Prevent entering “/”, “\” and “:” in team and scheme names.
The name of teams and schems is saved in the file name itself, so these characters would cause trouble as they are used in path names in Linux and Windows.
#include <check.h>
#include <stdlib.h>
#include <stdio.h>
#include "check_check.h"
#include "../src/system.h"
void check_string(string255 str)
{
fail_unless(strlen(str.str) == str.len, "String internal inconsistency error");
}
static string255 make_string(const char* str)
{
string255 s;
s.len = strlen(str);
memcpy(s.str, str, s.len + 1);
return s;
}
START_TEST (test_copy)
{
string255 s = STRINIT("1234567");
string255 t;
t = fpcrtl_copy(s, 1, 1);
fail_if(strcmp(t.str, "1"), "Test copy fail 1");
t = fpcrtl_copy(s, 7, 1);
fail_if(strcmp(t.str, "7"), "Test copy fail 2");
t = fpcrtl_copy(s, 8, 1);
fail_if(t.len != 0, "Test copy fail 3");
t = fpcrtl_copy(s, 8, 100);
fail_if(t.len != 0, "Test copy fail 4");
check_string(t);
t = fpcrtl_copy(s, 0, 100);
fail_if(strcmp(t.str, "1234567"), "Test copy fail 5");
t = fpcrtl_copy(s, 0, 5);
fail_if(strcmp(t.str, "12345"), "Test copy fail 6");
t = fpcrtl_copy(s, 4, 100);
fail_if(strcmp(t.str, "4567"), "Test copy fail 7");
t = fpcrtl_copy(s, 4, 2);
fail_if(strcmp(t.str, "45"), "Test copy fail 8");
}END_TEST
START_TEST (test_delete)
{
string255 s = STRINIT("1234567");
string255 s2 = STRINIT("1234567");
string255 s3 = STRINIT("1234567");
fpcrtl_delete(s, 0, 10);
fail_if(strcmp(s.str, "1234567"), "delete(\"1234567\", 0, 10)");
check_string(s);
fpcrtl_delete(s, 1, 1);
fail_if(strcmp(s.str, "234567"), "delete(\"1234567\", 1, 1)");
check_string(s);
fpcrtl_delete(s, 1, 100);
fail_if(strcmp(s.str, ""), "delete(\"234567\", 1, 100)");
check_string(s);
fpcrtl_delete(s2, 3, 2);
fail_if(strcmp(s2.str, "12567"), "delete(\"1234567\", 3, 2)");
check_string(s2);
fpcrtl_delete(s3, 3, 100);
fail_if(strcmp(s3.str, "12"), "delete(\"1234567\", 3, 100)");
check_string(s3);
}
END_TEST
START_TEST (test_FloatToStr)
{
double s = 1.2345;
string255 t = fpcrtl_floatToStr(s);
printf("-----Entering test floatToStr-----\n");
printf("FloatToStr(%f) = %s\n", s, t.str);
printf("-----Leaving test floatToStr-----\n");
}
END_TEST
START_TEST (test_random)
{
fpcrtl_randomize();
printf("-----Entering test random-----\n");
printf("random(5000) = %d\n", fpcrtl_random(5000));
printf("random(1) = %d\n", fpcrtl_random(1));
printf("random(2) = %d\n", fpcrtl_random(2));
printf("-----Leaving test random-----\n");
}
END_TEST
START_TEST (test_posS)
{
string255 substr1 = STRINIT("123");
string255 str1 = STRINIT("12345");
string255 substr2 = STRINIT("45");
string255 str2 = STRINIT("12345");
string255 substr3 = STRINIT("");
string255 str3 = STRINIT("12345");
string255 substr4 = STRINIT("123");
string255 str4 = STRINIT("");
string255 substr5 = STRINIT("123");
string255 str5 = STRINIT("456");
fail_unless(fpcrtl_posS(substr1, str1) == 1, "pos(123, 12345)");
fail_unless(fpcrtl_posS(substr2, str2) == 4, "pos(45, 12345)");
fail_unless(fpcrtl_posS(substr3, str3) == 0, "pos(, 12345)");
fail_unless(fpcrtl_posS(substr4, str4) == 0, "pos(123, )");
fail_unless(fpcrtl_posS(substr5, str5) == 0, "pos(123, 456)");
}
END_TEST
START_TEST (test_trunc)
{
fail_unless(fpcrtl_trunc(123.456) == 123, "trunc(123.456)");
fail_unless(fpcrtl_trunc(-123.456) == -123, "trunc(-123.456)");
fail_unless(fpcrtl_trunc(12.3456) == 12, "trunc(12.3456)");
fail_unless(fpcrtl_trunc(-12.3456) == -12, "trunc(-12.3456)");
fail_unless(fpcrtl_trunc(0.3) == 0, "trunc(0.3)");
fail_unless(fpcrtl_trunc(0.5) == 0, "trunc(0.5)");
fail_unless(fpcrtl_trunc(99.9999999) == 99, "trunc(99.9999999)");
fail_unless(fpcrtl_trunc(0x01000000.0) == 0x01000000, "trunc(0x01000000.0)");
fail_unless(fpcrtl_trunc(0x01000001.0) == 0x01000001, "trunc(0x01000001.0)");
fail_unless(fpcrtl_trunc(0x02000000.0) == 0x02000000, "trunc(0x02000000.0)");
fail_unless(fpcrtl_trunc(0x04000000.0) == 0x04000000, "trunc(0x04000000.0)");
fail_unless(fpcrtl_trunc(0x08000000.0) == 0x08000000, "trunc(0x08000000.0)");
fail_unless(fpcrtl_trunc(0x10000000.0) == 0x10000000, "trunc(0x10000000.0)");
fail_unless(fpcrtl_trunc(0x10000001.0) == 0x10000001, "trunc(0x10000001.0)");
fail_unless(fpcrtl_trunc(0x20000000.0) == 0x20000000, "trunc(0x20000000.0)");
fail_unless(fpcrtl_trunc(0x40000000.0) == 0x40000000, "trunc(0x40000000.0)");
fail_unless(fpcrtl_trunc(0x80000000.0) == 0x80000000, "trunc(0x80000000.0)");
fail_unless(fpcrtl_trunc(0xF0000000.0) == 0xF0000000, "trunc(0xF0000000.0)");
fail_unless(fpcrtl_trunc(0xF0000001.0) == 0xF0000001, "trunc(0xF0000001.0)");
fail_unless(fpcrtl_trunc(0x01010101.0) == 0x01010101, "trunc(0x01010101.0)");
fail_unless(fpcrtl_trunc(0xFFFFFFFF.0) == 0xFFFFFFFF, "trunc(0xFFFFFFFF.0)");
fail_unless(fpcrtl_trunc(0x8943FE39.0) == 0x8943FE39, "trunc(0x01000000.0)");
}
END_TEST
START_TEST (test_odd)
{
fail_unless(fpcrtl_odd(123) != 0, "odd(123)");
fail_unless(fpcrtl_odd(124) == 0, "odd(124)");
fail_unless(fpcrtl_odd(0) == 0, "odd(0)");
fail_unless(fpcrtl_odd(-1) != 0, "odd(-1)");
fail_unless(fpcrtl_odd(-2) == 0, "odd(-2)");
}
END_TEST
START_TEST (test_sqr)
{
fail_unless(fpcrtl_sqr(0) == 0, "sqr(0)");
fail_unless(fpcrtl_sqr(5) == 25, "sqr(5)");
fail_unless(fpcrtl_sqr(-5) == 25, "sqr(-5)");
}
END_TEST
START_TEST (test_lowercase)
{
string255 s1 = STRINIT("");
string255 s2 = STRINIT("a");
string255 s3 = STRINIT("abc");
string255 t;
t = fpcrtl_lowerCase(make_string(""));
fail_if(strcmp(t.str, s1.str), "lowerCase(\"\")");
t = fpcrtl_lowerCase(make_string("a"));
fail_if(strcmp(t.str, s2.str), "lowerCase(\"a\")");
t = fpcrtl_lowerCase(make_string("A"));
fail_if(strcmp(t.str, s2.str), "lowerCase(\"A\")");
t = fpcrtl_lowerCase(make_string("AbC"));
fail_if(strcmp(t.str, s3.str), "lowerCase(\"AbC\")");
t = fpcrtl_lowerCase(make_string("abc"));
fail_if(strcmp(t.str, s3.str), "lowerCase(\"abc\")");
}
END_TEST
START_TEST (test_str)
{
int8_t a1 = -8;
uint8_t a2 = 8;
int16_t a3 = -13;
uint16_t a4 = 13;
int32_t a5 = -19;
uint32_t a6 = 22;
int64_t a7 = -199999999999999;
uint64_t a8 = 200000000000000;
float a9 = 12345.6789;
double a10 = -9876.54321;
string255 s;
printf("-----Entering test str-----\n");
fpcrtl_str(a1, s);
printf("%d == %s\n", a1, s.str);
fpcrtl_str(a2, s);
printf("%u == %s\n", a2, s.str);
fpcrtl_str(a3, s);
printf("%d == %s\n", a3, s.str);
fpcrtl_str(a4, s);
printf("%u == %s\n", a4, s.str);
fpcrtl_str(a5, s);
printf("%d == %s\n", a5, s.str);
fpcrtl_str(a6, s);
printf("%u == %s\n", a6, s.str);
fpcrtl_str(a7, s);
printf("%lld == %s\n", a7, s.str);
fpcrtl_str(a8, s);
printf("%llu == %s\n", a8, s.str);
fpcrtl_str(a9, s);
printf("%f == %s\n", a9, s.str);
fpcrtl_str(a10, s);
printf("%f == %s\n", a10, s.str);
printf("-----Leaving test str------\n");
}
END_TEST
Suite* system_suite(void)
{
Suite *s = suite_create("system");
TCase *tc_core = tcase_create("Core");
tcase_add_test(tc_core, test_copy);
tcase_add_test(tc_core, test_FloatToStr);
tcase_add_test(tc_core, test_random);
tcase_add_test(tc_core, test_posS);
tcase_add_test(tc_core, test_trunc);
tcase_add_test(tc_core, test_delete);
tcase_add_test(tc_core, test_odd);
tcase_add_test(tc_core, test_sqr);
tcase_add_test(tc_core, test_lowercase);
tcase_add_test(tc_core, test_str);
suite_add_tcase(s, tc_core);
return s;
}