310 lines
10 KiB
C++
310 lines
10 KiB
C++
#include "Testing/TemplatesTesting.h"
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#include "Miscellaneous/AssertionMacros.h"
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#include "Templates/Templates.h"
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NAMESPACE_REDCRAFT_BEGIN
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NAMESPACE_MODULE_BEGIN(Redcraft)
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NAMESPACE_MODULE_BEGIN(Utility)
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void TestTemplates()
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{
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TestInvoke();
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TestReferenceWrapper();
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TestCompare();
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TestOptional();
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TestMiscellaneous();
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}
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NAMESPACE_UNNAMED_BEGIN
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int32 TestFunctionA(int32 A, int32 B, int32 C)
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{
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return A + B + C;
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}
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struct FTestStructA
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{
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int32 Num;
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FTestStructA(int32 InNum) : Num(InNum) { }
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int32 Add(int32 A) const { return Num + A; }
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};
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NAMESPACE_UNNAMED_END
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void TestInvoke()
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{
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Invoke([=]() { });
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FTestStructA TempA(123);
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always_check(Invoke(TestFunctionA, 1, 2, 3) == 6);
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always_check(Invoke(&FTestStructA::Add, TempA, 1) == 124);
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always_check(Invoke(&FTestStructA::Add, &TempA, 1) == 124);
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int32 TempB = Invoke(&FTestStructA::Num, &TempA);
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int32 TempC = Invoke(&FTestStructA::Num, TempA);
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always_check(TempB == 123);
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always_check(TempC == 123);
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int64 TempD = InvokeResult<int64>(&FTestStructA::Num, &TempA);
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int64 TempE = InvokeResult<int64>(&FTestStructA::Num, TempA);
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always_check(TempD == 123);
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always_check(TempE == 123);
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}
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void TestReferenceWrapper()
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{
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typedef int32(*FuncType)(int32, int32, int32);
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FuncType TempA = [](int32 A, int32 B, int32 C) -> int32 { return A * B * C; };
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TReferenceWrapper<FuncType> TempB(TempA);
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always_check(TempB(1, 1, 1) == 1);
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TempB.Get() = &TestFunctionA;
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always_check(TempA(1, 1, 1) == 3);
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int32 ArrayA[3] = { 1, 2, 3 };
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TReferenceWrapper<int32> ArrayB[3] = { ArrayA[1], ArrayA[0], ArrayA[2] };
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always_check(ArrayB[0] == 2);
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always_check(ArrayB[1] == 1);
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always_check(ArrayB[2] == 3);
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for (int32& Element : ArrayB) Element *= 2;
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always_check(ArrayA[0] == 2);
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always_check(ArrayA[1] == 4);
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always_check(ArrayA[2] == 6);
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}
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NAMESPACE_UNNAMED_BEGIN
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struct FTestPartialOrdering
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{
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int32 Num;
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bool bIsValid;
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FTestPartialOrdering(int32 InNum, bool bInIsValid = true) : Num(InNum), bIsValid(bInIsValid) { }
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friend bool operator==(FTestPartialOrdering LHS, FTestPartialOrdering RHS) { return LHS.bIsValid && RHS.bIsValid ? LHS.Num == RHS.Num : false; }
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friend partial_ordering operator<=>(FTestPartialOrdering LHS, FTestPartialOrdering RHS) { return LHS.bIsValid && RHS.bIsValid ? LHS.Num <=> RHS.Num : partial_ordering::unordered; }
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};
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struct FTestWeakOrdering
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{
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int32 Num;
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FTestWeakOrdering(int32 InNum) : Num(InNum) { }
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friend bool operator==(FTestWeakOrdering LHS, FTestWeakOrdering RHS) { return LHS.Num == RHS.Num; }
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friend weak_ordering operator<=>(FTestWeakOrdering LHS, FTestWeakOrdering RHS) { return LHS.Num <=> RHS.Num; }
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};
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struct FTestStrongOrdering
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{
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int32 Num;
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FTestStrongOrdering(int32 InNum) : Num(InNum) { }
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friend bool operator==(FTestStrongOrdering LHS, FTestStrongOrdering RHS) { return LHS.Num == RHS.Num; }
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friend strong_ordering operator<=>(FTestStrongOrdering LHS, FTestStrongOrdering RHS) { return LHS.Num <=> RHS.Num; }
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};
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NAMESPACE_UNNAMED_END
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void TestCompare()
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{
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always_check((-1 <=> 0) == strong_ordering::less);
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always_check(( 0 <=> 0) == strong_ordering::equivalent);
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always_check(( 0 <=> 0) == strong_ordering::equal);
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always_check(( 0 <=> -1) == strong_ordering::greater);
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always_check((-1 <=> 0) < 0);
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always_check((-1 <=> 0) <= 0);
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always_check(( 0 <=> 0) <= 0);
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always_check(( 0 <=> 0) == 0);
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always_check(( 0 <=> 0) >= 0);
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always_check(( 0 <=> -1) >= 0);
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always_check(( 0 <=> -1) > 0);
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always_check((-1 <=> 1) != 0);
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int64 NaNBit = 0xFFF8000000000000;
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double NaN = *reinterpret_cast<double*>(&NaNBit);
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always_check((-1.0 <=> 0.0) == partial_ordering::less);
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always_check(( 0.0 <=> 0.0) == partial_ordering::equivalent);
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always_check(( 0.0 <=> -1.0) == partial_ordering::greater);
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always_check(( 0.0 <=> NaN) == partial_ordering::unordered);
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always_check((-1.0 <=> 0.0) == weak_ordering::less);
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always_check(( 0.0 <=> 0.0) == weak_ordering::equivalent);
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always_check(( 0.0 <=> -1.0) == weak_ordering::greater);
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always_check((-1.0 <=> 0.0) == strong_ordering::less);
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always_check(( 0.0 <=> 0.0) == strong_ordering::equivalent);
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always_check(( 0.0 <=> 0.0) == strong_ordering::equal);
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always_check(( 0.0 <=> -1.0) == strong_ordering::greater);
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always_check((-1.0 <=> 0.0) < 0);
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always_check((-1.0 <=> 0.0) <= 0);
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always_check(( 0.0 <=> 0.0) <= 0);
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always_check(( 0.0 <=> 0.0) == 0);
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always_check(( 0.0 <=> 0.0) >= 0);
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always_check(( 0.0 <=> -1.0) >= 0);
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always_check(( 0.0 <=> -1.0) > 0);
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always_check((-1.0 <=> 1.0) != 0);
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always_check((FTestPartialOrdering(-1) <=> FTestPartialOrdering( 0)) == partial_ordering::less);
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always_check((FTestPartialOrdering( 0) <=> FTestPartialOrdering( 0)) == partial_ordering::equivalent);
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always_check((FTestPartialOrdering( 0) <=> FTestPartialOrdering(-1)) == partial_ordering::greater);
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always_check((FTestPartialOrdering( 0, true) <=> FTestPartialOrdering( 0, false)) == partial_ordering::unordered);
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always_check((FTestWeakOrdering(-1) <=> FTestWeakOrdering( 0)) == weak_ordering::less);
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always_check((FTestWeakOrdering( 0) <=> FTestWeakOrdering( 0)) == weak_ordering::equivalent);
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always_check((FTestWeakOrdering( 0) <=> FTestWeakOrdering(-1)) == weak_ordering::greater);
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always_check((FTestStrongOrdering(-1) <=> FTestStrongOrdering( 0)) == strong_ordering::less);
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always_check((FTestStrongOrdering( 0) <=> FTestStrongOrdering( 0)) == strong_ordering::equivalent);
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always_check((FTestStrongOrdering( 0) <=> FTestStrongOrdering( 0)) == strong_ordering::equal);
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always_check((FTestStrongOrdering( 0) <=> FTestStrongOrdering(-1)) == strong_ordering::greater);
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always_check((FTestPartialOrdering(-1) < FTestPartialOrdering( 0)));
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always_check((FTestPartialOrdering( 0) == FTestPartialOrdering( 0)));
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always_check((FTestPartialOrdering( 0) > FTestPartialOrdering(-1)));
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always_check((FTestWeakOrdering(-1) < FTestWeakOrdering( 0)));
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always_check((FTestWeakOrdering( 0) == FTestWeakOrdering( 0)));
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always_check((FTestWeakOrdering( 0) > FTestWeakOrdering(-1)));
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always_check((FTestStrongOrdering(-1) < FTestStrongOrdering( 0)));
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always_check((FTestStrongOrdering( 0) == FTestStrongOrdering( 0)));
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always_check((FTestStrongOrdering( 0) > FTestStrongOrdering(-1)));
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always_check((TIsSame<TCommonComparisonCategory<strong_ordering >::Type, strong_ordering >::Value));
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always_check((TIsSame<TCommonComparisonCategory<strong_ordering, weak_ordering >::Type, weak_ordering >::Value));
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always_check((TIsSame<TCommonComparisonCategory<strong_ordering, weak_ordering, partial_ordering>::Type, partial_ordering>::Value));
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always_check(CThreeWayComparable<int32>);
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always_check(CThreeWayComparable<FTestPartialOrdering>);
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always_check(CThreeWayComparable<FTestWeakOrdering>);
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always_check(CThreeWayComparable<FTestStrongOrdering>);
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always_check((CThreeWayComparableWith<bool, bool>));
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always_check((CThreeWayComparableWith<int16, int32>));
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always_check((TIsSame<TCompareThreeWayResult<int32 >::Type, strong_ordering >::Value));
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always_check((TIsSame<TCompareThreeWayResult<float >::Type, partial_ordering>::Value));
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always_check((TIsSame<TCompareThreeWayResult<FTestPartialOrdering>::Type, partial_ordering>::Value));
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always_check((TIsSame<TCompareThreeWayResult<FTestWeakOrdering >::Type, weak_ordering >::Value));
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always_check((TIsSame<TCompareThreeWayResult<FTestStrongOrdering >::Type, strong_ordering >::Value));
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always_check((TCompareThreeWay<int32>()(0, 0) == strong_ordering::equal));
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always_check((TCompareThreeWay<void>() (0, 0.0) == strong_ordering::equal));
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always_check((StrongOrder(0, 0) == strong_ordering::equal));
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always_check((WeakOrder(0, 0) == strong_ordering::equal));
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always_check((PartialOrder(0, 0) == strong_ordering::equal));
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always_check((CompareStrongOrderFallback(0, 0) == strong_ordering::equal));
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always_check((CompareWeakOrderFallback(0, 0) == strong_ordering::equal));
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always_check((ComparePartialOrderFallback(0, 0) == strong_ordering::equal));
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}
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void TestOptional()
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{
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TOptional<int32> TempA;
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TOptional<int32> TempB(Invalid);
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TOptional<int32> TempC(InPlace, 0);
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TOptional<int32> TempD(0);
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TOptional<int32> TempE(0l);
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TOptional<int32> TempF(0.0);
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TOptional<int32> TempG(TempA);
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TOptional<int32> TempH(TempD);
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TOptional<int32> TempI(MakeOptional<int32>(0));
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TOptional<int32> TempJ(MakeOptional<int32>(Invalid));
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TOptional<int32> TempK, TempL, TempM, TempN;
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TempK = TempA;
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TempL = TempD;
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TempM = MakeOptional<int32>(0);
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TempN = MakeOptional<int32>(Invalid);
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*TempL = 303;
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*TempM = 404;
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TOptional<int32> TempO;
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TempO.Emplace(404);
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always_check(TempO);
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always_check(TempO.IsValid());
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always_check(*TempO == 404);
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always_check(TempO.GetValue() == 404);
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always_check(TempO.Get(500) == 404);
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TempO.Reset();
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always_check(TempO == TempO);
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always_check(TempO.Get(500) == 500);
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int32 TempP = 200;
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TempO = TempP;
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TempO = 300;
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always_check(TempO != TempA);
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always_check(TempO != TempD);
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always_check(TempO == TempO);
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always_check(TempO == 300);
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always_check(300 == TempO);
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int16 TempQ = 1024;
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TOptional<int16> TempR = TempQ;
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TOptional<int32> TempS(InPlace, TempQ);
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TOptional<int32> TempT(TempQ);
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TOptional<int32> TempU(TempR);
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TOptional<int32> TempV(MakeOptional<int16>(2048));
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TOptional<int32> TempW, TempX, TempY;
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TempW = TempQ;
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TempX = TempR;
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TempY = MakeOptional<int16>(2048);
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struct FTracker
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{
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FTracker() { }
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FTracker(const FTracker& InValue) { always_check_no_entry(); }
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FTracker(FTracker&& InValue) { }
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FTracker& operator=(const FTracker& InValue) { always_check_no_entry(); return *this; }
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FTracker& operator=(FTracker&& InValue) { return *this; }
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};
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TOptional<FTracker> TempZ(MakeOptional<FTracker>());
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TempZ = MakeOptional<FTracker>();
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TempZ = FTracker();
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}
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NAMESPACE_UNNAMED_BEGIN
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template <typename T>
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struct TTestStructA
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{
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T* Pad;
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T* Data;
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TTestStructA(T* InData) : Pad(nullptr), Data(InData) { }
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~TTestStructA() { delete Data; }
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T** operator&() { return &Data; }
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};
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template <typename T>
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int32 TestFunctionB(TTestStructA<T>* Ptr)
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{
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return 0;
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}
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template <typename T>
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int32 TestFunctionB(T** Ptr)
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{
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return 1;
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}
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NAMESPACE_UNNAMED_END
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void TestMiscellaneous()
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{
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TTestStructA<int32> ObjectA(new int32(3));
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always_check(TestFunctionB(&ObjectA) == 1);
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always_check(TestFunctionB(AddressOf(ObjectA)) == 0);
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always_check(AddressOf(TestMiscellaneous) == &TestMiscellaneous);
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}
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NAMESPACE_MODULE_END(Utility)
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NAMESPACE_MODULE_END(Redcraft)
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NAMESPACE_REDCRAFT_END
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