int RegReadInt(LPCTSTR Key, int Default)
{
char Buf1[100], Buf2[100];
itoa(Default, Buf1, 10);
RegReadStr(Key, Buf1, Buf2);
return atoi(Buf2);
}
void RegistryReadFont(CHARFORMAT* cf)
{
cf->cbSize = sizeof(CHARFORMAT);
cf->dwMask = CFM_BOLD | CFM_FACE | CFM_ITALIC | CFM_SIZE;
cf->dwEffects = 0;
RegReadStr("FontName", "Courier New", cf->szFaceName);
cf->yHeight = RegReadInt("FontSize", PointToTwip(10));
if (RegReadInt("FontWeight", 0)) cf->dwEffects |= CFE_BOLD;
if (RegReadInt("FontItalic", 0)) cf->dwEffects |= CFE_ITALIC;
}
int ReadPlatformName(TCHAR *szPlatformName)
{
HKEY oldKey=g_hkey;
wsprintf(szPlatformName, L"unknown");
int ec;
ec = OpenKey(L"Platform");
if (ec == ERROR_SUCCESS)
{
ec = RegReadStr(L"Name", szPlatformName);
g_hkey=oldKey;
return ec;
}
else
{
g_hkey=oldKey;
return ec;
}
}
int ReadBuildNumber(TCHAR *szBuildNumber)
{
HKEY oldKey=g_hkey;
wsprintf(szBuildNumber, L"unknown");
int ec;
ec = OpenKey(L"Platform");
if (ec == ERROR_SUCCESS)
{
ec = RegReadStr(L"Software Build Number", szBuildNumber);
g_hkey=oldKey;
return ec;
}
else
{
g_hkey=oldKey;
return ec;
}
}
BOOL readReg(){
BOOL bRet=TRUE;
TCHAR* strVal = new TCHAR(MAX_PATH);
if(RegReadStr(L"CleanBootText", strVal)==ERROR_SUCCESS){
wsprintf(_stringTable.szCleanBoot, L"%s", strVal);
}
else
bRet=FALSE;
if(RegReadStr(L"SuspendText", strVal)==ERROR_SUCCESS){
wsprintf(_stringTable.szSuspend, L"%s", strVal);
}
else
bRet=FALSE;
if(RegReadStr(L"RebootText", strVal)==ERROR_SUCCESS){
wsprintf(_stringTable.szReboot, L"%s", strVal);
}
else
bRet=FALSE;
if(RegReadStr(L"ShutdownText", strVal)==ERROR_SUCCESS){
wsprintf(_stringTable.szShutdown, L"%s", strVal);
}
else
bRet=FALSE;
if(RegReadStr(L"CancelText", strVal)==ERROR_SUCCESS){
wsprintf(_stringTable.szCancel, L"%s", strVal);
}
else
bRet=FALSE;
if(RegReadStr(L"QuestionText", strVal)==ERROR_SUCCESS){
wsprintf(_stringTable.szQuestion, L"%s", strVal);
}
else
bRet=FALSE;
return bRet;
}
void readReg() {
TCHAR szTemp[MAX_PATH];
DWORD dwTemp=0;
if(OpenKey()==0) {
for (int i=0; i<COUNT_DLG_ITEMS; i++) {
if (RegReadStr(myDlgItems[i].szLabel, szTemp)==0)
wsprintf(myDlgItems[i].szValue, szTemp);
DEBUGMSG(1, (L"%s=%s\n", myDlgItems[i].szLabel, myDlgItems[i].szValue));
}
//g_bUseFitToScreen "FitToScreen"
if(RegReadStr(L"FitToScreen", szTemp) == 0) {
if(wcscmp(szTemp, L"0")==0)
g_bUseFitToScreen=false;
else
g_bUseFitToScreen=true;
}
//g_bUseFullscreen
if(RegReadStr(L"FullScreen", szTemp) == 0) {
if(wcscmp(szTemp, L"0")==0)
g_bUseFullscreen=false;
else
g_bUseFullscreen=true;
}
if(RegReadStr(L"UseMouseClick", szTemp) == 0) {
if(wcscmp(szTemp, L"0")==0)
bUseMouseClick=false;
else
bUseMouseClick=true;
}
//read DesktopWidth and Height
//"DesktopWidth"=240
//"DesktopHeight"=320
DWORD dwDesktopWidth=240;
DWORD dwDesktopHeight=320;
if(RegReadDword(L"DesktopWidth", &dwDesktopWidth) == 0)
iDesktopWidth=dwDesktopWidth;
if(RegReadDword(L"DesktopHeight", &dwDesktopHeight) ==0)
iDesktopHeight=dwDesktopHeight;
DEBUGMSG(1, (L"readReg: Desktop width=%u and height=%u\n", iDesktopWidth, iDesktopHeight));
//sAppOnExit
if(RegReadStr(L"startOnExit", szTemp) == 0)
wsprintf(sAppOnExit, L"%s", szTemp);
else
wsprintf(sAppOnExit, L"");
DEBUGMSG(1, (L"readReg: sAppOnExit='%s'\n", sAppOnExit));
// "execargs"="noRDPstart"
if(RegReadStr(L"execArgs", szTemp) == 0)
wsprintf(sExeArgs, L"%s", szTemp);
else
wsprintf(sExeArgs, L"");
DEBUGMSG(1, (L"readReg: sExeArgs='%s'\n", sExeArgs));
//ColorDepth new with version 4
if(RegReadDword(L"ColorDepth", &dwTemp) == 0)
dwColorDepth=dwTemp;
//EnableDriveRedirection new with version 5
if(RegReadDword(L"EnableDriveRedirection", &dwTemp) == 0)
dwEnableDriveRedirection=dwTemp;
//AudioRedirectionMode new with version 5
if(RegReadDword(L"AudioRedirectionMode", &dwTemp) == 0)
dwAudioRedirectionMode=dwTemp;
}
}
int ReadReg()
{
Add2Log(L"IN ReadReg()...\r\n", FALSE);
int i;
TCHAR str[MAX_PATH+1];
byte dw=0;
TCHAR name[MAX_PATH+1];
lastKey=-1;
LONG rc;
int iRes = OpenKey(L"Software\\Intermec\\iHook3");
Add2Log(L"\tOpenKey 'Software\\Intermec\\iHook3' returned %i (0x%x)\r\n", iRes, iRes);
// use logging to file?
rc=RegReadByte(L"UseLogging", &dw);
if(rc==0)
{
Add2Log(L"\tlooking for 'ForwardKey' OK\r\n",lastKey,lastKey);
if (dw>0){
Add2Log(L"\tUseLogging is TRUE \r\n", FALSE);
bUseLogging=true;
}
else{
Add2Log(L"\tUseLogging is FALSE \r\n", FALSE);
bUseLogging=false;
}
}
else
{
#ifdef DEBUG
ShowError(rc);
#endif
Add2Log(L"\tlooking for 'UseLogging' FAILED. Using default=FALSE.\r\n", FALSE);
bUseLogging=false;
}
for (i=0; i<10; i++)
{
kMap[i].keyCode=0;
wcscpy(kMap[i].keyCmd, L"");
wcscpy(kMap[i].keyArg, L"");
wsprintf(name, L"key%i", i);
//look for keyX
rc = RegReadByte(name, &dw);
if (rc==0)
{
//look for exeX
Add2Log(L"\tlooking for entry 'key%i' (name='%s') return code=%i read value=(0x%x)...OK\r\n", i, name, rc, dw);
kMap[i].keyCode=dw;
wsprintf(name, L"exe%i", i);
iRes=RegReadStr(name, str);
Add2Log(L"\t\tlooking for exe%i (name='%s'), result=%i, value='%s'\r\n", i, name, iRes, str);
if(iRes==0)
{
wcscpy(kMap[i].keyCmd, str);
//look for argX
wsprintf(name, L"arg%i", i);
iRes=RegReadStr(name, str);
lastKey=i; // a valid combination is a keyX and a cmdX entry
if(iRes==0)
{
Add2Log(L"\t\tlooking for arg%i (name='%s'), result=%i, value='%s' OK\r\n", i, name, iRes, str);
wcscpy(kMap[i].keyArg, str);
}
else
{
Add2Log(L"\t\tlooking for arg%i (name='%s') result=%i FAILED. Using empty arg.\r\n", i, name, iRes);
}
}
else {
Add2Log(L"\t\tlooking for exe%i FAILED with result=%i\r\n", i, iRes);
break; //no exe name
}
}
else
{
#ifdef DEBUG
ShowError(rc);
#endif
Add2Log(L"\tlooking for entry 'key%i' (name='%s') return code=%i...FAILED\r\n", i, name, rc);
break; //no key
}
}
Add2Log(L"\tread a total of %i (0x%x) valid entries\r\n", lastKey+1, lastKey+1);
//Read if we have to forward the keys
rc=RegReadByte(L"ForwardKey", &dw);
if(rc==0)
{
Add2Log(L"\tlooking for 'ForwardKey' OK\r\n",lastKey,lastKey);
if (dw>0){
Add2Log(L"\tForwardKey is TRUE \r\n", FALSE);
bForwardKey=true;
}
else{
Add2Log(L"\tForwardKey is FALSE \r\n", FALSE);
bForwardKey=false;
}
}
else
{
#ifdef DEBUG
ShowError(rc);
#endif
Add2Log(L"\tlooking for 'ForwardKey' FAILED. Using default=TRUE.\r\n", FALSE);
bForwardKey=true;
}
CloseKey();
Add2Log(L"OUT ReadReg()...\r\n", FALSE);
return 0;
}
LPTSTR RegRegStrDup(LPCTSTR Key, LPCTSTR Default)
{
TCHAR Buffer[MAX_PATH];
RegReadStr(Key, Default, Buffer);
return strdup(Buffer);
}
