public function testHitHashAndTime()
{
/*//
test that the hit hashing stuff is working from web requests.
//*/
$_SERVER['REMOTE_ADDR'] = '127.0.0.1';
$r1 = new Nether\Avenue\Router(static::$RequestData['Root']);
$r2 = new Nether\Avenue\Router(static::$RequestData['Test']);
(new Verify('verify that GetHitHash() returned a hashy looking thing.', strlen($r1->GetHitHash())))->equals(32);
(new Verify('verify that r1 and r2 GetHitHash() do not match.', $r1->GetHitHash() === $r2->GetHitHash()))->false();
(new Verify('verify GetHitTime() returned a float', is_float($r1->GetHitTime())))->true();
// it is actually plausable that a machine could be so fast that r1 and
// r2 register at the exact same microsecond. if you are seeing a failed
// test for r1 and r2 hit times matching, put a sleep(0.01) or something
// between them. i am not doing that now intentionally to see how long
// it takes for it to happen.
// if they do end up matching, that is not a failure of the libarary.
// in fact, that is a success. it means that two hits happend so fast
// that you should ignore one of them because seriously, stop spamming
// my server.
// i don't expect this to happen until we have warp capabilities anyway.
// at which point microtime is probably going to naturally be further
// down the decimal point hole anyway.
// it sure as f**k isn't going to happen on travis-ci.
(new Verify('verify that r1 and r2 GetHitTime()s do not match.', $r1->GetHitTime() === $r2->GetHitTime()))->false();
$h1 = $r1->GetHit();
(new Verify('verify that GetHit() returned data matching GetHitHash().', $h1->Hash))->equals($r1->GetHitHash());
(new Verify('verify that GetHit() returned data matching GetHitTime().', $h1->Time))->equals($r1->GetHitTime());
return;
}
