This patch goes through and adds zippering and the swift module
dependencies to a bunch of pieces of the swift runtimes. Here's to
hoping I hit everything that needed to be hit. :D
With this patch, I'm seeing the appropriate modules under
lib/swift/maccatalyst, so things seem to be working right.
When SwiftGlibc.h was added in #32404, no cmake code was added to copy it to the
static resources. Copy it along with glibc.modulemap, which references it.
This macro was previously substituted when generating `glibc.modulemap` file during the compiler build. Now Swift detects the location of Glibc dynamically and injects `glibc.modulemap` into it using LLVM VFS. The last usage of `GLIBC_INCLUDE_PATH` was removed in `78c0540b`.
This also removes `SWIFT_SDK_${sdk}_ARCH_${arch}_LIBC_INCLUDE_DIRECTORY` which doesn't have any usages left.
This improves portability of the Swift toolchains by removing a usage of absolute path to Glibc.
The Glibc modulemap is now injected into the Glibc include path using LLVM VFS, so it can reference Glibc headers using relative paths. This already works for other Glibc headers (e.g. `assert.h`)
Add some of the x* headers to the c++ module. These are included
multiply and so we create private modules for them rather than
associate them with a different module which could cause issues
in practice due to intra-module dependencies.
`assert.h` is missing from the modulemap, which causes clang to consider `assert.h` to be a part of the first module to include it. This causes issues in SwiftCompilerSources when we try to use classes coming from LLVM headers on Linux.
Restructure the `visualc` module into `vcruntime` in order to help
expose the various components (SAL, vcruntime, ucrt, corecrt, STL) for C++
modularization. Include the `stdint.h` textually to deal with
redefinition of types in clang resources and MSVC.
Correct the header spelling for the ssse3 module. The suffix was
incorrect which was ignored as a result. This was identified by the
`modularize` tool from clang-tools-extras.
This introduces the `_visualc_intrinsics` module, which is the MSVC
analogue to `_Builtin_intrinsics` from clang. This is needed for the
ARM64 SDK build which will attempt to use the neon intrinsics during the
build.
Clean up the submodules in visualc to not export all imported modules.
The one special case is `vcruntime` which re-exports `SAL` due to a
dependency in the headers. The import of `visualc` however will
re-export all submodules to keep the current behaviour. This is
required to get the ARM64 SDK building on newer MSVC toolsets.
* [WIP] Initial draft at v2 Clock/Instant/Duration
* Ensure the literal types for _DoubleWide are able to be at least 64 bits on 32 bit platforms
* static cast timespec members to long
* Remove runtime exports from clock functions
* Export clock functions in implementations as they are in headers
* Clean up internal properties by adding leading underscores, refine availability to a TBD marker macro, and break at 80 lines to match style
* Shift operators to concrete Instant types to avoid complexity in solver resolution
* Adjust diagnostic note and error expectation of ambiguities to reflect new potential solver (perhaps incorrect) solutions
* Update stdlib/public/Concurrency/TaskSleep.swift
Co-authored-by: Karoy Lorentey <klorentey@apple.com>
* [stdlib][NFC] Remove trailing whitespace
* [stdlib] Remove _DoubleWidth from stdlib's ABI
* [stdlib] Strip downd _DoubleWidth to _[U]Int128
* Additional adjustments to diagnostic notes and errors expectation of ambiguities to reflect new potential solver (perhaps incorrect) solutions
* Disable type checker performance validation for operator overload inferences (rdar://33958047)
* Decorate Duration, DurationProtocol, Instant and clocks with @available(SwiftStdlib 9999, *)
* Restore diagnostic ambiguity test assertion (due to availability)
* Add a rough attempt at implementing time accessors on win32
* Remove unused clock id, rename SPI for swift clock ids and correct a few more missing availabilities
* remove obsolete case of realtime clock for dispatch after callout
* Use the default implementation of ~ for Int128 and UInt128
* Ensure diagnostic ambiguitiy applies evenly to all platforms and their resolved types
* Restore the simd vector build modifications (merge damage)
* Update to latest naming results for Instant.Duration
* Updates to latest proposal initializers and accessors and adjust encoding/decoding to string based serialization
* Update availability for Clock/Instant/Duration methods and types to be 5.7
* Correct *Clock.now to report via the correct runtime API
* Ensure the hashing of Duration is based upon the attoseconds hashing
* Avoid string based encoding and resort back to high and low bit encoding/decoding but as unkeyed
* Adjust naming of component initializer to use suffixes on parameters
* Duration decoding should use a mutable container for decoding
* fix up components initializer and decode access
* Add platform base initializers for timespec and tiemval to and from Duration
* Add some first draft documentation for standard library types Duration, DurationProtocol and InstantProtocol
* Another round of documentation prose and some drive-by availability fixes
* InstantProtocol availability should be 5.7
* Correct linux timeval creation to be Int and not Int32
Co-authored-by: Karoy Lorentey <klorentey@apple.com>
This adds the memoryapi submodule to WinSDK which isolates the memoryapi
contract. This enables additional functions such as
`QueryVirtualMemoryRegion` to now be available.
This migrates OpenBSD to use the single-header Glibc modulemap proposed
and implemented in #32404, and necessitates introducing some missing
headers for building Foundation added in #38341.
Additionally, incorporate nullability annotations in SwiftShims per
* add an option to add freestanding to the Darwin platform, so that
to get expected compile behaviours (e.g. setting the install name)
* rework testing configuration to relax assumptions about freestanding
* add a preset to test such configuration (at least for PR testing)
Addresses rdar://85465396
Unfortunately using the convenient "bootstrapping0-all", etc. custom targets does not work.
For some reason it does not cause a dependent file (like libswift's SIL.o) being rebuilt when a depenency (like swift-frontend from the previous bootstrapping stage) changes.
Instead we have to list al library- and executable-targets explicitly.
swiftDarwin and swiftOnoneSupport didn't depend on building the Swift core library.
This was a subtle bug, because the compiler just picked up the module from the SDK instead of the (still building) Swift module.
It only resulted in compiler errors if the SDK swiftinterface was too new to be parsable by the compiler.
* fix a typo which prevented linking the right bootstrapping libs
* build swiftDarwin for bootstrapping
* disable COW checks if built with bootstrapping-with-hostlibs
* Not implementing POSIXError for a given platform is not a blocking
problem to getting a successful build of Swift. However, it is
part of the validation tests (albeit locked behind REQUIRES) and is
referenced when building Foundation. Implement by forklifting from
`sys/errno.h`.
* Some Foundation class implementations require some missing includes in
the platform modulemap. Add these.
This adds a missing link directive to the ComCtl32 module. This allows
use of the module without requiring the user to explicitly add the
linked library to the target when building code against this module.
The debug header is used for enumeration of certain DXGI interfaces
related to debugging of the pipeline. Add this to gain access to the
interfaces and some of the global GUIDs associated with it.
The DirectX subsystem may require access to the HLSL compiler for
building the shaders before uploading to the GPU. This is adds to the
modulemap the D3DCompiler module to get access to the compiler.
