#ifndef BH_H
#define BH_H
+#ifdef BH_STATIC
+ #define BH_DEF static
+#else
+ #define BH_DEF
+#endif
+
// NOTE: For lseek64
#define _LARGEFILE64_SOURCE
//-------------------------------------------------------------------------------------
// Better character functions
//-------------------------------------------------------------------------------------
-b32 char_is_alpha(const char a);
-b32 char_is_num(const char a);
-b32 char_is_alphanum(const char a);
-char charset_contains(const char* charset, char ch);
-b32 char_is_whitespace(const char a);
-b32 char_in_range(const char lo, const char hi, const char a);
-i64 chars_match(char* ptr1, char* ptr2);
+BH_DEF b32 char_is_alpha(const char a);
+BH_DEF b32 char_is_num(const char a);
+BH_DEF b32 char_is_alphanum(const char a);
+BH_DEF char charset_contains(const char* charset, char ch);
+BH_DEF b32 char_is_whitespace(const char a);
+BH_DEF b32 char_in_range(const char lo, const char hi, const char a);
+BH_DEF i64 chars_match(char* ptr1, char* ptr2);
//-------------------------------------------------------------------------------------
// Converts an unsigned integer to the unsigned LEB128 format
-u8* uint_to_uleb128(u64 n, i32* output_length);
-u8* int_to_leb128(i64 n, i32* output_length);
-u8* float_to_ieee754(f32 f, b32 reverse);
-u8* double_to_ieee754(f64 f, b32 reverse);
+BH_DEF u8* uint_to_uleb128(u64 n, i32* output_length);
+BH_DEF u8* int_to_leb128(i64 n, i32* output_length);
+BH_DEF u8* float_to_ieee754(f32 f, b32 reverse);
+BH_DEF u8* double_to_ieee754(f64 f, b32 reverse);
-u64 uleb128_to_uint(u8* bytes, i32 *byte_walker);
+BH_DEF u64 uleb128_to_uint(u8* bytes, i32 *byte_walker);
bh_allocator_flag_clear = 1 // Sets all memory to be 0
} bh_allocator_flags;
-ptr bh_alloc(bh_allocator a, isize size);
-ptr bh_alloc_aligned(bh_allocator a, isize size, isize alignment);
-ptr bh_resize(bh_allocator a, ptr data, isize new_size);
-ptr bh_resize_aligned(bh_allocator a, ptr data, isize new_size, isize alignment);
-void bh_free(bh_allocator a, ptr data);
+BH_DEF ptr bh_alloc(bh_allocator a, isize size);
+BH_DEF ptr bh_alloc_aligned(bh_allocator a, isize size, isize alignment);
+BH_DEF ptr bh_resize(bh_allocator a, ptr data, isize new_size);
+BH_DEF ptr bh_resize_aligned(bh_allocator a, ptr data, isize new_size, isize alignment);
+BH_DEF void bh_free(bh_allocator a, ptr data);
#define bh_alloc_item(allocator_, T) (T *) bh_alloc(allocator_, sizeof(T))
#define bh_alloc_array(allocator_, T, n) (T *) bh_alloc(allocator_, sizeof(T) * (n))
// HEAP ALLOCATOR
// Essentially a wrapper for malloc, free and realloc
-bh_allocator bh_heap_allocator(void);
-BH_ALLOCATOR_PROC(bh_heap_allocator_proc);
+BH_DEF bh_allocator bh_heap_allocator(void);
+BH_DEF BH_ALLOCATOR_PROC(bh_heap_allocator_proc);
void* data; // Not actually a pointer, just used for the offset
} bh__arena_internal;
-void bh_arena_init(bh_arena* alloc, bh_allocator backing, isize arena_size);
-void bh_arena_free(bh_arena* alloc);
-bh_allocator bh_arena_allocator(bh_arena* alloc);
-BH_ALLOCATOR_PROC(bh_arena_allocator_proc);
+BH_DEF void bh_arena_init(bh_arena* alloc, bh_allocator backing, isize arena_size);
+BH_DEF void bh_arena_free(bh_arena* alloc);
+BH_DEF bh_allocator bh_arena_allocator(bh_arena* alloc);
+BH_DEF BH_ALLOCATOR_PROC(bh_arena_allocator_proc);
ptr memory, end, curr;
} bh_scratch;
-void bh_scratch_init(bh_scratch* scratch, bh_allocator backing, isize scratch_size);
-void bh_scratch_free(bh_scratch* scratch);
-bh_allocator bh_scratch_allocator(bh_scratch* scratch);
-BH_ALLOCATOR_PROC(bh_scratch_allocator_proc);
+BH_DEF void bh_scratch_init(bh_scratch* scratch, bh_allocator backing, isize scratch_size);
+BH_DEF void bh_scratch_free(bh_scratch* scratch);
+BH_DEF bh_allocator bh_scratch_allocator(bh_scratch* scratch);
+BH_DEF BH_ALLOCATOR_PROC(bh_scratch_allocator_proc);
// Allocator based string functions
//-------------------------------------------------------------------------------------
-b32 bh_str_starts_with(char* str, char* start);
-b32 bh_str_ends_with(char* str, char* end);
-char* bh_strdup(bh_allocator a, char* str);
+BH_DEF b32 bh_str_starts_with(char* str, char* start);
+BH_DEF b32 bh_str_ends_with(char* str, char* end);
+BH_DEF char* bh_strdup(bh_allocator a, char* str);
void* data;
} bh_file_contents;
-bh_file_error bh_file_get_standard(bh_file* file, bh_file_standard stand);
-
-bh_file_error bh_file_create(bh_file* file, char const* filename);
-bh_file_error bh_file_open(bh_file* file, char const* filename);
-bh_file_error bh_file_open_mode(bh_file* file, bh_file_mode mode, const char* filename);
-bh_file_error bh_file_new(bh_file* file, bh_file_descriptor fd, const char* filename);
-b32 bh_file_read_at(bh_file* file, i64 offset, void* buffer, isize buff_size, isize* bytes_read);
-b32 bh_file_write_at(bh_file* file, i64 offset, void const* buffer, isize buff_size, isize* bytes_wrote);
-i64 bh_file_seek(bh_file* file, i64 offset, bh_file_whence whence);
-i64 bh_file_seek_to(bh_file* file, i64 offset);
-i64 bh_file_seek_to_end(bh_file* file);
-i64 bh_file_skip(bh_file* file, i64 bytes);
-i64 bh_file_tell(bh_file* file);
-bh_file_error bh_file_close(bh_file* file);
-i32 bh_file_read(bh_file* file, void* buffer, isize buff_size);
-i32 bh_file_write(bh_file* file, void* buffer, isize buff_size);
-void bh_file_flush(bh_file* file);
-i64 bh_file_size(bh_file* file);
-b32 bh_file_exists(char const* filename);
-char* bh_path_get_full_name(char const* filename, bh_allocator a);
-char* bh_path_get_parent(char const* filename, bh_allocator a);
-char* bh_path_convert_separators(char* path);
+BH_DEF bh_file_error bh_file_get_standard(bh_file* file, bh_file_standard stand);
+
+BH_DEF bh_file_error bh_file_create(bh_file* file, char const* filename);
+BH_DEF bh_file_error bh_file_open(bh_file* file, char const* filename);
+BH_DEF bh_file_error bh_file_open_mode(bh_file* file, bh_file_mode mode, const char* filename);
+BH_DEF bh_file_error bh_file_new(bh_file* file, bh_file_descriptor fd, const char* filename);
+BH_DEF b32 bh_file_read_at(bh_file* file, i64 offset, void* buffer, isize buff_size, isize* bytes_read);
+BH_DEF b32 bh_file_write_at(bh_file* file, i64 offset, void const* buffer, isize buff_size, isize* bytes_wrote);
+BH_DEF i64 bh_file_seek(bh_file* file, i64 offset, bh_file_whence whence);
+BH_DEF i64 bh_file_seek_to(bh_file* file, i64 offset);
+BH_DEF i64 bh_file_seek_to_end(bh_file* file);
+BH_DEF i64 bh_file_skip(bh_file* file, i64 bytes);
+BH_DEF i64 bh_file_tell(bh_file* file);
+BH_DEF bh_file_error bh_file_close(bh_file* file);
+BH_DEF i32 bh_file_read(bh_file* file, void* buffer, isize buff_size);
+BH_DEF i32 bh_file_write(bh_file* file, void* buffer, isize buff_size);
+BH_DEF void bh_file_flush(bh_file* file);
+BH_DEF i64 bh_file_size(bh_file* file);
+BH_DEF b32 bh_file_exists(char const* filename);
+BH_DEF char* bh_path_get_full_name(char const* filename, bh_allocator a);
+BH_DEF char* bh_path_get_parent(char const* filename, bh_allocator a);
+BH_DEF char* bh_path_convert_separators(char* path);
// This function returns a volatile pointer. Do not store it without copying!
// `included_folders` is bh_arr(const char *).
-char* bh_lookup_file(char* filename, char* relative_to, char *suffix, b32 add_suffix, const char ** included_folders, b32 search_included_folders);
+BH_DEF char* bh_lookup_file(char* filename, char* relative_to, char *suffix, b32 add_suffix, const char ** included_folders, b32 search_included_folders);
#define bh_file_read_contents(allocator_, x) _Generic((x), \
bh_file*: bh_file_read_contents_bh_file, \
const char*: bh_file_read_contents_direct, \
char*: bh_file_read_contents_direct)((allocator_), x)
-bh_file_contents bh_file_read_contents_bh_file(bh_allocator alloc, bh_file* file);
-bh_file_contents bh_file_read_contents_direct(bh_allocator alloc, const char* filename);
-i32 bh_file_contents_free(bh_file_contents* contents);
+BH_DEF bh_file_contents bh_file_read_contents_bh_file(bh_allocator alloc, bh_file* file);
+BH_DEF bh_file_contents bh_file_read_contents_direct(bh_allocator alloc, const char* filename);
+BH_DEF i32 bh_file_contents_free(bh_file_contents* contents);
#ifdef _BH_WINDOWS
char name[256];
} bh_dirent;
-bh_dir bh_dir_open(char* path);
-b32 bh_dir_read(bh_dir dir, bh_dirent* out);
-void bh_dir_close(bh_dir dir);
+BH_DEF bh_dir bh_dir_open(char* path);
+BH_DEF b32 bh_dir_read(bh_dir dir, bh_dirent* out);
+BH_DEF void bh_dir_close(bh_dir dir);
#endif
u32 base;
} bh__print_format;
-isize bh_printf(char const *fmt, ...);
-isize bh_printf_va(char const *fmt, va_list va);
-isize bh_printf_err(char const *fmt, ...);
-isize bh_printf_err_va(char const *fmt, va_list va);
-isize bh_fprintf(bh_file* f, char const *fmt, ...);
-isize bh_fprintf_va(bh_file* f, char const *fmt, va_list va);
-char* bh_bprintf(char const *fmt, ...);
-char* bh_bprintf_va(char const *fmt, va_list va);
-char* bh_aprintf(bh_allocator alloc, const char* fmt, ...);
-char* bh_aprintf_va(bh_allocator alloc, const char* fmt, va_list va);
-isize bh_snprintf(char *str, isize n, char const *fmt, ...);
-isize bh_snprintf_va(char *str, isize n, char const *fmt, va_list va);
+BH_DEF isize bh_printf(char const *fmt, ...);
+BH_DEF isize bh_printf_va(char const *fmt, va_list va);
+BH_DEF isize bh_printf_err(char const *fmt, ...);
+BH_DEF isize bh_printf_err_va(char const *fmt, va_list va);
+BH_DEF isize bh_fprintf(bh_file* f, char const *fmt, ...);
+BH_DEF isize bh_fprintf_va(bh_file* f, char const *fmt, va_list va);
+BH_DEF char* bh_bprintf(char const *fmt, ...);
+BH_DEF char* bh_bprintf_va(char const *fmt, va_list va);
+BH_DEF char* bh_aprintf(bh_allocator alloc, const char* fmt, ...);
+BH_DEF char* bh_aprintf_va(bh_allocator alloc, const char* fmt, va_list va);
+BH_DEF isize bh_snprintf(char *str, isize n, char const *fmt, ...);
+BH_DEF isize bh_snprintf_va(char *str, isize n, char const *fmt, va_list va);
#define BH_BUFFER_GROW_FORMULA(x) ((x) > 0 ? ((x) << 1) : 16)
#endif
-void bh_buffer_init(bh_buffer* buffer, bh_allocator alloc, i32 length);
-void bh_buffer_free(bh_buffer* buffer);
-void bh_buffer_grow(bh_buffer* buffer, i32 length);
-void bh_buffer_append(bh_buffer* buffer, const void * data, i32 length);
-void bh_buffer_concat(bh_buffer* buffer, bh_buffer other);
-void bh_buffer_write_byte(bh_buffer* buffer, u8 byte);
-void bh_buffer_write_u32(bh_buffer* buffer, u32 i);
-void bh_buffer_write_u64(bh_buffer* buffer, u64 i);
-void bh_buffer_align(bh_buffer* buffer, u32 alignment);
+BH_DEF void bh_buffer_init(bh_buffer* buffer, bh_allocator alloc, i32 length);
+BH_DEF void bh_buffer_free(bh_buffer* buffer);
+BH_DEF void bh_buffer_grow(bh_buffer* buffer, i32 length);
+BH_DEF void bh_buffer_append(bh_buffer* buffer, const void * data, i32 length);
+BH_DEF void bh_buffer_concat(bh_buffer* buffer, bh_buffer other);
+BH_DEF void bh_buffer_write_byte(bh_buffer* buffer, u8 byte);
+BH_DEF void bh_buffer_write_u32(bh_buffer* buffer, u32 i);
+BH_DEF void bh_buffer_write_u64(bh_buffer* buffer, u64 i);
+BH_DEF void bh_buffer_align(bh_buffer* buffer, u32 alignment);
#define bh_arr_zero(arr) memset(arr, 0, bh_arr_length(arr) * sizeof(*(arr)));
-b32 bh__arr_grow(bh_allocator alloc, void** arr, i32 elemsize, i32 cap);
-b32 bh__arr_shrink(void** arr, i32 elemsize, i32 cap);
-b32 bh__arr_free(void **arr);
-void* bh__arr_copy(bh_allocator alloc, void *arr, i32 elemsize);
-void bh__arr_insertn(void **arr, i32 elemsize, i32 index, i32 numelems);
-void bh__arr_deleten(void **arr, i32 elemsize, i32 index, i32 numelems);
+BH_DEF b32 bh__arr_grow(bh_allocator alloc, void** arr, i32 elemsize, i32 cap);
+BH_DEF b32 bh__arr_shrink(void** arr, i32 elemsize, i32 cap);
+BH_DEF b32 bh__arr_free(void **arr);
+BH_DEF void* bh__arr_copy(bh_allocator alloc, void *arr, i32 elemsize);
+BH_DEF void bh__arr_insertn(void **arr, i32 elemsize, i32 index, i32 numelems);
+BH_DEF void bh__arr_deleten(void **arr, i32 elemsize, i32 index, i32 numelems);
#endif
T value = bh_table_iter_value(T, it);
#define bh_table_each_end } }
-b32 bh__table_init(bh_allocator allocator, bh__table **table, i32 table_size);
-b32 bh__table_free(bh__table **table);
-ptr bh__table_put(bh__table *table, i32 elemsize, char *key);
-b32 bh__table_has(bh__table *table, i32 elemsize, char *key);
-ptr bh__table_get(bh__table *table, i32 elemsize, char *key);
-void bh__table_delete(bh__table *table, i32 elemsize, char *key);
-void bh__table_clear(bh__table *table);
-bh_table_iterator bh__table_iter_setup(bh__table *table, i32 elemsize);
-b32 bh_table_iter_next(bh_table_iterator* it);
+BH_DEF b32 bh__table_init(bh_allocator allocator, bh__table **table, i32 table_size);
+BH_DEF b32 bh__table_free(bh__table **table);
+BH_DEF ptr bh__table_put(bh__table *table, i32 elemsize, char *key);
+BH_DEF b32 bh__table_has(bh__table *table, i32 elemsize, char *key);
+BH_DEF ptr bh__table_get(bh__table *table, i32 elemsize, char *key);
+BH_DEF void bh__table_delete(bh__table *table, i32 elemsize, char *key);
+BH_DEF void bh__table_clear(bh__table *table);
+BH_DEF bh_table_iterator bh__table_iter_setup(bh__table *table, i32 elemsize);
+BH_DEF b32 bh_table_iter_next(bh_table_iterator* it);
#endif
// Using stb_ds for tables now because they are better in every single way.
} bh_imap;
-void bh_imap_init(bh_imap* imap, bh_allocator alloc, i32 hash_count);
-void bh_imap_free(bh_imap* imap);
-void bh_imap_put(bh_imap* imap, bh_imap_entry_t key, bh_imap_entry_t value);
-b32 bh_imap_has(bh_imap* imap, bh_imap_entry_t key);
-bh_imap_entry_t bh_imap_get(bh_imap* imap, bh_imap_entry_t key);
-void bh_imap_delete(bh_imap* imap, bh_imap_entry_t key);
-void bh_imap_clear(bh_imap* imap);
+BH_DEF void bh_imap_init(bh_imap* imap, bh_allocator alloc, i32 hash_count);
+BH_DEF void bh_imap_free(bh_imap* imap);
+BH_DEF void bh_imap_put(bh_imap* imap, bh_imap_entry_t key, bh_imap_entry_t value);
+BH_DEF b32 bh_imap_has(bh_imap* imap, bh_imap_entry_t key);
+BH_DEF bh_imap_entry_t bh_imap_get(bh_imap* imap, bh_imap_entry_t key);
+BH_DEF void bh_imap_delete(bh_imap* imap, bh_imap_entry_t key);
+BH_DEF void bh_imap_clear(bh_imap* imap);
#ifdef BH_DEFINE
#endif // BH_DEFINE
bh_imap ptrs;
} bh_managed_heap;
-void bh_managed_heap_init(bh_managed_heap* mh);
-void bh_managed_heap_free(bh_managed_heap* mh);
-bh_allocator bh_managed_heap_allocator(bh_managed_heap* mh);
-BH_ALLOCATOR_PROC(bh_managed_heap_allocator_proc);
+BH_DEF void bh_managed_heap_init(bh_managed_heap* mh);
+BH_DEF void bh_managed_heap_free(bh_managed_heap* mh);
+BH_DEF bh_allocator bh_managed_heap_allocator(bh_managed_heap* mh);
+BH_DEF BH_ALLOCATOR_PROC(bh_managed_heap_allocator_proc);
//------------------------------------------------------------------------------
// TIME / DURATION
//------------------------------------------------------------------------------
-u64 bh_time_curr();
-u64 bh_time_duration(u64 old);
+BH_DEF u64 bh_time_curr();
+BH_DEF u64 bh_time_duration(u64 old);
// CHAR FUNCTIONS
//-------------------------------------------------------------------------------------
-b32 char_is_alpha(const char a) {
+BH_DEF b32 char_is_alpha(const char a) {
return ('a' <= a && a <= 'z') || ('A' <= a && a <= 'Z');
}
-char charset_contains(const char* charset, char ch) {
+BH_DEF char charset_contains(const char* charset, char ch) {
while (*charset) {
if (*charset == ch) return ch;
charset++;
return 0;
}
-b32 char_is_num(const char a) {
+BH_DEF b32 char_is_num(const char a) {
return ('0' <= a && a <= '9');
}
-b32 char_is_alphanum(const char a) {
+BH_DEF b32 char_is_alphanum(const char a) {
return char_is_alpha(a) || char_is_num(a);
}
-b32 char_is_whitespace(const char a) {
+BH_DEF b32 char_is_whitespace(const char a) {
return charset_contains(" \t\r\n", a);
}
-b32 char_in_range(const char lo, const char hi, const char a) {
+BH_DEF b32 char_in_range(const char lo, const char hi, const char a) {
return lo <= a && a <= hi;
}
-i64 chars_match(char* ptr1, char* ptr2) {
+BH_DEF i64 chars_match(char* ptr1, char* ptr2) {
i64 len = 0;
while (*ptr2 != '\0' && *ptr1 == *ptr2) ptr1++, ptr2++, len++;
return *ptr2 == '\0' ? len : 0;
//-------------------------------------------------------------------------------------
// CUSTOM ALLOCATORS IMPLEMENTATION
//-------------------------------------------------------------------------------------
-ptr bh_alloc(bh_allocator a, isize size) {
+BH_DEF ptr bh_alloc(bh_allocator a, isize size) {
return bh_alloc_aligned(a, size, 16);
}
-ptr bh_alloc_aligned(bh_allocator a, isize size, isize alignment) {
+BH_DEF ptr bh_alloc_aligned(bh_allocator a, isize size, isize alignment) {
return a.proc(a.data, bh_allocator_action_alloc, size, alignment, NULL, 0);
}
-ptr bh_resize(bh_allocator a, ptr data, isize new_size) {
+BH_DEF ptr bh_resize(bh_allocator a, ptr data, isize new_size) {
return bh_resize_aligned(a, data, new_size, 16);
}
-ptr bh_resize_aligned(bh_allocator a, ptr data, isize new_size, isize alignment) {
+BH_DEF ptr bh_resize_aligned(bh_allocator a, ptr data, isize new_size, isize alignment) {
return a.proc(a.data, bh_allocator_action_resize, new_size, alignment, data, 0);
}
-void bh_free(bh_allocator a, ptr data) {
+BH_DEF void bh_free(bh_allocator a, ptr data) {
if (data != NULL) a.proc(a.data, bh_allocator_action_free, 0, 0, data, 0);
}
// HEAP ALLOCATOR IMPLEMENTATION
-bh_allocator bh_heap_allocator(void) {
+BH_DEF bh_allocator bh_heap_allocator(void) {
return (bh_allocator) {
.proc = bh_heap_allocator_proc,
.data = NULL
};
}
-BH_ALLOCATOR_PROC(bh_heap_allocator_proc) {
+BH_DEF BH_ALLOCATOR_PROC(bh_heap_allocator_proc) {
ptr retval = NULL;
switch (action) {
// MANAGED HEAP ALLOCATOR IMPLEMENTATION
-void bh_managed_heap_init(bh_managed_heap* mh) {
+BH_DEF void bh_managed_heap_init(bh_managed_heap* mh) {
bh_imap_init(&mh->ptrs, bh_heap_allocator(), 512);
}
-void bh_managed_heap_free(bh_managed_heap* mh) {
+BH_DEF void bh_managed_heap_free(bh_managed_heap* mh) {
bh_arr_each(bh__imap_entry, p, mh->ptrs.entries) {
#if defined(_BH_WINDOWS)
_aligned_free((void *) p->key);
bh_imap_free(&mh->ptrs);
}
-bh_allocator bh_managed_heap_allocator(bh_managed_heap* mh) {
+BH_DEF bh_allocator bh_managed_heap_allocator(bh_managed_heap* mh) {
return (bh_allocator) {
.proc = bh_managed_heap_allocator_proc,
.data = mh
};
}
-BH_ALLOCATOR_PROC(bh_managed_heap_allocator_proc) {
+BH_DEF BH_ALLOCATOR_PROC(bh_managed_heap_allocator_proc) {
bh_managed_heap* mh = (bh_managed_heap *) data;
ptr retval = NULL;
// ARENA ALLOCATOR IMPLEMENTATION
-void bh_arena_init(bh_arena* alloc, bh_allocator backing, isize arena_size) {
+BH_DEF void bh_arena_init(bh_arena* alloc, bh_allocator backing, isize arena_size) {
arena_size = bh_max(arena_size, size_of(ptr));
ptr data = bh_alloc(backing, arena_size);
((bh__arena_internal *)(alloc->first_arena))->next_arena = NULL;
}
-void bh_arena_free(bh_arena* alloc) {
+BH_DEF void bh_arena_free(bh_arena* alloc) {
bh__arena_internal *walker = (bh__arena_internal *) alloc->first_arena;
bh__arena_internal *trailer = walker;
while (walker != NULL) {
alloc->size = 0;
}
-bh_allocator bh_arena_allocator(bh_arena* alloc) {
+BH_DEF bh_allocator bh_arena_allocator(bh_arena* alloc) {
return (bh_allocator) {
.proc = bh_arena_allocator_proc,
.data = alloc,
};
}
-BH_ALLOCATOR_PROC(bh_arena_allocator_proc) {
+BH_DEF BH_ALLOCATOR_PROC(bh_arena_allocator_proc) {
bh_arena* alloc_arena = (bh_arena*) data;
ptr retval = NULL;
// SCRATCH ALLOCATOR IMPLEMENTATION
-void bh_scratch_init(bh_scratch* scratch, bh_allocator backing, isize scratch_size) {
+BH_DEF void bh_scratch_init(bh_scratch* scratch, bh_allocator backing, isize scratch_size) {
ptr memory = bh_alloc(backing, scratch_size);
scratch->backing = backing;
scratch->end = bh_pointer_add(memory, scratch_size);
}
-void bh_scratch_free(bh_scratch* scratch) {
+BH_DEF void bh_scratch_free(bh_scratch* scratch) {
bh_free(scratch->backing, scratch->memory);
scratch->memory = NULL;
scratch->end = NULL;
}
-bh_allocator bh_scratch_allocator(bh_scratch* scratch) {
+BH_DEF bh_allocator bh_scratch_allocator(bh_scratch* scratch) {
return (bh_allocator) {
.proc = bh_scratch_allocator_proc,
.data = scratch,
};
}
-BH_ALLOCATOR_PROC(bh_scratch_allocator_proc) {
+BH_DEF BH_ALLOCATOR_PROC(bh_scratch_allocator_proc) {
bh_scratch* scratch = (bh_scratch*) data;
ptr retval = NULL;
//-------------------------------------------------------------------------------------
// CONVERSION FUNCTIONS IMPLEMENTATION
//-------------------------------------------------------------------------------------
-u8* uint_to_uleb128(u64 n, i32* output_length) {
+BH_DEF u8* uint_to_uleb128(u64 n, i32* output_length) {
static u8 buffer[16];
*output_length = 0;
// Converts a signed integer to the signed LEB128 format
-u8* int_to_leb128(i64 n, i32* output_length) {
+BH_DEF u8* int_to_leb128(i64 n, i32* output_length) {
static u8 buffer[16];
*output_length = 0;
// NOTE: This assumes the underlying implementation of float on the host
// system is already IEEE-754. This is safe to assume in most cases.
-u8* float_to_ieee754(f32 f, b32 reverse) {
+BH_DEF u8* float_to_ieee754(f32 f, b32 reverse) {
static u8 buffer[4];
u8* fmem = (u8*) &f;
return buffer;
}
-u8* double_to_ieee754(f64 f, b32 reverse) {
+BH_DEF u8* double_to_ieee754(f64 f, b32 reverse) {
static u8 buffer[8];
u8* fmem = (u8*) &f;
return buffer;
}
-u64 uleb128_to_uint(u8* bytes, i32 *byte_count) {
+BH_DEF u64 uleb128_to_uint(u8* bytes, i32 *byte_count) {
u64 res = 0;
u64 shift = 0;
//-------------------------------------------------------------------------------------
// STRING IMPLEMENTATION
//-------------------------------------------------------------------------------------
-b32 bh_str_starts_with(char* str, char* start) {
+BH_DEF b32 bh_str_starts_with(char* str, char* start) {
char* s = str;
char* p = start;
return *p == '\0';
}
-b32 bh_str_ends_with(char* str, char* end) {
+BH_DEF b32 bh_str_ends_with(char* str, char* end) {
i32 slen = strlen(str);
i32 elen = strlen(end);
return *e == *s;
}
-char* bh_strdup(bh_allocator a, char* str) {
+BH_DEF char* bh_strdup(bh_allocator a, char* str) {
u32 len = strlen(str);
char* buf = bh_alloc(a, len + 1);
static b32 bh__file_seek_wrapper(bh_file_descriptor fd, i64 offset, bh_file_whence whence, i64* new_offset);
-bh_file_error bh_file_get_standard(bh_file* file, bh_file_standard stand) {
+BH_DEF bh_file_error bh_file_get_standard(bh_file* file, bh_file_standard stand) {
const char* filename = NULL;
#if defined(_BH_WINDOWS)
return BH_FILE_ERROR_NONE;
}
-bh_file_error bh_file_create(bh_file* file, const char* filename) {
+BH_DEF bh_file_error bh_file_create(bh_file* file, const char* filename) {
// Need to do this to avoid compiler complaining about types
bh_file_mode write_rw = (bh_file_mode) (BH_FILE_MODE_WRITE | BH_FILE_MODE_RW);
return bh_file_open_mode(file, write_rw, filename);
}
-bh_file_error bh_file_open(bh_file* file, const char* filename) {
+BH_DEF bh_file_error bh_file_open(bh_file* file, const char* filename) {
return bh_file_open_mode(file, BH_FILE_MODE_READ, filename);
}
-bh_file_error bh_file_open_mode(bh_file* file, bh_file_mode mode, const char* filename) {
+BH_DEF bh_file_error bh_file_open_mode(bh_file* file, bh_file_mode mode, const char* filename) {
#if defined(_BH_WINDOWS)
DWORD desired_access;
DWORD creation_disposition;
#endif
}
-bh_file_error bh_file_new(bh_file* file, bh_file_descriptor fd, const char* filename) {
+BH_DEF bh_file_error bh_file_new(bh_file* file, bh_file_descriptor fd, const char* filename) {
file->filename = filename; // This may be unsafe
file->fd = fd;
return BH_FILE_ERROR_NONE;
}
-b32 bh_file_read_at(bh_file* file, i64 offset, void* buffer, isize buff_size, isize* bytes_read) {
+BH_DEF b32 bh_file_read_at(bh_file* file, i64 offset, void* buffer, isize buff_size, isize* bytes_read) {
#if defined(_BH_WINDOWS)
bh_file_seek_to(file, offset);
BOOL res = ReadFile(file->fd, buffer, buff_size, (i32 *) bytes_read, NULL);
#endif
}
-b32 bh_file_write_at(bh_file* file, i64 offset, void const* buffer, isize buff_size, isize* bytes_wrote) {
+BH_DEF b32 bh_file_write_at(bh_file* file, i64 offset, void const* buffer, isize buff_size, isize* bytes_wrote) {
isize res;
i64 current_offset = 0;
bh__file_seek_wrapper(file->fd, 0, BH_FILE_WHENCE_CURRENT, ¤t_offset);
}
// Returns new offset
-i64 bh_file_seek(bh_file* file, i64 offset, bh_file_whence whence) {
+BH_DEF i64 bh_file_seek(bh_file* file, i64 offset, bh_file_whence whence) {
i64 new_offset = -1;
bh__file_seek_wrapper(file->fd, offset, whence, &new_offset);
return new_offset;
}
-i64 bh_file_seek_to(bh_file* file, i64 offset) {
+BH_DEF i64 bh_file_seek_to(bh_file* file, i64 offset) {
i64 new_offset = -1;
bh__file_seek_wrapper(file->fd, offset, BH_FILE_WHENCE_BEGIN, &new_offset);
return new_offset;
}
-i64 bh_file_seek_to_end(bh_file* file) {
+BH_DEF i64 bh_file_seek_to_end(bh_file* file) {
i64 new_offset = -1;
bh__file_seek_wrapper(file->fd, 0, BH_FILE_WHENCE_END, &new_offset);
return new_offset;
}
-i64 bh_file_skip(bh_file* file, i64 bytes) {
+BH_DEF i64 bh_file_skip(bh_file* file, i64 bytes) {
i64 new_offset = 0;
bh__file_seek_wrapper(file->fd, bytes, BH_FILE_WHENCE_CURRENT, &new_offset);
return new_offset;
}
-i64 bh_file_tell(bh_file* file) {
+BH_DEF i64 bh_file_tell(bh_file* file) {
i64 new_offset = 0;
bh__file_seek_wrapper(file->fd, 0, BH_FILE_WHENCE_CURRENT, &new_offset);
return new_offset;
}
-bh_file_error bh_file_close(bh_file* file) {
+BH_DEF bh_file_error bh_file_close(bh_file* file) {
bh_file_error err = BH_FILE_ERROR_NONE;
#if defined(_BH_WINDOWS)
#endif
}
-b32 bh_file_read(bh_file* file, void* buffer, isize buff_size) {
+BH_DEF b32 bh_file_read(bh_file* file, void* buffer, isize buff_size) {
return bh_file_read_at(file, bh_file_tell(file), buffer, buff_size, NULL);
}
-b32 bh_file_write(bh_file* file, void* buffer, isize buff_size) {
+BH_DEF b32 bh_file_write(bh_file* file, void* buffer, isize buff_size) {
return bh_file_write_at(file, bh_file_tell(file), buffer, buff_size, NULL);
}
-void bh_file_flush(bh_file* file) {
+BH_DEF void bh_file_flush(bh_file* file) {
#ifdef _BH_LINUX
fdatasync(file->fd);
#endif
}
-i64 bh_file_size(bh_file* file) {
+BH_DEF i64 bh_file_size(bh_file* file) {
i64 size = 0;
i64 prev = bh_file_tell(file);
bh_file_seek_to_end(file);
return size;
}
-bh_file_contents bh_file_read_contents_bh_file(bh_allocator alloc, bh_file* file) {
+BH_DEF bh_file_contents bh_file_read_contents_bh_file(bh_allocator alloc, bh_file* file) {
bh_file_contents fc = {
.allocator = alloc,
.filename = bh_strdup(alloc, (char *) file->filename),
return fc;
}
-bh_file_contents bh_file_read_contents_direct(bh_allocator alloc, const char* filename) {
+BH_DEF bh_file_contents bh_file_read_contents_direct(bh_allocator alloc, const char* filename) {
bh_file file;
bh_file_open(&file, filename);
bh_file_contents fc = bh_file_read_contents(alloc, &file);
return fc;
}
-b32 bh_file_contents_free(bh_file_contents* contents) {
+BH_DEF b32 bh_file_contents_free(bh_file_contents* contents) {
bh_free(contents->allocator, contents->data);
contents->length = 0;
return 1;
}
-b32 bh_file_exists(char const* filename) {
+BH_DEF b32 bh_file_exists(char const* filename) {
struct stat s;
return stat(filename, &s) != -1;
}
-char* bh_path_get_full_name(char const* filename, bh_allocator a) {
+BH_DEF char* bh_path_get_full_name(char const* filename, bh_allocator a) {
#if defined(_BH_WINDOWS)
char buffer[4096];
GetFullPathNameA(filename, 4096, buffer, NULL);
#elif defined(_BH_WINDOWS)
#define DIR_SEPARATOR '\\'
#endif
-char* bh_path_get_parent(char const* filename, bh_allocator a) {
+BH_DEF char* bh_path_get_parent(char const* filename, bh_allocator a) {
char* result = bh_strdup(a, (char *) filename);
char* end = result + strlen(result);
}
// This function returns a volatile pointer. Do not store it without copying!
-char* bh_lookup_file(char* filename, char* relative_to, char *suffix, b32 add_suffix, bh_arr(const char *) included_folders, b32 search_included_folders) {
+BH_DEF char* bh_lookup_file(char* filename, char* relative_to, char *suffix, b32 add_suffix, bh_arr(const char *) included_folders, b32 search_included_folders) {
assert(relative_to != NULL);
static char path[512];
//
// Modifies the path in-place.
-char* bh_path_convert_separators(char* path) {
+BH_DEF char* bh_path_convert_separators(char* path) {
#if defined(_BH_LINUX)
#define DIR_SEPARATOR '/'
#define OTHER_SEPARATOR '\\'
}
-bh_dir bh_dir_open(char* path) {
+BH_DEF bh_dir bh_dir_open(char* path) {
#ifdef _BH_WINDOWS
char new_path[512] = { 0 };
strncpy(new_path, path, 511);
#endif
}
-b32 bh_dir_read(bh_dir dir, bh_dirent* out) {
+BH_DEF b32 bh_dir_read(bh_dir dir, bh_dirent* out) {
#ifdef _BH_WINDOWS
do {
#endif
}
-void bh_dir_close(bh_dir dir) {
+BH_DEF void bh_dir_close(bh_dir dir) {
#ifdef _BH_WINDOWS
if (dir == NULL) return;
//-------------------------------------------------------------------------------------
// ALTERNATE PRINTF IMPLEMENTATION
//-------------------------------------------------------------------------------------
-isize bh_printf(char const *fmt, ...) {
+BH_DEF isize bh_printf(char const *fmt, ...) {
isize res;
va_list va;
va_start(va, fmt);
return res;
}
-isize bh_printf_va(char const *fmt, va_list va) {
+BH_DEF isize bh_printf_va(char const *fmt, va_list va) {
bh_file file;
bh_file_get_standard(&file, BH_FILE_STANDARD_OUTPUT);
return bh_fprintf_va(&file, fmt, va);
}
-isize bh_printf_err(char const *fmt, ...) {
+BH_DEF isize bh_printf_err(char const *fmt, ...) {
isize res;
va_list va;
va_start(va, fmt);
return res;
}
-isize bh_printf_err_va(char const *fmt, va_list va) {
+BH_DEF isize bh_printf_err_va(char const *fmt, va_list va) {
bh_file file;
bh_file_get_standard(&file, BH_FILE_STANDARD_ERROR);
return bh_fprintf_va(&file, fmt, va);
}
-isize bh_fprintf(bh_file* f, char const *fmt, ...) {
+BH_DEF isize bh_fprintf(bh_file* f, char const *fmt, ...) {
isize res;
va_list va;
va_start(va, fmt);
return res;
}
-isize bh_fprintf_va(bh_file* f, char const *fmt, va_list va) {
+BH_DEF isize bh_fprintf_va(bh_file* f, char const *fmt, va_list va) {
static char buffer[4096];
isize len = bh_snprintf_va(buffer, sizeof(buffer), fmt, va);
bh_file_write(f, buffer, len - 1);
return len;
}
-char* bh_bprintf(char const *fmt, ...) {
+BH_DEF char* bh_bprintf(char const *fmt, ...) {
char* res;
va_list va;
va_start(va, fmt);
return res;
}
-char* bh_bprintf_va(char const *fmt, va_list va) {
+BH_DEF char* bh_bprintf_va(char const *fmt, va_list va) {
static char buffer[4096];
isize len = bh_snprintf_va(buffer, sizeof(buffer), fmt, va);
buffer[len - 1] = 0;
return buffer;
}
-char* bh_aprintf(bh_allocator alloc, const char* fmt, ...) {
+BH_DEF char* bh_aprintf(bh_allocator alloc, const char* fmt, ...) {
char* res;
va_list va;
va_start(va, fmt);
return res;
}
-char* bh_aprintf_va(bh_allocator alloc, const char* fmt, va_list va) {
+BH_DEF char* bh_aprintf_va(bh_allocator alloc, const char* fmt, va_list va) {
static char buffer[4096];
isize len = bh_snprintf_va(buffer, sizeof(buffer), fmt, va);
char* res = bh_alloc(alloc, len);
return res;
}
-isize bh_snprintf(char *str, isize n, char const *fmt, ...) {
+BH_DEF isize bh_snprintf(char *str, isize n, char const *fmt, ...) {
isize res;
va_list va;
va_start(va, fmt);
return res;
}
-isize bh__print_string(char* dest, isize n, char* src) {
+BH_DEF isize bh__print_string(char* dest, isize n, char* src) {
isize len = 0;
while (n-- && (*dest++ = *src++)) len++;
return len;
}
-isize bh__printu64(char* str, isize n, bh__print_format format, u64 value) {
+BH_DEF isize bh__printu64(char* str, isize n, bh__print_format format, u64 value) {
char buf[128];
buf[127] = 0;
char* walker = buf + 127;
return bh__print_string(str, n, walker);
}
-isize bh__printi64(char* str, isize n, bh__print_format format, i64 value) {
+BH_DEF isize bh__printi64(char* str, isize n, bh__print_format format, i64 value) {
char buf[128];
buf[127] = 0;
char* walker = buf + 127;
}
// TODO: This implementation is VERY VERY BAD AND WRONG. Fix it.
-isize bh__printf64(char* str, isize n, f64 value) {
+BH_DEF isize bh__printf64(char* str, isize n, f64 value) {
fori (i, 0, 6) value *= 10.0;
i64 v = (i64) value;
}
// TODO: This is very hacked together but for now it will work.
-isize bh_snprintf_va(char *str, isize n, char const *fmt, va_list va) {
+BH_DEF isize bh_snprintf_va(char *str, isize n, char const *fmt, va_list va) {
char const *text_start = str;
isize res;
//-------------------------------------------------------------------------------------
#ifndef BH_NO_BUFFER
-void bh_buffer_init(bh_buffer* buffer, bh_allocator alloc, i32 init_size) {
+BH_DEF void bh_buffer_init(bh_buffer* buffer, bh_allocator alloc, i32 init_size) {
buffer->allocator = alloc;
buffer->length = 0;
buffer->capacity = init_size;
buffer->data = bh_alloc(alloc, init_size);
}
-void bh_buffer_free(bh_buffer* buffer) {
+BH_DEF void bh_buffer_free(bh_buffer* buffer) {
bh_free(buffer->allocator, buffer->data);
buffer->length = 0;
buffer->capacity = 0;
}
-void bh_buffer_grow(bh_buffer* buffer, i32 length) {
+BH_DEF void bh_buffer_grow(bh_buffer* buffer, i32 length) {
if (buffer == NULL) return;
if (buffer->capacity >= length) {
buffer->data = new_data;
}
-void bh_buffer_append(bh_buffer* buffer, const void * data, i32 length) {
+BH_DEF void bh_buffer_append(bh_buffer* buffer, const void * data, i32 length) {
if (buffer == NULL) return;
if (buffer->length + length > buffer->capacity) {
buffer->length += length;
}
-void bh_buffer_concat(bh_buffer* buffer, bh_buffer other) {
+BH_DEF void bh_buffer_concat(bh_buffer* buffer, bh_buffer other) {
bh_buffer_append(buffer, other.data, other.length);
}
-void bh_buffer_write_byte(bh_buffer* buffer, u8 byte) {
+BH_DEF void bh_buffer_write_byte(bh_buffer* buffer, u8 byte) {
bh_buffer_grow(buffer, buffer->length + 1);
buffer->data[buffer->length++] = byte;
}
//-------------------------------------------------------------------------------------
#ifndef BH_NO_ARRAY
-b32 bh__arr_grow(bh_allocator alloc, void** arr, i32 elemsize, i32 cap) {
+BH_DEF b32 bh__arr_grow(bh_allocator alloc, void** arr, i32 elemsize, i32 cap) {
bh__arr* arrptr;
if (*arr == NULL) {
return 1;
}
-b32 bh__arr_shrink(void** arr, i32 elemsize, i32 cap) {
+BH_DEF b32 bh__arr_shrink(void** arr, i32 elemsize, i32 cap) {
if (*arr == NULL) return 0;
bh__arr* arrptr = bh__arrhead(*arr);
return 1;
}
-b32 bh__arr_free(void **arr) {
+BH_DEF b32 bh__arr_free(void **arr) {
if (*arr == NULL) return 0;
bh__arr* arrptr = bh__arrhead(*arr);
return 1;
}
-void* bh__arr_copy(bh_allocator alloc, void *arr, i32 elemsize) {
+BH_DEF void* bh__arr_copy(bh_allocator alloc, void *arr, i32 elemsize) {
bh__arr* arrptr = bh__arrhead(arr);
const i32 cap = arrptr->length;
return newarr;
}
-void bh__arr_deleten(void **arr, i32 elemsize, i32 index, i32 numelems) {
+BH_DEF void bh__arr_deleten(void **arr, i32 elemsize, i32 index, i32 numelems) {
bh__arr* arrptr = bh__arrhead(*arr);
if (index >= arrptr->length) return; // Can't delete past the end of the array
arrptr->length -= numelems;
}
-void bh__arr_insertn(void **arr, i32 elemsize, i32 index, i32 numelems) {
+BH_DEF void bh__arr_insertn(void **arr, i32 elemsize, i32 index, i32 numelems) {
if (numelems) {
if (*arr == NULL) {
bh__arr_grow(bh_arr_allocator(arr), arr, elemsize, numelems); // Making a new array
//-------------------------------------------------------------------------------------
#ifndef BH_NO_TABLE
-b32 bh__table_init(bh_allocator allocator, bh__table **table, i32 table_size) {
+BH_DEF b32 bh__table_init(bh_allocator allocator, bh__table **table, i32 table_size) {
*table = bh_alloc(allocator, sizeof(bh__table) + sizeof(ptr) * table_size);
if (*table == NULL) return 0;
return 1;
}
-b32 bh__table_free(bh__table **table) {
+BH_DEF b32 bh__table_free(bh__table **table) {
if (*table == NULL) return 0;
for (u64 i = 0; i < (*table)->table_size; i++) {
}
// Assumes NULL terminated string for key
-ptr bh__table_put(bh__table *table, i32 elemsize, char *key) {
+BH_DEF ptr bh__table_put(bh__table *table, i32 elemsize, char *key) {
elemsize += (elemsize & 1);
u64 index = bh__table_hash_function(key, 0, table->table_size);
return bh_pointer_add(arrptr, -(sizeof(u16) + elemsize));
}
-b32 bh__table_has(bh__table *table, i32 elemsize, char *key) {
+BH_DEF b32 bh__table_has(bh__table *table, i32 elemsize, char *key) {
elemsize += (elemsize & 1);
u64 index = bh__table_hash_function(key, 0, table->table_size);
return 0;
}
-ptr bh__table_get(bh__table *table, i32 elemsize, char *key) {
+BH_DEF ptr bh__table_get(bh__table *table, i32 elemsize, char *key) {
elemsize += (elemsize & 1);
u64 index = bh__table_hash_function(key, 0, table->table_size);
return NULL;
}
-void bh__table_delete(bh__table *table, i32 elemsize, char *key) {
+BH_DEF void bh__table_delete(bh__table *table, i32 elemsize, char *key) {
elemsize += (elemsize & 1);
u64 index = bh__table_hash_function(key, 0, table->table_size);
(*(u64 *) arrptr)--;
}
-void bh__table_clear(bh__table *table) {
+BH_DEF void bh__table_clear(bh__table *table) {
for (u64 i = 0; i < table->table_size; i++) {
if (table->arrs[i] != NULL) {
// NOTE: Set length property to 0
}
}
-bh_table_iterator bh__table_iter_setup(bh__table *table, i32 elemsize) {
+BH_DEF bh_table_iterator bh__table_iter_setup(bh__table *table, i32 elemsize) {
elemsize += (elemsize & 1);
bh_table_iterator it = {
return it;
}
-b32 bh_table_iter_next(bh_table_iterator* it) {
+BH_DEF b32 bh_table_iter_next(bh_table_iterator* it) {
if (it->tab == NULL) return 0;
if (it->entry != NULL) {
// IMAP IMPLEMENTATION
//-------------------------------------------------------------------------------------
#ifndef BH_NO_IMAP
-void bh_imap_init(bh_imap* imap, bh_allocator alloc, i32 hash_count) {
+BH_DEF void bh_imap_init(bh_imap* imap, bh_allocator alloc, i32 hash_count) {
imap->allocator = alloc;
imap->hashes = NULL;
fori(count, 0, hash_count) bh_arr_push(imap->hashes, -1);
}
-void bh_imap_free(bh_imap* imap) {
+BH_DEF void bh_imap_free(bh_imap* imap) {
bh_arr_free(imap->hashes);
bh_arr_free(imap->entries);
imap->entries = NULL;
}
-bh__imap_lookup_result bh__imap_lookup(bh_imap* imap, bh_imap_entry_t key) {
+BH_DEF bh__imap_lookup_result bh__imap_lookup(bh_imap* imap, bh_imap_entry_t key) {
bh__imap_lookup_result lr = { -1, -1, -1 };
u64 hash = 0xcbf29ce484222325ull ^ key;
return lr;
}
-void bh_imap_put(bh_imap* imap, bh_imap_entry_t key, bh_imap_entry_t value) {
+BH_DEF void bh_imap_put(bh_imap* imap, bh_imap_entry_t key, bh_imap_entry_t value) {
bh__imap_lookup_result lr = bh__imap_lookup(imap, key);
if (lr.entry_index >= 0) {
imap->hashes[lr.hash_index] = bh_arr_length(imap->entries) - 1;
}
-b32 bh_imap_has(bh_imap* imap, bh_imap_entry_t key) {
+BH_DEF b32 bh_imap_has(bh_imap* imap, bh_imap_entry_t key) {
bh__imap_lookup_result lr = bh__imap_lookup(imap, key);
return lr.entry_index >= 0;
}
-bh_imap_entry_t bh_imap_get(bh_imap* imap, bh_imap_entry_t key) {
+BH_DEF bh_imap_entry_t bh_imap_get(bh_imap* imap, bh_imap_entry_t key) {
bh__imap_lookup_result lr = bh__imap_lookup(imap, key);
if (lr.entry_index >= 0) {
return imap->entries[lr.entry_index].value;
}
}
-void bh_imap_delete(bh_imap* imap, bh_imap_entry_t key) {
+BH_DEF void bh_imap_delete(bh_imap* imap, bh_imap_entry_t key) {
bh__imap_lookup_result lr = bh__imap_lookup(imap, key);
if (lr.entry_index < 0) return;
}
}
-void bh_imap_clear(bh_imap* imap) {
+BH_DEF void bh_imap_clear(bh_imap* imap) {
// NOTE: Does not clear out an of the data that was in the map
bh_arr_each(i64, hash, imap->hashes) *hash = -1;
bh_arr_set_length(imap->entries, 0);
-u64 bh_time_curr() {
+BH_DEF u64 bh_time_curr() {
#if defined(_BH_WINDOWS)
LARGE_INTEGER result;
QueryPerformanceCounter(&result);
#endif
}
-u64 bh_time_duration(u64 old) {
+BH_DEF u64 bh_time_duration(u64 old) {
#if defined(_BH_WINDOWS)
u64 curr = bh_time_curr();
u64 duration = curr - old;
projects / onyx-embedder.git / commitdiff