int main (void)
{
Trie* trie = trieInit();
int i;
double end, start;
nByte_t str[32];
srand(time(NULL));
start = (float)clock()/CLOCKS_PER_SEC;
for( i=0; i<500000; ++i ){
teststr(str);
trieAdd(trie, (unsigned char*)str, KEY_LENGTH, "val");
}
trieAdd(trie, (unsigned char*)"hello", 5, "world");
for( i=0; i<500000; ++i ){
teststr(str);
trieAdd(trie, (unsigned char*)str, KEY_LENGTH, "val");
}
end = (float)clock()/CLOCKS_PER_SEC;
printf("Used %lu total bytes.\n", bytes);
printf("Finshed in %f. Press enter.", end-start);
getchar();
puts((const char*)trieGet(trie, (unsigned char*)"hello", 5));
trieDelete(trie, (unsigned char *)"hello", 5, &destroy);
return 0;
}
int
testarg(char *sec, char *qry)
{
if (teststr(sec) || teststr(qry))
return -1;
if (!strcasecmp(sec, "any"))
sec[0] = 0;
return 0;
}
int main(void)
{
handle("--");
testnull(inputname);
testnull(outputname);
handle("-E", "input");
teststr(inputname, "input");
testnull(outputname);
return 0;
}
int
main()
{
int count;
int tmp;
int nextc;
FILE *f;
printf("checking: chars "); fflush(stdout);
teststr("abcd", "%c", "a");
teststr(" abcd", "%2c", " a");
printf("strings ");
teststr("abcd", "%3s", "abc");
teststr("a", "%1s", "a");
teststr(" abcd", "%5s", "abcd");
teststr("hello world", "%s", "hello");
teststr("THE0bestA", "%[A-Z]", "THE");
teststr("1THE0bestA", "%[0-9a-z]", "1");
teststr("not here", "%[0-9]", "");
teststr("0ab9AB7", "%[0-9A-Z]", "0");
teststr("7THE0bestA", "%[a-z0-9]", "7");
teststr("123456789", "%3[0-9]", "123");
teststr("ab123cd", "%4[^0-9]", "ab");
teststr("[[a", "%[[]", "[[");
teststr("ab]]", "%[^]]", "ab");
teststr("ab]]", "%[]]", "");
teststr("]]cd", "%[]]", "]]");
setlocale(LC_ALL, "");
printf("wchars "); fflush(stdout);
#define AlphaBetaGamma "\u03B1\u03B2\u03B3"
testwstr(AlphaBetaGamma, "%lc", L"\u03B1");
printf("wstrings "); fflush(stdout);
testwstr(" abcd", "%3ls", L"abc");
testwstr(" \u03B1 ", "%ls", L"\u03B1");
testwstr(AlphaBetaGamma, "%ls", L"\u03B1\u03B2\u03B3");
testwstr(AlphaBetaGamma, "%1ls", L"\u03B1");
testwstr(AlphaBetaGamma, "%2ls", L"\u03B1\u03B2");
testwstr(AlphaBetaGamma, "%3ls", L"\u03B1\u03B2\u03B3");
testwstr("ab123cd", "%4l[^0-9]", L"ab");
testwstr("[[a", "%l[[]", L"[[");
testwstr("ab]]", "%l[^]]", L"ab");
testwstr("ab]]", "%l[]]", L"");
testwstr("]]cd", "%l[]]", L"]]");
testwstr(AlphaBetaGamma, "%l[\u03B1\u03B2]", L"\u03B1\u03B2");
testwstr(AlphaBetaGamma, "%l[^\u03B2]", L"");
memset(wbuf, 0, sizeof(wbuf));
testwstr("a\x80R", "%ls", L"a");
printf("done\n");
printf("testing 2 strings: "); fflush(stdout);
test2str("12345 ab", "%s %s", "12345", "ab");
test2str("12345ab", "%[0-9]%s", "12345", "ab");
test2str("hello bob, how are you today?", "hello %[^,], how are %s today?", "bob", "you");
test2wstr("12345\u0310ab", "%l[0-9]%ls", L"12345", L"\u0310ab");
printf("done\n");
printf("checking some corner cases... "); fflush(stdout);
f = fmemopen(test0x, strlen(test0x), "r");
tmp = -1;
count = fscanf(f, "%d", &tmp);
nextc = fgetc(f);
EXPECTEQ(count, 1);
EXPECTEQ(tmp, 0);
EXPECTEQ(nextc, 'x');
rewind(f);
count = fscanf(f, "%c", &buf[0]);
nextc = fgetc(f);
EXPECTEQ(count, 1);
EXPECTEQ(buf[0], '0');
EXPECTEQ(nextc, 'x');
rewind(f);
tmp = 12;
count = fscanf(f, "0%x", &tmp);
nextc = fgetc(f);
EXPECTEQ(count, 0);
EXPECTEQ(tmp, 12);
EXPECTEQ(nextc, 'x');
/* this test is a little bit nasty; the string "0xyz" has a valid
hex prefix, but is not a valid number. strtol will return 0 for it
and leave the pointer at "x", but scanf can't because the
standard doesn't allow more than 1 character of pushback;
so it has to fail and leave the pointer at "y". GLIBC on Linux actually
gets this wrong :-(
*/
rewind(f);
count = fscanf(f, "%x", &tmp);
nextc = fgetc(f);
EXPECTEQ(count, 0);
EXPECTEQ(nextc, 'y');
rewind(f);
count = fscanf(f, "%i", &tmp);
nextc = fgetc(f);
EXPECTEQ(count, 0);
EXPECTEQ(nextc, 'y');
fclose(f);
count = sscanf("0178ag", "%i%c", &tmp, &buf[0]);
EXPECTEQ(count, 2);
EXPECTEQ(tmp, 017);
EXPECTEQ(buf[0], '8');
count = sscanf("0178ag", "%d%c", &tmp, &buf[0]);
EXPECTEQ(count, 2);
EXPECTEQ(tmp, 178);
EXPECTEQ(buf[0], 'a');
count = sscanf("0178ag", "%x%c", &tmp, &buf[0]);
EXPECTEQ(count, 2);
EXPECTEQ(tmp, 0x178a);
EXPECTEQ(buf[0], 'g');
count = sscanf("0178ag", "%o%c", &tmp, &buf[0]);
EXPECTEQ(count, 2);
EXPECTEQ(tmp, 15);
EXPECTEQ(buf[0], '8');
strcpy(buf, "xxxxxx");
strcpy(buf2, "xxxxxx");
wcscpy(wbuf, L"xxxxxx");
count = sscanf("ab\u0311\u0312cd", "a%[a-z]%l[^a-z]%c", buf, wbuf, buf2);
EXPECTEQ(count, 3);
EXPECTEQ(strcmp(buf, "b"), 0);
EXPECTEQ(wbuf[0], L'\u0311');
EXPECTEQ(wbuf[1], L'\u0312');
EXPECTEQ(strcmp(buf2, "cxxxxx"), 0);
printf("done\n");
if (numerrors > 0) {
printf("*** TEST FAILURES! ***\n");
}
return numerrors;
}
