예제 #1
0
C4Player* C4PlayerList::Join(const char *szFilename, bool fScenarioInit, int iAtClient, const char *szAtClientName, C4PlayerInfo *pInfo, C4ValueNumbers * numbers)
{
	assert(pInfo);
	assert(fScenarioInit || numbers);

	// safeties
	if (szFilename && !*szFilename) szFilename = NULL;

	// Log
	LogF(LoadResStr(fScenarioInit ? "IDS_PRC_JOINPLR" : "IDS_PRC_RECREATE"),pInfo->GetName());

	// Too many players
	if (1) // replay needs to check, too!
		if (GetCount()+1>Game.Parameters.MaxPlayers)
		{
			LogF(LoadResStr("IDS_PRC_TOOMANYPLRS"),Game.Parameters.MaxPlayers);
			return NULL;
		}

	// Check duplicate file usage
	if (szFilename) if (FileInUse(szFilename))
			{ Log(LoadResStr("IDS_PRC_PLRFILEINUSE")); return NULL; }

	// Create
	C4Player *pPlr = new C4Player;

	// Append to player list
	C4Player *pLast=First;
	while (pLast && pLast->Next) pLast=pLast->Next;
	if (pLast) pLast->Next=pPlr; else First = pPlr;

	// Init
	if (!pPlr->Init(GetFreeNumber(),iAtClient,szAtClientName,szFilename,fScenarioInit,pInfo, numbers))
		{ Remove(pPlr, false, false); Log(LoadResStr("IDS_PRC_JOINFAIL")); return NULL; }

	// Done
	return pPlr;
}
예제 #2
0
int main(int argc, char* argv[])
{
    int iTestCase = 0;

    bErrorVerbose = true;

    char pszDecision[20];

    for (;;)
    {
        // Get the pointers to the functions for disabling and enabling interception...
        getInterceptionDisablers();

        uninterceptedPrint("=== HOLODECK FAULT TESTER 1.0 by TERRY LENTZ ===\n\n");
        uninterceptedPrint("*** FILE FAULTS ***\n");
        uninterceptedPrint("0 - File Not Found\t\t10 - File Cannot Be Created\n");
        uninterceptedPrint("1 - File Cannot Be Accessed\t11 - Filename Too Long\n");
        uninterceptedPrint("2 - Access Denied\t\t12 - Directory Read Only\n");
        uninterceptedPrint("3 - Write Protected\t\t13 - Path Not Found\n");
        uninterceptedPrint("4 - Crc Data Error\t\t14 - Directory Cannot Be Removed\n");
        uninterceptedPrint("5 - Drive Cannot Seek Disk\t15 - Directory Not Empty\n");
        uninterceptedPrint("6 - File In Use\t\t\t16 - Path Invalid\n");
        uninterceptedPrint("7 - File Locked\t\t\t17 - Corrupt Structure\n");
        uninterceptedPrint("8 - Disk Full\t\t\n");
        uninterceptedPrint("9 - File Already Exists\t\t\n\n");
        uninterceptedPrint("*** MEMORY FAULTS ***\n");
        uninterceptedPrint("18 - Insufficient Memory\t\t21 - Invalid Address\n");
        uninterceptedPrint("19 - Invalid Access To Location\t\t22 - Paging File Too Small\n");
        uninterceptedPrint("20 - Segment Locked\t\t\n\n");
        uninterceptedPrint("*** NETWORK FAULTS ***\n");
        uninterceptedPrint("23 - Disconnected \t\t\t26 - Winsock Task Limit Reached\n");
        uninterceptedPrint("24 - Network Not Installed\t\t27 - All Ports Unavailable\n");
        uninterceptedPrint("25 - Wrong Winsock Version\t\t28 - Network is Down\n");


        uninterceptedPrint("\nPlease enter the test that you would like to run: ");

        if (disableInterception != NULL)
            disableInterception();

        scanf("%d", &iTestCase);

        if (enableInterception != NULL)
            enableInterception();

        uninterceptedPrint("\n");

        switch (iTestCase)
        {
        // FileNotFound
        case 0:
            uninterceptedPrint("=== TEST CASE: FileNotFound ===\n");

            if (FileNotFound())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");

            break;

        // FileCannotBeAccessed
        case 1:
            uninterceptedPrint("=== TEST CASE: FileCannotBeAccessed ===\n");

            if (FileCannotBeAccessed())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // AccessDenied
        case 2:
            uninterceptedPrint("=== TEST CASE: AccessDenied ===\n");

            if (AccessDenied())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // WriteProtected
        case 3:
            uninterceptedPrint("=== TEST CASE: WriteProtected ===\n");

            if (WriteProtected())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // CrcDataError
        case 4:
            uninterceptedPrint("=== TEST CASE: CrcDataError ===\n");

            if (CrcDataError())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // DriveCannotSeekDisk
        case 5:
            uninterceptedPrint("=== TEST CASE: DriveCannotSeekDisk ===\n");

            if (DriveCannotSeekDisk())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // FileInUse
        case 6:
            uninterceptedPrint("=== TEST CASE: FileInUse ===\n");

            if (FileInUse())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // FileLocked
        case 7:
            uninterceptedPrint("=== TEST CASE: FileLocked ===\n");

            if (FileLocked())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // DiskFull
        case 8:
            uninterceptedPrint("=== TEST CASE: DiskFull ===\n");

            if (DiskFull())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // FileAlreadyExists
        case 9:
            uninterceptedPrint("=== TEST CASE: FileAlreadyExists ===\n");

            if (FileAlreadyExists())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // FileCannotBeCreated
        case 10:
            uninterceptedPrint("=== TEST CASE: FileCannotBeCreated ===\n");

            if (FileCannotBeCreated())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // FileNameTooLong
        case 11:
            uninterceptedPrint("=== TEST CASE: FileNameTooLong ===\n");

            if (FileNameTooLong())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // DirectoryReadOnly
        case 12:
            uninterceptedPrint("=== TEST CASE: DirectoryReadOnly ===\n");

            if (DirectoryReadOnly())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // PathNotFound
        case 13:
            uninterceptedPrint("=== TEST CASE: PathNotFound ===\n");

            if (PathNotFound())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // DirectoryCannotBeRemoved
        case 14:
            uninterceptedPrint("=== TEST CASE: DirectoryCannotBeRemoved ===\n");

            if (DirectoryCannotBeRemoved())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // DirectoryNotEmpty
        case 15:
            uninterceptedPrint("=== TEST CASE: DirectoryNotEmpty ===\n");

            if (DirectoryNotEmpty())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // PathInvalid
        case 16:
            uninterceptedPrint("=== TEST CASE: PathInvalid ===\n");

            if (PathInvalid())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // CorruptStructure
        case 17:
            uninterceptedPrint("=== TEST CASE: CorruptStructure ===\n");

            if (CorruptStructure())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // InsufficientMemory
        case 18:
            uninterceptedPrint("=== TEST CASE: InsufficientMemory ===\n");

            if (InsufficientMemory())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // InvalidAccessToLocation
        case 19:
            uninterceptedPrint("=== TEST CASE: InvalidAccessToLocation ===\n");

            if (InvalidAccessToLocation())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // SegmentLocked
        case 20:
            uninterceptedPrint("=== TEST CASE: SegmentLocked ===\n");

            if (SegmentLocked())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // InvalidAddress
        case 21:
            uninterceptedPrint("=== TEST CASE: InvalidAddress ===\n");

            if (InvalidAddress())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // PagingFileTooSmall
        case 22:
            uninterceptedPrint("=== TEST CASE: PagingFileTooSmall ===\n");

            if (PagingFileTooSmall())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // Disconnected
        case 23:
            uninterceptedPrint("=== TEST CASE: Disconnected ===\n");

            if (Disconnected())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // NetworkNotInstalled
        case 24:
            uninterceptedPrint("=== TEST CASE: NetworkNotInstalled ===\n");

            if (NetworkNotInstalled())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // WrongWinsockVersion
        case 25:
            uninterceptedPrint("=== TEST CASE: WrongWinsockVersion ===\n");

            if (WrongWinsockVersion())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // WinsockTaskLimitReached
        case 26:
            uninterceptedPrint("=== TEST CASE: WinsockTaskLimitReached ===\n");

            if (WinsockTaskLimitReached())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // AllPortsUnavailable
        case 27:
            uninterceptedPrint("=== TEST CASE: AllPortsUnavailable ===\n");

            if (AllPortsUnavailable())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;

        // NetworkIsDown
        case 28:
            uninterceptedPrint("=== TEST CASE: NetworkIsDown ===\n");

            if (NetworkIsDown())
                uninterceptedPrint("\nTEST Passed!\n");
            else
                uninterceptedPrint("\nTEST Failed!\n");


            break;
        }

        uninterceptedPrint("\nWould You Like to Run Another Test (Y/N) ? ");

        if (disableInterception != NULL)
            disableInterception();

        scanf("%s", pszDecision);

        if (enableInterception != NULL)
            enableInterception();

        if ((_stricmp(pszDecision, "y")))
            break;
    }


    return 0;
}
예제 #3
0
파일: ifhelp.c 프로젝트: mingpen/OpenNT
DWORD
APIENTRY
VerFindFileW(
        DWORD wFlags,
        LPWSTR lpszFileName,
        LPWSTR lpszWinDir,
        LPWSTR lpszAppDir,
        LPWSTR lpszCurDir,
        PUINT puCurDirLen,
        LPWSTR lpszDestDir,
        PUINT puDestDirLen
        )
{
  static WORD wSharedDirLen = 0;
  static WCHAR gszSharedDir[_MAX_PATH];

  WCHAR szSysDir[_MAX_PATH], cTemp;
  WCHAR szWinDir[_MAX_PATH];
  WCHAR szCurDir[_MAX_PATH];
  LPWSTR lpszDir, lpszDirs[4];
  WORD wDestLen, wWinLen, wRetVal = 0, wTemp;
  int nRet;

  /* We want to really look in the Windows directory; we don't trust the app
   */
  GetWindowsDir(lpszWinDir ? lpszWinDir : "", szWinDir, _MAX_PATH);
  lpszWinDir = szWinDir;

  if (!GetSystemDir(lpszWinDir, szSysDir, _MAX_PATH))
      wcscpy(szSysDir, lpszWinDir);

  if (wFlags & VFFF_ISSHAREDFILE) {
     lpszDirs[0] = lpszWinDir;
     lpszDirs[1] = szSysDir;
     lpszDirs[2] = lpszAppDir;
  } else {
     lpszDirs[0] = lpszAppDir;
     lpszDirs[1] = lpszWinDir;
     lpszDirs[2] = szSysDir;
  }

  lpszDirs[3] = NULL;

  if (!(wTemp=GetDirOfFile(lpszFileName, szCurDir, _MAX_PATH, lpszDirs)))
      *szCurDir = 0;
  if (*puCurDirLen > wTemp)
      wcscpy(lpszCurDir, szCurDir);
  else
      wRetVal |= VFF_BUFFTOOSMALL;
  *puCurDirLen = wTemp + 1;

  if (lpszDestDir)
    {
      if (wFlags & VFFF_ISSHAREDFILE)
        {
          if (!wSharedDirLen)
            {
              if ((wWinLen = (WORD)wcslen(lpszWinDir)) &&
                    *(lpszWinDir-1)==TEXT('\\'))
                {
                  if (szSysDir[wWinLen-1] == TEXT('\\'))
                      goto doCompare;
                }
              else if (szSysDir[wWinLen] == TEXT('\\'))
                {
doCompare:
                  cTemp = szSysDir[wWinLen];
                  szSysDir[wWinLen] = 0;
                  nRet = _wcsicmp(lpszWinDir, szSysDir);
                  szSysDir[wWinLen] = cTemp;
                  if(nRet)
                      goto doCopyWinDir;
                  wcscpy(gszSharedDir, szSysDir);
                }
              else
                {
doCopyWinDir:
                  wcscpy(gszSharedDir, lpszWinDir);
                }
              wSharedDirLen = (WORD)wcslen(gszSharedDir);
            }

          wDestLen = wSharedDirLen;
          lpszDir = gszSharedDir;
        }
      else
        {
          wDestLen = (WORD)wcslen(lpszAppDir);
          lpszDir = lpszAppDir;
        }

      if (*puDestDirLen > wDestLen)
        {
          wcscpy(lpszDestDir, lpszDir);

          if ((wWinLen = (WORD)wcslen(lpszDestDir)) &&
                *(lpszDestDir-1)==TEXT('\\'))
              lpszDestDir[wWinLen-1] = 0;

          if (_wcsicmp(lpszCurDir, lpszDestDir))
              wRetVal |= VFF_CURNEDEST;
        }
      else
          wRetVal |= VFF_BUFFTOOSMALL;
      *puDestDirLen = wDestLen + 1;
    }

  if (*szCurDir)
    {
      MakeFileName(szSysDir, szCurDir, lpszFileName, ARRAYSIZE(szSysDir));
      if (FileInUse(szSysDir, lpszFileName))
          wRetVal |= VFF_FILEINUSE;
    }

  return(wRetVal);
}