis Staat (urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:staat)aktivFIM-Baustein Datenfelderaktuelle Codeliste eingefügt2021-03-312021-03-31HARGeben Sie den Namen des Staates bzw. des Landes an, Beispiel Deutschland.Dieses Feld enthält den Namen des Staates.selecttextC60000020urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:staat2021-02-19urn:de:bund:destatis:bevoelkerungsstatistik:schluessel:staat_2021-02-191:1G600000921.1AnschriftzoneAusländische AnschriftAusländische AnschriftAnschriftzoneXInneres.Auslandsanschrift.Druckbild.anschriftzone Version 8aktivFIM Baustein Datenfelder2020-11-022020-11-02HAR2:5XInneres 7: Auslandsanschrift.Druckbild.AnschriftzoneF600002621.1ZeileAnschriftAnschriftzeileAnschriftzeileHier sind die für die Zustellung erforderlichen Angaben zur Anschriftzone zu übermitteln.XInneres.Auslandsanschrift.Anschriftzone.zeile.anschrift Version 8aktivFIM-Baustein Datenfelder2020-11-022020-11-02HARGeben Sie die ausländische Anschrift aninputtext{"minLength":"1","maxLength":"35"}1:1F000004621.0Status Frau (schwanger, stillend)Die PersonDie PersonAngabe des Status der Person. Mögliche Angaben sind: ist schwanger; hat geboren / ist stillend§ 3 MuSchGaktivBundesredaktionRNGGeben Sie an, ob der Geburtstermin bevorsteht, also die Person schwanger ist oder ob die Geburt bereits stattgefunden hat.Angabe, ob der Geburtstermin bevorsteht, also die Person schwanger ist oder ob die Geburt bereits stattgefunden hat.selecttextC00000020urn:de:fim:codeliste:statusfrauschwangerstillend2020-02-06urn:de:fim:codeliste:statusfrauschwangerstillend_2020-02-060:1F000004671.0Voraussichtlicher EntbindungsterminVoraussichtlicher EntbindungsterminVoraussichtlicher EntbindungsterminVoraussichtlicher Entbindungstermin§ 15 MuSchG aktivBundesredaktionRNGDer voraussichtliche Entbindungstermin darf nicht in der Vergangenheit liegen und darf maximal 9 Monate in der Zukunft liegen.inputdate0:1F000004681.0EntbindungsterminTag der EntbindungTag der EntbindungEntbindungstermin§ 15 MuSchG aktivBundesredaktionRNGDer Entbindungstermin darf nicht in der Zukunft liegen. inputdate1:1F000004631.0Beschäftigungsverhältnis FrauDie Frau steht in folgendem BeschäftigungsverhältnisBeschäftigungsverhältnis der FrauAngabe des Beschäftigungsverhältnisses. Mögliche Angaben sind: +Arbeitnehmerin / Beamtin / Studentin / Auszubildende / Schülerin / Praktikantin i. S. v. § 26 BIBB / Entwicklungshelferin i. S. v. EhfG / Freiwillige i. S. v. JFDG oder i. S. v. BFDG / Sonstiges Beschäftigungsverhältnis§ 1 (2) MuSchG; §§ 3-6 MuSchG; § 2 MuSchEltZVaktivBundesredaktionRNGselecttextC00000021urn:de:fim:codeliste:artbeschäftigungsverhältnis2018-05-09urn:de:fim:codeliste:artbeschäftigungsverhältnis_2018-05-090:1F000006011.0Beschäftigungsverhältnis Frau SonstigesSonstiges BeschäftigungsverhältnisSonstiges BeschäftigungsverhältnisDetailangabe, in welchem sonstigen Beschäftigungsverhältnis die schwangere oder stillende Person steht.§ 3 MuSchG; § 5 MuSchG aktivBundesredaktionRNGGeben Sie an, in welchem sonstigen Beschäftigungsverhältnis die schwangere oder stillende Person steht.Detailangabe, in welchem sonstigen Beschäftigungsverhältnis die schwangere oder stillende Person steht.inputtext1:1G000002581.0Informationen zur beabsichtigten Beschäftigung der schwangeren oder stillenden Frau AllgemeinInformationen zur beabsichtigten Beschäftigung der schwangeren oder stillenden FrauInformationen zur beabsichtigten Beschäftigung der schwangeren oder stillenden FrauInformationen zur beabsichtigten Beschäftigung der schwangeren oder stillenden Frau§§ 5-6, 11-12, 27-28 MuSchG; § 10 ArbZG + +aktivBundesredaktionRNG1:1F000004641.0Sonn- und Feiertagsarbeit (Mutterschutz)Beschäftigung an Sonn- und Feiertagen ist geplantPlanung der Beschäftigung an Sonn- und FeiertagenPlanung der Beschäftigung an Sonn- und Feiertagen§ 6 MuSchG; § 27 (1) MuSchG; § 10 ArbZGaktivBundesredaktionRNGGeben Sie an, ob beabsichtigt ist, die schwangere oder stillende Person bei Sonn- und Feiertagsarbeit einzusetzen.Angabe, ob beabsichtigt ist, die schwangere oder stillende Person bei Sonn- und Feiertagsarbeit einzusetzen.inputbool1:1F000004651.0Nachtarbeit (Mutterschutz)Beschäftigung in Nachtarbeit (20 bis 22 Uhr) ist geplantPlanung der Beschäftigung in Nachtarbeit (20 bis 22 Uhr)Planung der Beschäftigung in Nachtarbeit (20 bis 22 Uhr)§ 5 MuSchG; § 27 (1) MuSchG; § 28 MuSchGaktivBundesredaktionRNGinputbool1:1F000004661.0Mutterschutz getaktete ArbeitBeschäftigung in getakteter Arbeit ist geplantPlanung der Beschäftigung in getakteter ArbeitPlanung der Beschäftigung in getakteter Arbeit§ 11 (6) Nr. 3 MuSchG; § 12 (5) Nr. 3 MuSchG; § 27 (1) MuSchG aktivBundesredaktionRNGGeben Sie an, ob beabsichtigt ist, die schwangere oder stillende Person bei getakteter Arbeit einzusetzen. +Bei getakteter Arbeit handelt es sich um Akkordarbeit oder um sonstige Arbeiten, bei denen durch ein gesteigertes Arbeitstempo ein höheres Entgelt erzielt werden kann oder um Fließarbeit oder um getaktete Arbeit mit vorgeschriebenem Arbeitstempo.Angabe, ob beabsichtigt ist, die schwangere oder stillende Person bei getakteter Arbeit mit vorgeschriebenem Arbeitstempo einzusetzen.inputbool \ No newline at end of file