1 ; RUN: llc < %s -asm-verbose=false | FileCheck %s 2 3 ; Test that globals assemble as expected. 4 5 target datalayout = "e-p:32:32-i64:64-n32:64-S128" 6 target triple = "wasm32-unknown-unknown" 7 8 ; CHECK-NOT: llvm.used 9 ; CHECK-NOT: llvm.metadata 10 @llvm.used = appending global [1 x i32*] [i32* @g], section "llvm.metadata" 11 12 ; CHECK: foo: 13 ; CHECK: i32.const $push0=, 0{{$}} 14 ; CHECK-NEXT: i32.load $push1=, answer($pop0){{$}} 15 ; CHECK-NEXT: return $pop1{{$}} 16 define i32 @foo() { 17 %a = load i32, i32* @answer 18 ret i32 %a 19 } 20 21 ; CHECK-LABEL: call_memcpy: 22 ; CHECK-NEXT: .param i32, i32, i32{{$}} 23 ; CHECK-NEXT: .result i32{{$}} 24 ; CHECK-NEXT: call memcpy, $0, $1, $2{{$}} 25 ; CHECK-NEXT: return $0{{$}} 26 declare void @llvm.memcpy.p0i8.p0i8.i32(i8* nocapture, i8* nocapture readonly, i32, i32, i1) 27 define i8* @call_memcpy(i8* %p, i8* nocapture readonly %q, i32 %n) { 28 tail call void @llvm.memcpy.p0i8.p0i8.i32(i8* %p, i8* %q, i32 %n, i32 1, i1 false) 29 ret i8* %p 30 } 31 32 ; CHECK: .type g,@object 33 ; CHECK: .align 2{{$}} 34 ; CHECK-NEXT: g: 35 ; CHECK-NEXT: .int32 1337{{$}} 36 ; CHECK-NEXT: .size g, 4{{$}} 37 @g = private global i32 1337 38 39 ; CHECK-LABEL: ud: 40 ; CHECK-NEXT: .zero 4{{$}} 41 ; CHECK-NEXT: .size ud, 4{{$}} 42 @ud = internal global i32 undef 43 44 ; CHECK: .type nil,@object 45 ; CHECK-NEXT: .lcomm nil,4,2{{$}} 46 @nil = internal global i32 zeroinitializer 47 48 ; CHECK: .type z,@object 49 ; CHECK-NEXT: .lcomm z,4,2{{$}} 50 @z = internal global i32 0 51 52 ; CHECK-NEXT: .type one,@object 53 ; CHECK-NEXT: .align 2{{$}} 54 ; CHECK-NEXT: one: 55 ; CHECK-NEXT: .int32 1{{$}} 56 ; CHECK-NEXT: .size one, 4{{$}} 57 @one = internal global i32 1 58 59 ; CHECK: .type answer,@object 60 ; CHECK: .align 2{{$}} 61 ; CHECK-NEXT: answer: 62 ; CHECK-NEXT: .int32 42{{$}} 63 ; CHECK-NEXT: .size answer, 4{{$}} 64 @answer = internal global i32 42 65 66 ; CHECK: .type u32max,@object 67 ; CHECK: .align 2{{$}} 68 ; CHECK-NEXT: u32max: 69 ; CHECK-NEXT: .int32 4294967295{{$}} 70 ; CHECK-NEXT: .size u32max, 4{{$}} 71 @u32max = internal global i32 -1 72 73 ; CHECK: .type ud64,@object 74 ; CHECK: .align 3{{$}} 75 ; CHECK-NEXT: ud64: 76 ; CHECK-NEXT: .zero 8{{$}} 77 ; CHECK-NEXT: .size ud64, 8{{$}} 78 @ud64 = internal global i64 undef 79 80 ; CHECK: .type nil64,@object 81 ; CHECK: .lcomm nil64,8,3{{$}} 82 @nil64 = internal global i64 zeroinitializer 83 84 ; CHECK: .type z64,@object 85 ; CHECK: .lcomm z64,8,3{{$}} 86 @z64 = internal global i64 0 87 88 ; CHECK: .type twoP32,@object 89 ; CHECK: .align 3{{$}} 90 ; CHECK-NEXT: twoP32: 91 ; CHECK-NEXT: .int64 4294967296{{$}} 92 ; CHECK-NEXT: .size twoP32, 8{{$}} 93 @twoP32 = internal global i64 4294967296 94 95 ; CHECK: .type u64max,@object 96 ; CHECK: .align 3{{$}} 97 ; CHECK-NEXT: u64max: 98 ; CHECK-NEXT: .int64 -1{{$}} 99 ; CHECK-NEXT: .size u64max, 8{{$}} 100 @u64max = internal global i64 -1 101 102 ; CHECK: .type f32ud,@object 103 ; CHECK: .align 2{{$}} 104 ; CHECK-NEXT: f32ud: 105 ; CHECK-NEXT: .zero 4{{$}} 106 ; CHECK-NEXT: .size f32ud, 4{{$}} 107 @f32ud = internal global float undef 108 109 ; CHECK: .type f32nil,@object 110 ; CHECK: .lcomm f32nil,4,2{{$}} 111 @f32nil = internal global float zeroinitializer 112 113 ; CHECK: .type f32z,@object 114 ; CHECK: .lcomm f32z,4,2{{$}} 115 @f32z = internal global float 0.0 116 117 ; CHECK: .type f32nz,@object 118 ; CHECK: .align 2{{$}} 119 ; CHECK: f32nz: 120 ; CHECK: .int32 2147483648{{$}} 121 ; CHECK: .size f32nz, 4{{$}} 122 @f32nz = internal global float -0.0 123 124 ; CHECK: .type f32two,@object 125 ; CHECK: .align 2{{$}} 126 ; CHECK-NEXT: f32two: 127 ; CHECK-NEXT: .int32 1073741824{{$}} 128 ; CHECK-NEXT: .size f32two, 4{{$}} 129 @f32two = internal global float 2.0 130 131 ; CHECK: .type f64ud,@object 132 ; CHECK: .align 3{{$}} 133 ; CHECK-NEXT: f64ud: 134 ; CHECK-NEXT: .zero 8{{$}} 135 ; CHECK-NEXT: .size f64ud, 8{{$}} 136 @f64ud = internal global double undef 137 138 ; CHECK: .type f64nil,@object 139 ; CHECK: .lcomm f64nil,8,3{{$}} 140 @f64nil = internal global double zeroinitializer 141 142 ; CHECK: .type f64z,@object 143 ; CHECK: .lcomm f64z,8,3{{$}} 144 @f64z = internal global double 0.0 145 146 ; CHECK: .type f64nz,@object 147 ; CHECK: .align 3{{$}} 148 ; CHECK-NEXT: f64nz: 149 ; CHECK-NEXT: .int64 -9223372036854775808{{$}} 150 ; CHECK-NEXT: .size f64nz, 8{{$}} 151 @f64nz = internal global double -0.0 152 153 ; CHECK: .type f64two,@object 154 ; CHECK: .align 3{{$}} 155 ; CHECK-NEXT: f64two: 156 ; CHECK-NEXT: .int64 4611686018427387904{{$}} 157 ; CHECK-NEXT: .size f64two, 8{{$}} 158 @f64two = internal global double 2.0 159 160 ; Indexing into a global array produces a relocation. 161 ; CHECK: .type arr,@object 162 ; CHECK: .type ptr,@object 163 ; CHECK: ptr: 164 ; CHECK-NEXT: .int32 arr+80 165 ; CHECK-NEXT: .size ptr, 4 166 @arr = global [128 x i32] zeroinitializer, align 16 167 @ptr = global i32* getelementptr inbounds ([128 x i32], [128 x i32]* @arr, i32 0, i32 20), align 4 168 169 ; Constant global. 170 ; CHECK: .type rom,@object{{$}} 171 ; CHECK: .section .rodata,"a",@progbits{{$}} 172 ; CHECK: .globl rom{{$}} 173 ; CHECK: .align 4{{$}} 174 ; CHECK: rom: 175 ; CHECK: .zero 512{{$}} 176 ; CHECK: .size rom, 512{{$}} 177 @rom = constant [128 x i32] zeroinitializer, align 16 178
