private function preventCryptoSocketConflict(Vhost $new)
{
foreach ($this->vhosts as $old) {
// If both hosts are encrypted there is no conflict
if ($new->IsEncrypted() && $old->isEncrypted()) {
continue;
}
if ($new->matchesAddress($old->getAddress()) && $old->getPort() == $new->getPort()) {
throw new \LogicException(sprintf("Cannot register encrypted host `%s`; unencrypted " . "host `%s` registered on conflicting port `%s`", $new->IsEncrypted() ? $new->getId() : $old->getId(), $new->IsEncrypted() ? $old->getId() : $new->getId(), $new->getAddress() . ":" . $new->getPort()));
}
}
}
private function preventCryptoSocketConflict(Vhost $new)
{
foreach ($this->vhosts as $old) {
// If both hosts are encrypted or both unencrypted there is no conflict
if ($new->isEncrypted() == $old->isEncrypted()) {
continue;
}
foreach ($old->getInterfaces() as list($address, $port)) {
if (in_array($port, $new->getPorts($address))) {
throw new \LogicException(sprintf("Cannot register encrypted host `%s`; unencrypted " . "host `%s` registered on conflicting port `%s`", $new->IsEncrypted() ? $new->getName() : $old->getName() ?: "*", $new->IsEncrypted() ? $old->getName() : $new->getName() ?: "*", "{$address}:{$port}"));
}
}
}
}
