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5bd27db2ee
When building the label for the IAT synthetic, we need to pre-decorate the symbol before we apply the synthetic symbol prefix lest we end up placing the user-label prefix over the synthetic symbol rather than the actual symbol. This is required to correctly resolve symbols when building the standard library for x86.
56 lines
2.7 KiB
Plaintext
56 lines
2.7 KiB
Plaintext
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// RUN: %empty-directory(%t)
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// RUN: %target-swift-frontend -emit-module -emit-module-path=%t/keypaths_external_other.swiftmodule -module-name=keypaths_external_other %S/Inputs/keypaths_external_other.swift
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// -- Convert <i32 0x...> constants to decimal constants that LLVM will print
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// RUN: %{python} %utils/chex.py < %s > %t/keypaths.sil
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// RUN: %target-swift-frontend -module-name keypaths -emit-ir %s -I %t | %FileCheck %t/keypaths.sil
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sil_stage canonical
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import Swift
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import keypaths_external_other
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sil @generic_external : $@convention(thin) <A: Hashable, B: Hashable> (@in_guaranteed A, @in_guaranteed B, @in_guaranteed A, @in_guaranteed B, @in_guaranteed A, @in_guaranteed B) -> () {
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entry(%0 : $*A, %1 : $*B, %2 : $*A, %3 : $*B, %4 : $*A, %5 : $*B):
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%t = keypath $KeyPath<G<B>, B>, <Z> (
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root $G<Z>;
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gettable_property $Z,
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id @g_x_get : $@convention(thin) <Z> (@in_guaranteed G<Z>) -> @out Z,
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getter @g_x_get : $@convention(thin) <Z> (@in_guaranteed G<Z>) -> @out Z,
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external #G.x<Z>
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) <B>
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%u = keypath $KeyPath<G<A>, A>, <X: Hashable, Y: Hashable> (
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root $G<Y>;
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gettable_property $Y,
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id @g_subscript_get : $@convention(thin) <A: Hashable, B: Hashable> (@in_guaranteed G<B>, UnsafeRawPointer) -> @out B,
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getter @g_subscript_get : $@convention(thin) <A: Hashable, B: Hashable> (@in_guaranteed G<B>, UnsafeRawPointer) -> @out B,
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indices [%$0 : $X : $*X],
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indices_equals @s_equals : $@convention(thin) <A: Hashable, B: Hashable> (UnsafeRawPointer, UnsafeRawPointer) -> Bool,
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indices_hash @s_hash : $@convention(thin) <A: Hashable, B: Hashable> (UnsafeRawPointer) -> Int,
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external #G.subscript<Y, X>
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) <B, A> (%1)
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return undef : $()
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}
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sil @g_x_get : $@convention(thin) <Z> (@in_guaranteed G<Z>) -> @out Z
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sil @g_subscript_get : $@convention(thin) <A: Hashable, B: Hashable> (@in_guaranteed G<B>, UnsafeRawPointer) ->
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@out B
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sil @s_equals : $@convention(thin) <A: Hashable, B: Hashable> (UnsafeRawPointer, UnsafeRawPointer) -> Bool
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sil @s_hash : $@convention(thin) <A: Hashable, B: Hashable> (UnsafeRawPointer) -> Int
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// -- %t
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// CHECK: [[KP_T:@keypath(\..*)?]] = private global <{ {{.*}} }> <{ {{.*}} i32 1, {{.*}} @"{{got.|\\01__imp__?}}$s23keypaths_external_other1GV1xxvpMV"
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// CHECK-SAME: @"symbolic x"
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// -- computed get-only property, identified by indirect pointer
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// CHECK-SAME: <i32 0x0208_0002>
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// -- %u
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// CHECK: [[KP_U:@keypath(\..*)?]] = private global <{ {{.*}} }> <{ {{.*}} i32 3, {{.*}} @"{{got.|\\01__imp__?}}$s23keypaths_external_other1GVyxqd__cSHRd__luipMV"
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// CHECK-SAME: @"symbolic q_"
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// CHECK-SAME: @"symbolic x"
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// CHECK-SAME: @"get_witness_table
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// -- computed get-only property, identified by indirect pointer
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// CHECK-SAME: <i32 0x0208_0002>
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