This enables testing of other growth factors, per
<rdar://problem/17230502>. See the radar for basic performance test
results confirming (to the degree practical) that 2x growth is better
than 1.5x in our current system.
Swift SVN r18990
instead of reinterpretCasting all over the place. This should make it
easier on the ARC optimizer.
Addresses <rdar://problem/17312221>
Swift SVN r18954
Sorting was a bit of a mess; we had sort functions doing in-place
mutation /and/ returing the value, and people were confused by the
asymmetry of Array's sort() method with other higher-level methods.
Fixes <rdar://problem/17185815> sort([]T, f) mutates the original array
<rdar://problem/17225190> The Array.sort() method should return a sorted array
Swift SVN r18922
This helps array append's performance by ~ 2x. The generic max with a variadic
argument creates a temporary array then iterates over the array.
rdar://17140639 rdar://17073827
Swift SVN r18764
By beating the compiler into submission with a "bouncing through
non-methods" method, I have made it accept my crazed intention that
Array and friends should interoperate with all Sequences and
Collections! Filing <rdar://problem/16954833> to document the failure
of the method method.
Swift SVN r18378
This entry point is used when T is bridged verbatim and U is bridged
non-verbatim. It attempts to bridge each T from Objective-C to a U,
and returns nil if any of the elements cannot be bridged back to a U.
For now, only _convertNSArrayToArray and Array.bridgeFromObjectiveC
depend on this. It will soon be used for checked casts from, e.g.,
AnyObject[] to String[].
This is part of <rdar://problem/16952771> and general array bridging.
Swift SVN r18369
upcasts."
Reinstate "Restrict the array-bridged conversion to non-verbatim
bridging."
Reinstate "[stdlib] Fix T[].bridgeFromObjectiveC"
Reinstate "[stdlib] Fix T[].bridgeFromObjectiveC"
Reinstate "[stdlib] Move _arrayBridgedDownCast to Foundation"
Reinstate "Replace "can" with "cannot" in a message."
Reinstate "Implement support for non-verbatim T[] -> AnyObject[]
upcasts."
This reinstates commit r18291.
This reinstates commit r18290.
This reinstates commit r18288.
This reinstates commit r18287.
This reinstates commit r18286.
This reinstates commit r18293.
This reinstates commit r18283.
John fixed the issue in r18294.
Swift SVN r18299
Revert "Restrict the array-bridged conversion to non-verbatim bridging."
Revert "[stdlib] Fix T[].bridgeFromObjectiveC"
Revert "[stdlib] Fix T[].bridgeFromObjectiveC"
Revert "[stdlib] Move _arrayBridgedDownCast to Foundation"
Revert "Replace "can" with "cannot" in a message."
Revert "Implement support for non-verbatim T[] -> AnyObject[] upcasts."
This reverts commit r18291.
This reverts commit r18290.
This reverts commit r18288.
This reverts commit r18287.
This reverts commit r18286.
This reverts commit r18293.
This reverts commit r18283.
Sorry for the number of reverts, but I needed to do this many to get a clean
revert to r18283.
Swift SVN r18296
One of my recent type-checker changes starting passing all array
upcasts, including "bridged" ones like String[] -> AnyObject[],
through the library entry point _arrayUpCast, which is only meant for
class/ObjC existential types that are bridged verbatim.
Fixes part of <rdar://problem/16952238>; more cleanup to follow.
Swift SVN r18283
assert() and fatalError()
These functions are meant to be used in user code. They are enabled in debug
mode and disabled in release or fast mode.
_precondition() and _preconditionFailure()
These functions are meant to be used in library code to check preconditions at
the api boundry. They are enabled in debug mode (with a verbose message) and
release mode (trap). In fast mode they are disabled.
_debugPrecondition() and _debugPreconditionFailure()
These functions are meant to be used in library code to check preconditions that
are not neccesarily comprehensive for safety (UnsafePointer can be null or an
invalid pointer but we can't check both). They are enabled only in debug mode.
_sanityCheck() and _fatalError()
These are meant to be used for internal consistency checks. They are only
enabled when the library is build with -DSWIFT_STDLIB_INTERNAL_CHECKS=ON.
I modified the code in the standard library to the best of my judgement.
rdar://16477198
Swift SVN r18212
... unless we actually hit one of the confusing cases involving
multi-dimensional arrays (e.g., Int[]?[]), at which point one needs to
write parentheses <rdar://problem/16737035>.
Swift SVN r18181
