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p2com.asm
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; allow IF_C, etc before PASM DEBUG by assembling IF_C SKIP #1 instruction in front of the BRK instrution
; ADDPINS/ADDBITS only allowed in PASM under #immediate expression
; Allow INA/INB/etc to be used in CON expressions as register values
;************************************************
;* *
;* Spin2 Compiler v47 *
;* *
;* Written by Chip Gracey *
;* (C) 2006-2024 by Parallax, Inc. *
;* Last Updated: 2024/12/09 *
;* *
;************************************************
;
; Version 0.0 - Adapted from SXASM v1.01
; 0.1 - Added Propeller II instructions
;
ideal
p386
model flat
%CREFUREF
;
;
; Public routines
;
public P2InitStruct
public P2Compile0
public P2Compile1
public P2Compile2
public P2InsertInterpreter
public P2InsertDebugger
public P2InsertClockSetter
public P2InsertFlashLoader
public P2MakeFlashFile
public P2ResetDebugSymbols
public P2ParseDebugString
public P2Disassemble
;
;
; Equates
;
spin2_version = 47
obj_limit = 100000h ;must be same in delphi
file_limit = 32 ;must be same in delphi
pre_symbol_limit = 16 ;must be same in delphi
param_limit = 16 ;must be same in delphi
info_limit = 1000 ;must be same in delphi
debug_data_limit = 4000h ;must be same in delphi
debug_string_limit = 8000h ;must be same in delphi
debug_display_limit = 1100 ;must be same in delphi
ddsymbols_limit_auto = 1000h
ddsymbols_limit_name = 1000h
symbols_limit_pre = 1000h
symbols_limit_auto = 10000h ;adjust as needed to accommodate auto symbols
symbols_limit_level = 400h ;adjust as needed to accommodate level symbols
symbols_limit_param = 400h
symbols_limit_main = 40000h
symbols_limit_local = 8000h
symbols_limit_inline = 8000h
struct_id_limit = 1000h ;cannot exceed $1000
struct_def_limit = 8000h
symbol_limit = 30
pubcon_list_limit = 10000h
block_nest_limit = 16
block_stack_limit = 1000h
if_limit = 256
case_limit = 256
case_fast_limit = 256 ;cannot exceed 256
params_limit = 127
results_limit = 15
locals_limit = 10000h + params_limit*4 + results_limit*4
subs_limit = 1024
objs_limit = 1024
distiller_limit = 10000h
inline_limit = 120h
taskhlt_reg = 1CCh
mrecv_reg = 1D1h
msend_reg = 1D2h
pasm_regs = 1D8h
inline_locals = 1E0h
debug_size_limit = 2A00h
clkfreq_address = 044h
;
;
; Macro for assigning ascending values
;
macro count0 count_name
count_name = 0
counter = 1
endm
macro countn count_name,n
count_name = n
counter = n+1
endm
macro count count_name
count_name = counter
counter = counter+1
endm
macro counti count_name,n
count_name = counter
counter = counter+n
endm
macro count2n count_name,n
count_name = n
counter = n+2
endm
macro count2 count_name
count_name = counter
counter = counter+2
endm
;
;
; Macro for non-word symbol checks
;
macro syms s,t,v
local no
cmp eax,s
jne no
mov eax,t
mov ebx,v
ret
no:
endm
;
;
; Macros for automatic symbols
;
macro sym t,v,s
db s,0
dd v
db t
endm
macro syml t,v,l,s
db s,0
dd v shl l
db t
endm
;
;
; Assembly operands
;
count0 operand_ds
count operand_bitx
count operand_testb
count operand_du
count operand_duii
count operand_duiz
count operand_ds3set
count operand_ds3get
count operand_ds2set
count operand_ds2get
count operand_ds1set
count operand_ds1get
count operand_dsj
count operand_ls
count operand_lsj
count operand_dsp
count operand_lsp
count operand_rep
count operand_jmp
count operand_call
count operand_calld
count operand_jpoll
count operand_loc
count operand_aug
count operand_d
count operand_de
count operand_l
count operand_cz
count operand_pollwait
count operand_getbrk
count operand_pinop
count operand_testp
count operand_pushpop
count operand_xlat
count operand_akpin
count operand_asmclk
count operand_nop
count operand_debug
;
;
; Assembly push/pops
;
count0 pp_pusha ; PUSHA D/# --> WRLONG D/#,PTRA++
count pp_pushb ; PUSHB D/# --> WRLONG D/#,PTRB++
count pp_popa ; POPA D --> RDLONG D,--PTRA
count pp_popb ; POPB D --> RDLONG D,--PTRB
;
;
; Assembly codes
;
macro asmcode symbol,v1,v2,v3
symbol = (v3 shl 11) + (v2 shl 9) + v1
endm
asmcode ac_ror, 000000000b,11b,operand_ds ; ROR D,S/#
asmcode ac_rol, 000000100b,11b,operand_ds ; ROL D,S/#
asmcode ac_shr, 000001000b,11b,operand_ds ; SHR D,S/#
asmcode ac_shl, 000001100b,11b,operand_ds ; SHL D,S/#
asmcode ac_rcr, 000010000b,11b,operand_ds ; RCR D,S/#
asmcode ac_rcl, 000010100b,11b,operand_ds ; RCL D,S/#
asmcode ac_sar, 000011000b,11b,operand_ds ; SAR D,S/#
asmcode ac_sal, 000011100b,11b,operand_ds ; SAL D,S/#
asmcode ac_add, 000100000b,11b,operand_ds ; ADD D,S/#
asmcode ac_addx, 000100100b,11b,operand_ds ; ADDX D,S/#
asmcode ac_adds, 000101000b,11b,operand_ds ; ADDS D,S/#
asmcode ac_addsx, 000101100b,11b,operand_ds ; ADDSX D,S/#
asmcode ac_sub, 000110000b,11b,operand_ds ; SUB D,S/#
asmcode ac_subx, 000110100b,11b,operand_ds ; SUBX D,S/#
asmcode ac_subs, 000111000b,11b,operand_ds ; SUBS D,S/#
asmcode ac_subsx, 000111100b,11b,operand_ds ; SUBSX D,S/#
asmcode ac_cmp, 001000000b,11b,operand_ds ; CMP D,S/#
asmcode ac_cmpx, 001000100b,11b,operand_ds ; CMPX D,S/#
asmcode ac_cmps, 001001000b,11b,operand_ds ; CMPS D,S/#
asmcode ac_cmpsx, 001001100b,11b,operand_ds ; CMPSX D,S/#
asmcode ac_cmpr, 001010000b,11b,operand_ds ; CMPR D,S/#
asmcode ac_cmpm, 001010100b,11b,operand_ds ; CMPM D,S/#
asmcode ac_subr, 001011000b,11b,operand_ds ; SUBR D,S/#
asmcode ac_cmpsub, 001011100b,11b,operand_ds ; CMPSUB D,S/#
asmcode ac_fge, 001100000b,11b,operand_ds ; FGE D,S/#
asmcode ac_fle, 001100100b,11b,operand_ds ; FLE D,S/#
asmcode ac_fges, 001101000b,11b,operand_ds ; FGES D,S/#
asmcode ac_fles, 001101100b,11b,operand_ds ; FLES D,S/#
asmcode ac_sumc, 001110000b,11b,operand_ds ; SUMC D,S/#
asmcode ac_sumnc, 001110100b,11b,operand_ds ; SUMNC D,S/#
asmcode ac_sumz, 001111000b,11b,operand_ds ; SUMZ D,S/#
asmcode ac_sumnz, 001111100b,11b,operand_ds ; SUMNZ D,S/#
asmcode ac_bitl, 010000000b,00b,operand_bitx ; BITL D,S/#
asmcode ac_bith, 010000100b,00b,operand_bitx ; BITH D,S/#
asmcode ac_bitc, 010001000b,00b,operand_bitx ; BITC D,S/#
asmcode ac_bitnc, 010001100b,00b,operand_bitx ; BITNC D,S/#
asmcode ac_bitz, 010010000b,00b,operand_bitx ; BITZ D,S/#
asmcode ac_bitnz, 010010100b,00b,operand_bitx ; BITNZ D,S/#
asmcode ac_bitrnd, 010011000b,00b,operand_bitx ; BITRND D,S/#
asmcode ac_bitnot, 010011100b,00b,operand_bitx ; BITNOT D,S/#
asmcode ac_testb, 010000000b,00b,operand_testb ; TESTB D,S/#
asmcode ac_testbn, 010000100b,00b,operand_testb ; TESTBN D,S/#
asmcode ac_and, 010100000b,11b,operand_ds ; AND D,S/#
asmcode ac_andn, 010100100b,11b,operand_ds ; ANDN D,S/#
asmcode ac_or, 010101000b,11b,operand_ds ; OR D,S/#
asmcode ac_xor, 010101100b,11b,operand_ds ; XOR D,S/#
asmcode ac_muxc, 010110000b,11b,operand_ds ; MUXC D,S/#
asmcode ac_muxnc, 010110100b,11b,operand_ds ; MUXNC D,S/#
asmcode ac_muxz, 010111000b,11b,operand_ds ; MUXZ D,S/#
asmcode ac_muxnz, 010111100b,11b,operand_ds ; MUXNZ D,S/#
asmcode ac_mov, 011000000b,11b,operand_ds ; MOV D,S/#
asmcode ac_not, 011000100b,11b,operand_du ; NOT D{,S/#}
asmcode ac_abs, 011001000b,11b,operand_du ; ABS D{,S/#}
asmcode ac_neg, 011001100b,11b,operand_du ; NEG D{,S/#}
asmcode ac_negc, 011010000b,11b,operand_du ; NEGC D{,S/#}
asmcode ac_negnc, 011010100b,11b,operand_du ; NEGNC D{,S/#}
asmcode ac_negz, 011011000b,11b,operand_du ; NEGZ D{,S/#}
asmcode ac_negnz, 011011100b,11b,operand_du ; NEGNZ D{,S/#}
asmcode ac_incmod, 011100000b,11b,operand_ds ; INCMOD D,S/#
asmcode ac_decmod, 011100100b,11b,operand_ds ; DECMOD D,S/#
asmcode ac_zerox, 011101000b,11b,operand_ds ; ZEROX D,S/#
asmcode ac_signx, 011101100b,11b,operand_ds ; SIGNX D,S/#
asmcode ac_encod, 011110000b,11b,operand_du ; ENCOD D{,S/#}
asmcode ac_ones, 011110100b,11b,operand_du ; ONES D{,S/#}
asmcode ac_test, 011111000b,11b,operand_du ; TEST D,{S/#}
asmcode ac_testn, 011111100b,11b,operand_ds ; TESTN D,S/#
asmcode ac_setnib, 100000000b,00b,operand_ds3set ; SETNIB {D,}S/#{,#0..7}
asmcode ac_getnib, 100001000b,00b,operand_ds3get ; GETNIB D{,S/#,#0..7}
asmcode ac_rolnib, 100010000b,00b,operand_ds3get ; ROLNIB D{,S/#,#0..7}
asmcode ac_setbyte, 100011000b,00b,operand_ds2set ; SETBYTE {D,}S/#{,#0..3}
asmcode ac_getbyte, 100011100b,00b,operand_ds2get ; GETBYTE D{,S/#,#0..3}
asmcode ac_rolbyte, 100100000b,00b,operand_ds2get ; ROLBYTE D{,S/#,#0..3}
asmcode ac_setword, 100100100b,00b,operand_ds1set ; SETWORD {D,}S/#{,#0..1}
asmcode ac_getword, 100100110b,00b,operand_ds1get ; GETWORD D{,S/#,#0..1}
asmcode ac_rolword, 100101000b,00b,operand_ds1get ; ROLWORD D{,S/#,#0..1}
asmcode ac_altsn, 100101010b,00b,operand_duiz ; ALTSN D{,S/#}
asmcode ac_altgn, 100101011b,00b,operand_duiz ; ALTGN D{,S/#}
asmcode ac_altsb, 100101100b,00b,operand_duiz ; ALTSB D{,S/#}
asmcode ac_altgb, 100101101b,00b,operand_duiz ; ALTGB D{,S/#}
asmcode ac_altsw, 100101110b,00b,operand_duiz ; ALTSW D{,S/#}
asmcode ac_altgw, 100101111b,00b,operand_duiz ; ALTGW D{,S/#}
asmcode ac_altr, 100110000b,00b,operand_duiz ; ALTR D{,S/#}
asmcode ac_altd, 100110001b,00b,operand_duiz ; ALTD D{,S/#}
asmcode ac_alts, 100110010b,00b,operand_duiz ; ALTS D{,S/#}
asmcode ac_altb, 100110011b,00b,operand_duiz ; ALTB D{,S/#}
asmcode ac_alti, 100110100b,00b,operand_duii ; ALTI D{,S/#}
asmcode ac_setr, 100110101b,00b,operand_ds ; SETR D,S/#
asmcode ac_setd, 100110110b,00b,operand_ds ; SETD D,S/#
asmcode ac_sets, 100110111b,00b,operand_ds ; SETS D,S/#
asmcode ac_decod, 100111000b,00b,operand_du ; DECOD D{,S/#}
asmcode ac_bmask, 100111001b,00b,operand_du ; BMASK D{,S/#}
asmcode ac_crcbit, 100111010b,00b,operand_ds ; CRCBIT D,S/#
asmcode ac_crcnib, 100111011b,00b,operand_ds ; CRCNIB D,S/#
asmcode ac_muxnits, 100111100b,00b,operand_ds ; MUXNITS D,S/#
asmcode ac_muxnibs, 100111101b,00b,operand_ds ; MUXNIBS D,S/#
asmcode ac_muxq, 100111110b,00b,operand_ds ; MUXQ D,S/#
asmcode ac_movbyts, 100111111b,00b,operand_ds ; MOVBYTS D,S/#
asmcode ac_mul, 101000000b,01b,operand_ds ; MUL D,S/#
asmcode ac_muls, 101000010b,01b,operand_ds ; MULS D,S/#
asmcode ac_sca, 101000100b,01b,operand_ds ; SCA D,S/#
asmcode ac_scas, 101000110b,01b,operand_ds ; SCAS D,S/#
asmcode ac_addpix, 101001000b,00b,operand_ds ; ADDPIX D,S/#
asmcode ac_mulpix, 101001001b,00b,operand_ds ; MULPIX D,S/#
asmcode ac_blnpix, 101001010b,00b,operand_ds ; BLNPIX D,S/#
asmcode ac_mixpix, 101001011b,00b,operand_ds ; MIXPIX D,S/#
asmcode ac_addct1, 101001100b,00b,operand_ds ; ADDCT1 D,S/#
asmcode ac_addct2, 101001101b,00b,operand_ds ; ADDCT2 D,S/#
asmcode ac_addct3, 101001110b,00b,operand_ds ; ADDCT3 D,S/#
asmcode ac_wmlong, 101001111b,00b,operand_dsp ; WMLONG_ D,S/#/PTRx
asmcode ac_rqpin, 101010000b,10b,operand_ds ; RQPIN D,S/#
asmcode ac_rdpin, 101010001b,10b,operand_ds ; RDPIN D,S/#
asmcode ac_rdlut, 101010100b,11b,operand_dsp ; RDLUT D,S/#/PTRx
asmcode ac_rdbyte, 101011000b,11b,operand_dsp ; RDBYTE D,S/#/PTRx
asmcode ac_rdword, 101011100b,11b,operand_dsp ; RDWORD D,S/#/PTRx
asmcode ac_rdlong, 101100000b,11b,operand_dsp ; RDLONG D,S/#/PTRx
asmcode ac_callpa, 101101000b,00b,operand_lsj ; CALLPA D/#,S/#
asmcode ac_callpb, 101101010b,00b,operand_lsj ; CALLPB D/#,S/#
asmcode ac_djz, 101101100b,00b,operand_dsj ; DJZ D,S/#
asmcode ac_djnz, 101101101b,00b,operand_dsj ; DJNZ D,S/#
asmcode ac_djf, 101101110b,00b,operand_dsj ; DJF D,S/#
asmcode ac_djnf, 101101111b,00b,operand_dsj ; DJNF D,S/#
asmcode ac_ijz, 101110000b,00b,operand_dsj ; IJZ D,S/#
asmcode ac_ijnz, 101110001b,00b,operand_dsj ; IJNZ D,S/#
asmcode ac_tjz, 101110010b,00b,operand_dsj ; TJZ D,S/#
asmcode ac_tjnz, 101110011b,00b,operand_dsj ; TJNZ D,S/#
asmcode ac_tjf, 101110100b,00b,operand_dsj ; TJF D,S/#
asmcode ac_tjnf, 101110101b,00b,operand_dsj ; TJNF D,S/#
asmcode ac_tjs, 101110110b,00b,operand_dsj ; TJS D,S/#
asmcode ac_tjns, 101110111b,00b,operand_dsj ; TJNS D,S/#
asmcode ac_tjv, 101111000b,00b,operand_dsj ; TJV D,S/#
asmcode ac_jint, 000000000b,00b,operand_jpoll ; JINT S/#
asmcode ac_jct1, 000000001b,00b,operand_jpoll ; JCT1 S/#
asmcode ac_jct2, 000000010b,00b,operand_jpoll ; JCT2 S/#
asmcode ac_jct3, 000000011b,00b,operand_jpoll ; JCT3 S/#
asmcode ac_jse1, 000000100b,00b,operand_jpoll ; JSE1 S/#
asmcode ac_jse2, 000000101b,00b,operand_jpoll ; JSE2 S/#
asmcode ac_jse3, 000000110b,00b,operand_jpoll ; JSE3 S/#
asmcode ac_jse4, 000000111b,00b,operand_jpoll ; JSE4 S/#
asmcode ac_jpat, 000001000b,00b,operand_jpoll ; JPAT S/#
asmcode ac_jfbw, 000001001b,00b,operand_jpoll ; JFBW S/#
asmcode ac_jxmt, 000001010b,00b,operand_jpoll ; JXMT S/#
asmcode ac_jxfi, 000001011b,00b,operand_jpoll ; JXFI S/#
asmcode ac_jxro, 000001100b,00b,operand_jpoll ; JXRO S/#
asmcode ac_jxrl, 000001101b,00b,operand_jpoll ; JXRL S/#
asmcode ac_jatn, 000001110b,00b,operand_jpoll ; JATN S/#
asmcode ac_jqmt, 000001111b,00b,operand_jpoll ; JQMT S/#
asmcode ac_jnint, 000010000b,00b,operand_jpoll ; JNINT S/#
asmcode ac_jnct1, 000010001b,00b,operand_jpoll ; JNCT1 S/#
asmcode ac_jnct2, 000010010b,00b,operand_jpoll ; JNCT2 S/#
asmcode ac_jnct3, 000010011b,00b,operand_jpoll ; JNCT3 S/#
asmcode ac_jnse1, 000010100b,00b,operand_jpoll ; JNSE1 S/#
asmcode ac_jnse2, 000010101b,00b,operand_jpoll ; JNSE2 S/#
asmcode ac_jnse3, 000010110b,00b,operand_jpoll ; JNSE3 S/#
asmcode ac_jnse4, 000010111b,00b,operand_jpoll ; JNSE4 S/#
asmcode ac_jnpat, 000011000b,00b,operand_jpoll ; JNPAT S/#
asmcode ac_jnfbw, 000011001b,00b,operand_jpoll ; JNFBW S/#
asmcode ac_jnxmt, 000011010b,00b,operand_jpoll ; JNXMT S/#
asmcode ac_jnxfi, 000011011b,00b,operand_jpoll ; JNXFI S/#
asmcode ac_jnxro, 000011100b,00b,operand_jpoll ; JNXRO S/#
asmcode ac_jnxrl, 000011101b,00b,operand_jpoll ; JNXRL S/#
asmcode ac_jnatn, 000011110b,00b,operand_jpoll ; JNATN S/#
asmcode ac_jnqmt, 000011111b,00b,operand_jpoll ; JNQMT S/#
;asmcode ac_empty, 101111010b,00b,operand_ls ; <empty> D/#,S/#
;asmcode ac_empty, 101111100b,00b,operand_ls ; <empty> D/#,S/#
asmcode ac_setpat, 101111110b,00b,operand_ls ; SETPAT D/#,S/#
asmcode ac_wrpin, 110000000b,00b,operand_ls ; WRPIN D/#,S/#
asmcode ac_wxpin, 110000010b,00b,operand_ls ; WXPIN D/#,S/#
asmcode ac_wypin, 110000100b,00b,operand_ls ; WYPIN D/#,S/#
asmcode ac_wrlut, 110000110b,00b,operand_lsp ; WRLUT D/#,S/#/PTRx
asmcode ac_wrbyte, 110001000b,00b,operand_lsp ; WRBYTE D/#,S/#/PTRx
asmcode ac_wrword, 110001010b,00b,operand_lsp ; WRWORD D/#,S/#/PTRx
asmcode ac_wrlong, 110001100b,00b,operand_lsp ; WRLONG D/#,S/#/PTRx
asmcode ac_rdfast, 110001110b,00b,operand_ls ; RDFAST D/#,S/#
asmcode ac_wrfast, 110010000b,00b,operand_ls ; WRFAST D/#,S/#
asmcode ac_fblock, 110010010b,00b,operand_ls ; FBLOCK D/#,S/#
asmcode ac_xinit, 110010100b,00b,operand_ls ; XINIT D/#,S/#
asmcode ac_xzero, 110010110b,00b,operand_ls ; XZERO D/#,S/#
asmcode ac_xcont, 110011000b,00b,operand_ls ; XCONT D/#,S/#
asmcode ac_rep, 110011010b,00b,operand_rep ; REP D/#/@,S/#
asmcode ac_coginit, 110011100b,10b,operand_ls ; COGINIT D/#,S/#
asmcode ac_qmul, 110100000b,00b,operand_ls ; QMUL D/#,S/#
asmcode ac_qdiv, 110100010b,00b,operand_ls ; QDIV D/#,S/#
asmcode ac_qfrac, 110100100b,00b,operand_ls ; QFRAC D/#,S/#
asmcode ac_qsqrt, 110100110b,00b,operand_ls ; QSQRT D/#,S/#
asmcode ac_qrotate, 110101000b,00b,operand_ls ; QROTATE D/#,S/#
asmcode ac_qvector, 110101010b,00b,operand_ls ; QVECTOR D/#,S/#
asmcode ac_hubset, 000000000b,00b,operand_l ; HUBSET D/#
asmcode ac_cogid, 000000001b,10b,operand_l ; COGID D/#
asmcode ac_cogstop, 000000011b,00b,operand_l ; COGSTOP D/#
asmcode ac_locknew, 000000100b,10b,operand_d ; LOCKNEW D
asmcode ac_lockret, 000000101b,00b,operand_l ; LOCKRET D/#
asmcode ac_locktry, 000000110b,10b,operand_l ; LOCKTRY D/#
asmcode ac_lockrel, 000000111b,10b,operand_l ; LOCKREL D/#
asmcode ac_qlog, 000001110b,00b,operand_l ; QLOG D/#
asmcode ac_qexp, 000001111b,00b,operand_l ; QEXP D/#
asmcode ac_rfbyte, 000010000b,11b,operand_d ; RFBYTE D
asmcode ac_rfword, 000010001b,11b,operand_d ; RFWORD D
asmcode ac_rflong, 000010010b,11b,operand_d ; RFLONG D
asmcode ac_rfvar, 000010011b,11b,operand_d ; RFVAR D
asmcode ac_rfvars, 000010100b,11b,operand_d ; RFVARS D
asmcode ac_wfbyte, 000010101b,00b,operand_l ; WFBYTE D/#
asmcode ac_wfword, 000010110b,00b,operand_l ; WFWORD D/#
asmcode ac_wflong, 000010111b,00b,operand_l ; WFLONG D/#
asmcode ac_getqx, 000011000b,11b,operand_d ; GETQX D
asmcode ac_getqy, 000011001b,11b,operand_d ; GETQY D
asmcode ac_getct, 000011010b,10b,operand_d ; GETCT D
asmcode ac_getrnd, 000011011b,11b,operand_de ; GETRND D
asmcode ac_setdacs, 000011100b,00b,operand_l ; SETDACS D/#
asmcode ac_setxfrq, 000011101b,00b,operand_l ; SETXFRQ D/#
asmcode ac_getxacc, 000011110b,00b,operand_d ; GETXACC D
asmcode ac_waitx, 000011111b,11b,operand_l ; WAITX D/#
asmcode ac_setse1, 000100000b,00b,operand_l ; SETSE1 D/#
asmcode ac_setse2, 000100001b,00b,operand_l ; SETSE2 D/#
asmcode ac_setse3, 000100010b,00b,operand_l ; SETSE3 D/#
asmcode ac_setse4, 000100011b,00b,operand_l ; SETSE4 D/#
asmcode ac_pollint, 000000000b,11b,operand_pollwait ; POLLINT
asmcode ac_pollct1, 000000001b,11b,operand_pollwait ; POLLCT1
asmcode ac_pollct2, 000000010b,11b,operand_pollwait ; POLLCT2
asmcode ac_pollct3, 000000011b,11b,operand_pollwait ; POLLCT3
asmcode ac_pollse1, 000000100b,11b,operand_pollwait ; POLLSE1
asmcode ac_pollse2, 000000101b,11b,operand_pollwait ; POLLSE2
asmcode ac_pollse3, 000000110b,11b,operand_pollwait ; POLLSE3
asmcode ac_pollse4, 000000111b,11b,operand_pollwait ; POLLSE4
asmcode ac_pollpat, 000001000b,11b,operand_pollwait ; POLLPAT
asmcode ac_pollfbw, 000001001b,11b,operand_pollwait ; POLLFBW
asmcode ac_pollxmt, 000001010b,11b,operand_pollwait ; POLLXMT
asmcode ac_pollxfi, 000001011b,11b,operand_pollwait ; POLLXFI
asmcode ac_pollxro, 000001100b,11b,operand_pollwait ; POLLXRO
asmcode ac_pollxrl, 000001101b,11b,operand_pollwait ; POLLXRL
asmcode ac_pollatn, 000001110b,11b,operand_pollwait ; POLLATN
asmcode ac_pollqmt, 000001111b,11b,operand_pollwait ; POLLQMT
asmcode ac_waitint, 000010000b,11b,operand_pollwait ; WAITINT
asmcode ac_waitct1, 000010001b,11b,operand_pollwait ; WAITCT1
asmcode ac_waitct2, 000010010b,11b,operand_pollwait ; WAITCT2
asmcode ac_waitct3, 000010011b,11b,operand_pollwait ; WAITCT3
asmcode ac_waitse1, 000010100b,11b,operand_pollwait ; WAITSE1
asmcode ac_waitse2, 000010101b,11b,operand_pollwait ; WAITSE2
asmcode ac_waitse3, 000010110b,11b,operand_pollwait ; WAITSE3
asmcode ac_waitse4, 000010111b,11b,operand_pollwait ; WAITSE4
asmcode ac_waitpat, 000011000b,11b,operand_pollwait ; WAITPAT
asmcode ac_waitfbw, 000011001b,11b,operand_pollwait ; WAITFBW
asmcode ac_waitxmt, 000011010b,11b,operand_pollwait ; WAITXMT
asmcode ac_waitxfi, 000011011b,11b,operand_pollwait ; WAITXFI
asmcode ac_waitxro, 000011100b,11b,operand_pollwait ; WAITXRO
asmcode ac_waitxrl, 000011101b,11b,operand_pollwait ; WAITXRL
asmcode ac_waitatn, 000011110b,11b,operand_pollwait ; WAITATN
asmcode ac_allowi, 000100000b,00b,operand_pollwait ; ALLOWI
asmcode ac_stalli, 000100001b,00b,operand_pollwait ; STALLI
asmcode ac_trgint1, 000100010b,00b,operand_pollwait ; TRGINT1
asmcode ac_trgint2, 000100011b,00b,operand_pollwait ; TRGINT2
asmcode ac_trgint3, 000100100b,00b,operand_pollwait ; TRGINT3
asmcode ac_nixint1, 000100101b,00b,operand_pollwait ; NIXINT1
asmcode ac_nixint2, 000100110b,00b,operand_pollwait ; NIXINT2
asmcode ac_nixint3, 000100111b,00b,operand_pollwait ; NIXINT3
asmcode ac_setint1, 000100101b,00b,operand_l ; SETINT1 D/#
asmcode ac_setint2, 000100110b,00b,operand_l ; SETINT2 D/#
asmcode ac_setint3, 000100111b,00b,operand_l ; SETINT3 D/#
asmcode ac_setq, 000101000b,00b,operand_l ; SETQ D/#
asmcode ac_setq2, 000101001b,00b,operand_l ; SETQ2 D/#
asmcode ac_push, 000101010b,00b,operand_l ; PUSH D/#
asmcode ac_pop, 000101011b,11b,operand_d ; POP D
asmcode ac_jmprel, 000110000b,00b,operand_l ; JMPREL D/#
asmcode ac_skip, 000110001b,00b,operand_l ; SKIP D/#
asmcode ac_skipf, 000110010b,00b,operand_l ; SKIPF D/#
asmcode ac_execf, 000110011b,00b,operand_l ; EXECF D/#
asmcode ac_getptr, 000110100b,00b,operand_d ; GETPTR D
asmcode ac_getbrk, 000110101b,11b,operand_getbrk ; GETBRK D
asmcode ac_cogbrk, 000110101b,00b,operand_l ; COGBRK D/#
asmcode ac_brk, 000110110b,00b,operand_l ; BRK D/#
asmcode ac_setluts, 000110111b,00b,operand_l ; SETLUTS D/#
asmcode ac_setcy, 000111000b,00b,operand_l ; SETCY D/#
asmcode ac_setci, 000111001b,00b,operand_l ; SETCI D/#
asmcode ac_setcq, 000111010b,00b,operand_l ; SETCQ D/#
asmcode ac_setcfrq, 000111011b,00b,operand_l ; SETCFRQ D/#
asmcode ac_setcmod, 000111100b,00b,operand_l ; SETCMOD D/#
asmcode ac_setpiv, 000111101b,00b,operand_l ; SETPIV D/#
asmcode ac_setpix, 000111110b,00b,operand_l ; SETPIX D/#
asmcode ac_cogatn, 000111111b,00b,operand_l ; COGATN D/#
asmcode ac_testp, 001000000b,00b,operand_testp ; TESTP D/#
asmcode ac_testpn, 001000001b,00b,operand_testp ; TESTPN D/#
asmcode ac_dirl, 001000000b,00b,operand_pinop ; DIRL D/#
asmcode ac_dirh, 001000001b,00b,operand_pinop ; DIRH D/#
asmcode ac_dirc, 001000010b,00b,operand_pinop ; DIRC D/#
asmcode ac_dirnc, 001000011b,00b,operand_pinop ; DIRNC D/#
asmcode ac_dirz, 001000100b,00b,operand_pinop ; DIRZ D/#
asmcode ac_dirnz, 001000101b,00b,operand_pinop ; DIRNZ D/#
asmcode ac_dirrnd, 001000110b,00b,operand_pinop ; DIRRND D/#
asmcode ac_dirnot, 001000111b,00b,operand_pinop ; DIRNOT D/#
asmcode ac_outl, 001001000b,00b,operand_pinop ; OUTL D/#
asmcode ac_outh, 001001001b,00b,operand_pinop ; OUTH D/#
asmcode ac_outc, 001001010b,00b,operand_pinop ; OUTC D/#
asmcode ac_outnc, 001001011b,00b,operand_pinop ; OUTNC D/#
asmcode ac_outz, 001001100b,00b,operand_pinop ; OUTZ D/#
asmcode ac_outnz, 001001101b,00b,operand_pinop ; OUTNZ D/#
asmcode ac_outrnd, 001001110b,00b,operand_pinop ; OUTRND D/#
asmcode ac_outnot, 001001111b,00b,operand_pinop ; OUTNOT D/#
asmcode ac_fltl, 001010000b,00b,operand_pinop ; FLTL D/#
asmcode ac_flth, 001010001b,00b,operand_pinop ; FLTH D/#
asmcode ac_fltc, 001010010b,00b,operand_pinop ; FLTC D/#
asmcode ac_fltnc, 001010011b,00b,operand_pinop ; FLTNC D/#
asmcode ac_fltz, 001010100b,00b,operand_pinop ; FLTZ D/#
asmcode ac_fltnz, 001010101b,00b,operand_pinop ; FLTNZ D/#
asmcode ac_fltrnd, 001010110b,00b,operand_pinop ; FLTRND D/#
asmcode ac_fltnot, 001010111b,00b,operand_pinop ; FLTNOT D/#
asmcode ac_drvl, 001011000b,00b,operand_pinop ; DRVL D/#
asmcode ac_drvh, 001011001b,00b,operand_pinop ; DRVH D/#
asmcode ac_drvc, 001011010b,00b,operand_pinop ; DRVC D/#
asmcode ac_drvnc, 001011011b,00b,operand_pinop ; DRVNC D/#
asmcode ac_drvz, 001011100b,00b,operand_pinop ; DRVZ D/#
asmcode ac_drvnz, 001011101b,00b,operand_pinop ; DRVNZ D/#
asmcode ac_drvrnd, 001011110b,00b,operand_pinop ; DRVRND D/#
asmcode ac_drvnot, 001011111b,00b,operand_pinop ; DRVNOT D/#
asmcode ac_splitb, 001100000b,00b,operand_d ; SPLITB D
asmcode ac_mergeb, 001100001b,00b,operand_d ; MERGEB D
asmcode ac_splitw, 001100010b,00b,operand_d ; SPLITW D
asmcode ac_mergew, 001100011b,00b,operand_d ; MERGEW D
asmcode ac_seussf, 001100100b,00b,operand_d ; SEUSSF D
asmcode ac_seussr, 001100101b,00b,operand_d ; SEUSSR D
asmcode ac_rgbsqz, 001100110b,00b,operand_d ; RGBSQZ D
asmcode ac_rgbexp, 001100111b,00b,operand_d ; RGBEXP D
asmcode ac_xoro32, 001101000b,00b,operand_d ; XORO32 D
asmcode ac_rev, 001101001b,00b,operand_d ; REV D
asmcode ac_rczr, 001101010b,11b,operand_d ; RCZR D
asmcode ac_rczl, 001101011b,11b,operand_d ; RCZL D
asmcode ac_wrc, 001101100b,00b,operand_d ; WRC D
asmcode ac_wrnc, 001101101b,00b,operand_d ; WRNC D
asmcode ac_wrz, 001101110b,00b,operand_d ; WRZ D
asmcode ac_wrnz, 001101111b,00b,operand_d ; WRNZ D
asmcode ac_modcz, 001101111b,11b,operand_cz ; MODCZ c,z
asmcode ac_modc, 001101111b,10b,operand_cz ; MODC c
asmcode ac_modz, 001101111b,01b,operand_cz ; MODZ z
asmcode ac_setscp, 001110000b,00b,operand_l ; SETSCP D/#
asmcode ac_getscp, 001110001b,00b,operand_d ; GETSCP D
asmcode ac_jmp, 110110000b,00b,operand_jmp ; JMP # <or> D
asmcode ac_call, 110110100b,00b,operand_call ; CALL # <or> D
asmcode ac_calla, 110111000b,00b,operand_call ; CALLA # <or> D
asmcode ac_callb, 110111100b,00b,operand_call ; CALLB # <or> D
asmcode ac_calld, 111000000b,00b,operand_calld ; CALLD reg,# / D,S
asmcode ac_loc, 111010000b,00b,operand_loc ; LOC reg,#
asmcode ac_augs, 111100000b,00b,operand_aug ; AUGS #
asmcode ac_augd, 111110000b,00b,operand_aug ; AUGD #
asmcode ac_pusha, pp_pusha, 00b,operand_pushpop ; PUSHA D/# alias instructions
asmcode ac_pushb, pp_pushb, 00b,operand_pushpop ; PUSHB D/#
asmcode ac_popa, pp_popa, 11b,operand_pushpop ; POPA D
asmcode ac_popb, pp_popb, 11b,operand_pushpop ; POPB D
asmcode ac_ret, 0, 11b,operand_xlat ; RET
asmcode ac_reta, 1, 11b,operand_xlat ; RETA
asmcode ac_retb, 2, 11b,operand_xlat ; RETB
asmcode ac_reti0, 3, 00b,operand_xlat ; RETI0
asmcode ac_reti1, 4, 00b,operand_xlat ; RETI1
asmcode ac_reti2, 5, 00b,operand_xlat ; RETI2
asmcode ac_reti3, 6, 00b,operand_xlat ; RETI3
asmcode ac_resi0, 7, 00b,operand_xlat ; RESI0
asmcode ac_resi1, 8, 00b,operand_xlat ; RESI1
asmcode ac_resi2, 9, 00b,operand_xlat ; RESI2
asmcode ac_resi3, 10, 00b,operand_xlat ; RESI3
asmcode ac_xstop, 11, 00b,operand_xlat ; XSTOP
asmcode ac_akpin, 0, 00b,operand_akpin ; AKPIN S/#
asmcode ac_asmclk, 0, 00b,operand_asmclk ; ASMCLK
asmcode ac_nop, 000000000b,00b,operand_nop ; NOP
asmcode ac_debug, 000110110b,00b,operand_debug ; DEBUG()
;
;
; Types
;
count0 type_undefined ; (undefined symbol, must be 0)
count type_pre_command ; preprocessor commands DEFINE/UNDEF/IFDEF/IFNDEF/ELSEIFDEF/ELSEIFNDEF/ELSE/ENDIF
count type_pre_symbol_ext ; preprocessor external symbols from command line
count type_pre_symbol_int ; preprocessor internal symbols
count type_left ; (
count type_right ; )
count type_leftb ; [
count type_rightb ; ]
count type_comma ; ,
count type_equal ; =
count type_pound ; #
count type_colon ; :
count type_back ; \
count type_under ; _
count type_tick ; `
count type_dollar ; $ (without a hex digit following)
count type_percent ; % (without a bin digit or quote following)
count type_dot ; .
count type_dotdot ; ..
count type_at ; @
count type_atat ; @@
count type_upat ; ^@
count type_til ; ~
count type_tiltil ; ~~
count type_inc ; ++
count type_dec ; --
count type_rnd ; ??
count type_assign ; :=
count type_swap ; :=:
count type_op ; !, -, ABS, ENC, etc.
count type_float ; FLOAT
count type_round ; ROUND
count type_trunc ; TRUNC
count type_constr ; STRING
count type_conlstr ; LSTRING
count type_block ; CON, VAR, DAT, OBJ, PUB, PRI
count type_field ; FIELD
count type_struct ; STRUCT
count type_sizeof ; SIZEOF
count type_size ; BYTE, WORD, LONG
count type_size_fit ; BYTEFIT, WORDFIT
count type_fvar ; FVAR, FVARS
count type_file ; FILE
count type_if ; IF
count type_ifnot ; IFNOT
count type_elseif ; ELSEIF
count type_elseifnot ; ELSEIFNOT
count type_else ; ELSE
count type_case ; CASE
count type_case_fast ; CASE_FAST
count type_other ; OTHER
count type_repeat ; REPEAT
count type_repeat_var ; REPEAT var - different QUIT method
count type_repeat_count ; REPEAT count - different QUIT method
count type_repeat_count_var ; REPEAT count WITH var - different QUIT method
count type_while ; WHILE
count type_until ; UNTIL
count type_from ; FROM
count type_to ; TO
count type_step ; STEP
count type_with ; WITH
count type_i_next_quit ; NEXT/QUIT
count type_i_return ; RETURN
count type_i_abort ; ABORT
count type_i_look ; LOOKUPZ, LOOKUP, LOOKDOWNZ, LOOKDOWN
count type_i_cogspin ; COGSPIN
count type_i_taskspin ; TASKSPIN
count type_i_flex ; HUBSET, COGINIT, COGSTOP...
count type_recv ; RECV
count type_send ; SEND
count type_debug ; DEBUG
count type_debug_cmd ; DEBUG commands
count type_asm_end ; END
count type_asm_dir ; ORGH, ORG, ORGF, RES, FIT
count type_asm_cond ; IF_C, IF_Z, IF_NC, etc
count type_asm_inst ; RDBYTE, RDWORD, RDLONG, etc.
count type_asm_effect ; WC, WZ, WCZ
count type_asm_effect2 ; ANDC, ANDZ, ORC, ORZ, XORC, XORZ
count type_reg ; REG
count type_con_int ; user constant integer (must be followed by type_con_float)
count type_con_float ; user constant float
count type_con_struct ; user data structure
count type_register ; user register long
count type_loc_byte ;L0 user loc byte (L0..L11 must be contiguous)
count type_loc_word ;L1 user loc word
count type_loc_long ;L2 user loc long
count type_loc_struct ;L3 user loc struct
count type_loc_byte_ptr ;L4 user loc byte ptr
count type_loc_word_ptr ;L5 user loc word ptr
count type_loc_long_ptr ;L6 user loc long ptr
count type_loc_struct_ptr ;L7 user loc struct ptr
count type_loc_byte_ptr_val ;L8 internal loc byte ptr val
count type_loc_word_ptr_val ;L9 internal loc word ptr val
count type_loc_long_ptr_val ;L10 internal loc long ptr val
count type_loc_struct_ptr_val ;L11 internal loc struct ptr val
count type_var_byte ;V0 user var byte (V0..V11 must be contiguous)
count type_var_word ;V1 user var word
count type_var_long ;V2 user var long
count type_var_struct ;V3 user var struct
count type_var_byte_ptr ;V4 user var byte ptr
count type_var_word_ptr ;V5 user var word ptr
count type_var_long_ptr ;V6 user var long ptr
count type_var_struct_ptr ;V7 user var struct ptr
count type_var_byte_ptr_val ;V8 internal var byte ptr val
count type_var_word_ptr_val ;V9 internal var word ptr val
count type_var_long_ptr_val ;V10 internal var long ptr val
count type_var_struct_ptr_val ;V11 internal var struct ptr val
count type_dat_byte ;D0 user dat byte (D0..D3 must be contiguous)
count type_dat_word ;D1 user dat word
count type_dat_long ;D2 user dat long
count type_dat_struct ;D3 user dat struct
count type_dat_long_res ;(D2) user dat long reserve
count type_hub_byte ;H0 user hub byte (unused) (H0..H2 must be contiguous)
count type_hub_word ;H1 user hub word (unused)
count type_hub_long ;H2 user hub long (CLKMODE, CLKFREQ)
count type_obj ; user object
count type_objpub ; user object.method()
count type_objcon_int ; user object.constant integer (must be followed by type_objcon_float)
count type_objcon_float ; user object.constant float
count type_objcon_struct ; user object.constant structure TESTT future work
count type_method ; user method
count type_end ; end-of-line c=0, end-of-file c=1
;
;
; Bytecodes
;
count0 bc_drop ;main bytecodes
count bc_drop_push
count bc_drop_trap
count bc_drop_trap_push
count bc_return_results
count bc_return_args
count bc_abort_0
count bc_abort_arg
count bc_call_obj_sub
count bc_call_obji_sub
count bc_call_sub
count bc_call_ptr
count bc_call_recv
count bc_call_send
count bc_call_send_bytes
count bc_mptr_obj_sub
count bc_mptr_obji_sub
count bc_mptr_sub
count bc_jmp
count bc_jz
count bc_jnz
count bc_tjz
count bc_djnz
count bc_pop
count bc_pop_rfvar
count bc_hub_bytecode
count bc_case_fast_init
count bc_case_fast_done
count bc_case_value
count bc_case_range
count bc_case_done
count bc_lookup_value
count bc_lookdown_value
count bc_lookup_range
count bc_lookdown_range
count bc_look_done
count bc_add_pbase
count bc_coginit
count bc_coginit_push
count bc_cogstop
count bc_cogid
count bc_locknew
count bc_lockret
count bc_locktry
count bc_lockrel
count bc_lockchk
count bc_cogatn
count bc_pollatn
count bc_waitatn
count bc_getrnd
count bc_getct
count bc_pollct
count bc_waitct
count bc_pinlow
count bc_pinhigh
count bc_pintoggle
count bc_pinfloat
count bc_wrpin
count bc_wxpin
count bc_wypin
count bc_akpin
count bc_rdpin
count bc_rqpin
count bc_tasknext
count bc_unused
count bc_debug
count bc_con_rfbyte
count bc_con_rfbyte_not
count bc_con_rfword
count bc_con_rfword_not
count bc_con_rflong
count bc_con_rfbyte_decod
count bc_con_rfbyte_decod_not
count bc_con_rfbyte_bmask
count bc_con_rfbyte_bmask_not
count bc_setup_field_p
count bc_setup_field_pi
count bc_setup_reg
count bc_setup_reg_pi
count bc_setup_byte_pbase
count bc_setup_byte_vbase
count bc_setup_byte_dbase
count bc_setup_byte_pbase_pi
count bc_setup_byte_vbase_pi
count bc_setup_byte_dbase_pi
count bc_setup_word_pbase
count bc_setup_word_vbase
count bc_setup_word_dbase
count bc_setup_word_pbase_pi
count bc_setup_word_vbase_pi
count bc_setup_word_dbase_pi
count bc_setup_long_pbase
count bc_setup_long_vbase
count bc_setup_long_dbase
count bc_setup_long_pbase_pi
count bc_setup_long_vbase_pi
count bc_setup_long_dbase_pi
count bc_setup_byte_pa
count bc_setup_word_pa
count bc_setup_long_pa
count bc_setup_byte_pb_pi
count bc_setup_word_pb_pi
count bc_setup_long_pb_pi
count bc_setup_struct_pbase
count bc_setup_struct_vbase
count bc_setup_struct_dbase
count bc_setup_struct_pop
count bc_ternary
count bc_lt
count bc_ltu
count bc_lte
count bc_lteu
count bc_e
count bc_ne
count bc_gte
count bc_gteu
count bc_gt
count bc_gtu
count bc_ltegt
count bc_lognot
count bc_bitnot
count bc_neg
count bc_abs
count bc_encod
count bc_decod
count bc_bmask
count bc_ones
count bc_sqrt
count bc_qlog
count bc_qexp
count bc_shr
count bc_shl
count bc_sar
count bc_ror
count bc_rol
count bc_rev
count bc_zerox
count bc_signx
count bc_add
count bc_sub
count bc_logand
count bc_logxor
count bc_logor
count bc_bitand
count bc_bitxor
count bc_bitor
count bc_fge
count bc_fle
count bc_addbits
count bc_addpins
count bc_mul
count bc_div
count bc_divu
count bc_rem
count bc_remu
count bc_sca
count bc_scas
count bc_frac
count bc_string
count bc_bitrange
counti bc_con_n ,16
counti bc_setup_reg_1D8_1F8 ,16
counti bc_setup_var_0_15 ,16
counti bc_setup_local_0_15 ,16
counti bc_read_local_0_15 ,16
counti bc_write_local_0_15 ,16
countn bc_set_incdec ,79h ;variable operator bytecodes
count bc_repeat_var_init_n
count bc_repeat_var_init_1
count bc_repeat_var_init
count bc_repeat_var_loop
count bc_get_field
count bc_get_addr
count bc_read
count bc_write
count bc_write_push
count bc_var_inc
count bc_var_dec
count bc_var_preinc_push
count bc_var_predec_push