/**
* ブラウザとの間に新しいソケットを開く
*/
void YASWebProxy::openNewSocket()
{
QTcpSocket* socket = server->nextPendingConnection();
connect(socket, SIGNAL(readyRead()), this, SLOT(openTunnel()));
connect(socket, SIGNAL(disconnected()), socket, SLOT(deleteLater()));
HttpParser* parser = new HttpParser(HttpParser::REQUEST, socket);
parser->setObjectName("requestParser");
connect(parser, SIGNAL(completeMessage(QByteArray)), this, SLOT(onRequest(QByteArray)));
}
// Initiates a simple GET request to the transport
void SetUp() override {
EXPECT_CALL(m_server, onRequest(_))
.WillOnce(Invoke([] (std::shared_ptr<ProxygenTransport> transport) {
transport->setEnqueued();
}));
auto req = getRequest(HTTPMethod::GET);
m_transport->onHeadersComplete(std::move(req));
m_transport->onEOM();
}
void i2c_init(void) {
I2C_ADDR_DDR = 0x40; // All pins input
I2C_ADDR_PORT = 0x0F; // PC0 - PC3 enable pullup
begin(~I2C_ADDR_PIN & 0x0F);
onReceive(receiveEvent);
onRequest(requestEvent);
return;
}
void Connection::onRead( const boost::system::error_code& err, size_t bytes )
{
std::cout << "On read..." << bytes << std::endl;
if ( err )
{
std::cout << err.message() << " in onRead" << std::endl;
stop();
return;
}
std::string msg( _bigReadBuffer, bytes );
//std::cout << "From " << _login << " client: " << msg << std::endl;
Stanza st;
try
{
st.load( msg );
}
catch ( ... )
{
std::cout << "Corrupted XML stanza" << std::endl;
stop();
return;
}
// if ( ( _loggedIn == false ) && ( st.getStanzaType() != Stanza::IQ ||
// ( st.getSubType() != Stanza::SIGNIN && st.getSubType() != Stanza::SIGNUP ) ) )
// {
// stop();
// return;
// }
switch ( st.getStanzaType() )
{
case Stanza::MESSAGE:
onMessage( st );
break;
case Stanza::PRESENCE:
onPresence();
break;
case Stanza::IQ:
onRequest( st );
break;
case Stanza::ROASTER:
onRoaster();
break;
default:
break;
}
}
TEST(GTestHttpEcho, TestConnectionClose) {
GTestOnEnd::clear();
GTestOnClose::clear();
GTestHttpServerOnEnd::clear();
GTestHttpClientOnResponse::clear();
String::CPtr msg = String::create("xyz");
http::Server::Ptr srv = http::Server::create();
GTestHttpServerOnRequest::Ptr onRequest(
new GTestHttpServerOnRequest(srv, NUM_REQS));
srv->on(http::Server::EVENT_REQUEST, onRequest);
srv->listen(10000);
String::CPtr url = String::create("http://127.0.0.1:10000/abc");
JsObject::Ptr options = url::parse(url);
JsObject::Ptr headers = JsObject::create();
headers->put(
http::HEADER_CONNECTION,
String::create("close"));
headers->put(
http::HEADER_CONTENT_LENGTH,
String::valueOf(Buffer::byteLength(msg)));
options->put(http::OPTION_HEADERS, headers);
GTestHttpClientOnResponse::Ptr onResponse(new GTestHttpClientOnResponse());
for (Size i = 0; i < NUM_REQS; i++) {
http::ClientRequest::Ptr req = http::request(options, onResponse);
req->write(msg);
req->end();
}
node::run();
ASSERT_EQ(0, GTestOnClose::count());
JsArray::CPtr messages = GTestOnEnd::messages();
JsArray::CPtr statusCodes = GTestHttpClientOnResponse::statusCodes();
Size numMsgs = messages->length();
Size numCodes = statusCodes->length();
ASSERT_EQ(NUM_REQS, numMsgs);
ASSERT_EQ(NUM_REQS, numCodes);
for (Size i = 0; i < numMsgs; i++) {
ASSERT_TRUE(messages->get(i).equals(msg));
ASSERT_TRUE(statusCodes->get(i).equals(200));
console::printf(console::INFO, ".");
}
console::printf(console::INFO, "\n");
}
void StormService::update(int64_t ms) {
StormListener::Packet* packet;
while (m_listener->m_queue.pop_front(packet, ms)) {
switch (packet->type) {
case StormListener::PacketType_Accept:
onAccept(packet->conn);
break;
case StormListener::PacketType_Close:
onClose(packet->conn, packet->closeType);
break;
case StormListener::PacketType_Packet:
onRequest(packet->conn, packet->data.c_str(), packet->data.size());
break;
}
delete packet;
}
}
void Channel::onMessage(Json::Value &jsonObj)
{
LOGI("%s:receive:%s",m_sComponentName.c_str(),jsonObj.toStyledString().data());
bool run = false;
// id
if (jsonObj.isMember("id"))
{
int msgID = jsonObj["id"].asInt();
if(jsonObj.isMember("result")){
if(msgID==m_iIDRegRequest){
run=true;
m_iIDStart = jsonObj["result"].asInt();
m_iGenerateId= m_iIDStart;
onRegistered();
}
else if(msgID == m_iIDUnRegRequest){
run=true;
m_iIDUnRegRequest=jsonObj["result"].asInt();
onUnregistered();
}
else
{
run=true;
onResult(jsonObj);
}
}
else if(jsonObj.isMember("error")){
run=true;
onError(jsonObj["error"].asString());
}
else{
run=true;
onRequest(jsonObj);
}
}
else
{
run=true;
onNotification(jsonObj);
}
if(!run){
LOGE("NOT USED");
}
}
int CEspProtocolThread::run()
{
Link();
try
{
bool can_continue = false;
do
{
can_continue = onRequest();
}
while (can_continue);
}
catch (IException *e)
{
StringBuffer estr;
ERRLOG("Exception(%d, %s) in CEspProtocolThread::run while processing request.", e->errorCode(), e->errorMessage(estr).str());
e->Release();
}
catch(...)
{
ERRLOG("Unknown Exception in CEspProtocolThread::run while processing request.");
}
if(!keepAlive)
{
try
{
m_socket->shutdown();
m_socket->close();
}
catch (IException *e)
{
StringBuffer estr;
DBGLOG("Exception(%d, %s) - in CEspProtocolThread::run while closing socket.", e->errorCode(), e->errorMessage(estr).str());
e->Release();
}
catch(...)
{
DBGLOG("General Exception - in CEspProtocolThread::run while closing socket.");
}
}
Release();
return 0;
}
void InputMethodManager::load() {
FCITX_D();
auto inputMethods = d->addonManager_->addonNames(AddonCategory::InputMethod);
auto &path = StandardPath::global();
auto files = path.multiOpenAll(StandardPath::Type::Data, "fcitx5/inputmethod", O_RDONLY, filter::Suffix(".conf"));
for (const auto &file : files) {
auto &files = file.second;
RawConfig config;
// reverse the order, so we end up parse user file at last.
for (auto iter = files.rbegin(), end = files.rend(); iter != end; iter++) {
auto fd = iter->fd();
readFromIni(config, fd);
}
InputMethodInfo imInfo;
imInfo.load(config);
InputMethodEntry entry = toInputMethodEntry(imInfo);
if (checkEntry(entry, inputMethods) && d->entries_.count(entry.uniqueName()) == 0) {
d->entries_.emplace(std::string(entry.uniqueName()), std::move(entry));
}
}
for (const auto &addonName : inputMethods) {
auto addonInfo = d->addonManager_->addonInfo(addonName);
// on request input method should always provides entry with config file
if (!addonInfo || addonInfo->onRequest()) {
continue;
}
auto engine = static_cast<InputMethodEngine *>(d->addonManager_->addon(addonName));
if (!engine) {
continue;
}
auto newEntries = engine->listInputMethods();
for (auto &newEntry : newEntries) {
// ok we can't let you register something werid.
if (checkEntry(newEntry, inputMethods) && newEntry.addon() == addonName &&
d->entries_.count(newEntry.uniqueName()) == 0) {
d->entries_.emplace(std::string(newEntry.uniqueName()), std::move(newEntry));
}
}
}
loadConfig();
}
void CV8DebugAdapter::onCommand(int id, const QVariantMap& Command)
{
Q_ASSERT(attached || id == 0);
QString typeStr = Command["type"].toString();
QVariantMap Attributes = Command["attributes"].toMap();
//QByteArray Temp = QJson::Serializer().serialize(Attributes);
//qDebug() << "cmd: " << typeStr;
pending.insert(id, typeStr);
QJson::Serializer json;
QVariantMap Response;
if(typeStr == "Interrupt")
{
QVariantMap Variant;
Variant["seq"] = id;
Variant["type"] = "request";
Variant["command"] = "suspend";
QByteArray arrJson = json.serialize(Variant);
onRequest(arrJson);
}
else if(typeStr == "Continue" || typeStr == "StepInto" || typeStr == "StepOver" || typeStr == "StepOut" || typeStr == "Resume")
{
// Note: Resume is an internal command mostly equivalent to Continue, but not exposed in the gui,
// it is used to resume after breaks that are not intended to start interactive debugging.
// The debugger assumes that every event breaks the exectiotion, which is here not the case here,
// custome events dont stop the engine, those we ignore Resume commands if running is true
if(!(typeStr == "Resume" && running))
{
// we have to preemptivly set the flag
// or else we would have a short window in which we could mistake the engine for being halted while it actually runs.
running = true;
QVariantMap Variant;
Variant["seq"] = id;
Variant["type"] = "request";
Variant["command"] = "continue";
Q_ASSERT(step == eNone || typeStr == "Resume");
if(typeStr == "StepInto" || typeStr == "StepOver" || typeStr == "StepOut")
{
QVariantMap Arguments;
if(typeStr == "StepInto")
{
step = eIn;
Arguments["stepaction"] = "in";
}
else if(typeStr == "StepOver")
{
step = eNext;
Arguments["stepaction"] = "next";
}
else if(typeStr == "StepOut")
{
step = eOut;
Arguments["stepaction"] = "out";
}
//Arguments["stepcount"] = 1; // default is 1
Variant["arguments"] = Arguments;
}
QByteArray arrJson = json.serialize(Variant);
onRequest(arrJson);
}
Response["async"] = true;
}
else if(typeStr == "RunToLocation" || typeStr == "RunToLocationByID")
{
step = eLocation;
{
QVariantMap AuxCommand;
AuxCommand["type"] = "SetBreakpoint";
QVariantMap out;
if(typeStr == "RunToLocationByID")
out["scriptId"] = Attributes["scriptId"];
else
out["fileName"] = Attributes["fileName"];
out["lineNumber"] = Attributes["lineNumber"];
out["enabled"] = true;
out["singleShot"] = true;
QVariantMap AuxAttributes;
AuxAttributes["breakpointData"] = out;
AuxCommand["attributes"] = AuxAttributes;
onCommand(0, AuxCommand);
}
{
QVariantMap AuxCommand;
AuxCommand["type"] = "Resume";
onCommand(0, AuxCommand);
}
Response["async"] = true;
}
// {"seq":157,"type":"request","command":"restartframe","arguments":{"frame":0}} resets a frame
else if(typeStr == "ForceReturn") // Used only in console commands
{
// Note: V8 currently does not support terminating frame execution early
qDebug() << "Forced Return is Not Supported by V8";
}
else if(typeStr == "SetBreakpoint")
{
QVariantMap in = Attributes["breakpointData"].toMap();
if(id != 0) // Note: breakpoint sets issued internaly are not listed
breakpoints.insert(-id, in);
QVariantMap Variant;
Variant["seq"] = id;
Variant["type"] = "request";
Variant["command"] = "setbreakpoint";
QVariantMap Arguments;
if(in["scriptId"].toInt() != 0)
{
Arguments["type"] = "scriptId";
Arguments["target"] = in["scriptId"];
}
else
{
Arguments["type"] = "script";
Arguments["target"] = in["fileName"];
}
Arguments["line"] = in["lineNumber"];
//Arguments["column"]
Arguments["enabled"] = in["enabled"];
Arguments["ignoreCount"] = in["ignoreCount"];
Arguments["condition"] = in["condition"];
Variant["arguments"] = Arguments;
QByteArray arrJson = json.serialize(Variant);
onRequest(arrJson);
return;
}
else if(typeStr == "DeleteBreakpoint")
{
breakpoints.remove(Attributes["breakpointId"].toInt());
QVariantMap Variant;
Variant["seq"] = id;
Variant["type"] = "request";
Variant["command"] = "clearbreakpoint";
QVariantMap Arguments;
Arguments["breakpoint"] = Attributes["breakpointId"].toInt();
Variant["arguments"] = Arguments;
QByteArray arrJson = json.serialize(Variant);
onRequest(arrJson);
}
else if(typeStr == "DeleteAllBreakpoints")
{
foreach(int break_id, breakpoints.keys())
{
QVariantMap AuxCommand;
AuxCommand["type"] = "DeleteBreakpoint";
QVariantMap AuxAttributes;
AuxAttributes["breakpointId"] = break_id;
AuxCommand["attributes"] = AuxAttributes;
onCommand(0, AuxCommand);
}
}
