ts-capstone

export interface cs_tricore_op { type: TRICORE; // operand type reg?: TRICORE; // register value for REG operand imm?: number; // immediate value for IMM operand mem?: { // base/disp value for MEM operand base: number; // base register disp: number; // displacement/offset value }; // This field is combined of cs_ac_type. access; // How is this operand accessed? (READ, WRITE or READ|WRITE) } export enum TRICORE { // Operand type for instruction's operands OP_INVALID = 0, // cs.OP_INVALID (Uninitialized). OP_REG = 1, // cs.OP_REG (Register operand). OP_IMM = 2, // cs.OP_IMM (Immediate operand). OP_MEM = 128, // cs.OP_MEM (Memory operand). OP_COUNT = 8, // TriCore registers REG_INVALID = 0, REG_FCX = 1, REG_PC = 2, REG_PCXI = 3, REG_PSW = 4, REG_A0 = 5, REG_A1 = 6, REG_A2 = 7, REG_A3 = 8, REG_A4 = 9, REG_A5 = 10, REG_A6 = 11, REG_A7 = 12, REG_A8 = 13, REG_A9 = 14, REG_A10 = 15, REG_A11 = 16, REG_A12 = 17, REG_A13 = 18, REG_A14 = 19, REG_A15 = 20, REG_D0 = 21, REG_D1 = 22, REG_D2 = 23, REG_D3 = 24, REG_D4 = 25, REG_D5 = 26, REG_D6 = 27, REG_D7 = 28, REG_D8 = 29, REG_D9 = 30, REG_D10 = 31, REG_D11 = 32, REG_D12 = 33, REG_D13 = 34, REG_D14 = 35, REG_D15 = 36, REG_E0 = 37, REG_E2 = 38, REG_E4 = 39, REG_E6 = 40, REG_E8 = 41, REG_E10 = 42, REG_E12 = 43, REG_E14 = 44, REG_P0 = 45, REG_P2 = 46, REG_P4 = 47, REG_P6 = 48, REG_P8 = 49, REG_P10 = 50, REG_P12 = 51, REG_P14 = 52, REG_A0_A1 = 53, REG_A2_A3 = 54, REG_A4_A5 = 55, REG_A6_A7 = 56, REG_A8_A9 = 57, REG_A10_A11 = 58, REG_A12_A13 = 59, REG_A14_A15 = 60, REG_ENDING = 61, // TriCore instruction INS_INVALID = 0, INS_XOR_T = 1, INS_ABSDIFS_B = 2, INS_ABSDIFS_H = 3, INS_ABSDIFS = 4, INS_ABSDIF_B = 5, INS_ABSDIF_H = 6, INS_ABSDIF = 7, INS_ABSS_B = 8, INS_ABSS_H = 9, INS_ABSS = 10, INS_ABS_B = 11, INS_ABS_H = 12, INS_ABS = 13, INS_ADDC = 14, INS_ADDIH_A = 15, INS_ADDIH = 16, INS_ADDI = 17, INS_ADDSC_AT = 18, INS_ADDSC_A = 19, INS_ADDS_BU = 20, INS_ADDS_B = 21, INS_ADDS_H = 22, INS_ADDS_HU = 23, INS_ADDS_U = 24, INS_ADDS = 25, INS_ADDX = 26, INS_ADD_A = 27, INS_ADD_B = 28, INS_ADD_F = 29, INS_ADD_H = 30, INS_ADD = 31, INS_ANDN_T = 32, INS_ANDN = 33, INS_AND_ANDN_T = 34, INS_AND_AND_T = 35, INS_AND_EQ = 36, INS_AND_GE_U = 37, INS_AND_GE = 38, INS_AND_LT_U = 39, INS_AND_LT = 40, INS_AND_NE = 41, INS_AND_NOR_T = 42, INS_AND_OR_T = 43, INS_AND_T = 44, INS_AND = 45, INS_BISR = 46, INS_BMERGE = 47, INS_BSPLIT = 48, INS_CACHEA_I = 49, INS_CACHEA_WI = 50, INS_CACHEA_W = 51, INS_CACHEI_I = 52, INS_CACHEI_WI = 53, INS_CACHEI_W = 54, INS_CADDN_A = 55, INS_CADDN = 56, INS_CADD_A = 57, INS_CADD = 58, INS_CALLA = 59, INS_CALLI = 60, INS_CALL = 61, INS_CLO_B = 62, INS_CLO_H = 63, INS_CLO = 64, INS_CLS_B = 65, INS_CLS_H = 66, INS_CLS = 67, INS_CLZ_B = 68, INS_CLZ_H = 69, INS_CLZ = 70, INS_CMOVN = 71, INS_CMOV = 72, INS_CMPSWAP_W = 73, INS_CMP_F = 74, INS_CRC32B_W = 75, INS_CRC32L_W = 76, INS_CRC32_B = 77, INS_CRCN = 78, INS_CSUBN_A = 79, INS_CSUBN = 80, INS_CSUB_A = 81, INS_CSUB = 82, INS_DEBUG = 83, INS_DEXTR = 84, INS_DIFSC_A = 85, INS_DISABLE = 86, INS_DIV_F = 87, INS_DIV_U = 88, INS_DIV = 89, INS_DSYNC = 90, INS_DVADJ = 91, INS_DVINIT_BU = 92, INS_DVINIT_B = 93, INS_DVINIT_HU = 94, INS_DVINIT_H = 95, INS_DVINIT_U = 96, INS_DVINIT = 97, INS_DVSTEP_U = 98, INS_DVSTEP = 99, INS_ENABLE = 100, INS_EQANY_B = 101, INS_EQANY_H = 102, INS_EQZ_A = 103, INS_EQ_A = 104, INS_EQ_B = 105, INS_EQ_H = 106, INS_EQ_W = 107, INS_EQ = 108, INS_EXTR_U = 109, INS_EXTR = 110, INS_FCALLA = 111, INS_FCALLI = 112, INS_FCALL = 113, INS_FRET = 114, INS_FTOHP = 115, INS_FTOIZ = 116, INS_FTOI = 117, INS_FTOQ31Z = 118, INS_FTOQ31 = 119, INS_FTOUZ = 120, INS_FTOU = 121, INS_GE_A = 122, INS_GE_U = 123, INS_GE = 124, INS_HPTOF = 125, INS_IMASK = 126, INS_INSERT = 127, INS_INSN_T = 128, INS_INS_T = 129, INS_ISYNC = 130, INS_ITOF = 131, INS_IXMAX_U = 132, INS_IXMAX = 133, INS_IXMIN_U = 134, INS_IXMIN = 135, INS_JA = 136, INS_JEQ_A = 137, INS_JEQ = 138, INS_JGEZ = 139, INS_JGE_U = 140, INS_JGE = 141, INS_JGTZ = 142, INS_JI = 143, INS_JLA = 144, INS_JLEZ = 145, INS_JLI = 146, INS_JLTZ = 147, INS_JLT_U = 148, INS_JLT = 149, INS_JL = 150, INS_JNED = 151, INS_JNEI = 152, INS_JNE_A = 153, INS_JNE = 154, INS_JNZ_A = 155, INS_JNZ_T = 156, INS_JNZ = 157, INS_JZ_A = 158, INS_JZ_T = 159, INS_JZ = 160, INS_J = 161, INS_LDLCX = 162, INS_LDMST = 163, INS_LDUCX = 164, INS_LD_A = 165, INS_LD_BU = 166, INS_LD_B = 167, INS_LD_DA = 168, INS_LD_D = 169, INS_LD_HU = 170, INS_LD_H = 171, INS_LD_Q = 172, INS_LD_W = 173, INS_LEA = 174, INS_LHA = 175, INS_LOOPU = 176, INS_LOOP = 177, INS_LT_A = 178, INS_LT_B = 179, INS_LT_BU = 180, INS_LT_H = 181, INS_LT_HU = 182, INS_LT_U = 183, INS_LT_W = 184, INS_LT_WU = 185, INS_LT = 186, INS_MADDMS_H = 187, INS_MADDMS_U = 188, INS_MADDMS = 189, INS_MADDM_H = 190, INS_MADDM_Q = 191, INS_MADDM_U = 192, INS_MADDM = 193, INS_MADDRS_H = 194, INS_MADDRS_Q = 195, INS_MADDR_H = 196, INS_MADDR_Q = 197, INS_MADDSUMS_H = 198, INS_MADDSUM_H = 199, INS_MADDSURS_H = 200, INS_MADDSUR_H = 201, INS_MADDSUS_H = 202, INS_MADDSU_H = 203, INS_MADDS_H = 204, INS_MADDS_Q = 205, INS_MADDS_U = 206, INS_MADDS = 207, INS_MADD_F = 208, INS_MADD_H = 209, INS_MADD_Q = 210, INS_MADD_U = 211, INS_MADD = 212, INS_MAX_B = 213, INS_MAX_BU = 214, INS_MAX_H = 215, INS_MAX_HU = 216, INS_MAX_U = 217, INS_MAX = 218, INS_MFCR = 219, INS_MIN_B = 220, INS_MIN_BU = 221, INS_MIN_H = 222, INS_MIN_HU = 223, INS_MIN_U = 224, INS_MIN = 225, INS_MOVH_A = 226, INS_MOVH = 227, INS_MOVZ_A = 228, INS_MOV_AA = 229, INS_MOV_A = 230, INS_MOV_D = 231, INS_MOV_U = 232, INS_MOV = 233, INS_MSUBADMS_H = 234, INS_MSUBADM_H = 235, INS_MSUBADRS_H = 236, INS_MSUBADR_H = 237, INS_MSUBADS_H = 238, INS_MSUBAD_H = 239, INS_MSUBMS_H = 240, INS_MSUBMS_U = 241, INS_MSUBMS = 242, INS_MSUBM_H = 243, INS_MSUBM_Q = 244, INS_MSUBM_U = 245, INS_MSUBM = 246, INS_MSUBRS_H = 247, INS_MSUBRS_Q = 248, INS_MSUBR_H = 249, INS_MSUBR_Q = 250, INS_MSUBS_H = 251, INS_MSUBS_Q = 252, INS_MSUBS_U = 253, INS_MSUBS = 254, INS_MSUB_F = 255, INS_MSUB_H = 256, INS_MSUB_Q = 257, INS_MSUB_U = 258, INS_MSUB = 259, INS_MTCR = 260, INS_MULMS_H = 261, INS_MULM_H = 262, INS_MULM_U = 263, INS_MULM = 264, INS_MULR_H = 265, INS_MULR_Q = 266, INS_MULS_U = 267, INS_MULS = 268, INS_MUL_F = 269, INS_MUL_H = 270, INS_MUL_Q = 271, INS_MUL_U = 272, INS_MUL = 273, INS_NAND_T = 274, INS_NAND = 275, INS_NEZ_A = 276, INS_NE_A = 277, INS_NE = 278, INS_NOP = 279, INS_NOR_T = 280, INS_NOR = 281, INS_NOT = 282, INS_ORN_T = 283, INS_ORN = 284, INS_OR_ANDN_T = 285, INS_OR_AND_T = 286, INS_OR_EQ = 287, INS_OR_GE_U = 288, INS_OR_GE = 289, INS_OR_LT_U = 290, INS_OR_LT = 291, INS_OR_NE = 292, INS_OR_NOR_T = 293, INS_OR_OR_T = 294, INS_OR_T = 295, INS_OR = 296, INS_PACK = 297, INS_PARITY = 298, INS_POPCNT_W = 299, INS_Q31TOF = 300, INS_QSEED_F = 301, INS_RESTORE = 302, INS_RET = 303, INS_RFE = 304, INS_RFM = 305, INS_RSLCX = 306, INS_RSTV = 307, INS_RSUBS_U = 308, INS_RSUBS = 309, INS_RSUB = 310, INS_SAT_BU = 311, INS_SAT_B = 312, INS_SAT_HU = 313, INS_SAT_H = 314, INS_SELN_A = 315, INS_SELN = 316, INS_SEL_A = 317, INS_SEL = 318, INS_SHAS = 319, INS_SHA_B = 320, INS_SHA_H = 321, INS_SHA = 322, INS_SHUFFLE = 323, INS_SH_ANDN_T = 324, INS_SH_AND_T = 325, INS_SH_B = 326, INS_SH_EQ = 327, INS_SH_GE_U = 328, INS_SH_GE = 329, INS_SH_H = 330, INS_SH_LT_U = 331, INS_SH_LT = 332, INS_SH_NAND_T = 333, INS_SH_NE = 334, INS_SH_NOR_T = 335, INS_SH_ORN_T = 336, INS_SH_OR_T = 337, INS_SH_XNOR_T = 338, INS_SH_XOR_T = 339, INS_SH = 340, INS_STLCX = 341, INS_STUCX = 342, INS_ST_A = 343, INS_ST_B = 344, INS_ST_DA = 345, INS_ST_D = 346, INS_ST_H = 347, INS_ST_Q = 348, INS_ST_T = 349, INS_ST_W = 350, INS_SUBC = 351, INS_SUBSC_A = 352, INS_SUBS_BU = 353, INS_SUBS_B = 354, INS_SUBS_HU = 355, INS_SUBS_H = 356, INS_SUBS_U = 357, INS_SUBS = 358, INS_SUBX = 359, INS_SUB_A = 360, INS_SUB_B = 361, INS_SUB_F = 362, INS_SUB_H = 363, INS_SUB = 364, INS_SVLCX = 365, INS_SWAPMSK_W = 366, INS_SWAP_A = 367, INS_SWAP_W = 368, INS_SYSCALL = 369, INS_TLBDEMAP = 370, INS_TLBFLUSH_A = 371, INS_TLBFLUSH_B = 372, INS_TLBMAP = 373, INS_TLBPROBE_A = 374, INS_TLBPROBE_I = 375, INS_TRAPSV = 376, INS_TRAPV = 377, INS_UNPACK = 378, INS_UPDFL = 379, INS_UTOF = 380, INS_WAIT = 381, INS_XNOR_T = 382, INS_XNOR = 383, INS_XOR_EQ = 384, INS_XOR_GE_U = 385, INS_XOR_GE = 386, INS_XOR_LT_U = 387, INS_XOR_LT = 388, INS_XOR_NE = 389, INS_XOR = 390, INS_ENDING = 391, // Group of TriCore instructions GRP_INVALID = 392, // cs.GRP_INVALID GRP_CALL = 393, // cs.GRP_CALL GRP_JUMP = 394, // cs.GRP_JUMP GRP_ENDING = 395, // mark the end of the list of groups FEATURE_INVALID = 0, FEATURE_HasV110 = 128, FEATURE_HasV120_UP = 129, FEATURE_HasV130_UP = 130, FEATURE_HasV161 = 131, FEATURE_HasV160_UP = 132, FEATURE_HasV131_UP = 133, FEATURE_HasV161_UP = 134, FEATURE_HasV162 = 135, FEATURE_HasV162_UP = 136, FEATURE_ENDING = 137, // mark the end of the list of features } export class cs_tricore { public op_count: number; // number of operands of this instruction. public operands: cs_tricore_op[]; // operands for this instruction. public update_flags: boolean; // whether the flags register is updated. constructor(arch_info_ptr: number, Memory: any) { this.operands = []; this.op_count = Memory.read(arch_info_ptr + 0, 'ubyte'); this.update_flags = Memory.read(arch_info_ptr + 132, 'bool'); for (let i = 0; i < this.op_count; i++) { const op: cs_tricore_op = {} as cs_tricore_op; const op_ptr: number = arch_info_ptr + 4 + i * 16; op.type = Memory.read(op_ptr + 0, 'i32'); switch (op.type) { case TRICORE.OP_REG: op.reg = Memory.read(op_ptr + 4, 'u32'); break; case TRICORE.OP_IMM: op.imm = Memory.read(op_ptr + 4, 'i32'); break; case TRICORE.OP_MEM: op.mem = { base: Memory.read(op_ptr + 4, 'ubyte'), disp: Memory.read(op_ptr + 8, 'i32'), }; break; } this.operands[i] = op; } return this; } }