| # RUN: not llvm-mc -triple=hexagon -mhvx -filetype=asm %s 2>%t; FileCheck %s <%t |
| |
| { r0=memw(r1=##0) |
| memw(r0)=r1.new } |
| # CHECK: 3:3: note: Absolute-set registers cannot be a new-value producer |
| # CHECK: 4:3: error: Instruction does not have a valid new register producer |
| |
| { r1:0=r1:0 |
| memw(r0)=r0.new } |
| # CHECK: 8:3: note: Double registers cannot be new-value producers |
| # CHECK: 9:3: error: Instruction does not have a valid new register producer |
| |
| { r1=memw(r0++m0) |
| memw(r0)=r0.new } |
| # CHECK: 13:3: note: Auto-increment registers cannot be a new-value producer |
| # CHECK: 14:3: error: Instruction does not have a valid new register producer |
| |
| { r0=sfadd(r0,r0) |
| if (cmp.eq(r0.new,r0)) jump:t 0x0 } |
| # CHECK: 18:3: note: FPU instructions cannot be new-value producers for jumps |
| # CHECK: 19:3: error: Instruction does not have a valid new register producer |
| |
| { v0=vmem(r0++m0) |
| memw(r0)=r0.new } |
| # CHECK: 23:3: note: Auto-increment registers cannot be a new-value producer |
| # CHECK: 24:3: error: Instruction does not have a valid new register producer |
| |
| { if (p0) r0=r0 |
| if (!p0) memw(r0)=r0.new } |
| # CHECK: 28:3: note: Register producer has the opposite predicate sense as consumer |
| # CHECK: 29:3: error: Instruction does not have a valid new register producer |
| |
| { if (p0) r0=r0 |
| memw(r0)=r0.new } |
| # CHECK: 33:3: note: Register producer is predicated and consumer is unconditional |
| # CHECK: 34:3: error: Instruction does not have a valid new register producer |
| |
| { if (p0) r0=r0 |
| if (cmp.eq(r0.new,r0)) jump:t 0x0 } |
| # CHECK: 38:3: note: Register producer is predicated and consumer is unconditional |
| # CHECK: 39:3: error: Instruction does not have a valid new register producer |
| |
| { r0=memw(r1=##0) |
| if (p0) memw(r0)=r1.new } |
| # CHECK: 43:3: note: Absolute-set registers cannot be a new-value producer |
| # CHECK: 44:3: error: Instruction does not have a valid new register producer |
