TBD files contain a section reserved for obj-c classes. Previously,
TBDGen was adding symbols with this + normal globals with objc class
prefixes. This patch removes the extra globals being added.
This also accounts for this behavior for `validate-tbd-against-ir`
checking.
Resolves: rdar://101442087
Previously, dispatch thunks and method descriptors were only emitted when visiting the containing `ClassDecl`. IRGen for `#_hasSymbol` requires visiting the `FuncDecl` directly.
Now that it can be called on partial_apply instructions,
insertAfterFullEvaluation does not name what the function does. One
could imagine a function which inserted after the applies of
(non-escaping) partial_applies.
The variants are produced by SILGen when opaque values are enabled.
They are necessary because otherwise SILGen would produce
address_to_pointer of values.
They will be lowered by AddressLowering.
Specify the operand ownership of the Builtin differently depending on
whether lowered addresses are used. Handle rewriting the value version
of the builtin as the address version of the builtin in AddressLowering.
The changes for https://github.com/apple/swift/pull/59787 introduced a circular depenendcy between the SIL library and the SILGen library. I have undone this in the cheapest way possible as I don't have bandwidth to look into a more correct fix at the moment.
This ensures that when we hit IRGen, if we have a type with trivial contents, we
emit nothing and if we have a type with non-trivial contents, we just emit
recursive retain/release as appropriate.
This is the last bug holding up the buffer view prototype from Guilliume.
Added new C++-to-Swift callback for isDeinitBarrier.
And pass it CalleeAnalysis so it can depend on function effects. For
now, the argument is ignored. And, all callers just pass nullptr.
Promoted to API the mayAccessPointer component predicate of
isDeinitBarrier which needs to remain in C++. That predicate will also
depends on function effects. For that reason, it too is now passed a
BasicCalleeAnalysis and is moved into SILOptimizer.
Also, added more conservative versions of isDeinitBarrier and
maySynchronize which will never consider side-effects.
This commit begins to generate correct metadata for @_objcImplementation extensions:
• Swift-specific metadata and symbols are not generated.
• For main-class @_objcImpls, we visit the class to emit metadata, but visit the extension’s members.
• Includes both IR tests and executable tests, including coverage of same-module @objc subclasses, different-module @objc subclasses, and clang subclasses.
The test cases do not yet cover stored properties.
Instead of creating and destroying a SILProfiler
per TopLevelCodeDecl, setup a single profiler
for the top-level entry point function, and visit
all the TopLevelCodeDecls when mapping regions.
Preserve the assertions to make sure functions
and closures have bodies, but the other checks
seem redundant. SILGen already asserts that we
have a type-checked SourceFile, and we already
control what nodes we call `createProfiler` for.
For now this just wraps an ASTNode, but in the
future it will allow us to model counters
that cannot simply hang off ASTNodes, e.g
error branch counters.
