test/1_stdlib/UnsafePointer.swift.gyb - third_party/swift - Git at Google

 // RUN: %target-run-simple-swiftgyb
 // REQUIRES: executable_test

 import StdlibUnittest


 protocol TestProtocol1 {}

 // Check that the generic parameter is called 'Pointee'.
 #if _runtime(_ObjC)
 extension AutoreleasingUnsafeMutablePointer where Pointee : TestProtocol1 {
   var _memoryIsTestProtocol1: Bool {
     fatalError("not implemented")
   }
 }
 #endif

 extension UnsafePointer where Pointee : TestProtocol1 {
   var _memoryIsTestProtocol1: Bool {
     fatalError("not implemented")
   }
 }

 extension UnsafeMutablePointer where Pointee : TestProtocol1 {
   var _memoryIsTestProtocol1: Bool {
     fatalError("not implemented")
   }
 }

 // Check that the generic parameter is called 'Element'.
 extension UnsafeBufferPointerIterator where Element : TestProtocol1 {
   var _elementIsTestProtocol1: Bool {
     fatalError("not implemented")
   }
 }

 extension UnsafeBufferPointer where Element : TestProtocol1 {
   var _elementIsTestProtocol1: Bool {
     fatalError("not implemented")
   }
 }

 extension UnsafeMutableBufferPointer where Element : TestProtocol1 {
   var _elementIsTestProtocol1: Bool {
     fatalError("not implemented")
   }
 }

 var UnsafePointerTestSuite = TestSuite("UnsafePointer")
 var UnsafeMutablePointerTestSuite = TestSuite("UnsafeMutablePointer")
 var UnsafeRawPointerTestSuite = TestSuite("UnsafeRawPointer")
 var UnsafeMutableRawPointerTestSuite = TestSuite("UnsafeMutableRawPointer")
 var OpaquePointerTestSuite = TestSuite("OpaquePointer")

 % for (SelfName, SelfType) in [
 %         ('UnsafePointer', 'UnsafePointer<Float>'),
 %         ('UnsafeMutablePointer', 'UnsafeMutablePointer<Float>'),
 %         ('UnsafeRawPointer', 'UnsafeRawPointer'),
 %         ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:

 ${SelfName}TestSuite.test("initFromOpaquePointer") {
   let other = OpaquePointer(bitPattern: 0x12345678)!
   let ptr = ${SelfType}(other)
   expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

   let optionalOther: Optional = other
   let optionalPointer = ${SelfType}(optionalOther)
   expectNotEmpty(optionalPointer)
   expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

   let nilOther: Optional<OpaquePointer> = nil
   let nilPointer = ${SelfType}(nilOther)
   expectEmpty(nilPointer)
 }

 % end

 % for (SelfName, SelfType) in [
 %         ('UnsafeRawPointer', 'UnsafeRawPointer'),
 %         ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:
 UnsafeMutableRawPointerTestSuite.test("initFromMutating") {
   let other = UnsafeRawPointer(bitPattern: 0x12345678)!
   let ptr = UnsafeMutableRawPointer(mutating: other)
   expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

   let optionalOther: Optional = other
   let optionalPointer = UnsafeMutableRawPointer(mutating: optionalOther)
   expectNotEmpty(optionalPointer)
   expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

   let nilOther: Optional<UnsafeRawPointer> = nil
   let nilPointer = UnsafeMutableRawPointer(mutating: nilOther)
   expectEmpty(nilPointer)
 }
 % end

 % for (SelfName, SelfType) in [
 %         ('UnsafePointer', 'UnsafePointer<Float>'),
 %         ('UnsafeMutablePointer', 'UnsafeMutablePointer<Float>'),
 %         ('UnsafeRawPointer', 'UnsafeRawPointer'),
 %         ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer'),
 %         ('OpaquePointer', 'OpaquePointer')]:

 ${SelfName}TestSuite.test("convertFromNil") {
   let ptr: ${SelfType}? = nil
   expectEqual(0, unsafeBitCast(ptr, to: Int.self))
 }

 ${SelfName}TestSuite.test("initFromInteger") {
   do {
     let word: Int = 0x12345678
     let ptr = ${SelfType}(bitPattern: word)
     expectNotEmpty(ptr)
     expectEqual(word, unsafeBitCast(ptr, to: Int.self))
   }
   do {
     let uword: UInt = 0x12345678
     let ptr = ${SelfType}(bitPattern: uword)
     expectNotEmpty(ptr)
     expectEqual(uword, unsafeBitCast(ptr, to: UInt.self))
   }
 }

 ${SelfName}TestSuite.test("initFromNilBitPattern") {
   do {
     let word = unsafeBitCast(nil as ${SelfType}?, to: Int.self)
     let ptr = ${SelfType}(bitPattern: word)
     expectEmpty(ptr)
     expectEqual(word, unsafeBitCast(ptr, to: Int.self))
   }
   do {
     let uword = unsafeBitCast(nil as ${SelfType}?, to: UInt.self)
     let ptr = ${SelfType}(bitPattern: uword)
     expectEmpty(ptr)
     expectEqual(uword, unsafeBitCast(ptr, to: UInt.self))
   }
 }

 ${SelfName}TestSuite.test("Hashable") {
   let ptrs = [
     ${SelfType}(bitPattern: 0x12345678)!,
     ${SelfType}(bitPattern: 0x87654321 as UInt)!,
   ]
   for i in ptrs.indices {
     for j in ptrs.indices {
       var pi = ptrs[i]
       var pj = ptrs[j]
       checkHashable(i == j, pi, pj, "i=\(i), j=\(j)")
     }
   }
 }

 ${SelfName}TestSuite.test("toInteger") {
   do {
     let word: Int = 0x12345678
     let ptr = ${SelfType}(bitPattern: word)
     expectEqual(word, Int(bitPattern: ptr))
   }
   do {
     let ptr: ${SelfType}? = nil
     expectEqual(Int(0), Int(bitPattern: ptr))
   }
   do {
     let uword: UInt = 0x12345678
     let ptr = ${SelfType}(bitPattern: uword)
     expectEqual(uword, UInt(bitPattern: ptr))
   }
   do {
     let ptr: ${SelfType}? = nil
     expectEqual(UInt(0), UInt(bitPattern: ptr))
   }
 }

 % end

 % for (SelfName, SelfType) in [
 %         ('UnsafePointer', 'UnsafePointer<Float>'),
 %         ('UnsafeRawPointer', 'UnsafeRawPointer'),
 %         ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:

 ${SelfName}TestSuite.test("initFromUnsafeMutablePointer") {
   let other = UnsafeMutablePointer<Float>(bitPattern: 0x12345678)!
   let ptr = ${SelfType}(other)
   expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

   let optionalOther: Optional = other
   let optionalPointer = ${SelfType}(optionalOther)
   expectNotEmpty(optionalPointer)
   expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

   let nilOther: Optional<UnsafeMutablePointer<Float>> = nil
   let nilPointer = ${SelfType}(nilOther)
   expectEmpty(nilPointer)
 }

 % end

 % for (SelfName, SelfType) in [
 %         ('UnsafePointer', 'UnsafePointer<Float>'),
 %         ('UnsafeRawPointer', 'UnsafeRawPointer')]:

 ${SelfName}TestSuite.test("initFromUnsafePointer") {
   let other = UnsafePointer<Float>(bitPattern: 0x12345678)!
   let ptr = ${SelfType}(other)
   expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

   let optionalOther: Optional = other
   let optionalPointer = ${SelfType}(optionalOther)
   expectNotEmpty(optionalPointer)
   expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

   let nilOther: Optional<UnsafePointer<Float>> = nil
   let nilPointer = ${SelfType}(nilOther)
   expectEmpty(nilPointer)
 }

 % end

 UnsafeRawPointerTestSuite.test("initFromUnsafeMutableRawPointer") {
   let other = UnsafeMutableRawPointer(bitPattern: 0x12345678)!
   let ptr = UnsafeRawPointer(other)
   expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

   let optionalOther: Optional = other
   let optionalPointer = UnsafeRawPointer(optionalOther)
   expectNotEmpty(optionalPointer)
   expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

   let nilOther: Optional<UnsafeMutableRawPointer> = nil
   let nilPointer = UnsafeRawPointer(nilOther)
   expectEmpty(nilPointer)
 }

 enum Check {
   case LeftOverlap
   case RightOverlap
   case Disjoint
 }

 class Missile {
   static var missilesLaunched = 0
   let number: Int
   init(_ number: Int) { self.number = number }
   deinit { Missile.missilesLaunched += 1 }
 }

 func checkPointerCorrectness(_ check: Check,
   _ withMissiles: Bool = false,
   _ f: (UnsafeMutablePointer<Missile>) ->
     (UnsafeMutablePointer<Missile>, _ count: Int) -> Void) {
   let ptr = UnsafeMutablePointer<Missile>.allocate(capacity: 4)
   switch check {
   case .RightOverlap:
     ptr.initialize(to: Missile(1))
     (ptr + 1).initialize(to: Missile(2))
     if withMissiles {
       (ptr + 2).initialize(to: Missile(3))
     }
     f(ptr + 1)(ptr, 2)
     expectEqual(1, ptr[1].number)
     expectEqual(2, ptr[2].number)
   case .LeftOverlap:
     if withMissiles {
       ptr.initialize(to: Missile(1))
     }
     (ptr + 1).initialize(to: Missile(2))
     (ptr + 2).initialize(to: Missile(3))
     f(ptr)(ptr + 1, 2)
     expectEqual(2, ptr[0].number)
     expectEqual(3, ptr[1].number)
   case .Disjoint:
     if withMissiles {
       ptr.initialize(to: Missile(0))
       (ptr + 1).initialize(to: Missile(1))
     }
     (ptr + 2).initialize(to: Missile(2))
     (ptr + 3).initialize(to: Missile(3))
     f(ptr)(ptr + 2, 2)
     expectEqual(2, ptr[0].number)
     expectEqual(3, ptr[1].number)
     // backwards
     let ptr2 = UnsafeMutablePointer<Missile>.allocate(capacity: 4)
     ptr2.initialize(to: Missile(0))
     (ptr2 + 1).initialize(to: Missile(1))
     if withMissiles {
       (ptr2 + 2).initialize(to: Missile(2))
       (ptr2 + 3).initialize(to: Missile(3))
     }
     f(ptr2 + 2)(ptr2, 2)
     expectEqual(0, ptr2[2].number)
     expectEqual(1, ptr2[3].number)
   }
 }

 func checkPtr(
   _ f: ((UnsafeMutablePointer<Missile>) -> (UnsafeMutablePointer<Missile>, _ count: Int) -> Void),
   _ m: Bool
 ) -> (Check) -> Void {
   return { checkPointerCorrectness($0, m, f) }
 }

 func checkPtr(
   _ f: ((UnsafeMutablePointer<Missile>) -> (UnsafePointer<Missile>, _ count: Int) -> Void),
   _ m: Bool
 ) -> (Check) -> Void {
   return {
     checkPointerCorrectness($0, m) { destPtr in
       return { f(destPtr)(UnsafeMutablePointer($0), $1) }
     }
   }
 }

 UnsafeMutablePointerTestSuite.test("moveAssign:from:") {
   let check = checkPtr(UnsafeMutablePointer.moveAssign, true)
   check(Check.Disjoint)
   // This check relies on _debugPrecondition() so will only trigger in -Onone mode.
   if _isDebugAssertConfiguration() {
     expectCrashLater()
     check(Check.LeftOverlap)
   }
 }

 UnsafeMutablePointerTestSuite.test("moveAssign:from:.Right") {
   let check = checkPtr(UnsafeMutablePointer.moveAssign, true)
   // This check relies on _debugPrecondition() so will only trigger in -Onone mode.
   if _isDebugAssertConfiguration() {
     expectCrashLater()
     check(Check.RightOverlap)
   }
 }

 UnsafeMutablePointerTestSuite.test("assign:from:") {
   let check = checkPtr(UnsafeMutablePointer.assign, true)
   check(Check.LeftOverlap)
   check(Check.Disjoint)
   check(Check.RightOverlap)
 }

 UnsafeMutablePointerTestSuite.test("moveInitialize:from:") {
   let check = checkPtr(UnsafeMutablePointer.moveInitialize, false)
   check(Check.LeftOverlap)
   check(Check.Disjoint)
   check(Check.RightOverlap)
 }

 UnsafeMutablePointerTestSuite.test("initialize:from:") {
   let check = checkPtr(UnsafeMutablePointer.initialize(from:count:), false)
   check(Check.Disjoint)
   // This check relies on _debugPrecondition() so will only trigger in -Onone mode.
   if _isDebugAssertConfiguration() {
     expectCrashLater()
     check(Check.LeftOverlap)
   }
 }

 UnsafeMutablePointerTestSuite.test("initialize:from:.Right") {
   let check = checkPtr(UnsafeMutablePointer.initialize(from:count:), false)
   // This check relies on _debugPrecondition() so will only trigger in -Onone mode.
   if _isDebugAssertConfiguration() {
     expectCrashLater()
     check(Check.RightOverlap)
   }
 }

 UnsafeMutablePointerTestSuite.test("initialize:from:/immutable") {
   var ptr = UnsafeMutablePointer<Missile>.allocate(capacity: 3)
   defer {
     ptr.deinitialize(count: 3)
     ptr.deallocate(capacity: 3)
   }
   let source = (0..<3).map(Missile.init)
   source.withUnsafeBufferPointer { bufferPtr in
     ptr.initialize(from: bufferPtr.baseAddress!, count: 3)
     expectEqual(0, ptr[0].number)
     expectEqual(1, ptr[1].number)
     expectEqual(2, ptr[2].number)
   }
 }

 UnsafeMutablePointerTestSuite.test("assign/immutable") {
   var ptr = UnsafeMutablePointer<Missile>.allocate(capacity: 2)
   defer {
     ptr.deinitialize(count: 2)
     ptr.deallocate(capacity: 2)
   }
   ptr.initialize(to: Missile(1))
   (ptr + 1).initialize(to: Missile(2))
   let source = (3..<5).map(Missile.init)
   source.withUnsafeBufferPointer { bufferPtr in
     ptr.assign(from: bufferPtr.baseAddress!, count: 2)
     expectEqual(3, ptr[0].number)
     expectEqual(4, ptr[1].number)
   }
 }

 % for (SelfName, SelfType) in [
 %         ('UnsafePointer', 'UnsafePointer<Float>'),
 %         ('UnsafeMutablePointer', 'UnsafeMutablePointer<Float>'),
 %         ('UnsafeRawPointer', 'UnsafeRawPointer'),
 %         ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:

 ${SelfName}TestSuite.test("customMirror") {
   // Ensure that the custom mirror works properly, including when the raw value
   // is greater than Int.max
   let reallyBigInt: UInt = UInt(Int.max) + 1
   let ptr = ${SelfType}(bitPattern: reallyBigInt)!
   let mirror = ptr.customMirror
   expectEqual(1, mirror.children.count)
 #if arch(i386) || arch(arm)
   expectEqual("18446744071562067968", String(describing: mirror.children.first!.1))
 #elseif arch(x86_64) || arch(arm64) || arch(powerpc64) || arch(powerpc64le) || arch(s390x)
   expectEqual("9223372036854775808", String(describing: mirror.children.first!.1))
 #else
   fatalError("Unimplemented")
 #endif
 }

 ${SelfName}TestSuite.test("customPlaygroundQuickLook") {
   // Ensure that the custom playground quicklook works properly, including when
   // the raw value is greater than Int.max
   let reallyBigInt: UInt = UInt(Int.max) + 1
   let ptr = ${SelfType}(bitPattern: reallyBigInt)!
   if case let .text(desc) = ptr.customPlaygroundQuickLook {
 #if arch(i386) || arch(arm)
     expectEqual("${SelfName}(0xFFFFFFFF80000000)", desc)
 #elseif arch(x86_64) || arch(arm64) || arch(powerpc64) || arch(powerpc64le) || arch(s390x)
     expectEqual("${SelfName}(0x8000000000000000)", desc)
 #else
     fatalError("Unimplemented")
 #endif
   } else {
     expectTrue(false)
   }
 }

 ${SelfName}TestSuite.test("Comparable") {
   var addresses: [UInt] = [
     0x00000001,
     0xFF00FF00,
     0x00001111,
     0x00000002,
     0xFFFFFFFF,
     0x00001111
   ]

   #if arch(x86_64) || arch(arm64) || arch(powerpc64) || arch(powerpc64le)
   addresses += [
     0xFFFFFFFF80000000,
     0x8000000000000000
   ]
   #endif

   let instances = addresses.map { ($0, ${SelfType}(bitPattern: $0)!) }

   func comparisonOracle(i: Int, j: Int) -> ExpectedComparisonResult {
     return instances[i].0 <=> instances[j].0
   }
   checkComparable(instances.map { $0.1 }, oracle: comparisonOracle)
 }

 % end

 % for SelfName in ['UnsafePointer', 'UnsafeMutablePointer']:

 ${SelfName}TestSuite.test("withMemoryRebound") {
   let mutablePtr = UnsafeMutablePointer<Int>.allocate(capacity: 4)
   let ptrI = ${SelfName}<Int>(mutablePtr)
   ptrI.withMemoryRebound(to: UInt.self, capacity: 4) {
     expectType(UInt.self, &$0.pointee)
   }
   mutablePtr.deallocate(capacity: 4)
 }

 % end

 runAllTests()
	// RUN: %target-run-simple-swiftgyb
	// REQUIRES: executable_test

	import StdlibUnittest


	protocol TestProtocol1 {}

	// Check that the generic parameter is called 'Pointee'.
	#if _runtime(_ObjC)
	extension AutoreleasingUnsafeMutablePointer where Pointee : TestProtocol1 {
	var _memoryIsTestProtocol1: Bool {
	fatalError("not implemented")
	}
	}
	#endif

	extension UnsafePointer where Pointee : TestProtocol1 {
	var _memoryIsTestProtocol1: Bool {
	fatalError("not implemented")
	}
	}

	extension UnsafeMutablePointer where Pointee : TestProtocol1 {
	var _memoryIsTestProtocol1: Bool {
	fatalError("not implemented")
	}
	}

	// Check that the generic parameter is called 'Element'.
	extension UnsafeBufferPointerIterator where Element : TestProtocol1 {
	var _elementIsTestProtocol1: Bool {
	fatalError("not implemented")
	}
	}

	extension UnsafeBufferPointer where Element : TestProtocol1 {
	var _elementIsTestProtocol1: Bool {
	fatalError("not implemented")
	}
	}

	extension UnsafeMutableBufferPointer where Element : TestProtocol1 {
	var _elementIsTestProtocol1: Bool {
	fatalError("not implemented")
	}
	}

	var UnsafePointerTestSuite = TestSuite("UnsafePointer")
	var UnsafeMutablePointerTestSuite = TestSuite("UnsafeMutablePointer")
	var UnsafeRawPointerTestSuite = TestSuite("UnsafeRawPointer")
	var UnsafeMutableRawPointerTestSuite = TestSuite("UnsafeMutableRawPointer")
	var OpaquePointerTestSuite = TestSuite("OpaquePointer")

	% for (SelfName, SelfType) in [
	% ('UnsafePointer', 'UnsafePointer<Float>'),
	% ('UnsafeMutablePointer', 'UnsafeMutablePointer<Float>'),
	% ('UnsafeRawPointer', 'UnsafeRawPointer'),
	% ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:

	${SelfName}TestSuite.test("initFromOpaquePointer") {
	let other = OpaquePointer(bitPattern: 0x12345678)!
	let ptr = ${SelfType}(other)
	expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

	let optionalOther: Optional = other
	let optionalPointer = ${SelfType}(optionalOther)
	expectNotEmpty(optionalPointer)
	expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

	let nilOther: Optional<OpaquePointer> = nil
	let nilPointer = ${SelfType}(nilOther)
	expectEmpty(nilPointer)
	}

	% end

	% for (SelfName, SelfType) in [
	% ('UnsafeRawPointer', 'UnsafeRawPointer'),
	% ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:
	UnsafeMutableRawPointerTestSuite.test("initFromMutating") {
	let other = UnsafeRawPointer(bitPattern: 0x12345678)!
	let ptr = UnsafeMutableRawPointer(mutating: other)
	expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

	let optionalOther: Optional = other
	let optionalPointer = UnsafeMutableRawPointer(mutating: optionalOther)
	expectNotEmpty(optionalPointer)
	expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

	let nilOther: Optional<UnsafeRawPointer> = nil
	let nilPointer = UnsafeMutableRawPointer(mutating: nilOther)
	expectEmpty(nilPointer)
	}
	% end

	% for (SelfName, SelfType) in [
	% ('UnsafePointer', 'UnsafePointer<Float>'),
	% ('UnsafeMutablePointer', 'UnsafeMutablePointer<Float>'),
	% ('UnsafeRawPointer', 'UnsafeRawPointer'),
	% ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer'),
	% ('OpaquePointer', 'OpaquePointer')]:

	${SelfName}TestSuite.test("convertFromNil") {
	let ptr: ${SelfType}? = nil
	expectEqual(0, unsafeBitCast(ptr, to: Int.self))
	}

	${SelfName}TestSuite.test("initFromInteger") {
	do {
	let word: Int = 0x12345678
	let ptr = ${SelfType}(bitPattern: word)
	expectNotEmpty(ptr)
	expectEqual(word, unsafeBitCast(ptr, to: Int.self))
	}
	do {
	let uword: UInt = 0x12345678
	let ptr = ${SelfType}(bitPattern: uword)
	expectNotEmpty(ptr)
	expectEqual(uword, unsafeBitCast(ptr, to: UInt.self))
	}
	}

	${SelfName}TestSuite.test("initFromNilBitPattern") {
	do {
	let word = unsafeBitCast(nil as ${SelfType}?, to: Int.self)
	let ptr = ${SelfType}(bitPattern: word)
	expectEmpty(ptr)
	expectEqual(word, unsafeBitCast(ptr, to: Int.self))
	}
	do {
	let uword = unsafeBitCast(nil as ${SelfType}?, to: UInt.self)
	let ptr = ${SelfType}(bitPattern: uword)
	expectEmpty(ptr)
	expectEqual(uword, unsafeBitCast(ptr, to: UInt.self))
	}
	}

	${SelfName}TestSuite.test("Hashable") {
	let ptrs = [
	${SelfType}(bitPattern: 0x12345678)!,
	${SelfType}(bitPattern: 0x87654321 as UInt)!,
	]
	for i in ptrs.indices {
	for j in ptrs.indices {
	var pi = ptrs[i]
	var pj = ptrs[j]
	checkHashable(i == j, pi, pj, "i=\(i), j=\(j)")
	}
	}
	}

	${SelfName}TestSuite.test("toInteger") {
	do {
	let word: Int = 0x12345678
	let ptr = ${SelfType}(bitPattern: word)
	expectEqual(word, Int(bitPattern: ptr))
	}
	do {
	let ptr: ${SelfType}? = nil
	expectEqual(Int(0), Int(bitPattern: ptr))
	}
	do {
	let uword: UInt = 0x12345678
	let ptr = ${SelfType}(bitPattern: uword)
	expectEqual(uword, UInt(bitPattern: ptr))
	}
	do {
	let ptr: ${SelfType}? = nil
	expectEqual(UInt(0), UInt(bitPattern: ptr))
	}
	}

	% end

	% for (SelfName, SelfType) in [
	% ('UnsafePointer', 'UnsafePointer<Float>'),
	% ('UnsafeRawPointer', 'UnsafeRawPointer'),
	% ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:

	${SelfName}TestSuite.test("initFromUnsafeMutablePointer") {
	let other = UnsafeMutablePointer<Float>(bitPattern: 0x12345678)!
	let ptr = ${SelfType}(other)
	expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

	let optionalOther: Optional = other
	let optionalPointer = ${SelfType}(optionalOther)
	expectNotEmpty(optionalPointer)
	expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

	let nilOther: Optional<UnsafeMutablePointer<Float>> = nil
	let nilPointer = ${SelfType}(nilOther)
	expectEmpty(nilPointer)
	}

	% end

	% for (SelfName, SelfType) in [
	% ('UnsafePointer', 'UnsafePointer<Float>'),
	% ('UnsafeRawPointer', 'UnsafeRawPointer')]:

	${SelfName}TestSuite.test("initFromUnsafePointer") {
	let other = UnsafePointer<Float>(bitPattern: 0x12345678)!
	let ptr = ${SelfType}(other)
	expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

	let optionalOther: Optional = other
	let optionalPointer = ${SelfType}(optionalOther)
	expectNotEmpty(optionalPointer)
	expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

	let nilOther: Optional<UnsafePointer<Float>> = nil
	let nilPointer = ${SelfType}(nilOther)
	expectEmpty(nilPointer)
	}

	% end

	UnsafeRawPointerTestSuite.test("initFromUnsafeMutableRawPointer") {
	let other = UnsafeMutableRawPointer(bitPattern: 0x12345678)!
	let ptr = UnsafeRawPointer(other)
	expectEqual(0x12345678, unsafeBitCast(ptr, to: Int.self))

	let optionalOther: Optional = other
	let optionalPointer = UnsafeRawPointer(optionalOther)
	expectNotEmpty(optionalPointer)
	expectEqual(0x12345678, unsafeBitCast(optionalPointer, to: Int.self))

	let nilOther: Optional<UnsafeMutableRawPointer> = nil
	let nilPointer = UnsafeRawPointer(nilOther)
	expectEmpty(nilPointer)
	}

	enum Check {
	case LeftOverlap
	case RightOverlap
	case Disjoint
	}

	class Missile {
	static var missilesLaunched = 0
	let number: Int
	init(_ number: Int) { self.number = number }
	deinit { Missile.missilesLaunched += 1 }
	}

	func checkPointerCorrectness(_ check: Check,
	_ withMissiles: Bool = false,
	_ f: (UnsafeMutablePointer<Missile>) ->
	(UnsafeMutablePointer<Missile>, _ count: Int) -> Void) {
	let ptr = UnsafeMutablePointer<Missile>.allocate(capacity: 4)
	switch check {
	case .RightOverlap:
	ptr.initialize(to: Missile(1))
	(ptr + 1).initialize(to: Missile(2))
	if withMissiles {
	(ptr + 2).initialize(to: Missile(3))
	}
	f(ptr + 1)(ptr, 2)
	expectEqual(1, ptr[1].number)
	expectEqual(2, ptr[2].number)
	case .LeftOverlap:
	if withMissiles {
	ptr.initialize(to: Missile(1))
	}
	(ptr + 1).initialize(to: Missile(2))
	(ptr + 2).initialize(to: Missile(3))
	f(ptr)(ptr + 1, 2)
	expectEqual(2, ptr[0].number)
	expectEqual(3, ptr[1].number)
	case .Disjoint:
	if withMissiles {
	ptr.initialize(to: Missile(0))
	(ptr + 1).initialize(to: Missile(1))
	}
	(ptr + 2).initialize(to: Missile(2))
	(ptr + 3).initialize(to: Missile(3))
	f(ptr)(ptr + 2, 2)
	expectEqual(2, ptr[0].number)
	expectEqual(3, ptr[1].number)
	// backwards
	let ptr2 = UnsafeMutablePointer<Missile>.allocate(capacity: 4)
	ptr2.initialize(to: Missile(0))
	(ptr2 + 1).initialize(to: Missile(1))
	if withMissiles {
	(ptr2 + 2).initialize(to: Missile(2))
	(ptr2 + 3).initialize(to: Missile(3))
	}
	f(ptr2 + 2)(ptr2, 2)
	expectEqual(0, ptr2[2].number)
	expectEqual(1, ptr2[3].number)
	}
	}

	func checkPtr(
	_ f: ((UnsafeMutablePointer<Missile>) -> (UnsafeMutablePointer<Missile>, _ count: Int) -> Void),
	_ m: Bool
	) -> (Check) -> Void {
	return { checkPointerCorrectness($0, m, f) }
	}

	func checkPtr(
	_ f: ((UnsafeMutablePointer<Missile>) -> (UnsafePointer<Missile>, _ count: Int) -> Void),
	_ m: Bool
	) -> (Check) -> Void {
	return {
	checkPointerCorrectness($0, m) { destPtr in
	return { f(destPtr)(UnsafeMutablePointer($0), $1) }
	}
	}
	}

	UnsafeMutablePointerTestSuite.test("moveAssign:from:") {
	let check = checkPtr(UnsafeMutablePointer.moveAssign, true)
	check(Check.Disjoint)
	// This check relies on _debugPrecondition() so will only trigger in -Onone mode.
	if _isDebugAssertConfiguration() {
	expectCrashLater()
	check(Check.LeftOverlap)
	}
	}

	UnsafeMutablePointerTestSuite.test("moveAssign:from:.Right") {
	let check = checkPtr(UnsafeMutablePointer.moveAssign, true)
	// This check relies on _debugPrecondition() so will only trigger in -Onone mode.
	if _isDebugAssertConfiguration() {
	expectCrashLater()
	check(Check.RightOverlap)
	}
	}

	UnsafeMutablePointerTestSuite.test("assign:from:") {
	let check = checkPtr(UnsafeMutablePointer.assign, true)
	check(Check.LeftOverlap)
	check(Check.Disjoint)
	check(Check.RightOverlap)
	}

	UnsafeMutablePointerTestSuite.test("moveInitialize:from:") {
	let check = checkPtr(UnsafeMutablePointer.moveInitialize, false)
	check(Check.LeftOverlap)
	check(Check.Disjoint)
	check(Check.RightOverlap)
	}

	UnsafeMutablePointerTestSuite.test("initialize:from:") {
	let check = checkPtr(UnsafeMutablePointer.initialize(from:count:), false)
	check(Check.Disjoint)
	// This check relies on _debugPrecondition() so will only trigger in -Onone mode.
	if _isDebugAssertConfiguration() {
	expectCrashLater()
	check(Check.LeftOverlap)
	}
	}

	UnsafeMutablePointerTestSuite.test("initialize:from:.Right") {
	let check = checkPtr(UnsafeMutablePointer.initialize(from:count:), false)
	// This check relies on _debugPrecondition() so will only trigger in -Onone mode.
	if _isDebugAssertConfiguration() {
	expectCrashLater()
	check(Check.RightOverlap)
	}
	}

	UnsafeMutablePointerTestSuite.test("initialize:from:/immutable") {
	var ptr = UnsafeMutablePointer<Missile>.allocate(capacity: 3)
	defer {
	ptr.deinitialize(count: 3)
	ptr.deallocate(capacity: 3)
	}
	let source = (0..<3).map(Missile.init)
	source.withUnsafeBufferPointer { bufferPtr in
	ptr.initialize(from: bufferPtr.baseAddress!, count: 3)
	expectEqual(0, ptr[0].number)
	expectEqual(1, ptr[1].number)
	expectEqual(2, ptr[2].number)
	}
	}

	UnsafeMutablePointerTestSuite.test("assign/immutable") {
	var ptr = UnsafeMutablePointer<Missile>.allocate(capacity: 2)
	defer {
	ptr.deinitialize(count: 2)
	ptr.deallocate(capacity: 2)
	}
	ptr.initialize(to: Missile(1))
	(ptr + 1).initialize(to: Missile(2))
	let source = (3..<5).map(Missile.init)
	source.withUnsafeBufferPointer { bufferPtr in
	ptr.assign(from: bufferPtr.baseAddress!, count: 2)
	expectEqual(3, ptr[0].number)
	expectEqual(4, ptr[1].number)
	}
	}

	% for (SelfName, SelfType) in [
	% ('UnsafePointer', 'UnsafePointer<Float>'),
	% ('UnsafeMutablePointer', 'UnsafeMutablePointer<Float>'),
	% ('UnsafeRawPointer', 'UnsafeRawPointer'),
	% ('UnsafeMutableRawPointer', 'UnsafeMutableRawPointer')]:

	${SelfName}TestSuite.test("customMirror") {
	// Ensure that the custom mirror works properly, including when the raw value
	// is greater than Int.max
	let reallyBigInt: UInt = UInt(Int.max) + 1
	let ptr = ${SelfType}(bitPattern: reallyBigInt)!
	let mirror = ptr.customMirror
	expectEqual(1, mirror.children.count)
	#if arch(i386) \|\| arch(arm)
	expectEqual("18446744071562067968", String(describing: mirror.children.first!.1))
	#elseif arch(x86_64) \|\| arch(arm64) \|\| arch(powerpc64) \|\| arch(powerpc64le) \|\| arch(s390x)
	expectEqual("9223372036854775808", String(describing: mirror.children.first!.1))
	#else
	fatalError("Unimplemented")
	#endif
	}

	${SelfName}TestSuite.test("customPlaygroundQuickLook") {
	// Ensure that the custom playground quicklook works properly, including when
	// the raw value is greater than Int.max
	let reallyBigInt: UInt = UInt(Int.max) + 1
	let ptr = ${SelfType}(bitPattern: reallyBigInt)!
	if case let .text(desc) = ptr.customPlaygroundQuickLook {
	#if arch(i386) \|\| arch(arm)
	expectEqual("${SelfName}(0xFFFFFFFF80000000)", desc)
	#elseif arch(x86_64) \|\| arch(arm64) \|\| arch(powerpc64) \|\| arch(powerpc64le) \|\| arch(s390x)
	expectEqual("${SelfName}(0x8000000000000000)", desc)
	#else
	fatalError("Unimplemented")
	#endif
	} else {
	expectTrue(false)
	}
	}

	${SelfName}TestSuite.test("Comparable") {
	var addresses: [UInt] = [
	0x00000001,
	0xFF00FF00,
	0x00001111,
	0x00000002,
	0xFFFFFFFF,
	0x00001111
	]

	#if arch(x86_64) \|\| arch(arm64) \|\| arch(powerpc64) \|\| arch(powerpc64le)
	addresses += [
	0xFFFFFFFF80000000,
	0x8000000000000000
	]
	#endif

	let instances = addresses.map { ($0, ${SelfType}(bitPattern: $0)!) }

	func comparisonOracle(i: Int, j: Int) -> ExpectedComparisonResult {
	return instances[i].0 <=> instances[j].0
	}
	checkComparable(instances.map { $0.1 }, oracle: comparisonOracle)
	}

	% end

	% for SelfName in ['UnsafePointer', 'UnsafeMutablePointer']:

	${SelfName}TestSuite.test("withMemoryRebound") {
	let mutablePtr = UnsafeMutablePointer<Int>.allocate(capacity: 4)
	let ptrI = ${SelfName}<Int>(mutablePtr)
	ptrI.withMemoryRebound(to: UInt.self, capacity: 4) {
	expectType(UInt.self, &$0.pointee)
	}
	mutablePtr.deallocate(capacity: 4)
	}

	% end

	runAllTests()