void CProjectDoc::SetProject()
// Change application settings based on current project.
{
GetProjectView()->UpdateData();
CString dir = GetProjectView()->m_directory;
if (dir.IsEmpty())
return;
if (FALSE == SetCurrentDirectory(dir))
AfxMessageBox(_T("Unable to change to directory,\nmaybe missing drive specification."));
}
ButcherProjectFile *ButcherView::GetProjectFile()
{
if (!GetProjectView()) return NULL;
if ((!filealternate_) ||
(filealternateid_<0) ||
(filealternateid_>BUTCHERCONST_VIEW_MAXALTERNATE-1) ||
(GetProjectView()->GetFileAlternate(filealternateid_)) == NULL)
return GetProjectView()->GetFile();
else
return GetProjectView()->GetFileAlternate(filealternateid_);
}
CString CProjectDoc::GetFile(int i)
{
CString sFile;
// Consider file -1 a special case for getting the opdefs file
if (i == -1)
sFile = GetProjectView()->m_opdefs;
else
{
CListBox* pLB = (CListBox*)GetProjectView()->GetDlgItem(IDP_FILELIST);
pLB->GetText(i, sFile);
}
return sFile;
}
CString CProjectDoc::GetLib(int i)
{
CString sLib;
CListBox* pLB = (CListBox*)GetProjectView()->GetDlgItem(IDP_LIBLIST);
pLB->GetText(i, sLib);
return sLib;
}
void ButcherView::SetFileAlternate(bool s, bool refresh)
{
filealternate_=s;
if (filealternate_ && GetProjectView() && GetProjectView()->GetFileAlternate(filealternateid_)==NULL)
{
// find first alternate file
filealternateid_=-1;
for (int i=0; i<BUTCHERCONST_VIEW_MAXALTERNATE; i++)
{
if (GetProjectView()->GetFileAlternate(i))
{
filealternateid_=i;
break;
}
}
}
if (refresh)
Refresh();
}
void CProjectDoc::Serialize(CArchive& ar)
{
CProjectView* pview = GetProjectView();
int i, l;
if (ar.IsStoring())
{ // Output
#ifdef _UNICODE
_TCHAR uniflag = 0xfeff; // written as fffe, which is right for PC unicode
ar.Write(&uniflag, 2);
#endif
pview->UpdateData(TRUE);
ar.WriteString(_T("amzirel=4")); // so we can check for valid ppj files
ar.WriteString(CRLF);
ar.WriteString(_T("xplfile="));
ar.WriteString(pview->m_xplfile);
ar.WriteString(CRLF);
ar.WriteString(_T("directory="));
ar.WriteString(pview->m_directory);
ar.WriteString(CRLF);
ar.WriteString(_T("opdefs="));
ar.WriteString(pview->m_opdefs);
ar.WriteString(CRLF);
CListBox* pLB;
CString s;
pLB = (CListBox*)(pview->GetDlgItem(IDP_FILELIST));
l = pLB->GetCount();
for (i=0; i<l; i++)
{
pLB->GetText(i, s);
ar.WriteString(_T("file="));
ar.WriteString(s);
ar.WriteString(CRLF);
}
pLB = (CListBox*)(pview->GetDlgItem(IDP_LIBLIST));
l = pLB->GetCount();
for (i=0; i<l; i++)
{
pLB->GetText(i, s);
ar.WriteString(_T("library="));
ar.WriteString(s);
ar.WriteString(CRLF);
}
SaveOpenFiles(ar);
}
else
{ // Input
ReadArchive(ar);
}
}
void ButcherView::OnDrawDocument(ButcherDocumentDrawEvent& event)
{
if (GetProjectView()!=NULL) {
// draw image
if (!GetShowPreview()) // if preview, imagens will be drawn per area
{
ButcherProjectFile *fl=GetProjectFile();
if (fl->GetImage())
{
wxRect rc(0, 0,
(int)(fl->GetImage()->GetWidth()*event.GetDocument()->GetView()->GetPixelSize()),
(int)(fl->GetImage()->GetHeight()*event.GetDocument()->GetView()->GetPixelSize())
);
fl->GetImage()->Draw(*event.GetDC(), rc);
}
}
else
{
GetProjectView()->DrawPreview(this, event.GetDC());
GetProjectView()->GetMask()->DrawPreview(this, event.GetDC(),
ButcherView_AreaSelect(GetAreaViewCurrent()),
GetProjectView());
}
// Draw grid
if (GetShowGrid())
event.GetDocument()->DrawGrid(event.GetDC());
// draw mask
if (GetShowBordersCurrent())
GetProjectView()->GetMask()->Draw(this, event.GetDC(),
ButcherView_AreaSelect(GetAreaViewCurrent()),
GetProjectView(), ButcherProjectMask::DM_DEFAULT,
selection_);
}
DoAfterDraw(event);
event.Skip();
}
void CProjectDoc::ReadArchive(CArchive &ar)
{
CProjectView* pview = GetProjectView();
CString s;
unsigned short first;
BOOL is_unicode;
int ibufsize = 512;
pview->UpdateData(FALSE);
// Read first two bytes to check for Unicode,
// now we can't undo with archive, so this presents
// a problem when reading the first line and there
// wasn't a unicode flag. The answer is in ProcessLine
// which accepts 'zirel' as well as 'amzirel' for the
// first line attribute.
ar.Read(&first, 2);
if (first == 0xfeff)
is_unicode = TRUE;
else
is_unicode = FALSE;
#ifdef _UNICODE
// if unicode, just read it straight
if (is_unicode)
{
while (ar.ReadString(s))
ProcessLine(s, pview);
}
// if not unicode, read into an ascii buffer
// and call mbstowcs().
else
{
char* buf = new char[ibufsize+1];
_TCHAR* sbuf = new _TCHAR[ibufsize+1];
while (ReadLineA(buf, ar, ibufsize))
{
mbstowcs(sbuf, buf, ibufsize);
s = sbuf;
ProcessLine(s, pview);
}
delete[] buf;
delete[] sbuf;
}
#else
// if not unicode, read it straight
if (!is_unicode)
{
while (ar.ReadString(s))
ProcessLine(s, pview);
}
// if unicode, get ReadLineW to read and
// translate.
else
{
wchar_t* buf = new wchar_t[ibufsize+1];
_TCHAR* sbuf = new _TCHAR[ibufsize+1];
while (ReadLineW(buf, ar, ibufsize))
{
wcstombs(sbuf, buf, ibufsize);
s = buf;
ProcessLine(s, pview);
}
delete[] buf;
delete[] sbuf;
}
#endif
if (! m_amzirel == CString(_T("4")))
AfxMessageBox(_T("Not a valid Amzi! project for this environment,\n please recreate."));
return;
}
CString CProjectDoc::GetOpDefsFile()
{
return GetProjectView()->m_opdefs;
}
CString CProjectDoc::GetXPLFile()
{
return GetProjectView()->m_xplfile;
}
int CProjectDoc::GetLibCount()
{
CListBox* pLB = (CListBox*)GetProjectView()->GetDlgItem(IDP_LIBLIST);
return pLB->GetCount();
}
int CProjectDoc::GetFileCount()
{
CListBox* pLB = (CListBox*)GetProjectView()->GetDlgItem(IDP_FILELIST);
return pLB->GetCount();
}
CProjectFrame* CProjectDoc::GetProjectFrame()
{
return (CProjectFrame*)(GetProjectView()->GetParent());
}