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clove-unit.h
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clove-unit.h
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/*
* clove-unit
* v2.4.5
* Single-Header Unit Testing library for C/C++
* https://github.com/fdefelici/clove-unit
*
*/
#ifndef __CLOVE_H
#define __CLOVE_H
#define __CLOVE_VERSION_MAJOR 2
#define __CLOVE_VERSION_MINOR 4
#define __CLOVE_VERSION_PATCH 5
#define __CLOVE_VERSION "2.4.5"
//Preventing "unknown-pragmas" warning on GCC <= 12 for '#pragma region' usage
//NOTE1: GCC and G++ v13+ support '#pragma region' by the way.
//NOTE2: This workaround doesn't work for G++ version <= 12 because of a bug
// that has been addressed only in G++ v13 (https://gcc.gnu.org/bugzilla/show_bug.cgi?id=53431)
#if defined(__GNUC__) && __GNUC__ <= 12 // GNU Unknown Pragma Fix: START
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wunknown-pragmas"
#endif
#pragma region PRIVATE
#pragma region PRIVATE - Target Init
#ifdef __linux
#ifndef _GNU_SOURCE
#define _GNU_SOURCE
#endif //_GNU_SOURCE
#endif //__linux
#ifdef __cplusplus
#define __CLOVE_EXTERN_C extern "C"
#else
#define __CLOVE_EXTERN_C
#endif //__cplusplus
#pragma endregion // Target Init
#pragma region PRIVATE - DECLARATION
#pragma region PRIVATE - Utils Decl
#include <stdio.h>
__CLOVE_EXTERN_C void __clove_utils_empty_funct(void);
extern char* __clove_exec_abs_path;
extern char* __clove_exec_abs_basepath;
__CLOVE_EXTERN_C const char* __clove_utils_get_exec_abs_path(void);
__CLOVE_EXTERN_C const char* __clove_utils_get_exec_abs_basepath(void);
//Switch implementation for pointer types
#define __CLOVE_SWITCH_BEG(X) \
{ \
size_t* expr = (size_t*)(size_t)X; \
if (false) { }
#define __CLOVE_SWITCH_CASE(Y) \
else if (expr == (size_t*)(size_t)Y)
#define __CLOVE_SWITCH_DEFAULT() \
else
#define __CLOVE_SWITCH_END() }
//Custom suppressing "unused parameter" warnings for multi-compilers
#define __CLOVE_UNUSED_VAR(x) (void)(x)
#define __CLOVE_MACRO_COMBINE_INTERNAL(A, B) A##B
#define __CLOVE_MACRO_COMBINE(A, B) __CLOVE_MACRO_COMBINE_INTERNAL(A, B)
#pragma endregion // Utils Decl
#pragma region PRIVATE - Math Decl
//mainly math header operations re-implemented to avoid explicit linking to math library on unix os (with option -lm).
__CLOVE_EXTERN_C unsigned int __clove_math_powi(unsigned int base, unsigned int exp);
__CLOVE_EXTERN_C float __clove_math_decimalf(unsigned char precision);
__CLOVE_EXTERN_C double __clove_math_decimald(unsigned char precision);
#pragma endregion
#pragma region PRIVATE - Path Decl
#include <stdbool.h>
#ifdef _WIN32
#define __CLOVE_PATH_SEPARATOR '\\'
#define __CLOVE_PATH_SEPARATOR_STR "\\"
#else
#define __CLOVE_PATH_SEPARATOR '/'
#define __CLOVE_PATH_SEPARATOR_STR "/"
#endif //_WIN32
__CLOVE_EXTERN_C char* __clove_path_concat(const char* path1, const char* path2, const char separator);
__CLOVE_EXTERN_C const char* __clove_path_relative(const char* abs_path, const char* base_path);
__CLOVE_EXTERN_C char* __clove_path_rel_to_abs_exec_path(const char* rel_path);
__CLOVE_EXTERN_C bool __clove_path_is_relative(const char* path);
__CLOVE_EXTERN_C bool __clove_path_is_absolute(const char* path);
__CLOVE_EXTERN_C void __clove_path_to_os(char* path);
__CLOVE_EXTERN_C char* __clove_path_basepath(const char* path);
__CLOVE_EXTERN_C bool __clove_path_exists(const char* path);
__CLOVE_EXTERN_C char* __clove_path_to_absolute(const char* path);
#pragma endregion // Path Decl
#pragma region PRIVATE - Memory Decl
__CLOVE_EXTERN_C void* __clove_memory_malloc(size_t size);
__CLOVE_EXTERN_C void* __clove_memory_calloc(size_t size);
__CLOVE_EXTERN_C void* __clove_memory_realloc(void* source, size_t size);
__CLOVE_EXTERN_C bool __clove_memory_memcpy(void* dest, size_t dest_size, const void* src, size_t src_size);
__CLOVE_EXTERN_C bool __clove_memory_memset(void* dest, size_t size, unsigned char value);
__CLOVE_EXTERN_C void __clove_memory_free(void* source);
#define __CLOVE_MEMORY_MALLOC_TYPE_N(TYPE, COUNT) (TYPE*)__clove_memory_malloc(sizeof(TYPE) * COUNT)
#define __CLOVE_MEMORY_MALLOC_TYPE(TYPE) __CLOVE_MEMORY_MALLOC_TYPE_N(TYPE, 1)
#define __CLOVE_MEMORY_CALLOC_TYPE_N(TYPE, COUNT) (TYPE*)__clove_memory_calloc(sizeof(TYPE) * COUNT)
#define __CLOVE_MEMORY_CALLOC_TYPE(TYPE) __CLOVE_MEMORY_CALLOC_TYPE_N(TYPE, 1)
#pragma endregion //Memory Decl
#pragma region PRIVATE - Console Decl
#include <stdarg.h>
__CLOVE_EXTERN_C void __clove_console_printf(const char* format, ...);
__CLOVE_EXTERN_C void __clove_console_vprintf(const char* format, va_list args);
__CLOVE_EXTERN_C void __clove_console_write(const char* str);
__CLOVE_EXTERN_C void __clove_console_writeline(const char* str);
#pragma endregion //Console Decl
#pragma region PRIVATE - File Decl
#include <stdarg.h>
__CLOVE_EXTERN_C FILE* __clove_file_open(const char* path, const char* mode);
__CLOVE_EXTERN_C void __clove_file_close(FILE* file);
__CLOVE_EXTERN_C void __clove_file_printf(FILE* file, const char* format, ...);
__CLOVE_EXTERN_C void __clove_file_vprintf(FILE* file, const char* format, va_list args);
__CLOVE_EXTERN_C void __clove_file_write(FILE* file, const char* str);
__CLOVE_EXTERN_C void __clove_file_writeline(FILE* file, const char* str);
#pragma endregion //File Decl
#pragma region PRIVATE - String Decl
#include <stdbool.h>
__CLOVE_EXTERN_C bool __clove_string_equal(const char* str1, const char* str2);
__CLOVE_EXTERN_C bool __clove_string_equal_any(const char* str1, size_t count, ...);
__CLOVE_EXTERN_C bool __clove_string_startswith(const char* str1, const char* prefix);
__CLOVE_EXTERN_C bool __clove_string_endswith(const char* str1, const char* suffix);
__CLOVE_EXTERN_C bool __clove_string_strncmp(const char* str1, const char* str2, size_t count);
__CLOVE_EXTERN_C bool __clove_string_strcpy(char* dest, size_t dest_size, const char* source);
__CLOVE_EXTERN_C bool __clove_string_strncpy(char* dest, size_t dest_size, const char* source, size_t count);
__CLOVE_EXTERN_C bool __clove_string_strcat(char* dest, size_t dest_size, const char* source);
__CLOVE_EXTERN_C bool __clove_string_strncat(char* dest, size_t dest_size, const char* source, size_t count);
__CLOVE_EXTERN_C char* __clove_string_strdup(const char* str);
__CLOVE_EXTERN_C void __clove_string_sprintf(char* dest, size_t dest_size, const char* format, ...);
__CLOVE_EXTERN_C void __clove_string_vsprintf(char* dest, size_t dest_size, const char* format, va_list args);
__CLOVE_EXTERN_C size_t __clove_string_length(const char* str);
__CLOVE_EXTERN_C const char* __clove_string_strstr(const char* str1, const char* str2);
__CLOVE_EXTERN_C bool __clove_string_contains(const char* string, const char* contained);
__CLOVE_EXTERN_C char* __clove_string_escape(const char* string);
__CLOVE_EXTERN_C char* __clove_string_csv_escape(const char* string);
__CLOVE_EXTERN_C void __clove_string_ellipse(const char* string, size_t str_len, size_t pos, char* out, size_t out_size);
__CLOVE_EXTERN_C void __clove_string_replace_char(char* path, char find, char replace);
__CLOVE_EXTERN_C void __clove_string_pad_right(char* dest, size_t dest_size, size_t str_target_len);
__CLOVE_EXTERN_C int __clove_string_last_indexof(const char* source, char character);
#pragma endregion // String Decl
#pragma region PRIVATE - String View Decl
#include <stdbool.h>
typedef struct __clove_string_view_t {
const char* begin;
size_t length;
} __clove_string_view_t;
__CLOVE_EXTERN_C __clove_string_view_t __clove_string_view_from_offs(const char* source, size_t begin_offset, size_t end_offset);
__CLOVE_EXTERN_C __clove_string_view_t __clove_string_view_from_be(const char* begin, const char* end);
__CLOVE_EXTERN_C __clove_string_view_t __clove_string_view_from_len(const char* begin, size_t length);
__CLOVE_EXTERN_C __clove_string_view_t __clove_string_view_from_str(const char* str);
__CLOVE_EXTERN_C size_t __clove_string_view_length(const __clove_string_view_t* view);
__CLOVE_EXTERN_C bool __clove_string_view_equals(const __clove_string_view_t* view1, const __clove_string_view_t* view2);
__CLOVE_EXTERN_C bool __clove_string_view_ncmp(const __clove_string_view_t* view1, const __clove_string_view_t* view2, size_t count);
__CLOVE_EXTERN_C bool __clove_string_view_endswith(const __clove_string_view_t* view, const __clove_string_view_t* suffix);
__CLOVE_EXTERN_C bool __clove_string_view_nendswith(const __clove_string_view_t* view, const __clove_string_view_t* suffix, size_t suffix_begin_offset);
__CLOVE_EXTERN_C bool __clove_string_view_strequals(const __clove_string_view_t* view, const char* str);
__CLOVE_EXTERN_C const char* __clove_string_view_begin(const __clove_string_view_t* view);
__CLOVE_EXTERN_C const char* __clove_string_view_end(const __clove_string_view_t* view);
__CLOVE_EXTERN_C char* __clove_string_view_as_string(const __clove_string_view_t* view);
__CLOVE_EXTERN_C char __clove_string_view_at(const __clove_string_view_t* view, size_t index);
__CLOVE_EXTERN_C bool __clove_string_view_contains(const __clove_string_view_t* view, const __clove_string_view_t* fixture);
#pragma endregion // String View Decl
#pragma region PRIVATE - Time Decl
typedef enum __clove_time_translation_e {
__CLOVE_TIME_TRANSL_NANOS_PER_SEC = 1000000000, //1 BILLION
__CLOVE_TIME_TRANSL_MILLIS_PER_SEC = 1000,
__CLOVE_TIME_TRANSL_NANOS_PER_MILLIS = 1000000 //1 MILLION
} __clove_time_translation_e;
typedef struct __clove_time_t {
long long seconds;
long long nanos_after_seconds;
} __clove_time_t;
__CLOVE_EXTERN_C __clove_time_t __clove_time_now(void);
__CLOVE_EXTERN_C __clove_time_t __clove_time_sub(__clove_time_t* t1, __clove_time_t* t2);
__CLOVE_EXTERN_C __clove_time_t __clove_time_sum(__clove_time_t* t1, __clove_time_t* t2);
__CLOVE_EXTERN_C unsigned long long __clove_time_to_millis(__clove_time_t* t);
__CLOVE_EXTERN_C unsigned long long __clove_time_to_nanos(__clove_time_t* t);
#pragma endregion // Time Decl
#pragma region PRIVATE - Stack Decl
//Stack isn't generalized. By now just managing size_t items by implementing Iterative QuickSort
typedef struct __clove_stack_t {
unsigned char* items;
size_t capacity;
size_t count;
size_t item_size;
} __clove_stack_t;
__CLOVE_EXTERN_C void __clove_stack_init(__clove_stack_t* stack, size_t initial_capacity);
__CLOVE_EXTERN_C bool __clove_stack_is_empty(__clove_stack_t* stack);
__CLOVE_EXTERN_C void __clove_stack_push(__clove_stack_t* stack, size_t item);
__CLOVE_EXTERN_C size_t __clove_stack_pop(__clove_stack_t* stack);
__CLOVE_EXTERN_C void __clove_stack_free(__clove_stack_t* stack);
#pragma endregion // Stack Decl
#pragma region PRIVATE - Vector Decl
typedef struct __clove_vector_params_t {
size_t item_size;
size_t initial_capacity;
void (*item_ctor)(void*);
void (*item_dtor)(void*);
} __clove_vector_params_t;
typedef struct __clove_vector_t {
unsigned char* items;
size_t capacity;
size_t count;
size_t item_size;
void (*item_ctor)(void*);
void (*item_dtor)(void*);
void* swap_temp;
} __clove_vector_t;
__CLOVE_EXTERN_C __clove_vector_params_t __clove_vector_params_defaulted(size_t item_size);
__CLOVE_EXTERN_C __clove_vector_t __clove_vector_null(void);
__CLOVE_EXTERN_C void __clove_vector_init(__clove_vector_t* vector, __clove_vector_params_t* params);
__CLOVE_EXTERN_C size_t __clove_vector_count(const __clove_vector_t* vector);
__CLOVE_EXTERN_C bool __clove_vector_is_empty(const __clove_vector_t* vector);
__CLOVE_EXTERN_C void* __clove_vector_add_slot(__clove_vector_t* vector);
__CLOVE_EXTERN_C void __clove_vector_add_all(__clove_vector_t* vector, const __clove_vector_t* other);
__CLOVE_EXTERN_C void* __clove_vector_get(const __clove_vector_t* vector, size_t index);
__CLOVE_EXTERN_C void __clove_vector_set(__clove_vector_t* vector, size_t index, void* item);
__CLOVE_EXTERN_C void __clove_vector_free(__clove_vector_t* vector);
__CLOVE_EXTERN_C void __clove_vector_swap(__clove_vector_t* vector, size_t index1, size_t index2);
__CLOVE_EXTERN_C size_t __clove_vector_quicksort_partition(__clove_vector_t* vector, int (*comparator)(void*, void*), size_t start_index, size_t end_index);
__CLOVE_EXTERN_C void __clove_vector_quicksort_iterative(__clove_vector_t* vector, int (*comparator)(void*, void*), size_t start_index, size_t end_index);
__CLOVE_EXTERN_C void __clove_vector_sort(__clove_vector_t* vector, int (*comparator)(void*, void*));
__CLOVE_EXTERN_C void __clove_vector_collection_dtor(void* vector);
#define __CLOVE_VECTOR_INIT(VECTOR_PTR, TYPE) \
__clove_vector_params_t __CLOVE_MACRO_COMBINE(params,__LINE__) = __clove_vector_params_defaulted(sizeof(TYPE)); \
__clove_vector_init(VECTOR_PTR, &__CLOVE_MACRO_COMBINE(params,__LINE__));
#define __CLOVE_VECTOR_INIT_CAPACITY(VECTOR_PTR, TYPE, CAPACITY) \
__clove_vector_params_t __CLOVE_MACRO_COMBINE(params,__LINE__) = __clove_vector_params_defaulted(sizeof(TYPE)); \
__CLOVE_MACRO_COMBINE(params,__LINE__).initial_capacity = CAPACITY; \
__clove_vector_init(VECTOR_PTR, &__CLOVE_MACRO_COMBINE(params,__LINE__));
#define __CLOVE_VECTOR_INIT_PARAMS(VECTOR_PTR, PARAMS) \
__clove_vector_params_t __CLOVE_MACRO_COMBINE(params,__LINE__) = PARAMS; \
__clove_vector_init(VECTOR_PTR, &__CLOVE_MACRO_COMBINE(params,__LINE__));
#define __CLOVE_VECTOR_ADD(VECTOR_PTR, TYPE, ITEM) \
TYPE* __CLOVE_MACRO_COMBINE(__vector_slot,__LINE__) = (TYPE*)__clove_vector_add_slot(VECTOR_PTR); \
*__CLOVE_MACRO_COMBINE(__vector_slot,__LINE__) = ITEM;
#define __CLOVE_VECTOR_FOREACH(VECTOR_PTR, TYPE, NAME, BODY) \
for(size_t __CLOVE_MACRO_COMBINE(__CLOVE_MACRO_COMBINE(vector_index_,NAME), __LINE__)=0; __CLOVE_MACRO_COMBINE(__CLOVE_MACRO_COMBINE(vector_index_,NAME), __LINE__) < __clove_vector_count(VECTOR_PTR); ++__CLOVE_MACRO_COMBINE(__CLOVE_MACRO_COMBINE(vector_index_,NAME), __LINE__)) { \
TYPE* NAME = (TYPE*)__clove_vector_get(VECTOR_PTR, __CLOVE_MACRO_COMBINE(__CLOVE_MACRO_COMBINE(vector_index_,NAME), __LINE__)); \
BODY \
}
#define __CLOVE_VECTOR_FOR(VECTOR_PTR, TYPE, NAME, INDEX, BODY) \
for(size_t INDEX=0; INDEX < __clove_vector_count(VECTOR_PTR); ++INDEX) { \
TYPE* NAME = (TYPE*)__clove_vector_get(VECTOR_PTR, INDEX); \
BODY \
}
#define __CLOVE_VECTOR_FREE(VECTOR_PTR) \
__clove_vector_free(VECTOR_PTR);
#pragma endregion // Vector Decl
#pragma region PRIVATE - Map Decl
typedef struct __clove_map_node_t {
char* key;
size_t key_size;
void* value;
struct __clove_map_node_t* next;
} __clove_map_node_t;
typedef struct __clove_map_params_t {
size_t initial_hash_size;
size_t (*hash_funct)(void*, size_t);
void (*item_dtor)(void*);
} __clove_map_params_t;
typedef struct __clove_map_t {
size_t count;
__clove_map_node_t** hashmap;
size_t hashmap_size;
size_t (*hash_funct)(void*, size_t);
void (*item_dtor)(void*);
} __clove_map_t;
size_t __clove_map_hash_djb33x(void *key, size_t keylen);
__clove_map_params_t __clove_map_params_defaulted(void);
void __clove_map_init(__clove_map_t* map, __clove_map_params_t* params);
void __clove_map_free(__clove_map_t* map);
size_t __clove_map_count(__clove_map_t* map);
void __clove_map_put(__clove_map_t* dict, const char* key, void* value);
void* __clove_map_get(__clove_map_t* map, const char* key);
bool __clove_map_has_key(__clove_map_t* map, const char* key);
#define __CLOVE_MAP_INIT(MAP_PTR) \
__clove_map_params_t __CLOVE_MACRO_COMBINE(params,__LINE__) = __clove_map_params_defaulted(); \
__clove_map_init(MAP_PTR, &__CLOVE_MACRO_COMBINE(params,__LINE__));
#define __CLOVE_MAP_INIT_PARAMS(MAP_PTR, PARAMS) \
__clove_map_params_t __CLOVE_MACRO_COMBINE(params,__LINE__) = PARAMS; \
__clove_map_init(MAP_PTR, &__CLOVE_MACRO_COMBINE(params,__LINE__));
#pragma endregion // Map Decl
#pragma region PRIVATE - CommandLine Decl
#include <stdbool.h>
typedef struct __clove_cmdline_t {
int arg_index;
int argc;
const char** argv;
__clove_map_t map;
} __clove_cmdline_t;
typedef enum __clove_cmdline_errno_t {
__CLOVE_CMD_ERRNO_UNMANAGED = -1,
__CLOVE_CMD_ERRNO_OK = 0,
__CLOVE_CMD_ERRNO_GENERIC = 1,
__CLOVE_CMD_ERRNO_INVALID_PARAM = 2,
} __clove_cmdline_errno_t;
__CLOVE_EXTERN_C void __clove_cmdline_init(__clove_cmdline_t* cmdline, const char** argv, int argc);
__CLOVE_EXTERN_C void __clove_cmdline_free(__clove_cmdline_t* cmdline);
__CLOVE_EXTERN_C bool __clove_cmdline_next_opt(__clove_cmdline_t* cmdline, const char** opt_out);
__CLOVE_EXTERN_C bool __clove_cmdline_next_arg(__clove_cmdline_t* cmdline, const char** arg_out);
__CLOVE_EXTERN_C bool __clove_cmdline_has_opt(__clove_cmdline_t* cmdline, const char* opt);
__CLOVE_EXTERN_C bool __clove_cmdline_has_any_opt(__clove_cmdline_t* cmdline, const char* opt1, const char* opt2);
__CLOVE_EXTERN_C const char* __clove_cmdline_get_opt_value(__clove_cmdline_t* cmdline, const char* opt);
__CLOVE_EXTERN_C const char* __clove_cmdline_get_any_opt_value(__clove_cmdline_t* cmdline, const char* opt1, const char* opt2);
__CLOVE_EXTERN_C const char* __clove_cmdline_get_any_opt_value_defaulted(__clove_cmdline_t* cmdline, const char* opt1, const char* opt2, const char* default_value);
__CLOVE_EXTERN_C const __clove_vector_t* __clove_cmdline_get_opt_values(__clove_cmdline_t* cmdline, const char* opt);
__CLOVE_EXTERN_C void __clove_cmdline_add_opt(__clove_cmdline_t* cmd, const char* opt, const char* value);
//Command Handlers
typedef __clove_cmdline_errno_t (*__clove_cmdline_handler_f)(__clove_cmdline_t*);
__CLOVE_EXTERN_C __clove_cmdline_errno_t __clove_cmdline_handle_help(__clove_cmdline_t* cmd);
__CLOVE_EXTERN_C __clove_cmdline_errno_t __clove_cmdline_handle_version(__clove_cmdline_t* cmd);
__CLOVE_EXTERN_C __clove_cmdline_errno_t __clove_cmdline_handle_run_tests(__clove_cmdline_t* cmd);
__CLOVE_EXTERN_C __clove_cmdline_errno_t __clove_cmdline_handle_default(__clove_cmdline_t* cmd);
__CLOVE_EXTERN_C void __clove_cmdline_create_test_expr(__clove_cmdline_t* cmd, const char* opt1, const char* opt2, __clove_vector_t* out_expressions);
#pragma endregion // CommandLine Decl
#pragma region PRIVATE - Test Decl
typedef union __clove_generic_u {
bool _bool;
char _char;
int _int;
unsigned int _uint;
long _long;
unsigned long _ulong;
long long _llong;
unsigned long long _ullong;
size_t _sizet;
float _float;
double _double;
char* _string;
void* _ptr;
} __clove_generic_u;
/* TODO: Delete in favor of a crazy custom implementation of string enum... (See below)
typedef enum __clove_generic_type_e {
__CLOVE_GENERIC_BOOL = 1,
__CLOVE_GENERIC_CHAR = 2,
__CLOVE_GENERIC_INT = 3,
__CLOVE_GENERIC_UINT = 4,
__CLOVE_GENERIC_LONG = 5,
__CLOVE_GENERIC_ULONG = 6,
__CLOVE_GENERIC_LLONG = 7,
__CLOVE_GENERIC_ULLONG = 8,
__CLOVE_GENERIC_FLOAT = 9,
__CLOVE_GENERIC_DOUBLE = 10,
__CLOVE_GENERIC_STRING = 11,
__CLOVE_GENERIC_PTR = 12
} __clove_generic_type_e;
typedef enum __clove_assert_check_e {
__CLOVE_ASSERT_EQ = 1,
__CLOVE_ASSERT_NE = 2,
__CLOVE_ASSERT_FAIL = 3
} __clove_assert_check_e;
typedef enum __clove_test_result_e {
__CLOVE_TEST_RESULT_PASSED = 1,
__CLOVE_TEST_RESULT_FAILED = 2,
__CLOVE_TEST_RESULT_SKIPPED = 3
} __clove_test_result_e;
*/
/* Custom String Enum for Generic Type */
typedef const char* __clove_generic_type_e;
extern const char* __CLOVE_GENERIC_BOOL;
extern const char* __CLOVE_GENERIC_CHAR;
extern const char* __CLOVE_GENERIC_INT;
extern const char* __CLOVE_GENERIC_UINT;
extern const char* __CLOVE_GENERIC_LONG;
extern const char* __CLOVE_GENERIC_ULONG;
extern const char* __CLOVE_GENERIC_LLONG;
extern const char* __CLOVE_GENERIC_ULLONG;
extern const char* __CLOVE_GENERIC_SIZET;
extern const char* __CLOVE_GENERIC_FLOAT;
extern const char* __CLOVE_GENERIC_DOUBLE;
extern const char* __CLOVE_GENERIC_STRING;
extern const char* __CLOVE_GENERIC_PTR;
#define __CLOVE_GENERIC_TYPE_E_DECL() \
const char* __CLOVE_GENERIC_BOOL = "BOOL"; \
const char* __CLOVE_GENERIC_CHAR = "CHAR"; \
const char* __CLOVE_GENERIC_INT = "INT"; \
const char* __CLOVE_GENERIC_UINT = "UINT"; \
const char* __CLOVE_GENERIC_LONG = "LONG"; \
const char* __CLOVE_GENERIC_ULONG = "ULONG"; \
const char* __CLOVE_GENERIC_LLONG = "LLONG"; \
const char* __CLOVE_GENERIC_ULLONG = "ULLONG"; \
const char* __CLOVE_GENERIC_SIZET = "SIZET"; \
const char* __CLOVE_GENERIC_FLOAT = "FLOAT"; \
const char* __CLOVE_GENERIC_DOUBLE = "DOUBLE"; \
const char* __CLOVE_GENERIC_STRING = "STRING"; \
const char* __CLOVE_GENERIC_PTR = "PTR";
/* Custom String Enum for Assert Check */
typedef const char* __clove_assert_check_e;
extern const char* __CLOVE_ASSERT_EQ;
extern const char* __CLOVE_ASSERT_NE;
extern const char* __CLOVE_ASSERT_LT;
extern const char* __CLOVE_ASSERT_LTE;
extern const char* __CLOVE_ASSERT_GT;
extern const char* __CLOVE_ASSERT_GTE;
extern const char* __CLOVE_ASSERT_FAIL;
#define __CLOVE_ASSERT_CHECK_E_DECL() \
const char* __CLOVE_ASSERT_EQ = "EQ";\
const char* __CLOVE_ASSERT_NE = "NE";\
const char* __CLOVE_ASSERT_GT = "GT";\
const char* __CLOVE_ASSERT_GTE = "GTE";\
const char* __CLOVE_ASSERT_LT = "LT";\
const char* __CLOVE_ASSERT_LTE = "LTE";\
const char* __CLOVE_ASSERT_FAIL = "FAIL";
/* Custom String Enum for Test Result */
typedef const char* __clove_test_result_e;
extern const char* __CLOVE_TEST_RESULT_PASSED;
extern const char* __CLOVE_TEST_RESULT_SKIPPED;
extern const char* __CLOVE_TEST_RESULT_FAILED;
#define __CLOVE_TEST_RESULT_E_DECL() \
const char* __CLOVE_TEST_RESULT_PASSED = "PASS";\
const char* __CLOVE_TEST_RESULT_FAILED = "FAIL";\
const char* __CLOVE_TEST_RESULT_SKIPPED = "SKIP";
typedef struct __clove_test_t {
char* name;
void (*funct)(struct __clove_test_t*);
__clove_test_result_e result;
__clove_time_t duration;
const char* file_name;
bool dry_run;
size_t funct_line;
struct {
size_t line;
__clove_assert_check_e assert;
__clove_generic_type_e data_type;
__clove_generic_u expected;
__clove_generic_u actual;
unsigned char floating_precision; //Just used for float/double to represent a decimal digit.
//TODO Eventually refactor to a data struct to represent expected/actual and encapsulate also __clove_generic_u.
} issue;
} __clove_test_t;
__CLOVE_EXTERN_C void __clove_vector_test_ctor(void* test);
__CLOVE_EXTERN_C void __clove_vector_test_dtor(void* test_ptr);
#pragma endregion // Test Decl
#pragma region PRIVATE - Suite Decl
typedef struct __clove_suite_t {
char* name;
__clove_vector_t tests;
size_t test_count;
struct {
void (*setup_once)(void);
void (*teardown_once)(void);
void (*setup)(void);
void (*teardown)(void);
} fixtures;
struct {
__clove_time_t duration;
size_t passed_count;
size_t failed_count;
size_t skipped_count;
} issue;
} __clove_suite_t;
__CLOVE_EXTERN_C void __clove_vector_suite_ctor(void* suite_ptr);
__CLOVE_EXTERN_C void __clove_vector_suite_dtor(void* suite_ptr);
#pragma endregion
#pragma region PRIVATE - Assert Decl
#define __CLOVE_ASSERT_GUARD \
if (_this->result == __CLOVE_TEST_RESULT_FAILED) { return; }\
if (_this->file_name == NULL) _this->file_name = __FILE__; \
_this->issue.line = __LINE__;
#define __CLOVE_ASSERT_INTEGER_CHECK(mode, exp, act, type, field, test) \
bool pass_scenario = false;\
if (check_mode == __CLOVE_ASSERT_EQ) { pass_scenario = exp == act; }\
else if (check_mode == __CLOVE_ASSERT_NE) { pass_scenario = exp != act; }\
else if (check_mode == __CLOVE_ASSERT_GT) { pass_scenario = exp > act; }\
else if (check_mode == __CLOVE_ASSERT_GTE) { pass_scenario = exp >= act; }\
else if (check_mode == __CLOVE_ASSERT_LT) { pass_scenario = exp < act; }\
else if (check_mode == __CLOVE_ASSERT_LTE) { pass_scenario = exp <= act; }\
if (pass_scenario) _this->result = __CLOVE_TEST_RESULT_PASSED;\
else { \
_this->result = __CLOVE_TEST_RESULT_FAILED;\
_this->issue.assert = mode;\
_this->issue.data_type = type;\
_this->issue.expected.field = exp;\
_this->issue.actual.field = act;\
}
__CLOVE_EXTERN_C void __clove_assert_fail(__clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_pass(__clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_int(__clove_assert_check_e check_mode, int expected, int result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_uint(__clove_assert_check_e check_mode, unsigned int expected, unsigned int result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_long(__clove_assert_check_e check_mode, long expected, long result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_ulong(__clove_assert_check_e check_mode, unsigned long expected, unsigned long result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_llong(__clove_assert_check_e check_mode, long long expected, long long result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_ullong(__clove_assert_check_e check_mode, unsigned long long expected, unsigned long long result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_sizet(__clove_assert_check_e check_mode, size_t expected, size_t result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_char(__clove_assert_check_e check_mode, char expected, char result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_bool(__clove_assert_check_e check_mode, bool expected, bool result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_null(__clove_assert_check_e check_mode, void* expected, void* result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_ptr(__clove_assert_check_e check_mode, void* expected, void* result, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_float(__clove_assert_check_e check_mode, float expected, float result, unsigned char precision, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_double(__clove_assert_check_e check_mode, double expected, double result, unsigned char precision, __clove_test_t* _this);
__CLOVE_EXTERN_C void __clove_assert_string(__clove_assert_check_e check_mode, const char* expected, const char* result, __clove_test_t* _this);
#pragma endregion // Assert Decl
#pragma region PRIVATE - Stream Decl
typedef struct __clove_stream_t {
bool (*open)(struct __clove_stream_t* _this);
void (*close)(struct __clove_stream_t* _this);
void (*writef)(struct __clove_stream_t* _this, const char* format, ...);
void (*seek)(struct __clove_stream_t* _this, long offset, int origin);
bool (*has_ansi_support)(struct __clove_stream_t* _this);
void (*free)(struct __clove_stream_t* _this);
} __clove_stream_t;
typedef struct __clove_stream_console_t {
__clove_stream_t base;
} __clove_stream_console_t;
__CLOVE_EXTERN_C __clove_stream_console_t* __clove_stream_console_new(void);
__CLOVE_EXTERN_C bool __clove_stream_console_open(__clove_stream_t* stream);
__CLOVE_EXTERN_C void __clove_stream_console_close(__clove_stream_t* stream);
__CLOVE_EXTERN_C void __clove_stream_console_writef(__clove_stream_t* stream, const char* format, ...);
__CLOVE_EXTERN_C void __clove_stream_console_seek(__clove_stream_t* stream, long offset, int origin);
__CLOVE_EXTERN_C bool __clove_stream_console_has_ansi_support(struct __clove_stream_t* _this);
__CLOVE_EXTERN_C void __clove_stream_console_free(__clove_stream_t* stream);
#include <stdio.h>
typedef struct __clove_stream_file_t {
__clove_stream_t base;
const char* file_path;
FILE* file; //No way to forward declaring FILE. The only way should be to use void*
} __clove_stream_file_t;
__CLOVE_EXTERN_C __clove_stream_file_t* __clove_stream_file_new(const char* file_path);
__CLOVE_EXTERN_C bool __clove_stream_file_open(__clove_stream_t* stream);
__CLOVE_EXTERN_C void __clove_stream_file_close(__clove_stream_t* stream);
__CLOVE_EXTERN_C void __clove_stream_file_writef(__clove_stream_t* stream, const char* format, ...);
__CLOVE_EXTERN_C void __clove_stream_file_seek(__clove_stream_t* stream, long offset, int origin);
__CLOVE_EXTERN_C bool __clove_stream_file_has_ansi_support(struct __clove_stream_t* _this);
__CLOVE_EXTERN_C void __clove_stream_file_free(__clove_stream_t* stream);
//In Memory Stream
typedef struct __clove_stream_memory_t {
__clove_stream_t base;
__clove_vector_t lines;
} __clove_stream_memory_t;
__CLOVE_EXTERN_C __clove_stream_memory_t* __clove_stream_memory_new(void);
__CLOVE_EXTERN_C bool __clove_stream_memory_open(__clove_stream_t* stream);
__CLOVE_EXTERN_C void __clove_stream_memory_close(__clove_stream_t* stream);
__CLOVE_EXTERN_C void __clove_stream_memory_writef(__clove_stream_t* stream, const char* format, ...);
__CLOVE_EXTERN_C void __clove_stream_memory_seek(__clove_stream_t* stream, long offset, int origin);
__CLOVE_EXTERN_C bool __clove_stream_memory_has_ansi_support(struct __clove_stream_t* _this);
__CLOVE_EXTERN_C void __clove_stream_memory_free(__clove_stream_t* stream);
__CLOVE_EXTERN_C char* __clove_stream_memory_get_line(__clove_stream_memory_t* mem_stream, size_t index);
__CLOVE_EXTERN_C char* __clove_stream_memory_as_string(__clove_stream_memory_t* mem_stream);
#pragma endregion //Stream Decl
#pragma region PRIVATE - Report Decl
typedef struct __clove_report_t {
void (*start)(struct __clove_report_t* _this, __clove_vector_t* suites, size_t test_count);
void (*end)(struct __clove_report_t* _this, size_t passed, size_t skipped, size_t failed);
void (*begin_suite)(struct __clove_report_t* _this, __clove_suite_t* suite, size_t index);
void (*end_suite)(struct __clove_report_t* _this, __clove_suite_t* suite, size_t index);
void (*end_test)(struct __clove_report_t* _this, __clove_suite_t* suite, __clove_test_t* test, size_t test_number);
void (*free)(struct __clove_report_t* _this);
} __clove_report_t;
typedef struct __clove_test_expr_t {
__clove_string_view_t suite_view;
__clove_string_view_t test_view;
} __clove_test_expr_t;
typedef enum __clove_report_detail_e {
__CLOVE_REPORT_DETAIL__NONE = 0,
__CLOVE_REPORT_DETAIL__FAILED = 1,
__CLOVE_REPORT_DETAIL__FAILED_SKIPPED = 2,
__CLOVE_REPORT_DETAIL__PASSED_FAILED_SKIPPED = 3,
} __clove_report_detail_e;
typedef struct __clove_report_params_t {
const char* tests_base_path;
__clove_report_detail_e report_detail;
} __clove_report_params_t;
__CLOVE_EXTERN_C void __clove_test_expr_init(__clove_test_expr_t* expr, const char* expr_str);
__CLOVE_EXTERN_C bool __clove_test_expr_validate_vw(const __clove_string_view_t* match, const __clove_string_view_t* view);
__CLOVE_EXTERN_C bool __clove_test_expr_validate(__clove_test_expr_t* expr, const __clove_string_view_t* suite, const __clove_string_view_t* test);
#pragma endregion
#pragma region PRIVATE - RunTests Report Pretty Decl
#include <stdbool.h>
typedef struct __clove_report_pretty_t {
__clove_report_t base;
__clove_stream_t* stream;
__clove_report_params_t* params;
__clove_time_t start_time;
unsigned int max_test_digits;
size_t max_suite_and_test_name_size;
size_t test_count;
struct {
const char* info;
const char* warn;
const char* erro;
const char* pass;
const char* skip;
const char* fail;
} labels;
} __clove_report_pretty_t;
__clove_report_pretty_t* __clove_report_run_tests_pretty_new(__clove_stream_t* stream, __clove_report_params_t* params);
__CLOVE_EXTERN_C void __clove_report_pretty_free(__clove_report_t* report);
__CLOVE_EXTERN_C void __clove_report_pretty_start(__clove_report_t* _this, __clove_vector_t* suites, size_t test_count);
__CLOVE_EXTERN_C void __clove_report_pretty_begin_suite(__clove_report_t* _this, __clove_suite_t* suite, size_t index);
__CLOVE_EXTERN_C void __clove_report_pretty_end_suite(__clove_report_t* _this, __clove_suite_t* suite, size_t index);
__CLOVE_EXTERN_C void __clove_report_pretty_end_test(__clove_report_t* _this, __clove_suite_t* suite, __clove_test_t* test, size_t test_number);
__CLOVE_EXTERN_C void __clove_report_pretty_end(__clove_report_t* _this, size_t passed, size_t skipped, size_t failed);
__CLOVE_EXTERN_C void __clove_report_pretty_string_ellipse(const char* exp, size_t exp_len, const char* act, size_t act_len, char* exp_short, char* act_short, size_t short_size);
#define __CLOVE_STRING_LENGTH 256
#define __PRETTY_PRINT_FAIL_ASSERT_MSG(buffer, buffer_size, assert, exp, act, print_type) \
{ \
char phrase_format[40] = {0}; \
if (assert == __CLOVE_ASSERT_EQ) __clove_string_sprintf(phrase_format, sizeof(phrase_format), "expected [%s] but was [%s]", print_type, print_type); \
else if(assert == __CLOVE_ASSERT_NE) __clove_string_sprintf(phrase_format, sizeof(phrase_format), "not expected [%s] but was [%s]", print_type, print_type); \
else if(assert == __CLOVE_ASSERT_GT) __clove_string_sprintf(phrase_format, sizeof(phrase_format), "expected [%s > %s] but wasn't", print_type, print_type); \
else if(assert == __CLOVE_ASSERT_GTE) __clove_string_sprintf(phrase_format, sizeof(phrase_format), "expected [%s >= %s] but wasn't", print_type, print_type); \
else if(assert == __CLOVE_ASSERT_LT) __clove_string_sprintf(phrase_format, sizeof(phrase_format), "expected [%s < %s] but wasn't", print_type, print_type); \
else if(assert == __CLOVE_ASSERT_LTE) __clove_string_sprintf(phrase_format, sizeof(phrase_format), "expected [%s <= %s] but wasn't", print_type, print_type); \
__clove_string_sprintf(buffer, buffer_size, phrase_format, exp, act); \
}
#pragma endregion
#pragma region PRIVATE - RunTests Report CSV Decl
#include <stdbool.h>
typedef struct __clove_report_run_tests_csv_t {
__clove_report_t base;
__clove_stream_t* stream;
__clove_report_params_t* params;
} __clove_report_run_tests_csv_t;
__clove_report_run_tests_csv_t* __clove_report_run_tests_csv_new(__clove_stream_t* stream, __clove_report_params_t* params);
__CLOVE_EXTERN_C void __clove_report_run_tests_csv_free(__clove_report_t* report);
__CLOVE_EXTERN_C void __clove_report_run_tests_csv_start(__clove_report_t* _this, __clove_vector_t* suites, size_t test_count);
__CLOVE_EXTERN_C void __clove_report_run_tests_csv_begin_suite(__clove_report_t* _this, __clove_suite_t* suite, size_t index);
__CLOVE_EXTERN_C void __clove_report_run_tests_csv_end_suite(__clove_report_t* _this, __clove_suite_t* suite, size_t index);
__CLOVE_EXTERN_C void __clove_report_run_tests_csv_end_test(__clove_report_t* _this, __clove_suite_t* suite, __clove_test_t* test, size_t test_number);
__CLOVE_EXTERN_C void __clove_report_run_tests_csv_end(__clove_report_t* _this, size_t passed, size_t skipped, size_t failed);
__CLOVE_EXTERN_C void __clove_report_run_tests_csv_print_data(__clove_report_run_tests_csv_t* _this, __clove_test_t* test, __clove_generic_u* data);
#pragma endregion
#pragma region PRIVATE - Report Json Decl
typedef struct __clove_report_json_t {
__clove_report_t base;
__clove_stream_t* stream;
__clove_report_params_t* params;
const char* clove_version;
const char* json_schema;
__clove_suite_t* current_suite;
bool is_first_suite_test;
size_t suite_tests_counter;
size_t suite_tests_number;
size_t suite_count;
size_t test_count;
__clove_vector_t cached_suites;
bool is_realtime_scenario;
bool is_reporting_enabled;
} __clove_report_json_t;
__CLOVE_EXTERN_C __clove_report_json_t* __clove_report_run_tests_json_new(__clove_stream_t* stream, __clove_report_params_t* params);
__CLOVE_EXTERN_C void __clove_report_json_free(__clove_report_t* report);
__CLOVE_EXTERN_C void __clove_report_json_start(__clove_report_t* _this, __clove_vector_t* suites, size_t test_count);
__CLOVE_EXTERN_C void __clove_report_json_begin_suite(__clove_report_t* _this, __clove_suite_t* suite, size_t index);
__CLOVE_EXTERN_C void __clove_report_json_end_suite(__clove_report_t* _this, __clove_suite_t* suite, size_t index);
__CLOVE_EXTERN_C void __clove_report_json_end(__clove_report_t* _this, size_t passed, size_t skipped, size_t failed);
__CLOVE_EXTERN_C void __clove_report_json_end_test(__clove_report_t* _this, __clove_suite_t* suite, __clove_test_t* test, size_t test_number);
__CLOVE_EXTERN_C void __clove_report_json_print_data(__clove_report_json_t* _this, __clove_test_t* test, __clove_generic_u* data);
#pragma endregion
#pragma region PRIVATE - Report List Test Decl
typedef struct __clove_report_list_tests_t {
void (*begin)(struct __clove_report_list_tests_t* _this, size_t suite_count, size_t test_count);
void (*begin_suite)(struct __clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void (*begin_test)(struct __clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void (*end_test)(struct __clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void (*end_suite)(struct __clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void (*end)(struct __clove_report_list_tests_t* _this);
void (*free)(struct __clove_report_list_tests_t* _this);
} __clove_report_list_tests_t;
typedef struct __clove_report_list_tests_pretty_t {
__clove_report_list_tests_t base;
__clove_stream_t* stream;
__clove_report_params_t* params;
const char* suite_format;
const char* test_format;
bool is_suite_first_test;
__clove_suite_t* current_suite;
} __clove_report_list_tests_pretty_t;
__clove_report_list_tests_pretty_t* __clove_report_list_tests_pretty_new(__clove_stream_t* stream, __clove_report_params_t* params);
void __clove_report_list_tests_pretty_free(__clove_report_list_tests_t* _this);
void __clove_report_list_tests_pretty_begin(__clove_report_list_tests_t* _this, size_t suite_count, size_t test_count);
void __clove_report_list_tests_pretty_begin_suite(__clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void __clove_report_list_tests_pretty_end_suite(__clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void __clove_report_list_tests_pretty_begin_test(__clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void __clove_report_list_tests_pretty_end_test(__clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void __clove_report_list_tests_pretty_end(__clove_report_list_tests_t* _this);
typedef struct __clove_report_list_tests_csv_t {
__clove_report_list_tests_t base;
__clove_stream_t* stream;
__clove_report_params_t* params;
__clove_suite_t* current_suite;
} __clove_report_list_tests_csv_t;
__clove_report_list_tests_csv_t* __clove_report_list_tests_csv_new(__clove_stream_t* stream, __clove_report_params_t* params);
void __clove_report_list_tests_csv_free(__clove_report_list_tests_t* _this);
void __clove_report_list_tests_csv_begin(__clove_report_list_tests_t* _this, size_t suite_count, size_t test_count);
void __clove_report_list_tests_csv_begin_suite(__clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void __clove_report_list_tests_csv_end_suite(__clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void __clove_report_list_tests_csv_begin_test(__clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void __clove_report_list_tests_csv_end_test(__clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void __clove_report_list_tests_csv_end(__clove_report_list_tests_t* _this);
typedef struct __clove_report_list_tests_json_t {
__clove_report_list_tests_t base;
__clove_stream_t* stream;
__clove_report_params_t* params;
__clove_suite_t* current_suite;
const char* clove_version;
const char* json_schema;
size_t suite_count;
bool is_suite_first_test;
} __clove_report_list_tests_json_t;
__clove_report_list_tests_json_t* __clove_report_list_tests_json_new(__clove_stream_t* stream, __clove_report_params_t* params);
void __clove_report_list_tests_json_free(__clove_report_list_tests_t* _this);
void __clove_report_list_tests_json_begin(__clove_report_list_tests_t* _this, size_t suite_count, size_t test_count);
void __clove_report_list_tests_json_begin_suite(__clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void __clove_report_list_tests_json_end_suite(__clove_report_list_tests_t* _this, __clove_suite_t* suite, size_t index);
void __clove_report_list_tests_json_begin_test(__clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void __clove_report_list_tests_json_end_test(__clove_report_list_tests_t* _this, __clove_test_t* test, size_t index);
void __clove_report_list_tests_json_end(__clove_report_list_tests_t* _this);
int __clove_cmd_list_test_execute(__clove_suite_t* suites, size_t suite_count, size_t test_count, __clove_report_list_tests_t* report);
#pragma endregion
#pragma region PRIVATE - Autodiscovery Decl
#include <stdbool.h>
typedef struct __clove_symbols_context_t {
__clove_vector_t suites;
size_t suites_count;
size_t tests_count;
const char* prefix;
size_t prefix_length;
const __clove_vector_t* includes;
const __clove_vector_t* excludes;
} __clove_symbols_context_t;
typedef struct __clove_symbols_function_t {
char* name;
//Using union just to avoid explicit casting from object ptr to function ptr 'void* to void(*)()'
//which emit warning using -Wpedantic flag with GCC compiler.
union {
void* obj_ptr;
void (*fun_ptr)(void);
};
} __clove_symbols_function_t;
__CLOVE_EXTERN_C bool __clove_symbols_function_validate(__clove_string_view_t* suite, __clove_string_view_t* type, __clove_string_view_t* name, __clove_symbols_context_t* context);
__CLOVE_EXTERN_C void __clove_symbols_function_collect(__clove_symbols_function_t exported_funct, __clove_symbols_context_t* context);
//For each OS / symbols table format
__CLOVE_EXTERN_C typedef void (*__clove_symbols_function_action)(__clove_symbols_function_t, __clove_symbols_context_t* context);
__CLOVE_EXTERN_C int __clove_symbols_for_each_function_by_prefix(__clove_symbols_context_t* context, __clove_symbols_function_action action);
#pragma endregion //Autodiscovery Decl
#pragma region PRIVATE - Run Decl
__CLOVE_EXTERN_C int __clove_runner_auto(int argc, char* argv[]);
__CLOVE_EXTERN_C int __clove_run_tests_with_report(__clove_report_t* report, __clove_vector_t* includes, __clove_vector_t* excludes);
__CLOVE_EXTERN_C int __clove_exec_suites(__clove_vector_t* suites, size_t test_count, __clove_report_t* report);
__CLOVE_EXTERN_C void __clove_exec_suite(__clove_suite_t* suite, size_t test_counter, size_t* passed, size_t* failed, size_t* skipped, __clove_report_t* report);
#pragma endregion // Run Decl
#pragma region PRIVATE - Api Decl
#ifdef _WIN32
#define __CLOVE_API_EXPORT __CLOVE_EXTERN_C __declspec(dllexport)
#else
#define __CLOVE_API_EXPORT __CLOVE_EXTERN_C
#endif //_WIN32
//Note: Not exported for windows (symbol limit 65535). Even "extern c" directive is not needed
// Furthermore using prefix __clove_symint__ so that this kind of function is excluded from Symbol Discovery
#define __CLOVE_SUITE_METHOD_INTERNAL_DECL_2(suite, title, param) void __clove_symint___##suite##___##title(param)
#define __CLOVE_SUITE_METHOD_INTERNAL_DECL_1(suite, name, param) __CLOVE_SUITE_METHOD_INTERNAL_DECL_2(suite, name, param)
#define __CLOVE_SUITE_METHOD_INTERNAL_INVOKE_2(suite, title, param) __clove_symint___##suite##___##title(param)
#define __CLOVE_SUITE_METHOD_INTERNAL_INVOKE_1(suite, title, param) __CLOVE_SUITE_METHOD_INTERNAL_INVOKE_2(suite, title, param)
#define __CLOVE_SUITE_METHOD_DECL_2(suite, title, param) __CLOVE_API_EXPORT void __clove_sym___##suite##___##title(param)
#define __CLOVE_SUITE_METHOD_DECL_1(suite, name, param) __CLOVE_SUITE_METHOD_DECL_2(suite, name, param)
#define __CLOVE_SUITE_SETUP_ONCE_AUTO() __CLOVE_SUITE_METHOD_DECL_1( CLOVE_SUITE_NAME, 11_setuponce, void)
#define __CLOVE_SUITE_TEARDOWN_ONCE_AUTO() __CLOVE_SUITE_METHOD_DECL_1( CLOVE_SUITE_NAME, 12_teardownonce, void)
#define __CLOVE_SUITE_SETUP_AUTO() __CLOVE_SUITE_METHOD_DECL_1( CLOVE_SUITE_NAME, 13_setup, void)
#define __CLOVE_SUITE_TEARDOWN_AUTO() __CLOVE_SUITE_METHOD_DECL_1( CLOVE_SUITE_NAME, 14_teardown, void)
#define __CLOVE_TEST_AUTO(title) \
__CLOVE_SUITE_METHOD_INTERNAL_DECL_1( CLOVE_SUITE_NAME, 21_ ## title, __clove_test_t *_this); \
__CLOVE_SUITE_METHOD_DECL_1( CLOVE_SUITE_NAME, 20_ ## title, __clove_test_t *_this) {\
_this->file_name = __FILE__; \
_this->funct_line = __LINE__; \
if (_this->dry_run) return; \
__CLOVE_SUITE_METHOD_INTERNAL_INVOKE_1(CLOVE_SUITE_NAME, 21_ ## title, _this); \
} \
__CLOVE_SUITE_METHOD_INTERNAL_DECL_1( CLOVE_SUITE_NAME, 21_ ## title, __clove_test_t *_this)
#pragma endregion
#pragma endregion // DECLARATION
#pragma region PRIVATE - IMPLEMENTATION
#ifdef CLOVE_IMPLEMENTATION
#pragma region PRIVATE - Utils Impl
#include <string.h>
#include <stdio.h>
void __clove_utils_empty_funct(void) { }
const char* __clove_utils_get_exec_abs_path(void) {
return __clove_exec_abs_path;
}
const char* __clove_utils_get_exec_abs_basepath(void) {
return __clove_exec_abs_basepath;
}
#pragma endregion // Utils Impl
#pragma region PRIVATE - Math Impl
#include <math.h>
unsigned int __clove_math_powi(unsigned int base, unsigned int exp) {
unsigned int result = 1;
for(unsigned int i=0; i < exp; ++i) {
result *= base;
}
return result;
}
float __clove_math_decimalf(unsigned char precision) {
unsigned int divider = __clove_math_powi(10, precision);
return 1.0f / (float)divider;
}
double __clove_math_decimald(unsigned char precision) {
unsigned int divider = __clove_math_powi(10, precision);
return 1.0 / (double)divider;
}
#pragma endregion
#pragma region PRIVATE - Path Impl
#include <string.h>
#include <stdbool.h>
#include <stdlib.h>
#include <limits.h>
#include <sys/stat.h>
#ifdef _WIN32
#define __CLOVE_PATH_MAX_LEN _MAX_PATH
#else
#define __CLOVE_PATH_MAX_LEN PATH_MAX
#endif //_WIN32
char* __clove_path_concat(const char* path1, const char* path2, const char separator) {
size_t count = __clove_string_length(path1) + 1 + __clove_string_length(path2) + 1;
char* path = __CLOVE_MEMORY_CALLOC_TYPE_N(char, count);
__clove_string_strcat(path, count, path1);
__clove_string_strncat(path, count, &separator, 1);
__clove_string_strcat(path, count, path2);
__clove_string_replace_char(path, '/', separator);
__clove_string_replace_char(path, '\\', separator);
return path;
}
const char* __clove_path_relative(const char* abs_path, const char* base_path) {
if (!__clove_string_startswith(abs_path, base_path)) return abs_path;
size_t base_path_length = __clove_string_length(base_path);
const char* result = abs_path + base_path_length;
if (__clove_string_startswith(result, __CLOVE_PATH_SEPARATOR_STR)) {
result += 1;
}
return result;
}
char* __clove_path_rel_to_abs_exec_path(const char* rel_path) {
const char* base_path = __clove_utils_get_exec_abs_basepath();
char* abs_path = __clove_path_concat(base_path, rel_path, __CLOVE_PATH_SEPARATOR);
return abs_path;
}
bool __clove_path_is_relative(const char* path) {
if (__clove_string_startswith(path, "\\")) return false; //windows (match the main unit)
if (__clove_string_length(path) > 2 && path[1] == ':') return false; //windows (contains unit:)
if (__clove_string_startswith(path, "/")) return false; //unix or Windows
return true;
}
bool __clove_path_is_absolute(const char* path) {
return !__clove_path_is_relative(path);
}
void __clove_path_to_os(char* path) {
__clove_string_replace_char(path, '/', __CLOVE_PATH_SEPARATOR);
__clove_string_replace_char(path, '\\', __CLOVE_PATH_SEPARATOR);
}
char* __clove_path_basepath(const char* path) {
char temp_path[__CLOVE_PATH_MAX_LEN];
__clove_string_strcpy(temp_path, sizeof(temp_path), path);
//Remove last path separator character if any
bool last_char_is_win = __clove_string_endswith(path, "\\");
bool last_char_is_uni = __clove_string_endswith(path, "/");
if (last_char_is_win || last_char_is_uni) {
size_t last_index = __clove_string_length(temp_path) - 1;
temp_path[last_index] = '\0';
}
// Find the last path separator character in the input path.
int last_char_win = __clove_string_last_indexof(temp_path, '\\');
int last_char_uni = __clove_string_last_indexof(temp_path, '/'); //or unix or win eventually
int last_char_index = last_char_win > last_char_uni ? last_char_win : last_char_uni;
// If there are no separators in the path, return the current directory path.
char* result = NULL;
if (last_char_index < 0) {
static char dot_path[3] = { '.', __CLOVE_PATH_SEPARATOR, '\0' };
result = __clove_string_strdup(dot_path);
} else {
// Calculate base path length based on the position of the last path separator.
size_t base_length = (size_t)(last_char_index + 1);
char* base_path = __CLOVE_MEMORY_CALLOC_TYPE_N(char, base_length);
__clove_string_strncpy(base_path, base_length, temp_path, base_length - 1);
__clove_path_to_os(base_path);
result = base_path;
}
return result;
}
bool __clove_path_exists(const char* path) {
struct stat buffer;
return stat(path, &buffer) == 0;
}
char* __clove_path_to_absolute(const char* rel_path) {