XU32 XDomSetvar::Connect(XEVENTDATA *pData)
{
XString8 strName=FindAttrib(XEAB::NAME,"");
if(strName.IsEmpty()) return XRNONE;
XString8 strValue=FindAttrib(XEAB::VALUE);
XSortString8::SSetValue(pData->strValues,strName,strValue);
pData->nData=(XU32)this;
return XRSETVAR;
}
bool FindAttrib( const char *xml, const char *name, int &i, const char *pend ){
CharBuf cb;
if( !FindAttrib( xml, name, cb, pend ) ) return false;
if( cb[0]=='0' && tolower(cb[1])=='x' )
sscanf( cb, "%x", &i );
else
sscanf( cb.Str(), "%d", &i );
return true;
}
XU32 XDomA::Connect(XEVENTDATA *pData)
{
XString8 strURL=FindAttrib(XEAB::HREF,(XPCTSTR)XNULL);
XU32 s=XRNONE;
if(!strURL.IsEmpty())
{
s|=XRCONNECT;
Translate(pData->strValues,strURL);
pData->SetURL(strURL);//URL.SetURL(strURL);
}
s|=XDomNode::Handle(XDO_CONNECT,(XU32)pData,0);
//if(m_nID==XDOM_A) s|=XR
return s;//XRCONNECT;
}
void XDomTable::LayeroutCells(DRAWCONTEXT*pDraw,CELLDATA*pData)
{
//if(!pData->bReturn)
//pDraw->PADDING=1;
//pDraw->SPACING=1;
LAYEROUTDATA margin;
CELLDATA data;
data.Reset(pData->cur.x,pData->cur.y,XTRUE);
PreLayerout(pDraw,&data,&margin);
//XU8 bCollapse=pDraw->bCollapse;
pDraw->bCollapse=FindAttrib(XEAB::BORDER_COLLAPSE,0);
data.pData=XNULL;
XU8 bInline=IsFingerInline();
XRect rt=pDraw->win;
InitMargin(pDraw,&data,&margin,m_nPosX,m_nPosY,m_nWidth,m_nHeight,XTRUE);
if(m_nWidth>0&&m_nWidth==pDraw->win.Width()&&m_bFinal)
{
//bSet=XTRUE;
data.max.cx=m_nWidth;
data.max.cy=m_nHeight;
data.nMin=m_nMin;
}
else
{
//m_nWin=pDraw->win.Width();
LayeroutTable(pDraw,data);
m_rows.DataFrom(data.rowws);
m_nMin=data.nMin;
}
XSize size(m_nWidth,m_nHeight);
SetMargin(&margin,m_nWidth,m_nHeight,size);
//SetMargin(&margin,m_nWidth,m_nHeight,size);
pDraw->win=rt;
// XU8 bInline=IsFingerInline();
if(!bInline)
m_bReturn=NewRowIfMust(pDraw,pData,m_nWidth);
SetRowSize(pDraw,pData,size,data.nMin,XTRUE);
if(!bInline)
NewRow(0,pDraw,pData,pDraw->IND);
//pDraw->bCollapse=
EndLayerout(pDraw,pData);
//pDraw->win=rect;
}
XU32 XDomTable::Paint(DRAWCONTEXT *pDraw)
{
//XString8 str=FindAttrib(XEAB::ID,"");
//if(str=="last")
// int a=0;
if(m_nWidth<=0) return 0;
if(m_nPosX>=pDraw->paint.right||
m_nPosX+m_nWidth<=pDraw->paint.left||
m_nPosY>=pDraw->paint.bottom||
m_nPosY+m_nHeight<=pDraw->paint.top) return 0;
XU32 ss=PrePaint(pDraw);
XRect rect(m_nPosX,m_nPosY,m_nPosX+m_nWidth,m_nPosY+m_nHeight);
int bd=FindAttrib(XEAB::BORDER,0);
XU8 nType=FindAttrib(XEAB::FRAME,XEnumFrame::BOX);
XU8 bCollapse=pDraw->bCollapse;
pDraw->bCollapse=FindAttrib(XEAB::BORDER_COLLAPSE,0);
int nr=pDraw->SPACING;
pDraw->SPACING=XMAX(FindAttrib(XEAB::CELLSPACING,1),0);
XU8 d=pDraw->TABBORDER;
pDraw->TABBORDER=bd;
XRect ar=XRect(rect.left,rect.top,rect.right,rect.bottom);
PaintBack(pDraw,ar,XTRUE);
XU32 s=HandleChild(XDO_PAINT_TABLE,(XU32)pDraw,0);
pDraw->bCollapse=bCollapse;
pDraw->TABBORDER=d;
if(nType==XEF::VOID_X) bd=0;
if(bd>0)
{
XGraphics*pg=pDraw->pDraw;
//pDraw->Save();
XColor cc(pDraw->DCBACK);
XColor dc(cc);
dc.Dark(60);
cc.Dark(30);
int bx=m_nPosX,by=m_nPosY;
int ex=m_nPosX+m_nWidth-1,ey=m_nPosY+m_nHeight-1;
for(int i=0;i<bd;i++)
{
pg->SetColor(cc);
switch(nType)
{
case XEF::BOX:
case XEF::ABOVE:
case XEF::BORDER:
case XEF::HSIDES:
pg->DrawLine(bx,by,ex,by);
break;
}
switch(nType)
{
case XEF::BORDER:
case XEF::BOX:
case XEF::VSIDES:
case XEF::LHS:
pg->DrawLine(bx,by,bx,ey);
break;
}
pg->SetColor(dc);
switch(nType)
{
case XEF::BORDER:
case XEF::BOX:
case XEF::VSIDES:
case XEF::RHS:
pg->DrawLine(ex,by,ex,ey);
break;
}
switch(nType)
{
case XEF::BORDER:
case XEF::BOX:
case XEF::HSIDES:
case XEF::BELOW:
pg->DrawLine(bx,ey,ex,ey);
break;
}
cc.Bright(3);
dc.Bright(3);
bx++;
by++;
ex--;
ey--;
}
//cc.Dark(20);
/*pDraw->pDraw->DrawFrame(
XRect(m_nPosX,m_nPosY,m_nPosX+m_nWidth,m_nPosY+m_nHeight),
cc,bd,XTRUE);*/
// pDraw->Restore();
}
pDraw->SPACING=nr;
PaintBorder(pDraw,ar);
EndPaint(pDraw);
//if(bSave)
// pDraw->Restore();
return s;
}
XU32 XDomTD::LayeroutPre(DRAWCONTEXT*pDraw,CELLDATA*pData)
{
XINT i;
SpanCol(pData);
//LAYEROUTDATA margin;
//PreLayerout(pDraw,pData,margin);
// if(pDraw->SETWIDTH==-84)
// int a=0;
int w=FindAttrib(XEAB::WIDTH,0);
int cspan=XMAX(FindAttrib(XEAB::COLSPAN,1),1);
int rspan=XMAX(FindAttrib(XEAB::ROWSPAN,1),1);
/*if(w==0)
{
if(m_childs.GetSize()>0)
pData->setCols.Add(0);
} */
//else
if(w)
{
for(i=pData->setCols.GetSize();i<pData->nCol;i++)
pData->setCols.Add(0);
for(i=0;i<cspan;i++)
{
XU16 id=pData->nCol+i;
if(id>=pData->setCols.GetSize())
{
pData->setCols.Add(w/(cspan-i));
w-=w/(cspan-i);
}
else if(i+1<cspan)
{
if(w>0)
{
if(pData->setCols[id]>=0)
w=XMAX(w-pData->setCols[id],0);
else w-=w/(cspan-i);
}
else
{
if(pData->setCols[id]<0)
w=XMIN(w-pData->setCols[id],0);
else w-=w/(cspan-i);
}
}
else
{
if(w>0)
{
if(pData->setCols[id]<w)
pData->setCols[id]=w;
}
else if(pData->setCols[id]>w)
pData->setCols[id]=w;
}
}
}
// else if(m_childs.GetSize()>0)
pData->nCol+=cspan;
if(rspan>1)
{
pData->spans.Add(rspan);
pData->spans.Add(pData->nCol);
pData->spans.Add(0);
pData->spans.Add(0);
pData->spans.Add(cspan);
}
//EndLayerout(pDraw,pData);
return 0;
}
void XDomTable::LayeroutTable(DRAWCONTEXT *pDraw, CELLDATA &data)
{
XU32 i;
int bd=FindAttrib(XEAB::BORDER,0);
int cp=pDraw->SPACING;//XMAX(FindAttrib(XEAB::CELLSPACING,1),0);
int wd=pDraw->SETWIDTH;//FindAttrib(XEAB::WIDTH,0);
//if(wd==900)
// int a=0;
//int wmm=wd;
if(wd<0)
wd=-pDraw->win.Width()*wd/100;
//if(wd==660)
// int a=0;
XRect win=pDraw->win;
int cs=pDraw->SPACING;//XMAX(FindAttrib(XEAB::CELLPADDING,1),0);//cellspacing
XU8 nType=FindAttrib(XEAB::FRAME,XEnumFrame::BOX);
//if(nType==XEF::VOID_X) bd=0;
//XU8 nPad=pDraw->PADDING;
//XU8 nSpa=pDraw->SPACING;
//if(bd) cs++;
{
pDraw->SPACING=cp;
if(bd) pDraw->SPACING+=2;
pDraw->PADDING=cs;
}
if(wd>0)
{
wd-=(bd<<1)+cp;
pDraw->win.left+=bd;
pDraw->win.right=pDraw->win.left+wd;
}
else
{
pDraw->win.left+=bd;
pDraw->win.right-=bd+cp;
}
XPoint pt(pDraw->win.left,pDraw->win.top);
//if(0)
{
HandleChild(XDO_LAYEROUT_TABPRE,(XU32)pDraw,(XU32)&data);
XU32 nc=data.setCols.GetSize();
data.Reset(pt.x,pt.y,XFALSE);
if(nc>0)
{
int pw=0,ww=pDraw->win.Width(),nsc=0,nfc=0;
int tw=ww,ssw=0;
for(i=0;i<nc;i++)
{
if(data.setCols[i]>0)
{
nfc++;
tw-=data.setCols[i];
ssw+=data.setCols[i];
}
else if(data.setCols[i]<0)
pw+=data.setCols[i];
else nsc++;
}
//if((nsc+nfc)<=0&&pw>-100&&pw<0)
//{
//ww=ww*-100/pw;
//}
tw=tw*(100+pw)/100;
if(pw!=0&&nsc>1) tw=tw/nsc;
if(tw<=0) tw=ww/nc;
if(nsc+nfc>0) pw=-100;
//if(nsc<=0&&pw>-100)
// ww=ww*100/pw;
for(i=0;i<nc;i++)
{
if(data.setCols[i]>0)
{
if(ssw>wd)
{
data.setCols[i]=data.setCols[i]*wd/ssw;
//XVar var(XEAB::WIDTH,data.setCols[i]);
}
continue;
}
else if(data.setCols[i]<0)
{
data.setCols[i]=data.setCols[i]*ww/pw;
}
else
data.setCols[i]=tw;
}
}
//data.tabs.InsertAt(0,(XU8)0,data.fixCols.GetSize());
}
//else pDraw->win.right--;
//XString8 str=FindAttrib(XEAB::ID,"");
//if(str=="100")
// int a=0;
//else if(m_nWidth>0) pDraw->win.right=pDraw->win.left+wd;
HandleChild(XDO_LAYEROUT_TABS,(XU32)pDraw,(XU32)&data);
MoreRowSpan(&data);
data.max.cx=0;
//data.max.cy-=my;
data.nMin=0;
int nFixed=0;
for(i=0;i<data.cols.GetSize();i++)
{
if(data.tabs[i])
nFixed+=data.fixCols[i];
else
nFixed+=data.nMin;
data.nMin+=data.cols[i];
data.max.cx+=data.fixCols[i];
}
//if(data.max.cx==905)
// int a=0;
int mx=pDraw->win.Width();
int nMin=data.nMin;
XBOOL bReset=XFALSE;
if(data.max.cx<wd)
{
bReset=XTRUE;
int nTotal=0,nLeft=wd,nLast=wd;
for(i=0;i<data.tabs.GetSize();i++)
{
if(data.tabs[i]) //continue;
nLeft-=data.fixCols[i];
else nTotal+=data.fixCols[i];
}
if(nTotal==0)
{
for(i=0;i<data.tabs.GetSize();i++)
{
if(i+1==data.fixCols.GetSize())
data.fixCols[i]=nLast;
else
{
if(data.max.cx<=0)
data.fixCols[i]=wd/data.tabs.GetSize();
else
data.fixCols[i]=data.fixCols[i]*wd/data.max.cx;
nLast-=data.fixCols[i];
}
}
}
else
{
for(i=0;i<data.tabs.GetSize();i++)
{
if(i+1==data.fixCols.GetSize())
data.fixCols[i]=nLast;
else
{
if(!data.tabs[i]) //continue;
data.fixCols[i]=data.fixCols[i]*nLeft/nTotal;
nLast-=data.fixCols[i];
}
}
}
//if(wmm>0)
data.max.cx=wd;
//else
// data.max.cx=
}
else if(data.max.cx>mx)//&&m_bNoChild)
{
/*if(nFixed<mx)
{
int nLeft=mx-nFixed;
for(i=0;i<data.cols.GetSize();i++)
{
if(data.tabs[i]) continue;
int dd=XMAX(data.fixCols[i]-data.cols[i],0);
data.fixCols[i]=data.cols[i]+nLeft*dd/(data.max.cx-nFixed);
}
data.max.cx=mx;
}
else*/ if(data.nMin<mx)
{
int nLeft=mx-data.nMin;
for(i=0;i<data.cols.GetSize();i++)
{
int dd=XMAX(data.fixCols[i]-data.cols[i],0);
data.fixCols[i]=data.cols[i]+nLeft*dd/(data.max.cx-data.nMin);
}
data.max.cx=mx;
}
else
{
for(i=0;i<data.cols.GetSize();i++)
data.fixCols[i]=data.cols[i];
data.max.cx=data.nMin;
}
bReset=XTRUE;
}
//if(bReset)
{
int maxx=data.max.cx;
data.Reset(pt.x,pt.y,XFALSE);
//data.rowws.RemoveAll(XFALSE);
//data.cols.RemoveAll(XFALSE);
//data.fixCols.RemoveAll(XFALSE);
data.bFinal=XTRUE;
for(i=0;i<data.rowws.GetSize();i++)
data.rowws[i]=0;
HandleChild(XDO_LAYEROUT_TABS,(XU32)pDraw,(XU32)&data);
MoreRowSpan(&data);
data.max.cx=maxx;
//data.max.cy-=my;
data.nMin=nMin;
}
int ds=(bd<<1)+cp;
//if(bd>0)
{
//bd--;
data.max.cx+=ds;//bd<<1;
//data.max.cy+=ds;//bd<<1;
data.nMin+=ds;//bd<<1;
}
m_nHeight=ds;
for(i=0;i<data.rowws.GetSize();i++)
m_nHeight+=data.rowws[i];
int sh=pDraw->SETHEIGHT;//FindAttrib(XEAB::HEIGHT,0);
/*if(m_nHeight<sh)
{
for(i=0;i<data.rowws.GetSize();i++)
{
if(m_nHeight>0)
data.rowws[i]=data.rowws[i]*sh/m_nHeight;
else
data.rowws[i]=sh/data.rowws.GetSize();
}
} &*/
m_nHeight=XMAX(m_nHeight,sh);
// pDraw->win=rt;
m_nMin=data.nMin;
m_nWidth=data.max.cx;
//m_nHeight=data.max.cy;
//pDraw->PADDING=nPad;
//pDraw->SPACING=nSpa;
pDraw->win=win;
}
void XDomTable::LayeroutCell(DRAWCONTEXT*pDraw,CELLDATA*pData)
{
if(m_nWidth<=0) return;
int aw=pDraw->ALIGNW;
pDraw->ALIGNW=XEA::LEFT;
LAYEROUTDATA margin;
CELLDATA data;
data.Reset(pData->cur.x,pData->cur.y,XTRUE);
PreLayerout(pDraw,&data,&margin);
data.pData=XNULL;
pDraw->bCollapse=FindAttrib(XEAB::BORDER_COLLAPSE,0);
//if(!pData->bReturn)
//if(m_bReturn)
XU8 bInline=IsFingerInline();
//if(pDraw->SETWIDTH==-92)
// int a=0;
if(!bInline)//&&m_bReturn)
{
AlignRow(pDraw,pData);
NewRowMust(pDraw,pData,m_bReturn);
}
//else
m_nPosX=pData->cur.x;//+margin.nMargin[BORDERDATA::LEFT];
m_nPosY=pData->cur.y;//+margin.nMargin[BORDERDATA::TOP];
int bd=FindAttrib(XEAB::BORDER,0);
int cs=pDraw->PADDING;//XMAX(FindAttrib(XEAB::CELLPADDING,1),0);
int cp=pDraw->SPACING;//XMAX(FindAttrib(XEAB::CELLSPACING,1),0);
/*int bdx=margin.nMargin[BORDERDATA::LEFT]+
margin.nPadding[BORDERDATA::LEFT]+
margin.nBorderWidth[BORDERDATA::LEFT];
int bdy=margin.nMargin[BORDERDATA::RIGHT]+
margin.nPadding[BORDERDATA::RIGHT]+
margin.nBorderWidth[BORDERDATA::RIGHT];*/
XU8 bCollapse=FindAttrib(XEAB::BORDER_COLLAPSE,0);
if(bCollapse)
bd+=2;
//XU8 nType=FindAttrib(XEAB::FRAME,XEnumFrame::BOX);
//if(nType==XEF::VOID_X) bd=0;
//
XRect rt=pDraw->win;
//if(bd>0)
{
pDraw->win.left=m_nPosX+bd;
pDraw->win.right=m_nPosX+m_nWidth-(bd+cs);
}
//else pDraw->win.right--;
//if(m_bFinal&&m_nWidth==pDraw->win.Width())
data.rowws.DataFrom(m_rows);
data.Reset(pData->cur.x+bd,pData->cur.y+bd,XFALSE);
//if(margin.nBorderWidth[0]&&m_nPosX==3)
// int a=0;
InitMargin(pDraw,&data,&margin,m_nPosX,m_nPosY,m_nWidth,m_nHeight,XTRUE);
m_nPosX-=bd;
m_nPosY-=bd;
HandleChild(XDO_LAYEROUT_TAB,(XU32)pDraw,(XU32)&data);
XSize size(m_nWidth,m_nHeight);
SetMargin(&margin,m_nWidth,m_nHeight,size);
m_rows.DataFrom(data.rowws);
// pDraw->PADDING=nPad;
// pDraw->SPACING=nSpa;
pDraw->win=rt;
// pData->alignw=aw;
//data.max.cx-=pData->cur.x;
//data.max.cy-=pData->cur.y;
EndLayerout(pDraw,pData);
pDraw->ALIGNW=aw;
SetRowSize(pDraw,pData,size,data.nMin,XFALSE);
NewRow(0,pDraw,pData,pDraw->IND);
//pDraw->win=rect;
}
bool
bmt::XML::LoadXML (void)
{
wchar_t wszXML [1024];
std::wstring documents_dir = BMT_GetDocumentsDir ();
//
// Windows 10 File Permission Fixes
//
// Normalize the directory as a whole
wsprintf (wszXML, L"%s\\WB Games\\Batman Arkham Knight", documents_dir.c_str ());
BMT_SetNormalFileAttribs (wszXML);
wsprintf (wszXML, L"%s\\WB Games\\Batman Arkham Knight\\GFXSettings.BatmanArkhamKnight.xml", documents_dir.c_str ());
// Normalize file ownership and attributes (Win10 fix)
BMT_SetNormalFileAttribs (wszXML);
FILE* fXML;
errno_t ret = _wfopen_s (&fXML, wszXML, L"r,ccs=UTF-16LE");
if (ret != 0) {
BMT_MessageBox (L"Unable to locate GFXSettings.BatmanArkhamKnight.XML.\n\n "
L"This file is created when the game starts, try running the "
L"game once.\n", L"Missing XML File", MB_OK | MB_ICONERROR);
return false;
}
fseek (fXML, 0, SEEK_END);
DWORD dwLen = ftell (fXML);
rewind (fXML);
wchar_t* xml = new wchar_t [dwLen + 1];
fread (xml, 1, dwLen, fXML);
int last_brace = 0;
// XML parser doesn't like the TM symbol, so get it the hell out of there!
for (unsigned int i = 0; i < dwLen; i++) {
if (xml [i] == L'™')
xml [i] = L' ';
if (xml [i] == L'>')
last_brace = i;
}
xml [last_brace + 1] = 0;
bmak_xml.parse <0> (xml);
fclose (fXML);
bmak_root = bmak_xml.first_node ();
if (bmak_root == NULL) {
BMT_MessageBox (L"GFXSettings.BatmanArkhamKnight.xml appears to be corrupt, please delete it and re-load the game\n", L"Corrupt XML File", MB_OK | MB_ICONHAND);
return false;
}
bmak_application = bmak_root->first_node ();
bmak_gamesettings = FindNode (bmak_root, L"GAMESETTINGS");
xml_attribute <wchar_t>* install_path_attrib =
FindAttrib (FindNode (bmak_application, L"INSTALLPATH"), L"Value");
if (install_path_attrib != NULL) {
install_path = install_path_attrib->value ();
}
xml_attribute <wchar_t>* exec_cmd_attrib =
FindAttrib (FindNode (bmak_application, L"EXECCMD"), L"Value");
if (exec_cmd_attrib != NULL && install_path_attrib != NULL) {
executable = install_path_attrib->value () + std::wstring (exec_cmd_attrib->value ()) + std::wstring (L".exe");
}
return true;
}