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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <libakfs.h>
#include <libaklog.h>
static void test_correct_string_correct_length()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf448fd800a460b67efda0020088bc97bf7d9da97a9e2ce7b20d46e066462ec44cf60284f9a7";
// printf("Hash given:\t%s\n", queried_string);
// printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
sha512sum hash = {0};
sha512sum *resulted_hash = &hash;
ak_fs_sha512sum_string_to_struct(queried_string, resulted_hash);
char resulted_string[129] = {0};
ak_fs_sha512sum_struct_to_string(resulted_hash, resulted_string);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) == 0 )
{
ak_log_info(__func__, "PASSED");
}
else
{
ak_log_error(__func__, "FAILED");
}
}
static void test_bad_string_correct_length()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf448fd800a460b67efda0020088bc97bf7d9da97a9e2ce7b20d46e066462ec44cf60284f9az";
// printf("Hash given:\t%s\n", queried_string);
// printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
sha512sum hash = {0};
sha512sum *resulted_hash = &hash;
ak_fs_sha512sum_string_to_struct(queried_string, resulted_hash);
char resulted_string[129] = {0};
ak_fs_sha512sum_struct_to_string(resulted_hash, resulted_string);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
ak_log_info(__func__, "PASSED");
}
else
{
ak_log_error(__func__, "FAILED");
}
}
static void test_less_than_length()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf";
// printf("Hash given:\t%s\n", queried_string);
// printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
sha512sum hash = {0};
sha512sum *resulted_hash = &hash;
ak_fs_sha512sum_string_to_struct(queried_string, resulted_hash);
char resulted_string[129] = {0};
ak_fs_sha512sum_struct_to_string(resulted_hash, resulted_string);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
ak_log_info(__func__, "PASSED");
}
else
{
ak_log_error(__func__, "FAILED");
}
}
static void test_more_than_length()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf448fd800a460b67efda0020088bc97bf7d9da97a9e2ce7b20d46e066462ec44cf60284f9a7aaa";
// printf("Hash given:\t%s\n", queried_string);
// printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
sha512sum hash = {0};
sha512sum *resulted_hash = &hash;
ak_fs_sha512sum_string_to_struct(queried_string, resulted_hash);
char resulted_string[129] = {0};
ak_fs_sha512sum_struct_to_string(resulted_hash, resulted_string);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
ak_log_info(__func__, "PASSED");
}
else
{
ak_log_error(__func__, "FAILED");
}
}
static void test_string_is_empty()
{
char queried_string[128] = "";
// printf("Hash given:\t%s\n", queried_string);
//printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
sha512sum hash = {0};
sha512sum *resulted_hash = &hash;
ak_fs_sha512sum_string_to_struct(queried_string, resulted_hash);
char resulted_string[129] = {0};
ak_fs_sha512sum_struct_to_string(resulted_hash, resulted_string);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
ak_log_info(__func__, "PASSED");
}
else
{
ak_log_error(__func__, "FAILED");
}
}
static void test_hash_path_test()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf448fd800a460b67efda0020088bc97bf7d9da97a9e2ce7b20d46e066462ec44cf60284f9a7";
// printf("Hash given:\t%s\n", queried_string);
// printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
char* resulted_string = ak_fs_return_hash_path(queried_string);
// printf("Path returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
ak_log_info(__func__, "PASSED");
}
else
{
ak_log_error(__func__, "FAILED");
}
}
static void test_hash_dir_test()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf448fd800a460b67efda0020088bc97bf7d9da97a9e2ce7b20d46e066462ec44cf60284f9a7";
// printf("Hash given:\t%s\n", queried_string);
// printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
char* resulted_string = ak_fs_return_hash_dir(queried_string);
// printf("Path returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
ak_log_info(__func__, "PASSED");
}
else
{
ak_log_error(__func__, "FAILED");
}
}
static void test_hash_save_to_file()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf448fd800a460b67efda0020088bc97bf7d9da97a9e2ce7b20d46e066462ec44cf60284f9a7";
// printf("Hash given:\t%s\n", queried_string);
// printf("Is a hash: %s\n", ak_fs_verify_input_is_hash(queried_string) ? "true": "false");
sha512sum hash = {0};
sha512sum *resulted_hash = &hash;
ak_fs_sha512sum_string_to_struct(queried_string, resulted_hash);
FILE* fd = fopen("tmpfile", "wb");
if ( fd == NULL )
{
printf("Some error occured");
exit(1);
}
fwrite(&resulted_hash, sizeof(sha512sum),1,fd);
fclose(fd);
sha512sum readone = {0};
fd = fopen("tmpfile", "rb");
if ( fd == NULL )
{
printf("Some error occured");
exit(1);
}
fread (&readone, sizeof(sha512sum),1,fd);
char resulted_string[129] = {0};
ak_fs_sha512sum_struct_to_string(resulted_hash, resulted_string);
if ( strcmp(queried_string, resulted_string) == 0 )
{
ak_log_debug(__func__, "PASSED");
}
else
{
ak_log_debug(__func__, "FAILED");
}
fclose(fd);
}
static void test_hash_check()
{
char queried_string[] = "921618bc6d9f8059437c5e0397b13f973ab7c7a7b81f0ca31b70bf448fd800a460b67efda0020088bc97bf7d9da97a9e2ce7b20d46e066462ec44cf60284f9a7";
sha512sum a;
sha512sum b;
ak_fs_sha512sum_string_to_struct(queried_string, &a);
ak_fs_sha512sum_string_to_struct(queried_string, &b);
if ( ak_fs_sha512sum_compare(&a,&b) )
{
ak_log_debug(__func__, "PASSED");
}
else
{
ak_log_debug(__func__, "FAILED");
}
}
static void test_map_opener()
{
akfs_map_v3 map;
char *map_string = "28bde5fa7aacd8da0ec84b61cf3a69141686906c00f8cff904c9a0b12f5a4cf061da254feb188c32b711b2e1d6a3853d5ac3fb0bcd3564899bae55dd30470392";
ak_fs_open_map_v3_file(map_string, &map);
char *orig_string = "fa19bdc471bedc42abf3ff52069214bc7339a7eafc03f8551e8af892a0e3ce175cff0dde6f815da031cd0566fded455c937f7cae27181f7a90ab92e6131ba2be";
char *root_string = "438aebe24c89d36f84a68ea29327b27af1abc05f8f85e69af650159c4928834bd6fd2b3df690de74d42f861a8dbe30cebc6cba6afe07fabb1066d1380cd3adea";
char *filename = "mixtapes-v0.0.0.tar.gz";
if (
(strcmp(map_string, ak_fs_sha512sum_struct_read_as_string(&(map.mh)))!=0) ||
(strcmp(orig_string, ak_fs_sha512sum_struct_read_as_string(&(map.oh)))!=0) ||
(strcmp(root_string, ak_fs_sha512sum_struct_read_as_string(&(map.rh)))!=0) ||
(strcmp(filename, map.filename)!=0))
{
ak_log_debug(__func__, "FAILED");
}
else
{
ak_log_debug(__func__, "PASSED");
}
}
static void test_ak_fs_ls()
{
ak_log_test(__func__, ".....=====.....");
ak_fs_ls();
ak_log_test(__func__, ".....=END=.....");
}
int main(void)
{
// Correct one
test_correct_string_correct_length();
// Supposingly a bad string but in correct length
test_bad_string_correct_length();
// Less than must be length
test_less_than_length();
// More than must be length
test_more_than_length();
// Empty string
test_string_is_empty();
// Hash path
test_hash_path_test();
// Hash dir
test_hash_dir_test();
// Tempfile test read-write
test_hash_save_to_file();
// Hash checking
test_hash_check();
// Map file opener
test_map_opener();
// Test ak_fs_ls
test_ak_fs_ls();
printf("%lu\n", sizeof(sha512sum));
printf("%lu\n", sizeof(akfs_map_v3));
printf("%lu\n", sizeof(akfs_map_v4));
return 0;
}
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