Macintosh-SW/mac-rom
1
0
Fork 0
mirror of https://github.com/elliotnunn/mac-rom.git synced 2025-01-16 03:29:58 +00:00
Code Issues Projects Releases Wiki Activity
mac-rom/Toolbox/WindowMgr/WindowMgr.a

4850 lines
177 KiB
Plaintext
Raw Normal View History

Bring in CubeE sources Resource forks are included only for .rsrc files. These are DeRezzed into their data fork. 'ckid' resources, from the Projector VCS, are not included. The Tools directory, containing mostly junk, is also excluded.
2017-09-17 17:09:04 +08:00
;
; File: WindowMgr.a
;
; Contains: Window Manager for MacIntosh User Interface ToolBox
;
; Written by: Andy Hertzfeld May 23, 1982
;
; Copyright: <09> 1982-1993 by Apple Computer, Inc. All rights reserved.
;
; Change History (most recent first):
;
; <SM40> 9/30/93 IH Change hasDisplayMgr feature to hasDisplayMgrWindows. This
; allows me to build the display manager in the gibbly without
; patching out the window manager on PDM.
; <SM39> 9/9/93 SAM w/jdr Saved D1 thru a call to CopyRgn in DragTheRgn. Bad Ernie.
; <SM38> 9/2/93 SKH The gray region was not being set up correctly for non-rounded GDevices
; <SM37> 6/22/93 kc Check window title handle before dereferencing it in GetWTitle.
; <SM36> 6/17/93 KW (LW11 fau) In the dragThumb routine, check to see if the
; emControlHandle is nil, and if so, do the normal case where we
; use Paintrgn. (LW10 fau) Cleaned up the use of DragFlag to
; always set and test a word.
; <SM34> 6/14/93 kc Roll in Ludwig.
; <LW6> 5/3/93 chp Flush the caches for WDEF handles smaller than 32 bytes. It used
; to be 16 bytes, but a 22-byte, unflushed, fake defproc has been
; discovered in Software Ventures Microphone II and Microphone
; Pro. (RADAR #1082386)
; <LW4> 3/8/93 fau In the CallWindow routine, flushed the cache if the WDEF handle
; is less or equal to 16 bytes. In previous ROMS, HLock was doing
; the cache flush, but SM Roms don't do that anymore. See the
; comment for more details.
; <SM34> 6/7/93 CSS Per Shannon Holland, fix another problem if the scroll bar was
; unable to get the colors it needed to draw the shaded colors on
; color monitor.
; <SM33> 6/3/93 CSS Per Shannon Holland and KON, change the pattern to black when we
; do our special thumb dragging routine. This fixes a bug in PDM.
; <SM32> 5/17/93 CSS Per code review with Mark Law and Kevin Williams of Cyclone:
; change test for whether we changed ports to WMgrCPort from a
; test of PortOffset (the failure case would be if local 0,0 is
; ever equal to global 0,0 which is possible even though unlikely)
; to testing if the port is color again.
; <SM31> 5/5/93 CSS Make sure that the clip is wide open when we use the wmgrcport
; when dragging the thumb.
; <SM30> 5/5/93 CSS Dean fixed a problem with <SM29> not working properly when
; drawing in black&white ports. Also, I cleaned up some of the
; code.
; <SM29> 4/30/93 CSS Make _DragTheRgn drag a black box when we are dragging a scroll
; bar thumb. We tell this by using the DragFlag. So, we must be
; careful about clearing this flag after we are done with it. The
; clear state (DragFlag=0) is the original behavior of _DragTheRgn
; <SM28> 4/8/93 IH Touch file to force rebuild because default state of
; hasDisplayMgr flag is changing for RISC builds. Display Manager
; will not initialize properly without recompiling this file.
; <SM27> 3/31/93 IH Use Display Manager to Draw Desktop if hasDisplayMgr is true.
; <SM26> 2/4/93 CSS Rollin Horror (WindowMgrPatch.a). Comments follow:
; <H5> 7/8/92 SWC Fixed a bug in InitWindowFramePatch that would cause it to fall
; thru to the <20>normal<61> code even in the LCD case.
; <H4> 01/27/92 jmp Removed the BoxFlag dependencies in these patches, and padded to
; match the TERROR/Zydeco ROM map.
; <H3> 1/14/92 SWC Added DB-Lite LC to the list of LCD screen machines. Changed
; boxTIM and boxTIMLC to boxPowerBook170 and boxPowerBook140.
; <H2> 10/29/91 jmp Did a quick-and-dirty update to the InitWindowsFrame and
; InitWindowsRgn patches to support DB-Lites. These routines need
; to be cleaned up soon.
; <SM25> 1/13/93 kc Change BSR's to JSR's to appease the Linker gods.
; <SM24> 12/10/92 HI Modified CallWindow to save the A4 register for those WDEF's
; which trash it (specifically Dreams 1.1). (Hoon Im)
; <SM23> 12/09/92 HI Modified DragTheRgn to set/clear the emIsDragging field of
; ExpandMem upon entry/exit. This allows OSEventAvail to determine
; whether to execute the HelpMgr patch code or bypass it. The
; HelpMgr patch code causes the HelpMgr to remove/show balloons
; which trash the clipRgn, penPat, and penMode of WMgrPort; then,
; DragTheRgn canNOT properly remove the drag region. Bypassing the
; HelpMgr patch code solves this problem and IT IS supposed to
; behave this way in the first place. (Hoon Im)
; <SM22> 11/3/92 SWC Changed PaletteEqu.a->Palettes.a.
; <SM21> 9/17/92 kc Remove short branches.
; <SM20> 7/15/92 PN Fix the bug in ShowHide where the show/hide flag was push on the
; stack before jsr Preshowhide. The byte gets pushed was not the
; flag but some garbage since the offset from (sp) was wrong.
; <SM19> 7/13/92 FM Fixed a bug in send behind. In the case where a window had
; actually been moved forward by SendBehind I wasn't preserving
; the original nextWindow in a4. As a result the loop was
; comparing to whatever garbage happened to be in a4 which would
; often cause a crash. Basically just a dumb mistake on my part<72>
; <SM18> 6/22/92 RB Rolled-in the Help Manager patch to ShowHide from
; BalloonPthc28.a, HMShowHidePatch.
; <SM17> 6/12/92 CSS Roll-in Reality Changes:
; <10> 6/11/92 FM Removed the obsolete call to FixSMgrWorld.
; <SM16> 5/22/92 FM
; <SM16 > 5/5/92 FM Redo the windowmgr patches and bring up to date w/ Reality:
;
; deleted calcviswindow since it is completely patched out. Kept SubStructLoop.
; deleted CheckUpdate because it is completely patched out
; and PaintBehind
;
;
; rolled in patchSectRgn. Just needed to call _ClipAbove instead of JSRing
;
; rolled in CheckPaintWhiteWord. Changed a tst.b to a tst.w
;
; rolled in PaintDesk from WindowMgrPatches.a into PaintTheDesk in the WindowMgr.a file.
; I renamed the routine PaintDesk (as in the patch file) and I took out the ROM85 check for
; color since the SuperMario ROM always has color. Took out export of NoDeskHook. Its no
; longer needed since (yet again) we're not jumping through the patch file anymore.
;
; rolled in PreShowHide more cleanly in ShowHide.
;
; Renamed InitWindows as InitWindowsGuts so that we wouldn't be bouncing between the patch
; file, LayerMgr.c and here. The Dispatch Table now points to __InitLayers
;
; copied over Philips NewWindow and NewCWindow routines and broke them into procs.
;
; Renamed closewindow as closewindowguts so that it can be called from the layermgr
; and the dispatch table won't point at the patch file.
;
; rolled in patch to move ShowHide call in closewindow, in front of KillControls to eliminate unecessary redrawing
;
; Changed all frontwindow calls to JSR __ActiveWindow
;
; Rolled in ShowHideInShowWindow correctly (and cleaner). Otherwise we would be trashing A1 all the time.
;
;
; Roll in SetWTitleActivatePalette
;
; Rolled in PaintOneInMoveWindow w/ explanation.
;
; Cleaned up the ugly patchFrontWindow selectWindow case
;
; re-roll in the SendBehind patch instead of copyingy and pasting it so it is easier to read
; and more straightforaward.
;
; fixed bugs due to copy and paste in the BeginUpdate and EndUpdate
; proceudres.
;
; Rolled in PatchDragGrayRgn
;
; Renamed FindWindow as findlayer because thats what the patches did. Saves us going through
; the patch file.
;
; ReRolled in the fixes to SetCtlColor and SetWinColor which were messy and wrong.
; Added utility routine GetRearWindow
;
;
; <9> 4/23/92 DTY The last change leaves a region on the screen if you drag a
; window over the menu bar, then back again. If the outline is
; just becoming visible again, don<6F>t do the XorRgn.
; <8> 4/21/92 DTY Get rid of the <20>fast paint<6E> case in DragTheRgn. _PaintRgn is
; fast enough now to deal with funky regions. Also reworked
; dragging algorithm so the region doesn<73>t flicker as it is
; dragged around.
; <7> 4/17/92 DTY Dean hates the fact that everything<6E>s lumped into one huge Proc.
; Make separate procs for all the routines.
; <6> 9/25/91 JSM Also, stop using useless conditional HMenus.
; <5> 9/25/91 JSM Cleanup header, remove use of hasCQD from this file since all
; future ROMs will have color QuickDraw.
; <4> 9/13/90 BG Removed <3>. 040s are behaving more reliably now.
; <3> 7/19/90 BG Added EclipseNOPs for flakey 040s.
; <2> 1/18/90 DVB Include PalettePriv.a
; <1.5> 12/4/89 MSH Moved a local label into a conditional.
; <1.4> 10/31/89 dba concatenated source files WindowMgr1.a, WindowMgr2.a and
; WindowMgr3.a to this one
;
; Note: This file used to be split into four pieces. Here are the modification histories for each:
;
;----------------------------------------------------------------------------------------------------
; Modification History for WindowMgr.a
;----------------------------------------------------------------------------------------------------
;
; 1.3 SES 08/22/1989 Removed references to nFiles.
; 1.2 DAF 05/30/1989 Added INCLUDE of PaletteEqu.a
; 1.1 CCH 11/10/1988 Fixed Header.
; 1.0 CCH 11/ 9/1988 Adding to EASE.
; 1.3 GGD 11/ 2/1988 Got rid of machine specific conditionals in favor of
; feature based conditionals.
; 1.2 PKE 10/27/1988 Added reference to FixSMgrWorld
;<3B>1.1 CCH 9/23/1988 Got rid of inc.sum.d and empty nFiles
; 1.0 BBM 2/11/88 Adding file for the first time into EASE<53>
;
; 04-Aug-82 AJH added DocumentProc
; 10-Aug-82 AJH got rid of scrapWindow,getSysWindows,GetGrayRgn
; 31-Aug-82 AJH added GrowWindow
; 07-Sep-82 AJH added DrawMBar external reference
; 22-Sep-82 AJH integrate string routines
; 25-Sep-82 AJH added dBoxWProc,TrackGoAway
; 29-Sep-82 AJH made CallWindow externally accessible
; 09-Oct-82 AJH converted to QuickDraw Trap interface
; 16-Oct-82 AJH added copyRight notice
; 01-Nov-82 AJH added FindWindow
; 14-Nov-82 AJH added SelectWindow
; 20-Nov-82 AJH changed SendToBack to SendBehind
; 21-Nov-82 AJH got rid of DiffVisBehind
; 24-Dec-82 AJH made DocumentProc,DBoxProc resources
; 02-Jan-83 AJH made ShowHide externally accessible
; 31-Jan-83 AJH added CloseWindow
; 07-Feb-83 AJH GetSysPorts -> GetWmgrPort
; 03-Apr-83 AJH Added interface for PinRect, DeltaPoint
; 28-Apr-83 AJH move PinRect to cursor core
; 23-Jun-83 SC Multi-window ornaments (Changed SystemKind test in wmgrasm3)
; 05-Aug-83 AJH Added DrawGrowIcon
; 12-Aug-83 AJH added alternate entry point to DragTheRgn (DragGrayRgn)
; 09-Sep-83 AJH made WmgrGray external
; 23 Jan 85 LAK Adapted for new equate files.;
; 23-Jan-85 EHB added patches: cancel pending paintBehind; reset alarm parity;
; say that window world exists.
; 23-Jan-85 EHB Made CloseWindow cancel pending activate events; made it
; properly update curActivate in DoActivate
; 23-Jan-85 EHB Fixed SetWTitle so no flicker if structure doesn't change
; 23-Jan-85 EHB fixed FrontWindow to return NIL if no window world
; 31 Jan 85 EHB When a window is closed or disposed, and thePort was set to
; that window, set thePort to WMgrPort instead.
; 10-May-85 EHB Made the drawing in InitWindows really clean
; 9-Jul-85 EHB Added ROMMapInsert for ROM resources
; 5-Aug-85 EHB Made initwindows call menu routine CalcMBHeight so that the menu
; bar height always correct for calc'ing regions.
; EHB Added SetWPort and RestorePort to CallWindow so that defproc can
; call GetFontInfo on the window manager port
; 6-Aug-85 EHB fixed DragWindow's pinning for variable menu heights
; Added .REF of CalcMBHeight from menu manager
; 29-Aug-85 EHB In SetWTitle check for NIL window title handle
; 29-Aug-85 EHB Added routine TrackBox for tracking zoom boxes etc...
; 29-Aug-85 EHB Added routine ZoomWindow(window:windowPtr;partCode:integer);
; to do it, split off MoveGuts and SizeGuts from Move- and SizeWindow
; 09-Sep-85 EHB Pull right update byte off stack in sizewindow.
; 23-Oct-85 EHB save D1 across FindWindow to make OverView work
;_______________________________________________________________________
;
; Post Lonely Hearts
;_______________________________________________________________________
;
; <19feb86> BBM Made some modifications to work under MPW
;_______________________________________________________________________
;
; <C59/30Jun86> DAF Color window manager support for nuMac added (no 020 code)
; <C75/15Jul86> DAF Updated default color constants for new QD
; <C79/21Jul86> DAF Made a fix to GoPaintOne to correctly preserve colors
; <C203/06Oct86> DAF Converted to RGBColor specifications everywhere.
; Added color window manager port. Added new call
; GetCWmgrPort.
; <C388/09Nov86> DAF reverted to setting wmgrPort rather than wmgrCPort for
; compatibility
; <C424/18Nov86> DAF Made FindWindow call MBarProc (menuMgr) to test for menubar hits
; To do this, CallMBarProc is imported.
; <C458/23Nov86> DAF Added SetDeskCPat, removed SetDeskColor
; <C491/08Dec86> DAF Added GetWVariant
; <C906/13oct87> MSH Port to HcMac (Laguna). Menu bar proc call.
; <C914/29Oct87> rwh Port to Modern Victorian
; <C949/08Nov87> DAF Updated PaintDesk to switch to system heap when using deskPPAT.
; Fixed CallWindow to call syserror if WDEF LoadResource didn't work.
;
; <1.2/30May89> DAF Added PaletteEqu.a. Fixed up 32-bit mode handling of auxWinRecs.
; Updated palette disposal in CloseWindow.
;
;----------------------------------------------------------------------------------------------------
; Modification History for WindowMgr1.a
;----------------------------------------------------------------------------------------------------
;
; 1.2 SES 08/22/1989 Removed references to nFiles. Updated equates accordingly.
; 1.1 CCH 11/10/1988 Fixed Header.
; 1.0 CCH 11/ 9/1988 Adding to EASE.
; 1.1 GGD 11/ 2/1988 Got rid of machine specific conditionals in favor of
; feature based conditionals.
; 1.0 BBM 2/11/88 Adding file for the first time into EASE<53>
;
; 20-Aug-82 AJH Fixed bug in InsertWindow when inserting 1st one in list
; 06-Sep-82 AJH Made InsertWindow/DeleteWindow handle empty list
; 08-Oct-82 AJH Converted for QuickDraw trap interface
; 21-Nov-82 AJH got rid of DiffVisBehind (no-one was using it)
; 21-Nov-82 AJH Added string routines (were in WmgrAsm2)
; 23-Nov-82 AJH Made InsertWindow clear NextWindow link to avoid circles
; 19-Dec-82 AJH Installed deskHook hook for painting the desk, use deskPat
; 23-Jan-83 AJH Made it use deskHook for inDesk in FindWindow
; 10-Jun-83 AJH Saved code in NewString, SetString using Capps' routines
; 15-Aug-83 AJH Monster code krunch following review (Donn, Jerome)
; 01-Sep-83 AJH Changed booleans in PaintOne to be bytes instead of words
; 28-Oct-85 EHB In ShowHide, fixed compare of booleans for equality.
;
; <C59/30Jun86> DAF Changed GoPaintOne and desktop filling routines to
; support color in nuMac
; <C79/21Jul86> DAF Fixed color setting in GoPaintOne.
; <C106/5Aug86> EHB Added routine PortToMap
; Make sure we use the right BOUNDS for color ports
; (only needed for nuMac, but works for old)
; <C203/06Oct86> DAF Converted to RGB color specifications. Changed
; manager to use color wmgrPort. Disabled whiteRgn
; erase in PaintBehind for nuMac only. Fixed
; PaintWhite to work in nuMac.
; <C388/09Nov86> DAF reverted to setting wmgrPort rather than wmgrCPort for
; compatibility
; <C666/22Jan87> DAF Fixed NoDeskHook to eliminate update bug, and use pRam copy
; of deskCPatEnable.
; <18Jun87> DAF Conditionalized Palette Mgr patch to ShowHide.
; <C914/29Oct87> rwh Port to Modern Victorian
; <C949/08Nov87> DAF Updated PaintDesk to switch to system heap when using deskPPAT.
;
;----------------------------------------------------------------------------------------------------
; Modification History for WindowMgr2.a
;----------------------------------------------------------------------------------------------------
;
; 1.7 SES 08/22/1989 Removed references to nFiles. Updated equates accordingly.
;<3B>1.6 DAF 06/30/1989 Override of previous version due to lack of space on
; Reality
; 1.6 DAF 06/30/1989 Cleared hi half of register in EORSymbol's call to WDEFs
; 1.5 DAF 06/28/1989 Moved WWExist flag setting to end of routine (after
; window world really IS set up)
; 1.4 DAF 05/30/1989 Fixed dispose of AuxWinRecs in 32-bit addressing mode.
; Updated palette dispose tests
;<3B>1.3 DAF 04/27/1989 Improved color desktop handling in InitWindows
; 1.2 MSH 03/01/1989 Added support for external video (Topanga) with Dave F's
; help.
; 1.1 CCH 11/10/1988 Fixed Header.
; 1.0 CCH 11/ 9/1988 Adding to EASE.
; 1.2 GGD 11/ 2/1988 Got rid of machine specific conditionals in favor of
; feature based conditionals.
; 1.1 PKE 10/27/1988 Added code to InitWindows for in-ROM ScriptManager.
; 1.0 BBM 2/11/88 Adding file for the first time into EASE<53>
;
; 04-Aug-82 AJH 'TenBytExit' label added add end of 'SizeWindow'
; 10-Aug-82 AJH Got rid of GetSysWindows,GetGrayRgn,scrapWindow;
; 20-Aug-82 AJH Added InitMsg call to NewWindow; DisposeMsg call to DisposeWindow
; 29-Aug-82 AJH made InitWindowsinitialize IShapeHook for controls
; 06-Sep-82 AJH made CheckUpdate handle empty window list
; 06-Sep-82 AJH got rid of Alert and DialogWindow as special ones
; 07-Sep-82 AJH saved code in InitWindow using common code to draw menu bar
; 12-Sep-82 AJH made windowMgr calcRgns for invisible windows instead of procs
; 19-Sep-82 AJH made InitWindow set up symbol bitmap low memory pointers
; 22-Sep-82 AJH integrated string routines
; 26-Sep-82 AJH made DisposeWindow dispose the window's controls
; 28-Sep-82 AJH made TrackGoAway send message to XOR, changed CallDWindow
; 05-Oct-82 AJH Fixed HiliteWindow clip bug, made code saving optimizations
; 10-Oct-82 AJH Converted to QuickDraw trap interface
; 16-Oct-82 AJH Made dot-size independent
; 14-Nov-82 AJH Added SelectWindow
; 16-Nov-82 AJH Made Initwindows initialize TaskLock
; 19-Nov-82 AJH Made it use more traps for internal calls
; 21-Nov-82 AJH Fixed thePort trashing bug in HiliteWindow, moved string routines
; 24-Nov-82 AJH Made selectWindow call BTF1 instead of BTF
; 19-Dec-82 AJH Added initialization of cur(De)active, deskHook
; 20-Dec-82 AJH Added SelectWindow calls to New,Dispose,Move
; 21-Dec-82 AJH Made SelectWindow post activate/deactivate events
; 22-Dec-82 AJH Fixed region dispose bug in MoveWindow
; 24-Dec-82 AJH changed initialization, defProcs as resources for 2.0
; 02-Jan-83 AJH made disposeWindow kill a the picture if its installed
; 09-Jan-83 AJH removed size-checking in SizeWindow
; 12-Jan-83 AJH rewrote CheckUpdate to support pictures
; 31-Jan-83 AJH clear high byte when loading the defProc
; 31-Jan-83 AJH no more special casing of alertWindows; fixed HideWindow problem
; 31-Jan-83 AJH added CloseWindow
; 07-Feb-83 AJH made NewWindow generate updates; no more deskPort
; 26-Feb-83 AJH fixed select bug when disposing the last window
; 27-Feb-83 AJH saved some code in CloseWindow by using ClosePort
; 07-Mar-83 AJH made CloseWindow dispose of the title string
; 09-Mar-83 AJH fixed bug introduced by disposing the title string
; 02-Apr-83 AJH saved code by not initing wmgrPort visRgn
; 03-Apr-83 AJH made NewWindow use defProc 0 if it can't find one
; 05-Apr-83 AJH made InitWindows initialize the ghostWindow ptr
; 10-May-83 AJH made InitWindows init CloseOrnHook
; 09-Jun-83 AJH made InitWindows only draw minimal black for corners
; 10-Jun-83 AJH new, much improved MoveWindow (blits as much as it can)
; 16-Jun-83 AJH PaintBehind a little earlier in MoveWindow
; 05-Aug-83 AJH Made NewWindow default textFont to 1
; 06-Aug-83 BLH Moved oneOne, minusOne initialization to Start;
; Moved DragHook, TaskLock, CloseOrnHook, DeskHook to
; segment loader.
; 13-Aug-83 AJH Made InitWindows do a ShowCursor
; 15-Aug-83 AJH Monster code krunch after review (Donn, Jerome)
; 02-Sep-83 AJH masked off high-order bits in user's storage ptr
; 02-Sep-83 AJH made it use least recent deactivate
; 12-Sep-83 AJH made it post CurDeKind in CloseWindow and when its
; deactivated
; 23-Jan-85 EHB added patches: cancel pending paintBehind; reset alarm parity;
; say that window world exists.
; 23-Jan-85 EHB Made CloseWindow cancel pending activate events; made it
; properly update curActivate in DoActivate
; 23-Jan-85 EHB Fixed SetWTitle so no flicker if structure doesn't change
; 31 Jan 85 EHB When a window is closed or disposed, and thePort was set to
; that window, set thePort to WMgrPort instead.
; 10-May-85 EHB Made the drawing in InitWindows really clean
; 9-Jul-85 EHB Set flag to Get new window resource from ROM if possible
; 10-Jul-85 EHB Set flag to reload WDEF from ROM if possible too
; 5-Aug-85 EHB Initwindows calls CalcMBHeight to set up height of menu bar
; 29-Aug-85 EHB In SetWTitle check for NIL window title handle
; 29-Aug-85 EHB Added routine TrackBox for tracking zoom boxes etc...
; 29-Aug-85 EHB Added routine ZoomWindow(window:windowPtr;partCode:integer);
; to do it, split off MoveGuts and SizeGuts from Move- and SizeWindow
; 09-Sep-85 EHB Pull right update byte off stack in sizewindow.
; 28-Oct-85 EHB In ShowWindow, set boolean WVISIBLE to $01, not $FF
; 03-Nov-85 EHB Get Window Ptr into A3 BEFORE calling CallWCalc
;
;----------------------------------------------------------------------------
;
; Post Lonely Hearts Changes
;
; <C59/30Jun86> DAF Changed InitWindows to allocate window and control Aux
; structures and desk colors
; <C75/15Jul86> DAF Updated default colors to work w/new QD
; <C106/5Aug86> EHB Make sure we use the right BOUNDS for color ports
; (only needed for nuMac, but works for old)
; Added NewCWindow.
; <C168/17Sep86> DAF Added InitMenus to InitWindows so that menuBar def
; proc is initialized before attempting to clear
; the bar region. THIS NEEDS A BETTER RESOLUTION!
; <C203/08Oct86> DAF updated wmgr to RGBColor. Revamped InitWindows.
; <C388/09Nov86> DAF reverted to setting wmgrPort rather than wmgrCPort for
; compatibility
; <C424/18Nov86> DAF converted InitWindows to use look in system file, then ROMresources
; for default window and control colors (wctb=0,cctb=0). Added
; DeskCPat init stuff in InitWindows. Also made some 32-bit changes.
; <C491/08Dec86> DAF general cleanup from code review. Added GetWVariant.
; Restructured desk pattern stuff in InitWindows.
; <C589/03Jan87> EHB Added SmartMove routine for multiple screens
; <C591/04Jan87> DAF Improved 32-bit handling. When MMUFlag=1, moved variant code to
; auxWinRec
; <C612/11Jan87> DAF set visible flag in off at beginning of NewWindow, so
; SetWinColor doesn't try to draw with invalid portRect in 32-bit.
; <C666/21Jan87> DAF Fixed LoadResource in CallWindow. Switched to using pRAM copy
; bit (pCDeskPat) to tell which deskPat to use. Switched to using
; rGetResource when loading wctb,cctb in InitWindows. Switched 32-bit
; stuff to use MMU32Bit (the correct flag)
; <C725/31Jan87> DAF Adjusted InitWindows to read binary deskpat always. Also does not
; look in ROM for ppat=16.
; <C768/06Feb87> EHB Make sure that each device is active in InitWindows.
;
;------ Macintosh II is born ------------------------------------------------
;
; <12May87> DAF Rolled in Palette Manager patches from ROM78Fix
; <C914/29Oct87> rwh Port to Modern Victorian
; <C949/08Nov87> DAF Fixed CallWindow to call syserror if WDEF LoadResource didn't work.
; This is better since Juggler can gracefully terminate this app.
;
;------ Aurora -------------------------------------------------------------
;
; <1.3> DAF Improved DeskCPat handling in InitWindows
; <1.4> DAF Updated CloseWindow to correctly handle the auxWinRecs in 32-bit addressing
; mode. Also, dvb had an update to the Palette disposal routines.
; <1.5> DAF Moved clearing of WWExist to end of InitWindows (when it's really done!)
; rather than at beginning. This helps out the Palette manager when it's
; dealing with the color apple in the menubar during InitWindows' InitMenus call.
; <1.6> DAF Fixed an old bug for Ernie. TrackGoAway passes a word-sized part code to the
; WDEF in a long-size field. Make sure that the hiword of the long is clear.
;
;----------------------------------------------------------------------------------------------------
; Modification History for WindowMgr3.a
;----------------------------------------------------------------------------------------------------
;
; 1.5 DAF 07/23/1989 Corrected 32-bit mode bug in SetWinColor for dialogs.
; Updated obsolete equate names
; 1.4 DAF 07/14/1989 FOR AURORA BUILD - Corrected DeAlAux in
; SetWinColor/SetCtlColor to fix the auxWinList/auxCtlList problems in
; 32-bit addressing mode.
; 1.3 DAF 05/30/1989 Improved 32-bit addressed behaviour of SetAuxWin et.al.
;<3B>1.2 DAF 04/27/1989 Made sure SetDeskCPat released old desktop PixPat before
; setting new one.
; 1.1 CCH 11/10/1988 Fixed Header.
; 1.0 CCH 11/ 9/1988 Adding to EASE.
; 1.4 GGD 11/ 2/1988 Got rid of machine specific conditionals in favor of
; feature based conditionals.
; 1.3 rwh 9/24/1988 fixed added NuMac conditionals to also be for onMvMac
; 1.2 DAF 6/17/88 added conditionals for numac that were left out.
; 1.1 CSL 4/18/88 fixed bug introduced by rolling in code for NuMac.
; 1.0 BBM 2/11/88 Adding file for the first time into EASE<53>
;
; 20-Aug-82 AJH Fixed DragWindow bug in computing position when origin <> (0,0)
; 21-Aug-82 AJH Made InvalRect/Rgn share more code with ValRect/Rgn
; 21-Aug-82 AJH Added boundRect to DragTheRgn so it can be used by Controls
; 29-Aug-82 AJH Made DragTheRgn use a pattern from global area (dragPattern)
; 30-Aug-82 AJH Added slopRect parameter to dragTheRgn
; 06-Sep-82 AJH Got rid of special casing of alert/dialog windows
; 06-Sep-82 AJH Added GrowWindow
; 08-Sep-82 AJH Fixed BeginUpdate -- it was trashing A3
; 09-Sep-82 AJH Put bounds (size) checking into GrowWindow
; 28-Sep-82 AJH Changed FrontWindow to skip alertKind only, added CallDragHook
; 05-Oct-82 AJH Made some code saving optimizations
; 06-Oct-82 AJH Made dragging pin instead of freezing (DragTheRgn,GrowWindow)
; 10-Oct-82 AJH Converted to QuickDraw trap interface
; 16-Oct-82 AJH Made independent of screen size
; 25-Oct-82 AJH Made FrontWindow return frontmost visible window
; 01-Nov-82 AJH Added control-less FindWindow to window manager
; 07-Nov-82 AJH Tweaked delay in DragTheRgn for 512 machine
; 16-Nov-82 AJH Made DragWindow look at command key state for ClipAbove
; 16-Nov-82 AJH Changed menuBar hit-test in FindWindow to 20 pixels
; 20-Nov-82 AJH Changed SendToBack to SendBehind
; 20-Nov-82 AJH Finally fixed bounds pinning in GrowWindow
; 24-Nov-82 AJH made bringToFront clear DragFlag as default entry
; 20-Dec-82 AJH made bringToFront do nothing if its already the front one
; 21-Dec-82 AJH made SendBehind call SelectWindow when appropriate
; 04-Feb-83 AJH added actionProc to DragTheRgn
; 26-Feb-83 AJH made DragTheRgn distinguish between aborted and not moved
; fixed DragWindow accordingly.
; 05-Apr-83 AJH made FrontWindow ignore the ghostWindow
; 28-Apr-83 AJH moved PinRect to cursorCore
; 26-Jun-83 AJH fixed keyMap clobber in DragWindow;
; pinned users dragRect at top (12)
; 01-Jul-83 SC fixed bug in DragWindow created by above
; 05-Aug-83 AJH Added DrawGrowIcon
; 15-Aug-83 AJH code krunch after review
; 30-Aug-83 AJH fixed restorePort bug and saved code in SendBehind (thanks,Donn)
; 07-Sep-83 AJH fixed stack offset bug in SendBehind (introduced 30-Aug)
; 23-Jan-85 EHB fixed FrontWindow to return NIL if no window world
; 5-Aug-85 EHB fixed DragWindow's pinning for variable menu heights
; 23-Oct-85 EHB save D1 across FindWindow to make OverView work
;
;------------------------------- Lonely Heifer ROMs ----------------------------------
; 14-Jan-86 EHB Fixed infinite loop bug in DragTheRgn (@DragDelay)
; <C106/5Aug86> EHB Make sure we use the right BOUNDS for color ports
; (only needed for nuMac, but works for old)
;<C392/10Nov86> DAF Fixed DragGrayRgn and GrowWindow to save and restore penstate in
; both wmgrPort and wmgrCPort
;<C407/16Nov86> DAF Fixed DeAlAux (in SetWinColor) to not dispose default winCTable
;<C424/18Nov86> DAF Made FindWindow call MBarProc (menuMgr) to test for menubar hits
;<C458/23Nov86> DAF Removed SetDeskColor. Added DeskCPat.
;<C46x/23Nov86> EHB Disable all drag bounds for multiple screens
;<C467/25Nov86> EHB Fixed bug in merged code in DragTheRgn
;<C591/04Jan87> DAF Made small fixes in SetWinColor for 32-Bit Support
;<C612/11Jan87> DAF Fixed some small bugs introduced in SetWinColor in C591.
; Corrected resource bit test in SetWinColor (it was backward!)
;<C616/12Jan87> DAF Changed _ShowControl in SetCtlColor to _Draw1Control so that it
; would correctly redraw.
;<C624/13Jan87> EHB Added fast version of dragTheRgn (if region is rect)
;<C666/22Jan87> DAF Changed SetDeskCPat to use pCDeskPat and to switch to binary pat if
; pixPatHandle is NIL.
;<C767/06Feb87> DAF Fixed special case testing in SetGuts so that it wouldn't dereference
; a -1 handle.
;<C835/20Feb87> DAF Fixed stack trashing problem in SetDeskCPat(NIL).
;<C841/21Feb87> DAF Corrected C835.
;<C914/29Oct87> rwh Port to Modern Victorian
;<C970/22Nov87> DAF Fixed register trashing bug in GetPinMouse to correct extra update
; problem in GrowWindow
;
;--------- Aurora!! ------------------
;
;<1.2/27Apr89> DAF Rolled patch to SetDeskCPat into source. Now the desk pix pat is disposed
; when a new one is set (instead of overwriting!).
;<1.3/30May89> DAF Updated AuxWin/CtlRec handlers to be more graceful in 32-bit addressing mode
;
;<1.5/23Jul89> DAF Corrected 32-bit bug in SpecAlloc. Updated equate names in this file
; to the official MPW names (this file doesn't need nToolEqu.a anymore).
;
LOAD 'StandardEqu.d'
INCLUDE 'ColorEqu.a'
INCLUDE 'ScriptPriv.a'
INCLUDE 'Palettes.a'
INCLUDE 'PalettePriv.a'
INCLUDE 'Balloons.a' ;
INCLUDE 'BalloonsPriv.a' ;
INCLUDE 'ControlPriv.a'
IF hasDisplayMgrWindows THEN ; <SM81>
INCLUDE 'Displays.a' ;
INCLUDE 'DisplaysPriv.a' ;
ENDIF
MACHINE MC68020 ; needed for cache flush <LW4> fau
; *** move these equates into system equate files
CurLayer EQU $A90
WMgrUpdate EQU $AFC
PortToBitMap Proc Export
; Given a window pointer in A0, return the bitmap/pixmap pointer in A0
ADDQ #PORTBITS,A0 ;POINT TO BITMAP/PIXMAP HANDLE
TST ROWBYTES(A0) ;BITMAP OR PIXMAP HANDLE?
BPL.S GOTBITMAP ;=>JUST A BITMAP
MOVE.L BASEADDR(A0),A0 ;ELSE GET PORT'S PIXMAP HANDLE
MOVE.L (A0),A0 ;GET PIXMAP POINTER
GotBitMap
RTS
EndProc
;
; SetUpColor takes a window part identifier in D0, and the windowRecord
; in A0, finds the appropriate rgb, and returns with a pointer to
; it, ready for RGBForeColor. The auxRec is not locked, so RGBForeColor
; should be called immediately. If the desired window part is not found,.
; the first color in the auxRec is used.
SetUpColor Proc Export
MOVEM.L D1/D3,-(SP) ; save some registers
MOVE.W D0,D3 ; keep the window part
SUBQ #4,SP ; make room for var ptr result
CLR.B -(SP) ; make room for boolean result
MOVE.L A0,-(SP) ; push window ptr
PEA 6(SP) ; push pointer to placeholder
_GetAuxWin ; get the window aux rec
ADDQ #2,SP ; pitch the boolean
MOVE.L (SP)+,A0 ; get the auxWinHandle
MOVE.L (A0),A0 ; get the auxWinPtr
MOVE.L awCTable(A0),A0 ; get the color table handle <1.2>
MOVE.L (A0),A0 ; get a cTabPtr
MOVE.W CTSize(A0),D1 ; get the color table size
MULU #CTEntrySize,D1 ; convert to color table index
LegalIndex
CMP.W CTTable+value(A0,D1),D3 ; is this the one?
BEQ.S FoundIt ; if equal, then done
SUB.W #CTEntrySize,D1 ; try the previous one
BGE.S LegalIndex ; loop while index positive
MOVEQ #0,D1 ; OK, use the first one
FoundIt
LEA CTTable+rgb(A0,D1),A0 ; get the address of the color to use
MOVE.L A0,D0 ; we'll need A0 in a second
MOVEM.L (SP)+,D1/D3 ; restore the registers
MOVE.L (SP)+,A0 ; get the return address
MOVE.L D0,-(SP) ; move the ret addr back
JMP (A0) ; return to caller
EndProc
;
; FUNCTION NewString(string): StringHandle
;
; allocates a string as a relocatable object on the heap and returns
; a handle to it
;
;
NewString Proc Export
Import GetSPtr
BSR.S GetSPtr ;A0 points to string, D0 has length
_PtrToHand ;allocate handle in A0
MOVE.L A0,8(SP) ;return it as the result
MOVE.L (SP)+,(SP) ;strip parameter
RTS ;return to caller
EndProc
; GetSPtr is common code for NewString and SetString. It gets the pointer
; to the string in A0 and its length in D0
GetSPtr Proc Export
MOVE.L 8(SP),A0 ;get the string pointer
MOVEQ #0,D0 ;clear out high part of D0
MOVE.B (A0),D0 ;get the length
ADDQ #1,D0 ;bump to include length byte
RTS
EndProc
;
; PROCEDURE SetString(h: StringHandle; s: string)
;
; set the specified string handle to the specified string
;
SetString Proc Export
Import GetSPtr
Import TwoParmExit
MOVE.L 8(SP),A1 ;get the stringHandle
BSR.S GetSPtr ;set up A0 and D0
_PtrToXHand ;let Capps do the work
BRA TwoParmExit ;standard exit saves code <27oct85> BBM
EndProc
;
; Utility PrevWindow(windowPtr):windowPtr
;
; given a window in the display list, find the one in front of it. If
; the parameter is NIL, find the last one in the list. If the parameter
; is the first in the list, return NIL. If not found, use last window
;
; this utility routine has a register interface to save code. On entry,
; D0 contains the window to be searched for. On exit, A0 contains the
; result. A0, A1 and D0 are trashed -- all other registers are preserved.
PrevWindow Proc Export
MOVE.L D0,-(SP) ;save window to search for
MOVE.L WINDOWLIST,A1 ;get the 1st entry in the window list
SUB.L A0,A0 ;set prev to NIL
PrevLoop
CMP.L (SP),A1 ;does it match the parameter?
BEQ.S DONEPWINDOW ;if so, we're done
MOVE.L A1,A0 ;update prev pointer
MOVE.L NEXTWINDOW(A0),A1 ;get the next one in the list
MOVE.L A1,D0 ;is it NIL?
BNE.S PrevLoop ;if not,loop
DonePWindow
MOVE.L (SP)+,D0 ;restore D0
RTS
EndProc
;
; PROCEDURE InsertWindow(window,behind);
;
; insert this behind into the window list behind the one specified by the
; "behind" parameter. If behind = NIL, insert it as the last one in the
; list. If this is the first window (windowList = NIL), insert as first one.
; Make sure the window's windowLink ptr is initialized to NIL.
;
InsertWindow Proc Export
Import PrevWindow
Export TwoParmExit
MOVE.L 8(SP),D1 ;get window to insert
MOVE.L D1,A1 ;get ptr in A-reg
CLR.L NextWindow(A1) ;make its link NIL
TST.L WindowList ;is the windowList empty?
BNE.S @1 ;if not, go look at behind
;
; its the first one ever so install it at the head of the list
;
MOVE.L D1,WindowList ;make it the head of the list
BRA.S TwoParmExit ;all done!
;
; check to see if we should insert it as the last one (behind = NIL).
;
@1 MOVE.L 4(SP),D0 ;behind = NIL ?
BEQ.S INSERTLAST
;
MOVE.L D0,A0 ;get behind
MOVE.L NEXTWINDOW(A0),NEXTWINDOW(A1) ;update the link of new one
MOVE.L A1,NEXTWINDOW(A0) ;insert new one in list
BRA.S TWOPARMEXIT ;all done
;
; insert it as the last one in the list
;
InsertLast
MOVEQ #0,D0 ;find the last one
BSR.S PREVWINDOW ;find last window in list
MOVE.L D1,NEXTWINDOW(A0) ;insert the window in the list
;
TwoParmExit
MOVE.L (SP)+,A0 ;get return address
ADDQ #8,SP ;strip parameters
JMP (A0) ;all done -- return to caller
EndProc
;
; PROCEDURE DeleteWindow(window)
;
; delete the specified window from the list
;
;
DeleteWindow Proc Export
Import PrevWindow
Import OneParmExit
Export OneParmExit
Export WRts1
MOVE.L 4(SP),D0 ;get the parameter window
BSR PREVWINDOW ;find the one before it
;
MOVE.L A0,D1 ;is it the first window?
BNE.S @1 ;if not, skip adjust
LEA WindowList-NextWindow,A0 ;make it point to windowList
@1 MOVE.L D0,A1 ;get the window to be deleted
MOVE.L NEXTWINDOW(A1),NEXTWINDOW(A0) ;splice out of the list
OneParmExit
MOVE.L (SP)+,(SP) ;strip sole parameter
WRts1
RTS
EndProc
;
; PROCEDURE ClipAbove(window)
;
; set the clipRgn of the window manager's port to be the gray Rgn intersected
; with the current clipRgn, minus the structRgns of all the windows above
; the parameter window.
;
ClipAboveGuts Proc Export
Import SubStructLoop
MOVEM.L D4/A2-A3,-(SP) ;save work registers
MOVE.L WMGRPORT,A0 ;get ptr to the windowMgr port
MOVE.L CLIPRGN(A0),D4 ;get wmgrPort clipRgn handle
MOVE.L 16(SP),A2 ;get the window
MOVE.L D4,-(SP) ;push clipRgn
MOVE.L GRAYRGN,-(SP) ;push grayRgn
MOVE.L D4,-(SP) ;clipRgn gets the result
_SectRgn ;SectRgn(clipRgn,grayRgn,clipRgn)
;
; now subtract all windows above the parameter window from the clipRgn
;
BSR SubStructLoop ;let common code do the work
MOVEM.L (SP)+,D4/A2-A3 ;restore work registers
MOVE.L (SP)+,(SP) ;strip parameter
RTS ;return to caller
EndProc
; the following routine subtracts the structRgns of all windows in the list
; from the region in D4 until the window in A2 is reached. It is common code
; to CalcVis and ClipAbove
SubStructLoop Proc Export
MOVE.L WINDOWLIST,A3 ;get 1st window in list
CVLoop
CMP.L A2,A3 ;have we reached parameter window yet?
BEQ.S WRTS1 ;if so, we're done
TST.B WVISIBLE(A3) ;dont bother if its not visible
BEQ.S SKIPDIFFRGN
MOVE.L D4,-(SP) ;push the visRgn
MOVE.L STRUCTRGN(A3),-(SP) ;push region to be subtracted
MOVE.L D4,-(SP) ;visRgn gets the result
_DiffRgn
SkipDiffRgn
MOVE.L NEXTWINDOW(A3),A3 ;examine next one in list
BRA.S CVLOOP ;loop till we reach parameter window
EndProc
;
; PROCEDURE PaintOneGuts(window: windowPtr; clobbered: RgnHandle);
;
; paint one window, clipped to the clobbered region and all windows
; above it. If some content is exposed, erase it and add it to the
; update region. IF the window is NIL, paint gray (its the desk)
;
; <SM16> FM the Window will never be NIL now, thanks to the layer manager.
PaintOneGuts Proc Export
Import SetWPClip
Import TestClip
Import TwoParmExit
Import CallDWindow
Import GetNewRgn
Import SetupColor
Export PaintODone
MOVEM.L D3-D4/A2-A3,-(SP) ;save work registers
MOVE.L 24(SP),A2 ;get the window pointer
BSR SetWPClip ;setWPort, get clip in D3
MOVE.L A2,D0 ;is window NIL?
BNE.S GOPAINTONE ;if not, go paint it
;
; all done with PaintOne
;
PaintODone
MOVEM.L (SP)+,D3-D4/A2-A3 ;restore work registers
BRA TWOPARMEXIT ;standard exit to save code (was .s) <DAF 08-Apr-86>
;
; see if the window intersects with clobbered; if not, dont bother to paint;
; otherwise go paint it
;
GOPAINTONE TST.B WVISIBLE(A2) ;is it visible?
BEQ.S PAINTODONE ;if not, we're done
MOVE.L 20(SP),-(SP) ;push clobbered
MOVE.L STRUCTRGN(A2),-(SP) ;push the structRgn of the window
MOVE.L D3,-(SP) ;their intersection is the clipRgn
_SectRgn ;SectRgn(clobbered,structRgn,clipRgn)
;
BSR TESTCLIP ;exit if clipRgn is empty
MOVE.L A2,-(SP) ;now subtract windows above this one
_ClipAbove ;<SM16> FM call the trap instead JSRing
BSR TESTCLIP ;exit if nothing left to paint
;
; draw the structure of the window by calling its window definition procedure
;
MOVE.L A2,A3 ;A3 holds the window
BSR CALLDWINDOW ;call the windowProc to draw it
;
; intersect the window's content region with the clipRgn and possibly erase
; and update that area
;
BSR GETNEWRGN ;allocate a new region handle
MOVE.L (SP)+,A3 ;keep it in A3
;
MOVE.L CONTRGN(A2),-(SP) ;push the content region
MOVE.L D3,-(SP) ;intersect with the clipRgn
MOVE.L A3,-(SP) ;put the result in the tempRgn
_SectRgn ;SectRgn(contRgn,clipRgn,tempRgn)
;
TST.W PAINTWHITE ;should we erase it? <SM16> FM do TST.w not TST.b
BEQ.S SKIPERASE ;if not, skip erasing
BTST #isPixMap,portBits+rowbytes(A2) ; is it a new window? <C687/24Jan87> DAF
BEQ.S @1 ; if zero, then stay in wmgrPort <C687/24Jan87> DAF
MOVE.L wmgrCPort,-(SP) ; in new, so do it in wmgrCPort for full color <C687/24Jan87> DAF
_SetPort ; <C687/24Jan87> DAF
@1
SUBQ #6,SP ; room to save current port rgbBkColor
PEA (SP) ; pointer to saved backcolor
_GetBackColor ; get the rgbColor
MOVE.W #wContentColor,D0 ; get the content color
MOVE.L A2,A0 ; copy the windowptr
BSR SetUpColor ; get a pointer on the stack
_RGBBackColor ; and set it
MOVE.L A3,-(SP) ;push the update area
_EraseRgn ;erase it
PEA (SP) ; push the saved color
_RGBBackColor ; reset the back color
ADDQ #6,SP ; flush the saved color
MOVE.L wmgrPort,-(SP) ; for compatibility, force wmgrPort <C687/24Jan87> DAF
_SetPort ; set it <C687/24Jan87> DAF
;
SkipErase
TST.B SAVEUPDATE ;accumulate the updates?
BEQ.S SKIPUPDATE
MOVE.L UPDATERGN(A2),-(SP) ;push the current update region
MOVE.L A3,-(SP) ;push the clobbered region
MOVE.L UPDATERGN(A2),-(SP) ;result goes in update region
_UnionRgn ;add it to the current update region
;
SkipUpdate
MOVE.L A3,-(SP) ;push tempRgn handle
_DisposRgn ;de-allocate it
BRA PAINTODONE ;all done with paintOne
EndProc
; SetWPClip is a code saving utility used in PaintOne and PaintBehind
SetWPClip Proc Export
Import SetWPort
BSR SETWPORT ;get into the window mgr port
MOVE.L WMGRPORT,A3 ;A3 points to the wmgrPort
MOVE.L CLIPRGN(A3),D3 ;D3 holds wmgrPort^.clipRgn
RTS ;return to caller
EndProc
;
; TestClip is a procedure used to speed things up by not bothering to paint
; windows that wouldn't show anyway. It does this by seeing if the clipRgn
; (passed in D3) is empty. If it is, it pop's the stack and exits PaintOne,
; since the window wouldn't show anyway
;
TestClip Proc Export
Import PaintODone
SUBQ #2,SP ;make room for result
MOVE.L D3,-(SP) ;push the region to be tested
_EmptyRgn ;is it empty?
TST.B (SP)+ ;test result
BNE.S @1 ;if it's empty, go pop stack
RTS ;its not empty, so just return
;
@1 ADDQ #4,SP ;pop off caller's return address
BRA PAINTODONE ;exit immediately
EndProc
;
; PaintDesk is a utility used to paint the desk gray. It clips to every visible window
; and then fills the port with gray. It assumes A3 points to the WMgrPort
;
PaintDesk Proc Export
IF hasDisplayMgrWindows THEN ; We should use the Display Manager desk draw routines
Move.l wmgrCPort,A0 ; switch to the cGrafPort
Move.l clipRgn(A0),-(SP)
_DMDrawDesktopRegion
ELSE
MOVE.L DeskHook,D0 ;user got a deskPaint routine?
BEQ.S NoDeskHook ;if not, paint gray
; a routine is installed in the deskHook so invoke it to do the painting
MOVE.L D0,A0 ;get deskPaint address
MOVEQ #0,D0 ;flag its a paint call
JMP (A0) ;let the user do the painting
NoDeskHook MOVE.L TheZone,-(SP) ; Save the current heap zone <SM16> FM
MOVE.L SysZone,TheZone ; Switch to the system heap in case of pattern expansion <SM16> FM
TST.B pCDeskPat ; test flag to see which to use <C666/22Jan87> DAF
BPL.S @69 ; if <20>, then use binary pat <C666/22Jan87> DAF
SUBQ #8,SP ; make room to save wmgrPort,curHeap <C949/08Nov87> DAF
MOVE.L theZone,4(SP) ; save current heap <C949/08Nov87> DAF
PEA (SP) ; make a pointer to it
_GetPort ; get that address
MOVE.L wmgrCPort,-(SP) ; switch to the cGrafPort
_SetPort
MOVE.L GrayRgn,-(SP) ;PUSH THE DESKTOP REGION <11/9/86 EHB>
MOVE.L DeskCPat,-(SP) ; push the desk ppat
_FillCRgn ; and fill
_SetPort
MOVE.L (SP)+,theZone ; restore theZone <C949/08Nov87> DAF
BRA.S @70 ;
@69
MOVE.L GRAYRGN,-(SP) ;PUSH THE DESKTOP REGION <11/9/86 EHB>
PEA DeskPattern ; push the desk pattern
_FillRgn ; and paint the desktop
@70
MOVE.L (SP)+,TheZone ; Restore the current heap zone <SM16> FM
ENDIF
RTS
EndProc
;
; Utility GetNewRgn:RgnHandle
;
; This short utility is used to save code. It allocates a new region and
; returns its handle on the top of the stack.
;
GetNewRgn Proc Export
SUBQ #4,SP ;make space for result
_NewRgn ;allocate new region
MOVE.L 4(SP),A0 ;get return address
MOVE.L (SP)+,(SP) ;strip it
JMP (A0) ;return to caller
EndProc
;
; PROCEDURE SaveOld(window)
;
; SaveOld saves the parameter window's old structure and content regions
; for the "DrawNew" operation. It must be followed by a call to DrawNew;
; note that they are not nestable.
;
SaveOld Proc Export
Import GetNewRgn
MOVEM.L D3-D4/A2,-(SP) ;save work registers
BSR.S GETNEWRGN ;get "oldStruct" region
MOVE.L (SP)+,D3 ;and keep in D3
BSR.S GETNEWRGN ;get "oldCont" region
MOVE.L (SP)+,D4 ;and keep in D4
;
MOVE.L 16(SP),A2 ;get the window pointer
;
; copy the window's structRgn into oldStruct and its content region into oldCont
;
MOVE.L STRUCTRGN(A2),-(SP) ;push the structure region
MOVE.L D3,-(SP) ;push oldStruct
_CopyRgn ;oldStruct <- structRgn
MOVE.L CONTRGN(A2),-(SP) ;push the content region
MOVE.L D4,-(SP) ;push oldCont
_CopyRgn ;oldCont <- contRgn
;
; update the oldStructure and oldContent globals and return to caller
;
SODone
MOVEM.L D3-D4,OLDSTRUCTURE ;update oldStructure,Content
MOVEM.L (SP)+,D3-D4/A2 ;restore work registers
MOVE.L (SP)+,(SP) ;strip parameter
RTS
EndProc
;
; PROCEDURE DrawNew(window: windowPtr; fUpdate: BOOLEAN);
;
; called after a "SaveOld" call. It updates the area
; clobbered := (oldStruct XOR newStruct) UNION (oldContent XOR newContent)
; If fUpdate is TRUE, updates are accumulated
;
;
DrawNew Proc Export
Export SixBytExit
MOVEM.L D3-D4/A2,-(SP) ;save work registers
MOVE.L 18(SP),A2 ;get the window ptr
MOVEM.L OLDSTRUCTURE,D3-D4 ;get oldStructure,Content
TST.B WVISIBLE(A2) ;is this one visible?
BEQ.S SKIPXOR ;if not, its a waste of time to XOR
;
; compute (oldStruct XOR newStruct) UNION (oldContent XOR newContent)
;
MOVE.L STRUCTRGN(A2),-(SP) ;push newStruct
MOVE.L D3,-(SP) ;push oldStruct
MOVE.L D3,-(SP) ;oldStruct gets the result
_XorRgn
;
MOVE.L CONTRGN(A2),-(SP) ;push newCont
MOVE.L D4,-(SP) ;push oldContent
MOVE.L D4,-(SP) ;oldContent gets the result
_XorRgn
;
SkipXOR
MOVE.L D4,-(SP) ;push oldContent
MOVE.L D3,-(SP) ;push oldStructure
MOVE.L D3,-(SP) ;oldStructure gets result
_UnionRgn ;union them together
;
; now paint the window clipped to the part that changed (the region in D3)
;
MOVE.B 16(SP),SAVEUPDATE ;set update flag according to fUpdate
MOVE.L A2,-(SP) ;push the window
MOVE.L D3,-(SP) ;push clobbered
_PaintOne ;paint the window
ST SAVEUPDATE ;re-enable update accumulation
;
; paint all the windows behind the parameter window as some may have been
; exposed
;
MOVE.L NEXTWINDOW(A2),-(SP) ;start with one immediately behind
MOVE.L D3,-(SP) ;clip to clobbered area
; PaintBehind in DrawNew - since we have done CalcAncestorRgns in _PaintOne, we can do a PaintBehindLite <SM16> FM
move.l ExpandMem,a0 ; <SM16> FM
st ExpandMemRec.ancestorRgnsCalced(a0) ; set the one-shot to keep from recalcing ancestor rgns <SM16> FM
_PaintBehind
MOVE.L A2,-(SP) ;push the parmeter window
MOVE.L D3,-(SP) ;push clobbered
_CalcVBehind ;recalculate visRgns of behind windows
;
; dispose of oldStruct and oldContent regions and return to caller
;
MOVE.L D3,-(SP) ;push oldStructure
_DisposRgn ;dispose of it
MOVE.L D4,-(SP) ;push oldContent
_DisposRgn ;dispose of that one, too
;
MOVEM.L (SP)+,D3-D4/A2 ;restore work registers
SixBytExit
MOVE.L (SP)+,A0 ;get return address
ADDQ #6,SP ;strip stack of 6 parameter bytes
JMP (A0) ;return to caller
EndProc
;
; PROCEDURE ShowHide(window: windowPtr; showFlag: BOOLEAN);
;
; This is the low level routine for showing and hiding windows. It sets the
; visible state of the window according to the value of the showFlag boolean.
; A1 is preserved so ShowWindow and HideWindow can save some code
;
;
ShowHide Proc Export
Import SetWPort
Import CallWCalc
Import RestorePort
Import SixBytExit
IMPORT PreShowHide
IMPORT ptchHMGetBalloons ; <SM18> rb, start
MOVE.L A1,-(SP) ; we have to save this register (Why?, I don't know)
JSR ptchHMGetBalloons ; what is the state of What Is? mode?
BEQ.S @BalloonsOff ; EQ means no, so, let's not do anything.
SUBQ #2,SP ; room for Boolean
_HMIsBalloon ; was there a Balloon up?
TST.B (SP)+
BEQ.S @BalloonsOff ; EQ means no, so, let's exit now
MOVE.L ExpandMem,A0 ; point to the expand mem ptr
MOVE.L ExpandMemRec.emHelpGlobals(A0),A0 ; A0 = global ptr
; note: 10 = 6 + A1 saved on stack
MOVE.L 10(SP),D0 ; get the ShowHide WindowPtr that was passed
CMP.L hmgWindow(A0),D0 ; was it our balloon window?
BEQ.S @BalloonsOff ; yes, ignore _ShowHide calls with the balloon window
MOVE hmgTitleBalloon(A0),D0 ; see if one of the menu bar title balloons was up (<>0)
BNE.S @BalloonsOff ; NE means one was so just exit the patch
TST.B 8(SP) ; true if the window is becoming active
BNE.S @BalloonsOff ; NE means that somebody called ShowHide
; to show a currently showing window
@DifferentLastWindow
SUBQ #2,SP ; remove any balloons that might have been up
_HMRemoveBalloon ; do the remove
ADDQ.L #2,SP ; toss result
@BalloonsOff
MOVE.L (SP)+,A1 ; restore the return address that was in A1
; <SM18> rb, end
MOVEM.L D3-D4/A1/A3,-(SP) ;save work registers
; <SM22> FM roll in patchShowHide from WindowMgrPactches.a
; <SM22> FM
; <SM22> FM ShowHide patch for the Layer Manager
; <SM22> FM PreShowHide fixes up the regions of the windows of the layer to be shown/hidden:
; <SM22> FM If the layer is becoming visible, all the visible windows (determined by the visible flag)
; <SM22> FM will have their structRgn and contRgn recalculated.
; <SM22> FM If the layer is becoming invisble, all the windows will have their structRgn, contRgn and
; <SM22> FM visRgn emptied out.
MOVE.L 22(SP),-(SP) ; <SM22> FM Push the WindowPtr on the stack
MOVE.B 24(SP),-(SP) ; <SM22> FM Push the show/hide flag on the stack <PN><SM20)
jsr PreShowHide ; <SM22> FM fix up regions on Layer Hides/Reveals
MOVE.L 22(SP),A3 ;get the window pointer
MOVE.B 20(SP),D3 ; get showFlag <EHB 28-Oct-85>
MOVE.B WVisible(A3),D0 ; get wvisible flag <EHB 28-Oct-85>
EOR.B D3,D0 ; already in requested state? <EHB 28-Oct-85>
LSR #1,D0 ; only bit 0 is significant <EHB 28-Oct-85>
BCC.S SHDONE ; => same as before <EHB 28-Oct-85>
BSR.S SETWPORT ;get into the wmgrPort
MOVE.L A3,-(SP) ;push window pointer
_SaveOld ;save old state of struct and cont
;
MOVE.B D3,WVISIBLE(A3) ; set new state of visible
BSR CALLWCALC ;recalculate regions
;
MOVE.L A3,-(SP) ;push window
ST -(SP) ;fUpdate = TRUE (accumulate updates)
_DrawNew ;draw the new state
;
BSR.S RESTOREPORT ;restore saved grafPort
TST.B WVisible(A3) ; is this window visible now? <12May87 DAF>
BEQ.S SHDONE ; if not visible, don't activate palette <12May87 DAF>
MOVE.L A3,-(SP) ; push the window pointer <12May87 DAF>
_ActivatePalette ; and activate it
;
SHDone
MOVEM.L (SP)+,D3-D4/A1/A3 ;save work registers
BRA SIXBYTEXIT ;standard exit saves code
EndProc
;
; Utility SetWPort;
;
; SetWPort is a utility used to save code. It gets the current grafPort into
; D4 (for later restoring by RestorePort) and sets the port to the wmgrPort
;
SetWPort Proc Export
MOVE.L grafGlobals(A5),A0 ;get pointer to lisaGraf globals
MOVE.L thePort(A0),D4 ;get the current port
MOVE.L WMgrPort,ThePort(A0) ;push the wmgrPort pointer
RTS
EndProc
;
; Utility RestorePort;
;
; RestorePort is a utility used to save code. It sets the grafPort to
; the window pointer saved in D4.
;
RestorePort Proc Export
MOVE.L D4,-(SP) ;push the old grafPort
GoSetPort
_SetPort ;and set it
RTS
EndProc
;
; PROCEDURE GetWMgrPort(VAR wPort: windowPtr);
;
; access routine that returns pointers to the window manager's port
;
GetWMgrPort Proc Export
BLANKS ON
STRING ASIS
MOVE.L (SP)+,A1 ;get return address
MOVE.L (SP)+,A0 ;get pointer to wmgrPort variable
MOVE.L WMGRPORT,(A0) ;move it in
JMP (A1) ;return to caller
EndProc
;
; PROCEDURE GetCWMgrPort(VAR wPort: windowPtr);
;
; access routine that returns pointers to the window manager's cGrafPort
;
GetCWMgrPort Proc Export
MOVE.L (SP)+,A1 ;get return address
MOVE.L (SP)+,A0 ;get pointer to wmgrPort variable
MOVE.L wmgrCPort,(A0) ;move it in
JMP (A1) ;return to caller
EndProc
;
; Utility AllocPort -- a little utility to save some code
;
; D1 is non-zero to open a color port
;
AllocPort Proc Export
Export AllocP1
Export AllocP2
Export AllocCPort
MOVEQ #PortRec,D0 ;get size of a grafPort <C106 EHB>
MOVEQ #0,D1 ;say it's a black and white port <C106 EHB>
AllocP1 _NewPtr ;allocate the grafPort <C106 EHB>
AllocP2 MOVE.L A0,A3 ;remember it in A3 <C106 EHB>
MOVE.L A0,-(SP) ;push it as parameter to OpenPort <C106 EHB>
TST D1 ;black and white or color? <C106 EHB>
BNE.S AllocCPort ;=>color <C106 EHB>
_OpenPort ;open it <C106 EHB>
RTS ; <C106 EHB>
AllocCPort
_OpenCPort ;open a color port <C106 EHB>
RTS ;and return <C106 EHB>
EndProc
;
; PROCEDURE InitWindowsGuts <SM16> FM
;
; High-level routine to initialize the window world. Will eventually be
; called during SYSINIT but now must be called by the application.
;
; This routine is now called InitWindowsGuts because it is called from the middle <SM16> FM
; of InitLayers to do the low level WindowMgr initialization. <SM16> FM
;
InitWindowsGuts Proc Export
Import AllocPort
Import AllocP1
Import GetNewRgn
Import CalcMBHeight
Import DrawMBar
; Stack Frame definition ; <C203> DAF
LocalVar EQU 0 ; stack frame eliminated <C491/08Dec86> DAF
LINK A6,#LocalVar ; make a stack frame <C203> DAF
MOVEM.L D3-D7/A3-A4,-(SP) ;save work registers
; Added patches: cancel pending PaintBehind; reset alarm parity; and say
; that the window world exists. <EHB 1/23/85>
MOVEQ #7,D0 ; handy bit number <EHB 1/23/85>
BSET D0,DSWndUpdate ; cancel pending PaintBehind <EHB 1/23/85>
BSET D0,AlarmState ; reset alarm parity <EHB 1/23/85>
MOVE.L MinusOne,SaveUpdate ;enable update accumulation and erasing
; set up the deskPattern from Sys.resource
SUBQ #4,SP ;make room for function result
MOVE #deskPatID,-(SP) ;push pattern ID of deskPattern
_GetPattern ;tell resource manager to get it
MOVE.L (SP)+,A0 ;get the pattern handle
MOVE.L (A0),A0 ;get pattern pointer
MOVE.L (A0)+,DeskPattern ;init the deskPattern
MOVE.L (A0),DeskPattern+4 ;don't forget 2nd half of it
TST.B pCDeskPat ; test flag <C725/31Jan87 DAF>
BPL.S @12 ; if hi bit clear, don't load ppat <C725/31Jan87 DAF>
;
; load the DeskCPat from the system if pCDeskPat enabled
; Switch to the system zone temporarily, so that GetPixPat will allocate
; it's private storage on the system heap (it normally allocates on theZone)
;
MOVE.L TheZone,-(SP) ; save it <C666/22Jan87> DAF
MOVE.L SysZone,TheZone ; get the system zone <C666/22Jan87> DAF
MOVE.L DeskCPat,D0 ; get the current pattern <1.3>
BEQ.S @100 ; if NIL, then continue <1.3>
CMP.L MinusOne,D0 ; is it uninitialized? <1.3>
BEQ.S @100 ; if so, then continue <1.3>
MOVE.L D0,-(SP) ; push old pat handle <1.3>
_DisposPixPat ; release it <1.3>
@100
SUBQ #4,SP ; make room for function result
MOVE #deskPatID,-(SP) ; push pattern ID of deskCPat
_GetPixPat ; tell resource manager to get it from system
MOVE.L (SP)+,DeskCPat ; put handle to pattern in lomem <C725/31Jan87 DAF>
BNE.S @30 ; if not present, use binary pat <C725/31Jan87 DAF>
BCLR #7,pCDeskPat ; clear the cDeskPat bit <C725/31Jan87 DAF>
@30
MOVE.L (SP)+,theZone ; restore the app's zone <C666/22Jan87> DAF
@12
;
; allocate and init the window manager's port
;
BSR AllocPort
MOVE.L A3,WMGRPORT ;make it the wmgrPort
;
; also allocate the wmgr COLOR port! ; <C203/06Oct86> DAF
; note that both ports share the same handles to vis & clip regions!
; The other fields should not be changed during normal usage
;
; <13Nov86 EHB> Save visRgn and clipRgn in D6 and D7 for later use
;
MOVE.L A3,A4 ; hold this for a moment <C203/06Oct86> DAF
MOVE.L visRgn(A4),D6 ; deallocate oldport's regions <C203/06Oct86> DAF
MOVE.L clipRgn(A4),D7 ; cGrafPort's regions <C203/06Oct86> DAF
MOVE.L #PortRec,D0 ; get color port size for NewPtr <C203/06Oct86> DAF
MOVEQ #-1,D1 ; non-zero means color port <C203/06Oct86> DAF
BSR AllocP1 ; <C203/06Oct86> DAF
MOVE.L A3,wmgrCPort ; set up lomem <C203/06Oct86> DAF
MOVE.L visRgn(A3),visRgn(A4) ; copy the handles to old port <C203/06Oct86> DAF
MOVE.L clipRgn(A3),clipRgn(A4) ; <C203/06Oct86> DAF
MOVE.L A4,A3
MOVE.L A3,-(SP) ; push the old port
_SetPort ; set it back
; Initialize DeskRgn, the union of all screen devices. Set WmgrPort.VisRgn to DeskRgn.
; The bounding box of DeskRgn region is what we will use to black out the corners.
MOVE.L D7,-(SP) ; push DeskRgn <13Nov86 EHB>
_SetEmptyRgn ; and empty it out <13Nov86 EHB>
MOVE.L DEVICELIST,A4 ; get handle to main screen <13Nov86 EHB>
DoNextDev
MOVE.L (A4),A0 ; point at main screen device <13Nov86 EHB>
TST GDFlags(A0) ; is device active? <C768>
BPL.S @NxtDev ; =>no, try next device <C768>
MOVE.L D6,-(SP) ; push ScreenRgn <13Nov86 EHB>
MOVE.L GDRect+TopLeft(A0),-(SP); push topleft of device's rect <13Nov86 EHB>
MOVE.L GDRect+BotRight(A0),-(SP) ; push botright <13Nov86 EHB>
_SetRecRgn ; get ScreenRgn <13Nov86 EHB>
MOVE.L D6,-(SP) ; push ScreenRgn <13Nov86 EHB>
MOVE.L D7,-(SP) ; push DeskRgn <13Nov86 EHB>
MOVE.L D7,-(SP) ; get result in DeskRgn <13Nov86 EHB>
_UnionRgn ; add screen to desk <13Nov86 EHB>
@NxtDev
MOVE.L (A4),A0 ; point to grafDevice <13Nov86 EHB>
MOVE.L GDNextGD(A0),D0 ; get next grafDevice <13Nov86 EHB>
MOVE.L D0,A4 ; save in A4 <13Nov86 EHB>
BNE.S DoNextDev ; => more devices to do <13Nov86 EHB>
MOVE.L D7,-(SP) ; push the DeskRgn <13Nov86 EHB>
MOVE.L VisRgn(A3),-(SP) ; push the port's visRgn <13Nov86 EHB>
_CopyRgn ; visRgn := DeskRgn <13Nov86 EHB>
IF hasDisplayMgrWindows THEN ; <SM81>
; Now that the WMgr port is initialized, initialize the Display Manager
; We must do this between when the WMgrPort is initialized and when the desktop is drawn
subq.l #2,sp ; init display manager (now that wmgrport is set up)
_DMInitDisplayManager
move.w (sp)+,d0 ; get result
ENDIF
; initialize the screen by drawing the menu bar, blacking out the corners, and then
; filling the rest with the deskPattern.
;
; draw the empty menu bar, leaving the clip region set to the menuBar
_InitMenus ; init the mbar defproc <C168/17Sep86>DAF
JSR CalcMBHeight ; use menu mgr routine to calc new size <EHB 5Aug85>
JSR DrawMBar ; use menu mgr routine to save code
; set TempRect to the DeskRgn's bounding box
MOVE.L D7,A0 ; get deskRgn <13Nov86 EHB>
MOVE.L (A0),A0 ; and point at it <13Nov86 EHB>
LEA RgnBBox(A0),A0 ; point to deskRgn bounding box <13Nov86 EHB>
LEA TempRect,A4 ; get a temp rect
MOVE.L A4,A1 ; get a copy to trash
MOVE.L (A0)+,(A1)+ ; copy the deskRect
MOVE.L (A0),(A1)
; initialize the gray region
BSR GETNEWRGN ; allocate a region
MOVE.L (SP)+,D5 ; keep grayRgn in D5
MOVE.L D5,GRAYRGN ; update grayRgn global
_HidePen ; don't really draw this
_OpenRgn ; start recording a region
; <SM26> CSS Rollin patch from Horror: InitWindowsRgnPatch
; InitWindowsRgnPatch - Decides whether WMgrCPort part of the GrayRgn should be
; round or square. LCD displays have square regions and
; CRT displays have rounded ones.
IF hasPwrControls THEN ; <SM81>
IMPORT LCDScreenChk ; <SM26> CSS
BigJsr LCDScreenChk,a0 ; If we don<6F>t have an LCD screen,
BEQ.S @DoNormalCode ; then just go on.
Move.l A4,-(Sp) ; Push the temp rect.
_FrameRect ; Draw it.
BRA.S @DontRound
@DoNormalCode
ENDIF
MOVE.L A4,-(SP) ; push the temp rect <13Nov86 EHB>
MOVE.L #ScreenRadius,-(SP) ; with rounded corners
_FrameRoundRect ; draw it
@DontRound
; SKH, fixed SM mistake, the grayRgn was not being pushed onto the stack <SM38>
MOVE.L D5,-(SP) ; push the grayRgn
_CloseRgn ; initialize the gray region
_ShowPen ; show the pen again
; subtract the menu bar from the gray region
MOVE.L D5,-(SP) ; push the gray region
MOVE.L ClipRgn(A3),-(SP) ; push the clipRgn (menuBar only)
MOVE.L D5,-(SP) ; grayRgn gets the result
_DiffRgn ; grayRgn := grayRgn - menuBar
; finally intersect the gray region with the deskRegion
MOVE.L D7,-(SP) ; push the deskRgn <13Nov86 EHB>
MOVE.L D5,-(SP) ; push the gray region <13Nov86 EHB>
MOVE.L D5,-(SP) ; get result in gray region <13Nov86 EHB>
_SectRgn
; set the wmgrPort clipRgn to the wide open region
MOVE.L GRAFGLOBALS(A5),A0 ; get grafglobals <13Nov86 EHB>
MOVE.L WIDEOPEN(A0),-(SP) ; push wide open region <13Nov86 EHB>
_SetClip ; set clipRgn to wideopen <13Nov86 EHB>
;<SM26> CSS Rollin patch: InitWIndowsRgnPatch from Horror:
; InitWindowsFramePatch - Decides whether the corners of the screen should be rounded
; or not. LCD displays don<6F>t have rounded corners while CRT
; displays do.
IF hasPwrControls THEN ; <SM26> CSS <SM81>
IMPORT LCDScreenChk ; <SM26> CSS
BigJsr LCDScreenChk,a0 ; do we have an LCD screen? <SM26> CSS
BNE.S @doneRounding ; don't round the corners
ENDIF
; black out the corners of the desk
MOVE.L A4,-(SP) ; push the temp rect
MOVE.L #$FFFDFFFD,-(SP) ; and make it bigger
_InsetRect ; by 3 pixels on each side
MOVE.L #$00030003,-(SP) ; get a wider pen
_PenSize
MOVE.L A4,-(SP) ; push the port rect
MOVE.L #$00160016,-(SP) ; and a radius for nice rounding
_FrameRoundRect ; and black out the corners
_PenNormal ; fix the pen back up
IF hasPwrControls THEN ; <SM26> CSS <SM81>
@doneRounding
ENDIF
IF hasDisplayMgrWindows THEN ;
MOVE.L D5,-(SP) ; push grayRgn <13Nov86 EHB>
_DMDrawDesktopRegion
ELSE
; and paint gray rgn with old or new pattern
MOVE.L D5,-(SP) ; push grayRgn <13Nov86 EHB>
TST.B pCDeskPat ; test flag to see which to use <C666/22Jan87> DAF
BPL.S @UseOldPat ; if hi bit clear, then use binary pat
MOVE.L wmgrCPort,-(SP) ; set the cgrafPort for color patterns
_SetPort ;
MOVE.L DeskCPat,-(SP) ; push the desk PPAT
_FillCRgn ; and fill the gray region
MOVE.L wmgrPort,-(SP) ; restore the wmgrPort
_SetPort ;
BRA.S @DonePat ;
@UseOldPat PEA DeskPattern ; push the desk pattern
_FillRgn ; and paint the desktop <13Nov86 EHB>
@DonePat
ENDIF
; set the wmgrPort clipRgn to the gray region
MOVE.L D5,-(SP) ; push grayRgn
_SetClip ; set clipRgn to grayRgn
; make sure the cursor is visible
_ShowCursor
;
; initialize the window list to empty
;
CLR.L WindowList
;
; set up the AuxWinList ; <C59/30Jun86> DAF
;
MOVE.L #AuxWinSize,D0 ;set up for newHandle <C59/30Jun86> DAF
_NewHandle ,CLEAR ;allocate a new record (init fields to NIL, too) <C59/30Jun86> DAF
MOVE.L A0,A4 ;copy the handle <C59/30Jun86> DAF
_HLock ;lock that bad boy (no BUS ERRORs!) <C491/08Dec86> DAF
MOVE.L A4,AuxWinHead ;set up list head <C59/30Jun86> DAF
MOVE.L (A4),A3 ;get a pointer to the default <C59/30Jun86> DAF
SUBQ #4,SP ;leave room for the function result <C666/22Nov87> DAF
MOVE.L #'wctb',-(SP) ;push the resource type <C666/22Nov87> DAF
CLR.W -(SP) ;get wctb=0 <C666/22Nov87> DAF
_rGetResource ;get from disk or ROM (last) <C666/22Nov87> DAF
@1 MOVE.L (SP)+,awCTable(A3) ;set up the colortable <C666/22Nov87> DAF<1.7>
MOVE.L A4,A0 ;copy the handle to unlock
_HUnlock ;unlock the auxWinRec <C491/08Dec86> DAF
;
; since there's no InitControls, set up the AuxCtlList <C59/30Jun86> DAF
;
MOVE.L #acSize,D0 ;set up for newHandle <C59/30Jun86> DAF<1.7>
_NewHandle ,CLEAR ;allocate a new record (init fields to NIL, too) <C59/30Jun86> DAF
MOVE.L A0,A4 ;copy the handle <C59/30Jun86> DAF
_HLock ;lock it down <C491/08Dec86> DAF
MOVE.L A4,AuxCtlHead ;set up list head <C59/30Jun86> DAF
MOVE.L (A4),A3 ;get a pointer to the default <C59/30Jun86> DAF
SUBQ #4,SP ;leave room for the function result <C666/22Nov87> DAF
MOVE.L #'cctb',-(SP) ;push the resource type <C666/22Nov87> DAF
CLR.W -(SP) ;get cctb=0 <C666/22Nov87> DAF
_rGetResource ;get from disk or ROM (last) <C666/22Nov87> DAF
@2 MOVE.L (SP)+,acCTable(A3) ;set up the colortable <C666/22Nov87> DAF<1.7>
MOVE.L A4,A0 ;copy the handle to unlock
_HUnlock ;unlock the auxCtlRec <C491/08Dec86> DAF
;
; allocate saveVisRgn, a region used to save the visRgn during updates
;
BSR GETNEWRGN ;allocate a region
MOVE.L (SP)+,SAVEVISRGN ;update saveVisRgn global
;
; initialize window manager globals (and desk mgr)
;
CLR.L GhostWindow ;init ghostWindow pointer
LEA CurActivate,A0 ;get address of activate buffer
CLR.L (A0)+ ;clear it
CLR.L (A0)+ ;clear deactivate, too
;
; flag that the window manager has now been initialized
;
CLR.B WWExist ; say the window world exists <1.5> DAF
MOVE.L D6,-(SP) ; dispose of WMGRCPORT visRgn <13Nov86 EHB>
_DisposRgn
MOVE.L D7,-(SP) ; and WMGRCPORT clipRgn <13Nov86 EHB>
_DisposRgn
_InitPalettes ; init palette manager <12May87 DAF>
;
; all done -- restore registers return to caller
;
MOVEM.L (SP)+,D3-D7/A3-A4 ;restore work registers
UNLK A6 ; bag the stack frame <C203> DAF
RTS
EndProc
;----------------------------------------------------------------------------
;
; FUNCTION NewCWindow( wStorage: Ptr;
; pboundsRect: Rect;
; pTitle: String;
; pVisible: BOOLEAN;
; theProc: INTEGER;
; pBehind: WindowPtr;
; pGoAway: BOOLEAN;
; pRefCon: LongInt; ): windowPtr;
;
; Allocates and initializes a new color window, and returns a pointer to it
;
; Roll in new 'NewCWindow' from WindowMgrPatches.a which rewrites the whole thing in C <SM 2><PN>
NEWCWINDOW PROC EXPORT
IMPORT NewWindowCommon ;in layermgr.c <PN>
MOVE.L (SP)+, A0
ST -(SP)
MOVE.L A0, -(SP)
IMPORT NewWindowCommon
JMP NewWindowCommon
ENDPROC
; end roll in
;----------------------------------------------------------------------------
;
; FUNCTION NewWindow( wStorage: Ptr;
; pboundsRect: Rect;
; pTitle: String;
; pVisible: BOOLEAN;
; theProc: INTEGER;
; pBehind: WindowPtr;
; pGoAway: BOOLEAN;
; pRefCon: LongInt; ): windowPtr;
;
; Allocates and initializes a new window, and returns a pointer to it
; Roll in new 'NewWindow' from WindowMgrPatches.a which rewrites the whole thing in C <SM 2><PN>
NewWindow PROC EXPORT
IMPORT NewWindowCommon ;in layermgr.c <PN>
MOVE.L (SP)+, A0
CLR.B -(SP)
MOVE.L A0, -(SP)
JMP NewWindowCommon
ENDPROC
; end roll in
; Utility CancelActivate -- takes a window pointer and checks to see if
; that address is in either the CurActivate or the curDeactive locations.
; If it is, sets the high bit of that address. Has the effect of
; cancelling pending activate events. Trashes A0, D0 and D1.
; Note: patch worked by clearing curActivate or curDeactive. This doesn't work
; because if a window was both curActivate and curDeactive, then both are cleared
; and next GetNextEvent on an activate doesn't set sys<->app bit. Solved by
; cancelling event by setting high bit. See also: fix in DoActivate.
CancelActivate Proc Export
LEA CurActivate,A0 ; check curActivate first <EHB 1/23/85>
MOVE.L A3,D0 ; get window pointer <EHB 1/23/85>
BSR.S @1 ; into D0 <EHB 1/23/85>
ADDQ #4,A0 ; now do curDeactive <EHB 1/23/85>
@1
MOVE.L (A0),D1 ; get current active/deactive ptr <EHB 1/23/85>
EOR.L D0,D1 ; compare addresses <EHB 1/23/85>
AND.L MaskBC,D1 ; minus the high bits <EHB 1/23/85>
BNE.S @2 ; oops, not the same address <EHB 1/23/85>
BSET #7,(A0) ; else cancel the event <EHB 1/23/85>
@2
RTS ; <EHB 1/23/85>
EndProc
;
; PROCEDURE CloseWindow(window);
;
; hides a window, unlinks it from the window list and disposes of all
; the storage it uses except for the window itself.
;
CloseWindowGuts Proc Export
Import SetWPort
Import CancelActivate
Import CallWindow
Import DeleteWindow
Import RestorePort
Import DoActivate
Import __ActiveWindow
MOVEM.L D3-D4/A2/A3,-(SP) ;save working registers <1.4/DAF>
MOVE.L 20(SP),A3 ;get window pointer
BSR SETWPORT ;set the port to the wmgrPort
; Cancel pending activate events. (This cancels activates for DisposeWindow too)
BSR.S CancelActivate ; <EHB 1/23/85>
SUBQ #4,SP ;make room for frontWindow result
JSR __ActiveWindow ; <SM16> FM This was _FrontWindow
; But we need Active window with layers
;
; <SM16> FM Moved the show hide call before the KillControls call
; <SM16> FM Preventing unecessary drawing as controls are disposed.
MOVE.L A3,-(SP) ;push the window
CLR.W -(SP) ;say "Hide"
_ShowHide ;hide the window
;
; dispose of all the controls in the window
;
MOVE.L A3,-(SP) ;push the window ptr
_KillControls ;get rid of them
MOVEQ #WDisposeMsg,D0 ;tell window to dispose of private data
BSR CallWindow ;send window dispose message
;
; dispose of palette, then auxWinRec if present. To do this, do a SetWinColor with the
; request being the default colortable (which deletes the auxWinRec).
; If we are in 24-bit mode, then set the default color table which will delete the auxWinRec and
; color table if it's not a resource. In 32-bit mode, also set the default color table which
; will delete the color table if it's not the default, then remove the auxWinRec upon return.
;
TST PORTBITS+ROWBYTES(A3) ; is it new?
BPL.S @NotNew ; => no
MOVE.L GrafVars(A3),A0 ; get grafVar handle
MOVE.L (A0),A0 ; point at grafVars
MOVE.L PmFgColor(A0),D0 ; is there a palette
BEQ.S @NotNew ; => no
Move.L D0,A0 ; let's use an address register AWC.PB457
Move.L (A0),A0 ; dereference it AWC.PB457
BTst #DisposeBit,pmPrivate(A0) ; should we dispose of it? AWC.PB457
Beq.S @NotNew ; no => the user has to dispose of it AWC.PB457
MOVE.L D0,-(SP) ; else push palette
_DisposePalette ; and dump it
@NotNew
MOVE.L A3,-(SP) ; push handle for SetWinColor later
SUBQ #4+2,SP ; make room for VAR return and boolean func result <1.4/DAF>
CLR.L -(SP) ; push the window pointer
PEA 6(SP) ; push a pointer to the cTabHndl placeholder
_GetAuxWin ; get the default cTabHndl
ADDQ #2,SP ; dump the function result
MOVE.L (SP)+,A0 ; get the default winRec handle
MOVE.L (A0),A0 ; get the default ptr
MOVE.L awCTable(A0),-(SP) ; push default colors hndl <1.7>
TST.B MMU32Bit ; are we in 32-bit mode? <1.4/DAF>
BEQ.S @WinRec24 ; nope, so get rid of it the easy, old-fashioned way <1.4/DAF>
LEA AuxWinHead,A1 ; get the head of the auxWinList (offset is zero so this works!)
@10
MOVE.L (A1),A2 ; get the handle to the auxWinRec
MOVE.L (A2),A0 ; get the pointer to the auxWinRec
CMP.L awOwner(A0),A3 ; is this the one? <1.7>
BEQ.S @20 ; yes, so remove it
LEA awNext(A0),A1 ; get the next one <1.7>
BRA.S @10
@20 MOVE.L awNext(A0),(A1) ; link around the closing window <1.7>
MOVE.L A2,A1 ; copy the dead auxWinRec handle
MOVE.L (A1),A1 ; get a pointer to it
MOVE.L awCTable(A1),D0 ; get the doomed color table handle <1.7>
CMP.L (SP)+,D0 ; does this doomed record have the same color table as the default?
BEQ.S @30 ; if so, then don't delete it
MOVE.L D0,A0 ; get the doomed ctab handle in A0
_HGetState ; get the tag bits of this color table
BTST #resource,D0 ; is the resource bit set?
BNE.S @30 ; if so, don't delete it (it the app's responsibility)
_DisposHandle ; kill the color table
@30
MOVE.L A2,A0 ; release the auxWinRec
_DisposHandle ;
ADDQ #4,SP ; get rid of the extra window pointer pushed above
BRA.S @WinRecDone ;
@WinRec24
_SetWinColor ; set this window's colors to default
@WinRecDone
MOVE.L A3,-(SP) ;push windowPtr
BSR DELETEWINDOW ;splice it out of the list
;
; now that the visual stuffs taken care off, free up the storage of the window
; data structure
;
MOVE.L WTitleHandle(A3),A0 ;get the title string handle
_DisposHandle
MOVE.L StructRgn(A3),-(SP) ;push the structRgn
_DisposRgn ;dispose it
MOVE.L CONTRGN(A3),-(SP) ;push the content region
_DisposRgn ;dispose it
MOVE.L UPDATERGN(A3),-(SP) ;ditto for the update Rgn
_DisposRgn ;dispose it
MOVE.L A3,-(SP) ;push pointer to port
TST portVersion(A3) ; is this a Window or cWindow? <C733/02Feb87> DAF
BPL.S @Old ; if +, then old port <C733/02Feb87> DAF
_CloseCPort ; if cWindow, close cPort <C733/02Feb87> DAF
BRA.S @Dunn ; all done <C733/02Feb87> DAF
@Old
_ClosePort ;deallocate vis and clip
@Dunn ; <C733/02Feb87> DAF
;
MOVE.L windowPic(A3),D0 ;get picture handle
BEQ.S @1 ;if it doesnt have one, skip
MOVE.L D0,-(SP) ;get the picture handle
_KillPicture ;dispose it
@1 CMP.L (SP)+,A3 ;was it the old frontWindow?
BNE.S @2 ;if not, we're done
MOVE.W windowKind(A3),CurDeKind ;get kind of old one
SUBQ #4,SP ;make room for frontWindow result
JSR __ActiveWindow ; <SM16> FM This was _FrontWindow
; But with the Layer manager we
; have to use ActiveWindow to get the
; most truly frontmost window.
BSR DoActivate ;select the new frontWindow
; if thePort was set to the window we just closed, leave it set to the window manager port
@2
CMP.L D4,A3 ; was old grafPort our window? <EHB 31 Jan 85>
BEQ.S StdExitOne ; =>yes, leave ThePort=WmgrPort <EHB 31 Jan 85>
BSR RESTOREPORT ; else restore old grafPort
StdExitOne
MOVEM.L (SP)+,D3-D4/A2/A3 ;restore work registers
MOVE.L (SP)+,(SP) ;strip parameter
RTS
EndProc
; Utility MakeDeactive -- takes a window ptr in D0. It unhilites the window
; and posts the deactivate only if there wasn't one already posted
MakeDeactive Proc Export
MOVE.L D0,-(SP) ;push the window ptr
MOVE.L D0,-(SP) ;push it again for hilite
CLR.W -(SP) ;hilite = false
_HiliteWindow ;unhilite it
MOVE.L (SP)+,D0 ;get window pointer back
TST.L CurDeactive ;is the one in there already?
BGT.S @1 ;if so, dont post it
MOVE.L D0,A0 ;get the window pointer
MOVE.W windowKind(A0),CurDeKind ;get kind of old one
MOVE.L D0,curDeactive ;post the event!
@1
RTS ;return to caller
EndProc
;
; PROCEDURE DisposeWindow(theWindow: windowPtr);
;
; does a close window and then disposes of the window itself -- it assumes
; the window's storage was allocated on the heap
;
DisposeWindow Proc Export
MOVE.L 4(SP),-(SP) ;push "theWindow"
_CloseWindow ;close it <EHB 1/25/85>
MOVE.L (SP)+,A1 ;get the return address
MOVE.L (SP)+,A0 ;get the window
_DisposPtr ;dispose of it
JMP (A1) ;return to caller
EndProc
;
; PROCEDURE ShowWindow(theWindow: windowPtr);
;
; make the parameter window visible (if its not already). Use the "ShowHide"
; utility routine to do the real work. Also, select the window if its
; going to be the top one.
;
ShowWindow Proc Export
MOVE.L WindowList,A0 ;get base of windowList
; in this loop we see if we can find this window before any visible one
SFLoop
TST.B WVisible(A0) ;is this one visible?
BNE.S justShowIt ;if so, we're not frontWindow
CMP.L 4(SP),A0 ;is this one us?
BEQ.S ShowSelect ;if so, better go select it
MOVE.L NextWindow(A0),A0 ;try the next one
MOVE.L A0,D0 ;is it NIL?
BNE.S SFLoop ;if not, try again
; the window isn't before FrontWindow so just show it
JustShowIt
MOVE.L 4(SP),-(SP) ; push the window for the call to ShowHide <SM16> FM
MOVE.B #1,-(SP) ; push TRUE boolean <EHB 28-Oct-85>
_ShowHide ; do it
MOVE.L (SP)+,A0 ; Get return address in A0 <SM16> FM
ADDQ #4,SP ; Nuke the window parameter <SM16> FM
JMP (A0) ; return to caller
; the window we're about to show is the new front window so we better select it
;
ShowSelect
MOVE.L A0,-(SP) ;push it
_SelectWindow ;select it
BRA.S JustShowIt ;go show it, too
EndProc
;
; PROCEDURE HideWindow(theWindow: windowPtr);
;
; make the parameter window invisible (if its not already). Use the "ShowHide"
; utility routine to do the real work. It also does the appropriate SelectWindow
; if the one we're hiding was the front window.
;
HideWindow Proc Export
Import __ActiveWindow
SUBQ #4,SP ;make room for result
JSR __ActiveWindow ;get the frontMost window
MOVE.L 8(SP),-(SP) ;push the window
CLR.W -(SP) ;push FALSE for "hide"
_ShowHide ;hide it
; if the one we hid was the frontWindow, select the new frontWindow
MOVE.L (SP)+,D0 ;get old frontWindow
CMP.L 4(SP),D0 ;is it this one?
BNE.S DoneHide1 ;if not, we're done
; we just hid the frontWindow so call SelectWindow to fix things up
BSR MakeDeactive ;go post the deactivate
SUBQ #4,SP ;make room on stack
JSR __ActiveWindow ;get new frontWindow
MOVE.L (SP),CurActivate ;remember to activate it
BEQ.S DoneH2 ;if none, better not activate
_SelectWindow ;select it
; all done with HideWindow
DoneHide1
MOVE.L (SP)+,(SP) ;strip parameter
RTS ;return to caller
DoneH2
ADDQ #4,SP ;pop off the window
BRA.S DoneHide1 ;use common code
EndProc
;
; FUNCTION GetWRefCon(window):LONGINT
;
; Returns the application-defined reference constant associated with the window
;
GetWRefCon Proc Export
Export GetWCommon
MOVE.W #WRefCon,D1 ;get offset to refCon
GetWCommon MOVE.L (SP)+,A0 ;get return address
MOVE.L (SP)+,A1 ;get the window pointer
MOVE.L 0(A1,D1),(SP) ;pass back the refCon
JMP (A0) ;return to caller
EndProc
;
; PROCEDURE SetWRefCon(window: windowPtr; value: LongInt);
;
; Sets the application-defined reference constant associated with the window
;
SetWRefCon Proc Export
Export SetWCommon
MOVE.W #WRefCon,D1 ;get offset to refCon
SetWCommon
MOVE.L (SP)+,A0 ;get return address
MOVE.L (SP)+,D0 ;get the value
MOVE.L (SP)+,A1 ;get the window pointer
MOVE.L D0,0(A1,D1) ;pass back the refCon
JMP (A0) ;return to caller
EndProc
; PROCEDURE SetWindowPic(window: windowPtr; thePic: PicHandle);
;
; Sets the picture handle of a window
;
SetWindowPic Proc Export
Import SetWCommon
MOVE.W #WindowPic,D1 ;get offset to windowPic
BRA SetWCommon ;use common code
EndProc
;
; FUNCTION GetWindowPic(window):picHandle
;
; Returns the window picture associated with the window
;
GetWindowPic Proc Export
Import GetWCommon
MOVE.W #WindowPic,D1 ;get offset to windowPic
BRA GetWCommon ;use common code
EndProc
;
; PROCEDURE GetWTitle(window: WindowPtr; VAR title: string);
;
; return the title of the window. Make sure we make a copy of the
; string cause it might move around.
;
GetWTitle Proc Export
MOVEM.L (SP)+,D1/A0-A1 ;get return address, stringPtr, windowPtr
MOVE.L WTITLEHANDLE(A1),D0 ;do we have a title <SM37>
BEQ.S @NilTitle ; nope <SM37>
MOVE.L D0,A1 ;get handle of title <SM37>
MOVE.L (A1),A1 ;handle -> pointer
MOVEQ #0,D0
MOVE.B (A1),D0 ;get length of string in bytes
@1 MOVE.B (A1)+,(A0)+ ;move a byte of the string
DBRA D0,@1 ;loop till its moved
BRA.S @Exit ;is this really necessary <SM37>
@NilTitle MOVE.B #0,(A0)+ ;zero length string <SM37>
@Exit MOVE.L D1,A0 ;get return address
JMP (A0) ;all done!
EndProc
;
; PROCEDURE SetWTitle(window: windowPtr; title: String);
;
; set the title of a window, redrawing stuff as necessary
;
SetWTitle Proc Export
Import SetWPort
Import CallWCalc
Import RemoveContent
Import RestorePort
Import TwoParmExit
MOVEM.L D3-D5/A2-A3,-(SP) ;save work registers (push one extra)
MOVE.L 24(SP),D5 ;get title String
MOVE.L 28(SP),A3 ;get the window pointer
BSR SETWPORT ;get into the window manager port
;
MOVE.L StructRgn(A3),A0 ;get the structRgn
_HandToHand ;clone it
MOVE.L A0,D3 ;set clobbered to struct
MOVE.L WTitleHandle(A3),D0 ; test for NIL handle <EHB 11-May-85>
BEQ.S @2 ; dispose region, restore port <EHB 11-May-85>
MOVE.L D0,-(SP) ; else push handle <EHB 11-May-85>
MOVE.L D5,-(SP) ;push pointer to new title
_SetString ;update the window's title
;
SUBQ #2,SP ;make room for stringWidth result
MOVE.L D5,-(SP) ;push newString pointer
_StringWidth ;measure width of new title
MOVE.W (SP)+,WTITLEWIDTH(A3) ;update window's title width
;
BSR CALLWCALC ;invoke the windowProc to calc regions
; if the new region is the same as the old region, then simply paint the
; current window (this is the usual case). Otherwise, redraw all windows.
CLR.W -(SP) ; room for boolean result <EHB 1/23/85>
MOVE.L StructRgn(A3),-(SP) ; compare the new structure <EHB 1/23/85>
MOVE.L D3,-(SP) ; to the old one <EHB 1/23/85>
_EqualRgn ; <EHB 1/23/85>
MOVE.W (SP)+,D0 ; are they equal?? <EHB 1/23/85>
BEQ.S @1 ; no, redraw everything <EHB 1/23/85>
BSR.S RemoveContent ; else remove content from region <EHB 1/23/85>
MOVE.L A3,-(SP) ; and paint the window <EHB 1/23/85>
MOVE.L D3,-(SP) ; with the new structure <EHB 1/23/85>
_PaintOne ; <EHB 1/23/85>
BRA.S @2 ; <EHB 1/23/85>
; compute the union of the old and new structures of the window, subtract
; out the content region, and redraw clipped to that
@1
move.l a3,-(sp) ;<SM16> FM pass the window pointer
_ActivatePalette ;<SM16> FM go tell the Palette Mgr to think about this window
MOVE.L StructRgn(A3),-(SP) ;push new struct
MOVE.L D3,-(SP) ;push old struct
MOVE.L D3,-(SP) ;clobbered gets the result
_UnionRgn ;clobbered = old and new struct
BSR.S RemoveContent ; remove content from region <EHB 1/23/85>
MOVE.L A3,-(SP) ;push the window
MOVE.L D3,-(SP) ;push clobbered
_PaintBehind ;PaintBehind(theWindow,clobbered)
MOVE.L A3,-(SP) ;push the window
MOVE.L D3,-(SP) ;push clobbered
_CalcVBehind ;CalcVBehind(theWindow,clobbered)
;
; all done -- dispose clobbered, restore the port and return to caller
@2
MOVE.L D3,-(SP) ;push clobbered
_DisposRgn ;dispose it
BSR RESTOREPORT ;restore grafPort
MOVEM.L (SP)+,D3-D5/A2-A3 ;restore registers
GoTwoParm
BRA TWOPARMEXIT ;standard exit saves code
EndProc
; Utility PROCEDURE RemoveContent;
;
; This is a code saving utility. It subtracts the content region of
; the window in A3 from the region in D3 and leaves the result in
; the region in D3.
RemoveContent Proc Export
MOVE.L D3,-(SP) ;push clobbered <EHB 1/23/85>
MOVE.L ContRgn(A3),-(SP) ;push content region <EHB 1/23/85>
MOVE.L D3,-(SP) ;clobbered gets the result <EHB 1/23/85>
_DiffRgn ;subtract off the result <EHB 1/23/85>
RTS ; <EHB 1/23/85>
EndProc
;
; Utility FUNCTION DeltaPoint(point1,point2: Point): Point;
;
; DeltaPoint is a code saving utility that computes the difference between
; two LisaGraf points, Result := point1 - point2.
;
DeltaPoint Proc Export
Import TwoParmExit
MOVE 8(SP),D0 ;get point1.v
SUB 4(SP),D0 ;subtract point2.v
MOVE D0,12(SP) ;record result
;
MOVE 10(SP),D0 ;get point1.h
SUB 6(SP),D0 ;subtract point2.h
MOVE D0,14(SP) ;record result
BRA TwoParmExit ;standard exit saves code
EndProc
; MoveGuts is common code shared between MoveWindow and ZoomWindow. It calculates the
; offset from the global point in D0 and the topLeft of the portRect, and offsets the
; portRect and regions by that amount. StructRgn is in A4.
MoveGuts Proc Export
Import PortToBitMap
Import DeltaPoint
Import NegWords
MOVE.L A4,-(SP) ;push structure region
SUBQ #4,SP ;make room for result
MOVE.L D0,-(SP) ;get global place to move to
SUBQ #4,SP ;make room for result
MOVE.L PORTRECT(A3),-(SP) ;get portRect topLeft
MOVE.L A3,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bitMap/pixMap pointer <C106 EHB>
MOVE.L BOUNDS(A0),-(SP) ;push portBounds topLeft <C106 EHB>
BSR.S DeltaPoint ;compute portRect - bounds (global portRect)
BSR.S DeltaPoint ;compute target - current
;
; now offset all the windows' regions
;
MOVE.L (SP),D3 ;remember the offset
_OfsetRgn ;offset the structure
MOVE.L CONTRGN(A3),-(SP)
MOVE.L D3,-(SP)
_OfsetRgn ;offset the content region
MOVE.L UPDATERGN(A3),-(SP)
MOVE.L D3,-(SP)
_OfsetRgn ;offset the update region
MOVE.L A3,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bitMap/pixMap pointer <C106 EHB>
PEA BOUNDS(A0) ;push pointer to port bounds rect <C106 EHB>
MOVE.L D3,-(SP) ;push offset
BSR NEGWORDS ;negate it
_OffsetRect ;offset port bounds rect to new position
RTS ; return to sender...
EndProc
;
; PROCEDURE MoveWindow(window: windowPtr; hGlobal,vGlobal: INTEGER; front:BOOLEAN);
;
; move the position of the window (hGlobal and vGlobal specify the
; new position of topLeft) without changing its size. If the front parameter
; is true, also bring the window to the front
;
MoveWindow Proc Export
Import SetWPort
Import ClipGAbove
Import GetNewRgn
Import MoveGuts
Import SmartMove
Import SelWin1
Import RestorePort
Import TenBytExit
MOVEM.L D3-D6/A3-A4,-(SP) ;save work registers
BSR SETWPORT ;get into the wmgr Port
MOVE.L 34(SP),A3 ;get window ptr
; compute the region that describes the currently visible part of the window
; and keep it in D5
;
BSR ClipGAbove ;clip to windows above us
;
BSR GETNEWRGN ;allocate a new region, keep in A4
MOVE.L (SP)+,D5 ;call it srcRgn and keep in D5
MOVE.L STRUCTRGN(A3),A4 ;get the structure region
MOVE.L A4,-(SP) ;push the structure region
MOVE.L WMGRPORT,A0 ;get the wmgrPort
MOVE.L CLIPRGN(A0),-(SP) ;intersect clipRgn with structRgn
MOVE.L D5,-(SP) ;get result in srcRgn
_SectRgn ;intersect em
;
; remember the old struct
;
MOVE.L A4,A0 ;clone structRgn
_HandToHand ;perform the clone
MOVE.L A0,D6 ;keep in D6
;
; figure out the offsets for moving it
MOVE.L 30(SP),D0 ; pass new topLeft in D0
BSR MoveGuts ; call code shared with ZoomWindow
; if NuMac then clip to windows that don't need to be redrawn
BSR SmartMove ;clip to screens with same color table
MOVE.L D5,-(SP)
MOVE.L D3,-(SP)
_OfsetRgn ;offset visible part of struct
;
; Set up the clipRgn for the blit
;
TST.B 28(SP) ;bring to front flag set?
BEQ.S NoBTF0 ;if not, skip
; Roll in patchSetclip from WindowMgrPatches.a <SM 2><PN>
; Fix MoveWindow so that it calls ClipAbove(WindowList) for the bringToFront case
; _SetClip
;
MOVE.L WindowList, A3 ;else, clipAbove the first window
BSR ClipGAbove ;clip to windows above us
MOVE.L 34(SP),A3 ;get window <PN> <SM12> Test & Adjust to 34(sp)
; end roll -in
NoBTF0
; commented out <C388/09Nov86> DAF
MOVE.L WMGRPORT,A0 ;get wmgrPort
PEA PORTBITS(A0) ;use screen bitmap
MOVE.L (SP),-(SP) ;its the destination, too
MOVE.L D6,A0 ;get src region handle
MOVE.L (A0),A0 ;get pointer
PEA RGNBBOX(A0) ;push pointer to its bounding box
MOVE.L (A4),A0 ;dereference the structRgn
PEA RGNBBOX(A0) ;its the destination box
CLR -(SP) ;mode is srcCopy
MOVE.L D5,-(SP) ;clip to vis part of structRgn
_CopyBits ;do it!
; draw the part of the window we couldn't move -- the part covered by some other
; window or off the screen. Compute the part of the window that needs
; repainting into D5
MOVE.L A4,-(SP) ;push the whole structure
MOVE.L D5,-(SP) ;push the visible part
MOVE.L D5,-(SP) ;result goes in D5
_DiffRgn ;compute invis part of struct
;
; better fix up the ones behind up first to avoid two images
;
MOVE.L NEXTWINDOW(A3),-(SP) ;push next window
MOVE.L D6,-(SP) ;clobbered is old structure
_PaintBehind
;
; bring it to the front if necessary
;
TST.B 28(SP) ;bring to front flag set?
BEQ.S @3 ;if not, skip
MOVE.L A3,-(SP) ;push the window
MOVE.W #$FFFF,DragFlag ;set implicit param to BTF <LW10>
BSR SelWin1 ;bring us to the front
CLR.W DragFlag ;<SM29> CSS
; now we can repaint the clobbered part of the window in its new position
@3 MOVE.L A3,-(SP) ;push the windowPtr
MOVE.L D5,-(SP) ;push clobbered
; PaintOne in MoveWindow - since we have done CalcAncestorRgns in _PaintBehind, we can do a PaintOneLite <SM16> FM
move.l ExpandMem,a0 ; <SM16> FM
st ExpandMemRec.ancestorRgnsCalced(a0) ; set the one-shot to keep from recalcing ancestor rgns <SM16> FM
_PaintOne ;repaint it, clipped to clobbered
;
; better union new and old structRgns for CalcVisBehind clobbered
;
MOVE.L D6,-(SP) ;old struct
MOVE.L A4,-(SP) ;new struct
MOVE.L D6,-(SP) ;old gets result
_UnionRgn ;union them together
;
MOVE.L A3,-(SP) ;push the window
MOVE.L D6,-(SP) ;clobbered is old structure
_CalcVBehind ;recalculate visRgns of those behind
MOVE.L D5,-(SP) ;all done with this region
_DisposRgn ;return to free list
MOVE.L D6,-(SP)
_DisposRgn
MOVE.L A3,-(SP) ;push the window pointer
_ActivatePalette ;and activate the palette
BSR RESTOREPORT ;restore the old grafPort
MOVEM.L (SP)+,D3-D6/A3-A4 ;restore work registers
BRA TenBytExit ;standard exit saves code
EndProc
; Utility SmartMove(srcRgn,offset)
; We only want to blt the parts of the src that are going to screens with the same color
; table as the src. Subtract all other parts from the srcRgn so that they can
; be drawn in response to an update event.
; SrcRgn is in D5. Offset is in D3
SmartMove Proc Export
Import NegWords
MOVEM.L D5-D7/A2-A4,-(SP) ; save work registers
SUBQ #8,SP ; make room for rectangle
MOVE.L SP,A2 ; keep tempRect in A2
SUBQ #8,SP ; make room for 2 region handles
_NewRgn ; allocate tempRgn
MOVE.L (SP)+,D7 ; keep tempRgn in D7
_NewRgn ; allocate rgn for dst screen
MOVE.L (SP)+,D6 ; keep scrnRgn in D6
; check each device to see if src is on that device.
MOVE.L DeviceList,A4 ; keep current device in A4
NxtDev1
MOVE.L (A4),A0 ; point to current device
TST GDFlags(A0) ; is it active?
BPL SkipDev1 ; => no, skip to next device
MOVE.L D7,-(SP) ; push tempRgn
PEA GDRect(A0) ; push rect
_RectRgn ; create a rectangular region
MOVE.L D5,-(SP) ; push srcRgn
MOVE.L D7,-(SP) ; push device's rectangle
MOVE.L D7,-(SP) ; keep intersection in tempRgn
_SectRgn ; get intersection of window with device
CLR.B -(SP) ; prepare for boolean result
MOVE.L D7,-(SP) ; push intersection
_EmptyRgn ; is the result empty?
TST.B (SP)+ ; test result of intersection
BNE SkipDev1 ; => no intersection, we're cool
; got a src device, check all possible dst devices
MOVE.L DeviceList,A3 ; keep current device in A3
NxtDev2
MOVE.L (A3),A0 ; point to current device
TST GDFlags(A0) ; is it active?
BPL.S SkipDev2 ; => no, skip to next device
CMP.L A3,A4 ; does src device = dst device?
BEQ.S SkipDev2 ; => yes, we know the color table matches
; does color table of src device match color table of dst device?
MOVE.L (A4),A1 ; point to source device
MOVE.L GDPMap(A1),A1 ; get handle to src pixMap
MOVE.L (A1),A1 ; point to src pixMap
MOVE.L pmTable(A1),A1 ; get handle to color table
MOVE.L (A1),A1 ; point to color table
MOVE.L ctSeed(A1),D0 ; get color table's seed
MOVE.L GDPMap(A0),A1 ; get handle to dst pixMap
MOVE.L (A1),A1 ; point to dst pixMap
MOVE.L pmTable(A1),A1 ; get handle to color table
MOVE.L (A1),A1 ; point to color table
CMP.L ctSeed(A1),D0 ; are color tables the same?
BEQ.S SkipDev2 ; => yes, blit is fine
; color tables don't match. Calculate the part of the src to be moved to this device (if any)
LEA GDRect(A0),A0 ; get dst deviceRect
MOVE.L A2,A1 ; get tempRect
MOVE.L (A0)+,(A1)+ ; copy topLeft
MOVE.L (A0),(A1) ; copy botRight
MOVE.L A2,-(SP) ; push rectangle
MOVE.L D3,-(SP) ; push offset
BSR NEGWORDS ; negate it
_OffsetRect ; offset by move amount
MOVE.L D6,-(SP) ; push scrnRgn
MOVE.L A2,-(SP) ; push tempRect
_RectRgn ; regionize offset device's rect
MOVE.L D6,-(SP) ; push scrnRgn
MOVE.L D7,-(SP) ; push tempRgn
MOVE.L D6,-(SP) ; get result in scrnRgn
_SectRgn ; get intersection
CLR.B -(SP) ; prepare for boolean result
MOVE.L D6,-(SP) ; push intersection
_EmptyRgn ; is the result empty?
TST.B (SP)+ ; test result of intersection
BNE.S SkipDev2 ; => no intersection, we're cool
; subtract this piece of the src from the srcRgn
MOVE.L D5,-(SP) ; push region being moved
MOVE.L D6,-(SP) ; push part going to bigger screen
MOVE.L D5,-(SP) ; get result as region being moved
_DiffRgn ; srcRgn := srcRgn-scrnRgn
; check next dst device
SkipDev2
MOVE.L (A3),A0 ; point to current device
MOVE.L GDNextGD(A0),D0 ; get next device
MOVE.L D0,A3 ; keep current device in A3
BNE.S NxtDev2 ; =>do next device
; check next src device
SkipDev1
MOVE.L (A4),A0 ; point to current device
MOVE.L GDNextGD(A0),D0 ; get next device
MOVE.L D0,A4 ; keep current device in A4
BNE.S NxtDev1 ; =>do next device
; clean up and return
MOVE.L D6,-(SP) ; push scrn region
_DisposRgn ; dispose of it
MOVE.L D7,-(SP) ; push temp region
_DisposRgn ; dispose of it
ADDQ #8,SP ; strip tempRect
MOVEM.L (SP)+,D5-D7/A2-A4 ; restore work registers
RTS ; and return
EndProc
;
; function GetWVariant ( someWindow : WindowPtr ) : integer;
;
; GetWVariant returns the variant code of the windowRecord pointed at by
; someWindow. The value returned is an integer even though variants
; are currently only 4 bits as word params on the stack are easier to
; handle
;
GetWVariant Proc Export ; <C491/08Dec86> DAF
MOVE.L 4(SP),A1 ; get windowPtr <C591/04Jan86> DAF
TST.B MMU32Bit ; are we running 32-bit? <C666/22Jan87> DAF
BEQ.S @1 ; do it the old way
SUBQ #6,SP ; leave room for result and boolean
MOVE.L A1,-(SP) ; push the windowPtr <C591/04Jan86> DAF
PEA 6(SP) ; point to the result space
_GetAuxWin ; get the window's auxRec
ADDQ #2,SP ; flush the boolean
MOVE.L (SP)+,A0 ; get the auxRec handle
MOVE.L (A0),A0 ; get the auxRec ptr
CLR.W D0 ; clear hi part of register
MOVE.B awFlags(A0),D0 ; get the variant byte <1.7>
BRA.S @2
@1
CLR.W D0 ; clear hi part of register
MOVE.B WindowDef(A1),D0 ; get the variant code
AND.W #$000F,D0 ; trim to 4 bits
@2
MOVE.W D0,8(SP) ; return the result
MOVE.L (SP)+,A0 ; get the return addr <C591/04Jan86> DAF
ADDQ #4,SP ; flush parameter <C591/04Jan86> DAF
JMP (A0) ; return to caller
EndProc
;
; UTILITY CallWindow
;
; This utility is used to save code. It has a register interface:
; A3 holds the window
; D3 holds the parameter
; D0 holds the message
;
; On exit, D0 contains the result parameter
;
CallWindow Proc Export
MOVE.L A4,-(SP) ;save A4 <SM24>
CLR.L -(SP) ;make room for function result
SUBQ #2,SP ;leave space for variant <C491/08Dec86> DAF
MOVE.L A3,-(SP) ;push window pointer
MOVE.W D0,-(SP) ;push message index
MOVE.L D3,-(SP) ;push parameter
SUBQ #2,SP ;make room for function return <C491/08Dec86> DAF
MOVE.L A3,-(SP) ;push window pointer <C491/08Dec86> DAF
_GetWVariant ;get variant code <C491/08Dec86> DAF
MOVE.W (SP)+,10(SP) ;put in placeholder on stack <C491/08Dec86> DAF
MOVE.L WindowDef(A3),A0 ;get proc handle
TST.L (A0) ;has the proc been purged? <C666/21Jan87> DAF
BNE.S @1 ;if we got it, skip
MOVE.L A0,D0 ;clean the handle (historical) <C666/21Jan87> DAF
_StripAddress ;clean the pointer <C491/08Dec86> DAF
MOVE.L D0,-(SP) ;better reload the proc <C491/08Dec86> DAF
_LoadResource ;via the resource manager
TST.L (A0) ;did we get it this time? <C949/08Nov87> DAF
BNE.S @1 ;yup, keep going <C949/08Nov87> DAF
MOVE.W #WDEFnFnd,D0 ;get error code <C949/08Nov87> DAF
_SysError ;and croak <C949/08Nov87> DAF
@1
; Some programmers are pretty slimy and load a WDEF that is empty. They then <LW4> fau
; stuff some code into it. However, since HLOCK does not flush the cache anymore, <LW4> fau
; the code that they stuff into it might not get written back to memory. To solve this, <LW4> fau
; we check here whether the WDEF resource size is less than, say, 32 bytes. If so, we <LW6> chp
; assume that they have already loaded theWDEF and modified it, so we flush the cache <LW4> fau
; for them.
_GetHandleSize ; How big is our WDEF Handle <LW4> fau
cmp.l #32,D0 ; Is it "small" <LW6> chp
bhi.s @RealWDEF ; no, don't flush the cache <LW4> fau
jsr ([jCacheFlush]) ; else, flush the caches. <LW4> fau
@RealWDEF ; <LW4> fau
_HLock ;lock the proc handle <C424/18Nov86> DAF
MOVE.L (A0),A0 ;get the proc pointer <C424/18Nov86> DAF
JSR (A0) ;call it
MOVE.L WindowDef(A3),A0 ;get the proc handle <C424/18Nov86> DAF
_HUnlock ;free the defproc <C424/18Nov86> DAF
MOVE.L (SP)+,D0 ;get the reply
MOVE.L (SP)+,A4 ;restore A4 <SM24>
RTS
EndProc
;
; CALLDWINDOW -- sends a draw message to the window
;
CallDWindow Proc Export
Import CallWindow
MOVEM.L D3,-(SP) ;preserve D3
MOVEQ #0,D3 ;zero D3 (draw all)
MOVEQ #WDrawMsg,D0 ;draw message
BSR.S CallWindow ;call it
MOVE.L (SP)+,D3 ;restore A3
RTS
EndProc
;
; UTILITY CallWCalc -- takes same parameters as call window and issues "calc your regions"
; message to the window if its visible. If the window isn't visible, it sets all the
; regions to empty.
;
CallWCalc Proc Export
Import CallWindow
MOVEQ #WCalcRgnMsg,D0 ;assume its visible
TST.B WVisible(A3) ;is it visible?
;;;; BNE.S CallWindow ;if so, ask the window defProc to do it <C106 EHB>
BEQ.S @1 ;=>if not, empty regions <C106 EHB>
LEA PortBounds(A3),A1 ;get portbounds <C106 EHB>
MOVE.L (A1)+,-(SP) ;save whatever's there <C106 EHB>
MOVE.L (A1)+,-(SP) ; <C106 EHB>
TST PortBits+RowBytes(A3) ;is it a new port <C106 EHB>
BPL.S @0 ;=>no <C106 EHB>
MOVE.L PortBits+BaseAddr(A3),A0 ;get the pixmap <C106 EHB>
MOVE.L (A0),A0 ;point to it <C106 EHB>
MOVE.L Bounds+botRight(A0),-(A1) ; <C106 EHB>
MOVE.L Bounds(A0),-(A1) ;set up bounds <C106 EHB>
@0
BSR CallWindow ;get the defproc to recalc <C106 EHB>
MOVE.L (SP)+,PortBounds+BotRight(A3) ;restore whatever was there <C106 EHB>
MOVE.L (SP)+,PortBounds(A3) ; <C106 EHB>
RTS
@1
;
; the window isn't visible so set its structure, content and visible regions to empty
;
MOVE.L STRUCTRGN(A3),-(SP) ;zero the structure region
_SetEmptyRgn
MOVE.L CONTRGN(A3),-(SP) ;zero the content region
_SetEmptyRgn
MOVE.L VISRGN(A3),-(SP) ;zero the visRgn
_SetEmptyRgn
RTS ;all done with calcRgn
EndProc
;
; PROCEDURE HiliteWindow(window: windowPtr; fHilite: Boolean);
;
; Hilite or unhilite a window, depending on the state of the fHilite
; boolean.
;
HiliteWindow Proc Export
Import SetWPort
Import ClipVStruct
Import CallDWindow
Import RestorePort
Import SixBytExit
MOVEM.L D3-D4/A3-A4,-(SP) ;save work registers
MOVE.L 22(SP),A3 ;get window pointer
MOVE.B 20(SP),D3 ;get fHilite boolean
BSR SETWPORT ;get into the wmgrPort
;
MOVE.B WHilited(A3),D0 ;get current hilite state
EOR D3,D0 ;compare with parameter
LSR #1,D0 ;just consider low bit
BCC.S SWDONE ;if so, nothing more to do
MOVE.B D3,WHILITED(A3) ;set the new state of the window
;
BSR.S ClipVStruct ;clip to windows above us
BSR CALLDWINDOW ;invoke the windowProc to draw it
;
SWDone
BSR RESTOREPORT ;restore old grafPort
MOVEM.L (SP)+,D3-D4/A3-A4 ;restore work registers
BRA SIXBYTEXIT ;standard exit saves code
EndProc
;
; ClipVStruct and ClipGAbove are code saving utilities that set the clipping region to
; exclude the windows above the on in A3. ClipVStruct also clips to the window's
; structure while ClipGAbove uses the gray region (the desk) instead
;
ClipVStruct Proc Export
Export ClipGAbove
MOVE.L StructRgn(A3),-(SP) ;push the structure
ClipCommon
_SetClip ;clip to it
MOVE.L A3,-(SP) ;push the window
_ClipAbove ;clipAbove does all the real work
RTS
;
ClipGAbove MOVE.L GrayRgn,-(SP) ;push the gray region
BRA.S ClipCommon ;let common code do the rest
EndProc
;
; PROCEDURE SizeWindow(window: WindowPtr; w,h: INTEGER; fUpdate: BOOLEAN);
;
; Change the size of the window to the width/height specified by w,h. If
; fUpdate is TRUE, generate the appropriate update events
;
TitleLeft EQU 32
SizeWindow Proc Export
Import SizeGuts
Import SetWPort
Export TenBytExit
MOVEM.L D3-D4/A3-A4,-(SP) ;save work registers
MOVE.L 22(SP),D3 ;w and h = 0? (get width, too)
BEQ.S SizeDone ;if so, don't do anything
MOVE.L 26(SP),A3 ;get the window pointer
MOVE 22(SP),D4 ;get the new height (already got width)
LEA PORTRECT(A3),A4 ;get a pointer to the portRect
ADD (A4)+,D4 ;bottom := top + height
ADD (A4)+,D3 ;right := left + width
MOVE.W D4,(A4)+ ;update bottom
MOVE.W D3,(A4)+ ;update width
;
; now that the portRect is set to the new size. Update the screen if necessary
;
TST.B WVISIBLE(A3) ;is the window visible?
BEQ.S SIZEDONE ;if so, we're done
BSR SETWPORT ;get into the window manager port
MOVE.L A3,-(SP) ;push the window pointer
_SaveOld ;SaveOld(window)
MOVE.B 20(SP),D3 ; pass update flag in D3 <9 Sep 85>
BSR.S SizeGuts ; call code shared with zoomWindow
MOVE.L A3,-(SP) ; push the window pointer <12May87 DAF>
_ActivatePalette ; and activate it's palette <12May87 DAF>
SizeDone
MOVEM.L (SP)+,D3-D4/A3-A4 ;recover registers
TenBytExit
MOVE.L (SP)+,A0 ;get return address
ADD #10,SP ;pop off the paramters
JMP (A0) ;return to caller
EndProc
; SizeGuts is code shared between SizeWindow and ZoomWindow. The window's (A3) old
; regions have been saved by _SaveOld. This calculates the new regions and then
; draws the new window, updating the clobbered regions as necessary, and generating
; update events if D3 is TRUE. Before exiting, it gets out of the window manager port
; and back into the port saved in D4.
SizeGuts Proc Export
Import CallWCalc
Import ClipVStruct
Import CallDWindow
Import RestorePort
BSR CALLWCALC ; have window recalc its regions
BSR ClipVStruct ; clip to those above us
BSR CALLDWINDOW ; tell window to draw itself
MOVE.L A3,-(SP) ; push pointer to window
MOVE.B D3,-(SP) ; push update flag
_DrawNew ; update the screen image
BSR RESTOREPORT ; restore the port in D4
RTS
EndProc
; PROCEDURE ZoomWindow(window: windowPtr; partCode: Integer; front: BOOLEAN);
; 36 34 32
; ZoomWindow handles resizing the window in response to a click in the zoom box.
; It is usually called when the FindWindow classification code is "inZoomIn" or
; "inZoomOut". It resizes the window, leaving the local coordinates of the topLeft
; of the portRect unchanged (thus PortBounds are changed). It does not bring the
; window to the front.
; NOTE: This routine can only be called for window variation code 8 (hasZoomBox) or
; it will dereference bogus data from the wDataHandle. Also no provisions are made
; for the zooming of invisible windows.
ZoomWindow Proc Export
Import SetWPort
Import CallWCalc
Import MoveGuts
Import SizeGuts
Import SelWin1
Import TwoParmExit
MOVEM.L D3-D6/A2-A4,-(SP) ; save work registers
BSR SETWPORT ; get into window manager port (save old in D4)
MOVE.L 36(SP),A3 ; A3 = window pointer <EHB 03Nov85>
BSR CALLWCALC ; have window recalc its regions <EHB 29Aug85>
; this saves current size too <EHB 29Aug85>
MOVE.L A3,-(SP) ; push window pointer
_SaveOld ; save current structure & content regions
; DrawNew called by SizeGuts
MOVE.L wDataHandle(A3),A2 ; get the data handle
MOVE.L (A2),A2 ; and point to the data (smallSize,bigSize:Rect)
CMPI.W #inZoomIn,34(SP) ; was it zoom in?
BEQ.S @1 ; => yes, A2 points to smallSize
ADDQ #8,A2 ; else point A2 to bigSize
@1
MOVE.L StructRgn(A3),A4 ; get structure region into A4
MOVE.L (A2)+,D0 ; get new topLeft for common code
BSR MoveGuts ; share code with MoveWindow
; calculate new botRight by adding width and height to new topLeft
MOVE.W (A2)+,D0 ; get bottom of new rect
MOVE.W (A2)+,D1 ; get right of new rect
SUBQ #8,A2 ; rewind to beginning of rect
SUB.W (A2)+,D0 ; D0 = height
SUB.W (A2)+,D1 ; D1 = width
LEA PortRect(A3),A0 ; update portRect with new botRight
ADD.W (A0)+,D0 ; D0 = new bottom
ADD.W (A0)+,D1 ; D1 = new right
MOVE.W D0,(A0)+ ; set bottom
MOVE.W D1,(A0)+ ; set right
; call code that is shared with SizeWindow to recalculate and draw
; SizeGuts calls CALLWCALC which causes the window's position to be updated
MOVEQ #1,D3 ; pass update flag in D3
BSR.S SizeGuts ; share code with SizeWindow
TST.B 32(SP) ; bring to front flag set? <EHB 29Aug85>
BEQ.S @2 ; => no <EHB 29Aug85>
MOVE.L A3,-(SP) ; push the window <EHB 29Aug85>
MOVE.W #$FFFF,DragFlag ; bring to front <EHB 29Aug85><LW10>
BSR SelWin1 ; and select the window <EHB 29Aug85>
CLR.W DragFlag ; <SM29> CSS
@2
PEA PortRect(A3) ; invalidate the entire portRect
_InvalRect
MOVEM.L (SP)+,D3-D6/A2-A4 ; restore registers
BRA TwoParmExit ; and return
EndProc
;
; FUNCTION TrackGoAway(window: windowPtr; thePt: Point): BOOLEAN;
;
; TrackGoAway tracks a window's go away button. It is usually called when the
; FindWindow classification code is "inGoAway". The point parameter is usually
; the mousePoint attached with the mouseDown event (in global coordinates).
; TrackGoAway hilites/unhilites the go away button and returns true if the mouse
; went up in the goAway button and false otherwise.
;
TrackGoAway Proc Export
Import SetWPort
Import ClipVStruct
Import CallWindow
Import EORSymbol
Import CallDragHook
Import RestorePort
Import TenBytExit
Export TrackBox
MOVE.L (SP)+,A0 ; get RTS
MOVE.W #wInGoAway+2,-(SP) ; push "part code" to track
MOVE.L A0,-(SP) ; put RTS back
; FUNCTION TrackBox(window: windowPtr; thePt: Point; partCode: INTEGER): BOOLEAN;
; 14 10 8 18
;
; TrackBox tracks the part specified by partcode. It is used to track both the goAway
; box and the zoom box. TrackBox calls the defProc to hilite/unhilite the specified part
; and returns true if the mouse is released in the specified part. Keeps part in D6.
TrackBox
LINK A6,#-4 ;build a stack frame
MOVEM.L D3-D6/A3,-(SP) ;save some registers
BSR SetWPort ;remember old grafPort and set wmgrPort
LEA 8(A6),A0 ;get param addr in register
MOVE.W (A0)+,D6 ; keep part code in D6
SUBQ #2,D6 ; map to hit-test part number
MOVE.L (A0)+,-4(A6) ;init mousePt
MOVE.L (A0)+,A3 ;get the window
CLR.W (A0) ;assume result false
MOVEQ #0,D5 ;flag goAway button as un-hilited
BSR ClipVStruct ;clip to those above us
TrackGALoop
MOVEQ #WHitMsg,D0 ;its a hit-test message
MOVE.L -4(A6),D3 ;get the mouse point
BSR CallWindow ;tell window to hit test itself
CMP D6,D0 ; check the returned part
BEQ.S @1 ; if not our part, make it 0
MOVEQ #0,D0 ; otherwise, its zero
@1 CMP D0,D5 ;has it changed?
BEQ.S NextTrkGA ;if not, nothing to do
MOVE D0,D5 ;remember the change
BSR.S EORSymbol ;and reflect it on the screen
; keep tracking until the mouse goes up
NextTrkGA
PEA -4(A6) ;push mouse address
_GetMouse ;read the mouse
; call the users hook routine, if installed
BSR CallDragHook ;call user if installed
; loop till the mouse button goes up
CLR.W -(SP) ;make room for result
_WaitMouseUp ;is it still down?
TST.B (SP)+ ;well, is it?
BNE.S TrackGALoop ;if so, continue to loop
;
; the mouse button went up so flag the result and unhilite it if we have to
;
TST D5 ;were we in the button?
BEQ.S DoneGA ;if not, we're done
ADDQ.B #1,18(A6) ;flag it true, we're in the button
BSR.S EORSymbol ;unhilite the symbol
DoneGA
BSR RestorePort ;restore grafPort
MOVEM.L (SP)+,D3-D6/A3 ;restore work registers
UNLK A6
BRA TenBytExit
EndProc
;
; EORSymbol is a utility that exclusive ors the goAway button into the proper
; hilite state by invoking the windowProc to do the dirty work.
;
EORSymbol Proc Export
Import CallWindow
MOVEQ #WDrawMsg,D0 ;the message is draw
MOVEQ #0,D3 ; the param to the window defproc is a long <v1.6>
; so make sure that this word param has a
; clean hi word.
MOVE D6,D3 ; param is "GoAway"
BSR CallWindow ;call the window
RTS
EndProc
;
; PROCEDURE SelectWindow(theWindow: windowPtr);
;
; SelectWindow is called when the mouse button is clicked in a "behind"
; window. It unHilites the current FrontWindow, brings the new one to
; the front and then hilites it. It also posts activate/deactivate events.
; "DoActivate" is an alternative entry point that doesn't bother with the
; old top window at all.
;
SelectWindow Proc Export
Import BTF1
Import MakeDeactive
Import __ActiveWindow
Export SelWin1
Export DoActivate
CLR.W DragFlag ;clear implicit parm to BTF <LW10>
SelWin1
SUBQ #4,SP ;make room for FrontWindow result
JSR __ActiveWindow ;find out the old frontWindow <SM16> FM use ActiveWindow
MOVE.L 8(SP),-(SP) ;push the new window
JSR BTF1 ;bring it to the front
; We used to just assume that the BTF1 call made us the front window. When the <SM16> FM
; Layer manager was introduced they started checking which widnow ended up in front <SM16> FM
; after the BTF1 call with a call to __ActiveWindow. <SM16> FM
MOVE.L 8(SP),A0 ;get the window in A0
MOVE.B wVisible(A0),-(SP) ;save visible on stack
ST.B wVisible(A0) ;make it appear visible for ActiveWindow
SUBQ.L #4,SP ;Get the new frontwindow. This seems uncecessary <SM16> FM
JSR __ActiveWindow ;but thats the way the patch worked. <SM16> FM
MOVE.L 14(SP),A0 ;get the window in A0
MOVE.B 4(SP),wVisible(A0) ;restore wVisible
MOVE.L (SP)+,10(SP) ;its a side affect of layers. <SM16> FM
ADDQ #2,SP ; clear saved visible flag off the stack
MOVE.L (SP)+,D0 ;get the oldFrontWindow
BEQ.S DoActivate ;if NIL, don't bother
CMP.L 4(SP),D0 ;is it the same one?
BEQ.S SkipUnHilite ;if so, dont post events
JSR MakeDeactive ;go post the deactivate
; Note: Move D0 to curActivate before checking for window to activate. This clears
; curActivate if there are no (visible) windows left. <EHB 1/23/85>
DoActivate
MOVE.L 4(SP),D0 ;get the window to activate
MOVE.L D0,curActivate ;post the activate event <EHB 1/23/85>
BEQ.S NoActivate ;if none, skip <EHB 1/23/85>
SkipUnHilite
MOVE.L D0,-(SP) ;push the new window for HiliteWindow <12May87 DAF>
MOVE.L (SP),-(SP) ;copy it for ActivatePalette (actually HiliteWindow) <12May87 DAF>
ST -(SP) ;push "TRUE"
_HiliteWindow ;hilite the new one
_ActivatePalette ;activate its palette <12May87 DAF>
NoActivate MOVE.L (SP)+,(SP) ;strip the parameter
RTS ;return to caller
EndProc
;
; PROCEDURE BringToFront(window);
;
; bring the parameter window to the front of the list (right after the
; dialogWindow).
;
BLANKS ON
STRING ASIS
BringToFront Proc Export
Import SetWPort
Import GetNewRgn
Import PortToBitMap
Import NegWords
Import DeleteWindow
Import RestorePort
Export BTF1
CLR.W DragFlag ;we want to paint <LW10>
BTF1 MOVEM.L D3-D6/A2-A4,-(SP) ;save some work registers
MOVE.L 32(SP),A3 ;get the window pointer
BSR SETWPORT ;get into the wmgr port
LEA WindowList,A2 ;keep windowList ptr in A2
;
; check to see if its already on front -- if so, ignore the call
;
CMP.L (A2),A3 ;is it the front one?
BEQ BTFDone ;if so, we're done <27oct85> BBM
;
; calculate the union of all windows in front of us and then subtract this
; window from everyone who used to be on front
;
BSR GETNEWRGN ;allocate "clobbered" region
MOVE.L (SP)+,D3 ;keep clobbered in D3
MOVE.L (A2),A4 ;start with 1st window in list
BTFLoop
CMP.L A3,A4 ;done yet?
BEQ.S DONEUNION ;if so, exit loop
TST.B WVISIBLE(A4) ;is current one visible
BEQ.S NEXTBTF ;if not, don't bother unioning
;
MOVE.L A4,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bit/pixmap pointer <C106 EHB>
MOVE.L BOUNDS(A0),D6 ;get global topLeft of curWindow <C106 EHB>
MOVE.L VISRGN(A4),D5 ;get visRgn handle of curWindow
;
; offset the visRgn of current window to global coordinates, subtract the
; structRgn of the parameter window, then offset back to local coordinates
;
MOVE.L D5,-(SP) ;push the visRgn
MOVE.L D6,-(SP) ;push the offset point
BSR NEGWORDS ;negate offset
_OfsetRgn ;offset to global coordinates
;
MOVE.L D5,-(SP) ;push the visRgn
MOVE.L STRUCTRGN(A3),-(SP) ;push the theWindow^.structRgn
MOVE.L D5,-(SP) ;result goes in visRgn
_DiffRgn ;visRgn := visRgn - structRgn
;
MOVE.L D5,-(SP) ;push the visRgn
MOVE.L D6,-(SP) ;push the offset
_OfsetRgn ;back to local coordinates
;
; add the structRgn of the current window to clobbered
;
MOVE.L STRUCTRGN(A4),-(SP) ;push curWindow^.structRgn
MOVE.L D3,-(SP) ;push clobbered
MOVE.L D3,-(SP) ;clobbered gets the result
_UnionRgn ;clobbered := clobbered + structRgn
NextBTF
MOVE.L NEXTWINDOW(A4),A4 ;get next window
MOVE.L A4,D0 ;is it NIL?
BNE.S BTFLOOP ;loop till done
;
; now that we have clobbered built, splice the window out of the list, insert it
; right behind the dialogWindow (i.e., the "front") and recalculate its visRgn
;
DoneUnion
MOVE.L A3,-(SP) ;push the window
BSR DELETEWINDOW ;splice it out of the list
;
; insert window as first one in list
;
MOVE.L (A2),NextWindow(A3)
MOVE.L A3,(A2)
;
; redraw the window, clipped to the union of those in front of it
;
TST.W DragFlag ;test if from MoveOptimized <LW10>
BNE.S DontPaint ;if so, we're done
MOVE.L STRUCTRGN(A3),-(SP) ;push the structRgn of window
MOVE.L D3,-(SP) ;push clobbered
MOVE.L D3,-(SP) ;clobbered gets the result
_SectRgn ;make clobbered as small as we can
MOVE.L A3,-(SP) ;push the window pointer
MOVE.L D3,-(SP) ;push clobbered
; No need to calculate structure regions in the bring to front case because the window isn't moving <SM16> FM
move.l ExpandMem,a0 ;<SM16> FM
st ExpandMemRec.ancestorRgnsCalced(a0) ; set the one-shot to keep from recalcing ancestor rgns
_PaintOne ;paint the window, clipped to clobbered
DontPaint
; Use CalcVBehind instead of CalcVis because of layers. <SM16> FM
MOVE.L A3,-(SP) ;push the window <SM16> FM
MOVE.L STRUCTRGN(A3),-(SP) ;for now, everything's clobbered <SM16> FM
_CalcVBehind ;recalculate its visible region <SM16> FM
MOVE.L D3,-(SP) ;all done with clobbered region
_DisposRgn ;so we can dispose it
BTFDone
BSR RESTOREPORT ;set port back to what it was (was .S) <DAF 08-Apr-86>
MOVEM.L (SP)+,D3-D6/A2-A4 ;restore working registers
MOVE.L (SP)+,(SP) ;strip parameter
RTS ;return to caller
EndProc
;
; NEGWORDS is a short utility intended to save code. It negates the two words on the
; top of the stack
;
NegWords Proc Export
NEG 4(SP) ;negate y coordinate
NEG 6(SP) ;negate x coordinate
RTS
EndProc
;
; PROCEDURE SendBehind(window,behind: windowPtr)
;
; send a window behind another window, redrawing all exposed areas. If
; behind is NIL, send it to the back
;
; If SendBehind is actually moving a window to the front, we should paint starting with the window
; that ends up behind the window we are moving instead of the window that was behind it before we
; moved anything. To do this, we get the new <20>behind<6E> window in A3, and then look through the list.
; If we never see that window in A3, then we know we should start painting there, but if we do see
; it, then we use the old code which paints from the old front window.
SendBehind Proc Export
Import SetWPort
Import DeleteWindow
Import InsertWindow
Import RestorePort
Import TwoParmExit
Import __ActiveWindow
MOVEM.L D3-D4/A2-A4,-(SP) ;save work registers
MOVE.L 28(SP),A3 ;get window pointer
BSR SETWPORT ;get into the window mgr port
;
SUBQ #4,SP ;make room for result
JSR __ActiveWindow ;figure out the frontmost window
CMP.L (SP)+,A3 ;is it this one?
BNE.S GoSendIt
;
; we're sending the frontMost window behind so go find the next visible window
; in the list and select it
;
MOVE.L A3,A0 ;get frontWindow in A0
@1 MOVE.L NextWindow(A0),A0 ;get the next window
MOVE.L A0,D0 ;is it NIL?
BEQ.S GoSendIt ;if so, dont call selectWindow
TST.B WVisible(A0) ;is it visible?
BEQ.S @1 ;if not, loop till we find one
MOVE.L A0,-(SP) ;we found one!
_SelectWindow ;select it
GoSendIt
MOVE.L A3,-(SP) ;push the window
BSR DELETEWINDOW ;splice it out of the list
MOVE.L STRUCTRGN(A3),D3 ;get its structRgn into a register
MOVE.L NEXTWINDOW(A3),-(SP) ;save the window currently behind the one we're moving
MOVE.L A3,-(SP) ;push the window
MOVE.L 32(SP),-(SP) ;push behind
BSR INSERTWINDOW ;insert it at the end of the list
; Check is the window moved forward or backward in the list.
move.l (sp),d0 ; get the window that WAS behind the window we moved
bra.s @start ; start with the NIL check
@loop
cmp.l d0,a3 ; if we find the window that is behind <34><35>
beq MovedBack ; we are moving window to the back
move.l d0,a0
move.l nextWindow(a0),d0
@start
bne.s @loop ; if we have another window, go looping
; Since we moved the window forward, nothing needs to be repainted except for the window we
; moved, which may now be exposed more. First, we calculate the visRgns of the moved window and all
; the windows behind it using CalcVBehind and the strucRgn of the moved window. Then, we figure out
; what part of the window was exposed by adding up all the strucRgns of the windows that it was
; moved in front of. We then use PaintOne to paint the window, but we set the flag that prevents
; CalcAncestorRgns, since this can never change the total region of windows in the layer.
MovedForward
move.l (sp)+,a4 ; save old behind window in non-volatile register
move.l a3,-(sp) ; calc the windows behind me
move.l d3,-(sp)
_CalcVBehind
; Union strucRgns of all windows that used to be in front of the window that moved,
; but are now behind it. We can find these windows by starting behind where the
; window is now, and stopping when we get where it was before it moved.
move.l nextWindow(a3),d0 ; start behind us
beq.s Done ; if nothing is behind us, we are done
move.l d0,a2 ; start with this window
subq #4,sp
_NewRgn
move.l (sp)+,d3 ; get a new region for unioning
@loop2
cmp.l a2,a4 ; check if we are done yet <36><39>
beq.s @doneUnionRgns ; if done => exit loop <39>
move.l structRgn(a2),-(sp) ; get the strucRgn
move.l d3,-(sp) ; union with our region
move.l d3,-(sp) ; destination in our region
_UnionRgn
move.l nextWindow(a2),a2 ; move to next window (will never be NIL before the end)
bra.s @loop2 ; <39>
@doneUnionRgns ; <39>
; Now we have a region including all windows that used to cover the window that
; moved but don<6F>t cover it any more. By calling PaintOne with this region, we redraw
; only the newly revealed part of the window that moved.
move.l a3,-(sp)
move.l d3,-(sp) ; paint the newly exposed part of the moved window
move.l ExpandMem,a0
st ExpandMemRec.ancestorRgnsCalced(a0) ; set the one-shot to keep from recalcing ancestor rgns
_PaintOne
move.l d3,-(sp)
_DisposeRgn ; get rid of that region
Done
bra Exit ;standard exit to save code
; Moved the window backwards in the list. This is the old SendBehind code mostly
MovedBack
move.l (sp),-(sp) ;2 copies for the next two calls<6C>
MOVE.L D3,-(SP) ;push the structRgn
_CalcVBehind ;recalc the visRgns of guys below
MOVE.L D3,-(SP) ;push the structRgn
_PaintBehind ;redraw guys below us
;
Exit BSR RestorePort ;restore the users port
MOVEM.L (SP)+,D3-D4/A2-A4 ;restore registers
BRA TwoParmExit ;standard exit to save code
EndProc
;
; PROCEDURE BeginUpdate(window: windowPtr);
;
; prepare a window for updating by saving its visRgn and then intersecting it
; with its update region. Remember the visRgn in global coordinates in case
; the user calls SetOrigin before calling EndUpdate.
;
BeginUpdate Proc Export
Import PortToBitMap
Import NegWords
IMPORT BeginUpdateOfLayersChildren
MOVEM.L D3-D4/A3,-(SP) ;save working registers
MOVE.L 16(SP),A3 ;get the windowPtr
MOVE.L A3,WMgrUpdate ; Copy the window pointer to a safe place.<SM16> FM
MOVE.L A3,-(SP) ; Check is this window is a layer <SM16> FM
JSR BeginUpdateOfLayersChildren ; And update its children if so<73> <SM16> FM
MOVE.L A3,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bit/pixmap pointer <C106 EHB>
MOVE.L BOUNDS(A0),D3 ;get dh,dv (topLeft of boundsRect) <C106 EHB>
MOVE.L VISRGN(A3),D4 ;get the window's visRgn
;
MOVE.L D4,-(SP) ;push the visRgn
MOVE.L D3,-(SP) ;push dh,dv
BSR NEGWORDS ;negate offset (local -> global)
_OfsetRgn ;offset visRgn to global
;
; copy global version of visRgn into saveVisRgn
;
MOVE.L D4,-(SP) ;push visRgn
MOVE.L SAVEVISRGN,-(SP) ;make a copy of the visRgn
_CopyRgn ;in saveVisRgn
;
MOVE.L D4,-(SP) ;push visRgn
MOVE.L UPDATERGN(A3),-(SP) ;push the update region
MOVE.L D4,-(SP) ;the visRgn gets the result
_SectRgn ;intersect visRgn and updateRgn
;
MOVE.L D4,-(SP) ;push visRgn
MOVE.L D3,-(SP) ;push dh,dv
_OfsetRgn ;convert visRgn back to local
;
MOVE.L UPDATERGN(A3),-(SP) ;zero out the update region
_SetEmptyRgn ;zero it
; this was STDEXITONE ; <DAF>
MOVEM.L (SP)+,D3-D4/A3 ;restore work registers
MOVE.L (SP)+,(SP) ;strip parameter
RTS
;
; PROCEDURE EndUpdate(window: windowPtr);
;
; EndUpdate is called by an application after completing an update to restore
; the window's visRgn back to normal
;
EndUpdate Proc Export
Import PortToBitMap
Import __CalcVis
; We should make sure that this endupdate call matches the BeginUpdate <SM16> FM
; Check WMgrUpdate to do this<69> <SM16> FM
MOVE.L WMgrUpdate, D0
CMP.L 4(SP), D0 ; Is it the right window?
BEQ.S @gotRightWindow ; Just CalcVis if not.
JMP __CalcVis ; exit now!
@gotRightWindow
CLR.L WMgrUpdate ; Clear the global.
MOVE.L A3,-(SP) ;save work register
MOVE.L 8(SP),A3 ;get the windowPtr
MOVE.L SAVEVISRGN,-(SP) ;push saved visRgn handle
MOVE.L (SP),-(SP) ;make a copy for later
MOVE.L (SP),-(SP) ;and another one
;
; offset global visRgn back to local
;
MOVE.L A3,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bit/pixmap pointer <C106 EHB>
MOVE.L BOUNDS(A0),-(SP) ;push port.portBits.topLeft <C106 EHB>
_OfsetRgn ;global -> local
;
MOVE.L VISRGN(A3),-(SP) ;push current visRgn handle
_CopyRgn ;restore window's real visRgn
;
_SetEmptyRgn ;make saveVisRgn small to save space
;
MOVE.L (SP)+,A3 ;restore work register
MOVE.L (SP)+,(SP) ;strip parameter
RTS ;return to caller
EndProc
;
; PROCEDURE DragWindow(window: windowPtr; startPt: Point; boundsRect: Rect);
;
; Drag a gray outline of a window around, tracking the mouse until the button goes up.
; Then use MoveWindow to move it to its new location
;
myKeyMap EQU -36 ;place to hold keyMap
WindowBounds EQU -16 ;rectangle for bounds when dragging
WindowFiller EQU -8 ;for historical reasons
DragWindow Proc Export
Import SetWPort
Import ClipGAbove
Import GetNewRgn
Import PortToBitMap
Import RestorePort
Import TwelveBytExit
LINK A6,#-36 ;allocate stack frame
MOVEM.L D3-D6/A3-A4,-(SP) ;save work registers
SUBQ #2,SP ;make room for result
_WaitMouseUp ;is mouse button stillDown?
TST.B (SP)+ ;well?
BEQ EXITDRAG ;if not, dont drag at all
;
; Set up window bounds and window slop rectangles based on the parameter boundsRect
;
MOVE.L 8(A6),A0 ;point to the users boundsRect
MOVE (A0)+,D0 ; get top
MOVE.W MBarHeight,D1 ; get height of menu bar <EHB 5Aug85>
ADDQ #4,D1 ; plus 4 <5Aug85>
CMP.W D1,D0 ; is the top at height+4 <5Aug85>
BHS.S SkipDrgPin ; if greater, we're cool
MOVE.W D1,D0 ; pin at height+4 <5Aug85>
SkipDrgPin
LEA WindowBounds(A6),A1 ;point to the DragTheRgn bounds
MOVE D0,(A1)+ ; move in bounds top
MOVE.W (A0)+,(A1)+ ;move in bounds left
MOVE.L (A0),(A1) ;move in bounds botRight
;
MOVE.L 12(A6),D3 ;get start point
MOVE.L 16(A6),A3 ;get window
BSR SETWPORT ;get into the wmgrPort
;
MOVE.L GrayRgn,-(SP) ;push grayRgn
_SetClip ;clip to the gray region
PEA myKeyMap(A6) ;push pointer to keyMap
_GetKeys ;read the keyMap
MOVE.B myKeyMap+6(A6),D6 ;command key down?
; Roll in patchDragGrayRgn from WindowMgrPatches.a <SM16> FM
; If the command key is down we want to clip above the window <SM16> FM
; we're dragging. If not we want to clip above the front most <SM16> FM
; window in this layer. <SM16> FM
BMI.S @commandKeyDown ;if so then clip above this window <SM16> FM
MOVE.L WindowList, A3 ;otherwise just ClipAbove the first window <SM16> FM
@commandKeyDown
BSR ClipGAbove ;clip to windows above us <SM16> FM
MOVE.L 16(A6),A3 ;get the window to drag back into A3 <SM16> FM
BSR GETNEWRGN ;allocate a region
MOVE.L (SP),A4 ;call it bodyRgn and keep in A4
MOVE.L STRUCTRGN(A3),-(SP) ;copy the structure region
MOVE.L A4,-(SP) ;into the body
_CopyRgn ;do the copy
;
;room for result already on stack
MOVE.L A4,-(SP) ;push the region
MOVE.L D3,-(SP) ;push the mouse point
PEA WindowBounds(A6) ;push the boundsRect
MOVE.L (SP),-(SP) ;its also the slopRect
CLR.W -(SP) ;no axis constraints
CLR.L -(SP) ;no action proc
;
CLR.W DragFlag ; not dragging control thumb <SM29> CSS
_DragGrayRgn ;drag it until the mouse goes up
MOVE.L (SP)+,D5 ;get dV,dH
BEQ.S DontMove ;if it didn't move, handle special
CMP.W #$8000,D5 ;was it aborted?
BEQ.S DoneDrag ;if so, we're done
;
; figure out where to move the port to and move it
;
MOVE.L A3,-(SP) ;push the window for move call
MOVE.L PORTRECT(A3),D0 ;get the port rect topLeft
MOVE.L A3,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bit/pixmap pointer <C106 EHB>
SUB.W BOUNDS+2(A0),D0 ;compute global x position <C106 EHB>
ADD D5,D0 ;add in delta X
MOVE.W D0,-(SP) ;push new x position
SWAP D0 ;get y in low part
SWAP D5 ;get deltaY in low part
SUB.W BOUNDS(A0),D0 ;compute global y position <C106 EHB>
ADD D5,D0 ;add in the y delta
MOVE.W D0,-(SP) ;push new y position
TST.B D6 ;command key down?
SPL -(SP) ;if not, push TRUE (bring to front)
_MoveWindow ;move it
DoneDrag
MOVE.L A4,-(SP) ;push temp region
_DisposRgn
;
BSR RESTOREPORT ;restore original port
ExitDrag
MOVEM.L (SP)+,D3-D6/A3-A4 ;restore register
UNLK A6 ;de-allocate stack frame
BRA TwelveBytExit ;standard exit saves code
;
; handle the case where the window didn't move
;
DontMove
TST.B D6 ;command key down?
BMI.S DoneDrag ;if so, we're done
MOVE.L A3,-(SP) ;push the window
_SelectWindow ;select it
BRA.S DoneDrag
EndProc
DragRegion Proc Export
Export DragGrayRgn
Export DragTheRgn
Export CallDragHook
Export WMgrGray
Import GetNewRgn
WMgrGray DC.W $AA55,$AA55,$AA55,$AA55
; alternate entry point to DragTheRgn that forces the drag pattern to gray
DragGrayRgn
MOVE.L WMgrGray,DragPattern ;copy into DragPattern
MOVE.L WMgrGray+4,DragPattern+4 ;better copy both halves
;
; FUNCTION DragTheRgn(theRgn,mousePt,boundsRect,slopRect,axis,actionProc): LongInt
;
; Drag the region around until the mouse button goes up. It respects the grafPort it
; is called from. It returns deltaX,deltaY (distance between final point and initial one)
; which will be $8000 if the button goes up outside the boundsRect. Don't drag the region
; out of the rect. The axis parameter is a 16-bit integer; if zero, there are no
; constraints, if its one it can only be dragged horizontally, if two only vertically.
;
; Parameter Equates
;
;
DragTheRgnFrame RECORD {A6Link},Decr
DragResult ds.l 1 ;long result -- amount moved
DRgn ds.l 1 ;region handle to input region
DMPoint ds.l 1 ;initial mouse point
DBoundsRect ds.l 1 ;the rect we can't leave
DSlopRect ds.l 1 ;the rect for throwaway decision
DAxis ds.w 1 ;integer specifying axis constraints
DActionProc ds.l 1 ;actionProc
retAddr ds.l 1
A6Link ds.l 1
Padding ds.w 1 ;not used, but in original equates
DSavePen ds.b psRec ;penState record (for wmgrPort)
DSaveCPen ds.b psRec ;penState record (for wmgrCPort)
OrigPort ds.l 1 ;incoming value of thePort
IsWMgrPort ds.w 1 ;true if thePort is a wmgrPort
FrameSize equ *
EndR
With DragTheRgnFrame
DragTheRgn LINK A6,#FrameSize ;make room for savePenState
MOVEM.L D3-D7/A3-A4,-(SP) ;reserve work registers
MOVE.L ExpandMem,A0 ;get ExpandMem globals <SM23>
ST ExpandMemRec.emIsDragging(A0) ;we're dragging <SM23>
LEA DMPoint(A6),A0 ;point to parameters
MOVE.L (A0)+,D3 ;get the mousePt
MOVE.L (A0)+,A3 ;get the region handle
CLR.L (A0) ;assume delta is zero
;
; save the penState before setting it to what we need for dragging
;
PEA DSavePen(A6) ;push pointer to savePenState
MOVE.L (SP),-(SP) ;dup for later restore
_GetPenState ;save the pen state
;
; set up the pen for dragging
;
PEA DragPattern ;XOR specified pattern
_PenPat
MOVE #14,-(SP) ;set pen mode to notPatXor
_PenMode
move.l OneOne,-(sp)
_PenSize ; Make sure that a thin outline is dragged
;
; since FrameRgn is too slow, build a region that is just the outline so we
; can paint it fast
;
bsr GetNewRgn
move.l (sp)+,a4 ; This is a scratch region for flicker free dragging
MOVE.L A3,-(SP) ;push full region on stack for later
BSR GETNEWRGN ;allocate another region
MOVE.L (SP),D4 ;keep in D4 (leave on stack)
_CopyRgn ;copy full region to temp in D4
MOVE.L D4,-(SP) ;push temp region
MOVE.L ONEONE,-(SP) ;inset by 1
_InsetRgn
MOVE.L A3,-(SP) ;push full region
MOVE.L D4,-(SP) ;push inset one
MOVE.L A3,-(SP) ;original one stays around
_DiffRgn ;turn it into a frame by subtracting
MOVE.L D4,-(SP) ;get rid of temp region
_DisposRgn
MOVE.L A3,-(SP) ;draw initial frame
bsr DrawDraggedRgn ;draw it <SM29> CSS
MOVEQ #-1,D5 ;flag it as visible and active
; so that we can use multiple screens, look to see if the bounds rect is derived from
; screenbits. If it is, then pin to the grayRgn instead of the boundsrect. Also pin to
; the grayRgn instead of the sloprect. If bounds not screenbits, then just use provided
; bounds and slop, but convert them to regions for ease of coding.
BSR GETNEWRGN ;;allocate bounds region
MOVE.L (SP)+,D6 ;;keep in D6
BSR GETNEWRGN ;;allocate slop region
MOVE.L (SP)+,D7 ;;keep in D7
MOVE.L GRAFGLOBALS(A5),A0 ;;point to grafGlobals
LEA SCREENBITS+BOUNDS(A0),A0;;point to screenbits.bounds
MOVE.L 4(A0),-(SP) ;;push botRight
MOVE.L (A0),-(SP) ;;push topleft
MOVE MBarHeight,D0 ;;get mbarHeight
ADD D0,TOP(SP) ;;bump top by mbarheight
ADD #30,TOP(SP) ;;and make room for ghost windows
MOVE.L SP,-(SP) ;;point to rect
MOVE.L #$00060006,-(SP) ;;inset bounds by six
_InsetRect
MOVE.L 4(SP),-(SP) ;;push botRight
MOVE.L 4(SP),-(SP) ;;push topLeft
CLR.B -(SP) ;;prepare for boolean result
PEA 2(SP) ;;push srcrect1
MOVE.L DBoundsRect(A6),-(SP) ;;push srcrect2
PEA 10(SP) ;;push dstrect = srcRect1
_SectRect ;;get intersection
TST.B (SP)+ ;;ignore result
CLR.B -(SP) ;;prepare for boolean result
PEA 10(SP) ;;push our original inset
PEA 6(SP) ;;push result of intersection
_EqualRect ;;are they equal
TST.B (SP)+ ;;test result
ADD #16,SP ;;strip 2 rectangles
BEQ.S NotEqual ;;=>no, do pinning old way
MOVE.L grayRgn,-(SP) ;;push grayRgn
MOVE.L D7,-(SP) ;;push slopRgn
_CopyRgn ;;slopRgn := grayRgn
MOVE.L D7,-(SP) ;;push slopRgn
MOVE.L #$00040004,-(SP) ;;inset gray rgn by four
_InsetRgn
MOVE.L D7,-(SP) ;;copy slopRgn
MOVE.L D6,-(SP) ;;to boundsRgn
_CopyRgn ;;boundsRgn := grayRgn
BRA.S DragLoop ;;=>dive into loop
NotEqual
MOVE.L D7,-(SP) ;;push slopRgn
MOVE.L DSlopRect(A6),-(SP) ;;push slopRect
_RectRgn ;;slopRgn := RectRgn(slopRect)
MOVE.L D6,-(SP) ;;push boundsRgn
MOVE.L DBoundsRect(A6),-(SP) ;;push boundsRect
_RectRgn ;;boundsRect := RectRgn(boundsRect)
;
; here is the main drag loop -- first read the mouse in our local coordinates
;
DragLoop
SUBQ #6,SP ;make room for results
MOVE.L SP,-(SP) ;push pointer to result buffer
_GetMouse ;read the current mouse position
MOVE.L (SP),D4 ;remember pt in D4 (keep on stack)
;
; see if the point is in the boundsRect; if it isn't, don't move the region
;
MOVE.L D6,-(SP) ;;push the bounds rgn
_PtInRgn ;;test if the point is inside the region
TST.B (SP)+ ;is it? (moved out of conditional) <C491/08Dec86> DAF
BEQ OutOfBounds ;if not, don't move
;
; get y in low part of D1, x in low part of D4
;
DragInBounds
MOVE.L D4,D1 ;copy whole point
SWAP D1 ;get y in low part
CMP.L D4,D3 ;did it move?
BEQ.S NOMOTION ;if not, skip
;
; it moved so compute dh,dv and move it
;
MOVE.L D4,-(SP) ;save current position
SUB D3,D4 ;compute Dx
SWAP D3
SUB D3,D1 ;compute Dy
;
; if we constrained, don't allow any motion in the axis we're constrained to
;
MOVE DAxis(A6),D0 ;any constraints?
BEQ.S NConstraint ;if not, skip
SUBQ #1,D0 ;horizontally?
BNE.S @1 ;if not, it must be vertical
CLR D1 ;make v offset 0 (h only)
BRA.S NConstraint
@1
CLR D4 ;make h offset 0 (v only)
;
; update the continuous offset result
;
NConstraint
ADD D1,DragResult(A6) ;accumulate y offset
ADD D4,DragResult+2(A6) ;accumulate x offset
;
; Make a copy of the dragging region
;
move.w d1,-(sp) ;Save D1 (y delta) Sure wish there was a free register! <SM39>
move.l a3,-(sp)
move.l a4,-(sp)
_CopyRgn
move.w (sp)+,d1 ;Restore D1 cuz CopyRgn doesn't preserve it Ernie! <SM39>
;
; offset the copy to new position and update the screen
;
MOVE.L a3,-(SP) ;push the region
MOVE.W D4,-(SP) ;push dx
MOVE.W D1,-(SP) ;push dy
_OfsetRgn ;offset to new position
tst.w d5 ; See if it<69>s visible
bnz.s @regionIsVisible ; If it is, do the Xor to do a combination erase/paint
move.l a3,-(sp) ; The drag region just came back into boundRect, so it needs to be draw anew
bsr DrawDraggedRgn ; Doing the Xor would also redraw the region in it<69>s last visible location, leaving garbage on the screen <SM29> CSS
bra.s @markOutlineVisible ; Just paint the region in it<69>s new position
@regionIsVisible
move.l a4,-(sp) ; Push the region before it was offset
move.l a3,-(sp) ; Push the region in it<69>s new location
move.l a4,-(sp) ; Mess with the copy
_XorRgn ; Make a region that<61>s the difference between the two locations
move.l a4,-(sp) ; Just paint this difference
bsr DrawDraggedRgn ; <SM29> CSS
@markOutlineVisible
MOVEQ #-1,D5 ;mark it active again
MOVE.L (SP)+,D3 ;update new position
NoMotion
MOVE.L DActionProc(A6),D0 ;get the actionProc
BSR CallDrg1 ;call it if we got one
BSR CallDragHook ;call the user if she's installed
;
; wait at least 2 ticks to avoid disappearing
;
MOVE.L Ticks,D0
ADDQ.L #2,D0 ;bump it two ticks
DragDelay
CMP.L Ticks,D0 ;has ticks caught up yet?
BHI.S DragDelay ;loop till it has <14Jan86>
;
SUBQ #2,SP ;make room for function result
_WaitMouseUp ;is button stillDown?
TST.B (SP)+ ;examine result
BNE.S DRAGLOOP ;loop if it is
;
; the mouse went up so remove outline (if visible), restore pen and we're done
;
TST D5 ;is it visible?
BEQ.S ItsClear ;if not, don't bother
MOVE.L A3,-(SP) ;push region handle
bsr DrawDraggedRgn ;remove outline of region <SM29> CSS
ItsClear
_SetPenState ;restore old pen state
; This is probably not necessary, but to avoid compatibility problems,
; make sure that the returned region is the (offset) frame of the original region.
MOVE.L (A3),A0 ;point at the region <C624>
CMP #$A,RgnSize(A0) ;is it rectangular? <C624>
BNE.S @NoRect ;=>no, not a rect <C624>
MOVE.L A3,-(SP) ;push full region on stack for later <C624>
MOVE.L D6,-(SP) ;push temp region <C624>
_CopyRgn ;copy full region to temp in D4 <C624>
MOVE.L D6,-(SP) ;push temp region <C624>
MOVE.L ONEONE,-(SP) ;inset by 1 <C624>
_InsetRgn
MOVE.L A3,-(SP) ;push full region <C624>
MOVE.L D6,-(SP) ;push inset one <C624>
MOVE.L A3,-(SP) ;original one stays around <C624>
_DiffRgn ;turn it into a frame by subtracting <C624>
@NoRect
@99
;
; if the last point isn't inside the slopRect, make sure we return an offset of 0
;
SUBQ #6,SP ;make room for results
MOVE.L SP,-(SP) ;push pointer to result buffer
_GetMouse ;read the current mouse position
MOVE.L D7,-(SP) ;push slopRect pointer
_PtInRgn ;is the point in the slopRect?
TST.B (SP)+ ;is it?
BNE.S @3 ;if so, skip zeroing offset
;
; flag it as aborted
;
MOVE.L #$80008000,DragResult(A6) ;set delta to large neg number
@3
MOVE.L D7,-(SP) ;dispose of slop region
_DisposRgn
MOVE.L D6,-(SP) ;dispose of bounds region
_DisposRgn
move.l a4,-(sp)
_DisposRgn ; Dispose of secondary dragging region
MOVE.L ExpandMem,A0 ;get ExpandMem globals <SM23>
CLR.B ExpandMemRec.emIsDragging(A0) ;we're done dragging <SM23>
MOVEM.L (SP)+,D3-D7/A3-A4 ;restore work registers
UNLK A6 ;deallocate stack frame
MOVE.L (SP)+,A0 ;get return address
ADD #22,SP ;strip parameters
JMP (A0) ;return to caller
;
; CallDragHook calls the user's drag hook routine, if one is installed
;
CallDragHook
MOVE.L DragHook,D0 ;is there a hook routine?
CallDrg1
BEQ.S NoDHook ;if not, don't bother
MOVE.L D0,A0 ;get the hook routine
JSR (A0) ;call it
;
NoDHook RTS ;all done!
;
; OutOfBounds is called from the main loop when the mousePt is outside of the
; boundsRect. If its outside the slopRect turn it off, if its inside, turn it on
;
OutOfBounds
SUBQ #2,SP ;make room for result
MOVE.L D4,-(SP) ;push the mouse point
MOVE.L D7,-(SP) ;;push the slop region
_PtInRgn ;;is mouse in slop rgn
TST.B (SP)+ ;is it?
BNE.S InSlopRect ;if it is, go handle it
;
; its not in the slopRect so make it invisible
;
TST D5 ;is it visble
BEQ.S NoMotion ;if its already invisible, we're done
MOVEQ #0,D5 ;set its state to invisible
GoPaintRgn
MOVE.L A3,-(SP) ;push region again
bsr DrawDraggedRgn ;get rid of it <SM29> CSS
@Fast BRA.S NoMotion ;all done
;
; its in the slopRect, but not in the boundsRect. Make it visible again if it was
; invisible
;
InSlopRect
TST D5 ;examine visible state
BNE.S PinBounds ;if already visible, pin at bounds
MOVEQ #1,D5 ;flag it visible but frozen
BRA.S GoPaintRgn ;if not, go paint it
;
; we're out of the bounds so fake up a mouse point that's inside the bounds to pin at
; the edge
;
PinBounds
SUBQ #4,SP ;make room for result
MOVE.L DBoundsRect(A6),-(SP) ;push the boundsRect pointer
MOVE.L D4,-(SP) ;push the point
_PinRect ;figure out inside point
MOVE.L (SP)+,D4 ;get the pinned point
BRA DragInBounds ;pretend it was inside
; <SM29> CSS The following is a new routine to paint the dragging region to fix the
; scroll bar thumb appearing in yellow.
DrawDraggedRgn
tst.w DragFlag ; control manager dragging thumb?
bne.s @dragThumb ; Yes. Force black drag
; We<57>re doing normal outline dragging, so just paint the region.
@paintnormal
move.l 4(sp),-(sp) ; get rgn to paint
_PaintRgn
move.l (sp)+,(sp) ; strip parameter
rts
; To get the thumb to show up in color against the scroll bar<61>s gray background,
; force the region outline to draw in black.
@dragThumb
move.l ExpandMem,a0
move.L ExpandMemRec.emControlHandle(a0),d1 ; get control handle saved for us in _DragControl
beq.s @paintnormal ; do the normal painting if there's no controldefhandle. <LW11>
move.l d1,a0
move.l (a0),a0 ; get the ptr to control record
move.l contrlDefHandle(a0),d0 ; get the CDEF handle
_StripAddress
move.l d0,a0
move.l (a0),a0 ; get the ptr to CDEF
cmp.l #'CDEF',4(a0) ; just for yucks make sure this is a CDEF
bne.s @paintnormal ; paint normal if our handle is bad
btst #0,3(a0) ; Can CDEF handle this message?
beq @paintnormal ; no --> normal paint
move.l 4(sp),d0 ; get rgn to draw
clr.l -(sp) ; make room for function result
clr.w -(sp) ; zero variant
move.l d1,-(sp) ; save control handle
move.w #drawThumbOutlineMsg,-(sp) ; draw thumb rgn outline message
move.l d0,-(sp) ; rgn to draw
; note: we don't need to lock this handle
; because the client (of the control) should
; already have locked it.
jsr (a0) ; call the control
addq #4,sp ; strip function result
move.l (sp)+,(sp) ; strip parameter
rts
EndWith
EndProc
;
; PROCEDURE InvalRgn( badRgn: regionHandle);
;
; invalidate a region by adding it to the current window's update region. The region
; is assumed to be in local coordinates
;
InvalRgn Proc Export
Export IValCommon
Export GoExit1
Import PortToBitMap
Import NegWords
MOVEQ #0,D0 ;signal invalidate
;
; common code for invalRgn and valRgn
;
IValCommon
MOVEM.L D3-D5/A3,-(SP) ;save work registers
MOVE D0,D5 ;remember flag in D5
MOVE.L GrafGlobals(A5),A0 ;get LisaGraf globals base
MOVE.L THEPORT(A0),A3 ;get current window
MOVE.L 20(SP),D4 ;get region handle
MOVE.L A3,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bit/pixmap pointer <C106 EHB>
MOVE.L BOUNDS(A0),D3 ;get port bounds topLeft <C106 EHB>
MOVE.L D4,-(SP) ;push the regionHandle
MOVE.L D3,-(SP) ;push topLeft
BSR NEGWORDS ;negate it
_OfsetRgn ;offset to global coordinates
;
MOVE.L UPDATERGN(A3),-(SP) ;push update region
MOVE.L D4,-(SP) ;push region to be unioned
MOVE.L UPDATERGN(A3),-(SP) ;result goes in update region
TST D5 ;union or difference?
BNE.S GODIFFIT
_UnionRgn ;union them together
BRA.S SKIP1DIFFIT
GoDiffIt
_DiffRgn
Skip1DiffIt
MOVE.L D4,-(SP) ;push parameter region
MOVE.L D3,-(SP) ;push portBounds
_OfsetRgn ;back to local coordinates
GoExit1
MOVEM.L (SP)+,D3-D5/A3 ;restore work registers
MOVE.L (SP)+,(SP) ;strip parameter
RTS ;return to caller
EndProc
;
; PROCEDURE InvalRect(badRect: RECT);
;
; Invalidate a rectangular area by adding it to the current window's update region.
; The rectangle is assumed to be in local coordinates
;
InvalRect Proc Export
Export IRectCommon
Import IValCommon
Import GoExit1
MOVEQ #0,D0 ;flag that its inval
;
; common code for inval/val rect
;
IRectCommon
MOVEM.L D2-D5/A3,-(SP) ;save work registers (& one extra)
MOVE D0,D5 ;remember flag in D5
_NewRgn ;allocate a new region
MOVE.L (SP),D4 ;keep rgnHandle in D4 (leave on stack, too)
MOVE.L 24(SP),-(SP) ;push badRect pointer
_RectRgn ;set the region to the rectangle
MOVE.L D4,-(SP) ;push the region handle
MOVE D5,D0 ;get flag in D0
BSR.S IVALCOMMON ;invalidate it
;
MOVE.L D4,-(SP) ;push region handle
_DisposRgn ;de-allocate it
BRA GOEXIT1 ;standard exit saves code
EndProc
;
; PROCEDURE ValidRgn(goodRgn: regionHandle);
;
; Validate a region by subtracting it from the current window's update region.
; The region is assumed to be in local coordinates. It shares lots of common code
; with InvalidRgn
;
ValidRgn Proc Export
Import IValCommon
MOVEQ #-1,D0 ;flag it as a val call
BRA IVALCOMMON ;let common code do the rest
EndProc
;
; PROCEDURE ValidRect(goodRect: RECT);
;
; Validate a rectangular area by subtracting from to the current window's update region.
; The rectangle is assumed to be in local coordinates. It share lots of common code
; with InvalidRect.
;
ValidRect Proc Export
Import IRectCommon
MOVEQ #-1,D0 ;flag it as a val call
BRA IRECTCOMMON ;let common code do the rest
EndProc
;
; FUNCTION GrowWindow(window: windowPtr; mousePt: Point; bBox: Rect): LongInt;
;
; GrowWindow is called when the mouse goes down in the grow icon of a window
; It drags out a flickering outline by calling the window definition procedure
; and returns the new size as the result of the function. the bBox specifies
; the min and max size the window is limited to
;
GWRect EQU -8
GWPenState EQU -28
GWSRect EQU -36 ;;copy of size rect <C491/08Dec86> DAF
GWKeyMap EQU -72 ;;key map <C491/08Dec86> DAF
GWPenCState EQU -92
GWFrameSize EQU GWPenCState
GrowWindow Proc Export
Import WMgrGray
Import SetWPort
Import ClipGAbove
Import PortToBitMap
Import NegWords
Import CallGrow
Import GWCalcSize
Import DeltaPoint
Import GetPinMouse
Import CallDragHook
Import RestorePort
Export TwelveBytExit
LINK A6,#GWFrameSize ;build stack frame
MOVEM.L D3-D7/A3-A4,-(SP) ;save work registers
;
; save old grafPort in D4 and get into the window manager port
;
BSR SetWPort ;get into wmgrPort
MOVE.L 12(A6),D3 ;get the mouse point
MOVE.L 16(A6),A3 ;get the window
;
; clip to the windows above the current one
;
BSR ClipGAbove ;clip to windows above us
;
; preserve the current penState and then set up gray,notPatXor
;
PEA GWPenState(A6) ;push pen save area address
MOVE.L (SP),-(SP) ;dup for later restore
_GetPenState ;remember current state
_PenNormal ;reset pen to normal state
MOVE #notPatXor,-(SP) ;push desired xfer mode
_PenMode ;set the mode
PEA WMgrGray ;push the pattern
_PenPat ;set it
;
; build initial boundsRect and draw the initial grow outline
;
LEA GWRect(A6),A4 ;get window rect pointer
MOVE.L PortRect(A3),(A4) ;copy topLeft
MOVE.L PortRect+4(A3),4(A4) ;copy botRight, toop
MOVE.L A4,-(SP) ;push a pointer to the rect
MOVE.L A3,A0 ;get port pointer <C106 EHB>
BSR PortToBitMap ;convert to bit/pixmap pointer <C106 EHB>
MOVE.L BOUNDS(A0),-(SP) ;push bitmap.bounds.topLeft <C106 EHB>
BSR NegWords ;negate offset (local -> global)
_OffsetRect ;offset rect to global
BSR CallGrow ;draw the outline <27oct85> BBM
;
; remember the initial size before we start
;
BSR GWCalcSize ;calc the size of rect in A4
MOVE.L D0,D6 ;remember in D6
;
; compute offset from starting bottom right and keep in D5
;
SUBQ #4,SP ;make room for result
MOVE.L D3,-(SP) ;push mouse pt
MOVE.L BotRight(A4),-(SP) ;push bottom right
BSR DeltaPoint ;get the offset
MOVE.L (SP)+,D5 ;keep in D5
;
; here is the main loop -- read the mousePoint, compute difference from oldPoint.
; If it moved, adjust the rectangle and redraw it. Keep doing this until the
; mouse button goes up.
;
GDragLoop
MOVE.L D3,-(SP) ;remember old point
BSR GetPinMouse ;calculate the new bottom right <27oct85> BBM
MOVE.L (SP),D0 ;recover old point
MOVE.L D3,-(SP) ;push new point
MOVE.L D0,-(SP) ;push old point
BSR DeltaPoint ;compute difference
MOVE.L (SP)+,D7 ;get the offset
BEQ.S GDNextLoop ;if not, skip
;
; erase, set up new position, redraw
;
BSR.S CallGrow ;erase it
ADD.W D7,Right(A4) ;add delta x to right
SWAP D7 ;get v delta
ADD.W D7,Bottom(A4) ;add delta y to bottom
BSR CallGrow ;redraw in new position
;
; call the user's hook routine (if installed) and then loop while the mouse button
; is still down.
;
GDNextLoop
BSR CallDragHook ;call user if installed
CLR.W -(SP) ;make room for result
_WaitMouseUp ;is it still down?
TST.B (SP)+ ;well, is it???
BNE.S GDragLoop ;loop till it goes up
;
; the mouse button went up so get rid of the outline
;
BSR CallGrow ;undraw the outline
;
; now figure out the size of the rectangle and return that as the result
;
BSR GWCalcSize ;calculate the new size in D0
CMP.L D0,D6 ;save as it used to be?
BNE.S @1 ;if not, we're cool
MOVEQ #0,D0 ;if so, return 0
@1 MOVE.L D0,20(A6) ;return new size as function result
;
; Ok, we're all done -- restore penState, port and work registers before returning
;
_SetPenState ;remember current state
;
BSR RestorePort ;restore old grafPort
;
MOVEM.L (SP)+,D3-D7/A3-A4 ;restore work registers
UNLK A6 ;unbuild stack frame
TwelveBytExit
MOVE.L (SP)+,A0 ;get return address
ADD #12,SP ;strip parameters
JMP (A0) ;return to caller
;
; CallGrow issues the Grow message to a window to tell it to draw its grow frame
;
CallGrow Proc Export
Import CallWindow
MOVE.L D3,-(SP) ;preserve D3
MOVEQ #WGrowMsg,D0 ;get the grow message
MOVE.L A4,D3 ;the rectangle is the parameter
BSR CallWindow ;tell the window
MOVE.L (SP)+,D3 ;restore D3
RTS
EndProc
;
; GetPinMouse returns the current mouse position in D3. It sometimes lies
; to make sure it never exceeds the bounds specified by the SizeRect.
;
GetPinMouse Proc Export
Import DeltaPoint
Import GWCalcSize
MOVE.L BotRight(A4),-(SP) ;remember botRight
SUBQ #8,SP ;make room for mousePt, result
MOVE.L SP,-(SP) ;push ptr to mousePt buffer
_GetMouse ;get the current mouse position
; subtract base offset from mousePt
MOVE.L D5,-(SP) ;push the base offset
BSR DeltaPoint ;subtract it
MOVE.L 8(A6),A0 ;;point to size rect
LEA GWSRect(A6),A1 ;;point to our copy
MOVE.L (A0)+,(A1)+ ;;copy topleft
MOVE.L (A0)+,(A1)+ ;;copy botright
PEA GWKeyMap(A6) ;;push pointer to keyMap
_GetKeys ;;read the keyMap
TST.B GWKeyMap+6(A6) ;;command key down? <C970/22Nov87> DAF
BPL.S NoCmd ;;if not, restrict max size
MOVE.L #$7FFE7FFE,GWSRect+BotRight(A6) ;;else open up max size
NoCmd MOVE.L (SP)+,BotRight(A4) ;make it the new bottom right
BSR.S GWCalcSize ;calculate the new size into D0
MOVE.L (SP),BotRight(A4) ;restore original size
PEA GWSRect(A6) ;;point to fudged sizeRect
MOVE.L D0,-(SP) ;;push new size
_PinRect ;;and pin to fudged sizeRect
SWAP D5 ;get y offset
MOVE Top(A4),D3 ;get top value
ADD.W (SP)+,D3 ;compute pinned bottom
ADD.W D5,D3 ;add base offset
SWAP D3 ;get x
SWAP D5
MOVE Left(A4),D3 ;get left value
ADD.W (SP)+,D3 ;compute pinned right
ADD.W D5,D3 ;add base offset
RTS ;return to caller
EndProc
;
; GWCalcSize calculates the size of the rectangle pointed to by A4. It returns
; the size as a LisaGraf point in D0
;
GWCalcSize Proc Export
SUBQ #4,SP ;make room for result
MOVE.L BotRight(A4),-(SP) ;push bottom right
MOVE.L TopLeft(A4),-(SP) ;push topLeft
BSR DeltaPoint ;subtract them
MOVE.L (SP)+,D0 ;get the result
RTS
EndProc
;
; FUNCTION FindWindow(thePoint: Point;
; VAR theWindow: WindowPtr): INTEGER;
;
; FindWindow is the routine that correlates a mouse position with the logical
; data structure in that position. It passes back the window pointer of the
; window the point is in as well as a classification code further classifying
; the position.
;
__FindLayer Proc Export
Import CallMBarProc
Import CallWindow
Import TwoParmExit
MOVEM.L D1/D3/A3,-(SP) ;save work registers <23-Oct-85 EHB>
;
; assume classification code is zero (inDesk) and the windowPtr are NIL.
;
LEA 16(SP),A0 ;point to window ptr var <23-Oct-85 EHB>
MOVE.L (A0)+,A1 ;get pointer to windowPtr
CLR.L (A1) ;make it NIL
MOVE.L (A0)+,D3 ;get the mouse point
CLR.W (A0) ;set classification code to zero
;
; first check to see if the point is on the menu bar. This routine is amended to call the
; menuBar defproc on nuMac or Aladdin. It returns - for not in menubar,
; 0 for in menubar, but not in title, or + for in menu Title.
;
MBarHitMsg EQU 1 ; temporary equate <C424/18Nov86> DAF
MOVEQ #MBarHitMsg,D0 ; put hit message in D0 <C424/18Nov86> DAF
MOVE.L D3,D1 ; send point as parameter <C424/18Nov86> DAF
JSR CallMBarProc ; call menuBar defproc <C424/18Nov86> DAF
TST.L D0 ; test the result <C424/18Nov86> DAF
BMI.S NotOnMBar ; if +, then not on bar <C424/18Nov86> DAF
;
MOVEQ #inMenuBar,D0 ;return "inMenuBar" classification code
BRA.S GoDoneFW ;all done with findWindow
;
; scan through the windowList starting at the front to see which window the point is in.
;
NotOnMBar
MOVE.L WindowList,A3 ;alertWindow is the frontmost window
;
; here is the loop where we hit-test the point against all visible windows
;
FWLoop
MOVE.L A3,D0 ;is it NIL (the end of the list)?
BEQ.S DoneFW1 ;if so, we're done (its inDesk) <27oct85> BBM
;
TST.B WVisible(A3) ;is this window visible?
BEQ.S NextFW ;if not, don't test it
;
; first check to see if its in the structure region of the window
;
CLR.W -(SP) ;make room for function result
MOVE.L D3,-(SP) ;push the point
MOVE.L STRUCTRGN(A3),-(SP) ;push the structure region
_PtInRgn ;is the point in the structure region?
TST.B (SP)+ ;examine result
BEQ.S NextFW ;if its not, go examine next one
;
; its in the window somewhere so call the window definition procedure to classify it
;
MOVEQ #WHitMsg,D0 ;its a hit-test message
BSR CallWindow ;ask the window about it
TST.W D0 ;D0 has the result
BNE.S FoundWindow ;if its non-zero, we've found it!
;
; it isn't the current window so keep looking until we run off the end of the window list
;
NextFW
MOVE.L NextWindow(A3),A3 ;get the next window in the list
BRA.S FWLoop ;loop till we find one
;
; at this point we've found the window the point is in. Update the result and
; return to the caller.
;
FoundWindow
MOVE.L 16(SP),A0 ;get pointer to window result <23-Oct-85 EHB>
MOVE.L A3,(A0) ;update window result
;
; check for if its a system window (The kind is < 0)
;
TST WindowKind(A3) ;check out the kind parameter
BPL.S GoChkDrag ;if not a system(<0), skip
MOVEQ #inSysWindow,D0 ;return "inSystemWindow"
GoDoneFW
BRA.S DoneFWindow ;we're done
;
; if its in the drag area or grow area of the window, no further classification needed
;
GoChkDrag CMP #wInDrag,D0 ;is it in the content area?
BLT.S ItsInContent ;if its in content, return that
BGT.S itsInGrow ;if greater, its in grow area
MOVEQ #inDrag,D0 ;return "inDragArea"
BRA.S DoneFWindow ;we're done
itsInGrow ADDQ #2,D0 ;return "inGrowArea" or "inGoAway"
BRA.S DoneFWindow
;
; its in the content area of a user window so waltz through the controlList to see
; if its in any of the controls. First get into the window's port and convert
; the mouse point into local coordinates
;
ItsInContent
MOVEQ #inContent,D0
DoneFWindow
MOVE D0,24(SP) ;update classification code result <23-Oct-85 EHB>
MOVEM.L (SP)+,D1/D3/A3 ;restore work registers <23-Oct-85 EHB>
BRA TwoParmExit ;standard exit saves code
;
; its in the desk, so if someones in the deskHook, return "inSysWindow"
;
DoneFW1
MOVE.L DeskHook,D0 ;is someone installed in deskHook?
BEQ.S DoneFWindow ;if not, return "inDesk"
MOVEQ #inSysWindow,D0 ;return "inSysWindow
BRA.S DoneFWindow ;all done
EndProc
;
; PROCEDURE DrawGrowIcon(theWindow: WindowPtr);
;
; DrawGrowIcon draws the grow icon in the window by asking the defProc to
; do it.
;
DrawGrowIcon Proc Export
Import SetWPort
Import CallWindow
Import RestorePort
MOVEM.L A3/D4,-(SP) ;save work registers
MOVE.L 12(SP),A3 ;get the window ptr
BSR SetWPort ;get in the window manager port
MOVEQ #WGIconMsg,D0 ;get message ID
BSR CallWindow ;invoke the defProc
BSR RestorePort ;restore user's grafPort
MOVEM.L (SP)+,A3/D4 ;restore work registers
MOVE.L (SP)+,(SP) ;strip parameter
RTS ;return to caller
EndProc
;
; procedure SetDeskCPat (newDeskPat : PixPatHandle);
;
; SetDeskCPat sets the low-memory location DeskCPat to point at the supplied pixPat,
; then causes a redraw of the desktop. This change to the desktop cPat does not
; cross application boundaries, but DeskPatDisable does.
; Stack Fixed <C835/20Feb87> DAF
;
SetDeskCPat Proc Export
TST.L 4(SP) ; is the newPat NIL? <1.2>
BEQ.S @TurnOff ; yes, so switch back to binary <C666/22Jan87> DAF
MOVE.L DeskCPat,D0 ; get the current deskCPat <1.2>
BEQ.S @1 ; if NIL, then continue <1.2>
CMP.L MinusOne,D0 ; continue if uninitialized, too <1.2>
BEQ.S @1 ; <1.2>
MOVE.L D0,-(SP) ; push old desk pix pat <1.2>
_DisposPixPat ; flush the old one <1.2>
@1 MOVE.L 4(SP),DeskCPat ; set it <1.2>
BSET #7,pCDeskPat ; if you called this you must want the pixPat <C666/22Jan87> DAF
@DrawIt
CLR.L -(SP) ; push a NIL pointer for DrawIt, make space for TurnOff <C835/20Feb87> DAF <C841>
MOVE.L grayRgn,-(SP) ; gray rgn is clobbered <C491/08Dec86> DAF
; No need to recalculate regions since we aren't moving any windows.
move.l ExpandMem,a0
st ExpandMemRec.ancestorRgnsCalced(a0) ; set the one-shot to keep from recalcing ancestor rgns
_PaintOne ; redraw the desktop
MOVE.L (SP)+,A0 ; get the return address
ADDQ #4,SP ; flush the parameter
JMP (A0) ; and return
@TurnOff
SUBQ #4,SP ; make room for GetPattern result <C841/21Feb87> DAF
MOVE #deskPatID,-(SP) ; push pattern ID of deskPattern <C666/22Jan87> DAF
_GetPattern ; tell resource manager to get it <C666/22Jan87> DAF
MOVE.L (SP)+,A0 ; get the pattern handle <C666/22Jan87> DAF
MOVE.L (A0),A0 ; get pattern pointer <C666/22Jan87> DAF
MOVE.L (A0)+,DeskPattern ; init the deskPattern <C666/22Jan87> DAF
MOVE.L (A0),DeskPattern+4 ; don't forget 2nd half of it <C666/22Jan87> DAF
BCLR #7,pCDeskPat ; disable the cPat <C666/22Jan87> DAF
BRA.S @DrawIt ; redraw the desktop <C666/22Jan87> DAF
EndProc
;
; procedure SetWinColor ( theWindow:windowPtr; newColorTable:CTabHandle );
;
; This procedure changes the awCTable field of the theWindow's auxWinRec.
; If newColorTable is equal to the default record's CTabHandle, then
; the auxWinRec is deallocated. If this window does not have an
; auxWinRec, then one is allocated at the head of the list. If theWindow
; is NIL, then the default colors are changed. If a record gets deallocated,
; it's colorTable is disposed unless it has it's resource bit set (then the
; app must take responsibility)
;
; Most of this code is shared with the control manager. Since the auxRec
; offsets are the same for both types of auxrecs, the code should be OK,
; even though the code uses the auxWinRec names.
;
SetWinColor Proc Export
Export SetCtlColor
Import GetAuxGuts
IMPORT GetRearWindow
MOVEM.L A2/A3,-(SP) ;get some address registers
MOVE.L AuxWinHead,A2 ;get the list head
LEA AuxWinHead,A3 ;in case we need to deallocate
BSR SetGuts ;bsr so that we can redraw on return <C491/08Dec86> DAF
MOVE.L 16(SP),D0 ;get windowPtr <C687/24Jan87> DAF
BNE.S GotWindow ; <SM16> FM Was the window NIL?
; <SM16> The RedrawAll code is used by SetCtlColor/SetWinColor for the case when the
; <SM16> caller passes NIL as a control/window to indicate that they want to replace the
; <SM16> default color table.
move.l ExpandMem,a0 ; <SM16>
st ExpandMemRec.ancestorRgnsCalced(a0) ; <SM16> set the one-shot to keep from recalcing ancestor rgns
RedrawAll bsr GetRearWindow ; <SM16> Returns rearmost window in A1
move.l a1,-(sp) ; <SM16> Paint from the rearmost window on up
move.l GrayRgn,-(sp) ; <SM16> Use the entire desktop as the clobbered region
_PaintOne ; <SM16> Draw all the windows
BRA SetEnd
GotWindow MOVE.L D0,A2 ; Put the window in A2
TST.B portVersion(A2) ; is it a new window? <SM16> <1.5/23Jul89 DAF>
BPL.S @1 ; don't set bkColor in old windows <1.5/23Jul89 DAF>
SUBQ #4,SP ; make a placeholder for the current port <C687/24Jan87> DAF
PEA (SP) ; push pointer to placeholder <C687/24Jan87> DAF
_GetPort ; get thePort <C687/24Jan87> DAF
MOVE.L A2,-(SP) ; make this port the current port <C687/24Jan87> DAF
_SetPort ; set it <C687/24Jan87> DAF
MOVE.L 16(SP),A0 ; copy cTabHandle to A-reg <C687/24Jan87> DAF
MOVE.L (A0),A0 ; get cTabPtr <C687/24Jan87> DAF
MOVE.W CTSize(A0),D1 ; get the color table size <C687/24Jan87> DAF
MULU #CTEntrySize,D1 ; convert to color table index <C687/24Jan87> DAF
@LegalIndex
CMP.W #wContentColor,CTTable+value(A0,D1) ; is this the one? <C687/24Jan87> DAF
BEQ.S @FoundIt ; if equal, then done <C687/24Jan87> DAF
SUB.W #CTEntrySize,D1 ; try the previous one <C687/24Jan87> DAF
BGE.S @LegalIndex ; loop while index positive <C687/24Jan87> DAF
MOVEQ #0,D1 ; OK, use the first one <C687/24Jan87> DAF
@FoundIt
PEA CTTable+rgb(A0,D1) ; push the address of the color to use <C687/24Jan87> DAF
_RGBBackColor ; set the background color <C687/24Jan87> DAF
_SetPort ; restore thePort <C687/24Jan87> DAF
@1
TST.B wVisible(A2) ;if not visible, all done <C687/24Jan87> DAF
BEQ.S SetEnd ;
MOVE.L A2,-(SP) ;push windowPtr <C687/24Jan87> DAF
MOVE.L StructRgn(A2),-(SP) ;push structure rgn as clobbered <C687/24Jan87> DAF
_PaintOne ;redraw it <C491/08Dec86> DAF
BRA.S SetEnd ; <C491/08Dec86> DAF
SetCtlColor
MOVEM.L A2/A3,-(SP) ;get some address registers
MOVE.L AuxCtlHead,A2 ;get the list head
LEA AuxCtlHead,A3 ;in case we need to deallocate
BSR.S SetGuts ; <C491/08Dec86> DAF
MOVE.L 16(SP),D0 ;<SM16> FM get the control handle <C491/08Dec86> DAF
;<SM16>FM A NIL control handle means the caller wants to replace the default color table
;<SM16>FM We did that in SetGuts so now we should refresh all of the windows<77>
BEQ RedrawAll ;<SM16> FM Go refresh all the windows
MOVE.L D0,A0 ;<SM16> FM Get the control handle in A0
MOVE.L (A0),A1 ;get the control pointer <C491/08Dec86> DAF
TST.B contrlVis(A1) ;is it visible? <C491/08Dec86> DAF
BEQ.S SetEnd ;nope, so we're done <C491/08Dec86> DAF
MOVE.L A0,-(SP) ;push control handle <C491/08Dec86> DAF
_Draw1Control ;redraw it <C616/12Jan87> DAF
SetEnd
MOVEM.L (SP)+,A2/A3 ;restore the saved registers
MOVE.L (SP)+,A0 ;get the return address
ADDQ #8,SP ;flush the parameters
JMP (A0) ;and go home
SetGuts
tWind EQU $18 ;some equates for parameters
nCTab EQU $14 ; after LINK (don't forget the movem above!)
LINK A6,#0 ;no globals
CLR.L -(SP) ;return AuxWinHandle here
CLR.W -(SP) ;function return here
CLR.L -(SP) ;NIL for default
PEA 6(SP) ;pointer to the placeholder
MOVE.L A2,A1 ;set up list head for GetAuxGuts
BSR GetAuxGuts ;get the default record
ADDQ #2,SP ;ignore boolean result
MOVE.L (SP)+,A0 ;get the default handle
MOVE.L (A0),A0 ;get a pointer
MOVE.L awCTable(A0),A0 ;get the cTabHandle <1.5>
CMP.L nCTab(A6),A0 ;if the same then deallocate <1.5>
BEQ DeAlAux ;
CMP.L #-1,nCTab(A6) ;if -1, then allocate a rec with default table <C591/04Jan87><C767> DAF<C767>
BEQ.S SpecAlloc ; <C591/04Jan87><C767> DAF
MOVE.L A0,-(SP) ;save a reg (yuck, but registers are tight!) <C687/24Jan87><C767> DAF
MOVE.L nCTab(A6),A0 ;get the new color table handle <C687/24Jan87><C767> DAF
MOVE.L (A0),A0 ;get a pointer <C687/24Jan87><C767> DAF
CMP.W #-1,ctSize(A0) ;is ctSize -1? <C687/24Jan87><C767> DAF
MOVE.L (SP)+,A0 ;get the register back (don't change flags) <C687/24Jan87><C767> DAF
BEQ.S SpecAlloc32 ;If so, alloc a rec with default table <1.5 DAF>
CLR.L -(SP) ;temp for returned handle
CLR.W -(SP) ;for function return
MOVE.L tWind(A6),-(SP) ;here's the ID field
PEA 6(SP) ;pointer to handle placeholder
MOVE.L A2,A1 ;set up list head (again!)
BSR GetAuxGuts ;get this record
MOVE.B (SP)+,D0 ;get the result (set flags)
MOVEA.L (SP)+,A0 ;get the auxrec handle too
BEQ.S AllocAux ;if result FALSE, then allocate a new one
MOVE.L (A0),A0 ;dereference the handle
MOVE.L nCTab(A6),awCTable(A0) ;and set the field <1.5>
SWCDone
UNLK A6
RTS
; if this routine is called in 24-bit mode, then it falls through to SpecAlloc and makes
; a new auxWinRec with a copy of the default colortable. If it is called in 32-bit
; mode, then it finds the window's pre-existing auxWinRec (one is always guaranteed to
; exist) and sets it's colortable to be a copy of the default colortable handle.
SpecAlloc32
TST.B MMU32Bit ; are we in 32-bit mode? <1.5/DAF>
BEQ.S SpecAlloc ; no, so allocate a new record with a copy of the default colors <1.5/DAF>
MOVE.L A0,nCTab(A6) ; stick the default colors in the stack frame <1.5/DAF>
CLR.L -(SP) ; return AuxWinHandle here <1.5 DAF>
CLR.W -(SP) ; leave room for return value here <1.5/DAF>
MOVE.L tWind(A6),-(SP) ; find this window <1.5 DAF>
PEA 6(SP) ; point to placeholder <1.5 DAF>
MOVE.L A2,A1 ; set up list head for GetAuxGuts (windows or controls) <1.5 DAF>
BSR GetAuxGuts ; get it (it will always be here in 32-bit mode) <1.5 DAF>
ADDQ #2,SP ; the result should have always returned true <1.5/DAF>
MOVE.L (SP)+,A0 ; get the win/ctl rec handle <1.5 DAF>
MOVE.L (A0),A0 ; get a pointer <1.5 DAF>
MOVE.L nCTab(A6),awCTable(A0) ;and set the default colortable (in nCTab) field <1.5 DAF>
BRA.S SWCDone ; <1.5 DAF>
; this routine is a little unsavory- it sticks the default cTabHandle (in A0) in the
; stack frame, then falls through to AllocAux. This routine ALWAYS makes a new
; auxWinRec whose color table is the same as the default.
SpecAlloc
MOVE.L A0,nCTab(A6) ; stick the default colors in the stack frame <1.5/DAF>
; this utility allocates an auxRec at the beginning of the AuxWinList
; remember that A2=(AuxListHead), A3=AuxListHead
AllocAux
MOVE.L #AuxWinSize,D0 ;set up for newHandle
_NewHandle ,clear ;allocate a new record
MOVE.L A0,(A3) ;put the new element at the head of the list
MOVE.L (A0),A0 ;dereference the new element
MOVE.L A2,awNext(A0) ;reconnect the list <1.5>
MOVE.L nCTab(A6),awCTable(A0) ;attach the color table <1.5>
MOVE.L tWind(A6),D0 ; get this in a reg <1.4/DAF>
_StripAddress ;
@1
MOVE.L D0,awOwner(A0) ; put in the ID field <1.5/DAF>
BRA.S SWCDone
; this utility deallocates an auxRec and its colortable. Note that the offset to awNext
; is zero, so that the first dereference will work.
DeAlAux
MOVE.L A0,A2 ;save the default CTabH in A2 <C591/04Jan87> DAF
MOVE.L A3,A1 ;prime the pointers
@1
MOVE.L awNext(A1),D1 ;get handle to next <1.5>
MOVE.L D1,A0 ;get copy of handle (doesn't change flags)
BEQ.S @4 ;never delete the default record <C407/16Nov86> DAF
MOVE.L (A0),A0 ;dereference
MOVE.L awOwner(A0),D0 ;get owner ID <1.5>
CMP.L tWind(A6),D0 ;test for match
BEQ.S @2 ;eliminate when matched
MOVE.L A0,A1 ;copy current to previous
BRA.S @1
@2
MOVE.L awNext(A0),-(SP) ; save link if we need to remove <1.4/1.5>
MOVE.L awCTable(A0),A0 ;get handle to colortable <1.5>
_HGetState ;get handle tag byte <C491/08Dec86> DAF
BTST #resource,D0 ;is it a resource? Then don't dispose <C491/08Dec86> DAF
BNE.S @3 ;if it is, don't dispose <C612/11Jan87> DAF
_DisposHandle
@3
TST.B MMU32Bit ;are we running 32-bit? <C666/22Jan87> DAF
BEQ.S @10 ;no, so dispose the record <C591/04Jan87> DAF
MOVE.L D1,A0 ;move handle to an A-reg <C591/04Jan87> DAF
MOVE.L (A0),A0 ;dereference it <C591/04Jan87> DAF
MOVE.L A2,awCTable(A0) ;put it in the auxRec <1.5>
ADDA #4,SP ;we won't link around this record <1.4>
BRA.S @4 ;and continue
@10
MOVE.L D1,A0 ;get handle to auxRec
_DisposHandle
MOVE.L (SP)+,awNext(A1) ; remove the disposed record from the list <1.4/1.5>
@4
BRA SWCDone
EndProc
;
; function GetAuxWin (theWindow:windowPtr; var AWHndl:AuxWinHandle) : boolean;
;
; GetAuxWin finds the handle to the appropriate auxWinRec for the
; windowRec pointed to by theWindow. If theWindow is NIL, the handle to
; the default record is returned. The boolean returns TRUE if a unique
; AuxWinHandle for that windowPtr is found, FALSE if the default record
; handle is returned. {and TRUE if theWindow was NIL, but should I change that?}
;
;
GetAuxWin Proc Export
Export GetAuxCtl
Export GetAuxGuts
MOVE.L AuxWinHead,A1 ;get the list head
BRA.S GetAuxGuts
GetAuxCtl
MOVE.L AuxCtlHead,A1
GetAuxGuts
MOVE.B #1,12(SP) ;set the boolean to TRUE
MOVE.L 8(SP),D0 ;get the ID field
_StripAddress ; make it 32-bit OK
@1
MOVE.L (A1),A0 ;dereference to ptr
CMP.L awOwner(A0),D0 ;do they match? <1.5>
BEQ.S @3
MOVE.L A1,D2 ;save this handle (if returning default)
MOVE.L awNext(A0),D1 ;move down the chain (set flags) <1.5>
MOVE.L D1,A1 ;copy to address register
BNE.S @1 ;if next = NIL, then at the end
TST.L D0 ;was it a default request?
BEQ.S @3 ;if so, then handle is OK
MOVE.B #0,12(SP) ;set the boolean to FALSE
MOVE.L D2,A1 ;and put this handle back
@3
MOVE.L 4(SP),A0 ;get a pointer to var result
MOVE.L A1,(A0) ;save the result
; <SM16> The routines that need to get at a window<6F>s color table generally call GetAuxWin first to
; <SM16> get the color table handle. That makes this a good place to reload the color table if it<69>s
; <SM16> been purged.
move.l (A1), A0 ; <SM16> FM Aux[Win|Ctl]Ptr in A0
move.l awCTable(A0), A0 ; <SM16> FM Color table handle (resource handle) in A0
tst.l (A0) ; <SM16> FM is the master pointer NIL?
bnz.s @exit ; <SM16> FM if so then we should reload the table
move.l A0, -(SP) ; <SM16> FM push the resource handle
_LoadResource ; <SM16> FM try to get it back in memory
@exit MOVE.L (SP)+,A0 ;get the return address
ADDQ #8,SP ;flush the parameters
JMP (A0) ;and go home
EndProc
END
Reference in New Issue Copy Permalink