A lot of attributes are essentially default target configuration, and we should only differ when there's a good reason to.
For the attributes we were already setting:
- the ptrauth and target CPU/feature attributes are taken care of by Clang
- I've updated the optsize/minsize attributes to the apparent intent
- I've left the frame-pointer override in place for now
Fixes rdar://63289339, which was caused by Swift's ptrauth IR attributes getting out of sync with Clang's.
Changes I made to swift (PR #26263) for llvm cfe r366645 have caused
these tests to fail because the string attributes have changes. This
patch fixes them to use the new frame pointer elision attributes.
# Conflicts:
# test/IRGen/generic_metatypes.swift
Use the generic type lowering algorithm described in
"docs/CallingConvention.rst#physical-lowering" to map from IRGen's explosion
type to the type expected by the ABI.
Change IRGen to use the swift calling convention (swiftcc) for native swift
functions.
Use the 'swiftself' attribute on self parameters and for closures contexts.
Use the 'swifterror' parameter for swift error parameters.
Change functions in the runtime that are called as native swift functions to use
the swift calling convention.
rdar://19978563
Previously, we had hacks in place to eagerly emit everything in
the global ExternalDefinitions list. These can now be removed,
at least at the IRGen layer.
Implements SE-0055: https://github.com/apple/swift-evolution/blob/master/proposals/0055-optional-unsafe-pointers.md
- Add NULL as an extra inhabitant of Builtin.RawPointer (currently
hardcoded to 0 rather than being target-dependent).
- Import non-object pointers as Optional/IUO when nullable/null_unspecified
(like everything else).
- Change the type checker's *-to-pointer conversions to handle a layer of
optional.
- Use 'AutoreleasingUnsafeMutablePointer<NSError?>?' as the type of error
parameters exported to Objective-C.
- Drop NilLiteralConvertible conformance for all pointer types.
- Update the standard library and then all the tests.
I've decided to leave this commit only updating existing tests; any new
tests will come in the following commits. (That may mean some additional
implementation work to follow.)
The other major piece that's missing here is migration. I'm hoping we get
a lot of that with Swift 1.1's work for optional object references, but
I still need to investigate.
This reverts commit 062d14b422.
Revert "Fix a swift argument initialization bug - swift argument should be initialized"
This reverts commit 273b149583.
This breaks DebugAssert as well as REPL builds. Revert to appease the bots while i
look further.
after argc and argv are initialized. rdar://24250684
I reordered the CHECK statements in some tests to make them pass.
I tested this on Darwin and Linux.
This re-applies commit r31763 with a change to the predicate we
use for determining the linkage of a definition. It turns out we
could have definitions with a Clang body that were still public,
so instead of checking for a Clang body just check if the Clang
declaration is externally visible or not.
Swift SVN r31777
If an external SIL function has a Clang-generated body, I think this
means we have a static function, and we want to use Shared linkage,
not Public.
Add a new flag to SILFunction for this and plumb it through to
appease assertions from SILVerifier.
Swift SVN r31763
This comes up when the SIL global actually refers to a static global defined
in C. In these cases Clang may have already emitted the global with a
different type---one appropriate for Clang, but not for Swift. By the time
we get to this part of the code, we should have already rejected anything not
layout-compatible, so just do the bitcast and be done with it.
Reviewed by John.
rdar://problem/21361469
Swift SVN r29471
