mirror of
https://github.com/carbon-language/carbon-lang.git
synced 2026-10-04 22:02:52 +01:00
Richard Smith
cefa0397bb
Fix import logic to make all imported packages be children of the `NameScopeId::Package` scope. Previously, indirectly-imported packages would end up as children of their importing package's scope, which resulted in them not being treated as packages at all, and in particular not being fingerprinted as packages. Fixing that caused a failure in the fingerprinting logic as we started to encounter packages with no correspoding import scopes. Instead of looking for import scopes, use a simpler mechanism to map packages to their package names, and clean up. Unfortunately the latter change churns all the fingerprints again :( Hopefully this is the last time for a while.
470 lines
22 KiB
Plaintext
470 lines
22 KiB
Plaintext
// Part of the Carbon Language project, under the Apache License v2.0 with LLVM
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// Exceptions. See /LICENSE for license information.
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// SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception
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//
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// INCLUDE-FILE: toolchain/testing/testdata/min_prelude/convert.carbon
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//
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// AUTOUPDATE
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// TIP: To test this file alone, run:
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// TIP: bazel test //toolchain/testing:file_test --test_arg=--file_tests=toolchain/check/testdata/where_expr/designator.carbon
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// TIP: To dump output, run:
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// TIP: bazel run //toolchain/testing:file_test -- --dump_output --file_tests=toolchain/check/testdata/where_expr/designator.carbon
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// --- success.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let Member:! type;
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}
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//@dump-sem-ir-begin
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fn PeriodSelf(T:! I where .Self == ());
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fn PeriodMember(U:! I where .Member == ());
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fn TypeSelfImpls(V:! type where .Self impls I);
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//@dump-sem-ir-end
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// --- fail_wrong_member.carbon
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library "[[@TEST_NAME]]";
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interface J {
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let Member:! type;
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}
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// CHECK:STDERR: fail_wrong_member.carbon:[[@LINE+4]]:31: error: member name `Mismatch` not found in `J` [MemberNameNotFoundInSpecificScope]
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// CHECK:STDERR: fn PeriodMismatch(W:! J where .Mismatch = {});
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// CHECK:STDERR: ^~~~~~~~~
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// CHECK:STDERR:
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fn PeriodMismatch(W:! J where .Mismatch = {});
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// --- fail_designator_matches_var.carbon
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library "[[@TEST_NAME]]";
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fn Foo() -> () {
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var unused x: ();
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// CHECK:STDERR: fail_designator_matches_var.carbon:[[@LINE+5]]:10: error: name `.Self` not found [NameNotFound]
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// CHECK:STDERR: return .x;
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// CHECK:STDERR: ^~
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// CHECK:STDERR: fail_designator_matches_var.carbon: note: designator may only be used when `.Self` is in scope [NoPeriodSelfForDesignator]
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// CHECK:STDERR:
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return .x;
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}
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// --- fail_unknown_designator.carbon
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library "[[@TEST_NAME]]";
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fn Bar() -> () {
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// CHECK:STDERR: fail_unknown_designator.carbon:[[@LINE+5]]:10: error: name `.Self` not found [NameNotFound]
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// CHECK:STDERR: return .undef;
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// CHECK:STDERR: ^~~~~~
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// CHECK:STDERR: fail_unknown_designator.carbon: note: designator may only be used when `.Self` is in scope [NoPeriodSelfForDesignator]
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// CHECK:STDERR:
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return .undef;
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}
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// --- fail_dot_self_method_return_value.carbon
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library "[[@TEST_NAME]]";
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class C {
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// CHECK:STDERR: fail_dot_self_method_return_value.carbon:[[@LINE+4]]:27: error: name `.Self` not found [NameNotFound]
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// CHECK:STDERR: fn F() -> Self { return .Self; }
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// CHECK:STDERR: ^~~~~
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// CHECK:STDERR:
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fn F() -> Self { return .Self; }
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}
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// --- fail_dot_self_method_return_type.carbon
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library "[[@TEST_NAME]]";
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class D {
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// CHECK:STDERR: fail_dot_self_method_return_type.carbon:[[@LINE+4]]:13: error: name `.Self` not found [NameNotFound]
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// CHECK:STDERR: fn G() -> .Self { return Self; }
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// CHECK:STDERR: ^~~~~
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// CHECK:STDERR:
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fn G() -> .Self { return Self; }
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}
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// --- fail_impls_constraint_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {}
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// CHECK:STDERR: fail_impls_constraint_does_not_constrain_self.carbon:[[@LINE+4]]:38: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(U:! type, unused T:! type where U impls I) {}
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// CHECK:STDERR: ^~~~~~~~~
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// CHECK:STDERR:
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fn F(U:! type, unused T:! type where U impls I) {}
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// --- fail_equality_constraint_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let X:! type;
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}
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// CHECK:STDERR: fail_equality_constraint_does_not_constrain_self.carbon:[[@LINE+4]]:35: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(U:! I, unused T:! type where U.X == ()) {}
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// CHECK:STDERR: ^~~~~~~~~
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// CHECK:STDERR:
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fn F(U:! I, unused T:! type where U.X == ()) {}
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// --- fail_combined_constraint_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let X:! type;
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}
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// CHECK:STDERR: fail_combined_constraint_does_not_constrain_self.carbon:[[@LINE+8]]:35: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(U:! I, unused T:! type where U impls I and U.X == ()) {}
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// CHECK:STDERR: ^~~~~~~~~
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// CHECK:STDERR:
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// CHECK:STDERR: fail_combined_constraint_does_not_constrain_self.carbon:[[@LINE+4]]:49: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(U:! I, unused T:! type where U impls I and U.X == ()) {}
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// CHECK:STDERR: ^~~~~~~~~
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// CHECK:STDERR:
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fn F(U:! I, unused T:! type where U impls I and U.X == ()) {}
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// --- impls_constraint_does_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I(T:! type) {}
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class C(T:! type);
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fn F(unused T:! type where C(.Self) impls I(())) {}
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fn G(unused T:! type where C(()) impls I(.Self)) {}
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// --- fail_impls_with_nested_facet_type_with_rewrite_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let I1:! type;
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}
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class C;
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// The `.I1` satisfies constraining the "current type" of the inner nested facet
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// type `I where ...`. But it does not constrain the current type of the outer
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// facet type `type where...`. We should not consider the designator in the
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// nested where expression as making the `C impls ...` constraint valid.
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// CHECK:STDERR: fail_impls_with_nested_facet_type_with_rewrite_does_not_constrain_self.carbon:[[@LINE+4]]:29: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F1(unused T:! type where C impls (I where .I1 = C)) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F1(unused T:! type where C impls (I where .I1 = C)) {}
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// --- fail_impls_with_nested_facet_type_with_equiv_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let I1:! type;
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}
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class C;
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// The `.I1` satisfies constraining the "current type" of the inner nested facet
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// type `I where ...`. But it does not constrain the current type of the outer
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// facet type `type where...`. We should not consider the designator in the
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// nested where expression as making the `C impls ...` constraint valid.
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// CHECK:STDERR: fail_impls_with_nested_facet_type_with_equiv_does_not_constrain_self.carbon:[[@LINE+4]]:29: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F2(unused T:! type where C impls (I where .I1 == C)) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F2(unused T:! type where C impls (I where .I1 == C)) {}
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// --- fail_impls_with_nested_facet_type_with_impls_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let I1:! type;
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}
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interface J(T:! type) {}
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class C;
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// The `.I1` satisfies constraining the "current type" of the inner nested facet
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// type `I where ...`. But it does not constrain the current type of the outer
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// facet type `type where...`. We should not consider the designator in the
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// nested where expression as making the `C impls ...` constraint valid.
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// CHECK:STDERR: fail_impls_with_nested_facet_type_with_impls_does_not_constrain_self.carbon:[[@LINE+4]]:29: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F3(unused T:! type where C impls (I where .I1 impls J(.Self))) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F3(unused T:! type where C impls (I where .I1 impls J(.Self))) {}
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// --- fail_equiv_with_nested_facet_type_with_rewrite_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let I1:! type;
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}
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class C;
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// The `.I1` satisfies constraining the "current type" of the inner nested facet
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// type `I where ...`. But it does not constrain the current type of the outer
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// facet type `I where...`. We should not consider the designator in the nested
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// where expression as making the `C impls ...` constraint valid.
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// CHECK:STDERR: fail_equiv_with_nested_facet_type_with_rewrite_does_not_constrain_self.carbon:[[@LINE+4]]:28: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(unused T:! type where C == (I where .I1 = C)) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F(unused T:! type where C == (I where .I1 = C)) {}
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// --- fail_equiv_with_nested_facet_type_with_equiv_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let I1:! type;
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}
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class C;
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// The `.I1` satisfies constraining the "current type" of the inner nested facet
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// type `I where ...`. But it does not constrain the current type of the outer
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// facet type `I where...`. We should not consider the designator in the nested
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// where expression as making the `C impls ...` constraint valid.
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// CHECK:STDERR: fail_equiv_with_nested_facet_type_with_equiv_does_not_constrain_self.carbon:[[@LINE+4]]:28: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(unused T:! type where C == (I where .I1 == C)) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F(unused T:! type where C == (I where .I1 == C)) {}
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// --- fail_equiv_with_nested_facet_type_with_impls_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let I1:! type;
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}
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interface J(T:! type) {}
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class C;
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// The `.I1` satisfies constraining the "current type" of the inner nested facet
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// type `I where ...`. But it does not constrain the current type of the outer
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// facet type `I where...`. We should not consider the designator in the nested
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// where expression as making the `C impls ...` constraint valid.
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// CHECK:STDERR: fail_equiv_with_nested_facet_type_with_impls_does_not_constrain_self.carbon:[[@LINE+4]]:28: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(unused T:! type where C == (I where .I1 impls J(.Self))) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F(unused T:! type where C == (I where .I1 impls J(.Self))) {}
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// --- fail_impls_with_nested_facet_type_does_not_constrain_self.carbon
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library "[[@TEST_NAME]]";
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interface I {
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let I1:! type;
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}
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interface J(T:! type) {}
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class C;
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// The `.I1` satisfies constraining the "current type" of the inner nested facet
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// type `I where ...`. But it does not constrain the current type of the outer
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// facet type `I where...`. We should not consider the designator in the nested
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// where expression as making the `(I where ...) impls ...` constraint valid.
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// CHECK:STDERR: fail_impls_with_nested_facet_type_does_not_constrain_self.carbon:[[@LINE+4]]:28: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(unused T:! type where (I where .I1 impls J(.Self)) impls I) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F(unused T:! type where (I where .I1 impls J(.Self)) impls I) {}
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// --- fail_where_without_designator_in_one_equiv_constraint.carbon
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library "[[@TEST_NAME]]";
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interface I {}
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interface J(T:! type) {}
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class A(T:! type);
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class B;
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class C;
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// CHECK:STDERR: fail_where_without_designator_in_one_equiv_constraint.carbon:[[@LINE+4]]:46: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(unused T:! type where A(.Self) == B and A(B) == B) {}
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// CHECK:STDERR: ^~~~~~~~~
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// CHECK:STDERR:
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fn F(unused T:! type where A(.Self) == B and A(B) == B) {}
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interface Z {
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let Z0:! type;
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}
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// CHECK:STDERR: fail_where_without_designator_in_one_equiv_constraint.carbon:[[@LINE+4]]:41: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn G(unused T:! Z where A(.Z0) == B and A(B) == B) {}
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// CHECK:STDERR: ^~~~~~~~~
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// CHECK:STDERR:
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fn G(unused T:! Z where A(.Z0) == B and A(B) == B) {}
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// --- fail_where_without_designator_in_one_impls_interface.carbon
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library "[[@TEST_NAME]]";
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interface I {}
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interface J(T:! type) {}
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class C;
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// CHECK:STDERR: fail_where_without_designator_in_one_impls_interface.carbon:[[@LINE+4]]:28: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(unused T:! type where C impls (I & J(.Self))) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F(unused T:! type where C impls (I & J(.Self))) {}
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interface Z {
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let Z0:! type;
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}
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// CHECK:STDERR: fail_where_without_designator_in_one_impls_interface.carbon:[[@LINE+4]]:25: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn G(unused T:! Z where C impls (I & J(.Z0))) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn G(unused T:! Z where C impls (I & J(.Z0))) {}
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// --- fail_where_without_designator_in_one_impls_named_constraint.carbon
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library "[[@TEST_NAME]]";
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constraint I {}
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constraint J(T:! type) {}
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class C;
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// CHECK:STDERR: fail_where_without_designator_in_one_impls_named_constraint.carbon:[[@LINE+4]]:28: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn F(unused T:! type where C impls (I & J(.Self))) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn F(unused T:! type where C impls (I & J(.Self))) {}
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interface Z {
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let Z0:! type;
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}
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// CHECK:STDERR: fail_where_without_designator_in_one_impls_named_constraint.carbon:[[@LINE+4]]:25: error: constraint in `where` clause without a designator; expected `.Self` or a member access like `.M` [WhereWithoutDesignator]
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// CHECK:STDERR: fn G(unused T:! Z where C impls (I & J(.Z0))) {}
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// CHECK:STDERR: ^~~~~~~~~~~~~~~~~~~~
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// CHECK:STDERR:
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fn G(unused T:! Z where C impls (I & J(.Z0))) {}
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// CHECK:STDOUT: --- success.carbon
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// CHECK:STDOUT:
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// CHECK:STDOUT: constants {
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// CHECK:STDOUT: %I.type: type = facet_type <@I> [concrete]
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// CHECK:STDOUT: %I.assoc_type: type = assoc_entity_type @I [concrete]
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// CHECK:STDOUT: %assoc0: %I.assoc_type = assoc_entity element0, @I.WithSelf.%Member [concrete]
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// CHECK:STDOUT: %type: type = facet_type <type> [concrete]
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// CHECK:STDOUT: %.Self.c39: %type = symbolic_binding .Self [symbolic_self]
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// CHECK:STDOUT: %.Self.9e9: %I.type = symbolic_binding .Self [symbolic_self]
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// CHECK:STDOUT: %empty_tuple.type: type = tuple_type () [concrete]
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// CHECK:STDOUT: %empty_tuple: %empty_tuple.type = tuple_value () [concrete]
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// CHECK:STDOUT: %I_where.type: type = facet_type <@I where TODO> [concrete]
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// CHECK:STDOUT: %pattern_type.603: type = pattern_type %I_where.type [concrete]
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// CHECK:STDOUT: %T: %I_where.type = symbolic_binding T, 0 [symbolic]
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// CHECK:STDOUT: %PeriodSelf.type: type = fn_type @PeriodSelf [concrete]
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// CHECK:STDOUT: %PeriodSelf: %PeriodSelf.type = struct_value () [concrete]
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// CHECK:STDOUT: %.Self.as_type.a2f: type = facet_access_type %.Self.9e9 [symbolic_self]
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// CHECK:STDOUT: %I.lookup_impl_witness: <witness> = lookup_impl_witness %.Self.9e9, @I [symbolic_self]
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// CHECK:STDOUT: %impl.elem0: type = impl_witness_access %I.lookup_impl_witness, element0 [symbolic_self]
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// CHECK:STDOUT: %U: %I_where.type = symbolic_binding U, 0 [symbolic]
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// CHECK:STDOUT: %PeriodMember.type: type = fn_type @PeriodMember [concrete]
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// CHECK:STDOUT: %PeriodMember: %PeriodMember.type = struct_value () [concrete]
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// CHECK:STDOUT: %.Self.as_type.246: type = facet_access_type %.Self.c39 [symbolic_self]
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// CHECK:STDOUT: %type_where: type = facet_type <type where .Self impls @I> [concrete]
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// CHECK:STDOUT: %pattern_type.951: type = pattern_type %type_where [concrete]
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// CHECK:STDOUT: %V: %type_where = symbolic_binding V, 0 [symbolic]
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// CHECK:STDOUT: %TypeSelfImpls.type: type = fn_type @TypeSelfImpls [concrete]
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// CHECK:STDOUT: %TypeSelfImpls: %TypeSelfImpls.type = struct_value () [concrete]
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// CHECK:STDOUT: }
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// CHECK:STDOUT:
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// CHECK:STDOUT: file {
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// CHECK:STDOUT: %PeriodSelf.decl: %PeriodSelf.type = fn_decl @PeriodSelf [concrete = constants.%PeriodSelf] {
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// CHECK:STDOUT: %T.patt: %pattern_type.603 = symbolic_binding_pattern T, 0 [concrete]
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// CHECK:STDOUT: } {
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// CHECK:STDOUT: %.loc9_21.1: type = splice_block %.loc9_21.2 [concrete = constants.%I_where.type] {
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// CHECK:STDOUT: %.Self.loc9_16: %type = symbolic_binding .Self [symbolic_self = constants.%.Self.c39]
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// CHECK:STDOUT: %I.ref: type = name_ref I, file.%I.decl [concrete = constants.%I.type]
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// CHECK:STDOUT: %.Self.loc9_21: %I.type = symbolic_binding .Self [symbolic_self = constants.%.Self.9e9]
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// CHECK:STDOUT: %.Self.ref: %I.type = name_ref .Self, %.Self.loc9_21 [symbolic_self = constants.%.Self.9e9]
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// CHECK:STDOUT: %.loc9_37: %empty_tuple.type = tuple_literal () [concrete = constants.%empty_tuple]
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// CHECK:STDOUT: %.loc9_21.2: type = where_expr [concrete = constants.%I_where.type] {
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// CHECK:STDOUT: requirement_base_facet_type %I.ref
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// CHECK:STDOUT: requirement_equivalent %.Self.ref, %.loc9_37
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// CHECK:STDOUT: }
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// CHECK:STDOUT: }
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// CHECK:STDOUT: %T.loc9_16.2: %I_where.type = symbolic_binding T, 0 [symbolic = %T.loc9_16.1 (constants.%T)]
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// CHECK:STDOUT: }
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// CHECK:STDOUT: %PeriodMember.decl: %PeriodMember.type = fn_decl @PeriodMember [concrete = constants.%PeriodMember] {
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// CHECK:STDOUT: %U.patt: %pattern_type.603 = symbolic_binding_pattern U, 0 [concrete]
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// CHECK:STDOUT: } {
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// CHECK:STDOUT: %.loc11_23.1: type = splice_block %.loc11_23.2 [concrete = constants.%I_where.type] {
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// CHECK:STDOUT: %.Self.loc11_18: %type = symbolic_binding .Self [symbolic_self = constants.%.Self.c39]
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// CHECK:STDOUT: %I.ref: type = name_ref I, file.%I.decl [concrete = constants.%I.type]
|
|
// CHECK:STDOUT: %.Self.loc11_23: %I.type = symbolic_binding .Self [symbolic_self = constants.%.Self.9e9]
|
|
// CHECK:STDOUT: %.Self.ref: %I.type = name_ref .Self, %.Self.loc11_23 [symbolic_self = constants.%.Self.9e9]
|
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// CHECK:STDOUT: %.Self.as_type: type = facet_access_type %.Self.ref [symbolic_self = constants.%.Self.as_type.a2f]
|
|
// CHECK:STDOUT: %.loc11_29: type = converted %.Self.ref, %.Self.as_type [symbolic_self = constants.%.Self.as_type.a2f]
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// CHECK:STDOUT: %Member.ref: %I.assoc_type = name_ref Member, @Member.%assoc0 [concrete = constants.%assoc0]
|
|
// CHECK:STDOUT: %impl.elem0: type = impl_witness_access constants.%I.lookup_impl_witness, element0 [symbolic_self = constants.%impl.elem0]
|
|
// CHECK:STDOUT: %.loc11_41: %empty_tuple.type = tuple_literal () [concrete = constants.%empty_tuple]
|
|
// CHECK:STDOUT: %.loc11_23.2: type = where_expr [concrete = constants.%I_where.type] {
|
|
// CHECK:STDOUT: requirement_base_facet_type %I.ref
|
|
// CHECK:STDOUT: requirement_equivalent %impl.elem0, %.loc11_41
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT: %U.loc11_18.2: %I_where.type = symbolic_binding U, 0 [symbolic = %U.loc11_18.1 (constants.%U)]
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT: %TypeSelfImpls.decl: %TypeSelfImpls.type = fn_decl @TypeSelfImpls [concrete = constants.%TypeSelfImpls] {
|
|
// CHECK:STDOUT: %V.patt: %pattern_type.951 = symbolic_binding_pattern V, 0 [concrete]
|
|
// CHECK:STDOUT: } {
|
|
// CHECK:STDOUT: %.loc13_27.1: type = splice_block %.loc13_27.2 [concrete = constants.%type_where] {
|
|
// CHECK:STDOUT: %.Self.loc13_19: %type = symbolic_binding .Self [symbolic_self = constants.%.Self.c39]
|
|
// CHECK:STDOUT: %.loc13_22: type = type_literal type [concrete = type]
|
|
// CHECK:STDOUT: %.Self.loc13_27: %type = symbolic_binding .Self [symbolic_self = constants.%.Self.c39]
|
|
// CHECK:STDOUT: %.Self.ref: %type = name_ref .Self, %.Self.loc13_27 [symbolic_self = constants.%.Self.c39]
|
|
// CHECK:STDOUT: %I.ref: type = name_ref I, file.%I.decl [concrete = constants.%I.type]
|
|
// CHECK:STDOUT: %.Self.as_type: type = facet_access_type %.Self.ref [symbolic_self = constants.%.Self.as_type.246]
|
|
// CHECK:STDOUT: %.loc13_33: type = converted %.Self.ref, %.Self.as_type [symbolic_self = constants.%.Self.as_type.246]
|
|
// CHECK:STDOUT: %.loc13_27.2: type = where_expr [concrete = constants.%type_where] {
|
|
// CHECK:STDOUT: requirement_base_facet_type %.loc13_22
|
|
// CHECK:STDOUT: requirement_impls %.loc13_33, %I.ref
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT: %V.loc13_19.2: %type_where = symbolic_binding V, 0 [symbolic = %V.loc13_19.1 (constants.%V)]
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: generic fn @PeriodSelf(%T.loc9_16.2: %I_where.type) {
|
|
// CHECK:STDOUT: %T.loc9_16.1: %I_where.type = symbolic_binding T, 0 [symbolic = %T.loc9_16.1 (constants.%T)]
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: fn();
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: generic fn @PeriodMember(%U.loc11_18.2: %I_where.type) {
|
|
// CHECK:STDOUT: %U.loc11_18.1: %I_where.type = symbolic_binding U, 0 [symbolic = %U.loc11_18.1 (constants.%U)]
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: fn();
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: generic fn @TypeSelfImpls(%V.loc13_19.2: %type_where) {
|
|
// CHECK:STDOUT: %V.loc13_19.1: %type_where = symbolic_binding V, 0 [symbolic = %V.loc13_19.1 (constants.%V)]
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: fn();
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: specific @PeriodSelf(constants.%T) {
|
|
// CHECK:STDOUT: %T.loc9_16.1 => constants.%T
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: specific @PeriodMember(constants.%U) {
|
|
// CHECK:STDOUT: %U.loc11_18.1 => constants.%U
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT:
|
|
// CHECK:STDOUT: specific @TypeSelfImpls(constants.%V) {
|
|
// CHECK:STDOUT: %V.loc13_19.1 => constants.%V
|
|
// CHECK:STDOUT: }
|
|
// CHECK:STDOUT:
|