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#include "unit_test.h"
#include <slow5/slow5.h>
#include <string.h>
int press_init_valid(void) {
struct __slow5_press *comp = __slow5_press_init(SLOW5_COMPRESS_NONE);
ASSERT(comp->method == SLOW5_COMPRESS_NONE);
ASSERT(comp->stream == NULL);
__slow5_press_free(comp);
comp = __slow5_press_init(SLOW5_COMPRESS_ZLIB);
ASSERT(comp->method == SLOW5_COMPRESS_ZLIB);
ASSERT(comp->stream != NULL);
__slow5_press_free(comp);
return EXIT_SUCCESS;
}
int press_buf_valid(void) {
struct __slow5_press *comp = __slow5_press_init(SLOW5_COMPRESS_NONE);
const char *str = "12345";
size_t size = 0;
char *str_same = slow5_str_compress(comp, str, &size);
ASSERT(strcmp(str_same, str) == 0);
ASSERT(size == strlen(str) + 1);
__slow5_press_free(comp);
comp = __slow5_press_init(SLOW5_COMPRESS_ZLIB);
size_t size_zlib = 0;
slow5_compress_footer_next(comp);
void *str_zlib = slow5_str_compress(comp, str, &size_zlib);
char *str_copy = slow5_ptr_depress(comp, str_zlib, size_zlib, &size);
ASSERT(strcmp(str_copy, str) == 0);
ASSERT(size == strlen(str_copy) + 1);
ASSERT(size == strlen(str_same) + 1);
ASSERT(size == strlen(str) + 1);
ASSERT(size < size_zlib);
fwrite(str_zlib, size_zlib, 1, stdout); // TESTING
free(str_zlib);
free(str_same);
free(str_copy);
__slow5_press_free(comp);
return EXIT_SUCCESS;
}
int press_buf_valid2(void) {
struct __slow5_press *comp = __slow5_press_init(SLOW5_COMPRESS_NONE);
const char *str = "1234567890123456789012345678901234567890";
size_t size = 0;
char *str_same = slow5_str_compress(comp, str, &size);
ASSERT(strcmp(str_same, str) == 0);
ASSERT(size == strlen(str) + 1);
__slow5_press_free(comp);
comp = __slow5_press_init(SLOW5_COMPRESS_ZLIB);
size_t size_zlib = 0;
slow5_compress_footer_next(comp);
void *str_zlib = slow5_str_compress(comp, str, &size_zlib);
char *str_copy = slow5_ptr_depress(comp, str_zlib, size_zlib, &size);
ASSERT(strcmp(str_copy, str) == 0);
ASSERT(size == strlen(str_copy) + 1);
ASSERT(size == strlen(str_same) + 1);
ASSERT(size == strlen(str) + 1);
ASSERT(size > size_zlib);
fwrite(str_zlib, size_zlib, 1, stdout); // TESTING
free(str_zlib);
free(str_same);
free(str_copy);
__slow5_press_free(comp);
return EXIT_SUCCESS;
}
int press_print_valid(void) {
struct __slow5_press *comp = __slow5_press_init(SLOW5_COMPRESS_ZLIB);
const char *str = "hello";
slow5_compress_footer_next(comp);
slow5_print_str_compress(comp, str);
__slow5_press_free(comp);
return EXIT_SUCCESS;
}
int press_printf_valid(void) {
struct __slow5_press *comp = __slow5_press_init(SLOW5_COMPRESS_ZLIB);
const char *str = "lol";
slow5_compress_footer_next(comp);
slow5_printf_compress(comp, "\n%s\n", str);
__slow5_press_free(comp);
return EXIT_SUCCESS;
}
int press_svb_one_valid(void) {
const int16_t one[] = { 100 };
size_t bytes_svb = 0;
uint8_t *one_svb = slow5_ptr_compress_solo(SLOW5_COMPRESS_SVB_ZD, one, sizeof *one, &bytes_svb);
ASSERT(one_svb);
ASSERT(bytes_svb > 0);
uint32_t length;
memcpy(&length, one_svb, sizeof length);
ASSERT(length == 1);
size_t bytes_orig = 0;
int16_t *one_depress = slow5_ptr_depress_solo(SLOW5_COMPRESS_SVB_ZD, one_svb, bytes_svb, &bytes_orig);
ASSERT(bytes_orig == sizeof *one);
ASSERT(memcmp(one, one_depress, bytes_orig) == 0);
ASSERT(one_depress[0] == one[0]);
free(one_svb);
free(one_depress);
return EXIT_SUCCESS;
}
int press_svb_big_valid(void) {
const int16_t big[] = { 100, -100, 0, 10000, 3442, 234, 2326, 346, 213, 234 };
size_t bytes_svb = 0;
uint8_t *big_svb = slow5_ptr_compress_solo(SLOW5_COMPRESS_SVB_ZD, big, sizeof big, &bytes_svb);
ASSERT(big_svb);
ASSERT(bytes_svb > 0);
uint32_t length;
memcpy(&length, big_svb, sizeof length);
ASSERT(length == LENGTH(big));
size_t bytes_orig = 0;
int16_t *big_depress = slow5_ptr_depress_solo(SLOW5_COMPRESS_SVB_ZD, big_svb, bytes_svb, &bytes_orig);
ASSERT(bytes_orig == sizeof big);
ASSERT(memcmp(big, big_depress, bytes_orig) == 0);
free(big_svb);
free(big_depress);
return EXIT_SUCCESS;
}
int press_svb_exp_valid(void) {
const int16_t big[] = { 1039, 588, 588, 593, 586, 574, 570, 585, 588, 586 };
size_t bytes_svb = 0;
uint8_t *big_svb = slow5_ptr_compress_solo(SLOW5_COMPRESS_SVB_ZD, big, sizeof big, &bytes_svb);
ASSERT(big_svb);
ASSERT(bytes_svb > 0);
ASSERT(bytes_svb < sizeof big);
uint32_t length;
memcpy(&length, big_svb, sizeof length);
ASSERT(length == LENGTH(big));
size_t bytes_orig = 0;
int16_t *big_depress = slow5_ptr_depress_solo(SLOW5_COMPRESS_SVB_ZD, big_svb, bytes_svb, &bytes_orig);
ASSERT(bytes_orig == sizeof big);
ASSERT(memcmp(big, big_depress, bytes_orig) == 0);
free(big_svb);
free(big_depress);
return EXIT_SUCCESS;
}
#ifdef SLOW5_USE_ZSTD
int press_zstd_buf_valid(void) {
const char *str = "1234567890123456789012345678901234567890";
struct __slow5_press *comp = __slow5_press_init(SLOW5_COMPRESS_ZSTD);
size_t size_zstd = 0;
void *str_zstd = slow5_str_compress(comp, str, &size_zstd);
ASSERT(str_zstd);
ASSERT(size_zstd < strlen(str));
size_t size_copy;
char *str_copy = slow5_ptr_depress(comp, str_zstd, size_zstd, &size_copy);
ASSERT(strncmp(str_copy, str, strlen(str)) == 0);
ASSERT(size_copy - 1 == strlen(str));
free(str_zstd);
free(str_copy);
__slow5_press_free(comp);
return EXIT_SUCCESS;
}
int slow5_press_valid(void) {
slow5_press_method_t method = {SLOW5_COMPRESS_ZSTD, SLOW5_COMPRESS_SVB_ZD};
struct slow5_press *comp = slow5_press_init(method);
ASSERT(comp);
ASSERT(comp->record_press);
ASSERT(comp->record_press->method == SLOW5_COMPRESS_ZSTD);
/*ASSERT(comp->record_press->stream);*/ /* TODO implement zstd with stream/context */
ASSERT(comp->signal_press);
ASSERT(comp->signal_press->method == SLOW5_COMPRESS_SVB_ZD);
ASSERT(!comp->record_press->stream);
slow5_press_free(comp);
return EXIT_SUCCESS;
}
#endif /* SLOW5_USE_ZSTD */
int main(void) {
slow5_set_log_level(SLOW5_LOG_OFF);
slow5_set_exit_condition(SLOW5_EXIT_OFF);
struct command tests[] = {
CMD(press_init_valid)
CMD(press_buf_valid)
CMD(press_buf_valid2)
CMD(press_print_valid)
CMD(press_printf_valid)
CMD(press_svb_one_valid)
CMD(press_svb_big_valid)
CMD(press_svb_exp_valid)
#ifdef SLOW5_USE_ZSTD
CMD(press_zstd_buf_valid)
CMD(slow5_press_valid)
#endif /* SLOW5_USE_ZSTD */
};
return RUN_TESTS(tests);
}
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