void zst_save(FILE *fp, bool Thumbnail, bool Compress)
{
PrepareOffset();
PrepareSaveState();
unpackfunct();
if (SFXEnable)
{
SfxRomBuffer -= SfxCROM;
SfxLastRamAdr -= SfxRAMMem;
}
if (SA1Enable)
{
SaveSA1(); //Convert SA-1 stuff to standard, non displacement format
}
if (!Compress || !zst_save_compressed(fp)) //If we don't want compressed or compression failed
{
fwrite(zst_header_cur, 1, sizeof(zst_header_cur)-1, fp); //-1 for null
fhandle = fp; //Set global file handle
copy_state_data(0, write_save_state_data, csm_save_zst_new);
if (Thumbnail)
{
CapturePicture();
fwrite(PrevPicture, 1, 64*56*sizeof(unsigned short), fp);
}
}
if (SFXEnable)
{
SfxRomBuffer += SfxCROM;
SfxLastRamAdr += SfxRAMMem;
}
if (SA1Enable)
{
RestoreSA1(); //Convert back SA-1 stuff
}
ResetOffset();
ResetState();
}
void CCellView::MouseDown(BPoint where)
{
StPenState save(this);
try
{
bool optional = IsOptionalClick(Window()->CurrentMessage());
if (!IsFocus() && !fEntering)
MakeFocus();
ResetOffset(-1);
BRect myRect, bounds(Bounds());
cell myCell = cell(fFrozen.h ? 1 : fPosition.h, fFrozen.v ? 1 : fPosition.v);
if (fFirstGraphic)
{
if (fFirstGraphic->HandleMouseDown(where))
return;
else if (fFirstGraphic->HasFocus())
fFirstGraphic->MakeFocus(false);
}
if (fCellBounds.Contains(where))
{
if ((PointIsInSelection(where) &&
!fEntering) &&
(optional ||
WaitMouseMoved(where, false)))
{
StartDrag(where, optional);
}
else if (optional)
GridMenu(where);
else
SelectCell(where);
}
if (!fShowBorders)
return;
myRect = bounds;
myRect.top = fBorderHeight;
myRect.left = 0.0;
myRect.right = fBorderWidth;
if (myRect.Contains(where))
{
if (optional)
BorderMenu(where);
else
{
do
{
myCell.v++;
GetCellRect(myCell, myRect);
}
while (myRect.top + 2.0 <= where.y);
if (where.y >= myRect.top - 2.0 && where.y <= myRect.top + 2.0)
ResizeRow(where, myCell.v - 1);
else
SelectRow(where, myCell.v - 1);
}
return;
}
myRect.Set(fBorderWidth, 0.0, bounds.right, fBorderHeight);
if (myRect.Contains(where))
{
if (optional)
BorderMenu(where);
else
{
do
{
myCell.h++;
GetCellRect(myCell, myRect);
}
while (myRect.left + 2.0 <= where.x);
if (where.x >= myRect.left - 2.0 && where.x <= myRect.left + 2.0)
ResizeCol(where, myCell.h - 1);
else
SelectCol(where, myCell.h - 1);
}
return;
}
myRect.Set(0.0, 0.0, fBorderWidth, fBorderHeight);
if (myRect.Contains(where))
{
if (!fEntering)
SetSelection(range(1, 1, kColCount, kRowCount));
else
beep();
}
}
catch(CErr& e)
{
CATCHED;
e.DoError();
return;
}
catch(...)
{
CATCHED;
ASSERT(FALSE);
}
}
bool zst_load(FILE *fp, size_t Compressed)
{
size_t zst_version = 0;
if (Compressed)
{
if (!zst_load_compressed(fp, Compressed))
{
return(false);
}
}
else
{
char zst_header_check[sizeof(zst_header_cur)-1];
Totalbyteloaded += fread(zst_header_check, 1, sizeof(zst_header_check), fp);
if (!memcmp(zst_header_check, zst_header_cur, sizeof(zst_header_check)-2))
{
zst_version = 143; //v1.43+
}
if (!memcmp(zst_header_check, zst_header_old, sizeof(zst_header_check)-2))
{
zst_version = 60; //v0.60 - v1.42
}
if (!zst_version) { return(false); } //Pre v0.60 saves are no longer loaded
load_save_size = 0;
fhandle = fp; //Set global file handle
copy_state_data(0, read_save_state_data, (zst_version == 143) ? csm_load_zst_new: csm_load_zst_old );
Totalbyteloaded += load_save_size;
}
if (SFXEnable)
{
SfxCPB = SfxMemTable[(SfxPBR & 0xFF)];
SfxCROM = SfxMemTable[(SfxROMBR & 0xFF)];
SfxRAMMem = (unsigned int)sfxramdata + ((SfxRAMBR & 0xFF) << 16);
SfxRomBuffer += SfxCROM;
SfxLastRamAdr += SfxRAMMem;
SCBRrel = (SfxSCBR << 10) + (unsigned int)sfxramdata;
}
if (SA1Enable)
{
RestoreSA1(); //Convert back SA-1 stuff
SA1UpdateDPageC();
}
if (SDD1Enable)
{
UpdateBanksSDD1();
}
//Clear cache check if state loaded
ClearCacheCheck();
if (zst_version < 143) //Set new vars which old states did not have
{
prevoamptr = 0xFF;
ioportval = 0xFF;
spcnumread = 0;
nexthdma = 0;
}
repackfunct();
initpitch();
ResetOffset();
ResetState();
procexecloop();
return(true);
}
