-/*
- * Copyright (c) 1982 Regents of the University of California
- * @(#)instrs 4.2 %G%
- */
-OP("bicpsw", CORE,0xb9, 1, A_RW,0,0,0,0,0),
-OP("bispsw", CORE,0xb8, 1, A_RW,0,0,0,0,0),
-OP("movpsl", CORE,0xdc, 1, A_WL,0,0,0,0,0),
-
-OP("ldpctx", CORE,0x06, 0, 0,0,0,0,0,0),
-OP("svpctx", CORE,0x07, 0, 0,0,0,0,0,0),
-OP("mfpr", CORE,0xdb, 2, A_RL,A_WL,0,0,0,0),
-OP("mtpr", CORE,0xda, 2, A_RL,A_RL,0,0,0,0),
-
-OP("prober", CORE,0x0c, 3, A_RB,A_RW,A_AB,0,0,0),
-OP("probew", CORE,0x0d, 3, A_RB,A_RW,A_AB,0,0,0),
-
-OP("adawi", CORE,0x58, 2, A_RW,A_MW,0,0,0,0),
-
-OP("chme", CORE,0xbd, 1, A_RW,0,0,0,0,0),
-OP("chmk", CORE,0xbc, 1, A_RW,0,0,0,0,0),
-OP("chms", CORE,0xbe, 1, A_RW,0,0,0,0,0),
-OP("chmu", CORE,0xbf, 1, A_RW,0,0,0,0,0),
-
-OP("insque", CORE,0x0e, 2, A_AB,A_AB,0,0,0,0),
-OP("insqhi", NEW ,0x5c, 2, A_AB,A_AQ,0,0,0,0),
-OP("insqti", NEW ,0x5d, 2, A_AB,A_AQ,0,0,0,0),
-
-OP("remque", CORE,0x0f, 2, A_AB,A_WL,0,0,0,0),
-OP("remqhi", NEW ,0x5e, 2, A_AQ,A_WL,0,0,0,0),
-OP("remqti", NEW ,0x5f, 2, A_AQ,A_WL,0,0,0,0),
-
-OP("bpt", CORE,0x03, 0, 0,0,0,0,0,0),
-
-OP("escd", CORE,0xfd, 0, 0,0,0,0,0,0),
-OP("esce", CORE,0xfe, 0, 0,0,0,0,0,0),
-OP("escf", CORE,0xff, 0, 0,0,0,0,0,0),
-OP("xfc", CORE,0xfc, 0, 0,0,0,0,0,0),
-
-OP("bugw", ESCF,0xfe, 1, A_RW,0,0,0,0,0),
-OP("bugl", ESCF,0xfd, 1, A_RL,0,0,0,0,0),
-
-OP("nop", CORE,0x01, 0, 0,0,0,0,0,0),
-OP("halt", CORE,0x00, 0, 0,0,0,0,0,0),
-
-OP("crc", CORE,0x0b, 4, A_AB,A_RL,A_RW,A_AB,0,0),
-
-OP("movp", CORE,0x34, 3, A_RW,A_AB,A_AB,0,0,0),
-OP("cvtlp", CORE,0xf9, 3, A_RL,A_RW,A_AB,0,0,0),
-OP("cvtpl", CORE,0x36, 3, A_RW,A_AB,A_WL,0,0,0),
-OP("cvttp", CORE,0x26, 5, A_RW,A_AB,A_AB,A_RW,A_AB,0),
-OP("cvtpt", CORE,0x24, 5, A_RW,A_AB,A_AB,A_RW,A_AB,0),
-OP("cvtps", CORE,0x08, 4, A_RW,A_AB,A_RW,A_AB,0,0),
-OP("cvtsp", CORE,0x09, 4, A_RW,A_AB,A_RW,A_AB,0,0),
-
-OP("addp4", CORE,0x20, 4, A_RW,A_AB,A_RW,A_AB,0,0),
-OP("addp6", CORE,0x21, 6, A_RW,A_AB,A_RW,A_AB,A_RW,A_AB),
-OP("subp4", CORE,0x22, 4, A_RW,A_AB,A_RW,A_AB,0,0),
-OP("subp6", CORE,0x23, 6, A_RW,A_AB,A_RW,A_AB,A_RW,A_AB),
-OP("mulp", CORE,0x25, 6, A_RW,A_AB,A_RW,A_AB,A_RW,A_AB),
-OP("divp", CORE,0x27, 6, A_RW,A_AB,A_RW,A_AB,A_RW,A_AB),
-OP("cmpp3", CORE,0x35, 3, A_RW,A_AB,A_AB,0,0,0),
-OP("cmpp4", CORE,0x37, 4, A_RW,A_AB,A_RW,A_AB,0,0),
-
-OP("insv", CORE,0xf0, 4, A_RL,A_RL,A_RB,A_WB,0,0),
-OP("extv", CORE,0xee, 4, A_RL,A_RB,A_RB,A_WL,0,0),
-OP("extzv", CORE,0xef, 4, A_RL,A_RB,A_RB,A_WL,0,0),
-OP("cmpv", CORE,0xec, 4, A_RL,A_RB,A_RB,A_RL,0,0),
-OP("cmpzv", CORE,0xed, 4, A_RL,A_RB,A_RB,A_RL,0,0),
-
-OP("editpc", CORE,0x38, 4, A_RW,A_AB,A_AB,A_AB,0,0),
-OP("locc", CORE,0x3a, 3, A_RB,A_RW,A_AB,0,0,0),
-OP("matchc", CORE,0x39, 4, A_RW,A_AB,A_RW,A_AB,0,0),
-OP("skpc", CORE,0x3b, 3, A_RB,A_RW,A_AB,0,0,0),
-OP("scanc", CORE,0x2a, 4, A_RW,A_AB,A_AB,A_RB,0,0),
-OP("spanc", CORE,0x2b, 4, A_RW,A_AB,A_AB,A_RB,0,0),
-OP("movc3", CORE,0x28, 3, A_RW,A_AB,A_AB,0,0,0),
-OP("movc5", CORE,0x2c, 5, A_RW,A_AB,A_RB,A_RW,A_AB,0),
-OP("movtc", CORE,0x2e, 6, A_RW,A_AB,A_RB,A_AB,A_RW,A_AB),
-OP("movtuc", CORE,0x2f, 6, A_RW,A_AB,A_RB,A_AB,A_RW,A_AB),
-OP("cmpc3", CORE,0x29, 3, A_RW,A_AB,A_AB,0,0,0),
-OP("cmpc5", CORE,0x2d, 5, A_RW,A_AB,A_RB,A_RW,A_AB,0),
-
-OP("adwc", CORE,0xd8, 2, A_RL,A_ML,0,0,0,0),
-OP("sbwc", CORE,0xd9, 2, A_RL,A_ML,0,0,0,0),
-
-OP("rotl", CORE,0x9c, 3, A_RB,A_RL,A_WL,0,0,0),
-OP("ashl", CORE,0x78, 3, A_RB,A_RL,A_WL,0,0,0),
-OP("ashp", CORE,0xf8, 6, A_RB,A_RW,A_AB,A_RB,A_RW,A_AB),
-OP("ashq", CORE,0x79, 3, A_RB,A_RQ,A_WQ,0,0,0),
-
-OP("jmp", CORE,0x17, 1, A_AB,0,0,0,0,0),
-OP("brb", CORE,0x11, 1, A_BB,0,0,0,0,0),
-OP("brw", CORE,0x31, 1, A_BW,0,0,0,0,0),
-
-OP("bitb", CORE,0x93, 2, A_RB,A_RB,0,0,0,0),
-OP("bitw", CORE,0xb3, 2, A_RW,A_RW,0,0,0,0),
-OP("bitl", CORE,0xd3, 2, A_RL,A_RL,0,0,0,0),
-
-OP("bbc", CORE,0xe1, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bbcc", CORE,0xe5, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bbcci", CORE,0xe7, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bbcs", CORE,0xe3, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bbs", CORE,0xe0, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bbsc", CORE,0xe4, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bbss", CORE,0xe2, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bbssi", CORE,0xe6, 3, A_RL,A_RB,A_BB,0,0,0),
-OP("bcc", CORE,0x1e, 1, A_BB,0,0,0,0,0),
-OP("bcs", CORE,0x1f, 1, A_BB,0,0,0,0,0),
-OP("blbs", CORE,0xe8, 2, A_RL,A_BB,0,0,0,0),
-OP("blbc", CORE,0xe9, 2, A_RL,A_BB,0,0,0,0),
-
-OP("beql", CORE,0x13, 1, A_BB,0,0,0,0,0),
-OP("beqlu", CORE,0x13, 1, A_BB,0,0,0,0,0),
-OP("bgeq", CORE,0x18, 1, A_BB,0,0,0,0,0),
-OP("bgequ", CORE,0x1e, 1, A_BB,0,0,0,0,0),
-OP("bgtr", CORE,0x14, 1, A_BB,0,0,0,0,0),
-OP("bgtru", CORE,0x1a, 1, A_BB,0,0,0,0,0),
-OP("bleq", CORE,0x15, 1, A_BB,0,0,0,0,0),
-OP("blequ", CORE,0x1b, 1, A_BB,0,0,0,0,0),
-OP("blss", CORE,0x19, 1, A_BB,0,0,0,0,0),
-OP("blssu", CORE,0x1f, 1, A_BB,0,0,0,0,0),
-OP("bneq", CORE,0x12, 1, A_BB,0,0,0,0,0),
-OP("bnequ", CORE,0x12, 1, A_BB,0,0,0,0,0),
-OP("bvc", CORE,0x1c, 1, A_BB,0,0,0,0,0),
-OP("bvs", CORE,0x1d, 1, A_BB,0,0,0,0,0),
-
-OP("caseb", CORE,0x8f, 3, A_RB,A_RB,A_RB,0,0,0),
-OP("casew", CORE,0xaf, 3, A_RW,A_RW,A_RW,0,0,0),
-OP("casel", CORE,0xcf, 3, A_RL,A_RL,A_RL,0,0,0),
-
-OP("clrb", CORE,0x94, 1, A_WB,0,0,0,0,0),
-OP("clrw", CORE,0xb4, 1, A_WW,0,0,0,0,0),
-OP("clrl", CORE,0xd4, 1, A_WL,0,0,0,0,0),
-OP("clrq", CORE,0x7c, 1, A_WQ,0,0,0,0,0),
-OP("clro", ESCD,0x7c, 1, A_WO,0,0,0,0,0),
-OP("clrf", CORE,0xd4, 1, A_WF,0,0,0,0,0),
-OP("clrd", CORE,0x7c, 1, A_WD,0,0,0,0,0),
-OP("clrh", ESCD,0x7c, 1, A_WH,0,0,0,0,0),
-
-OP("cvtbw", CORE,0x99, 2, A_RB,A_WW,0,0,0,0),
-OP("cvtbl", CORE,0x98, 2, A_RB,A_WL,0,0,0,0),
-OP("cvtbf", CORE,0x4c, 2, A_RB,A_WF,0,0,0,0),
-OP("cvtbg", ESCD,0x4c, 2, A_RB,A_WG,0,0,0,0),
-OP("cvtbd", CORE,0x6c, 2, A_RB,A_WD,0,0,0,0),
-OP("cvtbh", ESCD,0x6c, 2, A_RB,A_WH,0,0,0,0),
-
-OP("cvtwb", CORE,0x33, 2, A_RW,A_WB,0,0,0,0),
-OP("cvtwl", CORE,0x32, 2, A_RW,A_WL,0,0,0,0),
-OP("cvtwf", CORE,0x4d, 2, A_RW,A_WF,0,0,0,0),
-OP("cvtwg", ESCD,0x4d, 2, A_RW,A_WG,0,0,0,0),
-OP("cvtwd", CORE,0x6d, 2, A_RW,A_WD,0,0,0,0),
-OP("cvtwh", ESCD,0x6d, 2, A_RW,A_WH,0,0,0,0),
-
-OP("cvtlb", CORE,0xf6, 2, A_RL,A_WB,0,0,0,0),
-OP("cvtlw", CORE,0xf7, 2, A_RL,A_WW,0,0,0,0),
-OP("cvtlf", CORE,0x4e, 2, A_RL,A_WF,0,0,0,0),
-OP("cvtlg", ESCD,0x4e, 2, A_RL,A_WG,0,0,0,0),
-OP("cvtld", CORE,0x6e, 2, A_RL,A_WD,0,0,0,0),
-OP("cvtlh", ESCD,0x6e, 2, A_RL,A_WH,0,0,0,0),
-
-OP("cvtfb", CORE,0x48, 2, A_RF,A_WB,0,0,0,0),
-OP("cvtfw", CORE,0x49, 2, A_RF,A_WW,0,0,0,0),
-OP("cvtfl", CORE,0x4a, 2, A_RF,A_WL,0,0,0,0),
-OP("cvtrfl", CORE,0x4b, 2, A_RF,A_WL,0,0,0,0),
-OP("cvtfd", CORE,0x56, 2, A_RF,A_WD,0,0,0,0),
-OP("cvtfg", ESCD,0x99, 2, A_RF,A_WG,0,0,0,0),
-OP("cvtfh", ESCD,0x98, 2, A_RF,A_WH,0,0,0,0),
-
-OP("cvtgb", ESCD,0x48, 2, A_RG,A_WB,0,0,0,0),
-OP("cvtgw", ESCD,0x49, 2, A_RG,A_WW,0,0,0,0),
-OP("cvtgl", ESCD,0x4a, 2, A_RG,A_WL,0,0,0,0),
-OP("cvtrgl", ESCD,0x4b, 2, A_RG,A_WL,0,0,0,0),
-OP("cvtgf", ESCD,0x33, 2, A_RG,A_WF,0,0,0,0),
-OP("cvtgd", ESCD,0x56, 2, A_RG,A_WD,0,0,0,0),
-OP("cvtgh", ESCD,0x56, 2, A_RG,A_WH,0,0,0,0),
-
-OP("cvtdb", CORE,0x68, 2, A_RD,A_WB,0,0,0,0),
-OP("cvtdw", CORE,0x69, 2, A_RD,A_WW,0,0,0,0),
-OP("cvtdl", CORE,0x6a, 2, A_RD,A_WL,0,0,0,0),
-OP("cvtrdl", CORE,0x6b, 2, A_RD,A_WL,0,0,0,0),
-OP("cvtdf", CORE,0x76, 2, A_RD,A_WF,0,0,0,0),
-OP("cvtdh", ESCD,0x32, 2, A_RD,A_WH,0,0,0,0),
-
-OP("cvthb", ESCD,0x68, 2, A_RH,A_WB,0,0,0,0),
-OP("cvthw", ESCD,0x69, 2, A_RH,A_WW,0,0,0,0),
-OP("cvthl", ESCD,0x6a, 2, A_RH,A_WL,0,0,0,0),
-OP("cvtrhl", ESCD,0x6b, 2, A_RH,A_WL,0,0,0,0),
-OP("cvthf", ESCD,0xf6, 2, A_RH,A_WF,0,0,0,0),
-OP("cvthd", ESCD,0xf7, 2, A_RH,A_WD,0,0,0,0),
-OP("cvthg", ESCD,0x76, 2, A_RH,A_WG,0,0,0,0),
-
-OP("ffc", CORE,0xeb, 4, A_RL,A_RB,A_RB,A_WL,0,0),
-OP("ffs", CORE,0xea, 4, A_RL,A_RB,A_RB,A_WL,0,0),
-
-OP("index", CORE,0x0a, 6, A_RL,A_RL,A_RL,A_RL,A_RL,A_WL),
-
-OP("rei", CORE,0x02, 0, 0,0,0,0,0,0),
-
-OP("callg", CORE,0xfa, 2, A_AB,A_AB,0,0,0,0),
-OP("calls", CORE,0xfb, 2, A_RL,A_AB,0,0,0,0),
-OP("ret", CORE,0x04, 0, 0,0,0,0,0,0),
-
-OP("jsb", CORE,0x16, 1, A_AB,0,0,0,0,0),
-OP("bsbb", CORE,0x10, 1, A_BB,0,0,0,0,0),
-OP("bsbw", CORE,0x30, 1, A_BW,0,0,0,0,0),
-OP("rsb", CORE,0x05, 0, 0,0,0,0,0,0),
-
-OP("pushr", CORE,0xbb, 1, A_RW,0,0,0,0,0),
-OP("popr", CORE,0xba, 1, A_RW,0,0,0,0,0),
-
-OP("mnegb", CORE,0x8e, 2, A_RB,A_WB,0,0,0,0),
-OP("mnegw", CORE,0xae, 2, A_RW,A_WL,0,0,0,0),
-OP("mnegl", CORE,0xce, 2, A_RL,A_WL,0,0,0,0),
-OP("mnegf", CORE,0x52, 2, A_RF,A_WF,0,0,0,0),
-OP("mnegg", ESCD,0x52, 2, A_RG,A_WG,0,0,0,0),
-OP("mnegd", CORE,0x72, 2, A_RD,A_WD,0,0,0,0),
-OP("mnegh", ESCD,0x72, 2, A_RH,A_WH,0,0,0,0),
-
-OP("movab", CORE,0x9e, 2, A_AB,A_WL,0,0,0,0),
-OP("movaw", CORE,0x3e, 2, A_AW,A_WL,0,0,0,0),
-OP("moval", CORE,0xde, 2, A_AL,A_WL,0,0,0,0),
-OP("movaq", CORE,0x7e, 2, A_AQ,A_WL,0,0,0,0),
-OP("movao", ESCD,0x7e, 2, A_AO,A_WL,0,0,0,0),
-OP("movaf", CORE,0xde, 2, A_AF,A_WL,0,0,0,0),
-OP("movad", CORE,0x7e, 2, A_AD,A_WL,0,0,0,0),
-OP("movah", ESCD,0x7e, 2, A_AH,A_WL,0,0,0,0),
-
-OP("movb", CORE,0x90, 2, A_RB,A_WB,0,0,0,0),
-OP("movw", CORE,0xb0, 2, A_RW,A_WW,0,0,0,0),
-OP("movl", CORE,0xd0, 2, A_RL,A_WL,0,0,0,0),
-OP("movf", CORE,0x50, 2, A_RF,A_WF,0,0,0,0),
-OP("movq", CORE,0x7d, 2, A_RQ,A_WQ,0,0,0,0),
-OP("movo", ESCD,0x7d, 2, A_RO,A_WO,0,0,0,0),
-OP("movg", ESCD,0x50, 2, A_RG,A_WG,0,0,0,0),
-OP("movd", CORE,0x70, 2, A_RD,A_WD,0,0,0,0),
-OP("movh", ESCD,0x70, 2, A_RH,A_WH,0,0,0,0),
-
-OP("movzbl", CORE,0x9a, 2, A_RB,A_WL,0,0,0,0),
-OP("movzbw", CORE,0x9b, 2, A_RB,A_WW,0,0,0,0),
-OP("movzwl", CORE,0x3c, 2, A_RW,A_WL,0,0,0,0),
-
-OP("pushl", CORE,0xdd, 1, A_RL,0,0,0,0,0),
-OP("pushab", CORE,0x9f, 1, A_AB,0,0,0,0,0),
-OP("pushaw", CORE,0x3f, 1, A_AW,0,0,0,0,0),
-OP("pushal", CORE,0xdf, 1, A_AL,0,0,0,0,0),
-OP("pushaq", CORE,0x7f, 1, A_AQ,0,0,0,0,0),
-OP("pushao", ESCD,0x7f, 1, A_AO,0,0,0,0,0),
-OP("pushaf", CORE,0xdf, 1, A_AF,0,0,0,0,0),
-OP("pushad", CORE,0x7f, 1, A_AD,0,0,0,0,0),
-OP("pushag", CORE,0xdf, 1, A_AG,0,0,0,0,0),
-OP("pushah", ESCD,0x7f, 1, A_AH,0,0,0,0,0),
-
-OP("acbb", CORE,0x9d, 4, A_RB,A_RB,A_MB,A_BW,0,0),
-OP("acbw", CORE,0x3d, 4, A_RW,A_RW,A_MW,A_BW,0,0),
-OP("acbl", CORE,0xf1, 4, A_RL,A_RL,A_ML,A_BW,0,0),
-OP("acbf", CORE,0x4f, 4, A_RF,A_RF,A_MF,A_BW,0,0),
-OP("acbg", ESCD,0x4f, 4, A_RG,A_RG,A_MG,A_BW,0,0),
-OP("acbd", CORE,0x6f, 4, A_RD,A_RD,A_MD,A_BW,0,0),
-OP("acbh", ESCD,0x6f, 4, A_RH,A_RH,A_MH,A_BW,0,0),
-
-OP("aobleq", CORE,0xf3, 3, A_RL,A_ML,A_BB,0,0,0),
-OP("aoblss", CORE,0xf2, 3, A_RL,A_ML,A_BB,0,0,0),
-OP("sobgeq", CORE,0xf4, 2, A_ML,A_BB,0,0,0,0),
-OP("sobgtr", CORE,0xf5, 2, A_ML,A_BB,0,0,0,0),
-
-OP("addb2", CORE,0x80, 2, A_RB,A_MB,0,0,0,0),
-OP("addb3", CORE,0x81, 3, A_RB,A_RB,A_WB,0,0,0),
-OP("addw2", CORE,0xa0, 2, A_RW,A_MW,0,0,0,0),
-OP("addw3", CORE,0xa1, 3, A_RW,A_RW,A_WW,0,0,0),
-OP("addl2", CORE,0xc0, 2, A_RL,A_ML,0,0,0,0),
-OP("addl3", CORE,0xc1, 3, A_RL,A_RL,A_WL,0,0,0),
-OP("addf2", CORE,0x40, 2, A_RF,A_MF,0,0,0,0),
-OP("addf3", CORE,0x41, 3, A_RF,A_RF,A_WF,0,0,0),
-OP("addg2", ESCD,0x40, 2, A_RG,A_MG,0,0,0,0),
-OP("addg3", ESCD,0x41, 3, A_RG,A_RG,A_WG,0,0,0),
-OP("addd2", CORE,0x60, 2, A_RD,A_MD,0,0,0,0),
-OP("addd3", CORE,0x61, 3, A_RD,A_RD,A_WD,0,0,0),
-OP("addh2", ESCD,0x60, 2, A_RH,A_MH,0,0,0,0),
-OP("addh3", ESCD,0x61, 3, A_RH,A_RH,A_WH,0,0,0),
-
-OP("subb2", CORE,0x82, 2, A_RB,A_MB,0,0,0,0),
-OP("subb3", CORE,0x83, 3, A_RB,A_RB,A_WB,0,0,0),
-OP("subw2", CORE,0xa2, 2, A_RW,A_MW,0,0,0,0),
-OP("subw3", CORE,0xa3, 3, A_RW,A_RW,A_WW,0,0,0),
-OP("subl2", CORE,0xc2, 2, A_RL,A_ML,0,0,0,0),
-OP("subl3", CORE,0xc3, 3, A_RL,A_RL,A_WL,0,0,0),
-OP("subf2", CORE,0x42, 2, A_RF,A_MF,0,0,0,0),
-OP("subf3", CORE,0x43, 3, A_RF,A_RF,A_WF,0,0,0),
-OP("subg2", ESCD,0x42, 2, A_RG,A_MG,0,0,0,0),
-OP("subg3", ESCD,0x43, 3, A_RG,A_RG,A_WG,0,0,0),
-OP("subd2", CORE,0x62, 2, A_RD,A_MD,0,0,0,0),
-OP("subd3", CORE,0x63, 3, A_RD,A_RD,A_WD,0,0,0),
-OP("subh2", ESCD,0x62, 2, A_RH,A_MH,0,0,0,0),
-OP("subh3", ESCD,0x63, 3, A_RH,A_RH,A_WH,0,0,0),
-
-OP("mulb2", CORE,0x84, 2, A_RB,A_MB,0,0,0,0),
-OP("mulb3", CORE,0x85, 3, A_RB,A_RB,A_WB,0,0,0),
-OP("mulw2", CORE,0xa4, 2, A_RW,A_MW,0,0,0,0),
-OP("mulw3", CORE,0xa5, 3, A_RW,A_RW,A_WW,0,0,0),
-OP("mull2", CORE,0xc4, 2, A_RL,A_ML,0,0,0,0),
-OP("mull3", CORE,0xc5, 3, A_RL,A_RL,A_WL,0,0,0),
-OP("mulf2", CORE,0x44, 2, A_RF,A_MF,0,0,0,0),
-OP("mulf3", CORE,0x45, 3, A_RF,A_RF,A_WF,0,0,0),
-OP("mulg2", ESCD,0x44, 2, A_RG,A_MG,0,0,0,0),
-OP("mulg3", ESCD,0x45, 3, A_RG,A_RG,A_WG,0,0,0),
-OP("muld2", CORE,0x64, 2, A_RD,A_MD,0,0,0,0),
-OP("muld3", CORE,0x65, 3, A_RD,A_RD,A_WD,0,0,0),
-OP("mulh2", ESCD,0x64, 2, A_RH,A_MH,0,0,0,0),
-OP("mulh3", ESCD,0x65, 3, A_RH,A_RH,A_WH,0,0,0),
-
-OP("divb2", CORE,0x86, 2, A_RB,A_MB,0,0,0,0),
-OP("divb3", CORE,0x87, 3, A_RB,A_RB,A_WB,0,0,0),
-OP("divw2", CORE,0xa6, 2, A_RW,A_MW,0,0,0,0),
-OP("divw3", CORE,0xa7, 3, A_RW,A_RW,A_WW,0,0,0),
-OP("divl2", CORE,0xc6, 2, A_RL,A_ML,0,0,0,0),
-OP("divl3", CORE,0xc7, 3, A_RL,A_RL,A_WL,0,0,0),
-OP("divf2", CORE,0x46, 2, A_RF,A_MF,0,0,0,0),
-OP("divf3", CORE,0x47, 3, A_RF,A_RF,A_WF,0,0,0),
-OP("divg2", ESCD,0x46, 2, A_RG,A_MG,0,0,0,0),
-OP("divg3", ESCD,0x47, 3, A_RG,A_RG,A_WG,0,0,0),
-OP("divd2", CORE,0x66, 2, A_RD,A_MD,0,0,0,0),
-OP("divd3", CORE,0x67, 3, A_RD,A_RD,A_RD,0,0,0),
-OP("divh2", ESCD,0x66, 2, A_RH,A_MH,0,0,0,0),
-OP("divh3", ESCD,0x67, 3, A_RH,A_RH,A_RH,0,0,0),
-
-OP("incb", CORE,0x96, 1, A_MB,0,0,0,0,0),
-OP("incw", CORE,0xb6, 1, A_MW,0,0,0,0,0),
-OP("incl", CORE,0xd6, 1, A_ML,0,0,0,0,0),
-OP("decb", CORE,0x97, 1, A_MB,0,0,0,0,0),
-OP("decl", CORE,0xd7, 1, A_ML,0,0,0,0,0),
-OP("decw", CORE,0xb7, 1, A_MW,0,0,0,0,0),
-
-OP("cmpb", CORE,0x91, 2, A_RB,A_RB,0,0,0,0),
-OP("cmpw", CORE,0xb1, 2, A_RW,A_RW,0,0,0,0),
-OP("cmpl", CORE,0xd1, 2, A_RL,A_RL,0,0,0,0),
-OP("cmpf", CORE,0x51, 2, A_RF,A_RF,0,0,0,0),
-OP("cmpg", ESCD,0x51, 2, A_RG,A_RG,0,0,0,0),
-OP("cmpd", CORE,0x71, 2, A_RD,A_RD,0,0,0,0),
-OP("cmph", ESCD,0x71, 2, A_RH,A_RH,0,0,0,0),
-
-OP("tstb", CORE,0x95, 1, A_RB,0,0,0,0,0),
-OP("tstw", CORE,0xb5, 1, A_RW,0,0,0,0,0),
-OP("tstl", CORE,0xd5, 1, A_RL,0,0,0,0,0),
-OP("tstf", CORE,0x53, 1, A_RF,0,0,0,0,0),
-OP("tstg", ESCD,0x53, 1, A_RG,0,0,0,0,0),
-OP("tstd", CORE,0x73, 1, A_RD,0,0,0,0,0),
-OP("tsth", ESCD,0x73, 1, A_RH,0,0,0,0,0),
-
-OP("polyf", CORE,0x55, 3, A_RF,A_RW,A_AB,0,0,0),
-OP("polyg", ESCD,0x55, 3, A_RG,A_RW,A_AB,0,0,0),
-OP("polyd", CORE,0x75, 3, A_RD,A_RW,A_AB,0,0,0),
-OP("polyh", ESCD,0x75, 3, A_RH,A_RW,A_AB,0,0,0),
-
-OP("emul", CORE,0x7a, 4, A_RL,A_RL,A_RL,A_WQ,0,0),
-OP("ediv", CORE,0x7b, 4, A_RL,A_RQ,A_WL,A_WL,0,0),
-OP("emodf", CORE,0x54, 5, A_RF,A_RB,A_RF,A_WL,A_WF,0),
-OP("emodd", CORE,0x74, 5, A_RD,A_RB,A_RD,A_WL,A_WD,0),
-OP("emodg", ESCD,0x54, 5, A_RG,A_RW,A_RG,A_WL,A_WG,0),
-OP("emodh", ESCD,0x74, 5, A_RH,A_RW,A_RH,A_WL,A_WH,0),
-
-OP("mcomb", CORE,0x92, 2, A_RB,A_WB,0,0,0,0),
-OP("mcomw", CORE,0xb2, 2, A_RW,A_WW,0,0,0,0),
-OP("mcoml", CORE,0xd2, 2, A_RL,A_WL,0,0,0,0),
-
-OP("bicl2", CORE,0xca, 2, A_RL,A_ML,0,0,0,0),
-OP("bicl3", CORE,0xcb, 3, A_RL,A_RL,A_WL,0,0,0),
-OP("bicw2", CORE,0xaa, 2, A_RW,A_MW,0,0,0,0),
-OP("bicw3", CORE,0xab, 3, A_RW,A_RW,A_WW,0,0,0),
-OP("bicb2", CORE,0x8a, 2, A_RB,A_MB,0,0,0,0),
-OP("bicb3", CORE,0x8b, 3, A_RB,A_RB,A_WB,0,0,0),
-
-OP("bisb2", CORE,0x88, 2, A_RB,A_MB,0,0,0,0),
-OP("bisb3", CORE,0x89, 3, A_RB,A_RB,A_WB,0,0,0),
-OP("bisw2", CORE,0xa8, 2, A_RW,A_MW,0,0,0,0),
-OP("bisw3", CORE,0xa9, 3, A_RW,A_RW,A_WW,0,0,0),
-OP("bisl2", CORE,0xc8, 2, A_RL,A_ML,0,0,0,0),
-OP("bisl3", CORE,0xc9, 3, A_RL,A_RL,A_WL,0,0,0),
-
-OP("xorb2", CORE,0x8c, 2, A_RB,A_MB,0,0,0,0),
-OP("xorb3", CORE,0x8d, 3, A_RB,A_RB,A_WB,0,0,0),
-OP("xorw2", CORE,0xac, 2, A_RW,A_MW,0,0,0,0),
-OP("xorw3", CORE,0xad, 3, A_RW,A_RW,A_WW,0,0,0),
-OP("xorl2", CORE,0xcc, 2, A_RL,A_ML,0,0,0,0),
-OP("xorl3", CORE,0xcd, 3, A_RL,A_RL,A_WL,0,0,0),
-
+##
+## Copyright (c) 1982 Regents of the University of California
+## @(#)instrs 4.9 %G%
+##
+## Robert R. Henry
+## University of California, Berkeley
+## Berkeley, CA
+## February 6, 1982
+##
+## Updated 19 May 83 to include the page number in the
+## architecture reference manual (1981 edition) the instruction
+## is documented on, and to enumerate the instructions in the same
+## order as the reference manual does.
+##
+## THIS FILE IS BOTH AN AWK SCRIPT AND THE DATA
+##
+## Instruction definitions for the VAX
+##
+## This file is processed by an awk script, viz:
+## (echo "FLAVOR AS"; cat instrs) | awk -f instrs > as.instrs
+## (echo "FLAVOR ADB"; cat instrs) | awk -f instrs > as.instrs
+## (echo "FLAVOR SDB"; cat instrs) | awk -f instrs > as.instrs
+## (echo "FLAVOR C2"; cat instrs) | awk -f instrs > c2.instrs
+##
+## The data in this file is shared between:
+## as assembler
+## c2 optimizer
+## adb debugger
+## sdb symbolic debugger
+##
+## The awk script reads itself, and produces macros understood
+## by the appropriate consumer. The awk script determines how
+## to interpret the file by looking for a line of the form:
+## FLAVOR AS
+## FLAVOR ADB (same as AS, but without pseudo instructions)
+## FLAVOR SDB (same as ADB)
+## FLAVOR C2 (radically different format for instructions)
+## and proceeding accordingly. This line should be prepended to
+## the front of this file.
+##
+## Lines starting with # are always comments to awk
+## Lines starting with ## are always comments
+## Lines starting with a single # are data lines, to be output.
+##
+## Empty lines are passed through
+##
+## field user(s) what
+##
+## $2 awk #: comment to awk
+##
+## $3 as, c2, adb instruction name
+##
+## $4 c2 instruction class
+## $5 c2 instruction sub class
+## HARD, TN1, TN2, TN3, TNX2, OP
+##
+## $6 as, adb escape opcode byte (NONE, NEW, ESCD, ESCF)
+## $7 as, adb primary opcode byte
+##
+## $8 as, adb number of arguments
+## $9 as, adb 1st operand: access A,V,R,W,M,I,B
+## $10 as, adb 1st operand: type, BWLQOFDGH
+##
+## $11 as, adb 2nd operand: access
+## ...
+##
+##
+## These are the definitions used in this file:
+## instruction class (c2)
+## understood only by c2. If it is HARD, the second field
+## is ignored.
+## instruction subclass: (c2)
+## HARD paired with the class
+## S single valued attribute to C2
+## TN1 class + type of 1st operand
+## TN2 class + type of 2nd operand
+## TN3 class + type of 3rd operand
+## TNX2 class + type of 1st and 2nd operand
+## OP class + type of 1st operand and # of args
+## default class + subclass
+##
+## escape byte:
+## CORE 1 byte opcodes in all VAXen
+## NEW 1 byte opcodes only in newer VAXen
+## ESCD 2 byte opcodes, escape byte of 0xFD, newer VAXen
+## ESCF 2 byte opcodes, escape byte of 0xFF, newer VAXen
+## code byte
+## number of arguments
+## Access type
+## A for address, only in memory
+## V for address [sic], either in memory or register
+## W for writing
+## R for reading
+## M for modifying
+## B for branch displacement
+## I for xfc code
+## Data types
+## B byte
+## W word
+## L long
+## Q quad
+## O octa
+## F f_float
+## D d_float
+## G g_float
+## H h_float
+##
+## The order of instructions in this table is not critical;
+## the clients take care of their own table construction and ordering.
+## The instructions are grouped (more or less) into functional groups.
+##
+## The following is the awk program to interpret this table.
+
+BEGIN{
+ flavor = AS;
+ ##
+ ## magic padding before the string for AS
+ ## 4 bytes of 0's: seek position of the string
+ ## 2 bytes, value 2, indicating core resident
+ ## 2 bytes, value 0, length
+ ##
+ ASpad = "\\0\\0\\0\\0" "\\2\\0";
+}
+{
+ if (NF == 0){
+ printf("\n");
+ next;
+ }
+ if ($1 == "FLAVOR"){
+ flavor = $2;
+ if (flavor == "SDB"){
+ flavor = "ADB";
+ }
+ next;
+ }
+ if ($1 != "#"){
+ next;
+ }
+
+ if ($6 == "MACR"){
+ if (flavor == "ADB"){
+ next;
+ }
+ if (flavor == "AS"){
+ if ($4 == "CBR")
+ $4 = "IJXXX";
+ printf("PSEUDO(\"%s\\0%o\\0%s\",", ASpad,length($3),$3);
+ printf("%s, %s),\n", $7, $4);
+ next;
+ }
+ if (flavor == "C2"){
+ if ($5 == "C2X")
+ next;
+ printf("\"%s\",", $3);
+ if ($4 == "CBR" && $5 != "JBR"){
+ printf("T(CBR,%s),\n", $5);
+ } else {
+ printf("%s,\n", $5);
+ }
+ next;
+ }
+ }
+
+ if (flavor == "C2"){
+ printf("\"%s\",", $3);
+ if ($4 == "HARD"){ # 0 value
+ printf("0,\n");
+ next;
+ }
+ if ($5 == "S"){ # single value
+ printf("%s,\n", $4);
+ next;
+ }
+ if ($5 == "TN1"){ # use type of 1st operand
+ printf("T(%s,TYP%s),\n", $4, $10);
+ next;
+ }
+ if ($5 == "TN3"){ # use type of 3rd operand
+ printf("T(%s,TYP%s),\n", $4, $14);
+ next;
+ }
+ if ($5 == "TNX2"){ # cross product of 1st and 2nd operand
+ printf("T(%s,U(TYP%s,TYP%s)),\n", $4, $10, $12);
+ next;
+ }
+ if ($5 == "OP"){ # arithmetic operator
+ printf("T(%s,U(TYP%s,OP%d)),\n", $4, $10, $8);
+ next;
+ }
+ printf("T(%s,%s),\n", $4, $5); # special value
+ next;
+ }
+ if (flavor == "AS"){
+ printf("OP(\"%s\\0%o\\0%s\", ", ASpad, length($3), $3);
+ printf("%s, %s, %d", $6, $7, $8);
+ } else {
+ printf("OP(\"%s\", %s, %s, %d", $3, $6, $7, $8);
+ }
+ if (flavor == "AS" || flavor == "ADB"){
+ for (i = 9; i+1 <= NF; i = i + 2){
+ printf(", A_%s%s", $i, $(i+1));
+ }
+ for (i = $8; i < 6; i++){
+ printf(",0");
+ }
+ printf("),\n");
+ }
+}
+##
+##-------------------------------------------------------
+##1 2 3 4 5 6 7 8 9
+##
+##
+## PSEUDO (MACR) operators come first
+
+## Data initializers
+
+# 000a .byte IBYTE C2X MACR 0 VAR
+# 000b .word IWORD WGEN MACR 0 VAR
+# 000c .int IINT LGEN MACR 0 VAR
+# 000d .long ILONG LGEN MACR 0 VAR
+# 000a .quad IQUAD C2X MACR 0 VAR
+# 000a .octa IOCTA C2X MACR 0 VAR
+# 000a .float IFFLOAT C2X MACR 0 VAR
+# 000a .double IDFLOAT C2X MACR 0 VAR
+# 000a .ffloat IFFLOAT C2X MACR 0 VAR
+# 000a .dfloat IDFLOAT C2X MACR 0 VAR
+# 000a .gfloat IGFLOAT C2X MACR 0 VAR
+# 000a .hfloat IHFLOAT C2X MACR 0 VAR
+# 000a .space ISPACE C2X MACR 0 1
+# 000a .fill IFILL C2X MACR 0 2
+# 000a .ascii IASCII C2X MACR 0 VAR
+# 000a .asciz IASCIZ C2X MACR 0 VAR
+
+# 000a .data IDATA DATA MACR 0 1
+# 000a .text ITEXT TEXT MACR 0 1
+# 000a .align IALIGN ALIGN MACR 0 1
+
+# 000a .line ILINENO C2X MACR 0 1
+# 000a .file IFILE C2X MACR 0 1
+
+# 000a .globl IGLOBAL EROU MACR 0 1
+# 000a .comm ICOMM COMM MACR 0 2
+# 000a .lcomm ILCOMM LCOMM MACR 0 2
+# 000a .set ISET SET MACR 0 2
+# 000a .lsym ILSYM C2X MACR 0 2
+# 000a .org IORG C2X MACR 0 1
+
+# 000a .stab ISTAB C2X MACR 0 6
+# 000a .stabd ISTABDOT C2X MACR 0 3
+# 000a .stabn ISTABNONE C2X MACR 0 3
+# 000a .stabs ISTABSTR C2X MACR 0 3
+
+# 000a .ABORT IABORT C2X MACR 0 0
+
+## Pseudo jumps
+
+# 000a jbc CBR JBC MACR 0xe1 1 B B
+# 000a jlbc CBR JLBC MACR 0xe9 1 B B
+# 000a jbs CBR JBS MACR 0xe0 1 B B
+# 000a jlbs CBR JLBS MACR 0xe8 1 B B
+# 000a jbcc CBR JBCC MACR 0xe5 1 B B
+# 000a jbsc CBR JBSC MACR 0xe4 1 B B
+# 000a jbcs CBR JBCS MACR 0xe3 1 B B
+# 000a jbss CBR JBSS MACR 0xe2 1 B B
+
+# 000a jbr CBR JBR MACR 0x11 1 B B
+# 000a jcc CBR C2X MACR 0x1e 1 B B
+# 000a jcs CBR C2X MACR 0x1f 1 B B
+# 000a jvc CBR C2X MACR 0x1c 1 B B
+# 000a jvs CBR C2X MACR 0x1d 1 B B
+# 000a jlss CBR JLT MACR 0x19 1 B B
+# 000a jlssu CBR JLO MACR 0x1f 1 B B
+# 000a jleq CBR JLE MACR 0x15 1 B B
+# 000a jlequ CBR JLOS MACR 0x1b 1 B B
+# 000a jeql CBR JEQ MACR 0x13 1 B B
+# 000a jeqlu CBR JEQ MACR 0x13 1 B B
+# 000a jneq CBR JNE MACR 0x12 1 B B
+# 000a jnequ CBR JNE MACR 0x12 1 B B
+# 000a jgeq CBR JGE MACR 0x18 1 B B
+# 000a jgequ CBR JHIS MACR 0x1e 1 B B
+# 000a jgtr CBR JGT MACR 0x14 1 B B
+# 000a jgtru CBR JHI MACR 0x1a 1 B B
+##
+## Registers
+##
+# 000a r0 REG C2X MACR 0 0
+# 000a r1 REG C2X MACR 1 0
+# 000a r2 REG C2X MACR 2 0
+# 000a r3 REG C2X MACR 3 0
+# 000a r4 REG C2X MACR 4 0
+# 000a r5 REG C2X MACR 5 0
+# 000a r6 REG C2X MACR 6 0
+# 000a r7 REG C2X MACR 7 0
+# 000a r8 REG C2X MACR 8 0
+# 000a r9 REG C2X MACR 9 0
+# 000a r10 REG C2X MACR 10 0
+# 000a r11 REG C2X MACR 11 0
+# 000a r12 REG C2X MACR 12 0
+# 000a r13 REG C2X MACR 13 0
+# 000a r14 REG C2X MACR 14 0
+# 000a r15 REG C2X MACR 15 0
+# 000a ap REG C2X MACR 12 0
+# 000a fp REG C2X MACR 13 0
+# 000a sp REG C2X MACR 14 0
+# 000a pc REG C2X MACR 15 0
+
+## Normal instructions
+
+# 158a chmk HARD HARD CORE 0xbc 1 R W
+# 158b chme HARD HARD CORE 0xbd 1 R W
+# 158c chms HARD HARD CORE 0xbe 1 R W
+# 158d chmu HARD HARD CORE 0xbf 1 R W
+# 160a prober PROBER TN1 CORE 0x0c 3 R B R W A B
+# 160a probew PROBEW TN1 CORE 0x0d 3 R B R W A B
+# 161a rei HARD HARD CORE 0x02 0
+# 163a ldpctx HARD HARD CORE 0x06 0
+# 163b svpctx HARD HARD CORE 0x07 0
+# 165a mtpr MTPR TN1 CORE 0xda 2 R L R L
+# 165b mfpr MFPR TN1 CORE 0xdb 2 R L W L
+# 168a xfc HARD HARD CORE 0xfc 0
+# 169a bpt HARD HARD CORE 0x03 0
+# 170a bugw HARD HARD ESCF 0xfe 1 R W
+# 170b bugl HARD HARD ESCF 0xfd 1 R L
+# 171a halt HARD HARD CORE 0x00 0
+# 179a movb MOV TN1 CORE 0x90 2 R B W B
+# 179b movw MOV TN1 CORE 0xb0 2 R W W W
+# 179c movl MOV TN1 CORE 0xd0 2 R L W L
+# 179d movq MOV TN1 CORE 0x7d 2 R Q W Q
+# 179e movo MOV TN1 ESCD 0x7d 2 R O W O
+# 179f movf MOV TN1 CORE 0x50 2 R F W F
+# 179g movd MOV TN1 CORE 0x70 2 R D W D
+# 179h movg MOV TN1 ESCD 0x50 2 R G W G
+# 179i movh MOV TN1 ESCD 0x70 2 R H W H
+# 180a pushl PUSH TN1 CORE 0xdd 1 R L
+# 181a clrb CLR TN1 CORE 0x94 1 W B
+# 181b clrw CLR TN1 CORE 0xb4 1 W W
+# 181c clrf CLR TN1 CORE 0xd4 1 W F
+# 181c clrl CLR TN1 CORE 0xd4 1 W L
+# 181d clrd CLR TN1 CORE 0x7c 1 W D
+# 181d clrg CLR TN1 CORE 0x7c 1 W G
+# 181d clrq CLR TN1 CORE 0x7c 1 W Q
+# 181e clrh CLR TN1 ESCD 0x7c 1 W H
+# 181e clro CLR TN1 ESCD 0x7c 1 W O
+# 182a mnegb NEG TN1 CORE 0x8e 2 R B W B
+# 182b mnegw NEG TN1 CORE 0xae 2 R W W W
+# 182c mnegl NEG TN1 CORE 0xce 2 R L W L
+# 182d mnegf NEG TN1 CORE 0x52 2 R F W F
+# 182e mnegg NEG TN1 ESCD 0x52 2 R G W G
+# 182f mnegd NEG TN1 CORE 0x72 2 R D W D
+# 182g mnegh NEG TN1 ESCD 0x72 2 R H W H
+# 183a mcomb COM TN1 CORE 0x92 2 R B W B
+# 183b mcomw COM TN1 CORE 0xb2 2 R W W W
+# 183c mcoml COM TN1 CORE 0xd2 2 R L W L
+# 184A cvtbw CVT TNX2 CORE 0x99 2 R B W W
+# 184B cvtbl CVT TNX2 CORE 0x98 2 R B W L
+# 184C cvtwb CVT TNX2 CORE 0x33 2 R W W B
+# 184D cvtwl CVT TNX2 CORE 0x32 2 R W W L
+# 184E cvtlb CVT TNX2 CORE 0xf6 2 R L W B
+# 184F cvtlw CVT TNX2 CORE 0xf7 2 R L W W
+# 184G cvtbf CVT TNX2 CORE 0x4c 2 R B W F
+# 184H cvtbd CVT TNX2 CORE 0x6c 2 R B W D
+# 184I cvtbg CVT TNX2 ESCD 0x4c 2 R B W G
+# 184J cvtbh CVT TNX2 ESCD 0x6c 2 R B W H
+# 184K cvtwf CVT TNX2 CORE 0x4d 2 R W W F
+# 184L cvtwd CVT TNX2 CORE 0x6d 2 R W W D
+# 184M cvtwg CVT TNX2 ESCD 0x4d 2 R W W G
+# 184N cvtwh CVT TNX2 ESCD 0x6d 2 R W W H
+# 184O cvtlf CVT TNX2 CORE 0x4e 2 R L W F
+# 184P cvtld CVT TNX2 CORE 0x6e 2 R L W D
+# 184Q cvtlg CVT TNX2 ESCD 0x4e 2 R L W G
+# 184R cvtlh CVT TNX2 ESCD 0x6e 2 R L W H
+# 184S cvtfb CVT TNX2 CORE 0x48 2 R F W B
+# 184T cvtdb CVT TNX2 CORE 0x68 2 R D W B
+# 184U cvtgb CVT TNX2 ESCD 0x48 2 R G W B
+# 184V cvthb CVT TNX2 ESCD 0x68 2 R H W B
+# 184W cvtfw CVT TNX2 CORE 0x49 2 R F W W
+# 184X cvtdw CVT TNX2 CORE 0x69 2 R D W W
+# 184Y cvtgw CVT TNX2 ESCD 0x49 2 R G W W
+# 184Z cvthw CVT TNX2 ESCD 0x69 2 R H W W
+# 184a cvtfl CVT TNX2 CORE 0x4a 2 R F W L
+# 184b cvtrfl CVT TNX2 CORE 0x4b 2 R F W L
+# 184c cvtdl CVT TNX2 CORE 0x6a 2 R D W L
+# 184d cvtrdl CVT TNX2 CORE 0x6b 2 R D W L
+# 184e cvtgl CVT TNX2 ESCD 0x4a 2 R G W L
+# 184f cvtrgl CVT TNX2 ESCD 0x4b 2 R G W L
+# 184g cvthl CVT TNX2 ESCD 0x6a 2 R H W L
+# 184h cvtrhl CVT TNX2 ESCD 0x6b 2 R H W L
+# 184i cvtfd CVT TNX2 CORE 0x56 2 R F W D
+# 184j cvtfg CVT TNX2 ESCD 0x99 2 R F W G
+# 184k cvtfh CVT TNX2 ESCD 0x98 2 R F W H
+# 184l cvtdf CVT TNX2 CORE 0x76 2 R D W F
+# 184m cvtdh CVT TNX2 ESCD 0x32 2 R D W H
+# 184n cvtgf CVT TNX2 ESCD 0x33 2 R G W F
+# 184o cvtgh CVT TNX2 ESCD 0x56 2 R G W H
+# 184p cvthf CVT TNX2 ESCD 0xf6 2 R H W F
+# 184q cvthd CVT TNX2 ESCD 0xf7 2 R H W D
+# 184r cvthg CVT TNX2 ESCD 0x76 2 R H W G
+# 187a movzbw MOVZ TNX2 CORE 0x9b 2 R B W W
+# 187b movzbl MOVZ TNX2 CORE 0x9a 2 R B W L
+# 187c movzwl MOVZ TNX2 CORE 0x3c 2 R W W L
+# 188a cmpb CMP TN1 CORE 0x91 2 R B R B
+# 188b cmpw CMP TN1 CORE 0xb1 2 R W R W
+# 188c cmpl CMP TN1 CORE 0xd1 2 R L R L
+# 188d cmpf CMP TN1 CORE 0x51 2 R F R F
+# 188e cmpd CMP TN1 CORE 0x71 2 R D R D
+# 188f cmpg CMP TN1 ESCD 0x51 2 R G R G
+# 188g cmph CMP TN1 ESCD 0x71 2 R H R H
+# 189a incb INC TN1 CORE 0x96 1 M B
+# 189b incw INC TN1 CORE 0xb6 1 M W
+# 189c incl INC TN1 CORE 0xd6 1 M L
+# 190a tstb TST TN1 CORE 0x95 1 R B
+# 190b tstw TST TN1 CORE 0xb5 1 R W
+# 190c tstl TST TN1 CORE 0xd5 1 R L
+# 190d tstf TST TN1 CORE 0x53 1 R F
+# 190e tstd TST TN1 CORE 0x73 1 R D
+# 190g tstg TST TN1 ESCD 0x53 1 R G
+# 190h tsth TST TN1 ESCD 0x73 1 R H
+# 191a addb2 ADD OP CORE 0x80 2 R B M B
+# 191a addh2 ADD OP ESCD 0x60 2 R H M H
+# 191b addb3 ADD OP CORE 0x81 3 R B R B W B
+# 191b addh3 ADD OP ESCD 0x61 3 R H R H W H
+# 191c addw2 ADD OP CORE 0xa0 2 R W M W
+# 191d addw3 ADD OP CORE 0xa1 3 R W R W W W
+# 191e addl2 ADD OP CORE 0xc0 2 R L M L
+# 191f addl3 ADD OP CORE 0xc1 3 R L R L W L
+# 191g addf2 ADD OP CORE 0x40 2 R F M F
+# 191h addf3 ADD OP CORE 0x41 3 R F R F W F
+# 191i addd2 ADD OP CORE 0x60 2 R D M D
+# 191j addd3 ADD OP CORE 0x61 3 R D R D W D
+# 191k addg2 ADD OP ESCD 0x40 2 R G M G
+# 191l addg3 ADD OP ESCD 0x41 3 R G R G W G
+# 193a adwc HARD HARD CORE 0xd8 2 R L M L
+# 194a adawi HARD HARD CORE 0x58 2 R W M W
+# 195c subb2 SUB OP CORE 0x82 2 R B M B
+# 195d subb3 SUB OP CORE 0x83 3 R B R B W B
+# 195e subw2 SUB OP CORE 0xa2 2 R W M W
+# 195f subw3 SUB OP CORE 0xa3 3 R W R W W W
+# 195g subl2 SUB OP CORE 0xc2 2 R L M L
+# 195h subl3 SUB OP CORE 0xc3 3 R L R L W L
+# 195i subf2 SUB OP CORE 0x42 2 R F M F
+# 195j subf3 SUB OP CORE 0x43 3 R F R F W F
+# 195k subd2 SUB OP CORE 0x62 2 R D M D
+# 195l subd3 SUB OP CORE 0x63 3 R D R D W D
+# 195m subg2 SUB OP ESCD 0x42 2 R G M G
+# 195n subg3 SUB OP ESCD 0x43 3 R G R G W G
+# 195o subh2 SUB OP ESCD 0x62 2 R H M H
+# 195p subh3 SUB OP ESCD 0x63 3 R H R H W H
+# 197a decb DEC TN1 CORE 0x97 1 M B
+# 197b decw DEC TN1 CORE 0xb7 1 M W
+# 197c decl DEC TN1 CORE 0xd7 1 M L
+# 198a sbwc HARD HARD CORE 0xd9 2 R L M L
+# 199a mulb2 MUL OP CORE 0x84 2 R B M B
+# 199b mulb3 MUL OP CORE 0x85 3 R B R B W B
+# 199c mulw2 MUL OP CORE 0xa4 2 R W M W
+# 199d mulw3 MUL OP CORE 0xa5 3 R W R W W W
+# 199e mull2 MUL OP CORE 0xc4 2 R L M L
+# 199f mull3 MUL OP CORE 0xc5 3 R L R L W L
+# 199g mulf2 MUL OP CORE 0x44 2 R F M F
+# 199h mulf3 MUL OP CORE 0x45 3 R F R F W F
+# 199i muld2 MUL OP CORE 0x64 2 R D M D
+# 199j muld3 MUL OP CORE 0x65 3 R D R D W D
+# 199k mulg2 MUL OP ESCD 0x44 2 R G M G
+# 199l mulg3 MUL OP ESCD 0x45 3 R G R G W G
+# 199m mulh2 MUL OP ESCD 0x64 2 R H M H
+# 199n mulh3 MUL OP ESCD 0x65 3 R H R H W H
+# 201a emodf HARD HARD CORE 0x54 5 R F R B R F W L W F
+# 201a emul HARD HARD CORE 0x7a 4 R L R L R L W Q
+# 201b emodd HARD HARD CORE 0x74 5 R D R B R D W L W D
+# 201c emodg HARD HARD ESCD 0x54 5 R G R W R G W L W G
+# 201d emodh HARD HARD ESCD 0x74 5 R H R W R H W L W H
+# 204a divb2 DIV OP CORE 0x86 2 R B M B
+# 204b divb3 DIV OP CORE 0x87 3 R B R B W B
+# 204c divw2 DIV OP CORE 0xa6 2 R W M W
+# 204d divw3 DIV OP CORE 0xa7 3 R W R W W W
+# 204e divl2 DIV OP CORE 0xc6 2 R L M L
+# 204f divl3 DIV OP CORE 0xc7 3 R L R L W L
+# 204g divf2 DIV OP CORE 0x46 2 R F M F
+# 204h divf3 DIV OP CORE 0x47 3 R F R F W F
+# 204i divd2 DIV OP CORE 0x66 2 R D M D
+# 204j divd3 DIV OP CORE 0x67 3 R D R D R D
+# 204k divg2 DIV OP ESCD 0x46 2 R G M G
+# 204l divg3 DIV OP ESCD 0x47 3 R G R G W G
+# 204m divh2 DIV OP ESCD 0x66 2 R H M H
+# 204n divh3 DIV OP ESCD 0x67 3 R H R H R H
+# 205a ediv HARD HARD CORE 0x7b 4 R L R Q W L W L
+# 207a bitb BIT TN1 CORE 0x93 2 R B R B
+# 207a bitl BIT TN1 CORE 0xd3 2 R L R L
+# 207a bitw BIT TN1 CORE 0xb3 2 R W R W
+# 208a bisb2 BIS OP CORE 0x88 2 R B M B
+# 208b bisb3 BIS OP CORE 0x89 3 R B R B W B
+# 208c bisw2 BIS OP CORE 0xa8 2 R W M W
+# 208d bisw3 BIS OP CORE 0xa9 3 R W R W W W
+# 208e bisl2 BIS OP CORE 0xc8 2 R L M L
+# 208f bisl3 BIS OP CORE 0xc9 3 R L R L W L
+# 209a bicb2 BIC OP CORE 0x8a 2 R B M B
+# 209b bicb3 BIC OP CORE 0x8b 3 R B R B W B
+# 209c bicw2 BIC OP CORE 0xaa 2 R W M W
+# 209d bicw3 BIC OP CORE 0xab 3 R W R W W W
+# 209e bicl2 BIC OP CORE 0xca 2 R L M L
+# 209f bicl3 BIC OP CORE 0xcb 3 R L R L W L
+# 210a xorb2 XOR OP CORE 0x8c 2 R B M B
+# 210b xorb3 XOR OP CORE 0x8d 3 R B R B W B
+# 210c xorw2 XOR OP CORE 0xac 2 R W M W
+# 210d xorw3 XOR OP CORE 0xad 3 R W R W W W
+# 210e xorl2 XOR OP CORE 0xcc 2 R L M L
+# 210f xorl3 XOR OP CORE 0xcd 3 R L R L W L
+# 211a ashl ASH TN3 CORE 0x78 3 R B R L W L
+# 211b ashq ASH TN3 CORE 0x79 3 R B R Q W Q
+# 212a rotl HARD HARD CORE 0x9c 3 R B R L W L
+# 214a polyf HARD HARD CORE 0x55 3 R F R W A B
+# 214b polyd HARD HARD CORE 0x75 3 R D R W A B
+# 214c polyg HARD HARD ESCD 0x55 3 R G R W A B
+# 214d polyh HARD HARD ESCD 0x75 3 R H R W A B
+# 220a pushr HARD HARD CORE 0xbb 1 R W
+# 221a popr HARD HARD CORE 0xba 1 R W
+# 222a movpsl HARD HARD CORE 0xdc 1 W L
+# 223a bispsw HARD HARD CORE 0xb8 1 R W
+# 223b bicpsw HARD HARD CORE 0xb9 1 R W
+# 224a movab MOVA TN1 CORE 0x9e 2 A B W L
+# 224a pushab PUSHA TN1 CORE 0x9f 1 A B
+# 224b movaw MOVA TN1 CORE 0x3e 2 A W W L
+# 224b pushaw PUSHA TN1 CORE 0x3f 1 A W
+# 224c movaf MOVA TN1 CORE 0xde 2 A F W L
+# 224c moval MOVA TN1 CORE 0xde 2 A L W L
+# 224c pushaf PUSHA TN1 CORE 0xdf 1 A F
+# 224c pushal PUSHA TN1 CORE 0xdf 1 A L
+# 224d pushad PUSHA TN1 CORE 0x7f 1 A D
+# 224d pushag PUSHA TN1 CORE 0x7f 1 A G
+# 224d pushaq PUSHA TN1 CORE 0x7f 1 A Q
+# 224e pushah PUSHA TN1 ESCD 0x7f 1 A H
+# 224e pushao PUSHA TN1 ESCD 0x7f 1 A O
+# 224f movad MOVA TN1 CORE 0x7e 2 A D W L
+# 224f movag MOVA TN1 CORE 0x7e 2 A G W L
+# 224f movaq MOVA TN1 CORE 0x7e 2 A Q W L
+# 224g movah MOVA TN1 ESCD 0x7e 2 A H W L
+# 224g movao MOVA TN1 ESCD 0x7e 2 A O W L
+# 226a index HARD HARD CORE 0x0a 6 R L R L R L R L R L W L
+# 232a insque HARD HARD CORE 0x0e 2 A B A B
+# 234a remque HARD HARD CORE 0x0f 2 A B W L
+# 240a insqhi HARD HARD NEW 0x5c 2 A B A Q
+# 241a insqti HARD HARD NEW 0x5d 2 A B A Q
+# 245a remqhi HARD HARD NEW 0x5e 2 A Q W L
+# 248a remqti HARD HARD NEW 0x5f 2 A Q W L
+# 251a ffc HARD HARD CORE 0xeb 4 R L R B V B W L
+# 251b ffs HARD HARD CORE 0xea 4 R L R B V B W L
+# 253a extv EXTV TN1 CORE 0xee 4 R L R B V B W L
+# 253b extzv EXTZV TN1 CORE 0xef 4 R L R B V B W L
+# 255a cmpv HARD HARD CORE 0xec 4 R L R B V B R L
+# 255b cmpzv HARD HARD CORE 0xed 4 R L R B V B R L
+# 257a insv INSV -1 CORE 0xf0 4 R L R L R B V B
+# 261a bneq CBR JNE CORE 0x12 1 B B
+# 261b bnequ CBR JNE CORE 0x12 1 B B
+# 261c beql CBR JEQ CORE 0x13 1 B B
+# 261d beqlu CBR JEQ CORE 0x13 1 B B
+# 261e bgtr CBR JGT CORE 0x14 1 B B
+# 261f bleq CBR JLE CORE 0x15 1 B B
+# 261g bgeq CBR JGE CORE 0x18 1 B B
+# 261h blss CBR JLT CORE 0x19 1 B B
+# 261i bgtru CBR JHI CORE 0x1a 1 B B
+# 261j blequ CBR JLOS CORE 0x1b 1 B B
+# 261k bvc CBR 0 CORE 0x1c 1 B B
+# 261l bvs CBR 0 CORE 0x1d 1 B B
+# 261m bgequ CBR JHIS CORE 0x1e 1 B B
+# 261n bcc CBR JHIS CORE 0x1e 1 B B
+# 261o blssu CBR JLO CORE 0x1f 1 B B
+# 261p bcs CBR JLO CORE 0x1f 1 B B
+# 263a brb JBR S CORE 0x11 1 B B
+# 263b brw JBR S CORE 0x31 1 B W
+# 263c jmp JMP S CORE 0x17 1 A B
+# 264a bbs CBR JBS CORE 0xe0 3 R L V B B B
+# 264b bbc CBR JBC CORE 0xe1 3 R L V B B B
+# 265a bbss CBR JBSS CORE 0xe2 3 R L V B B B
+# 265b bbcs CBR JBCS CORE 0xe3 3 R L V B B B
+# 265c bbsc CBR JBSC CORE 0xe4 3 R L V B B B
+# 265d bbcc CBR JBCC CORE 0xe5 3 R L V B B B
+# 266a bbssi CBR JBSS CORE 0xe6 3 R L V B B B
+# 266b bbcci CBR JBCC CORE 0xe7 3 R L V B B B
+# 267a blbs CBR JLBS CORE 0xe8 2 R L B B
+# 267b blbc CBR JLBC CORE 0xe9 2 R L B B
+# 268a acbb ACB TN1 CORE 0x9d 4 R B R B M B B W
+# 268b acbw ACB TN1 CORE 0x3d 4 R W R W M W B W
+# 268c acbl ACB TN1 CORE 0xf1 4 R L R L M L B W
+# 268d acbf ACB TN1 CORE 0x4f 4 R F R F M F B W
+# 268e acbd ACB TN1 CORE 0x6f 4 R D R D M D B W
+# 268f acbg ACB TN1 ESCD 0x4f 4 R G R G M G B W
+# 268g acbh ACB TN1 ESCD 0x6f 4 R H R H M H B W
+# 270a aoblss AOBLSS S CORE 0xf2 3 R L M L B B
+# 270b aobleq AOBLEQ S CORE 0xf3 3 R L M L B B
+# 271a sobgeq SOBGEQ S CORE 0xf4 2 M L B B
+# 271b sobgtr SOBGTR S CORE 0xf5 2 M L B B
+# 273a caseb CASE TN1 CORE 0x8f 3 R B R B R B
+# 273b casew CASE TN1 CORE 0xaf 3 R W R W R W
+# 273c casel CASE TN1 CORE 0xcf 3 R L R L R L
+# 275a bsbb HARD HARD CORE 0x10 1 B B
+# 275b bsbw HARD HARD CORE 0x30 1 B W
+# 275c jsb JSB S CORE 0x16 1 A B
+# 276a rsb JBR RSB CORE 0x05 0
+# 280a callg CALLS S CORE 0xfa 2 A B A B
+# 282a calls CALLS S CORE 0xfb 2 R L A B
+# 284a ret JBR RET CORE 0x04 0
+# 288a movc3 MOVC3 S CORE 0x28 3 R W A B A B
+# 288b movc5 HARD HARD CORE 0x2c 5 R W A B R B R W A B
+# 290a movtc HARD HARD CORE 0x2e 6 R W A B R B A B R W A B
+# 292a movtuc HARD HARD CORE 0x2f 6 R W A B R B A B R W A B
+# 294a cmpc3 HARD HARD CORE 0x29 3 R W A B A B
+# 294b cmpc5 HARD HARD CORE 0x2d 5 R W A B R B R W A B
+# 297a scanc HARD HARD CORE 0x2a 4 R W A B A B R B
+# 297b spanc HARD HARD CORE 0x2b 4 R W A B A B R B
+# 299a locc HARD HARD CORE 0x3a 3 R B R W A B
+# 299b skpc HARD HARD CORE 0x3b 3 R B R W A B
+# 301a matchc HARD HARD CORE 0x39 4 R W A B R W A B
+# 304a crc HARD HARD CORE 0x0b 4 A B R L R W A B
+# 312a movp HARD HARD CORE 0x34 3 R W A B A B
+# 313a cmpp3 HARD HARD CORE 0x35 3 R W A B A B
+# 313b cmpp4 HARD HARD CORE 0x37 4 R W A B R W A B
+# 314a addp4 HARD HARD CORE 0x20 4 R W A B R W A B
+# 314b addp6 HARD HARD CORE 0x21 6 R W A B R W A B R W A B
+# 316a subp4 HARD HARD CORE 0x22 4 R W A B R W A B
+# 316b subp6 HARD HARD CORE 0x23 6 R W A B R W A B R W A B
+# 318a mulp HARD HARD CORE 0x25 6 R W A B R W A B R W A B
+# 319a divp HARD HARD CORE 0x27 6 R W A B R W A B R W A B
+# 321a cvtlp HARD HARD CORE 0xf9 3 R L R W A B
+# 322a cvtpl HARD HARD CORE 0x36 3 R W A B W L
+# 323a cvtpt HARD HARD CORE 0x24 5 R W A B A B R W A B
+# 325a cvttp HARD HARD CORE 0x26 5 R W A B A B R W A B
+# 327a cvtps HARD HARD CORE 0x08 4 R W A B R W A B
+# 329a cvtsp HARD HARD CORE 0x09 4 R W A B R W A B
+# 330a ashp HARD HARD CORE 0xf8 6 R B R W A B R B R W A B
+# 335a editpc HARD HARD CORE 0x38 4 R W A B A B A B
+# 385a nop HARD HARD CORE 0x01 0
+# 392a escd HARD HARD CORE 0xfd 0
+# 392b esce HARD HARD CORE 0xfe 0
+# 393c escf HARD HARD CORE 0xff 0
projects / unix-history / blobdiff