Source code of Windows XP (NT5)
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//---------------------------------------------------------------------------
// FileDump.cpp - Writes the contents of a theme file as formatted
// text to a text file. Used for uxbud and other testing so
// its in both FRE and DEBUG builds.
//---------------------------------------------------------------------------
#include "stdafx.h"
#include "Loader.h"
#include "Loader.h"
#include "borderfill.h"
#include "imagefile.h"
#include "textdraw.h"
#include "tmutils.h"
//---------------------------------------------------------------------------
int DumpType(CSimpleFile *pFile, CUxThemeFile *pThemeFile, MIXEDPTRS &u,
BOOL fPacked, BOOL fFullInfo)
{
BOOL fPropDump = (! fPacked);
UNPACKED_ENTRYHDR hdr;
FillAndSkipHdr(u, &hdr);
BYTE *origPd = u.pb;
int i;
if (fPropDump)
{
if (hdr.ePrimVal == TMT_DIBDATA && !fFullInfo)
{
pFile->OutLine(L" type=%d, primType=%d", hdr.usTypeNum, hdr.ePrimVal);
}
else
{
pFile->OutLine(L" type=%d, primType=%d, len=%d",
hdr.usTypeNum, hdr.ePrimVal, hdr.dwDataLen);
}
}
switch (hdr.ePrimVal)
{
case TMT_JUMPTOPARENT:
if (fPropDump)
{
if (fFullInfo)
pFile->OutLine(L" JumpToParent: index=%d", *u.pi);
else
pFile->OutLine(L" JumpToParent");
}
break;
case TMT_PARTJUMPTABLE:
return hdr.ePrimVal; // let caller process data for this
case TMT_STATEJUMPTABLE:
return hdr.ePrimVal; // let caller process data for this
case TMT_STRING:
if (fPropDump)
pFile->OutLine(L" String: %s", u.pc);
break;
case TMT_INT:
if (fPropDump)
pFile->OutLine(L" Int: %d", *u.pi);
break;
case TMT_BOOL:
if (fPropDump)
pFile->OutLine(L" Bool: %d", *u.pb);
break;
case TMT_COLOR:
if (fPropDump)
{
int color;
color = *u.pi;
pFile->OutLine(L" Color: %d, %d, %d", color & 0xff, (color >> 8) & 0xff,
(color >> 16) & 0xff);
}
break;
case TMT_MARGINS:
if (fPropDump)
{
int vals[4];
for (i=0; i < 4; i++)
vals[i] = *u.pi++;
pFile->OutLine(L" Margins: lw=%d, rw=%d, th=%d, bh=%d", vals[0],
vals[1], vals[2], vals[3]);
}
break;
case TMT_FILENAME:
if (fPropDump)
pFile->OutLine(L" Filename: %s", u.pw);
break;
case TMT_SIZE:
if (fPropDump)
pFile->OutLine(L" Size: %d", *u.pi);
break;
case TMT_POSITION:
if (fPropDump)
{
int val1, val2;
val1 = *u.pi++;
val2 = *u.pi++;
pFile->OutLine(L" Position: x=%d, y=%d", val1, val2);
}
break;
case TMT_RECT:
if (fPropDump)
{
int vals[4];
for (i=0; i < 4; i++)
vals[i] = *u.pi++;
pFile->OutLine(L" Rect: left=%d, top=%d, width=%d, height=%d", vals[0],
vals[1], vals[2], vals[3]);
}
break;
case TMT_FONT:
if (fPropDump)
{
LOGFONT *plf;
plf = (LOGFONT *)u.pb;
//---- dump resolution-independent font points ----
int iFontPoints = FontPointSize(plf->lfHeight);
pFile->OutLine(L" Font: name=%s, size=%d points", plf->lfFaceName, iFontPoints);
}
break;
case TMT_THEMEMETRICS:
if (fPropDump)
{
THEMEMETRICS *ptm;
ptm= (THEMEMETRICS *)u.pb;
//---- dump theme metrics: fonts ----
for (i=0; i < TM_FONTCOUNT; i++)
{
//---- dump resolution-independent font points ----
int iFontPoints = FontPointSize(ptm->lfFonts[i].lfHeight);
pFile->OutLine(L" TM_Font[%d]: name=%s, size=%d points",
i, ptm->lfFonts[i].lfFaceName, iFontPoints);
}
pFile->OutLine(L" -----------------------------------------");
//---- dump theme metrics: colors ----
for (i=0; i < TM_COLORCOUNT; i++)
{
pFile->OutLine(L" TM_Color[%d]: %d, %d, %d",
i, RED(ptm->crColors[i]), GREEN(ptm->crColors[i]), BLUE(ptm->crColors[i]));
}
pFile->OutLine(L" -----------------------------------------");
//---- dump theme metrics: sizes ----
for (i=0; i < TM_SIZECOUNT; i++)
{
pFile->OutLine(L" TM_Size[%d]: %d",
i, ptm->iSizes[i]);
}
pFile->OutLine(L" -----------------------------------------");
//---- dump theme metrics: bools ----
for (i=0; i < TM_BOOLCOUNT; i++)
{
pFile->OutLine(L" TM_Bool[%d]: %d",
i, ptm->fBools[i]);
}
pFile->OutLine(L" -----------------------------------------");
//---- dump theme metrics: strings ----
for (i=0; i < TM_STRINGCOUNT; i++)
{
WCHAR *psz;
if (ptm->iStringOffsets[i])
psz = (LPWSTR)(pThemeFile->_pbThemeData + ptm->iStringOffsets[i]);
else
psz = L"";
pFile->OutLine(L" TM_String[%d]: %s", i, psz);
}
pFile->OutLine(L" -----------------------------------------");
}
break;
case TMT_ENUM:
if (fPropDump)
pFile->OutLine(L" Enum: dtype=%d, val=%d", hdr.usTypeNum, *u.pi);
break;
case TMT_DIBDATA:
if (fPropDump)
{
TMBITMAPHEADER *pThemeBitmapHeader;
pThemeBitmapHeader = reinterpret_cast<TMBITMAPHEADER*>(u.pb);
if (pThemeBitmapHeader->hBitmap == NULL)
{
BITMAPINFOHEADER *pHdr;
pHdr = BITMAPDATA(pThemeBitmapHeader);
if (fFullInfo)
{
pFile->OutLine(L" DibData: width=%d, height=%d, total size: %d",
pHdr->biWidth, pHdr->biHeight, hdr.dwDataLen);
}
else
{
pFile->OutLine(L" DibData: width=%d, height=%d",
pHdr->biWidth, pHdr->biHeight);
}
}
else // STOCKBITMAPHDR
{
if (fFullInfo)
{
pFile->OutLine(L" STOCKBITMAPHDR: dwColorDepth=%d, hBitmap=%8X, total size: %d",
pThemeBitmapHeader->dwColorDepth,
pThemeBitmapHeader->hBitmap, hdr.dwDataLen);
}
else
{
pFile->OutLine(L" STOCKBITMAPHDR: dwColorDepth=%d",
pThemeBitmapHeader->dwColorDepth);
}
}
}
break;
default:
if (fPropDump)
pFile->OutLine(L" Unexpected ptype=%d", hdr.ePrimVal);
break;
}
u.pb = origPd + hdr.dwDataLen;
return hdr.ePrimVal;
}
//---------------------------------------------------------------------------
void DumpPackedObjs(CSimpleFile *pFile, CUxThemeFile *pThemeFile, int iOffset,
BOOL fPacked, BOOL fFullInfo)
{
MIXEDPTRS u;
UNPACKED_ENTRYHDR hdr;
u.pb = pThemeFile->_pbThemeData + iOffset;
//---- first come the draw objects ----
while (1)
{
if (*u.ps == TMT_RGNLIST)
{
FillAndSkipHdr(u, &hdr);
int iStateCount = *u.pb;
pFile->OutLine(L"RgnDataList: StateCount=%d", iStateCount);
pFile->OutLine(L" ");
u.pb += hdr.dwDataLen;
continue;
}
if (*u.ps == TMT_STOCKBRUSHES)
{
FillAndSkipHdr(u, &hdr);
pFile->OutLine(L"StockBrushes");
pFile->OutLine(L" ");
u.pb += hdr.dwDataLen;
continue;
}
if (*u.ps != TMT_DRAWOBJ)
break;
FillAndSkipHdr(u, &hdr);
DRAWOBJHDR *ph = (DRAWOBJHDR *)u.pb;
u.pb += sizeof(DRAWOBJHDR);
pFile->OutLine(L"DrawObj: part=%d, state=%d", ph->iPartNum, ph->iStateNum);
BGTYPE eBgType = *(BGTYPE *)u.pb;
if (eBgType == BT_BORDERFILL)
{
CBorderFill *bfobj = (CBorderFill *)u.pb;
u.pb += sizeof(CBorderFill);
bfobj->DumpProperties(pFile, pThemeFile->_pbThemeData, fFullInfo);
}
else
{
CImageFile *ifobj = (CImageFile *)u.pb;
u.pb += sizeof(CImageFile) + sizeof(DIBINFO)*ifobj->_iMultiImageCount;
ifobj->DumpProperties(pFile, pThemeFile->_pbThemeData, fFullInfo);
}
pFile->OutLine(L" ");
}
//---- then come the text objects ----
while (*u.ps == TMT_TEXTOBJ)
{
u.pb += ENTRYHDR_SIZE;
DRAWOBJHDR *ph = (DRAWOBJHDR *)u.pb;
u.pb += sizeof(DRAWOBJHDR);
pFile->OutLine(L"TextObj: part=%d, state=%d", ph->iPartNum, ph->iStateNum);
CTextDraw *tdobj = (CTextDraw *)u.pb;
u.pb += sizeof(CTextDraw);
tdobj->DumpProperties(pFile, pThemeFile->_pbThemeData, fFullInfo);
pFile->OutLine(L" ");
}
}
//---------------------------------------------------------------------------
void DumpSectionData(CSimpleFile *pFile, CUxThemeFile *pThemeFile, int iIndex,
BOOL fPacked, BOOL fFullInfo)
{
MIXEDPTRS u;
u.pb = pThemeFile->_pbThemeData + iIndex;
bool atend = false;
while (! atend)
{
int pnum = DumpType(pFile, pThemeFile, u, fPacked, fFullInfo);
//---- special post-handling ----
switch (pnum)
{
case TMT_PARTJUMPTABLE:
{
int iPackObjsOffset = *u.pi++;
if (! fPacked) // property dump
{
BYTE cnt = *u.pb++;
if (fFullInfo)
{
pFile->OutLine(L" PartJumpTable: drawobj offset=%d, cnt=%d",
iPackObjsOffset, cnt);
}
else
{
pFile->OutLine(L" PartJumpTable: drawobj cnt=%d",
cnt);
}
for (int i=0; i < cnt; i++)
{
int index = *u.pi++;
if (fFullInfo)
pFile->OutLine(L" Part[%d]: index=%d", i, index);
else
pFile->OutLine(L" Part[%d]", i);
if (index > -1)
DumpSectionData(pFile, pThemeFile, index, fPacked, fFullInfo);
}
}
else // packed object dump
{
DumpPackedObjs(pFile, pThemeFile, iPackObjsOffset, fPacked, fFullInfo);
}
}
atend = true;
break;
case TMT_STATEJUMPTABLE:
{
if (! fPacked)
{
BYTE cnt = *u.pb++;
pFile->OutLine(L" StateJumpTable: cnt=%d", cnt);
for (int i=0; i < cnt; i++)
{
int index = *u.pi++;
if (fFullInfo)
pFile->OutLine(L" State[%d]: index=%d", i, index);
else
pFile->OutLine(L" State[%d]", i);
if (index > -1)
DumpSectionData(pFile, pThemeFile, index, fPacked, fFullInfo);
}
}
}
atend = true;
break;
case TMT_JUMPTOPARENT:
atend = true;
break;
}
}
}
//---------------------------------------------------------------------------
HRESULT DumpThemeFile(LPCWSTR pszFileName, CUxThemeFile *pThemeFile, BOOL fPacked,
BOOL fFullInfo)
{
MIXEDPTRS u;
CHAR szSignature[kcbBeginSignature + 1];
CSimpleFile OutFile;
CSimpleFile *pFile = &OutFile;
HRESULT hr = OutFile.Create(pszFileName, TRUE);
if (FAILED(hr))
goto exit;
u.pb = pThemeFile->_pbThemeData;
pFile->OutLine(L"Loaded Theme Dump");
pFile->OutLine(L""); // blank line
pFile->OutLine(L"Header Section");
//---- dump header ----
THEMEHDR *hdr = (THEMEHDR *)u.pb;
u.pb += sizeof(THEMEHDR);
if (fFullInfo)
pFile->OutLine(L" dwTotalLength: %d", hdr->dwTotalLength);
memcpy(szSignature, hdr->szSignature, kcbBeginSignature);
szSignature[kcbBeginSignature] = '\0';
pFile->OutLine(L" szSignature: %S", szSignature);
pFile->OutLine(L" dwVersion: 0x%x", hdr->dwVersion);
pFile->OutLine(L" dwFlags: 0x%x", hdr->dwFlags);
if (fFullInfo)
pFile->OutLine(L" dwCheckSum: 0x%x", hdr->dwCheckSum);
if (fFullInfo)
pFile->OutLine(L" DllName: %s", ThemeString(pThemeFile, hdr->iDllNameOffset));
pFile->OutLine(L" Color: %s", ThemeString(pThemeFile, hdr->iColorParamOffset));
pFile->OutLine(L" Size: %s", ThemeString(pThemeFile, hdr->iSizeParamOffset));
if (fFullInfo)
{
pFile->OutLine(L" Strings: index=%d, length=%d", hdr->iStringsOffset, hdr->iStringsLength);
pFile->OutLine(L" SectionIndex: index=%d, length=%d", hdr->iSectionIndexOffset, hdr->iSectionIndexLength);
pFile->OutLine(L" iGlobalsOffset: %d", hdr->iGlobalsOffset);
pFile->OutLine(L" iGlobalsTextObjOffset: %d", hdr->iGlobalsTextObjOffset);
pFile->OutLine(L" iGlobalsDrawObjOffset: %d", hdr->iGlobalsDrawObjOffset);
pFile->OutLine(L" iSysMetricsOffset: %d", hdr->iSysMetricsOffset);
}
//---- dump strings section ----
pFile->OutLine(L""); // blank line
if (fFullInfo)
{
pFile->OutLine(L"Strings Section (index=%d, length=%d)",
THEMEFILE_OFFSET(u.pb), hdr->iStringsLength);
}
else
{
pFile->OutLine(L"Strings Section");
}
u.pb = pThemeFile->_pbThemeData + hdr->iStringsOffset;
int len = lstrlen(u.pw);
WCHAR *pLastStringChar = (WCHAR *)(u.pb + hdr->iStringsLength - 1);
BOOL fFirstString = TRUE;
while (u.pw <= pLastStringChar)
{
if (fFullInfo)
pFile->OutLine(L" index=%d: %s", THEMEFILE_OFFSET(u.pb), u.pw);
else
{
if (! fFirstString) // don't show pathnames
pFile->OutLine(L" %s", u.pw);
}
u.pw += (1 + len);
len = lstrlen(u.pw);
if (fFirstString)
fFirstString = FALSE;
}
//---- index section ----
u.pb = pThemeFile->_pbThemeData + hdr->iSectionIndexOffset;
pFile->OutLine(L""); // blank line
if (fFullInfo)
{
pFile->OutLine(L"Index Section (index=%d, length=%d)",
THEMEFILE_OFFSET(u.pb), hdr->iSectionIndexLength);
}
else
{
pFile->OutLine(L"Index Section");
}
APPCLASSLIVE *ac = (APPCLASSLIVE *)u.pb;
DWORD cnt = hdr->iSectionIndexLength/sizeof(APPCLASSLIVE);
for (DWORD i=0; i < cnt; i++)
{
LPCWSTR pszApp = ThemeString(pThemeFile, ac->dwAppNameIndex);
LPCWSTR pszClass = ThemeString(pThemeFile, ac->dwClassNameIndex);
if (fFullInfo)
{
pFile->OutLine(L"[%s::%s] (index=%d, length=%d)", pszApp, pszClass,
ac->iIndex, ac->iLen);
}
else
{
pFile->OutLine(L"[%s::%s]", pszApp, pszClass);
}
DumpSectionData(pFile, pThemeFile, ac->iIndex, fPacked, fFullInfo);
ac++;
}
pFile->OutLine(L"END of Live Data dump");
pFile->OutLine(L""); // blank line
exit:
return hr;
}
//---------------------------------------------------------------------------