:TITLE[LispDefs, March 23, 1983 7:21 PM, van Melle];
INSERT[GlobalDefs];
mc[DolphinMcVersion, 1];
set[WindFlg, 1];
set[FaultFlg, WindFlg];
set[WithAudio, IFE[WithMidas, 0, 0, 0]];* never with Midas
set[WithFloatingPoint, XOR[And[With3MB, With10MB], 1]];
set[WithBin, IFE[WithMidas, 0, 1, 0]];
set[WithCons, IFE[WithMidas, 0, 1, 0]];
set[WithCreateCell, 1];
set[WithPPBlt, 1];
mc[RamRelease, 11000];
mc[MinBcplVersion, 21000];
mc[MinLispVersion, 106400];
set[StatsMode, IFE[WithMidas, 0, 1, 0]];* must be zero if WithMidas
set[CdrCoding, 1];
set[Debugging, 1];
set[BreakPoints, WithMidas];
set[StkDebug, 0];
****** These are declarations for alto that are also used by Lisp
RV2[AC0, AC0hi, 10];* emulator Ac’s, with hi part = MDShi
RV[AC1, 26];
RV2[AC2, AC2hi, 4];
RV[AC3, 22];
RV2[PCB, PCBhi, 30];* Code base for Lisp, Bcpl
RV2[MDS, MDShi, 32];* Basereg for alto space (lo = hi = 0)
RV[NWW, 24];
RV[R177400, 14];
RV[R400, 60];
RV[AllOnes, 61];
RV[RZero, IP[MDS]];
RV4[IBuf, IBuf1, IBuf2, IBuf3, 34];* instruction buf, both Alto and Lisp
RV4[xBuf, xBuf1, xBuf2, xBuf3, 44];*Temporary buf
RV[XBufRow, IP[XBuf1]];* for XMap
RV[XBufFC, IP[XBuf3]];* for XMap
RV2[RTemp, RTemp1, 52];* temp/pair
***** Lisp permanent registers
RV2[lspEp, lspEpHi, 66];* Perm/pair, hi = StackSpace
RV2[lspStkBr, lspStkBrHi, 62];* Const/pair = StackSpace, 0
RV2[lspTsp, lspTspHi, 12];* Setfe/pair, hi = StackSpace
RV[lspEsp, 07];* Setfe
RV4[lspIfuBr, lspIfuBrHi, lspNext, lspPC, 40];* Setfe/quad
* lspNext, lspPC used as temp
RV[StkState, 56];
RV[lspIBasex, 57];* These two coincident with WW, ACTIVE
RV[lspInstFlag, 00];* State tested at page fault
Mc[NormalState, 0];
Mc[InBcplState, 1];
Mc[InBitBltState, 2];
Mc[InAltoBitBltState, 2];
Mc[InBltState, 3];
Mc[InPPBltState, 4];
Mc[InCallState, 100000];* sign bit
RV[lspStatsPtr, 06];* Perm. Sign bit = off; otherwise is mds ptr
Settask[10];
RV4[HStack0, HStack1, HStack2, HStack3, 20];
RV4[HStack4, HStack5, HStack6, HStack7, 24];
RV4[HStack10, HStack11, HStack12, HStack13, 30];
RV4[HStack14, HStack15, HStack16, HStack17, 34];
Settask[0];
***** Lisp temporary registers
RV[lspLN, IP[lspPC]];
RV2[lspDefx0, lspDefx1, 54];* temp/pair -- function call
RV[lspNargs, 20];* temp
RV2[lspL0, lspL1, 70];* temporary pair
RV2[lspL2, lspL3, 72];* temporary pair
RV[lspL4, 03];* temp
RV[lspL5, 25];* temp
RV[lspType, IP[lspL4]];* type # returned by lspTyp subroutine
RV[lspUFN, IP[AC3]];* ufn # for calls to ufnLBL
RV2[lspGenBr, lspGenBrHi, 50];* temp/pair
***** Lisp temporary registers that are used by Alto also
RV[lspL6, 1];
RV[lspL7, 2];
RV2[MDSTypeBaseBr, MDSTypeBaseBrHi, 64];
RV4[qBuf, qBuf1, qBuf2, qBuf3, 74];* overlays RWPAC0-3
RV4[uBuf, uBuf1, uBuf2, uBuf3, 14];* overlays R177400-3
% These could also be assigned:
RV[, 21];
* Could also use the AC’s !!
%
:IF[WithPilotBitBlt];
*BitBlt temporaries. 10b of these have to be preserved over interrupts.
* Pilot puts them on the stack, but we can’t do that, so just assign them to
* two quad group regs for easy storing
* RTemp is also used here.
* beware that these first 8 regs are not ones smashed by Fault!!!
*RV[bbArgPtr,1];*pointer to BitBltArg table
*RM[bbGrayWordIndex,IP[bbArgPtr]];*Low order 4 bits
RM[bbGrayWordIndex,IP[uBuf1]];*Low order 4 bits are used
RV2[bbDestQLo,bbDestQHi,IP[uBuf2]];*Dest Quad word address
RV2[bbSourceQLo,bbSourceQHi,IP[qBuf]];*Source Quadword address. Quad
RV[bbSourceBitOffset,IP[qBuf2]];
RV[bbItemsRemaining,IP[qBuf3]];
RV[bbDestBitOffset,IP[lspDefx0]];* even
* End of regs needing saving
RV[bbDestBpl,IP[lspDefx1]];* = bbDestBitOffset + 1
RV[bbItemWidth,IP[lspL5]];
RV[bbSubitemDestBitOffset,IP[lspL6]];
RV[bbFlags,IP[lspL7]];
RV[bbGrayWord,IP[xBuf]];*Gray word
RV[bbNegItemWidth,IP[AC2hi]];
RV[bbDest,IP[lspNargs]];*Quadword buffer -- gets also 21, AC3, AC3hi
RV[bbSDNonOverlap,IP[AC2]];* Can coincide with bbDest
RV[bbNegSDNonOverlap,IP[AC0hi]];
RV[bbDestWordOffset,IP[lspGenBr]];
RV[bbSourceBpl,IP[lspGenBrHi]];*source bits per line
RV[bbSourceWordOffset,IP[xBuf1]];
RV[bbTouchPages,IP[lspLN]];
RV[bbSubitemSourceBitOffset,IP[AC0]];
RV[bbSource,IP[lspL0]];*Quadword buffer
RV2[bbArgLo,bbArgHi,IP[xBuf2]];*Points to BitBltArg table
* Can coincide with bbSource
*End of bitblt registers
:ENDIF;
* Bcpl common addresses
MC[SubrArgArea, 210];
MC[BcplStartAddress, 206];
MC[StatsPointerLocation, 200];
MC[StatsBufferBoundary, 1400];
MC[BitBltStash, 250];* 10b words for saving BitBlt state
* Bit masks
MC[FreeStackBlock, 120000];
MC[BfBlock, 100000];
MC[BfBlockPad, 100400];
MC[FxtnBlock, 140000];
MC[FXFastReturn, 4000];
MC[FXInCall, 2000];
MC[FXNoPushReturn, 400];
MC[ht1Cnt, 2000];
MC[htStkBit, 1000];
MC[htCntMask, 176000];
MC[htStkCnt, 177000];
MC[unboundPvar, 100000];
MC[fxtnOverhead, 12];
MC[LispKeyMask, 20000];
MC[BcplKeyMask, 10400];
MC[BothKeyMasks, 30400];
MC[IFPFAULTHI, 37];
MC[IFPFAULTLO, 40];
* Atom constants
MC[ExprApplyAtom, 400];
MC[Dummy370, 370];
MC[MakeNumber, 374];
MC[SetGlobal, 375];
MC[KtVal, 114];
Mc[atomNOBIND, 1]
Mc[atomEVALFORM, 370]
Mc[atomGCOVERFLOW, 371]
Mc[atomGCGENPUNT, 377]
Mc[atomDTESTFAIL, 372]
Mc[atomOVERFLOWMAKENUMBER, 373]
Mc[atomSETFVAR, 376]
Mc[MakeFloatNumber, 401]
* Punt indexes
MC[UcodeCheckCodex, 0];
*MC[StackOvflCodex, 1];
MC[LispExitCodex, 2];
*MC[PageFaultCodex, 3];
MC[StatsOvflCodex, 4];
* uCodeCheck args
mc[FaultWithoutInterrupts, 301];
mc[NullFreeListPunt, 302];
mc[FaultInFault, 303];
mc[minFaultPvar, 3000];
mc[SubovFXP,2];
mc[KbdFXP,3];
mc[FAULTFXP,6];
* Type constants
mc[SmallType, 1];
mc[FixpType, 2];
mc[FloatpType, 3];
mc[AtomType, 4];
mc[ListType, 5];
mc[ArrayType, 6];
mc[VMemPagePType, 12];
mc[StreamType, 13];
* Misc constants
*mc[StackNeeded, 14];
mc[StackRequested, 54];
mc[StackRequestedDelta, 40];
Mc[BltInterruptableMinWords, 10];
Mc[MaxNewCellCount, 10000];
Mc[CreateCellPunt, 20000];
Mc[GcOverflowPunt, 40000];
Mc[GcPunts, Or[CreateCellPunt!, GcOverflowPunt!]];
M@[mbx, AT[lspmbxDisp,#1]];
M@[LBLPG,IFG[FVAL[PGE@],7,
SELECT[SUB[FVAL[PGE@],10],#1P10,#1P11,#1P12,#1P13,#1P14,#1P15,#1P16,#1P17],
SELECT[FVAL[PGE@],#1P0,#1P1,#1P2,#1P3,#1P4,#1P5,#1P6,#1P7]
]];
* Generates label from current page#, e.g.
* GOTO[LBLPG[lspUfnx]];
M@[CatLBL,IFG[#2,7,
SELECT[SUB[#2,10],#1P10,#1P11,#1P12,#1P13,#1P14,#1P15,#1P16,#1P17],
SELECT[#2,#1P0,#1P1,#1P2,#1P3,#1P4,#1P5,#1P6,#1P7]
]];
* Generates label from specified page#, e.g.
* GOTO[CatLBL[lspUfnx, pgArith]];
M@[MaybeLoadPage, IFE[FVAL[PGE@],#1,,LoadPage[#1]]];
M@[UFNLBL,LBLPG[LSPUFNX]];* Ufn dispatch
M@[NXILBL,LBLPG[LSPNEXTINST]];* NextInst fetch
M@[PUSHLBL,LBLPG[PushChk]];* for opcodes that have net push
M@[POPLBL,LBLPG[PopChk]];* for opcodes that have net pop
M@[RETLBL,LBLPG[lspRET]];* mainly for tasking
Macro[NextOpCode, IFE[FVAL[PGE@], 17,
(goto[lspNextInstP17]),
(lu ← NextInst[IBuf], CallX[LBLPG[lnix]])]];
* goto[nxiLBL], but 2 cycles faster
* Fixed page locations
set[pgUfnx, 4];* Ufn code: Same as function call opcodes
set[pgTyp, 4]; * lspTyp subroutine: Same as typechecking opcodes
set[pgJump, 6];* All pfetch4 that cause ibuf refills are here
set[pgArithOps, 7];* Same as arith opcodes
set[pgMapOps, 5];* Same as vmem map opcodes
set[pgCallOps, 4];* Same as fncall opcodes
set[pgSetBase, 7];* lspSetBase subroutine: same as PutBase etc.
* Movable page locations
set[pgReturn, 15];* 41b mi [35 Return + 4 Lisp0]
set[pgReturnA, 6];* 47b mi
set[pgFrame, 11];* 43b mi; not 6
set[pgFrame2, 6];* 23b mi
set[pgFrame3, 10];* 31b mi + 5 if Stats; not 4-7
set[pgFrame4, 5];* 17b mi; not 4-7
set[pgBind, 16];* 54b mi
set[pgFvar, 15];
set[pgHStack, 16];* 61b mi
set[pgHtFind, 17];* 60b mi
set[pgArith, 15];* not 4-7
set[pgLisp0, 10];* not 4-7
set[pgEval, 16];* 26b mi - 1 if on pgFvar or 4
set[pgGcScan, 17];* 34b mi; not 4-7
set[pgRplPtr, 16];
set[pgBin, 12];* 25b mi; not 6
set[pgCons, 17];* 142b mi
set[pgReclaim, 16];
set[pgRplacd, 6];
set[pgStats, 17];* 26b mi; not 4-7
set[pgBlt, 7];* not 6
set[pgMisc, IFE[WithMidas, 0, 17, 15]];* not 4-7, 16b mi
* plus 36b mi if WithPPBlt
set[pgUfnxA, 6];* 25b mi
set[pgCreateCell, 16];* not 6?
Set[pgBitBlt,12];* 332b mi from PBitBlt, 13b from Misc = 345b mi
Set[bbP1,12];
Loca[audGoLoc,10,2];*10b mi on page of this starting address
Set[audPage,17];*37b mi
set[IntfaceBase, 200];
set[IntfaceCnt, IFE[WithPilotBitBlt, 0, 10, 5]];
* In Interface.0mc:
loca[lneTask1stLoc, pgLisp0, 200];
loca[lneTaskSkpLoc, pgLisp0, 201];
loca[lStartNovaLoc, pgLisp0, 202];
loca[lStartNovaLoc1, pgLisp0, 203];
:IF[WithPilotBitBlt];
loca[lTrapLoc, pgLisp0, 204];* only when WithPilotBitBlt
:ELSE;
loca[lBitBltDoneLoc, pgLisp0, 204];
loca[lBitBltDoneLoc1, pgLisp0, 205];
loca[lBBBitBltLoc, pgLisp0, 206];
loca[lBBBitBltLoc1, pgLisp0, 207];
* In Lisp0.0mc
loca[BBMDoneLoc, pgLisp0, 210];
loca[BBMesaIntLoc, pgLisp0, 211];
:ENDIF;
loca[LispInstLoc, pgLisp0, 212];
* In LFaults.0mc
loca[MapFaultPuntLoc, pgLisp0, 213];
set[pgLisp0Base, lshift[pgLisp0, 10]];
set[lspmbxDisp, ADD[pgLisp0Base, 100]];
Loca[FaultDisp, pgLisp0, 300];* Dispatch in page fault
Loca[ArithDisp, pgArith, 200];* Dispatch for 2-arg arith ops
Loca[MiscDisp, pgMisc, 240];* Dispatch for misc opcodes
* The space constants should be turned into macros which generate
* 377 in the right half.
mc[smallpl, 16];
mc[smallNeg, 17];
mc[ArraySpace, 40];
mc[STATSspace, LSHIFT[26, 10]];
mc[UFNTablebase, 123000];
mc[MDSTypeSpace, LSHIFT[26, 10]];
mc[MDSTypebase, 100000];
mc[DTDspace, LSHIFT[26, 10]];
mc[DTDBase, 124000];
mc[VALspace, LSHIFT[22, 10]];
mc[VALspaceR, 22];
mc[VALbase, 0];
mc[DEFSpace, LSHIFT[21, 10]];
mc[DEFBase, 0];
mc[htMainSpace, LSHIFT[73, 10]];
mc[htMainBase, 0];
mc[StackSpace, LSHIFT[27, 10]];
mc [StackSpaceR, 27];
mc[INTERFACEspace, LSHIFT[26, 10]];
mc[INTERFACEbase, 10000];
:END[Lispdefs];