source: trunk/synergy/lib/arch/CArch.cpp@ 2751

/*
 * synergy -- mouse and keyboard sharing utility
 * Copyright (C) 2002 Chris Schoeneman
 * 
 * This package is free software you can redistribute it and/or
 * modify it under the terms of the GNU General Public License
 * found in the file COPYING that should have accompanied this file.
 * 
 * This package is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 */

#include "common.h"
#include "CArch.h"

#undef ARCH_CONSOLE
#undef ARCH_DAEMON
#undef ARCH_FILE
#undef ARCH_LOG
#undef ARCH_MULTITHREAD
#undef ARCH_NETWORK
#undef ARCH_SLEEP
#undef ARCH_STRING
#undef ARCH_SYSTEM
#undef ARCH_TASKBAR
#undef ARCH_TIME

// include appropriate architecture implementation
#if SYSAPI_WIN32
#       include "CArchConsoleWindows.h"
#       include "CArchDaemonWindows.h"
#       include "CArchFileWindows.h"
#       include "CArchLogWindows.h"
#       include "CArchMiscWindows.h"
#       include "CArchMultithreadWindows.h"
#       include "CArchNetworkWinsock.h"
#       include "CArchSleepWindows.h"
#       include "CArchStringWindows.h"
#       include "CArchSystemWindows.h"
#       include "CArchTaskBarWindows.h"
#       include "CArchTimeWindows.h"
#elif SYSAPI_UNIX
#       include "CArchConsoleUnix.h"
#       include "CArchDaemonUnix.h"
#       include "CArchFileUnix.h"
#       include "CArchLogUnix.h"
#       if HAVE_PTHREAD
#               include "CArchMultithreadPosix.h"
#       endif
#       include "CArchNetworkBSD.h"
#       include "CArchSleepUnix.h"
#       include "CArchStringUnix.h"
#       include "CArchSystemUnix.h"
#       include "CArchTaskBarXWindows.h"
#       include "CArchTimeUnix.h"
#endif

#if !defined(ARCH_CONSOLE)
#       error unsupported platform for console
#endif

#if !defined(ARCH_DAEMON)
#       error unsupported platform for daemon
#endif

#if !defined(ARCH_FILE)
#       error unsupported platform for file
#endif

#if !defined(ARCH_LOG)
#       error unsupported platform for logging
#endif

#if !defined(ARCH_MULTITHREAD)
#       error unsupported platform for multithreading
#endif

#if !defined(ARCH_NETWORK)
#       error unsupported platform for network
#endif

#if !defined(ARCH_SLEEP)
#       error unsupported platform for sleep
#endif

#if !defined(ARCH_STRING)
#       error unsupported platform for string
#endif

#if !defined(ARCH_SYSTEM)
#       error unsupported platform for system
#endif

#if !defined(ARCH_TASKBAR)
#       error unsupported platform for taskbar
#endif

#if !defined(ARCH_TIME)
#       error unsupported platform for time
#endif

//
// CArch
//

CArch*                                  CArch::s_instance = NULL;

CArch::CArch(ARCH_ARGS* args)
{
        // only once instance of CArch
        assert(s_instance == NULL);
        s_instance = this;

        // create architecture implementation objects
        m_mt      = new ARCH_MULTITHREAD;
        m_system  = new ARCH_SYSTEM;
        m_file    = new ARCH_FILE;
        m_log     = new ARCH_LOG;
        m_net     = new ARCH_NETWORK;
        m_sleep   = new ARCH_SLEEP;
        m_string  = new ARCH_STRING;
        m_time    = new ARCH_TIME;
        m_console = new ARCH_CONSOLE(args);
        m_daemon  = new ARCH_DAEMON;
        m_taskbar = new ARCH_TASKBAR(args);

#if SYSAPI_WIN32
        CArchMiscWindows::init();
#endif
}

CArch::~CArch()
{
        // clean up
        delete m_taskbar;
        delete m_daemon;
        delete m_console;
        delete m_time;
        delete m_string;
        delete m_sleep;
        delete m_net;
        delete m_log;
        delete m_file;
        delete m_system;
        delete m_mt;

        // no instance
        s_instance = NULL;
}

CArch*
CArch::getInstance()
{
        assert(s_instance != NULL);

        return s_instance;
}

void
CArch::openConsole(const char* title)
{
        m_console->openConsole(title);
}

void
CArch::closeConsole()
{
        m_console->closeConsole();
}

void
CArch::showConsole(bool showIfEmpty)
{
        m_console->showConsole(showIfEmpty);
}

void
CArch::writeConsole(const char* str)
{
        m_console->writeConsole(str);
}

const char*
CArch::getNewlineForConsole()
{
        return m_console->getNewlineForConsole();
}

void
CArch::installDaemon(const char* name,
                                const char* description,
                                const char* pathname,
                                const char* commandLine,
                                const char* dependencies,
                                bool allUsers)
{
        m_daemon->installDaemon(name, description, pathname,
                                                        commandLine, dependencies, allUsers);
}

void
CArch::uninstallDaemon(const char* name, bool allUsers)
{
        m_daemon->uninstallDaemon(name, allUsers);
}

int
CArch::daemonize(const char* name, DaemonFunc func)
{
        return m_daemon->daemonize(name, func);
}

bool
CArch::canInstallDaemon(const char* name, bool allUsers)
{
        return m_daemon->canInstallDaemon(name, allUsers);
}

bool
CArch::isDaemonInstalled(const char* name, bool allUsers)
{
        return m_daemon->isDaemonInstalled(name, allUsers);
}

const char*
CArch::getBasename(const char* pathname)
{
        return m_file->getBasename(pathname);
}

std::string
CArch::getUserDirectory()
{
        return m_file->getUserDirectory();
}

std::string
CArch::getSystemDirectory()
{
        return m_file->getSystemDirectory();
}

std::string
CArch::concatPath(const std::string& prefix, const std::string& suffix)
{
        return m_file->concatPath(prefix, suffix);
}

void
CArch::openLog(const char* name)
{
        m_log->openLog(name);
}

void
CArch::closeLog()
{
        m_log->closeLog();
}

void
CArch::showLog(bool showIfEmpty)
{
        m_log->showLog(showIfEmpty);
}

void
CArch::writeLog(ELevel level, const char* msg)
{
        m_log->writeLog(level, msg);
}

CArchCond
CArch::newCondVar()
{
        return m_mt->newCondVar();
}

void
CArch::closeCondVar(CArchCond cond)
{
        m_mt->closeCondVar(cond);
}

void
CArch::signalCondVar(CArchCond cond)
{
        m_mt->signalCondVar(cond);
}

void
CArch::broadcastCondVar(CArchCond cond)
{
        m_mt->broadcastCondVar(cond);
}

bool
CArch::waitCondVar(CArchCond cond, CArchMutex mutex, double timeout)
{
        return m_mt->waitCondVar(cond, mutex, timeout);
}

CArchMutex
CArch::newMutex()
{
        return m_mt->newMutex();
}

void
CArch::closeMutex(CArchMutex mutex)
{
        m_mt->closeMutex(mutex);
}

void
CArch::lockMutex(CArchMutex mutex)
{
        m_mt->lockMutex(mutex);
}

void
CArch::unlockMutex(CArchMutex mutex)
{
        m_mt->unlockMutex(mutex);
}

CArchThread
CArch::newThread(ThreadFunc func, void* data)
{
        return m_mt->newThread(func, data);
}

CArchThread
CArch::newCurrentThread()
{
        return m_mt->newCurrentThread();
}

CArchThread
CArch::copyThread(CArchThread thread)
{
        return m_mt->copyThread(thread);
}

void
CArch::closeThread(CArchThread thread)
{
        m_mt->closeThread(thread);
}

void
CArch::cancelThread(CArchThread thread)
{
        m_mt->cancelThread(thread);
}

void
CArch::setPriorityOfThread(CArchThread thread, int n)
{
        m_mt->setPriorityOfThread(thread, n);
}

void
CArch::testCancelThread()
{
        m_mt->testCancelThread();
}

bool
CArch::wait(CArchThread thread, double timeout)
{
        return m_mt->wait(thread, timeout);
}

bool
CArch::isSameThread(CArchThread thread1, CArchThread thread2)
{
        return m_mt->isSameThread(thread1, thread2);
}

bool
CArch::isExitedThread(CArchThread thread)
{
        return m_mt->isExitedThread(thread);
}

void*
CArch::getResultOfThread(CArchThread thread)
{
        return m_mt->getResultOfThread(thread);
}

IArchMultithread::ThreadID
CArch::getIDOfThread(CArchThread thread)
{
        return m_mt->getIDOfThread(thread);
}

void
CArch::setSignalHandler(ESignal signal, SignalFunc func, void* userData)
{
        m_mt->setSignalHandler(signal, func, userData);
}

void
CArch::raiseSignal(ESignal signal)
{
        m_mt->raiseSignal(signal);
}

CArchSocket
CArch::newSocket(EAddressFamily family, ESocketType type)
{
        return m_net->newSocket(family, type);
}

CArchSocket
CArch::copySocket(CArchSocket s)
{
        return m_net->copySocket(s);
}

void
CArch::closeSocket(CArchSocket s)
{
        m_net->closeSocket(s);
}

void
CArch::closeSocketForRead(CArchSocket s)
{
        m_net->closeSocketForRead(s);
}

void
CArch::closeSocketForWrite(CArchSocket s)
{
        m_net->closeSocketForWrite(s);
}

void
CArch::bindSocket(CArchSocket s, CArchNetAddress addr)
{
        m_net->bindSocket(s, addr);
}

void
CArch::listenOnSocket(CArchSocket s)
{
        m_net->listenOnSocket(s);
}

CArchSocket
CArch::acceptSocket(CArchSocket s, CArchNetAddress* addr)
{
        return m_net->acceptSocket(s, addr);
}

bool
CArch::connectSocket(CArchSocket s, CArchNetAddress name)
{
        return m_net->connectSocket(s, name);
}

int
CArch::pollSocket(CPollEntry pe[], int num, double timeout)
{
        return m_net->pollSocket(pe, num, timeout);
}

void
CArch::unblockPollSocket(CArchThread thread)
{
        m_net->unblockPollSocket(thread);
}

size_t
CArch::readSocket(CArchSocket s, void* buf, size_t len)
{
        return m_net->readSocket(s, buf, len);
}

size_t
CArch::writeSocket(CArchSocket s, const void* buf, size_t len)
{
        return m_net->writeSocket(s, buf, len);
}

void
CArch::throwErrorOnSocket(CArchSocket s)
{
        m_net->throwErrorOnSocket(s);
}

bool
CArch::setNoDelayOnSocket(CArchSocket s, bool noDelay)
{
        return m_net->setNoDelayOnSocket(s, noDelay);
}

bool
CArch::setReuseAddrOnSocket(CArchSocket s, bool reuse)
{
        return m_net->setReuseAddrOnSocket(s, reuse);
}

std::string
CArch::getHostName()
{
        return m_net->getHostName();
}

CArchNetAddress
CArch::newAnyAddr(EAddressFamily family)
{
        return m_net->newAnyAddr(family);
}

CArchNetAddress
CArch::copyAddr(CArchNetAddress addr)
{
        return m_net->copyAddr(addr);
}

CArchNetAddress
CArch::nameToAddr(const std::string& name)
{
        return m_net->nameToAddr(name);
}

void
CArch::closeAddr(CArchNetAddress addr)
{
        m_net->closeAddr(addr);
}

std::string
CArch::addrToName(CArchNetAddress addr)
{
        return m_net->addrToName(addr);
}

std::string
CArch::addrToString(CArchNetAddress addr)
{
        return m_net->addrToString(addr);
}

IArchNetwork::EAddressFamily
CArch::getAddrFamily(CArchNetAddress addr)
{
        return m_net->getAddrFamily(addr);
}

void
CArch::setAddrPort(CArchNetAddress addr, int port)
{
        m_net->setAddrPort(addr, port);
}

int
CArch::getAddrPort(CArchNetAddress addr)
{
        return m_net->getAddrPort(addr);
}

bool
CArch::isAnyAddr(CArchNetAddress addr)
{
        return m_net->isAnyAddr(addr);
}

bool
CArch::isEqualAddr(CArchNetAddress a, CArchNetAddress b)
{
        return m_net->isEqualAddr(a, b);
}

void
CArch::sleep(double timeout)
{
        m_sleep->sleep(timeout);
}

int
CArch::vsnprintf(char* str, int size, const char* fmt, va_list ap)
{
        return m_string->vsnprintf(str, size, fmt, ap);
}

int
CArch::convStringMBToWC(wchar_t* dst, const char* src, UInt32 n, bool* errors)
{
        return m_string->convStringMBToWC(dst, src, n, errors);
}

int
CArch::convStringWCToMB(char* dst, const wchar_t* src, UInt32 n, bool* errors)
{
        return m_string->convStringWCToMB(dst, src, n, errors);
}

IArchString::EWideCharEncoding
CArch::getWideCharEncoding()
{
        return m_string->getWideCharEncoding();
}

std::string
CArch::getOSName() const
{
        return m_system->getOSName();
}

void
CArch::addReceiver(IArchTaskBarReceiver* receiver)
{
        m_taskbar->addReceiver(receiver);
}

void
CArch::removeReceiver(IArchTaskBarReceiver* receiver)
{
        m_taskbar->removeReceiver(receiver);
}

void
CArch::updateReceiver(IArchTaskBarReceiver* receiver)
{
        m_taskbar->updateReceiver(receiver);
}

double
CArch::time()
{
        return m_time->time();
}