ARM 53 core/vm-arm.c ARM(ins, a, b, c >> 8, c) ARM 55 core/vm-arm.c ARM(ins, a, 0, b >> 8, b) ARM 61 core/vm-arm.c ARM(31, b, a, (b << 3) | 0x3, 0x78); // or rA,rB,rB ARM 63 core/vm-arm.c ARM(31, REG(op.a), REG(op.a), 0x0e, 0x70); /* srawi rA,rA,1 */ \ ARM 64 core/vm-arm.c ARM(31, REG(op.b), REG(op.b), 0x0e, 0x70) /* srawi rB,rB,1 */ ARM 68 core/vm-arm.c ARM(21, REG(op.a), REG(op.a), 0x08, 0x3c); /* rlwin rA,rA,1,0,30 */ \ ARM 70 core/vm-arm.c ARM(21, REG(op.b), REG(op.b), 0x08, 0x3c); /* rlwin rB,rB,1,0,30 */ \ ARM 74 core/vm-arm.c ARM(31, 7 << 2, REG(op.a), REG(op.b) << 3, 0x40); /* cmplw cr7,rA,rB */ \ ARM 191 core/vm-arm.c ARM(31, REG(op.a), REG(op.a), REG(op.b) << 3 | 0x2, 0x14); // add rA,rA,rB ARM 198 core/vm-arm.c ARM(31, REG(op.a), REG(op.b), REG(op.a) << 3, 0x50); // subf rA,rA,rB ARM 205 core/vm-arm.c ARM(31, REG(op.a), REG(op.a), REG(op.b) << 3 | 0x1, 0xD6); // mullw rA,rA,rB ARM 212 core/vm-arm.c ARM(31, REG(op.a), REG(op.a), REG(op.b) << 3 | 0x3, 0xD6); // divw rA,rA,rB ARM 219 core/vm-arm.c ARM(31, REG_TMP, REG(op.a), REG(op.b) << 3 | 0x3, 0xD6); // divw rD,rA,rB ARM 220 core/vm-arm.c ARM(31, REG_TMP, REG_TMP, REG(op.b) << 3 | 0x1, 0xD6); // mullw rD,rD,rB ARM 221 core/vm-arm.c ARM(31, REG(op.a), REG_TMP, REG(op.a) << 3, 0x50); // subf rA,rD,rA ARM 230 core/vm-arm.c ARM(14, REG(op.b), REG(op.b), 0xFF, 0xFF); // addi rD,rD,-1 ARM 231 core/vm-arm.c ARM(11, 7 << 2, REG(op.b), 0, 0); // cmpwi cr7,rD,0x0 ARM 233 core/vm-arm.c ARM(31, REG(op.a), REG(op.a), REG_TMP << 3 | 0x1, 0xD6); // mullw rA,rA,rA ARM 274 core/vm-arm.c ARM(31, REG(op.a), REG(op.a), REG(op.b) << 3, 0x30); // slw rA,rA,rB ARM 281 core/vm-arm.c ARM(31, REG(op.a), REG(op.a), REG(op.b) << 3 | 0x6, 0x30); // sraw rA,rA,rB ARM 315 core/vm-arm.c ARM(11, 7 << 2, REG(op.a), 0, PN_FALSE); // cmpwi cr7,rA,0x0 ARM 321 core/vm-arm.c ARM(11, 7 << 2, REG(op.a), 0, PN_FALSE); // cmpwi cr7,rA,0x0