int main(int argc, char **argv)
{
plan_tests(18);
ZeroFinderTest zf(fixed(-100), fixed(100), 0);
ok1(equals(zf.find_zero(fixed(-150)), fixed(-1)));
ok1(equals(zf.find_zero(fixed(0)), fixed(-1)));
// ok1(equals(zf.find_zero(fixed(140)), fixed(2.5))); ???
ok1(equals(zf.find_zero(fixed(140)), fixed(-1)));
ok1(equals(zf.find_min(fixed(-150)), fixed(0.75)));
ok1(equals(zf.find_min(fixed(0)), fixed(0.75)));
ok1(equals(zf.find_min(fixed(150)), fixed(0.75)));
ZeroFinderTest zf2(fixed(0), fixed(100), 0);
ok1(equals(zf2.find_zero(fixed(-150)), fixed(2.5)));
ok1(equals(zf2.find_zero(fixed(0)), fixed(2.5)));
ok1(equals(zf2.find_zero(fixed(140)), fixed(2.5)));
ZeroFinderTest zf3(fixed(0), fixed(10), 1);
ok1(equals(zf3.find_zero(fixed(-150)), fixed(1.584963)));
ok1(equals(zf3.find_zero(fixed(1)), fixed(1.584963)));
ok1(equals(zf3.find_zero(fixed(140)), fixed(1.584963)));
ZeroFinderTest zf4(fixed(0), fixed_pi + fixed(1), 2);
ok1(equals(zf4.find_zero(fixed(-150)), fixed_half_pi));
ok1(equals(zf4.find_zero(fixed(1)), fixed_half_pi));
ok1(equals(zf4.find_zero(fixed(140)), fixed_half_pi));
ok1(equals(zf4.find_min(fixed(-150)), fixed_pi));
ok1(equals(zf4.find_min(fixed(1)), fixed_pi));
ok1(equals(zf4.find_min(fixed(140)), fixed_pi));
return exit_status();
}
int main()
{
ifstream fp;
/*
fp.open("test.zip", ios_base::in | ios_base::binary);
if (fp.fail()) {
perror("zpp: can't open test.zip");
exit(1);
}
*/
/*
** this test assumes the existance of three .ZIP archives:
** "test.zip", "test2.zip", and "test3.zip".
** by putting different copies of "zipfmt.txt" inside of the
** archives, you can see the priority scheme at work. note that
** files on the actual filesystem will override .ZIP files
*/
try {
// build map of files in z.
zppZipArchive zf1(std::string("test.zip"));
zppZipArchive::dumpGlobalMap();
zppZipArchive::setDefaultPriority(20);
zppZipArchive zf2(std::string("test2.zip"));
zppZipArchive::dumpGlobalMap();
zppZipArchive::setDefaultPriority(10);
zppZipArchive zf3(std::string("test3.zip"));
zppZipArchive::dumpGlobalMap();
zppZipFileInfo *i;
// find the file in the archive
i = zf1.find("zipfmt.txt");
if (i == NULL) throw zppError("can't find file zipfmt.txt");
printf("<<contents of zipfmt.txt>>\n");
{
zppZipReader r(i);
char buf[13];
int cnt;
while ((cnt = r.read(buf,13)) > 0) {
fwrite(buf,1,cnt,stdout);
}
printf("<< end of first copy >>\n");
r.resetStream();
while ((cnt = r.read(buf,13)) > 0) {
fwrite(buf,1,cnt,stdout);
}
}
printf("<<end of zipfmt.txt>>\n");
fp.close();
} catch ( zppError e ) {
printf("zppError: %s\n",e.str.c_str());
}
return 0;
}
