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25a071efc8
The intent for `@inline(always)` is to act as an optimization control. The user can rely on inlining to happen or the compiler will emit an error message. Because function values can be dynamic (closures, protocol/class lookup) this guarantee can only be upheld for direct function references. In cases where the optimizer can resolve dynamic function values the attribute shall be respected. rdar://148608854
98 lines
7.6 KiB
Swift
98 lines
7.6 KiB
Swift
// RUN: %target-swift-frontend -module-name constant_propagation_stdlib %s -Xllvm -sil-print-types -emit-sil -enable-builtin-module -o - | %FileCheck --check-prefix=CHECK-ONONE %s
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// RUN: %target-swift-frontend -module-name constant_propagation_stdlib %s -Xllvm -sil-print-types -emit-sil -enable-builtin-module -o - -O | %FileCheck --check-prefix=CHECK-O %s
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// REQUIRES: swift_in_compiler
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import Builtin
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public struct MyInt {
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var v: Builtin.Int32
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}
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// CHECK-ONONE-LABEL: sil @$s27constant_propagation_stdlib15isConcrete_trueyBi1_AA5MyIntVF : $@convention(thin) (MyInt) -> Builtin.Int1 {
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// CHECK-ONONE: bb0(
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// CHECK-ONONE: [[RESULT:%.*]] = integer_literal $Builtin.Int1, -1
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// CHECK-ONONE: return [[RESULT]]
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// CHECK-ONONE: } // end sil function '$s27constant_propagation_stdlib15isConcrete_trueyBi1_AA5MyIntVF'
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// CHECK-O-LABEL: sil @$s27constant_propagation_stdlib15isConcrete_trueyBi1_AA5MyIntVF : $@convention(thin) (MyInt) -> Builtin.Int1 {
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// CHECK-O: bb0(
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// CHECK-O: [[RESULT:%.*]] = integer_literal $Builtin.Int1, -1
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// CHECK-O-NEXT: return [[RESULT]]
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// CHECK-O-NEXT: } // end sil function '$s27constant_propagation_stdlib15isConcrete_trueyBi1_AA5MyIntVF'
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public func isConcrete_true(_ x: MyInt) -> Builtin.Int1 {
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return Builtin.isConcrete(MyInt.self)
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}
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// CHECK-ONONE-LABEL: sil @$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlF : $@convention(thin) <T> (@in_guaranteed T) -> Builtin.Int1 {
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// CHECK-ONONE: bb0(
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// CHECK-ONONE: [[RESULT:%.*]] = integer_literal $Builtin.Int1, 0
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// CHECK-ONONE: return [[RESULT]]
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// CHECK-ONONE: } // end sil function '$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlF'
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// CHECK-O-LABEL: sil [signature_optimized_thunk] [heuristic_always_inline] {{.*}}@$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlF : $@convention(thin) <T> (@in_guaranteed T) -> Builtin.Int1 {
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// CHECK-O: bb0(
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// CHECK-O: [[GEN_FUNC:%.*]] = function_ref @$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlFTf4d_n : $@convention(thin) <τ_0_0> () -> Builtin.Int1
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// CHECK-O: [[RESULT:%.*]] = apply [[GEN_FUNC]]<T>() : $@convention(thin) <τ_0_0> () -> Builtin.Int1
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// CHECK-O: return [[RESULT]]
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// CHECK-O: } // end sil function '$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlF'
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public func isConcrete_false<T>(_ x: T) -> Builtin.Int1 {
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return Builtin.isConcrete(T.self)
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}
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// CHECK-ONONE-LABEL: sil @$s27constant_propagation_stdlib25isConcrete_generic_calleryBi1_xlF : $@convention(thin) <T> (@in_guaranteed T) -> Builtin.Int1 {
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// CHECK-ONONE: bb0(
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// CHECK-ONONE: [[GEN_FUNC:%.*]] = function_ref @$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlF : $@convention(thin) <τ_0_0> (@in_guaranteed τ_0_0) -> Builtin.Int1
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// CHECK-ONONE: [[RESULT:%.*]] = apply [[GEN_FUNC]]<T>(%0) : $@convention(thin) <τ_0_0> (@in_guaranteed τ_0_0) -> Builtin.Int1
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// CHECK-ONONE: return [[RESULT]]
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// CHECK-ONONE: } // end sil function '$s27constant_propagation_stdlib25isConcrete_generic_calleryBi1_xlF'
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// CHECK-O-LABEL: sil {{.*}}@$s27constant_propagation_stdlib25isConcrete_generic_calleryBi1_xlF : $@convention(thin) <T> (@in_guaranteed T) -> Builtin.Int1 {
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// CHECK-O: bb0(
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// CHECK-O: [[GEN_FUNC:%.*]] = function_ref @$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlFTf4d_n : $@convention(thin) <τ_0_0> () -> Builtin.Int1
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// CHECK-O: [[RESULT:%.*]] = apply [[GEN_FUNC]]<T>() : $@convention(thin) <τ_0_0> () -> Builtin.Int1
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// CHECK-O: return [[RESULT]]
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// CHECK-O: } // end sil function '$s27constant_propagation_stdlib25isConcrete_generic_calleryBi1_xlF'
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public func isConcrete_generic_caller<T>(_ x: T) -> Builtin.Int1 {
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return isConcrete_false(x)
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}
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// CHECK-ONONE-LABEL: sil @$s27constant_propagation_stdlib26isConcrete_concrete_calleryBi1_AA5MyIntVF : $@convention(thin) (MyInt) -> Builtin.Int1 {
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// CHECK-ONONE: bb0(
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// CHECK-ONONE: [[STACK_ARG:%.*]] = alloc_stack $MyInt
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// CHECK-ONONE: store %0 to [[STACK_ARG]] : $*MyInt
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// CHECK-ONONE: [[GEN_FUNC:%.*]] = function_ref @$s27constant_propagation_stdlib25isConcrete_generic_calleryBi1_xlF : $@convention(thin) <τ_0_0> (@in_guaranteed τ_0_0) -> Builtin.Int1
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// CHECK-ONONE: [[RESULT:%.*]] = apply [[GEN_FUNC]]<MyInt>([[STACK_ARG]]) : $@convention(thin) <τ_0_0> (@in_guaranteed τ_0_0) -> Builtin.Int1
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// CHECK-ONONE: dealloc_stack [[STACK_ARG]] : $*MyInt
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// CHECK-ONONE: return [[RESULT]]
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// CHECK-ONONE: } // end sil function '$s27constant_propagation_stdlib26isConcrete_concrete_calleryBi1_AA5MyIntVF'
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// CHECK-O-LABEL: sil @$s27constant_propagation_stdlib26isConcrete_concrete_calleryBi1_AA5MyIntVF : $@convention(thin) (MyInt) -> Builtin.Int1 {
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// CHECK-O: bb0(
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// CHECK-O: [[RESULT:%.*]] = integer_literal $Builtin.Int1, -1
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// CHECK-O: return [[RESULT]]
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// CHECK-O: } // end sil function '$s27constant_propagation_stdlib26isConcrete_concrete_calleryBi1_AA5MyIntVF'
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public func isConcrete_concrete_caller(_ x: MyInt) -> Builtin.Int1 {
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return isConcrete_generic_caller(x)
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}
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// CHECK-ONONE-LABEL: sil @$s27constant_propagation_stdlib4main1xBi1__Bi1_Bi1_tAA5MyIntV_tF : $@convention(thin) (MyInt) -> (Builtin.Int1, Builtin.Int1, Builtin.Int1) {
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// CHECK-ONONE: bb0(
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// CHECK-ONONE: [[IS_CONCRETE_TRUE_FUNC:%.*]] = function_ref @$s27constant_propagation_stdlib15isConcrete_trueyBi1_AA5MyIntVF : $@convention(thin) (MyInt) -> Builtin.Int1
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// CHECK-ONONE: [[IS_CONCRETE_TRUE:%.*]] = apply [[IS_CONCRETE_TRUE_FUNC]](%0) : $@convention(thin) (MyInt) -> Builtin.Int1
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// CHECK-ONONE: [[STACK_ARG:%.*]] = alloc_stack $MyInt
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// CHECK-ONONE: store %0 to [[STACK_ARG]] : $*MyInt
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// CHECK-ONONE: [[IS_CONCRETE_FALSE_FUNC:%.*]] = function_ref @$s27constant_propagation_stdlib16isConcrete_falseyBi1_xlF : $@convention(thin) <τ_0_0> (@in_guaranteed τ_0_0) -> Builtin.Int1
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// CHECK-ONONE: [[IS_CONCRETE_FALSE:%.*]] = apply [[IS_CONCRETE_FALSE_FUNC]]<MyInt>([[STACK_ARG]]) : $@convention(thin) <τ_0_0> (@in_guaranteed τ_0_0) -> Builtin.Int1
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// CHECK-ONONE: dealloc_stack [[STACK_ARG]] : $*MyInt
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// CHECK-ONONE: [[IS_CONCRETE_CONCRETE_CALLER_FUNC:%.*]] = function_ref @$s27constant_propagation_stdlib26isConcrete_concrete_calleryBi1_AA5MyIntVF : $@convention(thin) (MyInt) -> Builtin.Int1
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// CHECK-ONONE: [[IS_CONCRETE_CONCRETE_CALLER:%.*]] = apply [[IS_CONCRETE_CONCRETE_CALLER_FUNC]](%0) : $@convention(thin) (MyInt) -> Builtin.Int1
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// CHECK-ONONE: [[RESULT:%.*]] = tuple ([[IS_CONCRETE_TRUE]] : $Builtin.Int1, [[IS_CONCRETE_FALSE]] : $Builtin.Int1, [[IS_CONCRETE_CONCRETE_CALLER]] : $Builtin.Int1)
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// CHECK-ONONE: return [[RESULT]]
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// CHECK-ONONE: } // end sil function '$s27constant_propagation_stdlib4main1xBi1__Bi1_Bi1_tAA5MyIntV_tF'
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// CHECK-O-LABEL: sil @$s27constant_propagation_stdlib4main1xBi1__Bi1_Bi1_tAA5MyIntV_tF : $@convention(thin) (MyInt) -> (Builtin.Int1, Builtin.Int1, Builtin.Int1) {
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// CHECK-O: bb0(
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// CHECK-O: [[VALUE:%.*]] = integer_literal $Builtin.Int1, -1
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// CHECK-O: [[RESULT:%.*]] = tuple ([[VALUE]] : $Builtin.Int1, [[VALUE]] : $Builtin.Int1, [[VALUE]] : $Builtin.Int1)
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// CHECK-O-NEXT: return [[RESULT]]
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// CHECK-O-NEXT: } // end sil function '$s27constant_propagation_stdlib4main1xBi1__Bi1_Bi1_tAA5MyIntV_tF'
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public func main(x: MyInt) -> (Builtin.Int1, Builtin.Int1, Builtin.Int1) {
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return (isConcrete_true(x), isConcrete_false(x), isConcrete_concrete_caller(x))
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}
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