mirror of
https://github.com/carbon-language/carbon-lang.git
synced 2026-10-04 22:02:52 +01:00
Jon Ross-Perkins
49ba8cf3e1
Right now, the class destroy impl is incorrectly generated (first discussed [in Discord](https://discord.com/channels/655572317891461132/941071822756143115/1418614787449032826)). If we want it to be correct, deferred definition logic would need to be added, and the declaration would need to be moved inside the `class` scope (along with whatever generic logic that needs). This instead switches to a blanket impl, to avoid creating latent bugs with generating the `impl` and function body in the wrong scope. This approach uses the same blanket impl as aggregate destruction that was added by #6098. The intent here is to allow progress on other parts of `Destroy`. For example, under this model the implementation of the function body could be done as part of lowering the specific.
90 lines
4.3 KiB
Plaintext
90 lines
4.3 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/full.carbon
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// TODO: Add ranges and switch to "--dump-sem-ir-ranges=only".
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// EXTRA-ARGS: --dump-sem-ir-ranges=if-present
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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/operators/overloaded/mod.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/operators/overloaded/mod.carbon
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// This file was generated from binary_op.carbon.tmpl. Run make_tests.sh to regenerate.
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package User;
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class C {};
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impl C as Core.ModWith(C) where .Result = C {
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fn Op[self: C](other: C) -> C {
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return {};
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}
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}
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impl C as Core.ModAssignWith(C) {
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fn Op[addr self: C*](other: C) {}
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}
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fn TestOp(a: C, b: C) -> C {
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//@dump-sem-ir-begin
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return a % b;
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//@dump-sem-ir-end
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}
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fn TestAssign(a: C*, b: C) {
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//@dump-sem-ir-begin
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*a %= b;
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//@dump-sem-ir-end
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}
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// CHECK:STDOUT: --- mod.carbon
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// CHECK:STDOUT:
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// CHECK:STDOUT: constants {
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// CHECK:STDOUT: %C: type = class_type @C [concrete]
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// CHECK:STDOUT: %empty_tuple.type: type = tuple_type () [concrete]
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// CHECK:STDOUT: %ModWith.type.a0d: type = facet_type <@ModWith, @ModWith(%C)> [concrete]
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// CHECK:STDOUT: %ModWith.Op.type.140: type = fn_type @ModWith.Op, @ModWith(%C) [concrete]
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// CHECK:STDOUT: %ModWith.impl_witness: <witness> = impl_witness file.%ModWith.impl_witness_table [concrete]
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// CHECK:STDOUT: %C.as.ModWith.impl.Op.type: type = fn_type @C.as.ModWith.impl.Op [concrete]
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// CHECK:STDOUT: %C.as.ModWith.impl.Op: %C.as.ModWith.impl.Op.type = struct_value () [concrete]
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// CHECK:STDOUT: %ModWith.facet: %ModWith.type.a0d = facet_value %C, (%ModWith.impl_witness) [concrete]
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// CHECK:STDOUT: %ModAssignWith.type.444: type = facet_type <@ModAssignWith, @ModAssignWith(%C)> [concrete]
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// CHECK:STDOUT: %ModAssignWith.Op.type.dd0: type = fn_type @ModAssignWith.Op, @ModAssignWith(%C) [concrete]
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// CHECK:STDOUT: %ModAssignWith.impl_witness: <witness> = impl_witness file.%ModAssignWith.impl_witness_table [concrete]
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// CHECK:STDOUT: %ptr.019: type = ptr_type %C [concrete]
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// CHECK:STDOUT: %C.as.ModAssignWith.impl.Op.type: type = fn_type @C.as.ModAssignWith.impl.Op [concrete]
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// CHECK:STDOUT: %C.as.ModAssignWith.impl.Op: %C.as.ModAssignWith.impl.Op.type = struct_value () [concrete]
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// CHECK:STDOUT: %ModAssignWith.facet: %ModAssignWith.type.444 = facet_value %C, (%ModAssignWith.impl_witness) [concrete]
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// CHECK:STDOUT: %.f86: type = fn_type_with_self_type %ModWith.Op.type.140, %ModWith.facet [concrete]
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// CHECK:STDOUT: %.a3f: type = fn_type_with_self_type %ModAssignWith.Op.type.dd0, %ModAssignWith.facet [concrete]
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// CHECK:STDOUT: }
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// CHECK:STDOUT:
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// CHECK:STDOUT: imports {
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// CHECK:STDOUT: }
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// CHECK:STDOUT:
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// CHECK:STDOUT: fn @TestOp(%a.param: %C, %b.param: %C) -> %return.param: %C {
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// CHECK:STDOUT: !entry:
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// CHECK:STDOUT: %a.ref: %C = name_ref a, %a
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// CHECK:STDOUT: %b.ref: %C = name_ref b, %b
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// CHECK:STDOUT: %impl.elem1: %.f86 = impl_witness_access constants.%ModWith.impl_witness, element1 [concrete = constants.%C.as.ModWith.impl.Op]
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// CHECK:STDOUT: %bound_method: <bound method> = bound_method %a.ref, %impl.elem1
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// CHECK:STDOUT: <elided>
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// CHECK:STDOUT: %C.as.ModWith.impl.Op.call: init %C = call %bound_method(%a.ref, %b.ref) to %.loc30
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// CHECK:STDOUT: return %C.as.ModWith.impl.Op.call to %return
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// CHECK:STDOUT: }
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// CHECK:STDOUT:
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// CHECK:STDOUT: fn @TestAssign(%a.param: %ptr.019, %b.param: %C) {
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// CHECK:STDOUT: !entry:
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// CHECK:STDOUT: %a.ref: %ptr.019 = name_ref a, %a
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// CHECK:STDOUT: %.loc38: ref %C = deref %a.ref
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// CHECK:STDOUT: %b.ref: %C = name_ref b, %b
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// CHECK:STDOUT: %impl.elem0: %.a3f = impl_witness_access constants.%ModAssignWith.impl_witness, element0 [concrete = constants.%C.as.ModAssignWith.impl.Op]
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// CHECK:STDOUT: %bound_method: <bound method> = bound_method %.loc38, %impl.elem0
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// CHECK:STDOUT: %addr: %ptr.019 = addr_of %.loc38
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// CHECK:STDOUT: %C.as.ModAssignWith.impl.Op.call: init %empty_tuple.type = call %bound_method(%addr, %b.ref)
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// CHECK:STDOUT: <elided>
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// CHECK:STDOUT: }
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// CHECK:STDOUT:
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