void SecurityPipeServer::generateSecConnection(Channel *tempPublChan)
{
NamedPipe *otherSideChannel = 0;
try {
DataInputStream svcInput(tempPublChan);
DataOutputStream svcOutput(tempPublChan);
UINT32 procId = svcInput.readUInt32();
// Check the id. If it is "right" process then generate
// transport handles specially for it.
if (!Environment::isItTheSamePathAsCurrent(procId)) {
throw Exception(_T("The process that has requested connection")
_T(" to the log server has not access right"));
}
// Give to process exclusive pipe handles
StringStorage randomName;
srand((unsigned)time(0));
for (int i = 0; i < 20; i++) {
randomName.appendChar('a' + rand() % ('z' - 'a'));
}
PipeServer pipeServer(randomName.getString(), 0, 1000);
otherSideChannel = PipeClient::connect(randomName.getString());
m_secChannel = pipeServer.accept();
HANDLE otherSideHandle = otherSideChannel->getHandle();
svcOutput.writeUInt64((UINT64)assignHandleFor(procId, otherSideHandle));
} catch (...) {
if (otherSideChannel != 0) delete otherSideChannel;
throw;
}
if (otherSideChannel != 0) delete otherSideChannel;
}
DesktopServerApplication::DesktopServerApplication(HINSTANCE appInstance, const TCHAR *commandLine)
: LocalWindowsApplication(appInstance),
m_clToSrvChan(0),
m_srvToClChan(0),
m_clToSrvGate(0),
m_srvToClGate(0),
m_dispatcher(0),
m_updHandlerSrv(0),
m_uiSrv(0),
m_cfgServer(0),
m_gateKickHandler(0),
m_sessionChangesWatcher(0)
{
DesktopServerCommandLine cmdLineParser;
cmdLineParser.parse(commandLine);
DWORD baseSessionId = WTS::getActiveConsoleSessionId();
StringStorage pathToLog;
cmdLineParser.getLogDir(&pathToLog);
if (!pathToLog.endsWith(_T('\\'))) {
pathToLog.appendChar(_T('\\'));
}
pathToLog.appendString(_T("dtserver.log"));
m_log = new FileLog(pathToLog.getString(), true);
Configurator::getInstance()->addListener(this);
m_log->changeLevel(cmdLineParser.getLogLevel());
Log::message(_T("Log level has been changed to %d"),
cmdLineParser.getLogLevel());
try {
StringStorage shMemName;
cmdLineParser.getSharedMemName(&shMemName);
SharedMemory shMem(shMemName.getString(), 72);
UINT64 *mem = (UINT64 *)shMem.getMemPointer();
HANDLE hWrite, hRead;
DateTime startTime = DateTime::now();
while (mem[0] == 0) {
unsigned int timeForWait = max((int)10000 -
(int)(DateTime::now() -
startTime).getTime(),
0);
if (timeForWait == 0) {
throw Exception(_T("The desktop server time out expired"));
}
}
hWrite = (HANDLE)mem[1];
hRead = (HANDLE)mem[2];
m_clToSrvChan = new AnonymousPipe(hWrite, hRead);
Log::info(_T("Client->server hWrite = %u; hRead = %u"), hWrite, hRead);
hWrite = (HANDLE)mem[3];
hRead = (HANDLE)mem[4];
m_srvToClChan = new AnonymousPipe(hWrite, hRead);
Log::info(_T("Server->client hWrite = %u; hRead = %u"), hWrite, hRead);
m_clToSrvGate = new BlockingGate(m_clToSrvChan);
m_srvToClGate = new BlockingGate(m_srvToClChan);
m_dispatcher = new DesktopSrvDispatcher(m_clToSrvGate, this);
m_updHandlerSrv = new UpdateHandlerServer(m_srvToClGate, m_dispatcher, this);
m_uiSrv = new UserInputServer(m_srvToClGate, m_dispatcher, this);
m_cfgServer = new ConfigServer(m_dispatcher);
m_gateKickHandler = new GateKickHandler(m_dispatcher);
m_dispatcher->resume();
m_sessionChangesWatcher = new SessionChangesWatcher(this);
} catch (Exception &e) {
Log::error(e.getMessage());
freeResources();
throw;
}
}
