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Switch to using tabs instead of spaces (#9)

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Reviewed-on: #9
This commit was merged in pull request #9.
This commit is contained in:
Abdelrahman Said
2025-12-29 22:46:52 +00:00
parent aa6ef1ec2c
commit ad2de98093
60 changed files with 3772 additions and 3772 deletions
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190
src/base/array/array.c
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@@ -12,162 +12,162 @@
wapp_persist inline void _array_validate(const GenericArray *array, u64 item_size);
void *_array_get(GenericArray *array, u64 index, u64 item_size) {
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
wapp_runtime_assert(index < array->count, "`index` is out of bounds");
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
wapp_runtime_assert(index < array->count, "`index` is out of bounds");
return _offset_pointer(array->items, array->item_size * index);
return _offset_pointer(array->items, array->item_size * index);
}
void _array_set(GenericArray *array, u64 index, void *value, u64 item_size) {
void *item = _array_get(array, index, item_size);
memcpy(item, value, array->item_size);
void *item = _array_get(array, index, item_size);
memcpy(item, value, array->item_size);
}
void _array_append_capped(GenericArray *array, void *value, u64 item_size) {
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
if (array->count >= array->capacity) { return; }
if (array->count >= array->capacity) { return; }
u64 index = (array->count)++;
_array_set(array, index, value, item_size);
u64 index = (array->count)++;
_array_set(array, index, value, item_size);
}
void _array_extend_capped(GenericArray *dst, const GenericArray *src, u64 item_size) {
wapp_runtime_assert(dst != NULL && src != NULL, "`dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
wapp_runtime_assert(dst != NULL && src != NULL, "`dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
u64 remaining_capacity = dst->capacity - dst->count;
u64 remaining_capacity = dst->capacity - dst->count;
u64 copy_count = src->count < remaining_capacity ? src->count : remaining_capacity;
void *dst_ptr = _offset_pointer(dst->items, dst->count * dst->item_size);
memcpy(dst_ptr, src->items, copy_count * src->item_size);
dst->count += copy_count;
u64 copy_count = src->count < remaining_capacity ? src->count : remaining_capacity;
void *dst_ptr = _offset_pointer(dst->items, dst->count * dst->item_size);
memcpy(dst_ptr, src->items, copy_count * src->item_size);
dst->count += copy_count;
}
void _array_copy_capped(GenericArray *dst, const GenericArray *src, u64 item_size) {
wapp_runtime_assert(dst != NULL && src != NULL, "`dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
wapp_runtime_assert(dst != NULL && src != NULL, "`dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
_array_clear(dst, item_size);
u64 copy_count = src->count < dst->capacity ? src->count : dst->capacity;
memcpy(dst->items, src->items, copy_count * src->item_size);
dst->count = copy_count;
_array_clear(dst, item_size);
u64 copy_count = src->count < dst->capacity ? src->count : dst->capacity;
memcpy(dst->items, src->items, copy_count * src->item_size);
dst->count = copy_count;
}
GenericArray *_array_append_alloc(const Allocator *allocator, GenericArray *array, void *value, u64 item_size) {
wapp_runtime_assert(allocator != NULL && array != NULL, "`allocator` and `array` should not be NULL");
_array_validate(array, item_size);
wapp_runtime_assert(allocator != NULL && array != NULL, "`allocator` and `array` should not be NULL");
_array_validate(array, item_size);
GenericArray *output = array;
GenericArray *output = array;
if (array->count >= array->capacity) {
u64 new_capacity = wapp_misc_utils_u64_round_up_pow2(array->capacity * 2);
output = (GenericArray *)_array_alloc_capacity(allocator, new_capacity, array->item_size, false);
if (!output) {
output = array;
goto RETURN_ARRAY_APPEND_ALLOC;
}
_array_copy_capped(output, array, item_size);
}
if (array->count >= array->capacity) {
u64 new_capacity = wapp_misc_utils_u64_round_up_pow2(array->capacity * 2);
output = (GenericArray *)_array_alloc_capacity(allocator, new_capacity, array->item_size, false);
if (!output) {
output = array;
goto RETURN_ARRAY_APPEND_ALLOC;
}
_array_copy_capped(output, array, item_size);
}
_array_append_capped(output, value, item_size);
_array_append_capped(output, value, item_size);
RETURN_ARRAY_APPEND_ALLOC:
return output;
return output;
}
GenericArray *_array_extend_alloc(const Allocator *allocator, GenericArray *dst, const GenericArray *src, u64 item_size) {
wapp_runtime_assert(allocator != NULL && dst != NULL && src != NULL, "`allocator`, `dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
wapp_runtime_assert(allocator != NULL && dst != NULL && src != NULL, "`allocator`, `dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
GenericArray *output = dst;
GenericArray *output = dst;
u64 remaining_capacity = dst->capacity - dst->count;
if (src->count >= remaining_capacity) {
u64 new_capacity = wapp_misc_utils_u64_round_up_pow2(dst->capacity * 2);
output = (GenericArray *)_array_alloc_capacity(allocator, new_capacity, dst->item_size, false);
if (!output) {
output = dst;
goto RETURN_ARRAY_EXTEND_ALLOC;
}
_array_copy_capped(output, dst, item_size);
}
u64 remaining_capacity = dst->capacity - dst->count;
if (src->count >= remaining_capacity) {
u64 new_capacity = wapp_misc_utils_u64_round_up_pow2(dst->capacity * 2);
output = (GenericArray *)_array_alloc_capacity(allocator, new_capacity, dst->item_size, false);
if (!output) {
output = dst;
goto RETURN_ARRAY_EXTEND_ALLOC;
}
_array_copy_capped(output, dst, item_size);
}
_array_extend_capped(output, src, item_size);
_array_extend_capped(output, src, item_size);
RETURN_ARRAY_EXTEND_ALLOC:
return output;
return output;
}
GenericArray *_array_copy_alloc(const Allocator *allocator, GenericArray *dst, const GenericArray *src, u64 item_size) {
wapp_runtime_assert(allocator != NULL && dst != NULL && src != NULL, "`allocator`, `dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
wapp_runtime_assert(allocator != NULL && dst != NULL && src != NULL, "`allocator`, `dst` and `src` should not be NULL");
_array_validate(dst, item_size);
_array_validate(src, item_size);
GenericArray *output = dst;
GenericArray *output = dst;
if (src->count >= dst->capacity) {
u64 new_capacity = wapp_misc_utils_u64_round_up_pow2(dst->capacity * 2);
output = (GenericArray *)_array_alloc_capacity(allocator, new_capacity, src->item_size, false);
if (!output) {
output = dst;
goto RETURN_ARRAY_COPY_ALLOC;
}
}
if (src->count >= dst->capacity) {
u64 new_capacity = wapp_misc_utils_u64_round_up_pow2(dst->capacity * 2);
output = (GenericArray *)_array_alloc_capacity(allocator, new_capacity, src->item_size, false);
if (!output) {
output = dst;
goto RETURN_ARRAY_COPY_ALLOC;
}
}
_array_copy_capped(output, src, item_size);
_array_copy_capped(output, src, item_size);
RETURN_ARRAY_COPY_ALLOC:
return output;
return output;
}
void *_array_pop(GenericArray *array, u64 item_size) {
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
if (array->count == 0) { return NULL; }
if (array->count == 0) { return NULL; }
u64 index = array->count - 1;
void *out = _array_get(array, index, item_size);
--(array->count);
return out;
u64 index = array->count - 1;
void *out = _array_get(array, index, item_size);
--(array->count);
return out;
}
void _array_clear(GenericArray *array, u64 item_size) {
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
wapp_runtime_assert(array != NULL, "`array` should not be NULL");
_array_validate(array, item_size);
array->count = 0;
array->count = 0;
}
GenericArray *_array_alloc_capacity(const Allocator *allocator, u64 capacity, u64 item_size, b8 fill) {
wapp_runtime_assert(allocator != NULL, "`allocator` should not be NULL");
wapp_runtime_assert(allocator != NULL, "`allocator` should not be NULL");
GenericArray *output = NULL;
GenericArray *output = NULL;
u64 allocation_size = sizeof(GenericArray) + item_size * capacity;
u64 allocation_size = sizeof(GenericArray) + item_size * capacity;
output = wapp_mem_allocator_alloc(allocator, allocation_size);
if (!output) {
goto RETURN_ARRAY_ALLOC;
}
output = wapp_mem_allocator_alloc(allocator, allocation_size);
if (!output) {
goto RETURN_ARRAY_ALLOC;
}
output->magic = WAPP_ARRAY_MAGIC;
output->count = fill ? capacity : 0;
output->capacity = capacity;
output->item_size = item_size;
output->items = (void *)(output + 1);
output->magic = WAPP_ARRAY_MAGIC;
output->count = fill ? capacity : 0;
output->capacity = capacity;
output->item_size = item_size;
output->items = (void *)(output + 1);
RETURN_ARRAY_ALLOC:
return output;
return output;
}
wapp_persist inline void _array_validate(const GenericArray *array, u64 item_size) {
wapp_runtime_assert(WAPP_ARRAY_MAGIC == array->magic, "`array` is not a valid wapp array");
wapp_runtime_assert(item_size == array->item_size, "Invalid item type provided");
wapp_runtime_assert(WAPP_ARRAY_MAGIC == array->magic, "`array` is not a valid wapp array");
wapp_runtime_assert(item_size == array->item_size, "Invalid item type provided");
}