(to make it compatible with OSStatus) rdar://17285288
This line, and those below, will be ignored--
M stdlib/objc/Foundation/Foundation.swift
Swift SVN r20278
This effectively reverts all but the NSRange part of r20241, because
it's better to have consistent behavior across the platforms than have
this feature on just one platform.
Swift SVN r20252
NSRange, NSPoint, NSSize, and NSRect. This time, using Jordan's
suggestion for iOS portability.
Fixes <rdar://problem/16973060>
Conflicts:
stdlib/objc/Foundation/CMakeLists.txt
stdlib/objc/Foundation/Foundation.swift
Swift SVN r20241
The only interesting bit is that for stdlib/objc to build reliably, its
.o files all need to depend on the generated swiftmodule files for any
of its library dependencies. It looks like cmake treats
target_link_libraries as only implying a dependency between the
resulting libraries, and not the objects. For now, I've achieved this
by making the objects depend on the whole target (which includes
linking), but only the swiftmodule is actually necessary.
Swift SVN r20240
There's no meaningful way in which these methods are public, since they
can't be accessed through any value of the type
<rdar://problem/17647878>
Swift SVN r20224
.apinotes files provide API annotations alongside the Swift overlays
for Objective-C modules, and will be handled by the Clang
importer. Start generating these files from the current in-compiler
source (KnownObjCMethods.def).
The eventual goal is to switch from KnownObjCMethods.def to the
currently-being-defined textual format for API notes, and to replace
the silly swift-ide-test invocations with a Swift driver mode.
Swift SVN r20085
Now that Swift has an access control model, we need to apply it to the XCTest overlay.
This is handy in that it lets us hide some implementation details of the overlay.
Addresses <rdar://problem/17653535>.
Swift SVN r19989
enforce its own little constraints. The type checker isn't using it for
anything, and it is just clutter.
This resolves <rdar://problem/16656024> Remove @assignment from operator implementations
Swift SVN r19960
eliminating the @'s from them when used on func's. This is progress towards
<rdar://problem/17527000> change operator declarations from "operator prefix" to "prefix operator" & make operator a keyword
This also consolidates rejection of custom operator definitions into one
place and makes it consistent, and adds postfix "?" to the list of rejected
operators.
This also changes the demangler to demangle weak/inout/postfix and related things
without the @.
Swift SVN r19929
Mechanically add "Type" to the end of any protocol names that don't end
in "Type," "ible," or "able." Also, drop "Type" from the end of any
associated type names, except for those of the *LiteralConvertible
protocols.
There are obvious improvements to make in some of these names, which can
be handled with separate commits.
Fixes <rdar://problem/17165920> Protocols `Integer` etc should get
uglier names.
Swift SVN r19883
native Dictionary storage and adopt it if KeyType and ValueType match
exactly
This was the last missing piece to allow Dictionary to round-trip
thorough objc entrypoints of Swift methods in O(1).
Fixes rdar://17556319, partially fixes rdar://17010353
Swift SVN r19873
types to NSDictionary, perform bridging operation in O(1), and defer
bridging of the contents until the NSDictionary is accessed
There is no cache for bridged keys and values; the Swift NSDictionary
will return values with different pointer values when a given key is
repeatedly accessed.
Part of rdar://17556319
Does not fix the O(N) performance of objc thunks, because Dictionary is
not recognizing its own native storage when bridging from Objective-C.
This tracked by rdar://17010353
Swift SVN r19853
1) Add an ObjCObject disposition that tells us this Mirror is reflecting upon an ObjC-imported type
2) Change the default summary of _ClassMirror and _StructMirror to be the mangled typename, with no children count
Swift SVN r19817
ArrayBuffer
ArrayBufferType
ContiguousArrayBuffer
ContiguousArrayStorage
IndirectArrayBuffer
SliceBuffer
Unfortunately, can not remove 'public' from them since they are used by
Foundation overlay in bridging code.
Swift SVN r19810
However, a view can ask to be redrawn by setting its needsDisplay flag to true
When this happens in a playground, the
self.needsDisplay = true line
forces the view to be logged - logging the view forces it to be redrawn, and unless there's a way out that does not force-redraw, this ends up being an endless loop & of course at some point we run out of stack, and "random" crashes ensue
Add a set of views currently being logged and add/remove views as needed to ensure we don't try to actively log the same view twice
Since UI drawing can only happen on the main thread, if you try to concurrently log views from different threads, you already have a problem, so this can be treated as a single-threaded problem
Fixes <rdar://problem/17027976>
Swift SVN r19730
Introduce the new BooleanLiteralConvertible protocol for Boolean
literals. Take "true" and "false" as real keywords (which is most of the
reason for the testsuite churn). Make Bool BooleanLiteralConvertible
and the default Boolean literal type, and ObjCBool
BooleanLiteralConvertible. Fixes <rdar://problem/17405310> and the
recent regression that made ObjCBool not work with true/false.
Swift SVN r19728
When asking XCTest to generate format strings for assertions, pass the
requested index + 100 to ask XCTest to generate a string without space
for the expressions themselves, and don't bother passing them either
(since the overlay isn't actually generating stringified expressons).
Addresses <rdar://problem/17597526>.
Swift SVN r19712
There's a regression here because we can no longer use "true" or
"false" with ObjCBool. We'll get that back when true and false become
literals.
Swift SVN r19694
CGFloat is 32-bit on 32-bit architectures and 64-bit on 64-bit
architectures for historical reasons. Rather than having it alias
either Float (32-bit) or Double (64-bit), introduce a distinct struct
type for CGFloat. CGFloat provides a complete set of comparisons and
arithmetic operators (including tgmath functions), initializers allows
explicit conversion between it an Int, UInt, Float, and Double, as
well as conforming to all of the protocols that Float/Double do.
This formulation of CGFloat makes use of CGFloat
architecture-independent, although it still requires a number of casts.
Fixes <rdar://problem/17224725>
Swift SVN r19689
