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+613 -1src/assembler/instructions.inc.c
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+524 -12src/assembler/instructions.yml
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src/assembler/instructions.inc.c
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| @@ -7,7 +7,7 @@ | |||
| `make` should trigger a rebuild when it is modified; if not, use: | |||
| `python scripts/update_asm_instructions.py`. | |||
| @AUTOGEN_DATE Wed May 20 06:24:37 2015 UTC | |||
| @AUTOGEN_DATE Wed May 20 06:40:09 2015 UTC | |||
| */ | |||
| /* @AUTOGEN_INST_BLOCK_START */ | |||
| @@ -1323,6 +1323,335 @@ INST_FUNC(outi) | |||
| INST_RETURN(2, 0xED, 0xA3) | |||
| } | |||
| INST_FUNC(pop) | |||
| { | |||
| INST_TAKES_ARGS( | |||
| AT_REGISTER, | |||
| AT_NONE, | |||
| AT_NONE | |||
| ) | |||
| if (INST_TYPE(0) == AT_REGISTER) { | |||
| if (INST_REG(0) == REG_BC) | |||
| INST_RETURN(1, 0xC1) | |||
| if (INST_REG(0) == REG_DE) | |||
| INST_RETURN(1, 0xD1) | |||
| if (INST_REG(0) == REG_HL) | |||
| INST_RETURN(1, 0xE1) | |||
| if (INST_REG(0) == REG_IX) | |||
| INST_RETURN(2, INST_IX_PREFIX, 0xE1) | |||
| if (INST_REG(0) == REG_IY) | |||
| INST_RETURN(2, INST_IY_PREFIX, 0xE1) | |||
| if (INST_REG(0) == REG_AF) | |||
| INST_RETURN(1, 0xF1) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| INST_ERROR(ARG_TYPE) | |||
| } | |||
| INST_FUNC(push) | |||
| { | |||
| INST_TAKES_ARGS( | |||
| AT_REGISTER, | |||
| AT_NONE, | |||
| AT_NONE | |||
| ) | |||
| if (INST_TYPE(0) == AT_REGISTER) { | |||
| if (INST_REG(0) == REG_BC) | |||
| INST_RETURN(1, 0xC5) | |||
| if (INST_REG(0) == REG_DE) | |||
| INST_RETURN(1, 0xD5) | |||
| if (INST_REG(0) == REG_HL) | |||
| INST_RETURN(1, 0xE5) | |||
| if (INST_REG(0) == REG_IX) | |||
| INST_RETURN(2, INST_IX_PREFIX, 0xE5) | |||
| if (INST_REG(0) == REG_IY) | |||
| INST_RETURN(2, INST_IY_PREFIX, 0xE5) | |||
| if (INST_REG(0) == REG_AF) | |||
| INST_RETURN(1, 0xF5) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| INST_ERROR(ARG_TYPE) | |||
| } | |||
| INST_FUNC(res) | |||
| { | |||
| INST_TAKES_ARGS( | |||
| AT_IMMEDIATE, | |||
| AT_INDEXED|AT_INDIRECT|AT_REGISTER, | |||
| AT_OPTIONAL|AT_REGISTER | |||
| ) | |||
| if (INST_NARGS == 2 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_REGISTER) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0x87) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0x80) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0x81) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0x82) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0x83) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0x84) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0x85) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0x8F) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0x88) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0x89) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0x8A) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0x8B) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0x8C) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0x8D) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0x97) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0x90) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0x91) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0x92) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0x93) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0x94) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0x95) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0x9F) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0x98) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0x99) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0x9A) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0x9B) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0x9C) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0x9D) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xA7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xA0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xA1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xA2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xA3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xA4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xA5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xAF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xA8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xA9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xAA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xAB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xAC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xAD) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xB7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xB0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xB1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xB2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xB3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xB4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xB5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xBF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xB8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xB9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xBA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xBB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xBC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xBD) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| if (INST_NARGS == 2 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_INDIRECT && | |||
| (INST_INDIRECT(1).type == AT_REGISTER && INST_INDIRECT(1).addr.reg == REG_HL)) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0)) | |||
| INST_RETURN(2, 0xCB, 0x86) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1)) | |||
| INST_RETURN(2, 0xCB, 0x8E) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2)) | |||
| INST_RETURN(2, 0xCB, 0x96) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3)) | |||
| INST_RETURN(2, 0xCB, 0x9E) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4)) | |||
| INST_RETURN(2, 0xCB, 0xA6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5)) | |||
| INST_RETURN(2, 0xCB, 0xAE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6)) | |||
| INST_RETURN(2, 0xCB, 0xB6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7)) | |||
| INST_RETURN(2, 0xCB, 0xBE) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| if (INST_NARGS == 2 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_INDEXED) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x86) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x8E) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x96) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x9E) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xAE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xBE) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| if (INST_NARGS == 3 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_INDEXED && INST_TYPE(2) == AT_REGISTER) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x87) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x80) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x81) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x82) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x83) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x84) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x85) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x8F) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x88) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x89) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x8A) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x8B) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x8C) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x8D) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x97) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x90) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x91) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x92) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x93) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x94) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x95) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x9F) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x98) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x99) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x9A) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x9B) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x9C) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0x9D) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xAF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xA9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xAA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xAB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xAC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xAD) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xBF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xB9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xBA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xBB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xBC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xBD) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| INST_ERROR(ARG_TYPE) | |||
| } | |||
| INST_FUNC(reti) | |||
| { | |||
| INST_TAKES_NO_ARGS | |||
| @@ -1371,6 +1700,285 @@ INST_FUNC(scf) | |||
| INST_RETURN(1, 0x37) | |||
| } | |||
| INST_FUNC(set) | |||
| { | |||
| INST_TAKES_ARGS( | |||
| AT_IMMEDIATE, | |||
| AT_INDEXED|AT_INDIRECT|AT_REGISTER, | |||
| AT_OPTIONAL|AT_REGISTER | |||
| ) | |||
| if (INST_NARGS == 2 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_REGISTER) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xC7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xC0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xC1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xC2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xC3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xC4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xC5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xCF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xC8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xC9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xCA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xCB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xCC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xCD) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xD7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xD0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xD1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xD2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xD3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xD4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xD5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xDF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xD8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xD9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xDA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xDB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xDC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xDD) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xE7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xE0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xE1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xE2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xE3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xE4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xE5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xEF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xE8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xE9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xEA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xEB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xEC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xED) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xF7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xF0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xF1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xF2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xF3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xF4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xF5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_A) | |||
| INST_RETURN(2, 0xCB, 0xFF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_B) | |||
| INST_RETURN(2, 0xCB, 0xF8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_C) | |||
| INST_RETURN(2, 0xCB, 0xF9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_D) | |||
| INST_RETURN(2, 0xCB, 0xFA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_E) | |||
| INST_RETURN(2, 0xCB, 0xFB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_H) | |||
| INST_RETURN(2, 0xCB, 0xFC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(1) == REG_L) | |||
| INST_RETURN(2, 0xCB, 0xFD) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| if (INST_NARGS == 2 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_INDIRECT && | |||
| (INST_INDIRECT(1).type == AT_REGISTER && INST_INDIRECT(1).addr.reg == REG_HL)) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0)) | |||
| INST_RETURN(2, 0xCB, 0xC6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1)) | |||
| INST_RETURN(2, 0xCB, 0xCE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2)) | |||
| INST_RETURN(2, 0xCB, 0xD6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3)) | |||
| INST_RETURN(2, 0xCB, 0xDE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4)) | |||
| INST_RETURN(2, 0xCB, 0xE6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5)) | |||
| INST_RETURN(2, 0xCB, 0xEE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6)) | |||
| INST_RETURN(2, 0xCB, 0xF6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7)) | |||
| INST_RETURN(2, 0xCB, 0xFE) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| if (INST_NARGS == 2 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_INDEXED) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xCE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xDE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xEE) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF6) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7)) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xFE) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| if (INST_NARGS == 3 && INST_TYPE(0) == AT_IMMEDIATE && INST_TYPE(1) == AT_INDEXED && INST_TYPE(2) == AT_REGISTER) { | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 0) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xCF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xC9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xCA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xCB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xCC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 1) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xCD) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 2) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xDF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xD9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xDA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xDB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xDC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 3) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xDD) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 4) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xEF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xE9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xEA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xEB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xEC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 5) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xED) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF7) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF0) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF1) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF2) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF3) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF4) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 6) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF5) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_A) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xFF) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_B) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF8) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_C) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xF9) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_D) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xFA) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_E) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xFB) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_H) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xFC) | |||
| if ((INST_IMM(0).mask & IMM_BIT && INST_IMM(0).uval == 7) && INST_REG(2) == REG_L) | |||
| INST_RETURN(4, INST_INDEX_PREFIX(1), 0xCB, INST_INDEX(1).offset, 0xFD) | |||
| INST_ERROR(ARG_VALUE) | |||
| } | |||
| INST_ERROR(ARG_TYPE) | |||
| } | |||
| /* @AUTOGEN_INST_BLOCK_END */ | |||
| /* | |||
| @@ -1421,6 +2029,9 @@ static ASMInstParser lookup_parser(uint32_t key) | |||
| HANDLE(out) | |||
| HANDLE(outd) | |||
| HANDLE(outi) | |||
| HANDLE(pop) | |||
| HANDLE(push) | |||
| HANDLE(res) | |||
| HANDLE(reti) | |||
| HANDLE(retn) | |||
| HANDLE(rla) | |||
| @@ -1429,6 +2040,7 @@ static ASMInstParser lookup_parser(uint32_t key) | |||
| HANDLE(rra) | |||
| HANDLE(rrca) | |||
| HANDLE(scf) | |||
| HANDLE(set) | |||
| /* @AUTOGEN_LOOKUP_BLOCK_END */ | |||
| return NULL; | |||
| } | |||
+ 524
- 12
src/assembler/instructions.yml
查看文件
| @@ -832,17 +832,283 @@ outi: | |||
| args: no | |||
| return: [0xED, 0xA3] | |||
| # pop: | |||
| # args: yes | |||
| # return: TODO | |||
| pop: | |||
| args: yes | |||
| cases: | |||
| - type: [register] | |||
| cases: | |||
| - cond: [bc] | |||
| return: [0xC1] | |||
| - cond: [de] | |||
| return: [0xD1] | |||
| - cond: [hl|i] | |||
| return: [0xE1] | |||
| - cond: [af] | |||
| return: [0xF1] | |||
| # push: | |||
| # args: yes | |||
| # return: TODO | |||
| push: | |||
| args: yes | |||
| cases: | |||
| - type: [register] | |||
| cases: | |||
| - cond: [bc] | |||
| return: [0xC5] | |||
| - cond: [de] | |||
| return: [0xD5] | |||
| - cond: [hl|i] | |||
| return: [0xE5] | |||
| - cond: [af] | |||
| return: [0xF5] | |||
| # res: | |||
| # args: yes | |||
| # return: TODO | |||
| res: | |||
| args: yes | |||
| cases: | |||
| - type: [immediate, register] | |||
| cases: | |||
| - cond: [bit.0, a] | |||
| return: [0xCB, 0x87] | |||
| - cond: [bit.0, b] | |||
| return: [0xCB, 0x80] | |||
| - cond: [bit.0, c] | |||
| return: [0xCB, 0x81] | |||
| - cond: [bit.0, d] | |||
| return: [0xCB, 0x82] | |||
| - cond: [bit.0, e] | |||
| return: [0xCB, 0x83] | |||
| - cond: [bit.0, h] | |||
| return: [0xCB, 0x84] | |||
| - cond: [bit.0, l] | |||
| return: [0xCB, 0x85] | |||
| - cond: [bit.1, a] | |||
| return: [0xCB, 0x8F] | |||
| - cond: [bit.1, b] | |||
| return: [0xCB, 0x88] | |||
| - cond: [bit.1, c] | |||
| return: [0xCB, 0x89] | |||
| - cond: [bit.1, d] | |||
| return: [0xCB, 0x8A] | |||
| - cond: [bit.1, e] | |||
| return: [0xCB, 0x8B] | |||
| - cond: [bit.1, h] | |||
| return: [0xCB, 0x8C] | |||
| - cond: [bit.1, l] | |||
| return: [0xCB, 0x8D] | |||
| - cond: [bit.2, a] | |||
| return: [0xCB, 0x97] | |||
| - cond: [bit.2, b] | |||
| return: [0xCB, 0x90] | |||
| - cond: [bit.2, c] | |||
| return: [0xCB, 0x91] | |||
| - cond: [bit.2, d] | |||
| return: [0xCB, 0x92] | |||
| - cond: [bit.2, e] | |||
| return: [0xCB, 0x93] | |||
| - cond: [bit.2, h] | |||
| return: [0xCB, 0x94] | |||
| - cond: [bit.2, l] | |||
| return: [0xCB, 0x95] | |||
| - cond: [bit.3, a] | |||
| return: [0xCB, 0x9F] | |||
| - cond: [bit.3, b] | |||
| return: [0xCB, 0x98] | |||
| - cond: [bit.3, c] | |||
| return: [0xCB, 0x99] | |||
| - cond: [bit.3, d] | |||
| return: [0xCB, 0x9A] | |||
| - cond: [bit.3, e] | |||
| return: [0xCB, 0x9B] | |||
| - cond: [bit.3, h] | |||
| return: [0xCB, 0x9C] | |||
| - cond: [bit.3, l] | |||
| return: [0xCB, 0x9D] | |||
| - cond: [bit.4, a] | |||
| return: [0xCB, 0xA7] | |||
| - cond: [bit.4, b] | |||
| return: [0xCB, 0xA0] | |||
| - cond: [bit.4, c] | |||
| return: [0xCB, 0xA1] | |||
| - cond: [bit.4, d] | |||
| return: [0xCB, 0xA2] | |||
| - cond: [bit.4, e] | |||
| return: [0xCB, 0xA3] | |||
| - cond: [bit.4, h] | |||
| return: [0xCB, 0xA4] | |||
| - cond: [bit.4, l] | |||
| return: [0xCB, 0xA5] | |||
| - cond: [bit.5, a] | |||
| return: [0xCB, 0xAF] | |||
| - cond: [bit.5, b] | |||
| return: [0xCB, 0xA8] | |||
| - cond: [bit.5, c] | |||
| return: [0xCB, 0xA9] | |||
| - cond: [bit.5, d] | |||
| return: [0xCB, 0xAA] | |||
| - cond: [bit.5, e] | |||
| return: [0xCB, 0xAB] | |||
| - cond: [bit.5, h] | |||
| return: [0xCB, 0xAC] | |||
| - cond: [bit.5, l] | |||
| return: [0xCB, 0xAD] | |||
| - cond: [bit.6, a] | |||
| return: [0xCB, 0xB7] | |||
| - cond: [bit.6, b] | |||
| return: [0xCB, 0xB0] | |||
| - cond: [bit.6, c] | |||
| return: [0xCB, 0xB1] | |||
| - cond: [bit.6, d] | |||
| return: [0xCB, 0xB2] | |||
| - cond: [bit.6, e] | |||
| return: [0xCB, 0xB3] | |||
| - cond: [bit.6, h] | |||
| return: [0xCB, 0xB4] | |||
| - cond: [bit.6, l] | |||
| return: [0xCB, 0xB5] | |||
| - cond: [bit.7, a] | |||
| return: [0xCB, 0xBF] | |||
| - cond: [bit.7, b] | |||
| return: [0xCB, 0xB8] | |||
| - cond: [bit.7, c] | |||
| return: [0xCB, 0xB9] | |||
| - cond: [bit.7, d] | |||
| return: [0xCB, 0xBA] | |||
| - cond: [bit.7, e] | |||
| return: [0xCB, 0xBB] | |||
| - cond: [bit.7, h] | |||
| return: [0xCB, 0xBC] | |||
| - cond: [bit.7, l] | |||
| return: [0xCB, 0xBD] | |||
| - type: [immediate, indirect_hl_or_indexed] | |||
| cases: | |||
| - cond: [bit.0, _] | |||
| return: [0xCB, 0x86] | |||
| - cond: [bit.1, _] | |||
| return: [0xCB, 0x8E] | |||
| - cond: [bit.2, _] | |||
| return: [0xCB, 0x96] | |||
| - cond: [bit.3, _] | |||
| return: [0xCB, 0x9E] | |||
| - cond: [bit.4, _] | |||
| return: [0xCB, 0xA6] | |||
| - cond: [bit.5, _] | |||
| return: [0xCB, 0xAE] | |||
| - cond: [bit.6, _] | |||
| return: [0xCB, 0xB6] | |||
| - cond: [bit.7, _] | |||
| return: [0xCB, 0xBE] | |||
| - type: [immediate, indexed, register] | |||
| cases: | |||
| - cond: [bit.0, _, a] | |||
| return: [0xCB, 0x87] | |||
| - cond: [bit.0, _, b] | |||
| return: [0xCB, 0x80] | |||
| - cond: [bit.0, _, c] | |||
| return: [0xCB, 0x81] | |||
| - cond: [bit.0, _, d] | |||
| return: [0xCB, 0x82] | |||
| - cond: [bit.0, _, e] | |||
| return: [0xCB, 0x83] | |||
| - cond: [bit.0, _, h] | |||
| return: [0xCB, 0x84] | |||
| - cond: [bit.0, _, l] | |||
| return: [0xCB, 0x85] | |||
| - cond: [bit.1, _, a] | |||
| return: [0xCB, 0x8F] | |||
| - cond: [bit.1, _, b] | |||
| return: [0xCB, 0x88] | |||
| - cond: [bit.1, _, c] | |||
| return: [0xCB, 0x89] | |||
| - cond: [bit.1, _, d] | |||
| return: [0xCB, 0x8A] | |||
| - cond: [bit.1, _, e] | |||
| return: [0xCB, 0x8B] | |||
| - cond: [bit.1, _, h] | |||
| return: [0xCB, 0x8C] | |||
| - cond: [bit.1, _, l] | |||
| return: [0xCB, 0x8D] | |||
| - cond: [bit.2, _, a] | |||
| return: [0xCB, 0x97] | |||
| - cond: [bit.2, _, b] | |||
| return: [0xCB, 0x90] | |||
| - cond: [bit.2, _, c] | |||
| return: [0xCB, 0x91] | |||
| - cond: [bit.2, _, d] | |||
| return: [0xCB, 0x92] | |||
| - cond: [bit.2, _, e] | |||
| return: [0xCB, 0x93] | |||
| - cond: [bit.2, _, h] | |||
| return: [0xCB, 0x94] | |||
| - cond: [bit.2, _, l] | |||
| return: [0xCB, 0x95] | |||
| - cond: [bit.3, _, a] | |||
| return: [0xCB, 0x9F] | |||
| - cond: [bit.3, _, b] | |||
| return: [0xCB, 0x98] | |||
| - cond: [bit.3, _, c] | |||
| return: [0xCB, 0x99] | |||
| - cond: [bit.3, _, d] | |||
| return: [0xCB, 0x9A] | |||
| - cond: [bit.3, _, e] | |||
| return: [0xCB, 0x9B] | |||
| - cond: [bit.3, _, h] | |||
| return: [0xCB, 0x9C] | |||
| - cond: [bit.3, _, l] | |||
| return: [0xCB, 0x9D] | |||
| - cond: [bit.4, _, a] | |||
| return: [0xCB, 0xA7] | |||
| - cond: [bit.4, _, b] | |||
| return: [0xCB, 0xA0] | |||
| - cond: [bit.4, _, c] | |||
| return: [0xCB, 0xA1] | |||
| - cond: [bit.4, _, d] | |||
| return: [0xCB, 0xA2] | |||
| - cond: [bit.4, _, e] | |||
| return: [0xCB, 0xA3] | |||
| - cond: [bit.4, _, h] | |||
| return: [0xCB, 0xA4] | |||
| - cond: [bit.4, _, l] | |||
| return: [0xCB, 0xA5] | |||
| - cond: [bit.5, _, a] | |||
| return: [0xCB, 0xAF] | |||
| - cond: [bit.5, _, b] | |||
| return: [0xCB, 0xA8] | |||
| - cond: [bit.5, _, c] | |||
| return: [0xCB, 0xA9] | |||
| - cond: [bit.5, _, d] | |||
| return: [0xCB, 0xAA] | |||
| - cond: [bit.5, _, e] | |||
| return: [0xCB, 0xAB] | |||
| - cond: [bit.5, _, h] | |||
| return: [0xCB, 0xAC] | |||
| - cond: [bit.5, _, l] | |||
| return: [0xCB, 0xAD] | |||
| - cond: [bit.6, _, a] | |||
| return: [0xCB, 0xB7] | |||
| - cond: [bit.6, _, b] | |||
| return: [0xCB, 0xB0] | |||
| - cond: [bit.6, _, c] | |||
| return: [0xCB, 0xB1] | |||
| - cond: [bit.6, _, d] | |||
| return: [0xCB, 0xB2] | |||
| - cond: [bit.6, _, e] | |||
| return: [0xCB, 0xB3] | |||
| - cond: [bit.6, _, h] | |||
| return: [0xCB, 0xB4] | |||
| - cond: [bit.6, _, l] | |||
| return: [0xCB, 0xB5] | |||
| - cond: [bit.7, _, a] | |||
| return: [0xCB, 0xBF] | |||
| - cond: [bit.7, _, b] | |||
| return: [0xCB, 0xB8] | |||
| - cond: [bit.7, _, c] | |||
| return: [0xCB, 0xB9] | |||
| - cond: [bit.7, _, d] | |||
| return: [0xCB, 0xBA] | |||
| - cond: [bit.7, _, e] | |||
| return: [0xCB, 0xBB] | |||
| - cond: [bit.7, _, h] | |||
| return: [0xCB, 0xBC] | |||
| - cond: [bit.7, _, l] | |||
| return: [0xCB, 0xBD] | |||
| # ret: | |||
| # args: yes | |||
| @@ -908,9 +1174,255 @@ scf: | |||
| args: no | |||
| return: [0x37] | |||
| # set: | |||
| # args: yes | |||
| # return: TODO | |||
| set: | |||
| args: yes | |||
| cases: | |||
| - type: [immediate, register] | |||
| cases: | |||
| - cond: [bit.0, a] | |||
| return: [0xCB, 0xC7] | |||
| - cond: [bit.0, b] | |||
| return: [0xCB, 0xC0] | |||
| - cond: [bit.0, c] | |||
| return: [0xCB, 0xC1] | |||
| - cond: [bit.0, d] | |||
| return: [0xCB, 0xC2] | |||
| - cond: [bit.0, e] | |||
| return: [0xCB, 0xC3] | |||
| - cond: [bit.0, h] | |||
| return: [0xCB, 0xC4] | |||
| - cond: [bit.0, l] | |||
| return: [0xCB, 0xC5] | |||
| - cond: [bit.1, a] | |||
| return: [0xCB, 0xCF] | |||
| - cond: [bit.1, b] | |||
| return: [0xCB, 0xC8] | |||
| - cond: [bit.1, c] | |||
| return: [0xCB, 0xC9] | |||
| - cond: [bit.1, d] | |||
| return: [0xCB, 0xCA] | |||
| - cond: [bit.1, e] | |||
| return: [0xCB, 0xCB] | |||
| - cond: [bit.1, h] | |||
| return: [0xCB, 0xCC] | |||
| - cond: [bit.1, l] | |||
| return: [0xCB, 0xCD] | |||
| - cond: [bit.2, a] | |||
| return: [0xCB, 0xD7] | |||
| - cond: [bit.2, b] | |||
| return: [0xCB, 0xD0] | |||
| - cond: [bit.2, c] | |||
| return: [0xCB, 0xD1] | |||
| - cond: [bit.2, d] | |||
| return: [0xCB, 0xD2] | |||
| - cond: [bit.2, e] | |||
| return: [0xCB, 0xD3] | |||
| - cond: [bit.2, h] | |||
| return: [0xCB, 0xD4] | |||
| - cond: [bit.2, l] | |||
| return: [0xCB, 0xD5] | |||
| - cond: [bit.3, a] | |||
| return: [0xCB, 0xDF] | |||
| - cond: [bit.3, b] | |||
| return: [0xCB, 0xD8] | |||
| - cond: [bit.3, c] | |||
| return: [0xCB, 0xD9] | |||
| - cond: [bit.3, d] | |||
| return: [0xCB, 0xDA] | |||
| - cond: [bit.3, e] | |||
| return: [0xCB, 0xDB] | |||
| - cond: [bit.3, h] | |||
| return: [0xCB, 0xDC] | |||
| - cond: [bit.3, l] | |||
| return: [0xCB, 0xDD] | |||
| - cond: [bit.4, a] | |||
| return: [0xCB, 0xE7] | |||
| - cond: [bit.4, b] | |||
| return: [0xCB, 0xE0] | |||
| - cond: [bit.4, c] | |||
| return: [0xCB, 0xE1] | |||
| - cond: [bit.4, d] | |||
| return: [0xCB, 0xE2] | |||
| - cond: [bit.4, e] | |||
| return: [0xCB, 0xE3] | |||
| - cond: [bit.4, h] | |||
| return: [0xCB, 0xE4] | |||
| - cond: [bit.4, l] | |||
| return: [0xCB, 0xE5] | |||
| - cond: [bit.5, a] | |||
| return: [0xCB, 0xEF] | |||
| - cond: [bit.5, b] | |||
| return: [0xCB, 0xE8] | |||
| - cond: [bit.5, c] | |||
| return: [0xCB, 0xE9] | |||
| - cond: [bit.5, d] | |||
| return: [0xCB, 0xEA] | |||
| - cond: [bit.5, e] | |||
| return: [0xCB, 0xEB] | |||
| - cond: [bit.5, h] | |||
| return: [0xCB, 0xEC] | |||
| - cond: [bit.5, l] | |||
| return: [0xCB, 0xED] | |||
| - cond: [bit.6, a] | |||
| return: [0xCB, 0xF7] | |||
| - cond: [bit.6, b] | |||
| return: [0xCB, 0xF0] | |||
| - cond: [bit.6, c] | |||
| return: [0xCB, 0xF1] | |||
| - cond: [bit.6, d] | |||
| return: [0xCB, 0xF2] | |||
| - cond: [bit.6, e] | |||
| return: [0xCB, 0xF3] | |||
| - cond: [bit.6, h] | |||
| return: [0xCB, 0xF4] | |||
| - cond: [bit.6, l] | |||
| return: [0xCB, 0xF5] | |||
| - cond: [bit.7, a] | |||
| return: [0xCB, 0xFF] | |||
| - cond: [bit.7, b] | |||
| return: [0xCB, 0xF8] | |||
| - cond: [bit.7, c] | |||
| return: [0xCB, 0xF9] | |||
| - cond: [bit.7, d] | |||
| return: [0xCB, 0xFA] | |||
| - cond: [bit.7, e] | |||
| return: [0xCB, 0xFB] | |||
| - cond: [bit.7, h] | |||
| return: [0xCB, 0xFC] | |||
| - cond: [bit.7, l] | |||
| return: [0xCB, 0xFD] | |||
| - type: [immediate, indirect_hl_or_indexed] | |||
| cases: | |||
| - cond: [bit.0, _] | |||
| return: [0xCB, 0xC6] | |||
| - cond: [bit.1, _] | |||
| return: [0xCB, 0xCE] | |||
| - cond: [bit.2, _] | |||
| return: [0xCB, 0xD6] | |||
| - cond: [bit.3, _] | |||
| return: [0xCB, 0xDE] | |||
| - cond: [bit.4, _] | |||
| return: [0xCB, 0xE6] | |||
| - cond: [bit.5, _] | |||
| return: [0xCB, 0xEE] | |||
| - cond: [bit.6, _] | |||
| return: [0xCB, 0xF6] | |||
| - cond: [bit.7, _] | |||
| return: [0xCB, 0xFE] | |||
| - type: [immediate, indexed, register] | |||
| cases: | |||
| - cond: [bit.0, _, a] | |||
| return: [0xCB, 0xC7] | |||
| - cond: [bit.0, _, b] | |||
| return: [0xCB, 0xC0] | |||
| - cond: [bit.0, _, c] | |||
| return: [0xCB, 0xC1] | |||
| - cond: [bit.0, _, d] | |||
| return: [0xCB, 0xC2] | |||
| - cond: [bit.0, _, e] | |||
| return: [0xCB, 0xC3] | |||
| - cond: [bit.0, _, h] | |||
| return: [0xCB, 0xC4] | |||
| - cond: [bit.0, _, l] | |||
| return: [0xCB, 0xC5] | |||
| - cond: [bit.1, _, a] | |||
| return: [0xCB, 0xCF] | |||
| - cond: [bit.1, _, b] | |||
| return: [0xCB, 0xC8] | |||
| - cond: [bit.1, _, c] | |||
| return: [0xCB, 0xC9] | |||
| - cond: [bit.1, _, d] | |||
| return: [0xCB, 0xCA] | |||
| - cond: [bit.1, _, e] | |||
| return: [0xCB, 0xCB] | |||
| - cond: [bit.1, _, h] | |||
| return: [0xCB, 0xCC] | |||
| - cond: [bit.1, _, l] | |||
| return: [0xCB, 0xCD] | |||
| - cond: [bit.2, _, a] | |||
| return: [0xCB, 0xD7] | |||
| - cond: [bit.2, _, b] | |||
| return: [0xCB, 0xD0] | |||
| - cond: [bit.2, _, c] | |||
| return: [0xCB, 0xD1] | |||
| - cond: [bit.2, _, d] | |||
| return: [0xCB, 0xD2] | |||
| - cond: [bit.2, _, e] | |||
| return: [0xCB, 0xD3] | |||
| - cond: [bit.2, _, h] | |||
| return: [0xCB, 0xD4] | |||
| - cond: [bit.2, _, l] | |||
| return: [0xCB, 0xD5] | |||
| - cond: [bit.3, _, a] | |||
| return: [0xCB, 0xDF] | |||
| - cond: [bit.3, _, b] | |||
| return: [0xCB, 0xD8] | |||
| - cond: [bit.3, _, c] | |||
| return: [0xCB, 0xD9] | |||
| - cond: [bit.3, _, d] | |||
| return: [0xCB, 0xDA] | |||
| - cond: [bit.3, _, e] | |||
| return: [0xCB, 0xDB] | |||
| - cond: [bit.3, _, h] | |||
| return: [0xCB, 0xDC] | |||
| - cond: [bit.3, _, l] | |||
| return: [0xCB, 0xDD] | |||
| - cond: [bit.4, _, a] | |||
| return: [0xCB, 0xE7] | |||
| - cond: [bit.4, _, b] | |||
| return: [0xCB, 0xE0] | |||
| - cond: [bit.4, _, c] | |||
| return: [0xCB, 0xE1] | |||
| - cond: [bit.4, _, d] | |||
| return: [0xCB, 0xE2] | |||
| - cond: [bit.4, _, e] | |||
| return: [0xCB, 0xE3] | |||
| - cond: [bit.4, _, h] | |||
| return: [0xCB, 0xE4] | |||
| - cond: [bit.4, _, l] | |||
| return: [0xCB, 0xE5] | |||
| - cond: [bit.5, _, a] | |||
| return: [0xCB, 0xEF] | |||
| - cond: [bit.5, _, b] | |||
| return: [0xCB, 0xE8] | |||
| - cond: [bit.5, _, c] | |||
| return: [0xCB, 0xE9] | |||
| - cond: [bit.5, _, d] | |||
| return: [0xCB, 0xEA] | |||
| - cond: [bit.5, _, e] | |||
| return: [0xCB, 0xEB] | |||
| - cond: [bit.5, _, h] | |||
| return: [0xCB, 0xEC] | |||
| - cond: [bit.5, _, l] | |||
| return: [0xCB, 0xED] | |||
| - cond: [bit.6, _, a] | |||
| return: [0xCB, 0xF7] | |||
| - cond: [bit.6, _, b] | |||
| return: [0xCB, 0xF0] | |||
| - cond: [bit.6, _, c] | |||
| return: [0xCB, 0xF1] | |||
| - cond: [bit.6, _, d] | |||
| return: [0xCB, 0xF2] | |||
| - cond: [bit.6, _, e] | |||
| return: [0xCB, 0xF3] | |||
| - cond: [bit.6, _, h] | |||
| return: [0xCB, 0xF4] | |||
| - cond: [bit.6, _, l] | |||
| return: [0xCB, 0xF5] | |||
| - cond: [bit.7, _, a] | |||
| return: [0xCB, 0xFF] | |||
| - cond: [bit.7, _, b] | |||
| return: [0xCB, 0xF8] | |||
| - cond: [bit.7, _, c] | |||
| return: [0xCB, 0xF9] | |||
| - cond: [bit.7, _, d] | |||
| return: [0xCB, 0xFA] | |||
| - cond: [bit.7, _, e] | |||
| return: [0xCB, 0xFB] | |||
| - cond: [bit.7, _, h] | |||
| return: [0xCB, 0xFC] | |||
| - cond: [bit.7, _, l] | |||
| return: [0xCB, 0xFD] | |||
| # sl1: | |||
| # args: yes | |||