void Request::setCookies(const NVCollection& cookies)
{
std::string cookie;
for (NVCollection::ConstIterator it = cookies.begin(); it != cookies.end(); ++it) {
if (it != cookies.begin())
cookie.append("; ");
cookie.append(it->first);
cookie.append("=");
cookie.append(it->second);
}
add("Cookie", cookie);
}
int main(int argc, char** argv)
{
Logger::instance().add(new ConsoleChannel("debug", Level::Trace));
test::init();
net::SSLManager::initNoVerifyClient();
//
/// HTTP URL Tests
//
describe("url parser", []() {
http::URL url;
expect(url.scheme().empty());
expect(url.authority().empty());
expect(url.userInfo().empty());
expect(url.host().empty());
expect(url.port() == 0);
expect(url.path().empty());
expect(url.query().empty());
expect(url.fragment().empty());
http::URL url2("HTTP", "localhost", "/home/sourcey/foo.bar");
expect(url2.scheme() == "http");
expect(url2.host() == "localhost");
expect(url2.path() == "/home/sourcey/foo.bar");
http::URL url3("http", "www.sourcey.com", "/index.html");
expect(url3.scheme() == "http");
expect(url3.authority() == "www.sourcey.com");
expect(url3.host() == "www.sourcey.com");
expect(url3.path() == "/index.html");
http::URL url4("http", "www.sourcey.com:8000", "/index.html");
expect(url4.scheme() == "http");
expect(url4.authority() == "www.sourcey.com:8000");
expect(url4.host() == "www.sourcey.com");
expect(url4.path() == "/index.html");
http::URL url5("http", "[email protected]:8000", "/index.html");
expect(url5.scheme() == "http");
expect(url5.userInfo() == "user");
expect(url5.host() == "www.sourcey.com");
expect(url5.port() == 8000);
expect(url5.authority() == "[email protected]:8000");
expect(url5.path() == "/index.html");
http::URL url6("http", "[email protected]:80", "/index.html");
expect(url6.scheme() == "http");
expect(url6.userInfo() == "user");
expect(url6.host() == "www.sourcey.com");
expect(url6.port() == 80);
expect(url6.authority() == "[email protected]:80");
expect(url6.path() == "/index.html");
http::URL url7("http", "www.sourcey.com", "/index.html", "query=test", "fragment");
expect(url7.scheme() == "http");
expect(url7.authority() == "www.sourcey.com");
expect(url7.path() == "/index.html");
expect(url7.pathEtc() == "/index.html?query=test#fragment");
expect(url7.query() == "query=test");
expect(url7.fragment() == "fragment");
http::URL url8("http", "www.sourcey.com", "/index.html?query=test#fragment");
expect(url8.scheme() == "http");
expect(url8.authority() == "www.sourcey.com");
expect(url8.path() == "/index.html");
expect(url8.pathEtc() == "/index.html?query=test#fragment");
expect(url8.query() == "query=test");
expect(url8.fragment() == "fragment");
});
//
/// HTTP URL Parameters Tests
//
describe("url query parameters", []() {
NVCollection params;
http::splitURIParameters("/streaming?format=MJPEG&width=400&height=300&"
"encoding=Base64&packetizer=chunked&"
"rand=0.09983996045775712", params);
for (NVCollection::ConstIterator it = params.begin(); it != params.end(); ++it) {
// std::cout << "URL Parameter: " << it->first << ": " << it->second << endl;
}
expect(params.get("format") == "MJPEG");
expect(params.get("Format") == "MJPEG");
expect(params.get("width") == "400");
expect(params.get("WIDTH") == "400");
expect(params.get("height") == "300");
expect(params.get("encoding") == "Base64");
expect(params.get("ENCODING") == "Base64");
expect(params.get("packetizer") == "chunked");
expect(params.get("rand") == "0.09983996045775712");
expect(params.get("RaNd") == "0.09983996045775712");
expect(params.get("0") == "streaming");
});
//
/// Default HTTP Client Connection Test
//
describe("client connection download", []() {
std::string path(SCY_BUILD_DIR);
fs::addnode(path, "zlib-1.2.8.tar.gz");
auto conn = http::Client::instance().createConnection("http://zlib.net/fossils/zlib-1.2.8.tar.gz");
conn->Complete += [&](const http::Response& response) {
// std::cout << "Lerver response: "(response, )
};
conn->request().setMethod("GET");
conn->request().setKeepAlive(false);
conn->setReadStream(new std::ofstream(path, std::ios_base::out | std::ios_base::binary));
conn->send();
uv::runLoop();
expect(fs::exists(path));
expect(crypto::checksum("MD5", path) == "44d667c142d7cda120332623eab69f40");
fs::unlink(path);
});
// describe("secure client connection download", []() {
// auto conn = http::Client::instance().createConnection("https://anionu.com/assets/download/25/SpotInstaller.exe");
// conn->Complete += sdelegate(&context, &CallbackContext::onClientConnectionDownloadComplete);
// conn->request().setMethod("GET");
// conn->request().setKeepAlive(false);
// conn->setReadStream(new std::ofstream("SpotInstaller.exe", std::ios_base::out | std::ios_base::binary));
// conn->send();
// uv::runLoop();
// });
describe("client connection", []() {
auto conn = http::Client::instance().createConnection("http://google.com/");
// conn->Complete += sdelegate(&context, &CallbackContext::onClientConnectionComplete);
conn->Complete += [&](const http::Response& response) {
// std::cout << "Lerver response: "(response, )
};
conn->request().setKeepAlive(false);
// conn->setReadStream(new std::stringstream);
conn->send();
uv::runLoop();
expect(conn->closed());
expect(!conn->error().any());
});
describe("secure client connection", []() {
auto conn = http::Client::instance().createConnection("https://google.com/");
// conn->Complete += sdelegate(&context, &CallbackContext::onClientConnectionComplete);
conn->Complete += [&](const http::Response& response) {
// std::cout << "Lerver response: "(response, )
};
conn->request().setKeepAlive(false);
// conn->setReadStream(new std::stringstream);
conn->send();
uv::runLoop();
expect(conn->closed());
expect(!conn->error().any());
});
describe("replace connection adapter", []() {
auto url = http::URL("https://google.com");
auto conn = http::Client::instance().createConnection(url);
conn->Headers += [&](http::Response& response) {
std::cout << "On request headers: " << conn->request() << endl;
std::cout << "On response headers: " << response << endl;
};
conn->Payload += [&](const MutableBuffer& buffer) {
// std::cout << "On payload: " << buffer.size() << ": " << buffer.str() << endl;
};
conn->Complete += [&](const http::Response& response) {
// std::cout << "On response complete: " << response << endl;
conn->close();
};
conn->replaceAdapter(new http::ConnectionAdapter(conn.get(), HTTP_RESPONSE));
conn->request().setKeepAlive(false);
conn->send();
uv::runLoop();
expect(conn->closed());
expect(!conn->error().any());
});
//
/// Standalone HTTP Client Connection Test
//
describe("standalone client connection", []() {
http::ClientConnection conn("https://sourcey.com");
conn.Headers += [&](http::Response& response) {
// std::cout << "On response headers: " << response << endl;
};
conn.Payload += [&](const MutableBuffer& buffer) {
// std::cout << "On payload: " << buffer.size() << ": " << buffer.str() << endl;
};
conn.Complete += [&](const http::Response& response) {
// std::cout << "On response complete: " << response
// << conn.readStream<std::stringstream>().str() << endl;
// Force connection closure if the other side hasn't already
conn.close();
};
conn.setReadStream(new std::stringstream);
conn.send(); // send default GET /
uv::runLoop();
expect(conn.closed());
expect(!conn.error().any());
});
//
/// Server and Client Echo Tests
//
describe("websocket client and server", []() {
HTTPEchoTest test(100);
test.raiseServer();
auto conn = test.createConnection("ws", "/websocket");
conn->send("PING", 4);
uv::runLoop();
expect(conn->closed());
expect(!conn->error().any());
});
//
/// Google Drive Upload Test
//
// describe("google drive multipart upload", []() {
//
// // https://developers.google.com/drive/web/manage-uploads
// // Need a current OAuth2 access_token with https://www.googleapis.com/auth/drive.file
// // access scope for this to work
// std::string accessToken("ya29.1.AADtN_WY53y0jEgN_SWcmfp6VvAQ6asnYqbDi5CKEfzwL7lfNqtbUiLeL4v07b_I");
// std::string metadata("{ \"title\": \"My File\" }");
//
// #if 0
// auto conn = http::Client::instance().createConnection("https://www.googleapis.com/drive/v2/files");
// conn->Complete += sdelegate(&context, &CallbackContext::onAssetUploadComplete);
// conn->OutgoingProgress += sdelegate(&context, &CallbackContext::onAssetUploadProgress);
// conn->request().setMethod("POST");
// conn->request().setContentType("application/json");
// conn->request().setContentLength(2);
// conn->request().add("Authorization", "Bearer " + accessToken);
//
// // Send the request
// conn->send("{}", 2);
// #endif
//
// // Create the transaction
// auto conn = http::Client::instance().createConnection("https://www.googleapis.com/upload/drive/v2/files?uploadType=multipart");
// conn->request().setMethod("POST");
// conn->request().setChunkedTransferEncoding(false);
// conn->request().add("Authorization", "Bearer " + accessToken);
// conn->Complete += sdelegate(&context, &CallbackContext::onAssetUploadComplete);
// conn->OutgoingProgress += sdelegate(&context, &CallbackContext::onAssetUploadProgress);
//
// // Attach a HTML form writer for uploading files
// auto form = http::FormWriter::create(*conn,
// http::FormWriter::ENCODING_MULTIPART_RELATED);
//
// form->addPart("metadata", new http::StringPart(metadata, "application/json; charset=UTF-8"));
// //form->addPart("file", new http::StringPart("jew", "text/plain"));
// //form->addPart("file", new http::FilePart("D:/test.txt", "text/plain"));
// form->addPart("file", new http::FilePart("D:/test.jpg", "image/jpeg"));
//
// // Send the request
// conn->send();
//
// uv::runLoop();
// });
test::runAll();
http::Client::destroy();
return test::finalize();
}
StreamingOptions HTTPStreamingConnectionFactory::createStreamingOptions(http::ServerConnection& conn)
{
auto& request = conn.request();
// Parse streaming options from query
StreamingOptions options(_server);
NVCollection params;
request.getURIParameters(params);
FormatRegistry& formats = MediaFactory::instance().formats();
// An exception will be thrown if no format was provided,
// or if the request format is not registered.
options.oformat = formats.get(params.get("format", "MJPEG"));
if (params.has("width"))
options.oformat.video.width = util::strtoi<std::uint32_t>(params.get("width"));
if (params.has("height"))
options.oformat.video.height = util::strtoi<std::uint32_t>(params.get("height"));
if (params.has("fps"))
options.oformat.video.fps = util::strtoi<std::uint32_t>(params.get("fps"));
if (params.has("quality"))
options.oformat.video.quality = util::strtoi<std::uint32_t>(params.get("quality"));
// Response encoding and framing options
options.encoding = params.get("encoding", "");
options.framing = params.get("framing", "");
// Video captures must be initialized in the main thread.
// See MediaFactory::loadVideo
av::Device dev;
auto& media = av::MediaFactory::instance();
if (options.oformat.video.enabled) {
media.devices().getDefaultVideoCaptureDevice(dev);
InfoL << "Default video capture " << dev.id << endl;
options.videoCapture = media.createVideoCapture(dev.id);
options.videoCapture->getEncoderFormat(options.iformat);
}
if (options.oformat.audio.enabled) {
media.devices().getDefaultAudioInputDevice(dev);
InfoL << "Default audio capture " << dev.id << endl;
options.audioCapture = media.createAudioCapture(0,
options.oformat.audio.channels,
options.oformat.audio.sampleRate);
options.audioCapture->getEncoderFormat(options.iformat);
}
if (!options.audioCapture && !options.audioCapture) {
throw std::runtime_error("No audio or video devices are available for capture");
}
return options;
}
