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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <akfs.h>
void correct_string_correct_length()
{
printf("%s\t", __func__);
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 resulted_hash = ak_fs_sha512sum_string_to_struct(queried_string);
char* resulted_string = ak_fs_sha512sum_struct_to_string(resulted_hash);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) == 0 )
{
printf("PASS!\n");
}
else
{
printf("NO PASS :(\n");
}
free(resulted_string);
}
void bad_string_correct_length()
{
printf("%s\t", __func__);
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 resulted_hash = ak_fs_sha512sum_string_to_struct(queried_string);
char* resulted_string = ak_fs_sha512sum_struct_to_string(resulted_hash);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
printf("PASS!\n");
}
else
{
printf("NO PASS :(\n");
}
free(resulted_string);
}
void less_than_length()
{
printf("%s\t", __func__);
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 resulted_hash = ak_fs_sha512sum_string_to_struct(queried_string);
char* resulted_string = ak_fs_sha512sum_struct_to_string(resulted_hash);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
printf("\tPASS!\n");
}
else
{
printf("\tNO PASS :(\n");
}
free(resulted_string);
}
void more_than_length()
{
printf("%s\t", __func__);
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 resulted_hash = ak_fs_sha512sum_string_to_struct(queried_string);
char* resulted_string = ak_fs_sha512sum_struct_to_string(resulted_hash);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
printf("\tPASS!\n");
}
else
{
printf("\tNO PASS :(\n");
}
free(resulted_string);
}
void string_is_empty()
{
printf("%s\t", __func__);
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 resulted_hash = ak_fs_sha512sum_string_to_struct(queried_string);
char* resulted_string = ak_fs_sha512sum_struct_to_string(resulted_hash);
// printf("Hash returned:\t%s\n", resulted_string);
if ( strcmp(queried_string, resulted_string) != 0 )
{
printf("\t\tPASS!\n");
}
else
{
printf("\t\tNO PASS :(\n");
}
free(resulted_string);
}
void hash_path_test()
{
printf("%s\t", __func__);
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 )
{
printf("\t\tPASS!\n");
}
else
{
printf("\t\tNO PASS :(\n");
}
free(resulted_string);
}
void hash_dir_test()
{
printf("%s\t", __func__);
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 )
{
printf("\t\tPASS!\n");
}
else
{
printf("\t\tNO PASS :(\n");
}
free(resulted_string);
}
void hash_save_to_file()
{
printf("%s\t", __func__);
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 resulted_hash = ak_fs_sha512sum_string_to_struct(queried_string);
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 = ak_fs_sha512sum_struct_to_string(readone);
if ( strcmp(queried_string, resulted_string) == 0 )
{
printf("\tPASS!\n");
}
else
{
printf("\tNO PASS :(\n");
}
free(resulted_string);
}
int main(void)
{
// Correct one
correct_string_correct_length();
// Supposingly a bad string but in correct length
bad_string_correct_length();
// Less than must be length
less_than_length();
// More than must be length
more_than_length();
// Empty string
string_is_empty();
// Hash path
hash_path_test();
// Hash dir
hash_dir_test();
// Tempfile test read-write
hash_save_to_file();
return 0;
}
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