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executor/src/emustubs.c

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/* Copyright 1994, 1995, 1996 by Abacus Research and
* Development, Inc. All rights reserved.
*/
#if !defined (OMIT_RCSID_STRINGS)
char ROMlib_rcsid_emustubs[] =
"$Id: emustubs.c 88 2005-05-25 03:59:37Z ctm $";
#endif
#include "rsys/common.h"
#include <stdarg.h>
#include "ResourceMgr.h"
#include "ScriptMgr.h"
#include "TextEdit.h"
#include "ToolboxUtil.h"
#include "ListMgr.h"
#include "SANE.h"
#include "BinaryDecimal.h"
#include "FileMgr.h"
#include "StdFilePkg.h"
#include "DiskInit.h"
#include "PrintMgr.h"
#include "IntlUtil.h"
#include "MemoryMgr.h"
#include "CQuickDraw.h"
#include "SoundMgr.h"
#include "HelpMgr.h"
#include "ADB.h"
#include "SegmentLdr.h"
#include "ToolboxUtil.h"
#include "OSUtil.h"
#include "VRetraceMgr.h"
#include "TimeMgr.h"
#include "ToolboxEvent.h"
#include "OSEvent.h"
#include "Gestalt.h"
#include "rsys/segment.h"
#include "rsys/resource.h"
#include "rsys/toolutil.h"
#include "NotifyMgr.h"
#include "ShutDown.h"
#include "AppleEvents.h"
#include "ProcessMgr.h"
#include "AliasMgr.h"
#include "EditionMgr.h"
#include "FontMgr.h"
#include "Finder.h"
#include "Iconutil.h"
#include "QuickTime.h"
#include "CommTool.h"
#include "rsys/pstuff.h"
#include "rsys/file.h"
#include "rsys/time.h"
#include "rsys/mman.h"
#include "rsys/prefs.h"
#include "rsys/soundopts.h"
#include "rsys/system_error.h"
#include "rsys/emustubs.h"
#include "rsys/gestalt.h"
#include "rsys/executor.h"
#include "rsys/mixed_mode.h"
#include "rsys/cfm.h"
#include "rsys/mixed_mode.h"
#define PUBLIC
#undef PRIVATE
#define PRIVATE static
#define RTS() return POPADDR()
#define STUB(x) PUBLIC syn68k_addr_t _ ## x( syn68k_addr_t ignoreme, \
void **ignoreme2 )
#define ADJUST_CC_BASED_ON_D0() \
do \
{ \
cpu_state.ccc = 0; \
cpu_state.ccn = (cpu_state.regs[0].sw.n < 0); \
cpu_state.ccv = 0; \
cpu_state.ccx = cpu_state.ccx; /* unchanged */ \
cpu_state.ccnz = (cpu_state.regs[0].sw.n != 0); \
} \
while (0)
#define STUB_NEG1_D0(x) STUB(x) { EM_D0 = -1; ADJUST_CC_BASED_ON_D0(); RTS(); }
#define STUB_RTS(x) STUB(x) { RTS(); }
STUB(GetDefaultStartup)
{
(SYN68K_TO_US((signed char *)EM_A0))[0] = -1;
(SYN68K_TO_US((signed char *)EM_A0))[1] = -1;
(SYN68K_TO_US((signed char *)EM_A0))[2] = -1;
(SYN68K_TO_US((signed char *)EM_A0))[3] = -33; /* That's what Q610 has */
RTS();
}
STUB(SetDefaultStartup)
{
RTS();
}
STUB(GetVideoDefault)
{
(SYN68K_TO_US((signed char *)EM_A0))[0] = 0; /* Q610 values */
(SYN68K_TO_US((signed char *)EM_A0))[1] = -56;
RTS();
}
STUB(SetVideoDefault)
{
RTS();
}
STUB(GetOSDefault)
{
(SYN68K_TO_US((signed char *)EM_A0))[0] = 0; /* Q610 values */
(SYN68K_TO_US((signed char *)EM_A0))[1] = 1;
RTS();
}
STUB(SetOSDefault)
{
RTS();
}
STUB(SwapMMUMode)
{
EM_D0 &= 0xFFFFFF00;
EM_D0 |= 0x00000001;
MMU32Bit = 0x01; /* TRUE32b */
RTS();
}
STUB (Launch)
{
LaunchParamBlockRec *lpbp;
StringPtr strp;
lpbp = (LaunchParamBlockRec *) SYN68K_TO_US(EM_A0);
if (lpbp->launchBlockID == CWC (extendedBlock))
strp = 0;
else
strp = MR (*(StringPtr *) lpbp);
EM_D0 = NewLaunch (strp, 0, lpbp);
RTS ();
}
STUB (Chain)
{
Chain (MR(*(StringPtr *) SYN68K_TO_US(EM_A0)), 0);
RTS ();
}
STUB(IMVI_LowerText)
{
EM_D0 = resNotFound;
RTS();
}
STUB(SCSIDispatch)
{
syn68k_addr_t retaddr;
retaddr = POPADDR();
EM_A7 += 4; /* get rid of selector and location for errorvalue */
#define scMgrBusyErr 7
PUSHUW(scMgrBusyErr);
PUSHADDR(retaddr);
RTS();
}
STUB(LoadSeg)
{
syn68k_addr_t retaddr;
retaddr = POPADDR();
C_LoadSeg(POPUW());
PUSHADDR(retaddr - 6);
RTS();
}
STUB(zerod0SetCtlValue)
{
syn68k_addr_t retaddr;
short arg0;
retaddr = POPADDR();
arg0 = POPUW();
C_SetCtlValue((ControlHandle) SYN68K_TO_US ((void *) POPUL()), arg0);
EM_D0 = 0;
ADJUST_CC_BASED_ON_D0 ();
PUSHADDR(retaddr);
RTS();
}
STUB(HWPriv)
{
HWPriv( EM_D0, EM_A0 ); /* NOTE: A0 shouldn't be convered from SYN to US
here because it's often used as a long. See
the implementation of HWPriv in segment.c
for details */
RTS();
}
STUB(ResourceStub)
{
EM_A0 = (long) US_TO_SYN68K_CHECK0(ROMlib_mgetres2(
(resmaphand) SYN68K_TO_US_CHECK0(EM_A4),
(resref *) SYN68K_TO_US_CHECK0(EM_A2)));
RTS();
}
STUB_NEG1_D0(DrvrInstall)
STUB_NEG1_D0(DrvrRemove)
STUB(ADBReInit)
{
ADBReInit ();
RTS ();
}
STUB(ADBOp)
{
adbop_t *p;
p = (adbop_t *) SYN68K_TO_US(EM_A0);
cpu_state.regs[0].sw.n
= ADBOp (MR (p->data), MR (p->proc), MR (p->buffer), EM_D0);
RTS ();
}
STUB(CountADBs)
{
cpu_state.regs[0].sw.n = CountADBs ();
RTS ();
}
STUB(GetIndADB)
{
cpu_state.regs[0].sw.n =
GetIndADB ((ADBDataBlock *)SYN68K_TO_US_CHECK0(EM_A0), (char) EM_D0);
RTS ();
}
STUB(GetADBInfo)
{
cpu_state.regs[0].sw.n =
GetADBInfo ((ADBDataBlock *) SYN68K_TO_US_CHECK0(EM_A0), (char) EM_D0);
RTS ();
}
STUB(SetADBInfo)
{
cpu_state.regs[0].sw.n =
SetADBInfo ((ADBSetInfoBlock *) SYN68K_TO_US_CHECK0(EM_A0), (char) EM_D0);
RTS ();
}
STUB(_GetResource)
{
syn68k_addr_t retaddr;
short arg0;
void *retval;
retaddr = POPADDR();
arg0 = POPUW();
retval = C_GetResource(POPUL(), arg0);
WRITEUL(EM_A7, (uint32) US_TO_SYN68K_CHECK0(retval));
PUSHADDR(retaddr);
EM_D0 = 0;
RTS();
}
static void
do_selector_error (uint32 selector,
char *trap_name,
syn68k_addr_t (*trap_fp) (syn68k_addr_t, void **))
{
boolean_t found_trapno_p = FALSE;
int trapno = /* dummy */ -1, i;
char buf[256];
/* search for the trap fp in the trap tables */
for (i = 0; i < 0x400; i ++)
if (toolstuff[i].ptoc.wheretogo == trap_fp)
{
trapno = i + 0xA800;
found_trapno_p = TRUE;
break;
}
if (! found_trapno_p)
for (i = 0; i < 0x100; i ++)
if (osstuff[i].func == trap_fp)
{
trapno = i + 0xA000;
found_trapno_p = TRUE;
break;
}
if (found_trapno_p)
sprintf (buf,
"Fatal error.\r"
"unknown trap selector `%ld' in trap `%s' trapno `%X'.",
(long) selector, trap_name, trapno);
else
sprintf (buf,
"Fatal error.\r"
"unknown trap selector `%ld' in trap `%s'.",
(long) selector, trap_name);
system_error (buf, 0,
"Restart", NULL, NULL,
NULL, NULL, NULL);
ExitToShell ();
}
typedef struct
{
unsigned long first;
unsigned long last;
unsigned long divide;
ptocblock_t *descriptorp;
} selectorblock_t;
#define do_selector_block(sbp, sel, trap) \
({ _do_selector_block (sbp, sel, # trap, _ ## trap); })
PRIVATE syn68k_addr_t
_do_selector_block (const selectorblock_t *sbp, unsigned long sel,
char *trap_name,
syn68k_addr_t (*trap_fp) (syn68k_addr_t, void **))
{
char done;
ptocblock_t *ptocp;
const selectorblock_t *orig_sbp;
orig_sbp = sbp;
for (done = FALSE;
(!(sbp->first == 0
&& sbp->last == 0)
&& !done);
++sbp)
{
if (sel >= sbp->first && sel <= sbp->last)
{
ptocp = &sbp->descriptorp[(sel - sbp->first) / sbp->divide];
if (ptocp->wheretogo)
return PascalToCCall (0, ptocp);
done = TRUE;
}
}
do_selector_error (sel, trap_name, trap_fp);
/* quiet gcc */
abort ();
}
typedef struct selector_table_entry
{
uint32 selector;
ptocblock_t ptoc;
} selector_table_entry_t;
#define do_selector_table(selector, table, table_size, fail_fn, trap) \
({ _do_selector_table (selector, table, table_size, fail_fn, \
# trap, _ ## trap); })
static syn68k_addr_t
_do_selector_table (uint32 selector,
selector_table_entry_t *table, int table_size,
syn68k_addr_t (*fail_fn) (void),
char *trap_name,
syn68k_addr_t (*trap_fp) (syn68k_addr_t, void **))
{
int i;
for (i = 0; i < table_size; i ++)
{
if (table[i].selector == selector)
return PascalToCCall (0, &table[i].ptoc);
}
if (fail_fn)
return (*fail_fn) ();
else
do_selector_error (selector, trap_name, trap_fp);
/* quiet gcc */
abort ();
}
#define PTOCBLOCK(name) { C_ ## name, PTOC_ ##name }
#define C_ZERO ((void *) 0)
#define PTOC_ZERO (0)
PRIVATE ptocblock_t scriptptoc0[] =
{
PTOCBLOCK(FontScript), /* 0 FontScript */
PTOCBLOCK(IntlScript), /* 2 IntlScript */
PTOCBLOCK(KeyScript), /* 4 KybdScript */
PTOCBLOCK(Font2Script), /* 6 Font2Script */
PTOCBLOCK(GetEnvirons), /* 8 */
PTOCBLOCK(SetEnvirons), /* 10 */
PTOCBLOCK(GetScript), /* 12 */
PTOCBLOCK(SetScript), /* 14 */
PTOCBLOCK(CharByte), /* 16 CharByte */
PTOCBLOCK(CharType), /* 18 CharType */
PTOCBLOCK(Pixel2Char), /* 20 Pixel2Char */
PTOCBLOCK(Char2Pixel), /* 22 Char2Pixel */
PTOCBLOCK(Transliterate),/* 24 Translit*/
PTOCBLOCK(FindWord), /* 26 FindWord */
PTOCBLOCK(HiliteText), /* 28 HiliteText */
PTOCBLOCK(DrawJust), /* 30 DrawJust */
PTOCBLOCK(MeasureJust), /* 0x20 */
PTOCBLOCK (ParseTable), /* 0x22 */
PTOCBLOCK (ZERO), /* PortionText 0x24 */
PTOCBLOCK (FindScriptRun), /* 0x26 */
PTOCBLOCK (VisibleLength), /* 0x28 */
PTOCBLOCK (ZERO), /* IsSpecialFont 0x2A */
PTOCBLOCK (ZERO), /* RawPrinterValues 0x2C */
PTOCBLOCK (PixelToChar), /* 0x2E */
PTOCBLOCK (CharToPixel), /* 0x30 */
PTOCBLOCK (DrawJustified), /* 0x32 */
PTOCBLOCK (NMeasureJust), /* 0x34 */
PTOCBLOCK (PortionLine), /* 0x36 */
};
/* D0 IsCmdChar */
PRIVATE ptocblock_t scriptptoc1[] =
{
PTOCBLOCK (ReplaceText), /* 0xDC */
#if defined (NEWSTUBS)
PTOCBLOCK(TruncText), /* 0xde */
PTOCBLOCK (TruncString), /* 0xE0 */
PTOCBLOCK(NFindWord), /* 0xe2 */
PTOCBLOCK(ValidDate), /* 0xe4 */
PTOCBLOCK(FormatStr2X), /* 0xe6 */
PTOCBLOCK(FormatX2Str), /* 0xe8 */
PTOCBLOCK(Format2Str), /* 0xea */
PTOCBLOCK(Str2Format), /* 0xec */
PTOCBLOCK(ToggleDate), /* 0xee */
#else
PTOCBLOCK (ZERO), /* 0xDE */
PTOCBLOCK (TruncString), /* 0xE0 */
PTOCBLOCK (ZERO), /* 0xE2 */
PTOCBLOCK (ZERO), /* 0xE4 */
PTOCBLOCK (StringToExtended), /* 0xE6 */
PTOCBLOCK (ExtendedToString), /* 0xE8 */
PTOCBLOCK (ZERO), /* 0xEA */
PTOCBLOCK (StringToFormatRec),/* 0xEC */
PTOCBLOCK (ToggleDate), /* 0xEE */
#endif
PTOCBLOCK(LongSecs2Date), /* 0xf0 */
PTOCBLOCK(LongDate2Secs), /* 0xf2 */
PTOCBLOCK (String2Time), /* 0xF4 String2Time */
PTOCBLOCK (String2Date), /* 0xF6 String2Date */
PTOCBLOCK (InitDateCache), /* 0xF8 InitDateCache */
#if defined(NEWSTUBS)
PTOCBLOCK(IntlTokenize), /* 0xfa */
PTOCBLOCK(GetFormatOrder), /* 0xfc */
#else
PTOCBLOCK (ZERO), /* 0xFA */
PTOCBLOCK (ZERO), /* 0xFC */
#endif
PTOCBLOCK (StyledLineBreak), /* 0xFE */
};
PRIVATE selectorblock_t scriptutil_block[] =
{
{ 0, 0x36, 2, scriptptoc0 },
{ 0xDC, 0xFE, 2, scriptptoc1 },
{ 0, 0, 0, 0 },
};
PRIVATE ptocblock_t high_scriptutil_ptoc0[] =
{
PTOCBLOCK (CharacterByteType), /* 0x10; 0xc2060010 */
PTOCBLOCK (CharacterType), /* 0x12; 0xC2060012 */
PTOCBLOCK (ZERO), /* 0x14 */
PTOCBLOCK (ZERO), /* 0x16 */
PTOCBLOCK (TransliterateText), /* 0x18; 0xC20E0018 */
PTOCBLOCK (ZERO), /* 0x1A */
PTOCBLOCK (ZERO), /* 0x1C */
PTOCBLOCK (ZERO), /* 0x1E */
PTOCBLOCK (ZERO), /* 0x20 */
PTOCBLOCK (FillParseTable), /* 0x22; 0xC2040022 */
#if 0
GetScriptUtilityAddress /* 0x38; 0xC4040038 */
SetScriptUtilityAddress /* 0x3A; 0xC008003A */
GetScriptQDPatchAddress /* 0x3C; 0xC406003C */
SetScriptQDPatchAddress /* 0x3E; 0xC00A003E */
#endif
};
PRIVATE selectorblock_t high_scriptutil_block[] =
{
{ 0x10, 0x22, 2, high_scriptutil_ptoc0 },
{ 0, 0, 0, 0 },
};
PRIVATE ptocblock_t textutils_ptoc[] =
{
PTOCBLOCK (LowercaseText), /* 0x0000 */
PTOCBLOCK (StripDiacritics), /* 0x0200 */
PTOCBLOCK (UppercaseText), /* 0x0400 */
PTOCBLOCK (UppercaseStripDiacritics), /* 0x0600 */
};
PRIVATE selectorblock_t textutils_block[] =
{
{ 0x0000, 0x0600, 0x0200, textutils_ptoc },
{ 0, 0, 0, 0 },
};
STUB (ScriptUtil)
{
syn68k_addr_t retaddr;
uint32 selector;
uint8 low_selector_byte;
boolean_t use_high_table_p;
syn68k_addr_t retval;
retaddr = POPADDR();
selector = POPUL();
if (selector == 0x800affb6)
{
uint16 sel2;
sel2 = POPUW();
PUSHADDR(retaddr);
retval = do_selector_block (textutils_block, sel2, ScriptUtil);
}
else
{
PUSHADDR(retaddr);
use_high_table_p = ((selector & 0x40000000) == 0x40000000);
low_selector_byte = selector & 0xFF;
retval = do_selector_block ((use_high_table_p
? high_scriptutil_block
: scriptutil_block),
low_selector_byte,
ScriptUtil);
}
return retval;
}
#if defined(NEWSTUBS)
{
BOn 0
AOn 4
AOnIgnoreModem 5
BOff 80
AOff 84
}
#endif
PRIVATE ptocblock_t tedispatchptoc[] =
{
PTOCBLOCK(TEStylPaste), /* 0 */
PTOCBLOCK(TESetStyle), /* 1 */
PTOCBLOCK(TEReplaceStyle), /* 2 */
PTOCBLOCK(TEGetStyle), /* 3 */
PTOCBLOCK(GetStylHandle), /* 4 */
PTOCBLOCK(SetStylHandle), /* 5 */
PTOCBLOCK(GetStylScrap), /* 6 */
PTOCBLOCK(TEStylInsert), /* 7 */
PTOCBLOCK(TEGetPoint), /* 8 */
PTOCBLOCK(TEGetHeight), /* 9 */
PTOCBLOCK(TEContinuousStyle), /* 10 */
PTOCBLOCK(SetStylScrap), /* 11 */
PTOCBLOCK(TECustomHook), /* 12 */
PTOCBLOCK(TENumStyles), /* 13 */
PTOCBLOCK(TEFeatureFlag), /* 14 */
};
PRIVATE selectorblock_t tedispatchblock[] =
{
{ 0, 14, 1, tedispatchptoc },
{ 0, 0, 0, 0 },
};
STUB (TEDispatch)
{
syn68k_addr_t retaddr;
unsigned short us;
retaddr = POPADDR ();
us = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (tedispatchblock, us, TEDispatch);
}
PRIVATE ptocblock_t fontdispatch_ptoc[] =
{
PTOCBLOCK (IsOutline), /* 0x0 */
PTOCBLOCK (SetOutlinePreferred), /* 0x1 */
PTOCBLOCK (ZERO), /* 0x2 */
PTOCBLOCK (ZERO), /* 0x3 */
PTOCBLOCK (ZERO), /* 0x4 */
PTOCBLOCK (ZERO), /* 0x5 */
PTOCBLOCK (ZERO), /* 0x6 */
PTOCBLOCK (ZERO), /* 0x7 */
PTOCBLOCK (OutlineMetrics), /* 0x8 */
PTOCBLOCK (GetOutlinePreferred), /* 0x9 */
PTOCBLOCK (SetPreserveGlyph), /* 0xA */
PTOCBLOCK (GetPreserveGlyph), /* 0xB */
PTOCBLOCK (FlushFonts), /* 0xC */
};
PRIVATE selectorblock_t fontdispatch_block[] =
{
{ 0x0, 0xC, 1, fontdispatch_ptoc },
{ 0, 0, 0, 0 },
};
STUB (FontDispatch)
{
return do_selector_block (fontdispatch_block, EM_D0 & 0xF, FontDispatch);
}
PRIVATE ptocblock_t resource_dispatch_ptoc[] =
{
PTOCBLOCK (ReadPartialResource), /* 0x1 */
PTOCBLOCK (WritePartialResource), /* 0x2 */
PTOCBLOCK (SetResourceSize), /* 0x3 */
};
PRIVATE ptocblock_t resource_dispatch_ptoc10[] =
{
PTOCBLOCK (GetNextFOND), /* 10 */
};
PRIVATE selectorblock_t resource_dispatch_block[] =
{
{ 0x1, 0x3, 1, resource_dispatch_ptoc },
{ 10, 10, 1, resource_dispatch_ptoc10 },
{ 0, 0, 0, 0 },
};
STUB (ResourceDispatch)
{
return do_selector_block (resource_dispatch_block, EM_D0 & 0xF,
ResourceDispatch);
}
#if defined(NEWSTUBS)
{
InitDBPack 100
DBKill 20e
DBDisposeQuery 210
DBRemoveResultHandler 215
DBGetNewQuery 30f
DBEnd 403
DBExec 408
DBState 409
DBUnGetItem 40d
DBResultsToText 413
DBBreak 50b
DBInstallResultHandler 514
DBGetResultHandler 516
DBGetSessionNum 605
DBSend 706
DBStartQuery 811
DBGetQueryResults a12
DBSendItem b07
DBInit e02
DBGetErr e0a
DBGetItem 100c
DBGetConnInfo 1704
}
#endif
STUB(Fix2X)
{
syn68k_addr_t retaddr;
void *retp;
Fixed f;
retaddr = POPADDR();
f = (Fixed) POPUL();
retp = (void *) POPADDR();
R_Fix2X((void *) SYN68K_TO_US (retaddr), f,
(extended80 *) SYN68K_TO_US (retp));
PUSHADDR((syn68k_addr_t) retp);
return retaddr;
}
STUB(Frac2X)
{
syn68k_addr_t retaddr;
void *retp;
Fract f;
retaddr = POPADDR();
f = (Fract) POPUL();
retp = (void *) POPADDR();
R_Frac2X((void *) SYN68K_TO_US (retaddr), f,
(extended80 *) SYN68K_TO_US (retp));
PUSHADDR((syn68k_addr_t) retp);
return retaddr;
}
#define SAVE_A1_D1_D2() \
uint32 savea1, saved1, saved2; \
savea1 = EM_A1; \
saved1 = EM_D1; \
saved2 = EM_D2
#define RESTORE_A1_D1_D2() \
EM_A1 = savea1; \
EM_D1 = saved1; \
EM_D2 = saved2
STUB(HandToHand)
{
HIDDEN_Handle vp;
SAVE_A1_D1_D2();
vp.p = (Handle) SYN68K_TO_US_CHECK0(EM_A0);
EM_D0 = HandToHand((HIDDEN_Handle *) &vp);
EM_A0 = (long) US_TO_SYN68K_CHECK0(vp.p);
RESTORE_A1_D1_D2();
ADJUST_CC_BASED_ON_D0();
RTS();
}
STUB(PtrToHand)
{
HIDDEN_Handle dsthand;
SAVE_A1_D1_D2();
EM_D0 = PtrToHand((Ptr) SYN68K_TO_US_CHECK0(EM_A0),
(HIDDEN_Handle *) &dsthand, EM_D0);
EM_A0 = US_TO_SYN68K_CHECK0 ((long) dsthand.p);
RESTORE_A1_D1_D2();
ADJUST_CC_BASED_ON_D0();
RTS();
}
STUB(PtrToXHand)
{
long save_a1;
SAVE_A1_D1_D2();
save_a1 = EM_A1;
EM_D0 = PtrToXHand((Ptr) SYN68K_TO_US_CHECK0(EM_A0),
(Handle) SYN68K_TO_US_CHECK0(EM_A1), EM_D0);
EM_A0 = save_a1; /* a1 == dsthand, which goes into a0 at end */
RESTORE_A1_D1_D2();
ADJUST_CC_BASED_ON_D0();
RTS();
}
STUB(HandAndHand)
{
long savehand;
SAVE_A1_D1_D2();
savehand = EM_A1;
EM_D0 = HandAndHand((Handle) SYN68K_TO_US_CHECK0(EM_A0),
(Handle) SYN68K_TO_US_CHECK0(EM_A1));
EM_A0 = savehand;
RESTORE_A1_D1_D2();
ADJUST_CC_BASED_ON_D0();
RTS();
}
STUB(PtrAndHand)
{
long savehand;
SAVE_A1_D1_D2();
savehand = EM_A1;
EM_D0 = PtrAndHand((Ptr) SYN68K_TO_US_CHECK0(EM_A0),
(Handle) SYN68K_TO_US_CHECK0(EM_A1), EM_D0);
EM_A0 = savehand;
RESTORE_A1_D1_D2();
ADJUST_CC_BASED_ON_D0();
RTS();
}
STUB(Date2Secs)
{
LONGINT l;
SAVE_A1_D1_D2();
Date2Secs((DateTimeRec *) SYN68K_TO_US_CHECK0(EM_A0), &l);
EM_D0 = l;
RESTORE_A1_D1_D2();
RTS();
}
STUB(Secs2Date)
{
SAVE_A1_D1_D2();
Secs2Date(EM_D0, (DateTimeRec *) SYN68K_TO_US_CHECK0(EM_A0));
RESTORE_A1_D1_D2();
RTS();
}
STUB(Enqueue)
{
SAVE_A1_D1_D2();
Enqueue((QElemPtr) SYN68K_TO_US_CHECK0(EM_A0),
(QHdrPtr) SYN68K_TO_US_CHECK0(EM_A1)); /* TODO: check to see if Mac
alters D0 */
RESTORE_A1_D1_D2();
RTS();
}
STUB(Dequeue)
{
SAVE_A1_D1_D2();
EM_D0 = Dequeue((QElemPtr) SYN68K_TO_US_CHECK0(EM_A0),
(QHdrPtr) SYN68K_TO_US_CHECK0(EM_A1));
RESTORE_A1_D1_D2();
ADJUST_CC_BASED_ON_D0();
RTS();
}
/*
* NOTE: The Key1Trans and Key2Trans implementations are just transcriptions
* of what I had in stubs.s. I'm still not satisified that we have
* the real semantics of these two routines down.
*/
#define KEYTRANSMACRO() \
unsigned short uw; \
\
uw = EM_D1 << 8; \
uw |= cpu_state.regs[2].uw.n; \
EM_D0 = (KeyTrans((void *) 0, uw, (LONGINT *) 0) >> 16) & 0xFF; \
RTS();
STUB(Key1Trans)
{
KEYTRANSMACRO();
}
STUB(Key2Trans)
{
KEYTRANSMACRO();
}
STUB(NMInstall)
{
EM_D0 = NMInstall((NMRecPtr) SYN68K_TO_US_CHECK0(EM_A0));
RTS();
}
STUB(NMRemove)
{
EM_D0 = NMRemove((NMRecPtr) SYN68K_TO_US_CHECK0(EM_A0));
RTS();
}
#if defined(MSDOS)
PRIVATE int float_environment_initted = 0;
PRIVATE void init_float_environment(void)
{
INTEGER env;
if (!float_environment_initted) {
env = 0;
ROMlib_Fsetenv (&env, 0);
float_environment_initted = 1;
}
}
#endif /* defined(MSDOS) */
PRIVATE ptocblock_t alias_dispatch_ptoc[] =
{
PTOCBLOCK (FindFolder), /* 00 */
PTOCBLOCK (ZERO),
PTOCBLOCK (NewAlias), /* 02 */
PTOCBLOCK (ResolveAlias), /* 03 */
PTOCBLOCK (ZERO),
PTOCBLOCK (MatchAlias), /* 05 */
PTOCBLOCK (UpdateAlias), /* 06 */
PTOCBLOCK (GetAliasInfo), /* 07 */
PTOCBLOCK (NewAliasMinimal), /* 08 */
PTOCBLOCK (NewAliasMinimalFromFullPath), /* 09 */
PTOCBLOCK (ZERO),
PTOCBLOCK (ZERO),
PTOCBLOCK (ResolveAliasFile), /* 0C */
};
PRIVATE selectorblock_t alias_dispatch_block[] =
{
{ 0, 0xC, 1, alias_dispatch_ptoc },
{ 0, 0, 0, 0 },
};
STUB (AliasDispatch)
{
return do_selector_block (alias_dispatch_block,
EM_D0 & 0xFFFF, AliasDispatch);
}
PRIVATE ptocblock_t pack4ptoc[] =
{
PTOCBLOCK(ROMlib_Faddx), /* 00 */
PTOCBLOCK(ROMlib_Fsetenv), /* 01 */
PTOCBLOCK(ROMlib_Fsubx), /* 02 */
PTOCBLOCK(ROMlib_Fgetenv), /* 03 */
PTOCBLOCK(ROMlib_Fmulx), /* 04 */
PTOCBLOCK(ROMlib_Fsethv), /* 05 */
PTOCBLOCK(ROMlib_Fdivx), /* 06 */
PTOCBLOCK(ROMlib_Fgethv), /* 07 */
PTOCBLOCK(ROMlib_Fcmpx), /* 08 */
PTOCBLOCK(ROMlib_Fdec2x), /* 09 */
PTOCBLOCK(ROMlib_FcpXx), /* 0A */
PTOCBLOCK(ROMlib_Fx2dec), /* 0B */
PTOCBLOCK(ROMlib_Fremx), /* 0C */
PTOCBLOCK(ROMlib_FnegX), /* 0D */
PTOCBLOCK(ROMlib_Fx2X), /* 0E */
PTOCBLOCK(ROMlib_FabsX), /* 0F */
PTOCBLOCK(ROMlib_FX2x), /* 10 */
PTOCBLOCK(ROMlib_Fcpysgnx), /* 11 */
PTOCBLOCK(ROMlib_FsqrtX), /* 12 */
PTOCBLOCK(ROMlib_FnextX), /* 13 */
PTOCBLOCK(ROMlib_FrintX), /* 14 */
PTOCBLOCK(ZERO), /* 15 */
PTOCBLOCK(ROMlib_FtintX), /* 16 */
PTOCBLOCK(ROMlib_Fprocentry), /* 17 */
PTOCBLOCK(ROMlib_FscalbX), /* 18 */
PTOCBLOCK(ROMlib_Fprocexit),/* 19 */
PTOCBLOCK(ROMlib_FlogbX), /* 1A */
PTOCBLOCK(ROMlib_Ftestxcp), /* 1B */
PTOCBLOCK(ROMlib_Fclassx), /* 1C */
};
PRIVATE selectorblock_t pack4block[] = {
{ 0, 0x1C, 1, pack4ptoc },
{ 0, 0, 0, 0 },
};
STUB(Pack4)
{
unsigned short us;
#if defined(MSDOS)
init_float_environment ();
#endif
us = READUW (EM_A7 + 4);
return do_selector_block (pack4block, us & 0xFF, Pack4);
}
PRIVATE ptocblock_t pack5ptoc[] =
{
PTOCBLOCK(ROMlib_FlnX), /* 00 */
PTOCBLOCK(ROMlib_Flog2X), /* 02 */
PTOCBLOCK(ROMlib_Fln1X), /* 04 */
PTOCBLOCK(ROMlib_Flog21X), /* 06 */
PTOCBLOCK(ROMlib_FexpX), /* 08 */
PTOCBLOCK(ROMlib_Fexp2X), /* 0A */
PTOCBLOCK(ROMlib_Fexp1X), /* 0C */
PTOCBLOCK(ROMlib_Fexp21X), /* 0E */
PTOCBLOCK(ROMlib_Fxpwri), /* 10 */
PTOCBLOCK(ROMlib_Fxpwry), /* 12 */
PTOCBLOCK(ROMlib_Fcompound), /* 14 */
PTOCBLOCK(ROMlib_Fannuity), /* 16 */
PTOCBLOCK(ROMlib_FsinX), /* 18 */
PTOCBLOCK(ROMlib_FcosX), /* 1A */
PTOCBLOCK(ROMlib_FtanX), /* 1C */
PTOCBLOCK(ROMlib_FatanX), /* 1E */
PTOCBLOCK(ROMlib_FrandX), /* 20 */
};
PRIVATE selectorblock_t pack5block[] = {
{ 0, 0x20, 2, pack5ptoc },
{ 0, 0, 0, 0 },
};
STUB (Pack5)
{
syn68k_addr_t retaddr;
unsigned short uw;
#if defined(MSDOS)
init_float_environment ();
#endif
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (pack5block, uw & 0xFF, Pack5);
}
PRIVATE ptocblock_t pack0ptoc[] =
{
PTOCBLOCK(LActivate), /* 0 */
PTOCBLOCK(LAddColumn), /* 1 */
PTOCBLOCK(LAddRow), /* 2 */
PTOCBLOCK(LAddToCell), /* 3 */
PTOCBLOCK(LAutoScroll), /* 4 */
PTOCBLOCK(LCellSize), /* 5 */
PTOCBLOCK(LClick), /* 6 */
PTOCBLOCK(LClrCell), /* 7 */
PTOCBLOCK(LDelColumn), /* 8 */
PTOCBLOCK(LDelRow), /* 9 */
PTOCBLOCK(LDispose), /* 10 */
PTOCBLOCK(LDoDraw), /* 11 */
PTOCBLOCK(LDraw), /* 12 */
PTOCBLOCK(LFind), /* 13 */
PTOCBLOCK(LGetCell), /* 14 */
PTOCBLOCK(LGetSelect), /* 15 */
PTOCBLOCK(LLastClick), /* 16 */
PTOCBLOCK(LNew), /* 17 */
PTOCBLOCK(LNextCell), /* 18 */
PTOCBLOCK(LRect), /* 19 */
PTOCBLOCK(LScroll), /* 20 */
PTOCBLOCK(LSearch), /* 21 */
PTOCBLOCK(LSetCell), /* 22 */
PTOCBLOCK(LSetSelect), /* 23 */
PTOCBLOCK(LSize), /* 24 */
PTOCBLOCK(LUpdate), /* 25 */
};
PRIVATE selectorblock_t pack0block[] = {
{ 0, 100, 4, pack0ptoc },
{ 0, 0, 0, 0 },
};
STUB (Pack0)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (pack0block, uw, Pack0);
}
PRIVATE ptocblock_t osdispatch_ptoc0[] =
{
PTOCBLOCK (TempMaxMem), /* 0x0015 */
PTOCBLOCK (TempTopMem), /* 0x0016 */
PTOCBLOCK (ZERO), /* 0x0017 */
PTOCBLOCK (TempFreeMem), /* 0x0018 */
};
PRIVATE ptocblock_t osdispatch_ptoc2[] =
{
PTOCBLOCK (TempNewHandle), /* 0x001D */
PTOCBLOCK (TempHLock), /* 0x001E */
PTOCBLOCK (TempHUnlock), /* 0x001F */
PTOCBLOCK (TempDisposeHandle), /* 0x0020 */
};
PRIVATE ptocblock_t osdispatch_ptoc3[] =
{
PTOCBLOCK (AcceptHighLevelEvent), /* 0x0033 */
PTOCBLOCK (PostHighLevelEvent), /* 0x0034 */
PTOCBLOCK (GetProcessSerialNumberFromPortName), /* 0x0035 */
#if 0
PTOCBLOCK (LaunchDeskAccessory), /* 0x0036 */
#endif
};
PRIVATE ptocblock_t osdispatch_ptoc4[] =
{
PTOCBLOCK (GetCurrentProcess), /* 0x0037 */
PTOCBLOCK (GetNextProcess), /* 0x0038 */
PTOCBLOCK (GetFrontProcess), /* 0x0039 */
PTOCBLOCK (GetProcessInformation), /* 0x003A */
PTOCBLOCK (SetFrontProcess), /* 0x003B */
PTOCBLOCK (WakeUpProcess), /* 0x003C */
PTOCBLOCK (SameProcess), /* 0x003D */
};
PRIVATE ptocblock_t osdispatch_ptoc5[] =
{
PTOCBLOCK (GetSpecificHighLevelEvent), /* 0x0045 */
PTOCBLOCK (GetPortNameFromProcessSerialNumber), /* 0x0046 */
};
PRIVATE selectorblock_t osdispatch_block[] =
{
{ 0x0015, 0x0018, 1, osdispatch_ptoc0 },
{ 0x001D, 0x0020, 1, osdispatch_ptoc2 },
{ 0x0033, 0x0035, 1, osdispatch_ptoc3 },
{ 0x0037, 0x003D, 1, osdispatch_ptoc4 },
{ 0x0045, 0x0046, 1, osdispatch_ptoc5 },
{ 0, 0, 0, 0 },
};
STUB (OSDispatch)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (osdispatch_block, uw, OSDispatch);
}
PRIVATE selector_table_entry_t pack8_table[] =
{
{ 0x011E, PTOCBLOCK (AESetInteractionAllowed) },
{ 0x0204, PTOCBLOCK (AEDisposeDesc) },
{ 0x0219, PTOCBLOCK (AEResetTimer) },
{ 0x021A, PTOCBLOCK (AEGetTheCurrentEvent) },
{ 0x021B, PTOCBLOCK (AEProcessAppleEvent) },
{ 0x021D, PTOCBLOCK (AEGetInteractionAllowed) },
{ 0x022B, PTOCBLOCK (AESuspendTheCurrentEvent) },
{ 0x022C, PTOCBLOCK (AESetTheCurrentEvent) },
{ 0x023A, PTOCBLOCK (AEDisposeToken) },
{ 0x0405, PTOCBLOCK (AEDuplicateDesc) },
{ 0x0407, PTOCBLOCK (AECountItems) },
{ 0x040E, PTOCBLOCK (AEDeleteItem) },
/* AEDeleteParam */
{ 0x0413, PTOCBLOCK (AEDeleteKeyDesc) },
{ 0x0441, PTOCBLOCK (AEManagerInfo) },
{ 0x0500, PTOCBLOCK (AEInstallSpecialHandler) },
{ 0x0501, PTOCBLOCK (AERemoveSpecialHandler) },
{ 0x052D, PTOCBLOCK (AEGetSpecialHandler) },
{ 0x0536, PTOCBLOCK (AEREesolve) },
{ 0x0603, PTOCBLOCK (AECoerceDesc) },
{ 0x0609, PTOCBLOCK (AEPutDesc) },
/* AEPutParamDesc */
{ 0x0610, PTOCBLOCK (AEPutKeyDesc) },
{ 0x061C, PTOCBLOCK (AEInteractWithUser) },
{ 0x0627, PTOCBLOCK (AEPutAttributeDesc) },
{ 0x0632, PTOCBLOCK (_AE_hdlr_delete) }, /* internal */
{ 0x0706, PTOCBLOCK (AECreateList) },
{ 0x0720, PTOCBLOCK (AERemoveEventHandler) },
{ 0x0723, PTOCBLOCK (AERemoveCoercionHandler) },
{ 0x0738, PTOCBLOCK (AERemoveObjectAccessor) },
{ 0x0812, PTOCBLOCK (AEGetKeyDesc) },
{ 0x0818, PTOCBLOCK (AEResumeTheCurrentEvent) },
{ 0x0825, PTOCBLOCK (AECreateDesc) },
{ 0x0826, PTOCBLOCK (AEGetAttributeDesc) },
{ 0x0828, PTOCBLOCK (AESizeOfAttribute) },
{ 0x0829, PTOCBLOCK (AESizeOfKeyDesc) },
{ 0x082A, PTOCBLOCK (AESizeOfNthItem) },
{ 0x0831, PTOCBLOCK (_AE_hdlr_install) }, /* internal */
{ 0x0833, PTOCBLOCK (_AE_hdlr_lookup) }, /* internal */
{ 0x091F, PTOCBLOCK (AEInstallEventHandler) },
{ 0x0921, PTOCBLOCK (AEGetEventHandler) },
{ 0x092E, PTOCBLOCK (_AE_hdlr_table_alloc) }, /* internal */
{ 0x0937, PTOCBLOCK (AEInstallObjectAccessor) },
{ 0x0939, PTOCBLOCK (AEGetObjectAccessor) },
{ 0x0A02, PTOCBLOCK (AECoercePtr) },
{ 0x0A08, PTOCBLOCK (AEPutPtr) },
{ 0x0A0B, PTOCBLOCK (AEGetNthDesc) },
{ 0x0A0F, PTOCBLOCK (AEPutKeyPtr) },
{ 0x0A16, PTOCBLOCK (AEPutAttributePtr) },
{ 0x0A22, PTOCBLOCK (AEInstallCoercionHandler) },
{ 0x0B0D, PTOCBLOCK (AEPutArray) },
{ 0x0B14, PTOCBLOCK (AECreateAppleEvent) },
{ 0x0B24, PTOCBLOCK (AEGetCoercionHandler) },
{ 0x0C3B, PTOCBLOCK (AECallObjectAccessor) },
{ 0x0D0C, PTOCBLOCK (AEGetArray) },
{ 0x0D17, PTOCBLOCK (AESend) },
/* AEGetParamPtr */
{ 0x0E11, PTOCBLOCK (AEGetKeyPtr) },
{ 0x0E15, PTOCBLOCK (AEGetAttributePtr) },
{ 0x0E35, PTOCBLOCK (AESetObjectCallbacks) },
{ 0x100A, PTOCBLOCK (AEGetNthPtr) },
};
static syn68k_addr_t
pack8_fail_fn ()
{
syn68k_addr_t retaddr;
if (AE_OSL_select_fn == NULL)
C_pack8_unknown_selector ();
warning_unexpected ("calling OSL 'selh' special handler");
retaddr = POPADDR ();
/* #### just clobber a1? */
EM_A1 = (uint32) US_TO_SYN68K_CHECK0(P_pack8_unknown_selector);
CALL_EMULATOR ((syn68k_addr_t) AE_OSL_select_fn);
return retaddr;
}
STUB (Pack8)
{
return do_selector_table (EM_D0 & 0xFFFF,
pack8_table, NELEM (pack8_table),
pack8_fail_fn,
Pack8);
}
P0 (PUBLIC pascal, void, pack8_unknown_selector)
{
do_selector_error (EM_D0 & 0xFFFF, "Pack8", _Pack8);
}
PRIVATE ptocblock_t pack12ptoc[] =
{
PTOCBLOCK (Fix2SmallFract), /* 1 */
PTOCBLOCK (SmallFract2Fix), /* 2 */
PTOCBLOCK (CMY2RGB), /* 3 */
PTOCBLOCK (RGB2CMY), /* 4 */
PTOCBLOCK (HSL2RGB), /* 5 */
PTOCBLOCK (RGB2HSL), /* 6 */
PTOCBLOCK (HSV2RGB), /* 7 */
PTOCBLOCK (RGB2HSV), /* 8 */
PTOCBLOCK (GetColor), /* 9 */
};
PRIVATE selectorblock_t pack12block[] =
{
{ 1, 9, 1, pack12ptoc },
{ 0, 0, 0, 0 },
};
STUB(Pack12)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (pack12block, uw, Pack12);
}
/*
* NOTE: We only look at the last two bytes as the Palette selector. Some
* Apps don't load the other bytes "properly".
*/
PRIVATE ptocblock_t palette_dispatch_ptoc_1[] =
{
PTOCBLOCK (Entry2Index), /* 0x00 */
PTOCBLOCK (ZERO), /* 0x01 */
PTOCBLOCK (RestoreClutDevice), /* 0x02 */
PTOCBLOCK (ResizePalette), /* 0x03 */
};
PRIVATE ptocblock_t palette_dispatch_ptoc_2[] =
{
PTOCBLOCK (SaveFore), /* 0x40D */
PTOCBLOCK (SaveBack), /* 0x40E */
PTOCBLOCK (RestoreFore), /* 0x40F */
PTOCBLOCK (RestoreBack), /* 0x410 */
PTOCBLOCK (ZERO), /* 0x11 */
PTOCBLOCK (ZERO), /* 0x12 */
PTOCBLOCK (SetDepth), /* 0xA13 */
PTOCBLOCK (HasDepth), /* 0xA14 */
PTOCBLOCK (PMgrVersion), /* 0x15 */
PTOCBLOCK (SetPaletteUpdates), /* 0x616 */
PTOCBLOCK (GetPaletteUpdates), /* 0x417 */
PTOCBLOCK (ZERO), /* 0x18 */
PTOCBLOCK (GetGray), /* 0x1219 */
};
PRIVATE selectorblock_t palette_dispatch_block[] =
{
{ 0x00, 0x03, 1, palette_dispatch_ptoc_1 },
{ 0x0D, 0x19, 1, palette_dispatch_ptoc_2 },
{ 0, 0, 0, 0 },
};
STUB (PaletteDispatch)
{
/* FIXME: inspection of the register contents seems to indicate the
selector is passed in d0, more reliable sources should verify
this */
return do_selector_block (palette_dispatch_block,
EM_D0 & 0xFF, PaletteDispatch);
}
PRIVATE ptocblock_t QDExtensions_ptoc[] =
{
PTOCBLOCK (NewGWorld), /* 0 */
PTOCBLOCK (LockPixels), /* 1 */
PTOCBLOCK (UnlockPixels), /* 2 */
PTOCBLOCK (UpdateGWorld), /* 3 */
PTOCBLOCK (DisposeGWorld), /* 4 */
PTOCBLOCK (GetGWorld), /* 5 */
PTOCBLOCK (SetGWorld), /* 6 */
PTOCBLOCK (CTabChanged), /* 7 */
PTOCBLOCK (PixPatChanged), /* 8 */
PTOCBLOCK (PortChanged), /* 9 */
PTOCBLOCK (GDeviceChanged), /* 10 */
PTOCBLOCK (AllowPurgePixels), /* 11 */
PTOCBLOCK (NoPurgePixels), /* 12 */
PTOCBLOCK (GetPixelsState), /* 13 */
PTOCBLOCK (SetPixelsState), /* 14 */
PTOCBLOCK (GetPixBaseAddr), /* 15 */
PTOCBLOCK (NewScreenBuffer),
PTOCBLOCK (DisposeScreenBuffer),
PTOCBLOCK (GetGWorldDevice),
PTOCBLOCK (QDDone),
PTOCBLOCK (OffscreenVersion),
PTOCBLOCK (NewTempScreenBuffer),
PTOCBLOCK (PixMap32Bit),
PTOCBLOCK (GetGWorldPixMap),
};
PRIVATE selectorblock_t QDExtensions_block[] =
{
{ 0x0, 0x17, 1, QDExtensions_ptoc },
{ 0, 0, 0, 0 },
};
STUB (QDExtensions)
{
unsigned long selector;
/* i don't think this should have the `&' rewrite the selector
blocks to handle the actual selector values */
selector = EM_D0 & 0xFFFF;
return do_selector_block (QDExtensions_block, selector, QDExtensions);
}
PRIVATE ptocblock_t shutdwn_ptoc[] =
{
PTOCBLOCK (ShutDwnPower),
PTOCBLOCK (ShutDwnStart),
PTOCBLOCK (ShutDwnInstall),
PTOCBLOCK (ShutDwnRemove),
};
PRIVATE selectorblock_t shutdwn_block[] =
{
{ 1, 4, 1, shutdwn_ptoc, },
{ 0, 0, 0, 0 },
};
STUB (ShutDown)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (shutdwn_block, uw, ShutDown);
}
PRIVATE ptocblock_t pack3ptoc[] =
{
PTOCBLOCK(SFPutFile), /* 1 */
PTOCBLOCK(SFGetFile), /* 2 */
PTOCBLOCK(SFPPutFile), /* 3 */
PTOCBLOCK(SFPGetFile), /* 4 */
PTOCBLOCK(StandardPutFile), /* 5 */
PTOCBLOCK(StandardGetFile), /* 6 */
PTOCBLOCK(CustomPutFile), /* 7 */
PTOCBLOCK(CustomGetFile), /* 8 */
};
PRIVATE selectorblock_t pack3block[] =
{
{ 1, 8, 1, pack3ptoc },
{ 0, 0, 0, 0 },
};
STUB(Pack3)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (pack3block, uw, Pack3);
}
PRIVATE ptocblock_t pack2ptoc[] =
{
PTOCBLOCK(DIBadMount), /* 0 */
PTOCBLOCK(DILoad), /* 2 */
PTOCBLOCK(DIUnload), /* 4 */
PTOCBLOCK(DIFormat), /* 6 */
PTOCBLOCK(DIVerify), /* 8 */
PTOCBLOCK(DIZero), /* 10 */
};
PRIVATE selectorblock_t pack2block[] =
{
{ 0, 10, 2, pack2ptoc },
{ 0, 0, 0, 0 },
};
STUB(Pack2)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (pack2block, uw, Pack2);
}
PRIVATE ptocblock_t pack6ptoc[] =
{
PTOCBLOCK(IUDateString), /* 0x00 */
PTOCBLOCK(IUTimeString), /* 0x02 */
PTOCBLOCK(IUMetric), /* 0x04 */
PTOCBLOCK(IUGetIntl), /* 0x06 */
PTOCBLOCK(IUSetIntl), /* 0x08 */
PTOCBLOCK(IUMagString), /* 0x0A */
PTOCBLOCK(IUMagIDString), /* 0x0C */
PTOCBLOCK(IUDatePString), /* 0x0E */
PTOCBLOCK(IUTimePString), /* 0x10 */
PTOCBLOCK(IUMystery), /* 0x12 */
PTOCBLOCK(IULDateString), /* 0x14 */
PTOCBLOCK(IULTimeString), /* 0x16 */
PTOCBLOCK(IUClearCache), /* 0x18 */
PTOCBLOCK(IUMagPString), /* 0x1A */
PTOCBLOCK(IUMagIDPString), /* 0x1C */
PTOCBLOCK(IUScriptOrder), /* 0x1E */
PTOCBLOCK(IULangOrder), /* 0x20 */
PTOCBLOCK(IUTextOrder), /* 0x22 */
PTOCBLOCK(IUGetItlTable), /* 0x24 */
};
PRIVATE selectorblock_t pack6block[] =
{
{ 0, 36, 2, pack6ptoc },
{ 0, 0, 0, 0 },
};
STUB (Pack6)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (pack6block, uw, Pack6);
}
PRIVATE ptocblock_t pack7ptoc[] =
{
PTOCBLOCK(ROMlib_Fpstr2dec), /* 02 */
PTOCBLOCK(ROMlib_Fdec2str), /* 03 */
PTOCBLOCK(ROMlib_Fcstr2dec), /* 04 */
};
PRIVATE selectorblock_t pack7block[] =
{
{ 2, 4, 1, pack7ptoc },
{ 0, 0, 0, 0 },
};
STUB (Pack7)
{
syn68k_addr_t retaddr;
unsigned short uw;
LONGINT l;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
switch (uw)
{
case 0:
NumToString (EM_D0, (StringPtr) SYN68K_TO_US_CHECK0(EM_A0));
break;
case 1:
StringToNum ((StringPtr) SYN68K_TO_US_CHECK0(EM_A0), &l);
EM_D0 = l;
break;
default:
return do_selector_block (pack7block, uw, Pack7);
}
RTS ();
}
PRIVATE ptocblock_t pack11_ptoc0[] =
{
PTOCBLOCK (InitEditionPack), /* 0x0100 */
};
PRIVATE ptocblock_t pack11_ptoc1[] =
{
PTOCBLOCK (UnRegisterSection), /* 0x0206 */
PTOCBLOCK (IsRegisteredSection), /* 0x0208 */
PTOCBLOCK (ZERO), /* 0x020A */
PTOCBLOCK (ZERO), /* 0x020C */
PTOCBLOCK (ZERO), /* 0x020E */
PTOCBLOCK (DeleteEditionContainerFile) /* 0x0210 */
};
PRIVATE ptocblock_t pack11_ptoc2[] =
{
PTOCBLOCK (GoToPublisherSection), /* 0x0224 */
PTOCBLOCK (GetLastEditionContainerUsed), /* 0x0226 */
PTOCBLOCK (ZERO), /* 0x0228 */
PTOCBLOCK (GetEditionOpenerProc), /* 0x022A */
PTOCBLOCK (SetEditionOpenerProc), /* 0x022C */
PTOCBLOCK (ZERO), /* 0x022E */
PTOCBLOCK (ZERO), /* 0x0230 */
PTOCBLOCK (NewSubscriberDialog), /* 0x0232 */
PTOCBLOCK (ZERO), /* 0x0234 */
PTOCBLOCK (NewPublisherDialog), /* 0x0236 */
PTOCBLOCK (ZERO), /* 0x0238 */
PTOCBLOCK (SectionOptionsDialog), /* 0x023A */
};
PRIVATE ptocblock_t pack11_ptoc3[] =
{
PTOCBLOCK (CloseEdition), /* 0x0316 */
};
PRIVATE ptocblock_t pack11_ptoc4[] =
{
PTOCBLOCK (AssociateSection), /* 0x040C */
PTOCBLOCK (ZERO), /* 0x040E */
PTOCBLOCK (ZERO), /* 0x0410 */
PTOCBLOCK (OpenEdition), /* 0x0412 */
};
PRIVATE ptocblock_t pack11_ptoc5[] =
{
PTOCBLOCK (GetEditionInfo), /* 0x0422 */
};
PRIVATE ptocblock_t pack11_ptoc6[] =
{
PTOCBLOCK (CreateEditionContainerFile), /* 0x050E */
};
PRIVATE ptocblock_t pack11_ptoc7[] =
{
PTOCBLOCK (CallEditionOpenerProc), /* 0x052E */
PTOCBLOCK (CallFormatIOProc), /* 0x0530 */
};
PRIVATE ptocblock_t pack11_ptoc8[] =
{
PTOCBLOCK (RegisterSection), /* 0x0604 */
};
PRIVATE ptocblock_t pack11_ptoc9[] =
{
PTOCBLOCK (EditionHasFormat), /* 0x0618 */
PTOCBLOCK (ZERO), /* 0x061A */
PTOCBLOCK (ZERO), /* 0x061C */
PTOCBLOCK (GetEditionFormatMark), /* 0x061E */
PTOCBLOCK (SetEditionFormatMark), /* 0x0620 */
};
PRIVATE ptocblock_t pack11_ptoc10[] =
{
PTOCBLOCK (OpenNewEdition), /* 0x0814 */
PTOCBLOCK (ZERO), /* 0x0816 */
PTOCBLOCK (ZERO), /* 0x0818 */
PTOCBLOCK (ReadEdition), /* 0x081A */
PTOCBLOCK (WriteEdition), /* 0x081C */
};
PRIVATE ptocblock_t pack11_ptoc11[] =
{
PTOCBLOCK (NewSection), /* 0x0A02 */
};
PRIVATE ptocblock_t pack11_ptoc12[] =
{
PTOCBLOCK (GetStandardFormats), /* 0x0A28 */
};
PRIVATE ptocblock_t pack11_ptoc13[] =
{
PTOCBLOCK (NewSubscriberExpDialog), /* 0x0B34 */
PTOCBLOCK (NewPublisherExpDialog), /* 0x0B38 */
PTOCBLOCK (SectionOptionsExpDialog), /* 0x0B3C */
};
PRIVATE selectorblock_t pack11block[] =
{
{ 0x0100, 0x0100, 1, pack11_ptoc0 },
{ 0x0206, 0x0210, 2, pack11_ptoc1 },
{ 0x0224, 0x023A, 2, pack11_ptoc2 },
{ 0x0316, 0x0316, 1, pack11_ptoc3 },
{ 0x040C, 0x0412, 2, pack11_ptoc4 },
{ 0x0422, 0x0422, 1, pack11_ptoc5 },
{ 0x050E, 0x050E, 1, pack11_ptoc6 },
{ 0x052E, 0x0530, 2, pack11_ptoc7 },
{ 0x0604, 0x0604, 1, pack11_ptoc8 },
{ 0x0618, 0x0620, 2, pack11_ptoc9 },
{ 0x0814, 0x081C, 2, pack11_ptoc10 },
{ 0x0A02, 0x0A02, 1, pack11_ptoc11 },
{ 0x0A28, 0x0A28, 1, pack11_ptoc12 },
{ 0x0B34, 0x0B3C, 4, pack11_ptoc13 },
{ 0, 0, 0, 0 },
};
STUB (Pack11)
{
return do_selector_block (pack11block, EM_D0 & 0xFFFF, Pack11);
}
PRIVATE ptocblock_t highlevel_fs_dispatch_ptoc[] =
{
PTOCBLOCK (FSMakeFSSpec), /* 0x0001 */
PTOCBLOCK (FSpOpenDF), /* 0x0002 */
PTOCBLOCK (FSpOpenRF), /* 0x0003 */
PTOCBLOCK (FSpCreate), /* 0x0004 */
PTOCBLOCK (FSpDirCreate), /* 0x0005 */
PTOCBLOCK (FSpDelete), /* 0x0006 */
PTOCBLOCK (FSpGetFInfo), /* 0x0007 */
PTOCBLOCK (FSpSetFInfo), /* 0x0008 */
PTOCBLOCK (FSpSetFLock), /* 0x0009 */
PTOCBLOCK (FSpRstFLock), /* 0x000A */
PTOCBLOCK (FSpRename), /* 0x000B */
PTOCBLOCK (FSpCatMove), /* 0x000C */
PTOCBLOCK (FSpOpenResFile), /* 0x000D */
PTOCBLOCK (FSpCreateResFile), /* 0x000E */
PTOCBLOCK (FSpExchangeFiles), /* 0x000F */
};
PRIVATE selectorblock_t highlevel_fs_dispatch_block[] =
{
{ 0x0001, 0x000F, 1, highlevel_fs_dispatch_ptoc },
};
STUB (HighLevelFSDispatch)
{
return do_selector_block (highlevel_fs_dispatch_block,
EM_D0 & 0xF, HighLevelFSDispatch);
}
PRIVATE ptocblock_t dialog_dispatch_ptoc0[] =
{
PTOCBLOCK (GetStdFilterProc), /* 0x0203 */
};
PRIVATE ptocblock_t dialog_dispatch_ptoc1[] =
{
PTOCBLOCK (SetDialogDefaultItem), /* 0x0304 */
PTOCBLOCK (SetDialogCancelItem), /* 0x0305 */
PTOCBLOCK (SetDialogTracksCursor), /* 0x0306 */
};
PRIVATE selectorblock_t dialog_dispatch_block[] =
{
{ 0x0203, 0x0203, 1, dialog_dispatch_ptoc0 },
{ 0x0304, 0x0306, 1, dialog_dispatch_ptoc1 },
};
STUB (DialogDispatch)
{
return do_selector_block (dialog_dispatch_block,
EM_D0 & 0xFFFF, DialogDispatch);
}
STUB (IMVI_PPC)
{
EM_D0 = paramErr; /* this is good enough for NetScape */
RTS ();
}
#if defined(NEWSTUBS)
{
PPCBrowser, /* 0x0d00 */
}
{
PPCInit, /* 0x0 */
PPCOpen, /* 0x1 */
PPCStart, /* 0x2 */
PPCInform, /* 0x3 */
PPCAccept, /* 0x4 */
PPCReject, /* 0x5 */
PPCWrite, /* 0x6 */
PPCRead, /* 0x7 */
PPCEnd, /* 0x8 */
PPCClose, /* 0x9 */
IPCListPorts, /* 0xa */
DeleteUserIdentity, /* 0xc */
GetDefaultUser, /* 0xd */
StartSecureSession, /* 0xe */
}
#endif
PRIVATE ptocblock_t balloon_ptoc[] =
{
PTOCBLOCK (HMGetHelpMenuHandle), /* 0x0200, */
PTOCBLOCK (HMShowBalloon), /* 0x0b01, */
PTOCBLOCK (HMRemoveBalloon), /* 0x0002, */
PTOCBLOCK (HMGetBalloons), /* 0x0003, */
PTOCBLOCK (HMSetBalloons), /* 0x0104, */
PTOCBLOCK (HMShowMenuBalloon), /* 0x0e05, */
PTOCBLOCK (ZERO), /* PTOCBLOCK (HMGetIndHelpMsg), / * 0x1306, */
PTOCBLOCK (HMIsBalloon), /* 0x0007, */
PTOCBLOCK (HMSetFont), /* 0x0108, */
PTOCBLOCK (HMSetFontSize), /* 0x0109, */
PTOCBLOCK (HMGetFont), /* 0x020a, */
PTOCBLOCK (HMGetFontSize), /* 0x020b, */
PTOCBLOCK (HMSetDialogResID), /* 0x010c, */
PTOCBLOCK (HMSetMenuResID), /* 0x020d, */
PTOCBLOCK (HMBalloonRect), /* 0x040e, */
PTOCBLOCK (HMGetMenuResID), /* 0x040f, */
PTOCBLOCK (HMScanTemplateItems), /* 0x0410, */
PTOCBLOCK (HMExtractHelpMsg), /* 0x0711, */
PTOCBLOCK (ZERO), /* 0x0012, */
PTOCBLOCK (HMGetDialogResID), /* 0x0213, */
PTOCBLOCK (HMGetMenuResID), /* 0x0314, */
PTOCBLOCK (HMGetBalloonWindow), /* 0x0215, */
};
PRIVATE selectorblock_t balloon_block[] =
{
{ 0x00, 0x015, 1, balloon_ptoc },
{ 0, 0, 0, 0 },
};
STUB (Pack14)
{
return do_selector_block (balloon_block, EM_D0 & 0xFF, Pack14);
}
PRIVATE ptocblock_t pack15_ptoc[] =
{
PTOCBLOCK (GetPictInfo), /* 0x00 */
PTOCBLOCK (GetPixMapInfo), /* 0x01 */
PTOCBLOCK (NewPictInfo), /* 0x02 */
PTOCBLOCK (RecordPictInfo), /* 0x03 */
PTOCBLOCK (RecordPixMapInfo), /* 0x04 */
PTOCBLOCK (RetrievePictInfo), /* 0x05 */
PTOCBLOCK (DisposePictInfo), /* 0x06 */
};
PRIVATE selectorblock_t pack15_block[] =
{
{ 0x00, 0x06, 1, pack15_ptoc },
{ 0, 0, 0, 0 },
};
STUB (Pack15)
{
return do_selector_block (pack15_block, EM_D0 & 0xFF, Pack15);
}
STUB (CommToolboxDispatch)
{
comm_toolbox_dispatch_args_t *arg_block;
int selector;
arg_block = (comm_toolbox_dispatch_args_t *) SYN68K_TO_US(EM_A0);
selector = CW (arg_block->selector);
switch (selector)
{
case 0x0402:
AppendDITL (MR (arg_block->args.append_args.dp),
MR (arg_block->args.append_args.new_items_h),
CW (arg_block->args.append_args.method));
break;
case 0x0403:
EM_D0 = CountDITL (MR (arg_block->args.count_args.dp));
break;
case 0x0404:
ShortenDITL (MR (arg_block->args.shorten_args.dp),
CW (arg_block->args.shorten_args.n_items));
break;
case 1286:
EM_D0 = CRMGetCRMVersion ();
break;
case 1282:
EM_D0 = (LONGINT) US_TO_SYN68K_CHECK0 (CRMGetHeader ());
break;
case 1283:
CRMInstall (MR (arg_block->args.crm_args.qp));
break;
case 1284:
EM_D0 = CRMRemove (MR (arg_block->args.crm_args.qp));
break;
case 1285:
EM_D0 = (LONGINT) US_TO_SYN68K_CHECK0 (CRMSearch (MR (arg_block->args.crm_args.qp)));
break;
case 1281:
EM_D0 = InitCRM ();
break;
default:
warning_unimplemented (NULL_STRING); /* now Quicken 6 will limp */
EM_D0 = 0;
break;
}
RTS ();
}
STUB (SysEnvirons)
{
EM_D0 = SysEnvirons(EM_D0, (SysEnvRecPtr) SYN68K_TO_US_CHECK0(EM_A0));
RTS();
}
STUB(PostEvent)
{
HIDDEN_EvQElPtr qelemp;
#warning the first argument to PPostEvent looks suspicious
EM_D0 = PPostEvent(EM_A0, EM_D0,
(HIDDEN_EvQElPtr *) &qelemp);
EM_A0 = (long) qelemp.p;
RTS();
}
STUB(FlushEvents)
{
FlushEvents(EM_D0, EM_D0 >> 16);
EM_D0 = 0; /* LIE? */
RTS();
}
STUB(GetOSEvent)
{
EM_D0 = GetOSEvent(EM_D0, (EventRecord *) SYN68K_TO_US_CHECK0(EM_A0)) ?
0 : -1;
RTS();
}
STUB(OSEventAvail)
{
EM_D0 = OSEventAvail(EM_D0, (EventRecord *) SYN68K_TO_US_CHECK0(EM_A0)) ?
0 : -1;
RTS();
}
STUB(SlotVInstall)
{
/* FIXME: for now, ignore the slot argument */
EM_D0 = SlotVInstall ((VBLTaskPtr) SYN68K_TO_US_CHECK0(EM_A0),
(INTEGER) EM_D0);
RTS ();
}
STUB(VInstall)
{
EM_D0 = VInstall((VBLTaskPtr) SYN68K_TO_US_CHECK0(EM_A0));
RTS();
}
STUB(SlotVRemove)
{
EM_D0 = SlotVRemove ((VBLTaskPtr) SYN68K_TO_US_CHECK0(EM_A0),
(INTEGER) EM_D0);
RTS ();
}
STUB(VRemove)
{
EM_D0 = VRemove((VBLTaskPtr) SYN68K_TO_US_CHECK0(EM_A0));
RTS();
}
STUB(InsTime)
{
InsTime((QElemPtr) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = 0;
RTS();
}
STUB(RmvTime)
{
RmvTime((QElemPtr) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = 0;
RTS();
}
STUB(PrimeTime)
{
PrimeTime((QElemPtr) SYN68K_TO_US_CHECK0(EM_A0), EM_D0);
EM_D0 = 0;
RTS();
}
STUB(ReadDateTime)
{
EM_D0 = ReadDateTime((LONGINT *) SYN68K_TO_US_CHECK0(EM_A0));
RTS();
}
STUB(SetDateTime)
{
EM_D0 = SetDateTime(EM_D0);
RTS();
}
STUB(Delay)
{
LONGINT tempp;
#warning is a0 really the argument to delay? That sounds weird
Delay(EM_A0, &tempp);
EM_D0 = tempp;
RTS();
}
#define DIACBIT (1 << 9)
#define CASEBIT (1 << 10)
STUB(EqualString)
{
EM_D0 = !!ROMlib_RelString((unsigned char *) SYN68K_TO_US_CHECK0(EM_A0),
(unsigned char *) SYN68K_TO_US_CHECK0(EM_A1),
!!(EM_D1 & CASEBIT),
!(EM_D1 & DIACBIT), EM_D0);
RTS();
}
STUB(RelString)
{
EM_D0 = ROMlib_RelString((unsigned char *) SYN68K_TO_US_CHECK0(EM_A0),
(unsigned char *) SYN68K_TO_US_CHECK0(EM_A1),
!!(EM_D1 & CASEBIT),
!(EM_D1 & DIACBIT), EM_D0);
RTS();
}
STUB(UprString)
{
long savea0;
savea0 = EM_A0;
ROMlib_UprString((StringPtr) SYN68K_TO_US_CHECK0(EM_A0),
!(EM_D1 & DIACBIT), EM_D0);
EM_A0 = savea0;
RTS();
}
STUB(StripAddress)
{
RTS();
}
PRIVATE ptocblock_t prglueptoc[] =
{
PTOCBLOCK(PrOpenDoc), /* 0 */
PTOCBLOCK(PrCloseDoc), /* 1 */
PTOCBLOCK(PrOpenPage), /* 2 */
PTOCBLOCK(PrClosePage), /* 3 */
PTOCBLOCK(PrintDefault), /* 4 */
PTOCBLOCK(PrStlDialog), /* 5 */
PTOCBLOCK(PrJobDialog), /* 6 */
PTOCBLOCK(PrStlInit), /* 7 */
PTOCBLOCK(PrJobInit), /* 8 */
PTOCBLOCK(PrDlgMain), /* 9 */
PTOCBLOCK(PrValidate), /* 10 */
PTOCBLOCK(PrJobMerge), /* 11 */
PTOCBLOCK(PrPicFile), /* 12 */
PTOCBLOCK(ZERO), /* 13 */
PTOCBLOCK(PrGeneral), /* 14 */
PTOCBLOCK(ZERO), /* 15 */
PTOCBLOCK(PrDrvrOpen), /* 16 */
PTOCBLOCK(PrDrvrClose), /* 17 */
PTOCBLOCK(PrDrvrDCE), /* 18 */
PTOCBLOCK(PrDrvrVers), /* 19 */
PTOCBLOCK(PrCtlCall), /* 20 */
PTOCBLOCK(ZERO /*PrPurge*/), /* 21 */
PTOCBLOCK(ZERO /*PrNoPurge*/), /* 22 */
PTOCBLOCK(PrError), /* 23 */
PTOCBLOCK(PrSetError), /* 24 */
PTOCBLOCK(PrOpen), /* 25 */
PTOCBLOCK(PrClose), /* 26 */
};
PRIVATE selectorblock_t prglueblock[] =
{
{ 0, 26, 1, prglueptoc },
{ 0, 0, 0, 0 },
};
PRIVATE long
apparent_nop (long unused1, long unused2)
{
long retval;
retval = 0;
warning_unexpected ("d0 = 0x%lx", (unsigned long) EM_D0 );
return retval;
}
STUB(PrGlue)
{
syn68k_addr_t retaddr;
unsigned long ul;
retaddr = POPADDR ();
ul = POPUL ();
PUSHADDR (retaddr);
return do_selector_block (prglueblock, ul >> 27, PrGlue);
}
typedef long (*fsprocp_t)(long, long);
fsprocp_t hfstab[] = {
(fsprocp_t) apparent_nop, /* 0 */
(fsprocp_t) PBOpenWD, /* 1 */
(fsprocp_t) PBCloseWD, /* 2 */
(fsprocp_t) apparent_nop, /* 3 */
(fsprocp_t) apparent_nop, /* 4 */
(fsprocp_t) PBCatMove, /* 5 */
(fsprocp_t) PBDirCreate, /* 6 */
(fsprocp_t) PBGetWDInfo, /* 7 */
(fsprocp_t) PBGetFCBInfo, /* 8 */
(fsprocp_t) PBGetCatInfo, /* 9 */
(fsprocp_t) PBSetCatInfo, /* 10 */
(fsprocp_t) PBSetVInfo, /* 11 */
(fsprocp_t) apparent_nop, /* 12 */
(fsprocp_t) apparent_nop, /* 13 */
(fsprocp_t) apparent_nop, /* 14 */
(fsprocp_t) apparent_nop, /* 15 */
(fsprocp_t) PBLockRange, /* 0x10 */
(fsprocp_t) PBUnlockRange, /* 0x11 */
(fsprocp_t) apparent_nop, /* 0x12 */
(fsprocp_t) apparent_nop, /* 0x13 */
(fsprocp_t) PBCreateFileIDRef, /* 0x14 */
(fsprocp_t) PBDeleteFileIDRef, /* 0x15 */
(fsprocp_t) PBResolveFileIDRef, /* 0x16 */
(fsprocp_t) PBExchangeFiles, /* 0x17 */
(fsprocp_t) PBCatSearch, /* 0x18 */
(fsprocp_t) 0, /* 0x19 */
(fsprocp_t) PBOpenDF, /* 0x1A */
#if !defined(NEWSTUBS)
(fsprocp_t) 0, /* 0x1B */
#else
(fsprocp_t) PBMakeFSSpec, /* 0x1B */
#endif
(fsprocp_t) 0, /* 0x1C */
(fsprocp_t) 0, /* 0x1D */
(fsprocp_t) 0, /* 0x1E */
(fsprocp_t) 0, /* 0x1F */
(fsprocp_t) PBDTGetPath, /* 0x20 */
(fsprocp_t) PBDTCloseDown, /* 0x21 */
(fsprocp_t) PBDTAddIcon, /* 0x22 */
(fsprocp_t) PBDTGetIcon, /* 0x23 */
(fsprocp_t) PBDTGetIconInfo, /* 0x24 */
(fsprocp_t) PBDTAddAPPL, /* 0x25 */
(fsprocp_t) PBDTRemoveAPPL, /* 0x26 */
(fsprocp_t) PBDTGetAPPL, /* 0x27 */
(fsprocp_t) PBDTSetComment, /* 0x28 */
(fsprocp_t) PBDTRemoveComment, /* 0x29 */
(fsprocp_t) PBDTGetComment, /* 0x2A */
(fsprocp_t) PBDTFlush, /* 0x2B */
(fsprocp_t) PBDTReset, /* 0x2C */
(fsprocp_t) PBDTGetInfo, /* 0x2D */
(fsprocp_t) PBDTOpenInform, /* 0x2E */
(fsprocp_t) PBDTDelete, /* 0x2F */
(fsprocp_t) PBHGetVolParms, /* 0x30 */
(fsprocp_t) PBHGetLogInInfo, /* 0x31 */
(fsprocp_t) PBHGetDirAccess, /* 0x32 */
(fsprocp_t) PBHSetDirAccess, /* 0x33 */
(fsprocp_t) PBHMapID, /* 0x34 */
(fsprocp_t) PBHMapName, /* 0x35 */
(fsprocp_t) PBHCopyFile, /* 0x36 */
(fsprocp_t) PBHMoveRename, /* 0x37 */
(fsprocp_t) OpenDeny, /* 0x38 */
#if 0
(fsprocp_t) OpenRFDeny, /* 0x39 */
(fsprocp_t) 0, /* 0x3A */
(fsprocp_t) 0, /* 0x3b */
(fsprocp_t) 0, /* 0x3c */
(fsprocp_t) 0, /* 0x3d */
(fsprocp_t) 0, /* 0x3e */
(fsprocp_t) PBGetVolMountInfoSize, /* 0x3f */
(fsprocp_t) PBGetVolMountInfo, /* 0x40 */
(fsprocp_t) 0, /* 0x41 */
(fsprocp_t) 0, /* 0x42 */
(fsprocp_t) 0, /* 0x43 */
(fsprocp_t) 0, /* 0x44 */
(fsprocp_t) 0, /* 0x45 */
(fsprocp_t) 0, /* 0x46 */
(fsprocp_t) 0, /* 0x47 */
(fsprocp_t) 0, /* 0x48 */
(fsprocp_t) 0, /* 0x49 */
(fsprocp_t) 0, /* 0x4a */
(fsprocp_t) 0, /* 0x4b */
(fsprocp_t) 0, /* 0x4c */
(fsprocp_t) 0, /* 0x4d */
(fsprocp_t) 0, /* 0x4e */
(fsprocp_t) 0, /* 0x4f */
(fsprocp_t) 0, /* 0x50 */
(fsprocp_t) 0, /* 0x51 */
(fsprocp_t) 0, /* 0x52 */
(fsprocp_t) 0, /* 0x53 */
(fsprocp_t) 0, /* 0x54 */
(fsprocp_t) 0, /* 0x55 */
(fsprocp_t) 0, /* 0x56 */
(fsprocp_t) 0, /* 0x57 */
(fsprocp_t) 0, /* 0x58 */
(fsprocp_t) 0, /* 0x59 */
(fsprocp_t) 0, /* 0x5a */
(fsprocp_t) 0, /* 0x5b */
(fsprocp_t) 0, /* 0x5c */
(fsprocp_t) 0, /* 0x5d */
(fsprocp_t) 0, /* 0x5e */
(fsprocp_t) 0, /* 0x5f */
(fsprocp_t) PBGetForeignPrivs, /* 0x60 */
(fsprocp_t) PBSetForeignPrivs, /* 0x61 */
#endif
};
#define ASYNCBIT (1 << 10)
#define HFSBIT (1 << 9)
STUB(HFSDispatch)
{
fsprocp_t vp;
if ((EM_D0 & 0xFFFF) >= NELEM(hfstab))
{
warning_unexpected ("d0 = 0x%lx", (unsigned long) EM_D0 );
EM_D0 = paramErr;
}
else
{
if (((EM_D0 & 0xFFFF) == 0x1A) && (EM_D1 & 0x200) == 0)
vp = (fsprocp_t) PBOpen;
else
vp = hfstab[(EM_D0 & 0xFFFF)];
if (vp)
EM_D0 = (*vp)((long) SYN68K_TO_US_CHECK0(EM_A0),
!!(EM_D1 & ASYNCBIT));
else
{
warning_unexpected ("d0 = 0x%lx", (unsigned long) EM_D0 );
EM_D0 = paramErr;
}
}
RTS();
}
#if defined (NEWSTUBS)
{
AppendDITL, /* 0x402 */
CountDITL, /* 0x403 */
ShortenDITL, /* 0x404 */
};
{
DebuggerGetMax, /* 0x0 */
DebuggerEnter, /* 0x1 */
DebuggerExit, /* 0x2 */
DebuggerPoll, /* 0x3 */
GetPageState, /* 0x4 */
PageFaultFatal, /* 0x5 */
DebuggerLockMemory, /* 0x6 */
DebuggerUnlockMemory, /* 0x7 */
EnterSupervisorMode, /* 0x8 */
};
{
GetCPUSpeed, /* 0xffff */
EnableIdle, /* 0x0000 */
DisableIdle, /* 0x0001 */
};
{
HoldMemory, /* 0 */
UnholdMemory, /* 1 */
LockMemory, /* 2 */
UnlockMemory, /* 3 */
LockMemoryCongiguous, /* 4 */
GetPhysical, /* 5 */
};
#endif
STUB(FInitQueue)
{
RTS();
}
STUB(HFSRoutines)
{
typedef long (*fsprocp_t)(long, long);
fsprocp_t vp;
vp = (fsprocp_t) ((EM_D1 & HFSBIT) ? ignoreme2[1] : ignoreme2[0]);
EM_D0 = (*vp)((long) SYN68K_TO_US_CHECK0(EM_A0), !!(EM_D1 & ASYNCBIT));
RTS();
}
#define GETTRAPNEWBIT (1 << 9)
#define GETTRAPTOOLBIT (1 << 10)
#define UNIMPLEMENTEDINDEX (0x9F)
PRIVATE long istool(uint32 *d0p, uint32 d1)
{
long retval;
if (d1 & GETTRAPNEWBIT) {
retval = d1 & GETTRAPTOOLBIT;
if (retval)
*d0p &= 0x3FF;
else
*d0p &= 0xFF;
} else {
*d0p &= 0x1FF;
retval = (*d0p > 0x4F) && (*d0p != 0x54) && (*d0p != 0x57);
}
return retval;
}
PRIVATE long unimplementedos(long d0)
{
long retval;
switch (d0) {
case 0x77: /* CountADBs */
case 0x78: /* GetIndADB */
case 0x79: /* GetADBInfo */
case 0x7A: /* SetADBInfo */
case 0x7B: /* ADBReInit */
case 0x7C: /* ADBOp */
case 0x3D: /* DrvrInstall */
case 0x3E: /* DrvrRemove */
case 0x4F: /* RDrvrInstall */
retval = 1;
break;
case 0x8B: /* Communications Toolbox */
retval = ROMlib_creator == TICK("KR09"); /* kermit */
break;
default:
retval = 0;
break;
}
return retval;
}
PRIVATE long unimplementedtool(long d0)
{
long retval;
switch (d0) {
case 0x00: /* SoundDispatch -- if sound is off, soundispatch is unimpl */
retval = ROMlib_PretendSound == soundoff;
break;
case 0x8F: /* OSDispatch (Word uses old, undocumented selectors) */
retval = system_version < 0x700;
break;
case 0x30: /* Pack14 */
retval = 1;
break;
case 0xB5: /* ScriptUtil */
retval = ROMlib_pretend_script ? 0 : 1;
break;
default:
retval = 0;
break;
}
return retval;
}
/*
* Cheezoid implementation, but we don't have to worry about running out
* of memory and if we have more than 10 traps displaying them all doesn't
* buy us much, anyway
*/
PRIVATE uint16 bad_traps[10];
PRIVATE int n_bad_traps = 0;
PUBLIC void
ROMlib_reset_bad_trap_addresses (void)
{
n_bad_traps = 0;
}
PRIVATE void
add_to_bad_trap_addresses (boolean_t tool_p, unsigned short index)
{
int i;
uint16 aline_trap;
aline_trap = 0xA000 + index;
if (tool_p)
aline_trap += 0x800;
for (i = 0; i < n_bad_traps && bad_traps[i] != aline_trap; ++i)
;
if (i >= n_bad_traps)
{
bad_traps [n_bad_traps % NELEM (bad_traps)] = aline_trap;
++n_bad_traps;
}
}
STUB (bad_trap_unimplemented)
{
char buf[1024];
/* TODO: more */
switch (mostrecenttrap)
{
default:
sprintf (buf,
"Fatal error.\r"
"Jumped to unimplemented trap handler, "
"probably by getting the address of one of these traps: [");
{
int i;
boolean_t need_comma_p;
need_comma_p = FALSE;
for (i = 0; i < (int) NELEM (bad_traps) && i < n_bad_traps; ++i)
{
if (need_comma_p)
strcat (buf, ",");
{
char trap_buf[7];
sprintf (trap_buf, "0x%04x", bad_traps[i]);
gui_assert (trap_buf[6] == 0);
strcat (buf, trap_buf);
}
need_comma_p = TRUE;
}
}
strcat (buf, "].");
system_error (buf, 0,
"Restart", NULL, NULL,
NULL, NULL, NULL);
break;
}
ExitToShell ();
return /* dummy */ -1;
}
PUBLIC void
ROMlib_GetTrapAddress_helper (uint32 *d0p, uint32 d1, uint32 *a0p)
{
boolean_t tool_p;
if (*d0p == READUL((syn68k_addr_t) 0xA198))
*d0p = 0xA198;
if (*d0p == READUL((syn68k_addr_t) 0xA89F))
*d0p = 0xA89F;
tool_p = istool (d0p, d1);
if (tool_p)
{
*a0p = (long) (tooltraptable[unimplementedtool(*d0p) ?
UNIMPLEMENTEDINDEX
:
*d0p]);
}
else
{
*a0p = (long) (unimplementedos(*d0p) ?
tooltraptable[UNIMPLEMENTEDINDEX]
:
ostraptable[*d0p]);
}
if (*a0p == (uint32) tooltraptable[UNIMPLEMENTEDINDEX])
{
add_to_bad_trap_addresses (tool_p, *d0p);
*a0p = (long) US_TO_SYN68K_CHECK0(P_bad_trap_unimplemented);
}
*d0p = 0;
}
STUB(GetTrapAddress)
{
ROMlib_GetTrapAddress_helper (&EM_D0, EM_D1, &EM_A0);
RTS();
}
STUB(SetTrapAddress)
{
void **tablep;
if (istool(&EM_D0, EM_D1))
tablep = (void **) tooltraptable;
else
tablep = (void **) ostraptable;
tablep[EM_D0] = (void *) EM_A0;
if (EM_D0 != 0xED) /* Temporary MacWrite hack */
ROMlib_destroy_blocks(0, ~0, TRUE);
EM_D0 = 0;
RTS();
}
STUB(Gestalt)
{
LONGINT l;
ProcPtr oldp;
switch (EM_D1 & 0xFFFF)
{
case 0xA1AD:
default:
l = 0;
EM_D0 = Gestalt(EM_D0, &l);
EM_A0 = CL (l);
break;
case 0xA3AD:
if (EM_D0 == DONGLE_GESTALT)
EM_D0 = Gestalt(EM_D0, (LONGINT *) SYN68K_TO_US_CHECK0 (EM_A0));
else
EM_D0 = NewGestalt(EM_D0, (ProcPtr) SYN68K_TO_US_CHECK0(EM_A0));
break;
case 0xA5AD:
EM_D0 = ReplaceGestalt(EM_D0, (ProcPtr) SYN68K_TO_US_CHECK0(EM_A0),
&oldp);
EM_A0 = (LONGINT) US_TO_SYN68K_CHECK0 (oldp);
break;
case 0xA7AD:
gui_abort ();
/* GetGestaltProcPtr(); no docs on this call */
break;
}
RTS();
}
/* unlike the 68k version, every unknown trap gets vectored to
`Unimplemented ()' */
STUB (Unimplemented)
{
char buf[1024];
switch (mostrecenttrap)
{
default:
sprintf (buf,
"Fatal error.\r"
"encountered unknown, unimplemented trap `%X'.",
mostrecenttrap);
system_error (buf, 0,
"Restart", NULL, NULL,
NULL, NULL, NULL);
break;
}
ExitToShell ();
RTS(); /* in case we want to get return from within gdb */
return /* dummy */ -1;
}
/*
* This is just to trick out NIH Image... it's really not supported
*/
/* #warning SlotManager not properly implemented */
STUB(SlotManager)
{
EM_D0 = -300; /* smEmptySlot */
RTS();
}
STUB(WackyQD32Trap)
{
gui_fatal("This trap shouldn't be called");
}
STUB (HGetState)
{
EM_D0 = HGetState ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
RTS ();
}
STUB(HSetState)
{
HSetState ((Handle) SYN68K_TO_US_CHECK0(EM_A0), EM_D0);
EM_D0 = CW (MemErr);
RTS ();
}
STUB (HLock)
{
HLock ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (HUnlock)
{
HUnlock ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (HPurge)
{
HPurge ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (HNoPurge)
{
HNoPurge ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (HSetRBit)
{
HSetRBit ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (HClrRBit)
{
HClrRBit ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (InitApplZone)
{
InitApplZone ();
EM_D0 = CW (MemErr);
RTS ();
}
STUB (SetApplBase)
{
SetApplBase ((Ptr) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (MoreMasters)
{
MoreMasters ();
EM_D0 = CW (MemErr);
RTS ();
}
STUB (InitZone)
{
initzonehiddenargs_t *ip;
ip = (initzonehiddenargs_t *) SYN68K_TO_US(EM_A0);
InitZone (MR (ip->pGrowZone), CW (ip->cMoreMasters),
MR (ip->limitPtr), MR (ip->startPtr));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (SetZone)
{
SetZone ((THz) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (DisposHandle)
{
DisposHandle ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (GetHandleSize)
{
EM_D0 = GetHandleSize ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
if (CW (MemErr) < 0)
EM_D0 = CW (MemErr);
RTS ();
}
STUB (SetHandleSize)
{
SetHandleSize ((Handle) SYN68K_TO_US_CHECK0(EM_A0), EM_D0);
EM_D0 = CW (MemErr);
RTS ();
}
STUB (ReallocHandle)
{
ReallocHandle ((Handle) SYN68K_TO_US_CHECK0(EM_A0), EM_D0);
EM_D0 = CW (MemErr);
RTS ();
}
STUB (DisposPtr)
{
DisposPtr ((Ptr) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (GetPtrSize)
{
EM_D0 = GetPtrSize ((Ptr) SYN68K_TO_US_CHECK0(EM_A0));
if (CW (MemErr) < 0)
EM_D0 = CW (MemErr);
RTS ();
}
STUB (SetPtrSize)
{
SetPtrSize ((Ptr) SYN68K_TO_US_CHECK0(EM_A0), EM_D0);
EM_D0 = CW (MemErr);
RTS ();
}
STUB (FreeMem)
{
EM_D0 = _FreeMem_flags (SYS_P (EM_D1, 0xA01C));
RTS ();
}
STUB (CompactMem)
{
EM_D0 = _CompactMem_flags (EM_D0, SYS_P (EM_D1, 0xA04C));
RTS ();
}
STUB (ResrvMem)
{
_ResrvMem_flags (EM_D0, SYS_P (EM_D1, 0xA040));
EM_D0 = CW (MemErr);
RTS();
}
STUB (PurgeMem)
{
_PurgeMem_flags (EM_D0, SYS_P (EM_D1, 0xA04D));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (BlockMove)
{
BlockMove_the_trap ((Ptr) SYN68K_TO_US_CHECK0(EM_A0),
(Ptr) SYN68K_TO_US_CHECK0(EM_A1), EM_D0,
!(EM_D1 & 0x200));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (MaxApplZone)
{
MaxApplZone ();
EM_D0 = CW (MemErr);
RTS ();
}
STUB (MoveHHi)
{
MoveHHi ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (MaxBlock)
{
EM_D0 = _MaxBlock_flags (SYS_P (EM_D1, 0xA061));
RTS ();
}
STUB (StackSpace)
{
EM_D0 = StackSpace ();
RTS ();
}
STUB (SetApplLimit)
{
SetApplLimit ((Ptr) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (SetGrowZone)
{
SetGrowZone ((ProcPtr) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS();
}
STUB (GetZone)
{
EM_A0 = (uint32) US_TO_SYN68K_CHECK0(GetZone ());
EM_D0 = CW (MemErr);
RTS ();
}
STUB (NewEmptyHandle)
{
EM_A0 = (uint32)
US_TO_SYN68K_CHECK0(_NewEmptyHandle_flags (SYS_P (EM_D1, 0xA166)));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (NewHandle)
{
/* #### d1 options */
EM_A0 = (uint32) US_TO_SYN68K_CHECK0(_NewHandle_flags (EM_D0, SYS_P (EM_D1, 0xA122),
CLEAR_P (EM_D1, 0xA122)));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (HandleZone)
{
EM_A0 = (uint32)
US_TO_SYN68K_CHECK0(HandleZone ((Handle) SYN68K_TO_US_CHECK0(EM_A0)));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (RecoverHandle)
{
EM_A0 = (uint32) US_TO_SYN68K_CHECK0(
_RecoverHandle_flags ((Ptr) SYN68K_TO_US_CHECK0(EM_A0),
SYS_P (EM_D1, 0xA128)));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (NewPtr)
{
EM_A0 = (uint32) US_TO_SYN68K_CHECK0(_NewPtr_flags (EM_D0, SYS_P (EM_D1, 0xA11E),
CLEAR_P (EM_D1, 0xA11E)));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (PtrZone)
{
EM_A0 = (uint32) US_TO_SYN68K_CHECK0(PtrZone ((Ptr) SYN68K_TO_US_CHECK0(EM_A0)));
EM_D0 = CW (MemErr);
RTS ();
}
STUB (MaxMem)
{
EM_D0 = _MaxMem_flags ((Size *) &EM_A0, SYS_P (EM_D1, 0xA11D));
RTS ();
}
STUB (PurgeSpace)
{
int32 total, contig;
_PurgeSpace_flags (&total, &contig, SYS_P (EM_D1, 0xA062));
EM_D0 = total;
EM_A0 = contig;
RTS ();
}
STUB (EmptyHandle)
{
EmptyHandle ((Handle) SYN68K_TO_US_CHECK0(EM_A0));
EM_D0 = CW (MemErr);
RTS ();
}
STUB(WriteParam)
{
EM_D0 = WriteParam();
RTS();
}
STUB(InitUtil)
{
EM_D0 = InitUtil();
RTS();
}
STUB(flushcache)
{
flushcache();
RTS();
}
STUB (Microseconds)
{
unsigned long ms = msecs_elapsed ();
EM_D0 = ms * 1000;
EM_A0 = ((uint64_t) ms * 1000) >> 32;
RTS ();
}
PRIVATE selector_table_entry_t icon_dispatch_table[] =
{
{ 0x0207, PTOCBLOCK (NewIconSuite) },
{ 0x0217, PTOCBLOCK (GetSuiteLabel) },
{ 0x0302, PTOCBLOCK (DisposeIconSuite) },
{ 0x0316, PTOCBLOCK (SetSuiteLabel) },
{ 0x0419, PTOCBLOCK (GetIconCacheData) },
{ 0x041A, PTOCBLOCK (SetIconCacheData) },
{ 0x041B, PTOCBLOCK (GetIconCacheProc) },
{ 0x041C, PTOCBLOCK (SetIconCacheProc) },
{ 0x0500, PTOCBLOCK (PlotIconID) },
{ 0x0501, PTOCBLOCK (GetIconSuite) },
{ 0x050B, PTOCBLOCK (GetLabel) },
{ 0x0603, PTOCBLOCK (PlotIconSuite) },
{ 0x0604, PTOCBLOCK (MakeIconCache) },
{ 0x0606, PTOCBLOCK (LoadIconCache) },
{ 0x0608, PTOCBLOCK (AddIconToSuite) },
{ 0x0609, PTOCBLOCK (GetIconFromSuite) },
{ 0x060D, PTOCBLOCK (PtInIconID) },
{ 0x0610, PTOCBLOCK (RectInIconID) },
{ 0x0613, PTOCBLOCK (IconIDToRgn) },
{ 0x061D, PTOCBLOCK (PlotIconHandle) },
{ 0x061E, PTOCBLOCK (PlotSICNHandle) },
{ 0x061F, PTOCBLOCK (PlotCIconHandle) },
{ 0x070E, PTOCBLOCK (PtInIconSuite) },
{ 0x0711, PTOCBLOCK (RectInIconSuite) },
{ 0x0714, PTOCBLOCK (IconSuiteToRgn) },
{ 0x080A, PTOCBLOCK (ForEachIconDo) },
{ 0x0805, PTOCBLOCK (PlotIconMethod) },
{ 0x090F, PTOCBLOCK (PtInIconMethod) },
{ 0x0912, PTOCBLOCK (RectInIconMethod) },
{ 0x0915, PTOCBLOCK (IconMethodToRgn) },
};
STUB (IconDispatch)
{
return do_selector_table (EM_D0 & 0xFFFF,
icon_dispatch_table, NELEM (icon_dispatch_table),
NULL,
IconDispatch);
}
#warning should include speech manager selectors
/*
* NOTE: IM Sound p. 4-109 has a table of speech manager selectors:
*
* 0x0000000c SpeechManagerVersion
* 0x003c000c SpeechBusy
* 0x0040000c SpeechBusySystemWide
* 0x0108000c CountVoices
* 0x021c000c DisposeSpeechChannel
* 0x0220000c SpeakString
* 0x022c000c StopSpeech
* 0x0238000c ContinueSpeech
* 0x030c000c GetIndVoice
* 0x0418000c NewSpeechChannel
* 0x0430000c StopSpeechAt
* 0x0434000c PauseSpeechAt
* 0x0444000c SetSpeechRate
* 0x0448000c GetSpeechRate
* 0x044c000c SetSpeechPitch
* 0x0450000c GetSpeechPitch
* 0x0460000c UseDictionary
* 0x0604000c MakeVoiceSpec
* 0x0610000c GetVoiceDescription
* 0x0614000c GetVoiceInfo
* 0x0624000c SpeakText
* 0x0654000c SetSpeechInfo
* 0x0658000c GetSpeechInfo
* 0x0828000c SpeakBuffer
* 0x0a5c000c TextToPhonemes
*/
PRIVATE selector_table_entry_t sound_table[] =
{
{ 0x00000000, PTOCBLOCK(FinaleUnknown1) },
{ 0x00000004, PTOCBLOCK(DirectorUnknown3) },
{ 0x00000010, PTOCBLOCK(MACEVersion) },
{ 0x00000014, PTOCBLOCK(SPBVersion) },
{ 0x00040004, PTOCBLOCK(FinaleUnknown2) },
{ 0x00040010, PTOCBLOCK(Comp3to1) },
{ 0x00080010, PTOCBLOCK(Exp1to3) },
{ 0x000C0008, PTOCBLOCK(SndSoundManagerVersion) },
{ 0x000C0010, PTOCBLOCK(Comp6to1) },
{ 0x00100008, PTOCBLOCK(SndChannelStatus) }, /* may be wrong */
{ 0x00100010, PTOCBLOCK(Exp1to6) },
{ 0x00140008, PTOCBLOCK(SndManagerStatus) }, /* may be wrong */
{ 0x00180008, PTOCBLOCK(SndGetSysBeepState) }, /* may be wrong */
{ 0x001C0004, PTOCBLOCK(DirectorUnknown4) },
{ 0x001C0008, PTOCBLOCK(SndSetSysBeepState) }, /* may be wrong */
{ 0x00200008, PTOCBLOCK(SndPlayDoubleBuffer) }, /* may be wrong */
{ 0x01100014, PTOCBLOCK(SPBSignOutDevice) },
{ 0x011C0008, PTOCBLOCK(SndSetSysBeepState) },
{ 0x02040008, PTOCBLOCK(SndPauseFilePlay) },
{ 0x02180008, PTOCBLOCK(SndGetSysBeepState) },
{ 0x021C0014, PTOCBLOCK(SPBCloseDevice) },
{ 0x02240018, PTOCBLOCK(GetSysBeepVolume) },
{ 0x02280014, PTOCBLOCK(SPBPauseRecording) },
{ 0x02280018, PTOCBLOCK(SetSysBeepVolume) },
{ 0x022C0014, PTOCBLOCK(SPBResumeRecording) },
{ 0x022C0018, PTOCBLOCK(GetDefaultOutputVolume) },
{ 0x02300014, PTOCBLOCK(SPBStopRecording) },
{ 0x02300018, PTOCBLOCK(SetDefaultOutputVolume) },
{ 0x03080008, PTOCBLOCK(SndStopFilePlay) },
{ 0x030C0014, PTOCBLOCK(SPBSignInDevice) },
{ 0x03140008, PTOCBLOCK(SndManagerStatus) },
{ 0x03200014, PTOCBLOCK(SPBRecord) },
{ 0x04040018, PTOCBLOCK(GetSoundHeaderOffset) },
{ 0x04200008, PTOCBLOCK(SndPlayDoubleBuffer) },
{ 0x04240014, PTOCBLOCK(SPBRecordToFile) },
{ 0x04400014, PTOCBLOCK(SPBMillisecondsToBytes) },
{ 0x04440014, PTOCBLOCK(SPBBytesToMilliseconds) },
{ 0x05100008, PTOCBLOCK(SndChannelStatus) },
{ 0x05140014, PTOCBLOCK(SPBGetIndexedDevice) },
{ 0x05180014, PTOCBLOCK(SPBOpenDevice) },
{ 0x060C0018, PTOCBLOCK(UnsignedFixedMulDiv) },
{ 0x06340018, PTOCBLOCK(SetSoundPreference) },
{ 0x06380014, PTOCBLOCK(SPBGetDeviceInfo) },
{ 0x06380018, PTOCBLOCK(GetSoundPreference) },
{ 0x063C0014, PTOCBLOCK(SPBSetDeviceInfo) },
{ 0x063C0018, PTOCBLOCK(SndGetInfo) },
{ 0x06400018, PTOCBLOCK(SndSetInfo) },
{ 0x07080014, PTOCBLOCK(SndRecordToFile) },
{ 0x07100018, PTOCBLOCK(GetCompressionInfo) },
{ 0x08040014, PTOCBLOCK(SndRecord) },
{ 0x0B4C0014, PTOCBLOCK(SetupAIFFHeader) },
{ 0x0D000008, PTOCBLOCK(SndStartFilePlay) },
{ 0x0D480014, PTOCBLOCK(SetupSndHeader) },
{ 0x0E340014, PTOCBLOCK(SPBGetRecordingStatus) },
};
STUB (SoundDispatch)
{
return do_selector_table (EM_D0,
sound_table, NELEM (sound_table),
NULL,
SoundDispatch);
}
STUB(IMVI_ReadXPRam)
{
/* I, ctm, don't have the specifics for ReadXPram, but Bolo suggests that
when d0 is the value below that a 12 byte block is filled in, with some
sort of time info at offset 8 off of a0. */
if (EM_D0 == 786660)
{
/* memset((char *)SYN68K_TO_US(EM_A0), 0, 12); not needed */
*(long *) ((char *) SYN68K_TO_US(EM_A0) + 8) = 0;
}
RTS();
}
/* These are the QuickTime routines called by Quicken Preview from Quicken 6
Deluxe, which is going to be our first QT 3.0 test application */
PRIVATE selector_table_entry_t qt_table[] =
{
{ 1, PTOCBLOCK(EnterMovies) },
{ 2, PTOCBLOCK(ExitMovies) },
{ 5, PTOCBLOCK(MoviesTask) },
{ 6, PTOCBLOCK(PrerollMovie) },
{ 9, PTOCBLOCK(SetMovieActive) },
{ 11, PTOCBLOCK(StartMovie) },
{ 12, PTOCBLOCK(StopMovie) },
{ 13, PTOCBLOCK(GoToBeginningOfMovie) },
{ 22, PTOCBLOCK(SetMovieGWorld) },
{ 31, PTOCBLOCK(UpdateMovie) },
{ 35, PTOCBLOCK(DisposeMovie) },
{ 46, PTOCBLOCK(GetMovieVolume) },
{ 213, PTOCBLOCK(CloseMovieFile) },
{ 221, PTOCBLOCK(IsMovieDone) },
{ 240, PTOCBLOCK(NewMovieFromFile) },
{ 243, PTOCBLOCK(GetMoviePreferredRate) },
{ 249, PTOCBLOCK(GetMovieBox) },
{ 250, PTOCBLOCK(SetMovieBox) },
{ 394, PTOCBLOCK(NewMovieController) },
{ 395, PTOCBLOCK(DisposeMovieController) },
{ 402, PTOCBLOCK(OpenMovieFile) },
};
STUB (QuickTime)
{
return do_selector_table (EM_D0 & 0xFFFF, qt_table, NELEM (qt_table),
NULL, QuickTime);
}
#if defined (__ppc__)
#warning "Need to get CFM going before we can enable this glue."
#elif defined (powerpc)
/*
* modeswitch is special; we don't return to from where we came.
* instead we pick up the return address from the stack
*/
STUB (modeswitch)
{
syn68k_addr_t retaddr;
RoutineDescriptor *rp;
va_list unused;
ProcInfoType procinfo;
int convention;
int n_routines;
int i;
EM_A7 += 4;
retaddr = POPADDR ();
rp = (RoutineDescriptor *)((char *)ignoreme); /* UGH! */
n_routines = CW (rp->routineCount) + 1;
for (i = 0;
i < n_routines && rp->routineRecords[i].ISA != CBC (kPowerPCISA);
++i)
;
if (i == n_routines)
{
fprintf (stderr, "*** bad modeswitch***\n");
return retaddr;
}
procinfo = CL (rp->routineRecords[i].procInfo);
convention = procinfo & 0xf;
if (convention == kRegisterBased)
{
uint32 retval;
int retwidth;
int ret_reg;
uint32 mask;
warning_trace_info ("calling universal from mixed mode using "
"register conventions");
retval = CallUniversalProc_from_native_common
(unused, args_via_68k_regs,
MR (rp->routineRecords[i].procDescriptor),
procinfo);
retwidth = (procinfo >> 4) & 3;
ret_reg = (procinfo >> 6) & 31;
switch (retwidth)
{
default:
case 0:
mask = 0;
break;
case 1:
mask = 0xff;
break;
case 2:
mask = 0xffff;
break;
case 3:
mask = 0xffffffff;
break;
}
if (ret_reg <= kRegisterA6)
{
if (mask)
{
uint32 *regp;
static int map[] =
{ 0, /* kRegisterD0, 0 */
1, /* kRegisterD1, 1 */
2, /* kRegisterD2, 2 */
3, /* kRegisterD3, 3 */
8, /* kRegisterA0, 4 */
9, /* kRegisterA1, 5 */
10, /* kRegisterA2, 6 */
11, /* kRegisterA3, 7 */
4, /* kRegisterD4, 8 */
5, /* kRegisterD5, 9 */
6, /* kRegisterD6, 10 */
7, /* kREgisterD7, 11 */
12, /* kRegisterA4, 12 */
13, /* kRegisterA5, 13 */
14, /* kRegisterA6, 14 */
};
regp = &cpu_state.regs[map[ret_reg]].ul.n;
*regp &= ~mask;
*regp |= retval & mask;
}
}
else
{
switch (ret_reg)
{
case kCCRegisterCBit:
case kCCRegisterVBit:
case kCCRegisterZBit:
case kCCRegisterNBit:
case kCCRegisterXBit:
warning_unimplemented ("ret_reg = %d", ret_reg);
break;
}
}
}
else if (convention > kRegisterBased)
{
warning_unimplemented ("ignoring convention %d\n", convention);
}
else
{
int rettype;
uint32 retval;
warning_trace_info ("calling universal from mixed mode");
retval = CallUniversalProc_from_native_common
(unused, args_via_68k_stack,
MR (rp->routineRecords[i].procDescriptor),
procinfo);
warning_trace_info ("just got back from calling universal from mixed mode");
rettype = (procinfo >> kCallingConventionWidth)
& ((1<<kResultSizeWidth)-1);
switch (rettype)
{
case kOneByteCode:
WRITEUW(EM_A7, 0);
WRITEUB(EM_A7, retval);
break;
case kTwoByteCode:
WRITEUW(EM_A7, retval);
break;
case kFourByteCode:
WRITEUL(EM_A7, retval);
break;
}
}
return retaddr;
}
PRIVATE ptocblock_t codefrag_ptoc[] =
{
PTOCBLOCK (GetSharedLibrary),
PTOCBLOCK (GetDiskFragment),
PTOCBLOCK (GetMemFragment),
PTOCBLOCK (CloseConnection),
PTOCBLOCK (FindSymbol),
PTOCBLOCK (CountSymbols),
PTOCBLOCK (GetIndSymbol),
};
PRIVATE selectorblock_t codefrag_block[] =
{
{ 1, 7, 1, codefrag_ptoc, },
{ 0, 0, 0, 0 },
};
STUB (CodeFragment)
{
syn68k_addr_t retaddr;
unsigned short uw;
retaddr = POPADDR ();
uw = POPUW ();
PUSHADDR (retaddr);
return do_selector_block (codefrag_block, uw, CodeFragment);
}
PRIVATE ptocblock_t mixed_modedispatch_ptoc[] =
{
PTOCBLOCK (NewRoutineDescriptor), /* 0x0 */
PTOCBLOCK (DisposeRoutineDescriptor), /* 0x1 */
PTOCBLOCK (NewFatRoutineDescriptor), /* 0x2 */
PTOCBLOCK (SaveMixedModeState), /* 0x3 */
PTOCBLOCK (RestoreMixedModeState), /* 0x4 */
};
PRIVATE selectorblock_t mixed_modedispatch_block[] =
{
{ 0x0, 0xC, 1, mixed_modedispatch_ptoc },
{ 0, 0, 0, 0 },
};
STUB (MixedMode)
{
return do_selector_block (mixed_modedispatch_block, EM_D0 & 0xF, MixedMode);
}
#endif
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