/*------------------------------------------------------------------------------------------
Set the root directory for where things are located, which should be the directory
where this file is located.
------------------------------------------------------------------------------------------*/
void SetTestDir()
{
if (g_strTestDir.Length())
return; // Set this only once!
// Get the path to the template files.
HKEY hk;
if (::RegOpenKeyEx(HKEY_LOCAL_MACHINE, _T("Software\\SIL\\FieldWorks"), 0,
KEY_QUERY_VALUE, &hk) == ERROR_SUCCESS)
{
achar rgch[MAX_PATH];
DWORD cb = isizeof(rgch);
DWORD dwT;
if (::RegQueryValueEx(hk, _T("RootCodeDir"), NULL, &dwT, (BYTE *)rgch, &cb)
== ERROR_SUCCESS)
{
Assert(dwT == REG_SZ);
StrApp str(rgch);
int ich = str.FindStrCI(_T("\\distfiles"));
if (ich >= 0)
str.Replace(ich, str.Length(), _T(""));
ich = str.FindCh('\\', str.Length() - 1);
if (ich >= 0)
str.Replace(ich, str.Length(), _T(""));
str.Append(_T("\\Src\\Cellar\\Test\\"));
g_strTestDir.Assign(str);
}
RegCloseKey(hk);
}
if (!g_strTestDir.Length())
g_strTestDir.Assign("C:\\FW\\Src\\Cellar\\Test\\");
}
DEFINE_THIS_FILE
#define gle (GetLastError())
#define lenof(a) (sizeof(a) / sizeof((a)[0]))
#define MAXNAMELEN 1024 // max name length for found symbols
#define IMGSYMLEN ( sizeof IMAGEHLP_SYMBOL )
#define TTBUFLEN 65536 // for a temp buffer
/// Add the given string to Sta. If Sta is not empty, add a semi-colon first
void AppendToStaWithSep(StrApp sta, const achar * pch)
{
if (sta.Length())
sta.Append(";");
sta.Append(pch);
}
/*----------------------------------------------------------------------------------------------
Set the values for the dialog controls based on the style styi.
@param vwsProj Union of the current Vernacular and Analysis encodings for the project.
----------------------------------------------------------------------------------------------*/
void FmtGenDlg::SetDialogValues(StyleInfo & styi, Vector<int> & vwsProj)
{
// During SetDialogValues we never need to handle loss of focus in the name control,
// because if anything needed to be done about updating that, it was done during
// GetDialogValues, which is always called before SetDialogValues. We need to suppress it
// because during this call the current style index and the current value of the control
// may not agree: the purpose of this method is to update the control from the new style.
// The normal loss-of-focus code is trying to synchronize in the opposite direction, and
// can cause problems, for example, when we are disabling the control. For example:
// - Disabling the window causes it to lose focus if it previously had focus.
// - There is a kill focus event that tries to make the contents of the box agree with
// the name of the current style.
// - when this method is called, the old style is still the current one, so if we
// already changed the text in the box, we wind up trying to rename the old style
// to the name of the 'provided' style and produce a name conflict error.
try
{
m_vwsProj = vwsProj;
StrApp strDesc;
m_fSuppressLossOfFocus = true;
StrApp strName = styi.m_stuName;
StrApp strTemp; // Temporary string.
bool fProtectedStyle = m_pafsd->IsStyleProtected(styi.m_stuName);
// Name edit box.
::SetDlgItemText(m_hwnd, kctidFgEdName, strName.Chars());
// Diable the control for styles originally provided by FieldWorks.
::EnableWindow(m_hwndName, !fProtectedStyle);
// Style type ltext.
switch (styi.m_st)
{
case kstParagraph:
strTemp.Load(kstidParagraph);
break;
case kstCharacter:
strTemp.Load(kstidCharacter);
break;
default:
Assert(false); // Should not happen.
}
::SetWindowText(m_hwndType, strTemp.Chars());
// Update the "next" and "basedOn" comboboxes
LoadNextStyleCombobox(styi);
SetNextStyleComboboxValue(styi);
LoadBasedOnStyleCombobox(styi);
SetBasedOnStyleComboboxValue(styi);
// ENHANCE LarryW(JohnT): When shortcut is implemented initialize the value instead.
::EnableWindow(m_hwndShortcut, false); // Disables it.
// **************************************
m_vesi.Clear();
strDesc = m_pafsd->GetNameOfStyle(styi.m_hvoBasedOn);
strDesc.Append(" + ");
ITsTextProps * pttp = styi.m_qttp;
if (pttp)
{
StrApp strT;
StrAppBuf strb; // a temp, used for making strings with units
// Add default font info
bool fFirstPart = true;
SmartBstr sbstr;
CheckHr(pttp->GetStrPropValue(ktptFontFamily, &sbstr));
StrUni stuFont(sbstr.Chars());
AppendDescPart(strDesc, FwStyledText::FontStringMarkupToUi(false, stuFont), fFirstPart);
int val, var;
CheckHr(pttp->GetIntPropValues(ktptFontSize, &var, &val));
if (var != -1)
{
AfUtil::MakeMsrStr (val , knpt, &strb);
AppendDescPart(strDesc, strb, fFirstPart);
}
CheckHr(pttp->GetIntPropValues(ktptBold, &var, &val));
if (val == kttvForceOn || val == kttvInvert)
AppendDescPart(strDesc, kstidBold, fFirstPart);
CheckHr(pttp->GetIntPropValues(ktptItalic, &var, &val));
if (val == kttvForceOn || val == kttvInvert)
AppendDescPart(strDesc, kstidItalic, fFirstPart);
CheckHr(pttp->GetIntPropValues(ktptSuperscript, &var, &val));
if (val == kssvSuper)
AppendDescPart(strDesc, kstidFfdSuperscript, fFirstPart);
else if (val == kssvSub)
AppendDescPart(strDesc, kstidFfdSubscript, fFirstPart);
AppendTextIs(strDesc, (COLORREF)ReadValOrNinch(pttp, ktptForeColor),
(COLORREF)ReadValOrNinch(pttp, ktptBackColor), fFirstPart);
AppendUnderlineInfo(strDesc, (COLORREF)ReadValOrNinch(pttp, ktptUnderColor),
ReadValOrNinch(pttp, ktptUnderline), fFirstPart);
AppendOffsetInfo(strDesc, ReadValOrNinch(pttp, ktptOffset), fFirstPart);
// Add info about other tabs
int nDir = ReadValOrNinch(pttp, ktptRightToLeft);
AddIf(strDesc, nDir == 0, kstidLeftToRight, fFirstPart);
AddIf(strDesc, nDir == 1, kstidRightToLeft, fFirstPart);
static const Keyval rgkeyvals[] =
{
{ktalLeading, kstidFpAlignLead},
{ktalLeft, kstidFpAlignLeft},
{ktalCenter, kstidFpAlignCenter},
{ktalRight, kstidFpAlignRight},
{ktalTrailing, kstidFpAlignTrail},
{ktalJustify, kstidFpAlignJustify}, //TODO: support when in use.
{0, 0}
};
AddFromList(strDesc, ReadValOrNinch(pttp, ktptAlign), rgkeyvals, fFirstPart);
int nLeadIndent = ReadValOrNinch(pttp, ktptLeadingIndent);
int nTrailIndent = ReadValOrNinch(pttp, ktptTrailingIndent);
int nFirstIndent = ReadValOrNinch(pttp, ktptFirstIndent);
if (nLeadIndent != knNinch || nTrailIndent != knNinch || nFirstIndent != knNinch)
{
AppendDescPart(strDesc, kstidIndentColon, fFirstPart);
AppendMeasurement(strDesc, nLeadIndent, m_nMsrSys, kstidLeadingFmt);
if (nFirstIndent != knNinch)
{
if (nFirstIndent < 0)
AppendMeasurement(strDesc, -nFirstIndent, m_nMsrSys, kstidHangingFmt);
else
AppendMeasurement(strDesc, nFirstIndent, m_nMsrSys, kstidFirstLineFmt);
}
AppendMeasurement(strDesc, nTrailIndent, m_nMsrSys, kstidTrailingFmt);
}
// line spacing
CheckHr(pttp->GetIntPropValues(ktptLineHeight, &var, &val));
StrApp strSpacing;
StrApp strFmt;
if (var == ktpvMilliPoint)
{
if (val < 0)
strFmt.Load(kstidFpLsExactFmt);
else
strFmt.Load(kstidFpLsAtLeastFmt);
StrAppBuf strb;
AfUtil::MakeMsrStr (val , knpt, &strb);
strSpacing.Format(strFmt.Chars(), strb.Chars());
}
else if (var == ktpvRelative)
{
if (val >= kdenTextPropRel * 2)
strSpacing.Load(kstidFpLsDouble);
else if (val >= kdenTextPropRel * 3 / 2)
strSpacing.Load(kstidFpLs15Lines);
else
strSpacing.Load(kstidFpLsSingle);
}
if (strSpacing.Length() != 0)
{
strFmt.Load(kstidLineSpacingFmt);
strT.Format(strFmt.Chars(), strSpacing.Chars());
AppendDescPart(strDesc, strT, fFirstPart);
}
int mpBefore = ReadValOrNinch(pttp, ktptSpaceBefore);
int mpAfter = ReadValOrNinch(pttp, ktptSpaceAfter);
if (mpBefore != knNinch || mpAfter != knNinch)
{
AppendDescPart(strDesc, kstidSpace, fFirstPart);
AppendMeasurement(strDesc, mpBefore, knpt, kstidBeforeFmt);
AppendMeasurement(strDesc, mpAfter, knpt, kstidAfterFmt);
}
int bulnum = ReadValOrNinch(pttp, ktptBulNumScheme);
AddIf(strDesc, bulnum >= kvbnBulletBase && bulnum < kvbnBulletMax,
kstidBulleted, fFirstPart);
AddIf(strDesc, bulnum >= kvbnNumberBase && bulnum < kvbnNumberMax,
kstidNumbered, fFirstPart);
int mpBTop = ReadValOrNinch(pttp, ktptBorderTop);
int mpBB = ReadValOrNinch(pttp, ktptBorderBottom);
int mpBL = ReadValOrNinch(pttp, ktptBorderLeading);
int mpBTr = ReadValOrNinch(pttp, ktptBorderTrailing);
if (mpBTop != knNinch || mpBB != knNinch || mpBL != knNinch || mpBTr != knNinch)
{
AppendDescPart(strDesc, kstidBorderColon, fFirstPart);
int clrBorder = ReadValOrNinch(pttp, ktptBorderColor);
bool fFirstBorder = true;
if (clrBorder != knNinch)
{
StrApp strClr;
strClr.Load(g_ct.GetColorRid(g_ct.GetIndexFromColor(clrBorder)));
strDesc.Append(strClr.Chars());
fFirstBorder = false;
}
AppendBorderInfo(strDesc, mpBTop, kstidTopBdrFmt, fFirstBorder);
AppendBorderInfo(strDesc, mpBB, kstidBottomBdrFmt, fFirstBorder);
AppendBorderInfo(strDesc, mpBL, kstidLeadingBdrFmt, fFirstBorder);
AppendBorderInfo(strDesc, mpBTr, kstidTrailingBdrFmt, fFirstBorder);
}
// Add info about writing-system overrides of font info.
Vector<int> vwsSoFar;
// Get the appropropriate writing system factory.
ILgWritingSystemFactoryPtr qwsf;
AssertPtr(m_pafsd);
m_pafsd->GetLgWritingSystemFactory(&qwsf);
AssertPtr(qwsf);
//- IWritingSystemPtr qws;
// Each iteration of this loop processes information about one writing system.
SmartBstr sbstrCharStyles;
CheckHr(pttp->GetStrPropValue(kspWsStyle, &sbstrCharStyles));
if (sbstrCharStyles.Length())
{
FwStyledText::DecodeFontPropsString(sbstrCharStyles, m_vesi, vwsSoFar);
SmartBstr sbstrWs;
StrApp strWs;
int wsUser;
CheckHr(qwsf->get_UserWs(&wsUser));
SmartBstr sbstrAbbr;
for (int iesi = 0; iesi < m_vesi.Size(); iesi++)
{
WsStyleInfo & esi = m_vesi[iesi];
if (vwsSoFar[iesi] == 0)
continue; // Ignore writing system set to 0.
fFirstPart = true;
StrApp strT;
StrApp strT2;
strT.Format(_T("\n"));
// Use the abbreviation in the user ws if it exists.
// else try for an abbreviation in each ws in m_vwsProj in turn,
// else use the ICU locale name as a last resort.
IWritingSystemPtr qws;
CheckHr(qwsf->GetStrFromWs(vwsSoFar[iesi], &sbstrWs));
CheckHr(qwsf->get_Engine(sbstrWs, &qws));
CheckHr(qws->get_Abbr(wsUser, &sbstrAbbr));
if (sbstrAbbr.Length() == 0)
{
for (int iws = 0; iws < m_vwsProj.Size(); ++iws)
{
CheckHr(qws->get_Abbr(m_vwsProj[iws], &sbstrAbbr));
if (sbstrAbbr.Length() != 0)
break;
}
}
if (sbstrAbbr.Length() == 0)
strWs.Assign(sbstrWs.Chars(), sbstrWs.Length());
else
strWs.Assign(sbstrAbbr.Chars(), sbstrAbbr.Length());
strT2.Format(_T("%s: "), strWs.Chars());
if (strT2 == _T("___: "))
strT2.Load(kctidFgUnknown);
strT.Append(strT2);
strDesc.Append (strT);
AppendDescPart(strDesc,
FwStyledText::FontStringMarkupToUi(false, esi.m_stuFontFamily),
fFirstPart);
if (esi.m_mpSize != knNinch)
{
AfUtil::MakeMsrStr (esi.m_mpSize , knpt, &strb);
AppendDescPart(strDesc, strb, fFirstPart);
}
if (esi.m_fBold == kttvForceOn || esi.m_fBold == kttvInvert)
AppendDescPart(strDesc, kstidBold, fFirstPart);
if (esi.m_fItalic == kttvForceOn || esi.m_fItalic == kttvInvert)
AppendDescPart(strDesc, kstidItalic, fFirstPart);
if (esi.m_ssv == kssvSuper)
AppendDescPart(strDesc, kstidFfdSuperscript, fFirstPart);
else if (esi.m_ssv == kssvSub)
AppendDescPart(strDesc, kstidFfdSubscript, fFirstPart);
AppendTextIs(strDesc, esi.m_clrFore, esi.m_clrBack, fFirstPart);
AppendUnderlineInfo(strDesc, esi.m_clrUnder, esi.m_unt, fFirstPart);
AppendOffsetInfo(strDesc, esi.m_mpOffset, fFirstPart);
} // 'for' loop
}
}
::SetDlgItemText(m_hwnd, kctidFgDescription, strDesc.Chars());
// **************************************
}
catch(...)
{
m_fSuppressLossOfFocus = false;
throw;
}
m_fSuppressLossOfFocus = false;
} //:> FmtGenDlg::SetDialogValues.
/*----------------------------------------------------------------------------------------------
Get the final values for the dialog controls, after the dialog has been closed.
----------------------------------------------------------------------------------------------*/
void FmtGenDlg::GetDialogValues(StyleInfo & styi, bool & fBasedOnChanged)
{
StrUni stuName = GetName();
StrApp strName = stuName;
achar rgcha[1024];
Vector<achar> vch;
achar * pszT;
memcpy(rgcha, strName.Chars(), strName.Length() * isizeof(achar));
if (stuName != styi.m_stuName)
{
StrApp strOldName(styi.m_stuName);
StrApp strNewName(stuName);
if (!m_pafsd->SetName(styi, stuName))
{
// Error: restore the old name.
::SetDlgItemText(m_hwnd, kctidFgEdName, strOldName.Chars());
}
// Otherwise update the comboboxes for BasedOn and Next.
// This allows the later code which reads from them to work correctly,
// so it is worth doing even here in a read routine.
// Also update the edit box to handle stripping of leading/trailing blanks.
else
{
::SetDlgItemText(m_hwnd, kctidFgEdName, strNewName.Chars());
UpdateComboboxes(strOldName, strNewName);
}
}
int iitem = ::SendMessage(m_hwndBasedOn, CB_GETCURSEL, 0,0);
// <0 means the item is blank (e.g., Normal is not based on anything).
// But if we pass -1 to CB_GETLBTEXT, we get the text of the first item.
// This can change Normal to be based on Normal, with bad consequences.
//
if (iitem < 0)
{
pszT = _T("");
}
else
{
int cch = ::SendMessage(m_hwndBasedOn, CB_GETLBTEXTLEN, (WPARAM)iitem, 0);
if (cch < 1024)
{
pszT = rgcha;
}
else
{
vch.Resize(cch + 1);
pszT = vch.Begin();
}
cch = ::SendMessage(m_hwndBasedOn, CB_GETLBTEXT, iitem, (long)pszT);
if (cch < 0)
pszT = _T("");
}
stuName = pszT;
HVO hvoBasedOn = m_pafsd->GetHvoOfStyleNamed(stuName);
if (styi.m_hvoBasedOn != hvoBasedOn)
{
m_pafsd->SetBasedOn(styi, hvoBasedOn); // Sets m_fDirty.
// Note that this is initialised to false in AfStylesDlg::UpdateTabCtrl.
fBasedOnChanged = true;
}
iitem = ::SendMessage(m_hwndNext, CB_GETCURSEL, 0,0);
if (iitem < 0)
{
pszT = _T("");
}
else
{
int cch = ::SendMessage(m_hwndNext, CB_GETLBTEXTLEN, (WPARAM)iitem, 0);
if (cch < 1024)
{
pszT = rgcha;
}
else
{
vch.Resize(cch + 1);
pszT = vch.Begin();
}
cch = ::SendMessage(m_hwndNext, CB_GETLBTEXT, iitem, (long)pszT);
if (cch < 0)
pszT = _T("");
}
stuName = pszT;
HVO hvoNext = m_pafsd->GetHvoOfStyleNamed(stuName);
if ((styi.m_hvoNext != hvoNext) && (styi.m_st != kstCharacter))
{
m_pafsd->SetNext(styi, hvoNext); // Sets m_fDirty.
}
} //:> FmtGenDlg::GetDialogValues.
void StackDumper::ShowStackCore( HANDLE hThread, CONTEXT& c )
{
// This makes this code custom for 32-bit windows. There is a technique to find out what
// machine type we are running on, but this should do us for a good while.
DWORD imageType = IMAGE_FILE_MACHINE_I386;
HANDLE hProcess = GetCurrentProcess();
int frameNum; // counts walked frames
DWORD offsetFromSymbol; // tells us how far from the symbol we were
DWORD symOptions; // symbol handler settings
IMAGEHLP_SYMBOL *pSym = (IMAGEHLP_SYMBOL *) malloc( IMGSYMLEN + MAXNAMELEN );
IMAGEHLP_MODULE Module;
IMAGEHLP_LINE Line;
StrApp strSearchPath; // path to search for symbol tables (I think...JT)
achar *tt = 0;
STACKFRAME s; // in/out stackframe
memset( &s, '\0', sizeof s );
tt = new achar[TTBUFLEN];
if (!tt)
return;
// Build symbol search path.
// Add current directory
if (::GetCurrentDirectory( TTBUFLEN, tt ) )
AppendToStaWithSep(strSearchPath, tt);
// Add directory containing executable or DLL we are running in.
if (::GetModuleFileName( 0, tt, TTBUFLEN ) )
{
StrUni stuPath = tt; // convert to Unicode if necessary, allows use of wchars
const OLECHAR * pchPath = stuPath.Chars();
const OLECHAR * pch;
for (pch = pchPath + wcslen(pchPath) - 1; pch >= pchPath; -- pch )
{
// locate the rightmost path separator
if ( *pch == L'\\' || *pch == L'/' || *pch == L':' )
break;
}
// if we found one, p is pointing at it; if not, tt only contains
// an exe name (no path), and p points before its first byte
if ( pch != pchPath ) // path sep found?
{
if ( *pch == L':' ) // we leave colons in place
++ pch;
if (strSearchPath.Length())
strSearchPath.Append(";");
strSearchPath.Append(pchPath, (pch - pchPath));
}
}
// environment variable _NT_SYMBOL_PATH
if (::GetEnvironmentVariable( _T("_NT_SYMBOL_PATH"), tt, TTBUFLEN ))
AppendToStaWithSep(strSearchPath, tt);
// environment variable _NT_ALTERNATE_SYMBOL_PATH
if (::GetEnvironmentVariable( _T("_NT_ALTERNATE_SYMBOL_PATH"), tt, TTBUFLEN ))
AppendToStaWithSep(strSearchPath, tt);
// environment variable SYSTEMROOT
if (::GetEnvironmentVariable( _T("SYSTEMROOT"), tt, TTBUFLEN ))
AppendToStaWithSep(strSearchPath, tt);
// Why oh why does SymInitialize() want a writeable string? Surely it doesn't modify it...
// The doc clearly says it is an [in] parameter.
// Also, there is not a wide character version of this function!
StrAnsi staT(strSearchPath);
if ( !::SymInitialize( hProcess, const_cast<char *>(staT.Chars()), false ) )
goto LCleanup;
// SymGetOptions()
symOptions = SymGetOptions();
symOptions |= SYMOPT_LOAD_LINES;
symOptions &= ~SYMOPT_UNDNAME;
SymSetOptions( symOptions ); // SymSetOptions()
// Enumerate modules and tell imagehlp.dll about them.
// On NT, this is not necessary, but it won't hurt.
EnumAndLoadModuleSymbols( hProcess, GetCurrentProcessId() );
// init STACKFRAME for first call
// Notes: AddrModeFlat is just an assumption. I hate VDM debugging.
// Notes: will have to be #ifdef-ed for Alphas; MIPSes are dead anyway,
// and good riddance.
s.AddrPC.Offset = c.Eip;
s.AddrPC.Mode = AddrModeFlat;
s.AddrFrame.Offset = c.Ebp;
s.AddrFrame.Mode = AddrModeFlat;
memset( pSym, '\0', IMGSYMLEN + MAXNAMELEN );
pSym->SizeOfStruct = IMGSYMLEN;
pSym->MaxNameLength = MAXNAMELEN;
memset( &Line, '\0', sizeof Line );
Line.SizeOfStruct = sizeof Line;
memset( &Module, '\0', sizeof Module );
Module.SizeOfStruct = sizeof Module;
offsetFromSymbol = 0;
if (!m_pstaDump)
{
try
{
m_pstaDump = NewObj StrAnsiBufHuge;
}
catch (...)
{
goto LCleanup;
}
}
// If the stack dump gets too big, we remove some entries from near the
// middle, and insert a marker. This counts the characters up to the
// end of the marker.
int ichEndLowHalf;
ichEndLowHalf = 0;
m_pstaDump->FormatAppend( "\r\n--# FV EIP----- RetAddr- FramePtr StackPtr Symbol\r\n" );
// EberhardB: a stack of 1.000 frames should be enough in most cases; limiting it
// prevents a mysterious infinite(?) loop on our build machine.
for ( frameNum = 0; frameNum < 1000; ++ frameNum )
{
// get next stack frame (StackWalk(), SymFunctionTableAccess(), SymGetModuleBase())
// if this returns ERROR_INVALID_ADDRESS (487) or ERROR_NOACCESS (998), you can
// assume that either you are done, or that the stack is so hosed that the next
// deeper frame could not be found.
if ( ! StackWalk( imageType, hProcess, hThread, &s, &c, NULL,
SymFunctionTableAccess, SymGetModuleBase, NULL ) )
break;
// display its contents
m_pstaDump->FormatAppend( "%3d %c%c %08x %08x %08x %08x ",
frameNum, s.Far? 'F': '.', s.Virtual? 'V': '.',
s.AddrPC.Offset, s.AddrReturn.Offset,
s.AddrFrame.Offset, s.AddrStack.Offset );
if ( s.AddrPC.Offset == 0 )
{
m_pstaDump->Append( "(-nosymbols- PC == 0)\r\n" );
}
else
{ // we seem to have a valid PC
char undName[MAXNAMELEN]; // undecorated name
//char undFullName[MAXNAMELEN]; // undecorated name with all shenanigans
// show procedure info (SymGetSymFromAddr())
if ( ! SymGetSymFromAddr( hProcess, s.AddrPC.Offset, &offsetFromSymbol, pSym ) )
{
if ( gle != 487 )
m_pstaDump->FormatAppend( "SymGetSymFromAddr(): gle = %u\r\n", gle );
}
else
{
UnDecorateSymbolName( pSym->Name, undName, MAXNAMELEN, UNDNAME_NAME_ONLY );
//UnDecorateSymbolName( pSym->Name, undFullName, MAXNAMELEN, UNDNAME_COMPLETE );
m_pstaDump->Append( undName );
//if ( offsetFromSymbol != 0 )
// m_pstaDump->FormatAppend( " %+d bytes", offsetFromSymbol );
//m_pstaDump->FormatAppend( "\r\n Sig: %s\r\n", pSym->Name );
//m_pstaDump->FormatAppend( "\r\n Decl: %s\r\n", undFullName );
}
// show line number info, NT5.0-method (SymGetLineFromAddr()). If we can't get this function,
// or it doesn't work, leave out line number info.
if (! g_pfnSymGetLineFromAddr)
{
StrApp staModName("IMAGEHLP.DLL");
g_pfnSymGetLineFromAddr = (PFNSYMGETLINEFROMADDR) GetProcAddress(
GetModuleHandle(staModName.Chars()), "SymGetLineFromAddr");
}
if (! g_pfnSymGetLineFromAddr ||
! g_pfnSymGetLineFromAddr( hProcess, s.AddrPC.Offset, &offsetFromSymbol, &Line ) )
{
if ( g_pfnSymGetLineFromAddr && gle != 487 ) // apparently a magic number indicating not in symbol file.
m_pstaDump->FormatAppend( "SymGetLineFromAddr(): gle = %u\r\n", gle );
else
m_pstaDump->FormatAppend( " (no line # avail)\r\n");
}
else
{
m_pstaDump->FormatAppend( " %s(%u)\r\n",
Line.FileName, Line.LineNumber );
}
#ifdef JT_20010626_WantModuleInfo
// If we want this info adapt the printf and _snprintf in the following.
// show module info (SymGetModuleInfo())
if ( ! SymGetModuleInfo( hProcess, s.AddrPC.Offset, &Module ) )
{
m_pstaDump->FormatAppend( "SymGetModuleInfo): gle = %u\r\n", gle );
}
else
{ // got module info OK
m_pstaDump->FormatAppend( " Mod: %s[%s], base: 0x%x\r\n Sym: type: ",
Module.ModuleName, Module.ImageName, Module.BaseOfImage );
switch ( Module.SymType )
{
case SymNone:
m_pstaDump->FormatAppend( "-nosymbols-");
break;
case SymCoff:
m_pstaDump->FormatAppend( "COFF");
break;
case SymCv:
m_pstaDump->FormatAppend( "CV");
break;
case SymPdb:
m_pstaDump->FormatAppend( "PDB");
break;
case SymExport:
m_pstaDump->FormatAppend( "-exported-");
break;
case SymDeferred:
m_pstaDump->FormatAppend( "-deferred-");
break;
case SymSym:
m_pstaDump->FormatAppend( "SYM");
break;
default:
m_pstaDump->FormatAppend( "symtype=%d", (long) Module.SymType);
break;
}
m_pstaDump->FormatAppend( ", file: %s\r\n", Module.LoadedImageName);
} // got module info OK
#endif // JT_20010626_WantModuleInfo
// We don't want to return more than about 10K of info (enough for an email).
// This also serves to make sure there's enough room in the buffer for more.
// The idea is that we'd like to keep both the top and bottom of the stack.
// So we delete frames from the middle until we have less than 10K.
if (m_pstaDump->Length() > MAXDUMPLEN)
{
if (!ichEndLowHalf)
{
static char * pszGap =
"\r\n\r\n\r\n******************Frames skipped here***************\r\n\r\n\r\n";
int cchGap = strlen(pszGap);
ichEndLowHalf = FindStartOfFrame(MAXDUMPLEN / 2);
// Overwrite some of what's there with the gap marker. The incomplete
// frame will be part of what gets deleted.
m_pstaDump->Replace(ichEndLowHalf, ichEndLowHalf + cchGap, pszGap, cchGap);
ichEndLowHalf += cchGap;
}
int cchLeave = m_pstaDump->Length();
int ichKeep = ichEndLowHalf;
while (cchLeave > MAXDUMPLEN)
{
int ichKeepT = FindStartOfFrame(ichKeep + 1);
cchLeave -= ichKeepT - ichKeep;
ichKeep = ichKeepT;
}
m_pstaDump->Replace(ichEndLowHalf, ichKeep, (char *)NULL, 0);
}
} // we seem to have a valid PC
// no return address means no deeper stackframe
if ( s.AddrReturn.Offset == 0 )
{
// avoid misunderstandings in the printf() following the loop
SetLastError( 0 );
break;
}
} // for ( frameNum )
if ( gle != 0 )
printf( "\r\nStackWalk(): gle = %u\r\n", gle );
LCleanup:
ResumeThread( hThread );
// de-init symbol handler etc.
SymCleanup( hProcess );
free( pSym );
delete [] tt;
#ifdef DEBUG
::OutputDebugStringA(m_pstaDump->Chars());
#endif
}