void hdCLibDlg::OnOK()
{
HTREEITEM hChild;
CArray<CMaterialProp,CMaterialProp&> &blockproplist=pDoc->blockproplist;
int k;
// copy Model Materials into the model
blockproplist.RemoveAll();
hChild=m_mylist.GetChildItem(ModelParent) ;
while (hChild!=NULL)
{
k=(int) m_mylist.GetItemData(hChild);
blockproplist.Add(LibProps[k]);
hChild = m_mylist.GetNextSiblingItem(hChild) ;
}
// write Library Materials to disk
CString LibName=BinDir+"heatlib.dat";
FILE *fp;
if ((fp=fopen(LibName,"wt"))==NULL) return;
hChild=m_mytree.GetChildItem(LibParent);
while(hChild!=NULL)
{
CopyItemToDisk(hChild,fp);
hChild = m_mytree.GetNextSiblingItem(hChild) ;
}
fclose(fp);
CResizableDialog::OnOK();
}
//---------------------------------------------
// nsZipArchive::ExtractFile
// This extracts the item to the filehandle provided.
// If 'aFd' is null, it only tests the extraction.
// On extraction error(s) it removes the file.
// When needed, it also resolves the symlink.
//---------------------------------------------
nsresult nsZipArchive::ExtractFile(nsZipItem *item, const char *outname,
PRFileDesc* aFd)
{
if (!item)
return ZIP_ERR_PARAM;
if (!mFd)
return ZIP_ERR_GENERAL;
// Directory extraction is handled in nsJAR::Extract,
// so the item to be extracted should never be a directory
PR_ASSERT(!item->isDirectory);
//-- move to the start of file's data
if (SeekToItem(item, mFd) != ZIP_OK)
return ZIP_ERR_CORRUPT;
nsresult rv;
//-- extract the file using the appropriate method
switch(item->compression)
{
case STORED:
rv = CopyItemToDisk(item->size, item->crc32, aFd);
break;
case DEFLATED:
rv = InflateItem(item, aFd);
break;
default:
//-- unsupported compression type
rv = ZIP_ERR_UNSUPPORTED;
}
//-- delete the file on errors, or resolve symlink if needed
if (aFd) {
PR_Close(aFd);
if (rv != ZIP_OK)
PR_Delete(outname);
#if defined(XP_UNIX) || defined(XP_BEOS)
else if (item->isSymlink)
rv = ResolveSymlink(outname);
#endif
}
return rv;
}
void hdCLibDlg::CopyItemToDisk(HTREEITEM hItem, FILE *fp)
{
HTREEITEM hChild;
int i =(int) m_mytree.GetItemData(hItem);
int j;
if (IsFolder(hItem))
{
fprintf(fp,"<BeginFolder>\n");
fprintf(fp,"<FolderName> = \"%s\"\n",FoldProps[i].FolderName);
if(FoldProps[i].FolderURL!="")
fprintf(fp,"<FolderURL> = \"%s\"\n",FoldProps[i].FolderURL);
if(FoldProps[i].FolderVendor!="")
fprintf(fp,"<FolderVendor> = \"%s\"\n",FoldProps[i].FolderVendor);
hChild=m_mytree.GetChildItem(hItem) ;
while (hChild!=NULL)
{
CopyItemToDisk(hChild,fp) ;
hChild = m_mytree.GetNextSiblingItem(hChild) ;
}
fprintf(fp,"<EndFolder>\n");
}
else{
fprintf(fp,"<BeginBlock>\n");
fprintf(fp,"<BlockName> = \"%s\"\n",LibProps[i].BlockName);
fprintf(fp,"<Kx> = %.17g\n",LibProps[i].Kx);
fprintf(fp,"<Ky> = %.17g\n",LibProps[i].Ky);
fprintf(fp,"<Kt> = %.17g\n",LibProps[i].Kt);
fprintf(fp,"<qv> = %.17g\n",LibProps[i].qv);
if (LibProps[i].npts>0)
{
fprintf(fp," <TKPoints> = %i\n",LibProps[i].npts);
for (j=0;j<LibProps[i].npts;j++)
{
fprintf(fp," %.17g %.17g\n",LibProps[i].Kn[j].re, LibProps[i].Kn[j].im);
}
}
fprintf(fp,"<EndBlock>\n\n");
}
}
