* [runtime] Clean up symbols in error machinery.
* [runtime] Clean up symbols in Foundation overlay.
* [runtime] Clean up symbols in collections and hashing.
* [runtime] Remove symbol controls from the Linux definition of swift_allocError.
* [tests] Add more stub functions for tests that link directly to the runtime.
This adds the swift include path manually to the builds for the stubs
and the runtime. This has no impact for the build currently. However,
adding the additional include directory will enable a standalone build
for the stdlib.
String's hashValue function is implemented in terms of Foundation's hash
function in a runtime function on darwin platforms. For non-ASCII strings we
will call str.decomposedStringWithCanonicalMapping inside this runtime function
which will allocate a new NSString and return the result in the current
autorelease pool. We implemented this function in a file compiled without ARC.
This meant that we would leak said NSString into the current active autorelease
pool.
This patch moves the implementation to a file compiled with ARC. ARC will insert
objc_retainAutoreleasedReturnValue call and on platforms that require it an
marker for the hand-off of the autoreleased return value optimization.
SR-4889
rdar://32199117
Windows x86 requires that the TLS destructor callback uses the "stdcall"
calling convention. Provide a shim which will adjust the calling
convention and call back into the swift portion of the code code with
the expected calling convention.
Force the autolinking on Windows and Darwin as both have mechanisms to
support this. ELFish targets are unfortunately not supported yet as
there is no portable mechanism to do this.
Remove the unnecessary handling of specific targets. Always perform the
cast as it adds no overhead and will always be correct (worst case is
that the type is cast to itself). This simplifies the logic.
Move the forward declarations to avoid inclusion to the same location as
the inclusion.
Rename the explicit `pthread` to `thread` to indicate that this is not
`pthread` specifically. This allows us to implement the TLS support for
Windows using Fibers.
* Unify the capitalization across all user-visible error messages (fatal errors, assertion failures, precondition failures) produced by the runtime, standard library and the compiler.
* Update some more tests to the new expectations.
ICU headers prefer use of `char16_t` instead of `uint16_t` for `UChar` in C++, where it is treated as a distinct type. This fixes associated warnings and errors.
Use the KeyPath implementation's new support for instantiating and dealing with captures to lower the generic context required to dispatch computed accessors with dependent generics.
* IRGen: EmptyBoxType's representation cannot be nil because of a conflict with extra inhabitant assumption in indirect enums
We map nil to the .None case of Optional. Instead use a singleton object.
SR-5148
rdar://32618580
Programs using a statically linked build of the standard library need
to explicitly link against icucore. There are various potential
hacks^Wsolutions to this problem, and this is an attempt at a lesser
of evils approach.
Emit a linker directive to perform autolinking against icucore on
Darwin systems. This allows us to avoid hacking the compiler driver
and propagating that hack onto any build systems that don't go through
the driver.
Avoid a dependency on ICU headers on Apple platforms, rather than rely
on corelibs-foundation being checked out. This simplifies the
dependencies and unblocks build bots.
Adds in Linux platform support for our pthread TLS. Replace usage of
PTHREAD_KEYS_MAX with a sentinel value, as it's tricky to define
cross-platform and was only lightly used inside sanity checks.
Introduce shims for using UBreakIterators from ICU. Also introduce
shims for using thread local storage via pthreads.
We will be relying on ICU and UBreakIterators for grapheme
breaking. But, UBreakIterators are very expensive to create,
especially for the way we do grapheme breaking, which is relatively
stateless. Thus, we will stash one or more into thread local storage
and reset it as needed.
Note: Currently, pthread_key_t is hard coded for a single platform
(Darwin), but I have a static_assert alongside directions on how to
adapt it to any future platforms who differ in key type.
Adds in Linux platform support for our pthread TLS. Replace usage of
PTHREAD_KEYS_MAX with a sentinel value, as it's tricky to define
cross-platform and was only lightly used inside sanity checks.
Introduce shims for using UBreakIterators from ICU. Also introduce
shims for using thread local storage via pthreads.
We will be relying on ICU and UBreakIterators for grapheme
breaking. But, UBreakIterators are very expensive to create,
especially for the way we do grapheme breaking, which is relatively
stateless. Thus, we will stash one or more into thread local storage
and reset it as needed.
Note: Currently, pthread_key_t is hard coded for a single platform
(Darwin), but I have a static_assert alongside directions on how to
adapt it to any future platforms who differ in key type.
