Fix bulleted list formatting in Unsafe(Mutable)Pointer.
Fix incorrect type mentions on CustomPlaygroundQuickLookable.
Use 'An' instead of 'A' before '8-bit (un)signed integer.
Fix error in Range sample code.
Fix typo in Dictionary.updateValue(_:forKey:) doc comment.
Remove extra documentation in Mirror.AncestorRepresentation.
Fix improper case for operators and methods in IntegerArithmeticType.
* Switch to calling `putchar_unlocked()` instead of `putchar()` for
actual printing. We're already locking stdout with `flockfile()`, so
there's no need for the redundant lock that `putchar()` uses.
* Add an explicit lock to the output stream in `dump()`. This means the
entire dump is printed with the lock held, which will prevent the
output of `dump()` from mixing with prints on other threads.
* Use `_debugPrint_unlocked()` instead of `debugPrint()` in
`_adHocPrint()`. The output stream is already locked while this
function is executing. Rename the function to `_adHocPrint_unlocked()`
to make this explicit.
* Use `targetStream.write()` and `_print_unlocked()` instead of
`print()` in `_dumpObject()`. This removes the redundant locking, and
also eliminates the creation of intermediate strings. Rename the
function to `_dumpObject_unlocked()` to make this explicit.
* Use `targetStream.write()`, `_print_unlocked()`, and
`_debugPrint_unlocked()` in `_dumpSuperclass()`. This removes the
redundant locking, and also eliminates the creation of intermediate
strings. Rename the function to `_dumpSuperclass_unlocked()` to make
this explicit.
* Use `_debugPrint_unlocked()` instead of `debugPrint()` in
`String.init(reflecting:)`. This shouldn't really make much of a
difference but it matches the usage of `_print_unlocked()` in
`String.init(_:)`.
The net result is that all printing is still covered under locks like
before, but stdout is never recursively locked. This should result in
slightly faster printing. In addition, `dump()` is now covered under a
single lock so it can't mix its output with prints from other threads.
These APIs are from the Swift 1.2 => Swift 2.0 transition, and are not
relevant anymore.
Removing them reduces the surface area of the library that needs to be
reviewed.
The print abi changed so that there is no longer a way to print one item to a
stream without going through a vararg array. We call the print function in a
String initializer (e.g for string interpolation) incurring unnecessary
overhead. Use an internal specialized version of print instead.
rdar://22133281
Swift SVN r31000
There's still work left to do. In terms of next steps, there's still rdar://problem/22126141, which covers removing the 'workaround' overloads for print (that prevent bogus overload resolution failures), as well as providing a decent diagnostic when users invoke print with 'appendNewline'.
Swift SVN r30976
- Remove free Swift functions for advance and distance and replace
them with protocol extension methods:
- advancedBy(n)
- advancedBy(n, limit:)
- distanceTo(end)
- Modernize the Index tests
- Use StdlibUnittest
- Test for custom implementation dispatch
Perf impact: No significant changes reported in the
Swift Performance Measurement Tool.
rdar://problem/22085119
Swift SVN r30958
...replacing it with the new, after passing API review!
* The lazy free function has become a property.
* Before we could extend protocols, we lacked a means for value types to
share implementations, and each new lazy algorithm had to be added to
each of up to four types: LazySequence, LazyForwardCollection,
LazyBidirectionalCollection, and LazyRandomAccessCollection. These
generic adapters hid the usual algorithms by defining their own
versions that returned new lazy generic adapters. Now users can extend
just one of two protocols to do the same thing: LazySequenceType or
LazyCollectionType.
* To avoid making the code duplication worse than it already was, the
generic adapters mentioned above were used to add the lazy generic
algorithms around simpler adapters such as MapSequence that just
provided the basic requirements of SequenceType by applying a
transformation to some base sequence, resulting in deeply nested
generic types as shown here. Now, MapSequence is an instance of
LazySequenceType (and is renamed LazyMapSequence), and thus transmits
laziness to its algorithms automatically.
* Documentation comments have been rewritten.
* The .array property was retired
* various renamings
* A bunch of Gyb files were retired.
Swift SVN r30902
