//+---------------------------------------------------------------------------
//
// Microsoft Windows
// Copyright (C) Microsoft Corporation 1996-2001.
//
// File: ANumber.cpp
//
// Contents: Implementation of CAttrNumber
//
//----------------------------------------------------------------------------
#include "stdafx.h"
#include "wsecmgr.h"
#include "snapmgr.h"
#include "util.h"
#include "ANumber.h"
#include "DDWarn.h"
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
/*--------------------------------------------------------------------------------------
The constant values below are used to retrieve the string ID of the description for
a range of values.
struct {
int iMin - >= The value must be greater than or equal to this value.
int iMax - <= The value must be less than or equale to this value.
WORD uResource - The resource id of the item.
WORD uMask - Flag that describes which memebers are valid. The Resource
ID must always be valid. If a flag is not set for the
coorisponding item, then the point is not checked against
the value.
RDIF_MIN - The [iMin] member is valid.
RDIF_MAX - [iMax] member is valid.
RDIF_END - This is the end of the array. The last
item in all declarations must set this
flag.
--------------------------------------------------------------------------------------*/
//
// Minimum password description for number attribute.
//
RANGEDESCRIPTION g_rdMinPassword[] =
{
{ 0, 0, IDS_CHANGE_IMMEDIATELY, RDIF_MIN | RDIF_MAX },
{ 1, 0, IDS_PASSWORD_CHANGE, RDIF_MIN | RDIF_END }
};
//
// Maximum password description for number attribute.
//
RANGEDESCRIPTION g_rdMaxPassword[] =
{
{ 1, 999, IDS_PASSWORD_EXPIRE, RDIF_MIN | RDIF_MAX },
{ 0, 0, IDS_PASSWORD_FOREVER, RDIF_MIN | RDIF_END},
};
//
// Password len descriptions.
//
RANGEDESCRIPTION g_rdPasswordLen[] =
{
{0, 0, IDS_PERMIT_BLANK, RDIF_MIN | RDIF_MAX },
{1, 0, IDS_PASSWORD_LEN, RDIF_MIN | RDIF_END }
};
//
// Password histroy description.
//
RANGEDESCRIPTION g_rdPasswordHistory[] =
{
{0, 0, IDS_NO_HISTORY, RDIF_MIN | RDIF_MAX },
{1, 0, IDS_PASSWORD_REMEMBER, RDIF_MIN | RDIF_END }
};
//
// Password lockout descriptions
//
RANGEDESCRIPTION g_rdLockoutAccount[] =
{
{0, 0, IDS_NO_LOCKOUT, RDIF_MIN | RDIF_MAX },
{1, 0, IDS_LOCKOUT_AFTER, RDIF_MIN | RDIF_END }
};
//
// Lockout duration description.
//
RANGEDESCRIPTION g_rdLockoutFor[] =
{
{1, 0, IDS_DURATION, RDIF_MIN },
{0, 0, IDS_LOCKOUT_FOREVER, RDIF_MAX | RDIF_END}
};
RANGEDESCRIPTION g_rdAutoDisconnect[] =
{
{ 1, 0, IDS_RNH_AUTODISCONNECT_STATIC, RDIF_MIN },
{ 0, 0, IDS_RNH_AUTODISCONNECT_SPECIAL, RDIF_MAX | RDIF_END}
};
RANGEDESCRIPTION g_rdPasswordWarnings[] =
{
{ 0, 0, IDS_RNH_PASSWORD_WARNINGS_SPECIAL, RDIF_MIN | RDIF_MAX},
{ 1, 0, IDS_RNH_PASSWORD_WARNINGS_STATIC, RDIF_MIN | RDIF_END}
};
RANGEDESCRIPTION g_rdCachedLogons[] =
{
{ 0, 0, IDS_RNH_CACHED_LOGONS_SPECIAL, RDIF_MIN | RDIF_MAX},
{ 1, 0, IDS_RNH_CACHED_LOGONS_STATIC, RDIF_MIN | RDIF_END}
};
/*--------------------------------------------------------------------------------------
Method: GetRangeDescription
Synopsis: This function was specifically created for SCE. Call this function if the
Item ID to, and current range value to retrieve the corrisponding string.
Arguments: [uType] - [in] ID of the point you want the description for.
[i] - [in] The point you want the description for.
[pstrRet] - [out] The return value.
Returns: ERROR_SUCCESS - The operation was successfull.
ERROR_INVALID_DATA - The id may not be supported or [pstrRet] is NULL.
Other Win32 errors if resource loading was not successful.
--------------------------------------------------------------------------------------*/
DWORD
GetRangeDescription(
IN UINT uType,
IN int i,
OUT CString *pstrRet
)
{
switch(uType){
case IDS_LOCK_DURATION:
uType = GetRangeDescription(g_rdLockoutFor, i);
break;
case IDS_MAX_PAS_AGE:
uType = GetRangeDescription(g_rdMaxPassword, i);
break;
case IDS_LOCK_COUNT:
uType = GetRangeDescription(g_rdLockoutAccount, i);
break;
case IDS_MIN_PAS_AGE:
uType = GetRangeDescription(g_rdMinPassword, i);
break;
case IDS_MIN_PAS_LEN:
uType = GetRangeDescription(g_rdPasswordLen, i);
break;
case IDS_PAS_UNIQUENESS:
uType = GetRangeDescription(g_rdPasswordHistory, i);
break;
case IDS_LOCK_RESET_COUNT:
uType = 0;
break;
default:
uType = 0;
}
if(uType && pstrRet){
//
// Try to load the resource string.
//
__try {
if( pstrRet->LoadString(uType) ){
return ERROR_SUCCESS;
}
} __except(EXCEPTION_CONTINUE_EXECUTION) {
return (DWORD)E_POINTER;
}
return GetLastError();
}
return ERROR_INVALID_DATA;
}
/*--------------------------------------------------------------------------------------
Method: GetRangeDescription
Synopsis: This function works directly with the RANGEDESCRIPTION structure. Tests
to see which string resource ID to return. This is determined by testing [i]
with the [iMin] and [iMax] value of a RANGEDESCRIPTION structure. RDIF_MIN
or/and RDIF_MAX must be set in the [uMask] member for this function to
perform any comparisons
Arguments: [pDesc] - [in] An array of RANGEDESCRIPTIONS, the last member of this
array must set RDIF_END flag in the [uMask] member.
[i] - [in] The point to test.
Returns: A String resource ID if successfull. Otherwise 0.
--------------------------------------------------------------------------------------*/
UINT
GetRangeDescription(
RANGEDESCRIPTION *pDesc,
int i
)
{
RANGEDESCRIPTION *pCur = pDesc;
if(!pDesc){
return 0;
}
//
// The uMask member of the description tells us wich members
// of the structure is valid.
//
while( 1 ){
if( (pCur->uMask & RDIF_MIN) ) {
//
// Test the minimum.
//
if(i >= pCur->iMin){
if(pCur->uMask & RDIF_MAX){
//
// Test the maximum.
//
if( i <= pCur->iMax) {
return pCur->uResource;
}
} else {
return pCur->uResource;
}
}
} else if(pCur->uMask & RDIF_MAX) {
//
// Test only the maximum.
//
if(i <= pCur->iMax){
return pCur->uResource;
}
}
if(pCur->uMask & RDIF_END){
//
// This is the last element of the array, so end the loop.
//
break;
}
pCur++;
}
return 0;
}
/////////////////////////////////////////////////////////////////////////////
// CAttrNumber dialog
CAttrNumber::CAttrNumber(UINT nTemplateID)
: CAttribute(nTemplateID ? nTemplateID : IDD),
m_cMinutes(0),
m_nLow(0),
m_nHigh(999),
m_nSave(0),
m_pRDescription(NULL)
{
//{{AFX_DATA_INIT(CAttrNumber)
m_strUnits = _T("");
m_strSetting = _T("");
m_strBase = _T("");
m_strTemplateTitle = _T("");
m_strLastInspectTitle = _T("");
//}}AFX_DATA_INIT
m_pHelpIDs = (DWORD_PTR)a168HelpIDs;
m_uTemplateResID = IDD;
}
void CAttrNumber::DoDataExchange(CDataExchange* pDX)
{
CAttribute::DoDataExchange(pDX);
//{{AFX_DATA_MAP(CAttrNumber)
DDX_Control(pDX, IDC_SPIN, m_SpinValue);
DDX_Text(pDX, IDC_UNITS, m_strUnits);
DDX_Text(pDX, IDC_CURRENT, m_strSetting);
DDX_Text(pDX, IDC_NEW, m_strBase);
DDX_Text(pDX, IDC_TEMPLATE_TITLE, m_strTemplateTitle);
DDX_Text(pDX, IDC_LI_TITLE, m_strLastInspectTitle);
DDX_Text(pDX, IDC_RANGEERROR,m_strError);
//}}AFX_DATA_MAP
}
BEGIN_MESSAGE_MAP(CAttrNumber, CAttribute)
//{{AFX_MSG_MAP(CAttrNumber)
ON_NOTIFY(UDN_DELTAPOS, IDC_SPIN, OnDeltaposSpin)
ON_EN_KILLFOCUS(IDC_NEW, OnKillFocusNew)
ON_BN_CLICKED(IDC_CONFIGURE, OnConfigure)
ON_EN_UPDATE(IDC_NEW, OnUpdateNew)
//}}AFX_MSG_MAP
END_MESSAGE_MAP()
/////////////////////////////////////////////////////////////////////////////
// CAttrNumber message handlers
void CAttrNumber::OnDeltaposSpin( NMHDR* pNMHDR, LRESULT* pResult )
{
NM_UPDOWN FAR *pnmud = (NM_UPDOWN FAR *)pNMHDR;
if ( pnmud ) {
//
// get current value
//
long lVal = CurrentEditValue();
if (SCE_FOREVER_VALUE == lVal) {
if (pnmud->iDelta > 0) {
if (m_cMinutes & DW_VALUE_OFF) {
lVal = SCE_KERBEROS_OFF_VALUE;
} else {
lVal = m_nHigh;
}
} else {
lVal = m_nLow;
}
} else if (SCE_KERBEROS_OFF_VALUE == lVal) {
if (pnmud->iDelta < 0) {
if (m_cMinutes & DW_VALUE_FOREVER) {
lVal = SCE_FOREVER_VALUE;
} else {
lVal = m_nLow;
}
} else {
lVal = m_nHigh;
}
} else {
lVal -= (LONG)(m_iAccRate*pnmud->iDelta);
if ( lVal > m_nHigh ) {
// if it is overflow, go back to low
if ( m_cMinutes & DW_VALUE_OFF ) {
lVal = SCE_KERBEROS_OFF_VALUE;
} else if (m_cMinutes & DW_VALUE_FOREVER) {
lVal = SCE_FOREVER_VALUE;
} else {
lVal = m_nLow;
}
} else if ( (lVal < m_nLow) &&
((lVal != SCE_KERBEROS_OFF_VALUE) || !(m_cMinutes & DW_VALUE_OFF)) &&
((lVal != SCE_FOREVER_VALUE) || !(m_cMinutes & DW_VALUE_FOREVER))) {
// if it is underflow, go back to high
if ( (m_cMinutes & DW_VALUE_FOREVER) && (lVal != SCE_FOREVER_VALUE)) {
lVal = SCE_FOREVER_VALUE;
} else if ((m_cMinutes & DW_VALUE_OFF) && (lVal != SCE_KERBEROS_OFF_VALUE)) {
lVal = SCE_KERBEROS_OFF_VALUE;
} else {
lVal = m_nHigh;
}
}
if ( 0 == lVal && (m_cMinutes & DW_VALUE_NOZERO) ) {
// zero is not allowed
if ( m_nLow > 0 ) {
lVal = m_nLow;
} else {
lVal = 1;
}
}
}
SetValueToEdit(lVal);
}
*pResult = 0;
}
void CAttrNumber::OnKillFocusNew()
{
LONG lVal = CurrentEditValue();
SetValueToEdit(lVal);
}
void CAttrNumber::SetValueToEdit(LONG lVal)
{
CString strNew;
if ( m_iStaticId )
m_strTemplateTitle.LoadString(m_iStaticId);
else
m_strTemplateTitle = _T("");
if ( 0 == lVal ) {
strNew.Format(TEXT("%d"),lVal);
if ( m_cMinutes & DW_VALUE_NEVER &&
m_iNeverId > 0 ) {
// change to never
m_strTemplateTitle.LoadString(m_iNeverId);
}
} else if ( SCE_FOREVER_VALUE == lVal ) {
strNew.LoadString(IDS_FOREVER);
if ( m_iNeverId )
m_strTemplateTitle.LoadString(m_iNeverId);
} else if (SCE_KERBEROS_OFF_VALUE == lVal) {
strNew.LoadString(IDS_OFF);
if ( m_iNeverId ) {
m_strTemplateTitle.LoadString(m_iNeverId);
}
} else {
strNew.Format(TEXT("%d"),lVal);
}
m_nSave = lVal;
SetDlgItemText(IDC_NEW,strNew);
SetDlgItemText(IDC_TEMPLATE_TITLE,m_strTemplateTitle);
SetModified(TRUE);
}
LONG CAttrNumber::CurrentEditValue()
{
UINT uiVal = 0;
LONG lVal = 0;
BOOL bTrans = FALSE;
uiVal = GetDlgItemInt(IDC_NEW,&bTrans,FALSE);
lVal = uiVal;
if (!bTrans ) {
// if ( 0 == lVal && !bTrans ) {
// errored, overflow, or nonnumeric
CString str;
if(m_cMinutes & DW_VALUE_FOREVER){
str.LoadString(IDS_FOREVER);
if(str == m_strBase){
return SCE_FOREVER_VALUE;
}
}
lVal = _ttol((LPCTSTR)m_strBase);
if ( lVal == 0 ) {
//
// nonnumeric
//
lVal = (LONG) m_nSave;
return lVal;
}
}
if ( m_iAccRate > 1 && lVal > 0 ) {
//
// for log max size, make it multiples of m_iAccRate
//
int nCount = lVal % m_iAccRate;
if ( nCount > 0 ) {
lVal = ((LONG)(lVal/m_iAccRate))*m_iAccRate;
}
}
if ( lVal > m_nHigh ) {
// if it is overflow, go back to low
if ( m_cMinutes & DW_VALUE_FOREVER ) {
lVal = SCE_FOREVER_VALUE;
} else if (m_cMinutes & DW_VALUE_OFF) {
lVal = SCE_KERBEROS_OFF_VALUE;
} else {
// Leave alone and let the OnKillActive catch it
}
}
if ( (lVal < m_nLow) &&
(lVal != SCE_KERBEROS_OFF_VALUE) &&
(lVal != SCE_FOREVER_VALUE) ) {
// if it is underflow, go back to high
if (m_cMinutes & DW_VALUE_OFF) {
lVal = SCE_KERBEROS_OFF_VALUE;
} else if ( m_cMinutes & DW_VALUE_FOREVER) {
lVal = SCE_FOREVER_VALUE;
} else {
// Leave alone and let the OnKillActive catch it
}
}
if ( 0 == lVal && (m_cMinutes & DW_VALUE_NOZERO) ) {
// zero is not allowed
if ( m_nLow > 0 ) {
lVal = m_nLow;
} else {
lVal = 1;
}
}
return lVal;
}
void CAttrNumber::OnConfigure()
{
CWnd *cwnd;
CAttribute::OnConfigure();
//
// Enable disable OK button depending on the state of the other controls.
//
cwnd = GetDlgItem(IDOK);
if(cwnd){
if(!m_bConfigure){
cwnd->EnableWindow(TRUE);
} else {
OnUpdateNew();
}
}
}
BOOL CAttrNumber::OnInitDialog()
{
CAttribute::OnInitDialog();
UpdateData(TRUE);
/*
if (m_bMinutes) {
m_SpinValue.SetRange(-1,UD_MAXVAL-1);
} else {
m_SpinValue.SetRange(0,UD_MAXVAL);
}
*/
AddUserControl(IDC_NEW);
AddUserControl(IDC_SPIN);
OnConfigure();
return TRUE; // return TRUE unless you set the focus to a control
// EXCEPTION: OCX Property Pages should return FALSE
}
BOOL CAttrNumber::OnApply()
{
if ( !m_bReadOnly )
{
BOOL bUpdateAll = FALSE;
DWORD dw = 0;
CString strForever,strOff;
int status = 0;
UpdateData(TRUE);
if (!m_bConfigure)
dw = SCE_NO_VALUE;
else
dw = CurrentEditValue();
bUpdateAll = FALSE;
CEditTemplate *pet = m_pSnapin->GetTemplate(GT_COMPUTER_TEMPLATE,AREA_SECURITY_POLICY);
//
// Check the numbers dependencies if a dependency fails then the dialog
// will return ERROR_MORE_DATA and we can display more information for the user
// to see.
//
if(DDWarn.CheckDependencies( dw ) == ERROR_MORE_DATA )
{
//
// If the user presses cancel then we won't let them set this item's information
// until they have set the configurion for the other items.
//
CThemeContextActivator activator;
if( DDWarn.DoModal() != IDOK)
return FALSE;
//
// The user pressed Auto set so we can set the other items. They are automatically set
// to the correct values.
//
for(int i = 0; i < DDWarn.GetFailedCount(); i++)
{
PDEPENDENCYFAILED pItem = DDWarn.GetFailedInfo(i);
if(pItem && pItem->pResult )
{
pItem->pResult->SetBase( pItem->dwSuggested );
status = m_pSnapin->SetAnalysisInfo(
pItem->pResult->GetID(),
pItem->dwSuggested,
pItem->pResult);
pItem->pResult->SetStatus( status );
pItem->pResult->Update(m_pSnapin, FALSE);
}
}
}
//
// Update the items security profile.
// and redraw.
//
m_pData->SetBase((LONG_PTR)ULongToPtr(dw));
status = m_pSnapin->SetAnalysisInfo(m_pData->GetID(),(LONG_PTR)ULongToPtr(dw), m_pData);
m_pData->SetStatus(status);
m_pData->Update(m_pSnapin, FALSE);
}
return CAttribute::OnApply();
}
void CAttrNumber::Initialize(CResult * pResult)
{
LONG_PTR dw=0;
CAttribute::Initialize(pResult);
DDWarn.InitializeDependencies(m_pSnapin,pResult);
m_strUnits = pResult->GetUnits();
m_cMinutes = DW_VALUE_NOZERO;
m_nLow = 0;
m_nHigh = 999;
m_nSave = 0;
m_iNeverId = 0;
m_iAccRate = 1;
m_iStaticId = 0;
CEditTemplate *pTemplate = pResult->GetBaseProfile();
switch (pResult->GetID()) {
// below no zero value
case IDS_LOCK_DURATION:
m_cMinutes = DW_VALUE_FOREVER | DW_VALUE_NOZERO;
m_nHigh = 99999;
m_iStaticId = IDS_DURATION;
m_iNeverId = IDS_LOCKOUT_FOREVER;
m_pRDescription = g_rdLockoutAccount;
break;
case IDS_MAX_PAS_AGE:
m_cMinutes = DW_VALUE_FOREVER | DW_VALUE_NOZERO;
m_iStaticId = IDS_PASSWORD_EXPIRE;
m_iNeverId = IDS_PASSWORD_FOREVER;
break;
// below zero value means differently
case IDS_LOCK_COUNT:
m_cMinutes = DW_VALUE_NEVER;
m_iNeverId = IDS_NO_LOCKOUT;
m_iStaticId = IDS_LOCKOUT_AFTER;
break;
case IDS_MIN_PAS_AGE:
m_cMinutes = DW_VALUE_NEVER;
m_iNeverId = IDS_CHANGE_IMMEDIATELY;
m_iStaticId = IDS_PASSWORD_CHANGE;
m_nHigh = 998;
m_pRDescription = g_rdMinPassword;
break;
case IDS_MIN_PAS_LEN:
m_cMinutes = DW_VALUE_NEVER;
m_nHigh = 14;
m_iNeverId = IDS_PERMIT_BLANK;
m_iStaticId = IDS_PASSWORD_LEN;
m_pRDescription = g_rdPasswordLen;
break;
case IDS_PAS_UNIQUENESS:
m_cMinutes = DW_VALUE_NEVER;
m_nHigh = 24;
m_iNeverId = IDS_NO_HISTORY;
m_iStaticId = IDS_PASSWORD_REMEMBER;
break;
// below there is no zero values
case IDS_LOCK_RESET_COUNT:
m_nLow = 1;
m_nHigh = 99999;
m_iStaticId = IDS_LOCK_RESET_COUNT;
break;
case IDS_SYS_LOG_MAX:
case IDS_SEC_LOG_MAX:
case IDS_APP_LOG_MAX:
m_nLow = 64;
m_nHigh = 4194240;
m_iAccRate = 64;
// no static text
break;
case IDS_SYS_LOG_DAYS:
case IDS_SEC_LOG_DAYS:
case IDS_APP_LOG_DAYS:
m_nHigh = 365;
m_nLow = 1;
m_iStaticId = IDS_OVERWRITE_EVENT;
break;
case IDS_KERBEROS_MAX_AGE:
m_cMinutes = DW_VALUE_FOREVER | DW_VALUE_NOZERO;
m_nHigh = 99999;
m_iStaticId = IDS_TICKET_EXPIRE;
m_iNeverId = IDS_TICKET_FOREVER;
break;
case IDS_KERBEROS_RENEWAL:
m_cMinutes = DW_VALUE_FOREVER | DW_VALUE_NOZERO; // | DW_VALUE_OFF;
m_nHigh = 99999;
m_iStaticId = IDS_TICKET_RENEWAL_EXPIRE;
m_iNeverId = IDS_TICKET_RENEWAL_FOREVER;
break;
case IDS_KERBEROS_MAX_SERVICE:
m_nLow = 10;
m_cMinutes = DW_VALUE_FOREVER | DW_VALUE_NOZERO;
m_iStaticId = IDS_TICKET_EXPIRE;
m_iNeverId = IDS_TICKET_FOREVER;
m_nHigh = 99999;
break;
case IDS_KERBEROS_MAX_CLOCK:
m_cMinutes = DW_VALUE_FOREVER;
m_nHigh = 99999;
m_iStaticId = IDS_MAX_TOLERANCE;
m_iNeverId = IDS_NO_MAX_TOLERANCE;
break;
}
if ((m_cMinutes & DW_VALUE_NOZERO) && (0 == m_nLow)) {
m_nLow = 1;
}
m_strTemplateTitle = _T("");
m_strLastInspectTitle = _T("");
m_strBase.Empty();
m_strSetting.Empty();
dw = pResult->GetBase();
if ((LONG_PTR)ULongToPtr(SCE_NO_VALUE) == dw)
{
m_bConfigure = FALSE;
}
else
{
m_bConfigure = TRUE;
SetInitialValue(PtrToUlong((PVOID)dw));
}
pResult->GetDisplayName( NULL, m_strSetting, 2 );
dw = pResult->GetSetting();
if ((LONG_PTR)ULongToPtr(SCE_NO_VALUE) != dw) {
if ((LONG_PTR)ULongToPtr(SCE_FOREVER_VALUE) == dw) {
if ( (m_cMinutes & DW_VALUE_FOREVER) &&
m_iNeverId > 0 ) {
m_strLastInspectTitle.LoadString(m_iNeverId);
}
} else {
if ( 0 == dw && (m_cMinutes & DW_VALUE_NEVER) &&
m_iNeverId > 0 ) {
// zero means different values
m_strLastInspectTitle.LoadString(m_iNeverId);
} else if ( m_iStaticId > 0 ) {
m_strLastInspectTitle.LoadString(m_iStaticId);
}
}
}
}
void CAttrNumber::SetInitialValue(DWORD_PTR dw)
{
//
// Don't overwrite an already set value.
//
if (!m_strBase.IsEmpty())
{
return;
}
if (SCE_FOREVER_VALUE == dw) {
m_strBase.LoadString(IDS_FOREVER);
if ( (m_cMinutes & DW_VALUE_FOREVER) &&
m_iNeverId > 0 ) {
m_strTemplateTitle.LoadString(m_iNeverId);
}
m_nSave = SCE_FOREVER_VALUE;
} else if (SCE_KERBEROS_OFF_VALUE == dw) {
m_strBase.LoadString(IDS_OFF);
if ( (m_cMinutes & DW_VALUE_OFF) &&
m_iNeverId > 0 ) {
m_strTemplateTitle.LoadString(m_iNeverId);
}
m_nSave = SCE_KERBEROS_OFF_VALUE;
}
else
{
m_nSave = dw;
if ( 0 == dw && (m_cMinutes & DW_VALUE_NEVER) &&
m_iNeverId > 0 ) {
// zero means different values
m_strTemplateTitle.LoadString(m_iNeverId);
} else if ( m_iStaticId > 0 ) {
m_strTemplateTitle.LoadString(m_iStaticId);
}
m_strBase.Format(TEXT("%d"),dw);
}
}
void CAttrNumber::OnUpdateNew()
{
DWORD dwRes = 0;
UpdateData(TRUE);
CString sNum;
CEdit *pEdit = (CEdit *)GetDlgItem(IDC_NEW);
CWnd *pOK = GetDlgItem(IDOK);
DWORD dwValue = _ttoi(m_strBase);
//
// Don't do anything if the string is equal to predefined strings.
//
sNum.LoadString(IDS_FOREVER);
if (m_strBase.IsEmpty()) {
if (pOK) {
pOK->EnableWindow(FALSE);
}
} else if (m_strBase == sNum) {
if (pOK) {
pOK->EnableWindow(TRUE);
}
} else {
if ((long)dwValue < m_nLow) {
//
// Disable the OK button.
//
if ( pOK ) {
pOK->EnableWindow(FALSE);
}
if (pEdit) {
//
// We will only force a select if edit text length >=
// minimum text length
//
sNum.Format(TEXT("%d"), m_nLow);
dwValue = m_nLow;
if (sNum.GetLength() < m_strBase.GetLength()) {
pEdit->SetSel(0, -1);
}
}
} else if ( (long)dwValue > m_nHigh ) {
if (pOK) {
pOK->EnableWindow(TRUE);
}
if (pEdit) {
if (m_cMinutes & DW_VALUE_FOREVER) {
sNum.LoadString(IDS_FOREVER);
dwValue = 0;
} else {
sNum.Format(TEXT("%d"), m_nHigh);
dwValue = m_nHigh;
}
m_strBase = sNum;
UpdateData(FALSE);
pEdit->SetSel(0, -1);
}
} else {
//
// Enable the OK button.
//
if (pOK) {
pOK->EnableWindow(TRUE);
}
}
}
//
// Load the description for this string.
//
if ((dwValue <= 0) && (m_iNeverId != 0)) {
m_strTemplateTitle.LoadString(m_iNeverId);
} else {
m_strTemplateTitle.LoadString(m_iStaticId);
}
GetDlgItem(IDC_TEMPLATE_TITLE)->SetWindowText(m_strTemplateTitle);
SetModified(TRUE); //Raid #404145
}
BOOL CAttrNumber::OnKillActive()
{
UINT uiVal = 0;
LONG lVal = 0;
BOOL bTrans = FALSE;
CString strRange;
int lMin = m_nLow;
UpdateData(TRUE);
if (m_cMinutes & DW_VALUE_NOZERO &&
!(m_cMinutes & DW_VALUE_FOREVER) &&
lMin == 0) {
lMin = 1;
}
CString strFormat;
strFormat.LoadString(IDS_RANGE);
strRange.Format(strFormat,lMin,m_nHigh);
uiVal = GetDlgItemInt(IDC_NEW,&bTrans,TRUE);
lVal = uiVal;
if ( !bTrans ) {
CString str;
if (m_cMinutes & DW_VALUE_FOREVER) {
str.LoadString(IDS_FOREVER);
if (str == m_strBase) {
return TRUE;;
}
}
lVal = _ttol((LPCTSTR)m_strBase);
if ( lVal == 0 )
{
// nonnumeric
lVal = (LONG) m_nSave;
m_strError = strRange;
UpdateData(FALSE);
return FALSE;
}
}
if ( m_iAccRate > 1 && lVal > 0 ) {
// for log max size, make it multiples of m_iAccRate
int nCount = lVal % m_iAccRate;
if ( nCount > 0 ) {
lVal = ((LONG)(lVal/m_iAccRate))*m_iAccRate;
}
}
if ( lVal > m_nHigh ) {
m_strError = strRange;
UpdateData(FALSE);
return FALSE;
}
if ( (lVal < m_nLow) &&
(lVal != SCE_KERBEROS_OFF_VALUE) &&
(lVal != SCE_FOREVER_VALUE) ) {
// if it is underflow, go back to high
if (m_cMinutes & DW_VALUE_OFF) {
lVal = SCE_KERBEROS_OFF_VALUE;
} else if ( m_cMinutes & DW_VALUE_FOREVER) {
lVal = SCE_FOREVER_VALUE;
} else {
// Leave alone and let the OnKillActive catch it
}
}
if ( (lVal < m_nLow) &&
(lVal != SCE_KERBEROS_OFF_VALUE) &&
(lVal != SCE_FOREVER_VALUE) ) {
// if it is underflow, go back to high
m_strError = strRange;
UpdateData(FALSE);
return FALSE;
}
if ( 0 == lVal && (m_cMinutes & DW_VALUE_NOZERO) ) {
// zero is not allowed
m_strError = strRange;
UpdateData(FALSE);
return FALSE;
}
return CAttribute::OnKillActive();
}