// configdlg.cpp : implements TSConfigDlg dialog.
//
#include "stdafx.h"
#include "resource.h"
#include "configdlg.h"
const CONNECTION_TIME_DIGIT_MAX = 5; // 5 digits max
const CONNECTION_TIME_DEFAULT = 120; // 120 minutes
const CONNECTION_TIME_MIN = 1; // 1 minute
const CONNECTION_TIME_MAX = 71582; // 71582 minutes (max msec for ULONG)
const DISCONNECTION_TIME_DIGIT_MAX = 5; // 5 digits max
const DISCONNECTION_TIME_DEFAULT = 10; // 10 minutes
const DISCONNECTION_TIME_MIN = 1; // 1 minute
const DISCONNECTION_TIME_MAX = 71582; // 71582 minutes (max msec for ULONG)
const IDLE_TIME_DIGIT_MAX = 5; // 5 digits max
const IDLE_TIME_DEFAULT = 10; // 10 minutes
const IDLE_TIME_MIN = 1; // 1 minute
const IDLE_TIME_MAX = 71582; // 71582 minutes (max msec for ULONG)
const TIME_RESOLUTION = 60000; // stored as msec-seen as minutes
// forword declard.
DWORD wchar2TCHAR(TCHAR *dest, const WCHAR *src);
extern HINSTANCE GetInstance();
BOOL TSConfigDlg::m_sbWindowLogSet = FALSE;
// property page dialog procedure : handles dialog messages.
BOOL CALLBACK TSConfigDlg::PropertyPageDlgProc (HWND hwndDlg, UINT uMsg, WPARAM wParam, LPARAM lParam)
{
if (uMsg == WM_INITDIALOG)
{
// LPARAM points to the property sheet page.
// this will give us this pointer to access the class.
TSConfigDlg *pDlg = reinterpret_cast<TSConfigDlg*>(LPPROPSHEETPAGE(lParam)->lParam);
ASSERT(NULL != pDlg);
ASSERT(pDlg->AssertClass());
SetWindowLong(hwndDlg, DWL_USER, long(pDlg));
// ok now hereafter we can access the class pointer.
// maks_done: check mfc implementation, how do they do it ?
// what mfc does is - its hooks into the wnd creation process
// and keeps a map of hwnd vs objects.
m_sbWindowLogSet = TRUE;
return pDlg->OnInitDialog(hwndDlg, wParam, lParam);
}
// now we have set DWL_USER as class pointer during INIT DIALOG.
if (m_sbWindowLogSet)
{
TSConfigDlg *pDlg = reinterpret_cast<TSConfigDlg*>(GetWindowLong(hwndDlg, DWL_USER));
ASSERT(NULL != pDlg);
ASSERT(pDlg->AssertClass());
if (uMsg == WM_COMMAND)
return pDlg->OnCommand(wParam, lParam);
if (uMsg == WM_NOTIFY)
{
LOGMESSAGE3(_T("Received WM_NOTIFY:hwnddlg =%ul,wParam=%u,lParam=%ul"), hwndDlg, wParam, lParam);
return pDlg->OnNotify(wParam, lParam);
}
}
return 0;
}
// Property Sheet Procedure : gets notified about CREATE, RELEASE events
UINT CALLBACK TSConfigDlg::PropSheetPageProc (
HWND /* hWnd */, // [in] Window handle - always null
UINT uMsg, // [in,out] Either the create or delete message
LPPROPSHEETPAGE pPsp // [in,out] Pointer to the property sheet struct
)
{
ASSERT( NULL != pPsp );
// We need to recover a pointer to the current instance. We can't just use
// "this" because we are in a static function
TSConfigDlg* pMe = reinterpret_cast<TSConfigDlg*>(pPsp->lParam);
ASSERT( NULL != pMe );
ASSERT(pMe->AssertClass());
switch( uMsg )
{
case PSPCB_CREATE:
break;
case PSPCB_RELEASE:
// this variable makes dialog proc setwindowlong on dialog handle.
m_sbWindowLogSet = FALSE;
delete pMe;
return 1; //(pfnOrig)(hWnd, uMsg, pPsp);
}
return 1;
} // end PropSheetPageProc()
TSConfigDlg::TSConfigDlg (LPWSTR wMachineName, LPWSTR wUserName)
{
ASSERT(wMachineName);
ASSERT(wUserName);
ASSERT(wcslen(wMachineName) < SIZE_MAX_SERVERNAME);
ASSERT(wcslen(wUserName) < SIZE_MAX_USERNAME);
VERIFY( wchar2TCHAR(m_Username, wUserName) < SIZE_MAX_USERNAME);
VERIFY( wchar2TCHAR(m_Servername, wMachineName) < SIZE_MAX_SERVERNAME);
LOGMESSAGE0(_T("TSConfigDlg::TSConfigDlg ()"));
m_tPropSheetPage.dwSize = sizeof (PROPSHEETPAGE);
m_tPropSheetPage.hInstance = GetInstance ();
m_tPropSheetPage.pszTemplate = MAKEINTRESOURCE(IDD);
m_tPropSheetPage.dwFlags = PSP_USECALLBACK;
m_tPropSheetPage.pfnDlgProc = PropertyPageDlgProc;
m_tPropSheetPage.pfnCallback = PropSheetPageProc;
m_tPropSheetPage.lParam = long(this);
m_sbWindowLogSet = FALSE;
m_id = IDD_TS_USER_CONFIG_EDIT;
}
BOOL TSConfigDlg::AssertClass() const
{
return m_id == IDD_TS_USER_CONFIG_EDIT;
}
TSConfigDlg::~TSConfigDlg ()
{
LOGMESSAGE0(_T("TSConfigDlg::~TSConfigDlg ()"));
}
BOOL TSConfigDlg::OnInitDialog(
HWND hwndDlg,
WPARAM /* wParam */,
LPARAM /* lParam */
)
{
m_hDlg = hwndDlg;
// get the user info and initialize dialog class members with it.
GetUserInfo();
// initializes the controls.
InitControls();
return 1; // non zero since we are not calling setfocus
}
APIERR TSConfigDlg::SetUserInfo ()
{
APIERR err;
USERCONFIG UserConfig;
/* If the object is not 'dirty', no need to save info.
*/
// if ( !_fDirty )
// return NERR_Success;
/* Zero-initialize USERCONFIG structure and copy member variable
* contents there.
*/
ZeroMemory( &UserConfig, sizeof(USERCONFIG) );
MembersToUCStruct( &UserConfig );
/*
* Save user's configuration.
*/
err = RegUserConfigSet(
GetServername(), // servername
GetUsername(), // username
&UserConfig,
sizeof(UserConfig)
);
// Don't reset 'dirty' flag to behave properly with new RegUserConfig APIs
// (we might get called twice, just like the UsrMgr objects to, so we want
// to happily write our our data twice, just like they do)
// _fDirty = FALSE;
//
// By not setting _fDirty = FALSE here we try to check the validity of the RemoteWFHomeDir whenever OK is pressed
// This is because MS used 2 structures to hold its HomeDir, and could compare the two. We only have one and rely
// on this dirty flag. This flag is used in USERPROP_DLG::I_PerformOne_Write(...) and is set in the
// USER_CONFIG::GetInfo and USER_CONFIG::GetDefaults and USERPROF_DLG_NT::PerformOne()
//
tDialogData._fWFHomeDirDirty = FALSE;
return err;
}
APIERR TSConfigDlg::GetUserInfo ()
{
APIERR err;
ULONG Length;
USERCONFIG UserConfig;
// calll regapi function for getting user configuration
err = RegUserConfigQuery (
GetServername(), // servername
GetUsername(), // username
&UserConfig, // address for userconfig buffer
sizeof(UserConfig), // size of buffer
&Length // returned size
);
if ( err == NERR_Success )
{
ASSERT(Length == sizeof(UserConfig));
}
else
{
LOGMESSAGE3(_T("RegUserConfigQuery failed for %s\\%s. Error = %ul"), GetServername(), GetUsername(), err);
LOGMESSAGE0(_T("Getting Deafult user config"));
err = RegDefaultUserConfigQuery(
GetServername(), // servername
&UserConfig, // address for userconfig buffer
sizeof(UserConfig), // size of buffer
&Length // returned length
);
if (err != NERR_Success)
{
LOGMESSAGE3(_T("RegDefaultUserConfigQuery failed for %s\\%s. Error = %ul"), GetServername(), GetUsername(), err);
// maks_todo: must initialize defaults known to us over here.
return err;
}
}
UCStructToMembers( &UserConfig );
tDialogData._fWFHomeDirDirty = FALSE;
tDialogData._fDirty = FALSE;
return err;
}
/*******************************************************************
NAME: USER_CONFIG::UCStructToMembers
SYNOPSIS: Copies a given USERCONFIG structure elements into
corresponding member variables.
ENTRY: pUCStruct - pointer to USERCONFIG structure.
********************************************************************/
void TSConfigDlg::UCStructToMembers( PUSERCONFIG pUCStruct )
{
ASSERT(pUCStruct);
tDialogData._fAllowLogon = (BOOL)!pUCStruct->fLogonDisabled;
tDialogData._ulConnection = pUCStruct->MaxConnectionTime;
tDialogData._ulDisconnection = pUCStruct->MaxDisconnectionTime;
tDialogData._ulIdle = pUCStruct->MaxIdleTime;
_tcscpy(tDialogData._nlsInitialProgram, pUCStruct->InitialProgram);
_tcscpy(tDialogData._nlsWorkingDirectory, pUCStruct->WorkDirectory );
tDialogData._fClientSpecified = pUCStruct->fInheritInitialProgram;
tDialogData._fAutoClientDrives = pUCStruct->fAutoClientDrives;
tDialogData._fAutoClientLpts = pUCStruct->fAutoClientLpts;
tDialogData._fForceClientLptDef = pUCStruct->fForceClientLptDef;
tDialogData._iEncryption = (INT)pUCStruct->MinEncryptionLevel;
tDialogData._fDisableEncryption = pUCStruct->fDisableEncryption;
tDialogData._fHomeDirectoryMapRoot = pUCStruct->fHomeDirectoryMapRoot;
tDialogData._iBroken = (INT)pUCStruct->fResetBroken;
tDialogData._iReconnect = (INT)pUCStruct->fReconnectSame;
tDialogData._iCallback = (INT)pUCStruct->Callback;
_tcscpy(tDialogData._nlsPhoneNumber, pUCStruct->CallbackNumber );
tDialogData._iShadow = (INT)pUCStruct->Shadow;
_tcscpy(tDialogData._nlsNWLogonServer, pUCStruct->NWLogonServer );
_tcscpy(tDialogData._nlsWFProfilePath, pUCStruct->WFProfilePath );
_tcscpy(tDialogData._nlsWFHomeDir, pUCStruct->WFHomeDir );
_tcscpy(tDialogData._nlsWFHomeDirDrive, pUCStruct->WFHomeDirDrive);
}
/*******************************************************************
NAME: USER_CONFIG::MembersToUCStruct
SYNOPSIS: Copies member variables into a given USERCONFIG
structure elements.
ENTRY: pUCStruct - pointer to USERCONFIG structure.
********************************************************************/
void TSConfigDlg::MembersToUCStruct( PUSERCONFIG pUCStruct ) const
{
ASSERT(pUCStruct);
pUCStruct->fLogonDisabled = !tDialogData._fAllowLogon;
pUCStruct->MaxConnectionTime = tDialogData._ulConnection;
pUCStruct->MaxDisconnectionTime = tDialogData._ulDisconnection;
pUCStruct->MaxIdleTime = tDialogData._ulIdle;
_tcscpy( pUCStruct->InitialProgram, tDialogData._nlsInitialProgram);
_tcscpy( pUCStruct->WorkDirectory, tDialogData._nlsWorkingDirectory);
pUCStruct->fInheritInitialProgram = tDialogData._fClientSpecified;
pUCStruct->fAutoClientDrives = tDialogData._fAutoClientDrives;
pUCStruct->fAutoClientLpts = tDialogData._fAutoClientLpts;
pUCStruct->fForceClientLptDef = tDialogData._fForceClientLptDef;
pUCStruct->MinEncryptionLevel = (BYTE)tDialogData._iEncryption;
pUCStruct->fDisableEncryption = tDialogData._fDisableEncryption;
pUCStruct->fHomeDirectoryMapRoot = tDialogData._fHomeDirectoryMapRoot;
pUCStruct->fResetBroken = tDialogData._iBroken;
pUCStruct->fReconnectSame = tDialogData._iReconnect;
pUCStruct->Callback = (CALLBACKCLASS)tDialogData._iCallback;
_tcscpy( pUCStruct->CallbackNumber, tDialogData._nlsPhoneNumber);
pUCStruct->Shadow = (SHADOWCLASS)tDialogData._iShadow;
_tcscpy( pUCStruct->NWLogonServer, tDialogData._nlsNWLogonServer);
_tcscpy( pUCStruct->WFProfilePath, tDialogData._nlsWFProfilePath);
_tcscpy( pUCStruct->WFHomeDir, tDialogData._nlsWFHomeDir);
_tcscpy( pUCStruct->WFHomeDirDrive, tDialogData._nlsWFHomeDirDrive);
}
BOOL TSConfigDlg::OnNotify (WPARAM wParam, LPARAM lParam)
{
int idCtrl = (int) wParam;
NMHDR *pnmh = (LPNMHDR) lParam;
// typedef struct tagNMHDR {
// HWND hwndFrom;
// UINT idFrom;
// UINT code;
// } NMHDR;
ASSERT(pnmh);
switch(pnmh->code)
{
case PSN_KILLACTIVE:
LOGMESSAGE0(_T("Its KillActive Notification"));
if (VerifyChanges())
// verify passed, allow the page to lose the activation
SetWindowLong(GetDlgHandle(), DWL_MSGRESULT, FALSE);
else
// no verify failed, prevent the page from losing the activation
SetWindowLong(GetDlgHandle(), DWL_MSGRESULT, TRUE);;
break;
case PSN_APPLY:
LOGMESSAGE0(_T("Its Apply Notification"));
ApplyChanges();
break;
case PSN_RESET:
// cancel changes.
LOGMESSAGE0(_T("Its Apply Reset"));
break;
default:
break;
}
return 1;
}
BOOL TSConfigDlg::OnCommand(WPARAM wParam, LPARAM lParam)
{
WORD wNotifyCode = HIWORD(wParam); // notification code
WORD wID = LOWORD(wParam); // item, control, or accelerator identifier
HWND hwndCtl = (HWND) lParam; // handle of control
//if (wNotifyCode == 0 || wNotifyCode == 1)
// return 1;
// dispatch the command messages accordingly.
switch(wID)
{
case IDC_UCE_ALLOWLOGON:
ALLOWLOGONEvent(wNotifyCode);
break;
case IDC_UCE_CONNECTION_NONE:
CONNECTION_NONEEvent(wNotifyCode);
break;
case IDC_UCE_DISCONNECTION_NONE:
DISCONNECTION_NONEEvent(wNotifyCode);
break;
case IDC_UCE_IDLE_NONE:
IDLE_NONEEvent(wNotifyCode);
break;
case IDC_UCE_INITIALPROGRAM_INHERIT:
INITIALPROGRAM_INHERITEvent(wNotifyCode);
break;
case IDC_UCE_SECURITY_DISABLEAFTERLOGON:
SECURITY_DISABLEAFTERLOGONEvent(wNotifyCode);
break;
default:
break;
}
return 1; // since we do not process message.
}
BOOL TSConfigDlg::InitControls ()
{
TCHAR str[SIZE_SMALL_STRING_BUFFER];
struct
{
UINT uiControlID;
UINT uiNoOfStrings;
UINT auiStringList[7];
} atListControls[] =
{
{
IDC_UCE_SECURITY_ENCRYPT,
2,
{
IDS_UCE_ENCRYPT_NONE,
IDS_UCE_ENCRYPT_LEVEL1,
}
},
{
IDC_UCE_BROKEN,
2,
{
IDS_UCE_BROKEN_DISCONNECT,
IDS_UCE_BROKEN_RESET,
}
},
{
IDC_UCE_RECONNECT,
2,
{
IDS_UCE_RECONNECT_ANY,
IDS_UCE_RECONNECT_PREVIOUS,
}
},
{
IDC_UCE_CALLBACK,
3,
{
IDS_UCE_CALLBACK_DISABLE,
IDS_UCE_CALLBACK_ROVING,
IDS_UCE_CALLBACK_FIXED,
}
},
{
IDC_UCE_SHADOW,
5,
{
IDS_UCE_SHADOW_DISABLE,
IDS_UCE_SHADOW_INPUT_NOTIFY,
IDS_UCE_SHADOW_INPUT_NONOTIFY,
IDS_UCE_SHADOW_NOINPUT_NOTIFY,
IDS_UCE_SHADOW_NOINPUT_NONOTIFY,
}
}
};
// for each list/combo box control
for (int j = 0; j < sizeof(atListControls)/sizeof(atListControls[0]); j++)
{
// add all the strings specified for the control
for (UINT i = 0; i < atListControls[j].uiNoOfStrings; i++)
{
DWORD dwSize = LoadString(
GetInstance (),
atListControls[j].auiStringList[i],
str,
SIZE_SMALL_STRING_BUFFER);
ASSERT(dwSize != 0 && dwSize <= SIZE_SMALL_STRING_BUFFER - 1);
SendDlgItemMessage(
GetDlgHandle(),
atListControls[j].uiControlID,
CB_ADDSTRING,
0,
LPARAM(str));
}
}
// we dont want tristate buttons for now
// as we are not supporting multipal users
// lets make all the controls no tristate.
int aCheckBoxes[] =
{
IDC_UCE_ALLOWLOGON,
IDC_UCE_CONNECTION_NONE,
IDC_UCE_DISCONNECTION_NONE,
IDC_UCE_IDLE_NONE,
IDC_UCE_INITIALPROGRAM_INHERIT,
IDC_UCE_SECURITY_DISABLEAFTERLOGON
};
for (int i = 0; i < sizeof(aCheckBoxes)/sizeof(aCheckBoxes[0]); i++)
{
HWND hControlWnd = GetDlgItem(GetDlgHandle(), aCheckBoxes[i]);
ASSERT(hControlWnd);
//DWORD dwStyle = GetWindowLong(hControlWnd, GWL_STYLE);
//dwStyle = dwStyle & ~BS_3STATE;
SendMessage (hControlWnd, BM_SETSTYLE, LOWORD(BS_AUTOCHECKBOX), MAKELPARAM(0, 0));
}
// set text limit for the edit boxes.
// EM_SETLIMITTEXT
// wParam = (WPARAM) cbMax; // new text limits, in bytes
// lParam = 0; // not used, must be zero
struct
{
UINT uiEditControlid;
UINT uiLimitText;
} atTextLimits[] =
{
{IDC_UCE_CONNECTION, CONNECTION_TIME_DIGIT_MAX},
{IDC_UCE_DISCONNECTION, DISCONNECTION_TIME_DIGIT_MAX},
{IDC_UCE_IDLE, IDLE_TIME_DIGIT_MAX},
{IDC_UCE_INITIALPROGRAM_COMMANDLINE, MAX_INIT_PROGRAM_SIZE},
{IDC_UCE_INITIALPROGRAM_WORKINGDIRECTORY, MAX_INIT_DIR_SIZE}
};
for (i = 0; i < sizeof(atTextLimits)/sizeof(atTextLimits[0]); i++)
{
HWND hControlWnd = GetDlgItem(GetDlgHandle(), atTextLimits[i].uiEditControlid);
ASSERT(hControlWnd);
//DWORD dwStyle = GetWindowLong(hControlWnd, GWL_STYLE);
//dwStyle = dwStyle & ~BS_3STATE;
SendMessage (hControlWnd, EM_SETLIMITTEXT, atTextLimits[i].uiLimitText, MAKELPARAM(0, 0));
}
return MembersToControls();
}
BOOL TSConfigDlg::VerifyChanges ()
{
// do the necessary varification here.
// if data entered is good return TRUE
// otherwise display message and return FALSE
TDialogData tTemp;
return ControlsToMembers(&tTemp);
}
BOOL TSConfigDlg::ApplyChanges ()
{
ASSERT(VerifyChanges());
// control to members fails if the data is controls is bad.
// but since we have varified the changes before getting call to apply changes
// it must pass.
VERIFY( ControlsToMembers(&tDialogData) );
SetUserInfo();
return TRUE;
}
BOOL TSConfigDlg::MembersToControls ()
{
VERIFY( SetAllowLogon ( tDialogData._fAllowLogon ));
VERIFY( SetConnectionTimeOut( tDialogData._ulConnection ));
VERIFY( SetDisConnectionTimeOut( tDialogData._ulDisconnection ));
VERIFY( SetIdleTimeOut( tDialogData._ulIdle ));
VERIFY( SetCommandLineAndWorkingDirectory(tDialogData._fClientSpecified, tDialogData._nlsWorkingDirectory, tDialogData._nlsInitialProgram));
VERIFY( SetSecurity(tDialogData._iEncryption, tDialogData._fDisableEncryption));
VERIFY( SetBrokenConnectionOption(tDialogData._iBroken));
VERIFY( SetReconnectDisconnection(tDialogData._iReconnect));
VERIFY( SetCallBackOptonAndPhoneNumber(tDialogData._iCallback, tDialogData._nlsPhoneNumber));
VERIFY( SetShadowing(tDialogData._iShadow));
return TRUE;
}
BOOL TSConfigDlg::ControlsToMembers (TDialogData *pDlgData)
{
ASSERT(pDlgData);
if ( !GetAllowLogon (&pDlgData->_fAllowLogon))
return FALSE;
if ( !GetConnectionTimeOut(&pDlgData->_ulConnection))
return FALSE;
if ( !GetDisConnectionTimeOut(&pDlgData->_ulDisconnection))
return FALSE;
if ( !GetIdleTimeOut(&pDlgData->_ulIdle))
return FALSE;
if ( !GetCommandLineAndWorkingDirectory(&pDlgData->_fClientSpecified, pDlgData->_nlsWorkingDirectory, pDlgData->_nlsInitialProgram))
return FALSE;
if ( !GetSecurity(&pDlgData->_iEncryption, &pDlgData->_fDisableEncryption))
return FALSE;
if ( !GetBrokenConnectionOption(&pDlgData->_iBroken))
return FALSE;
if ( !GetReconnectDisconnection(&pDlgData->_iReconnect))
return FALSE;
if ( !GetCallBackOptonAndPhoneNumber(&pDlgData->_iCallback, pDlgData->_nlsPhoneNumber))
return FALSE;
if ( !GetShadowing(&pDlgData->_iShadow))
return FALSE;
return TRUE;
}
BOOL TSConfigDlg::GetAllowLogon (BOOL *pbAllowLogon)
{
ASSERT(pbAllowLogon);
*pbAllowLogon = IsChecked(IDC_UCE_ALLOWLOGON);
return TRUE;
}
BOOL TSConfigDlg::SetAllowLogon (BOOL bAllowLogon)
{
SetCheck(IDC_UCE_ALLOWLOGON, bAllowLogon);
return TRUE;
}
BOOL TSConfigDlg::GetConnectionTimeOut(ULONG *pValue)
{
ASSERT(pValue);
BOOL bResult = FALSE;
if (IsChecked(IDC_UCE_CONNECTION_NONE))
{
// maks_todo: assert that edit control is disabled.
// maks_todo : assert that edit control has value == 0
*pValue = 0;
bResult = TRUE;
}
else
{
// last parameter tells if the value is signed or unsigned.
// we ask it not to look for - sign.
// maks_todo:BUT WE MAY WANT TO CHNAGE THIS
*pValue = GetDlgItemInt(GetDlgHandle(), IDC_UCE_CONNECTION, &bResult, FALSE);
if (!bResult || *pValue == 0 || *pValue > 71582)
{
MessageBox(GetDlgHandle(), _T("The Connection Timeout value must 1 to 71582 minutes. Check the 'No Timeout' if you wish to specify no connection timeout"), _T("Termainl Server Properties"), MB_OK);
bResult = FALSE;
}
}
// users talk in terms of mins.
// we talk about msecs.
*pValue = *pValue * TIME_RESOLUTION;
return bResult;
}
BOOL TSConfigDlg::SetConnectionTimeOut(ULONG iValue)
{
// users talk in terms of mins.
// we talk about msecs.
iValue = iValue / TIME_RESOLUTION;
SetCheck(IDC_UCE_CONNECTION_NONE, iValue == 0);
EnableControl(IDC_UCE_CONNECTION, iValue != 0);
SetDlgItemInt(GetDlgHandle(), IDC_UCE_CONNECTION, iValue, TRUE); // maks_todo : look into last param.
return TRUE;
}
BOOL TSConfigDlg::GetDisConnectionTimeOut(ULONG *pValue)
{
ASSERT(pValue);
BOOL bResult = FALSE;
if (IsChecked(IDC_UCE_DISCONNECTION_NONE))
{
// maks_todo: assert that edit control is disabled.
// maks_todo : assert that edit control has value == 0
*pValue = 0;
bResult = TRUE;
}
else
{
// last parameter tells if the value is signed or unsigned.
// we ask it not to look for - sign.
// maks_todo:BUT WE MAY WANT TO CHNAGE THIS
*pValue = GetDlgItemInt(GetDlgHandle(), IDC_UCE_DISCONNECTION, &bResult, FALSE);
if (!bResult || *pValue == 0 || *pValue > 71582)
{
MessageBox(GetDlgHandle(), _T("The Disconnection Timeout value must 1 to 71582 minutes. Check the 'No Timeout' if you wish to specify no Disconnection timeout"), _T("Termainl Server Properties"), MB_OK);
bResult = FALSE;
}
}
*pValue = *pValue * TIME_RESOLUTION;
return bResult;
}
BOOL TSConfigDlg::SetDisConnectionTimeOut(ULONG iValue)
{
// users talk in terms of mins.
// we talk about msecs.
iValue = iValue / TIME_RESOLUTION;
SetCheck(IDC_UCE_DISCONNECTION_NONE, iValue == 0);
EnableControl(IDC_UCE_DISCONNECTION, iValue != 0);
SetDlgItemInt(GetDlgHandle(), IDC_UCE_DISCONNECTION, iValue, TRUE); // maks_todo : look into last param.
return TRUE;
}
BOOL TSConfigDlg::GetIdleTimeOut(ULONG *pValue)
{
ASSERT(pValue);
BOOL bResult = FALSE;
if (IsChecked(IDC_UCE_IDLE_NONE))
{
// maks_todo: assert that edit control is disabled.
// maks_todo : assert that edit control has value == 0
*pValue = 0;
bResult = TRUE;
}
else
{
// last parameter tells if the value is signed or unsigned.
// we ask it not to look for - sign.
// maks_todo:BUT WE MAY WANT TO CHNAGE THIS
*pValue = GetDlgItemInt(GetDlgHandle(), IDC_UCE_IDLE, &bResult, FALSE);
if (!bResult || *pValue == 0 || *pValue > 71582)
{
MessageBox(GetDlgHandle(), _T("The Idle Timeout value must 1 to 71582 minutes. Check the 'No Timeout' if you wish to specify no Idle timeout"), _T("Termainl Server Properties"), MB_OK);
bResult = FALSE;
}
}
*pValue = *pValue * TIME_RESOLUTION;
return bResult;
}
BOOL TSConfigDlg::SetIdleTimeOut(ULONG iValue)
{
// users talk in terms of mins.
// we talk about msecs.
iValue = iValue / TIME_RESOLUTION;
SetCheck(IDC_UCE_IDLE_NONE, iValue == 0);
EnableControl(IDC_UCE_IDLE, iValue != 0);
SetDlgItemInt(GetDlgHandle(), IDC_UCE_IDLE, iValue, TRUE); // maks_todo : look into last param.
return TRUE;
}
BOOL TSConfigDlg::SetCommandLineAndWorkingDirectory(BOOL bUserInherited, LPCTSTR dir, LPCTSTR cmd)
{
ASSERT(dir);
ASSERT(cmd);
if (bUserInherited)
SetCheck(IDC_UCE_INITIALPROGRAM_INHERIT, bUserInherited);
// enable/disable edits according to check box status.
EnableControl(IDL_UCE_INITIALPROGRAM_COMMANDLINE1, !bUserInherited);
EnableControl(IDL_UCE_INITIALPROGRAM_WORKINGDIRECTORY1, !bUserInherited);
EnableControl(IDC_UCE_INITIALPROGRAM_COMMANDLINE, !bUserInherited);
EnableControl(IDC_UCE_INITIALPROGRAM_WORKINGDIRECTORY, !bUserInherited);
// set the text into edits.
SetDlgItemText(GetDlgHandle(), IDC_UCE_INITIALPROGRAM_COMMANDLINE, cmd);
SetDlgItemText(GetDlgHandle(), IDC_UCE_INITIALPROGRAM_WORKINGDIRECTORY, dir);
return TRUE;
}
BOOL TSConfigDlg::GetCommandLineAndWorkingDirectory(BOOL *pbUserInherited, LPTSTR dir, LPTSTR cmd)
{
ASSERT(dir);
ASSERT(cmd);
*pbUserInherited = IsChecked(IDC_UCE_INITIALPROGRAM_INHERIT);
// set the text into edits.
GetDlgItemText(GetDlgHandle(), IDC_UCE_INITIALPROGRAM_COMMANDLINE, cmd, MAX_INIT_PROGRAM_SIZE);
GetDlgItemText(GetDlgHandle(), IDC_UCE_INITIALPROGRAM_WORKINGDIRECTORY, dir, MAX_INIT_DIR_SIZE);
return TRUE;
}
BOOL TSConfigDlg::SetSecurity(int iLevel, BOOL bDisableAfterLogon)
{
SetComboCurrentSel(IDC_UCE_SECURITY_ENCRYPT, iLevel);
SetCheck(IDC_UCE_SECURITY_DISABLEAFTERLOGON, bDisableAfterLogon);
return TRUE;
}
BOOL TSConfigDlg::GetSecurity(int *piLevel, BOOL *pbDisableAfterLogon)
{
ASSERT(piLevel);
ASSERT(pbDisableAfterLogon);
*piLevel = GetComboCurrentSel(IDC_UCE_SECURITY_ENCRYPT);
*pbDisableAfterLogon = IsChecked(IDC_UCE_SECURITY_DISABLEAFTERLOGON);
return TRUE;
}
BOOL TSConfigDlg::SetBrokenConnectionOption(int iLevel)
{
SetComboCurrentSel(IDC_UCE_BROKEN, iLevel);
return TRUE;
}
BOOL TSConfigDlg::GetBrokenConnectionOption(int *piLevel)
{
*piLevel = GetComboCurrentSel(IDC_UCE_BROKEN);
return TRUE;
}
BOOL TSConfigDlg::SetReconnectDisconnection(int iLevel)
{
SetComboCurrentSel(IDC_UCE_RECONNECT, iLevel);
return TRUE;
}
BOOL TSConfigDlg::GetReconnectDisconnection(int *piLevel)
{
*piLevel = GetComboCurrentSel(IDC_UCE_RECONNECT);
return TRUE;
}
BOOL TSConfigDlg::SetCallBackOptonAndPhoneNumber(int iCallBack, LPCTSTR PhoneNo)
{
SetComboCurrentSel(IDC_UCE_CALLBACK, iCallBack);
SetDlgItemText(GetDlgHandle(), IDC_UCE_PHONENUMBER, PhoneNo);
// enable/disable phone # accordingly.
EnableControl(IDL_UCE_PHONENUMBER, iCallBack != 0);
EnableControl(IDC_UCE_PHONENUMBER, iCallBack != 0);
return TRUE;
}
BOOL TSConfigDlg::GetCallBackOptonAndPhoneNumber(int *piCallBack, LPTSTR PhoneNo)
{
*piCallBack = GetComboCurrentSel(IDC_UCE_CALLBACK);
GetDlgItemText(GetDlgHandle(), IDC_UCE_PHONENUMBER, PhoneNo, MAX_PHONENO_SIZE);
return TRUE;
}
BOOL TSConfigDlg::SetShadowing(int iLevel)
{
SetComboCurrentSel(IDC_UCE_SHADOW, iLevel);
return TRUE;
}
BOOL TSConfigDlg::GetShadowing(int *piLevel)
{
*piLevel = GetComboCurrentSel(IDC_UCE_SHADOW);
return TRUE;
}
// Utility function.
DWORD wchar2TCHAR(TCHAR *dest, const WCHAR *src)
{
ASSERT(dest && src);
#ifdef UNICODE
_tcscpy(dest, src);
#else
DWORD count;
count = WideCharToMultiByte(CP_ACP,
0,
src,
-1,
NULL,
0,
NULL,
NULL);
return WideCharToMultiByte(CP_ACP,
0,
src,
-1,
dest,
count,
NULL,
NULL);
#endif
return _tcslen(dest);
}
BOOL TSConfigDlg::ALLOWLOGONEvent(WORD wNotifyCode)
{
switch(wNotifyCode)
{
case BN_CLICKED:
break;
default:
break;
}
return TRUE;
}
BOOL TSConfigDlg::CONNECTION_NONEEvent(WORD wNotifyCode)
{
switch(wNotifyCode)
{
case BN_CLICKED:
EnableControl(IDC_UCE_CONNECTION, !IsChecked(IDC_UCE_CONNECTION_NONE));
//EnableControl(IDC_UCE_CONNECTION, iValue != 0);
break;
default:
break;
}
return TRUE;
}
BOOL TSConfigDlg::DISCONNECTION_NONEEvent(WORD wNotifyCode)
{
switch(wNotifyCode)
{
case BN_CLICKED:
EnableControl(IDC_UCE_DISCONNECTION, !IsChecked(IDC_UCE_DISCONNECTION_NONE));
break;
default:
break;
}
return TRUE;
}
BOOL TSConfigDlg::IDLE_NONEEvent(WORD wNotifyCode)
{
switch(wNotifyCode)
{
case BN_CLICKED:
EnableControl(IDC_UCE_IDLE, !IsChecked(IDC_UCE_IDLE_NONE));
break;
default:
break;
}
return TRUE;
}
BOOL TSConfigDlg::INITIALPROGRAM_INHERITEvent(WORD wNotifyCode)
{
switch(wNotifyCode)
{
case BN_CLICKED:
EnableControl(IDL_UCE_INITIALPROGRAM_COMMANDLINE1,
!IsChecked(IDC_UCE_INITIALPROGRAM_INHERIT));
EnableControl(IDL_UCE_INITIALPROGRAM_WORKINGDIRECTORY1,
!IsChecked(IDC_UCE_INITIALPROGRAM_INHERIT));
EnableControl(IDC_UCE_INITIALPROGRAM_COMMANDLINE,
!IsChecked(IDC_UCE_INITIALPROGRAM_INHERIT));
EnableControl(IDC_UCE_INITIALPROGRAM_WORKINGDIRECTORY,
!IsChecked(IDC_UCE_INITIALPROGRAM_INHERIT));
break;
default:
break;
}
return TRUE;
}
BOOL TSConfigDlg::SECURITY_DISABLEAFTERLOGONEvent(WORD /* wNotifyCode */ )
{
return TRUE;
}
BOOL TSConfigDlg::IsChecked(UINT controlId)
{
ASSERT(GetDlgItem(GetDlgHandle(), controlId));
return BST_CHECKED == SendDlgItemMessage(GetDlgHandle(), controlId, BM_GETCHECK, 0, 0);
}
void TSConfigDlg::SetCheck(UINT controlId, BOOL bCheck)
{
ASSERT(GetDlgItem(GetDlgHandle(), controlId));
SendDlgItemMessage(GetDlgHandle(), controlId, BM_SETCHECK, bCheck ? BST_CHECKED : BST_UNCHECKED, 0);
}
void TSConfigDlg::EnableControl(UINT controlId, BOOL bEnable)
{
ASSERT(GetDlgItem(GetDlgHandle(), controlId));
EnableWindow(GetDlgItem(GetDlgHandle(), controlId), bEnable);
}
int TSConfigDlg::GetComboCurrentSel(UINT controlId)
{
ASSERT(GetDlgItem(GetDlgHandle(), controlId));
return SendDlgItemMessage(GetDlgHandle(), controlId, CB_GETCURSEL, 0, 0);
}
void TSConfigDlg::SetComboCurrentSel(UINT controlId, int iSel)
{
ASSERT(GetDlgItem(GetDlgHandle(), controlId));
SendDlgItemMessage(GetDlgHandle(), controlId, CB_SETCURSEL, iSel, 0);
}