Refactor RzTypes to use structs instead of SDB + New Tree-Sitter based C Parser

[XVilka]

SQUASH ME PLEASE

Your checklist for this pull request

• I've read the guidelines for contributing to this repository
• I made sure to follow the project's coding style
• I've added tests that prove my fix is effective or that my feature works (if possible)
• I've updated the documentation and the rizin book with the relevant information (if needed)

Detailed description

• Removed oldshell version of t (types) commands
• Removed tk command because types storage switched to the hashtable
• Added tfc command to show the calling convention of the function or set it
• Added tsl (RZ_OUTPUT_MODE_LONG) to show structure members' sizes and offsets
• Added tul (RZ_OUTPUT_MODE_LONG) to show union members' sizes
• Switched the types storage to the hashtable instead of SDB
• Added load and export from/to SDB for standard type libraries and serialization for Projects
• Changed all char *type occurences to the proper RzType
• Added RzCallable type for the function/class method types
• Changed all function types API to use the RzCallable API
• Switched the function types (RzCallable) storage to the hashtable instead of SDB
• Added a connection between RzAnalysisFunction and RzCallable - rz_analysis_function_derive_type() API function to derive new RzCallable type from the RzAnalysisFunction even if it doesn't exist in the RzTypeDB.
• Moved type links to the RzAnalysis where they belong
• Removed TCC and MPC-based parsers
• Added Tree-Sitter-based parser for C grammar (see librz/type/parser/*)
• Reworked type databases in librz/analysis/d/ to be consistent with C standard, libc, platform-specific definitions
• Switched the type links from char * to RzType
• Switched the type links from SDB to the hashtable
• Added concept of the "type paths", e.g. a.b[20].c where b is a member of a (a is either structure or a union) and c is a member of b, and b is an array where we take 20-th element.
• Added concept of the typeclasses (a bit similar to Haskell) for numerical types: None (the most generic one), Num (includes Integral and Floating), Integral (includes Signed Integral and Unsigned Integral), Floating.
• Added concept of type equality (rz_types_equal(a, b) API function)
• Added Doxygen documentation to every API function in the librz/type/*.
• Updated the project format from V2 to V3, added migration.

Test plan

CI is green

Closing issues

Fixes #371
Fixes #370
Fixes #373
Fixes #275
Fixes #1249
Partially addresses #1169, #1064