ActionResponse Service::onAction(const std::string& action, const xml::Document& doc)
{
try
{
ActionResponse response(action, ServiceType::ConnectionManager);
auto request = doc.getFirstChild();
switch (actionFromString(action))
{
case Action::GetProtocolInfo:
response.addArgument("Source", getVariable(Variable::SourceProtocolInfo).getValue());
response.addArgument("Sink", getVariable(Variable::SinkProtocolInfo).getValue());
break;
case Action::PrepareForConnection:
{
ConnectionInfo connInfo;
connInfo.peerConnectionManager = request.getChildNodeValue("PeerConnectionManager");
connInfo.peerConnectionId = std::stoi(request.getChildNodeValue("PeerConnectionID"));
connInfo.direction = directionFromString(request.getChildNodeValue("Direction"));
ProtocolInfo protoInfo(request.getChildNodeValue("RemoteProtocolInfo"));;
m_connectionManager.prepareForConnection(protoInfo, connInfo);
response.addArgument("ConnectionID", std::to_string(connInfo.connectionId));
response.addArgument("AVTransportID", std::to_string(connInfo.avTransportId));
response.addArgument("RcsID", std::to_string(connInfo.renderingControlServiceId));
break;
}
case Action::ConnectionComplete:
m_connectionManager.connectionComplete(std::stoi(request.getChildNodeValue("ConnectionID")));
break;
case Action::GetCurrentConnectionIDs:
response.addArgument("ConnectionIDs", getVariable(Variable::CurrentConnectionIds).getValue());
break;
case Action::GetCurrentConnectionInfo:
{
auto connInfo = m_connectionManager.getCurrentConnectionInfo(std::stoi(request.getChildNodeValue("ConnectionID")));
response.addArgument("RcsID", std::to_string(connInfo.renderingControlServiceId));
response.addArgument("AVTransportID", std::to_string(connInfo.avTransportId));
response.addArgument("ProtocolInfo", connInfo.protocolInfo.toString());
response.addArgument("PeerConnectionManager", connInfo.peerConnectionManager);
response.addArgument("PeerConnectionID", std::to_string(connInfo.peerConnectionId));
response.addArgument("Direction", toString(connInfo.direction));
response.addArgument("Status", toString(connInfo.connectionStatus));
break;
}
default:
throw InvalidActionException();
}
return response;
}
catch (std::exception& e)
{
log::error("Error processing ConnectionManager request: %s", e.what());
throw InvalidActionException();
}
}
void APEditHandler::move(Direction direction)
{
if (direction == Forward) current++;
QString joinedActions = history[current];
QStringList actions = joinedActions.split(ActionSeparator);
foreach (QString serializedAction, actions) {
QStringList tokens = serializedAction.split(InfoSeparator);
EditAction action = actionFromString(tokens.first());
QString info = tokens.last();
EPSegment *segment;
switch (action) {
case Create: // info is just a serialized segment
case Remove: {
segment = EPSegment::unserialize(info);
if ((direction == Forward && action == Create)
|| (direction == Backward && action == Remove))
profile->addSegment(segment, true);
else
profile->removeSegmentWithId(segment->id(), true);
break;
}
case Update: { // info has format: id:property=prev-next
QStringList idAndChange = info.split(":");
int id = idAndChange.first().toInt();
segment = profile->segmentWithId(id);
if (!segment) {
qCritical("APEditHandler::move() => no segment found for "
"requested id %i",
id);
}
segment->pushSerializedChange(idAndChange.last(), direction);
break;
}
case None:
break;
}
}
Command *CommandParser::parse(const std::vector<std::string> &argv) {
command_.clear();
if (argv.begin() == argv.end()) {
std::clog << "error: no command specified.\n"
"See 'irony-server help' to list available commands\n";
return 0;
}
const std::string &actionStr = argv[0];
command_.action = actionFromString(actionStr);
bool handleUnsaved = false;
bool readCompileOptions = false;
std::vector<std::function<bool(const std::string &)>> positionalArgs;
switch (command_.action) {
case Command::SetDebug:
positionalArgs.push_back(OptionConverter(&command_.opt));
break;
case Command::Parse:
positionalArgs.push_back(StringConverter(&command_.file));
handleUnsaved = true;
readCompileOptions = true;
break;
case Command::Complete:
positionalArgs.push_back(StringConverter(&command_.file));
positionalArgs.push_back(UnsignedIntConverter(&command_.line));
positionalArgs.push_back(UnsignedIntConverter(&command_.column));
handleUnsaved = true;
readCompileOptions = true;
break;
case Command::GetType:
positionalArgs.push_back(UnsignedIntConverter(&command_.line));
positionalArgs.push_back(UnsignedIntConverter(&command_.column));
break;
case Command::Diagnostics:
case Command::Help:
case Command::Exit:
// no-arguments commands
break;
case Command::GetCompileOptions:
positionalArgs.push_back(StringConverter(&command_.dir));
positionalArgs.push_back(StringConverter(&command_.file));
break;
case Command::Unknown:
std::clog << "error: invalid command specified: " << actionStr << "\n";
return 0;
}
auto argIt = argv.begin() + 1;
int argCount = std::distance(argIt, argv.end());
// parse optional arguments come first
while (argIt != argv.end()) {
// '-' is allowed as a "default" file, this isn't an option but a positional
// argument
if ((*argIt)[0] != '-' || *argIt == "-")
break;
const std::string &opt = *argIt;
++argIt;
argCount--;
if (handleUnsaved) {
// TODO: handle multiple unsaved files
if (opt == "--num-unsaved=1") {
command_.unsavedFiles.resize(1);
}
} else {
std::clog << "error: invalid option for '" << actionStr << "': '" << opt
<< "' unknown\n";
return 0;
}
}
if (argCount != static_cast<int>(positionalArgs.size())) {
std::clog << "error: invalid number of arguments for '" << actionStr
<< "' (requires " << positionalArgs.size() << " got " << argCount
<< ")\n";
return 0;
}
for (auto fn : positionalArgs) {
if (!fn(*argIt)) {
std::clog << "error: parsing command '" << actionStr
<< "': invalid argument '" << *argIt << "'\n";
return 0;
}
++argIt;
}
// '-' is used as a special file to inform that the buffer hasn't been saved
// on disk and only the buffer content is available. libclang needs a file, so
// this is treated as a special value for irony-server to create a temporary
// file for this. note taht libclang will gladly accept '-' as a filename but
// we don't want to let this happen since irony already reads stdin.
if (command_.file == "-") {
command_.file = tempFile_.getPath();
}
// When a file is provided, the next line contains the compilation options to
// pass to libclang.
if (readCompileOptions) {
std::string compileOptions;
std::getline(std::cin, compileOptions);
command_.flags = unescapeCommandLine(compileOptions);
}
// read unsaved files
// filename
// filesize
// <file content...>
for (auto &p : command_.unsavedFiles) {
std::getline(std::cin, p.first);
unsigned length;
std::string filesizeStr;
std::getline(std::cin, filesizeStr);
UnsignedIntConverter uintConverter(&length);
if (!uintConverter(filesizeStr)) {
std::clog << "error: invalid file size '" << filesizeStr << "'\n";
return 0;
}
p.second.resize(length);
std::cin.read(p.second.data(), p.second.size());
CXUnsavedFile cxUnsavedFile;
cxUnsavedFile.Filename = p.first.c_str();
cxUnsavedFile.Contents = p.second.data();
cxUnsavedFile.Length = p.second.size();
command_.cxUnsavedFiles.push_back(cxUnsavedFile);
char nl;
std::cin.read(&nl, 1);
if (nl != '\n') {
std::clog << "error: missing newline for unsaved file content\n";
return 0;
}
}
return &command_;
}
