void HeaderCtrl::LeftDown(Point p, dword keyflags) {
#ifdef _DEBUG
if(keyflags & K_CTRL) {
String text;
for(int i = 0; i < col.GetCount(); i++)
text += Format(i ? " %d" : "%d", GetTabWidth(i));
WriteClipboardText(".ColumnWidths(\"" + text + "\");");
BeepExclamation();
}
#endif
split = GetSplit(p.x);
if(IsNull(split)) return;
SetCapture();
if(split >= 0) {
colRect = GetTabRect(split);
return;
}
li = pushi = -1 - split;
col[pushi].WhenLeftClick();
#ifdef _DEBUG
if((keyflags & K_ALT) && pushi >= 0)
WriteClipboardText(AsString(GetTabWidth(pushi)));
#endif
if(pushi >= 0) {
if(!col[pushi].WhenAction) {
pushi = -1;
return;
}
colRect = GetTabRect(pushi);
push = true;
}
Refresh();
}
void LayDes::VisGen()
{
if(IsNull(currentlayout))
return;
VisGenDlg dlg(CurrentLayout(), cursor);
if(dlg.Run() == IDOK)
WriteClipboardText(~dlg.view);
}
void XmlView::CopyPath()
{
String path;
int id = xml.GetCursor();
while(id >= 0) {
String tag = xml.Get(id);
if(tag.GetCount())
path = "[" + AsCString(tag) + "]" + path;
id = xml.GetParent(id);
}
WriteClipboardText(path);
}
int APIENTRY wWinMain(HINSTANCE instance, HINSTANCE previousInstance, WCHAR *commandLine, int showFlags)
{
HANDLE stdOut;
stdOut = GetStdHandle(STD_OUTPUT_HANDLE);
if (stdOut == INVALID_HANDLE_VALUE)
{
perror("GetStdHandle");
return 1;
}
if (!WriteClipboardText(NULL, stdOut))
{
return 1;
}
LogDebug("all ok");
return 0;
}
// Iterates over each product in the given list to determine if any of its prerequisites or
// requirements cannot be installed because their language is incompatible with the user's
// Windows language. If fIncludeGivenProducts is true, also tests each product in the list.
// Returns true if there were any conflicts. User will get a message in this method, too, and
// the offending item will be removed from the given list.
bool MasterInstaller_t::TestAndReportLanguageConflicts(IndexList_t & rgiProducts,
bool fIncludeGivenProducts)
{
bool fAnyConflicts = false;
g_Log.Write(_T("Testing for prerequisites and requirements having language compatibility issues."));
g_Log.Write(_T("Windows language is %d"), g_langidWindowsLanguage);
g_Log.Indent();
for (int iList = 0; iList < rgiProducts.GetCount(); iList++)
{
// Get index of next product:
int iCurrentProduct = rgiProducts[iList];
g_Log.Write(_T("Checking prerequisites and requirements for %s."),
m_ppmProductManager->GetName(iCurrentProduct));
g_Log.Indent();
// Get full list of active prerequisites and requirements:
IndexList_t rgiNeededProducts;
if (fIncludeGivenProducts)
rgiNeededProducts.Add(iCurrentProduct);
IndexList_t rgiThisProductOnly;
rgiThisProductOnly.Add(iCurrentProduct);
g_Log.Write(_T("Prerequisites..."));
g_Log.Indent();
m_ppmProductManager->GetActivePrerequisites(rgiThisProductOnly, rgiNeededProducts,
true);
g_Log.Unindent();
g_Log.Write(_T("...Done."));
g_Log.Write(_T("Requirements..."));
g_Log.Indent();
m_ppmProductManager->GetActiveRequirements(rgiThisProductOnly, rgiNeededProducts, true,
true);
g_Log.Unindent();
g_Log.Write(_T("...Done."));
if (rgiNeededProducts.GetCount() > 0)
{
g_Log.Write(_T("Checking if any of the %d dependencies of %s have a language restriction we can't honor..."),
rgiNeededProducts.GetCount(), m_ppmProductManager->GetName(iCurrentProduct));
g_Log.Indent();
}
else
{
g_Log.Write(_T("%s has no dependencies. No need to check language restrictions."),
m_ppmProductManager->GetName(iCurrentProduct));
}
// See if any have a language restriction we can't honor:
IndexList_t rgiFailures;
for (int i = 0; i < rgiNeededProducts.GetCount(); i++)
{
int iProd = rgiNeededProducts[i];
if (m_ppmProductManager->CriticalFileLanguageUnavailable(iProd))
{
rgiFailures.Add(iProd);
g_Log.Write(_T("%s uses an incompatible language."),
m_ppmProductManager->GetName(iProd));
}
}
if (rgiFailures.GetCount() > 0)
{
fAnyConflicts = true;
_TCHAR * pszList = NULL;
for (int i = 0; i < rgiFailures.GetCount(); i++)
{
new_sprintf_concat(pszList, 1, m_ppmProductManager->GetName(rgiFailures[i]));
new_sprintf_concat(pszList, 0,
FetchString(IDC_ERROR_LANGUAGE_INCOMPATIBLE_URL));
new_sprintf_concat(pszList, 0,
m_ppmProductManager->GetDownloadUrl(rgiFailures[i]));
}
_TCHAR * pszPart1 = my_strdup(FetchString(IDC_ERROR_LANGUAGE_INCOMPATIBLE_1));
_TCHAR * pszPart2 = my_strdup(FetchString(IDC_ERROR_LANGUAGE_INCOMPATIBLE_2));
_TCHAR * pszError = new_sprintf(_T("%s:\n%s\n%s\n\n%s"),
m_ppmProductManager->GetName(iCurrentProduct), pszPart1, pszList, pszPart2);
delete[] pszPart2;
delete[] pszPart1;
// Copy list contents to clipboard:
WriteClipboardText(pszList);
delete[] pszList;
_TCHAR * pszTitle = new_sprintf(_T("%s - %s"), g_pszTitle,
FetchString(IDC_ERROR_LANGUAGE_INCOMPATIBLE));
MessageBox(NULL, pszError, pszTitle, MB_ICONSTOP | MB_OK);
g_Log.Write(_T("Language compatibility issue reported to user: '******' %s"), pszTitle,
pszError);
delete[] pszTitle;
delete[] pszError;
rgiProducts.RemoveNthItem(iList);
iList--;
} // End if there were any conflicts
g_Log.Unindent();
g_Log.Write(_T("...Done checking if any dependencies of %s have a language restriction we can't honor..."),
m_ppmProductManager->GetName(iCurrentProduct));
if (rgiNeededProducts.GetCount() > 0)
{
g_Log.Unindent();
g_Log.Write(_T("Done checking prerequisites and requirements for %s."),
m_ppmProductManager->GetName(iCurrentProduct));
}
} // Next item in given list
g_Log.Unindent();
g_Log.Write(_T("End of testing for language compatibility issues."));
return fAnyConflicts;
}
