HTTPProtocol::HTTPConnection::HTTPConnection(Protocol &proto,
const HostTarget &hostTarget)
: TCPConnection(proto, hostTarget),
+ subVersion(defaultSubVersion),
state(errorState), deferSendRequest(false)
{
const HostTarget &host = proxyHostTarget();
{
assert(state == idle);
+ // what version of HTTP/1 shall we use?
+ subVersion = getv<int>(kNetworkHttpUseVersion, defaultSubVersion);
+
flushOutput(false); // hold output until we're done
const Target &target = this->target();
if (transfer().useProxyHeaders()) {
- printfe("%s %s HTTP/1.1",
- mOperation.c_str(), target.urlForm().c_str());
+ printfe("%s %s HTTP/1.%d", mOperation.c_str(), target.urlForm().c_str(), subVersion);
authorizationHeader("Proxy-Authorization", hostTarget,
kNetworkGenericProxyUsername, kNetworkGenericProxyPassword);
} else {
- printfe("%s %s HTTP/1.1", mOperation.c_str(), target.path.c_str());
+ printfe("%s %s HTTP/1.%d", mOperation.c_str(), target.path.c_str(), subVersion);
}
hostHeader();
authorizationHeader("Authorization", target,
} else {
printfe("Content-length: %ld", size);
}
+ printfe("Content-Type: %s", getv<string>(kNetworkHttpPostContentType, "text/plain").c_str());
printfe(""); // end of headers
mode(source); // initiate autoWrite mode
} else {
} else { // end of headers
// we are now handling the transition from response headers to response body
observe(Observer::protocolReceive, "** END OF HEADER **");
+ observe(Observer::downloading, input);
// Transfer-Encoding overrides Content-Length as per RFC2616 p.34
if (const char *encoding = headers().find("Transfer-Encoding")) {