return false;
case ARM::SMLAL: case ARM::SMULL: case ARM::UMAAL: case ARM::UMLAL:
case ARM::UMULL: case ARM::SMLALBB: case ARM::SMLALBT: case ARM::SMLALTB:
- case ARM::SMLALTT: case ARM::SMLSLD:
+ case ARM::SMLALTT: case ARM::SMLSLD: case ARM::SMLSLDX:
if (R19_16 == 15 || R15_12 == 15 || R11_8 == 15 || R3_0 == 15)
return true;
if (R19_16 == R15_12)
}
OpIdx += 1;
} else {
- // The opcode ARM::LDRT actually corresponds to both Encoding A1 and A2 of
- // A8.6.86 LDRT. So if Inst{4} != 0 while Inst{25} (getIBit(insn)) == 1,
- // we should reject this insn as invalid.
- //
- // Ditto for LDRBT.
- if ((Opcode == ARM::LDRT || Opcode == ARM::LDRBT) && (slice(insn,4,4) == 1))
+ // If Inst{25} = 1 and Inst{4} != 0, we should reject this as invalid.
+ if (slice(insn,4,4) == 1)
return false;
// Disassemble the offset reg (Rm), shift type, and immediate shift length.
0xa5 0xba 0xd2 0xed
# CHECK: strtvc r5, [r3], r0, lsr #20
-0x30 0x5a 0xa3 0x76
+0x20 0x5a 0xa3 0x76
# CHECK: stmiblo sp, {r0, r4, r8, r11, r12, pc}
0x11 0x99 0x8d 0x39
# CHECK: mrchs p2, #3, r11, c13, c6, #6
0xd6 0xb2 0x7d 0x2e
+
+# CHECK: smlsldx r4, r12, r11, r4
+0x7b 0x44 0x4c 0xe7