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Diffchecker Desktop Der sicherste Weg, Diffchecker zu nutzen. Hol dir die Desktop-App: Deine Diffs verlassen nie deinen Computer!Desktop holen

qsharp-compiler#643 generated C#

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//------------------------------------------------------------------------------

// <auto-generated>

// This code was generated by a tool.

// Changes to this file may cause incorrect behavior and will be lost if

// the code is regenerated.

// </auto-generated>

//------------------------------------------------------------------------------

#pragma warning disable 436

#pragma warning disable 162

#pragma warning disable 1591

using System;

using Microsoft.Quantum.Core;

using Microsoft.Quantum.Intrinsic;

using Microsoft.Quantum.Simulation.Core;

[assembly: SpecializationDeclaration("{\"Kind\":{\"Case\":\"QsBody\"},\"TypeArguments\":{\"Case\":\"Null\"},\"Information\":{\"Characteristics\":{\"Case\":\"EmptySet\"},\"InferredInformation\":{\"IsSelfAdjoint\":false,\"IsIntrinsic\":false}},\"Parent\":{\"Namespace\":\"Tests.qss\",\"Name\":\"CompareMeasurementResult\"},\"Attributes\":[],\"SourceFile\":\"C:\\\\QDK\\\\iqsharp\\\\src\\\\Tests\\\\bin\\\\Debug\\\\netcoreapp3.1\\\\Workspace.QPRGen1\\\\Operations.qs\",\"Position\":{\"Item1\":8,\"Item2\":4},\"HeaderRange\":{\"Item1\":{\"Line\":1,\"Column\":11},\"Item2\":{\"Line\":1,\"Column\":35}},\"Documentation\":[]}")]

[assembly: CallableDeclaration("{\"Kind\":{\"Case\":\"Operation\"},\"QualifiedName\":{\"Namespace\":\"Tests.qss\",\"Name\":\"_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult\"},\"Attributes\":[],\"Modifiers\":{\"Access\":{\"Case\":\"Internal\"}},\"SourceFile\":\"C:\\\\QDK\\\\iqsharp\\\\src\\\\Tests\\\\bin\\\\Debug\\\\netcoreapp3.1\\\\Workspace.QPRGen1\\\\Operations.qs\",\"Position\":\"Undefined\",\"SymbolRange\":\"Undefined\",\"ArgumentTuple\":{\"Case\":\"QsTuple\",\"Fields\":[[{\"Case\":\"QsTupleItem\",\"Fields\":[{\"VariableName\":{\"Case\":\"ValidName\",\"Fields\":[\"r\"]},\"Type\":{\"Case\":\"Result\"},\"InferredInformation\":{\"IsMutable\":false,\"HasLocalQuantumDependency\":false},\"Position\":{\"Case\":\"Value\",\"Fields\":[{\"Item1\":2,\"Item2\":12}]},\"Range\":{\"Item1\":{\"Line\":1,\"Column\":5},\"Item2\":{\"Line\":1,\"Column\":6}}}]},{\"Case\":\"QsTupleItem\",\"Fields\":[{\"VariableName\":{\"Case\":\"ValidName\",\"Fields\":[\"q\"]},\"Type\":{\"Case\":\"Qubit\"},\"InferredInformation\":{\"IsMutable\":false,\"HasLocalQuantumDependency\":false},\"Position\":{\"Case\":\"Value\",\"Fields\":[{\"Item1\":1,\"Item2\":8}]},\"Range\":{\"Item1\":{\"Line\":1,\"Column\":8},\"Item2\":{\"Line\":1,\"Column\":9}}}]}]]},\"Signature\":{\"TypeParameters\":[],\"ArgumentType\":{\"Case\":\"TupleType\",\"Fields\":[[{\"Case\":\"Result\"},{\"Case\":\"Qubit\"}]]},\"ReturnType\":{\"Case\":\"UnitType\"},\"Information\":{\"Characteristics\":{\"Case\":\"EmptySet\"},\"InferredInformation\":{\"IsSelfAdjoint\":false,\"IsIntrinsic\":false}}},\"Documentation\":[]}")]

[assembly: SpecializationDeclaration("{\"Kind\":{\"Case\":\"QsBody\"},\"TypeArguments\":{\"Case\":\"Null\"},\"Information\":{\"Characteristics\":{\"Case\":\"EmptySet\"},\"InferredInformation\":{\"IsSelfAdjoint\":false,\"IsIntrinsic\":false}},\"Parent\":{\"Namespace\":\"Tests.qss\",\"Name\":\"_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult\"},\"Attributes\":[],\"SourceFile\":\"C:\\\\QDK\\\\iqsharp\\\\src\\\\Tests\\\\bin\\\\Debug\\\\netcoreapp3.1\\\\Workspace.QPRGen1\\\\Operations.qs\",\"Position\":\"Undefined\",\"HeaderRange\":\"Undefined\",\"Documentation\":[]}")]

#line hidden

namespace Tests.qss

{

[SourceLocation("C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs", OperationFunctor.Body, 9, -1)]

public partial class CompareMeasurementResult : Operation<QVoid, Result>, ICallable

{

public CompareMeasurementResult(IOperationFactory m) : base(m)

{

}

String ICallable.Name => "CompareMeasurementResult";

String ICallable.FullName => "Tests.qss.CompareMeasurementResult";

protected Allocate Allocate__

{

get;

set;

}

protected Release Release__

{

get;

set;

}

protected ICallable<Qubit, Result> M__

{

get;

set;

}

protected IUnitary<Qubit> H__

protected ICallable Microsoft__Quantum__Simulation__QuantumProcessor__Extensions__ApplyIfOne

{

get;

set;

}

protected ICallable<Qubit, QVoid> Reset__

private protected ICallable<(Result,Qubit), QVoid> _001342c68c374a11b857653cfc34cd36_CompareMeasurementResult__

{

get;

set;

}

public override Func<QVoid, Result> __Body__ => (__in__) =>

{

#line hidden

{

#line 10 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"

var q = Allocate__.Apply();

#line hidden

bool __arg1__ = true;

try

{

#line 11 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"

var r = M__.Apply(q);

#line 12 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"

#line 9 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"

if ((r == Result.One))

Microsoft__Quantum__Simulation__QuantumProcessor__Extensions__ApplyIfOne.Apply((r, (_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult__, (r, q))));

{

#line 13 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"

H__.Apply(q);

#line 14 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"

Reset__.Apply(q);

}

#line 16 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"

return r;

}

#line hidden

catch

{

__arg1__ = false;

throw;

}

#line hidden

finally

{

if (__arg1__)

{

#line hidden

Release__.Apply(q);

}

;

public override void __Init__()

{

this.Allocate__ = this.__Factory__.Get<Allocate>(typeof(global::Microsoft.Quantum.Intrinsic.Allocate));

this.Release__ = this.__Factory__.Get<Release>(typeof(global::Microsoft.Quantum.Intrinsic.Release));

this.M__ = this.__Factory__.Get<ICallable<Qubit, Result>>(typeof(global::Microsoft.Quantum.Intrinsic.M));

this.H__ = this.__Factory__.Get<IUnitary<Qubit>>(typeof(global::Microsoft.Quantum.Intrinsic.H));

this.Microsoft__Quantum__Simulation__QuantumProcessor__Extensions__ApplyIfOne = this.__Factory__.Get<ICallable>(typeof(global::Microsoft.Quantum.Simulation.QuantumProcessor.Extensions.ApplyIfOne<>));

this.Reset__ = this.__Factory__.Get<ICallable<Qubit, QVoid>>(typeof(global::Microsoft.Quantum.Intrinsic.Reset));

this._001342c68c374a11b857653cfc34cd36_CompareMeasurementResult__ = this.__Factory__.Get<ICallable<(Result,Qubit), QVoid>>(typeof(_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult));

}

public override IApplyData __DataIn__(QVoid data) => data;

public override IApplyData __DataOut__(Result data) => new QTuple<Result>(data);

public static System.Threading.Tasks.Task<Result> Run(IOperationFactory __m__)

{

return __m__.Run<CompareMeasurementResult, QVoid, Result>(QVoid.Instance);

}

internal partial class _001342c68c374a11b857653cfc34cd36_CompareMeasurementResult : Operation<(Result,Qubit), QVoid>, ICallable

{

public _001342c68c374a11b857653cfc34cd36_CompareMeasurementResult(IOperationFactory m) : base(m)

{

}

public class In : QTuple<(Result,Qubit)>, IApplyData

{

public In((Result,Qubit) data) : base(data)

{

}

System.Collections.Generic.IEnumerable<Qubit> IApplyData.Qubits

{

get

{

yield return Data.Item2;

}

String ICallable.Name => "_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult";

String ICallable.FullName => "Tests.qss._001342c68c374a11b857653cfc34cd36_CompareMeasurementResult";

protected IUnitary<Qubit> H__

{

get;

set;

}

protected ICallable<Qubit, QVoid> Reset__

{

get;

set;

}

public override Func<(Result,Qubit), QVoid> __Body__ => (__in__) =>

{

var (r,q) = __in__;

H__.Apply(q);

Reset__.Apply(q);

#line hidden

return QVoid.Instance;

}

;

public override void __Init__()

{

this.H__ = this.__Factory__.Get<IUnitary<Qubit>>(typeof(global::Microsoft.Quantum.Intrinsic.H));

this.Reset__ = this.__Factory__.Get<ICallable<Qubit, QVoid>>(typeof(global::Microsoft.Quantum.Intrinsic.Reset));

}

public override IApplyData __DataIn__((Result,Qubit) data) => new In(data);

public override IApplyData __DataOut__(QVoid data) => data;

public static System.Threading.Tasks.Task<QVoid> Run(IOperationFactory __m__, Result r, Qubit q)

{

return __m__.Run<_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult, (Result,Qubit), QVoid>((r, q));

}

Gespeicherte Diffs

Originaltext

Datei öffnen

//------------------------------------------------------------------------------
// <auto-generated>                                                             
//     This code was generated by a tool.                                       
//     Changes to this file may cause incorrect behavior and will be lost if    
//     the code is regenerated.                                                 
// </auto-generated>                                                            
//------------------------------------------------------------------------------
#pragma warning disable 436
#pragma warning disable 162
#pragma warning disable 1591
using System;
using Microsoft.Quantum.Core;
using Microsoft.Quantum.Intrinsic;
using Microsoft.Quantum.Simulation.Core;

String ICallable.Name => "CompareMeasurementResult";
        String ICallable.FullName => "Tests.qss.CompareMeasurementResult";
        protected Allocate Allocate__
        {
            get;
            set;
        }

protected Release Release__
        {
            get;
            set;
        }

protected ICallable<Qubit, Result> M__
        {
            get;
            set;
        }

protected IUnitary<Qubit> H__
        {
            get;
            set;
        }

protected ICallable<Qubit, QVoid> Reset__
        {
            get;
            set;
        }

public override Func<QVoid, Result> __Body__ => (__in__) =>
        {
#line hidden
            {
#line 10 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                var q = Allocate__.Apply();
#line hidden
                bool __arg1__ = true;
                try
                {
#line 11 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                    var r = M__.Apply(q);
#line 12 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                    if ((r == Result.One))
                    {
#line 13 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                        H__.Apply(q);
#line 14 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                        Reset__.Apply(q);
                    }

#line 16 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                    return r;
                }
#line hidden
                catch
                {
                    __arg1__ = false;
                    throw;
                }
#line hidden
                finally
                {
                    if (__arg1__)
                    {
#line hidden
                        Release__.Apply(q);
                    }
                }
            }
        }

;
        public override void __Init__()
        {
            this.Allocate__ = this.__Factory__.Get<Allocate>(typeof(global::Microsoft.Quantum.Intrinsic.Allocate));
            this.Release__ = this.__Factory__.Get<Release>(typeof(global::Microsoft.Quantum.Intrinsic.Release));
            this.M__ = this.__Factory__.Get<ICallable<Qubit, Result>>(typeof(global::Microsoft.Quantum.Intrinsic.M));
            this.H__ = this.__Factory__.Get<IUnitary<Qubit>>(typeof(global::Microsoft.Quantum.Intrinsic.H));
            this.Reset__ = this.__Factory__.Get<ICallable<Qubit, QVoid>>(typeof(global::Microsoft.Quantum.Intrinsic.Reset));
        }

public override IApplyData __DataIn__(QVoid data) => data;
        public override IApplyData __DataOut__(Result data) => new QTuple<Result>(data);
        public static System.Threading.Tasks.Task<Result> Run(IOperationFactory __m__)
        {
            return __m__.Run<CompareMeasurementResult, QVoid, Result>(QVoid.Instance);
        }
    }
}

Bearbeitung

Datei öffnen

[assembly: CallableDeclaration("{\"Kind\":{\"Case\":\"Operation\"},\"QualifiedName\":{\"Namespace\":\"Tests.qss\",\"Name\":\"CompareMeasurementResult\"},\"Attributes\":[{\"TypeId\":{\"Case\":\"Null\"},\"Argument\":{\"Item1\":{\"Case\":\"UnitValue\"},\"Item2\":[],\"Item3\":{\"Case\":\"UnitType\"},\"Item4\":{\"IsMutable\":false,\"HasLocalQuantumDependency\":false},\"Item5\":{\"Case\":\"Value\",\"Fields\":[{\"Item1\":{\"Line\":1,\"Column\":12},\"Item2\":{\"Line\":1,\"Column\":14}}]}},\"Offset\":{\"Item1\":7,\"Item2\":4},\"Comments\":{\"OpeningComments\":[],\"ClosingComments\":[]}}],\"Modifiers\":{\"Access\":{\"Case\":\"DefaultAccess\"}},\"SourceFile\":\"C:\\\\QDK\\\\iqsharp\\\\src\\\\Tests\\\\bin\\\\Debug\\\\netcoreapp3.1\\\\Workspace.QPRGen1\\\\Operations.qs\",\"Position\":{\"Item1\":8,\"Item2\":4},\"SymbolRange\":{\"Item1\":{\"Line\":1,\"Column\":11},\"Item2\":{\"Line\":1,\"Column\":35}},\"ArgumentTuple\":{\"Case\":\"QsTuple\",\"Fields\":[[]]},\"Signature\":{\"TypeParameters\":[],\"ArgumentType\":{\"Case\":\"UnitType\"},\"ReturnType\":{\"Case\":\"Result\"},\"Information\":{\"Characteristics\":{\"Case\":\"EmptySet\"},\"InferredInformation\":{\"IsSelfAdjoint\":false,\"IsIntrinsic\":false}}},\"Documentation\":[]}")]
[assembly: SpecializationDeclaration("{\"Kind\":{\"Case\":\"QsBody\"},\"TypeArguments\":{\"Case\":\"Null\"},\"Information\":{\"Characteristics\":{\"Case\":\"EmptySet\"},\"InferredInformation\":{\"IsSelfAdjoint\":false,\"IsIntrinsic\":false}},\"Parent\":{\"Namespace\":\"Tests.qss\",\"Name\":\"CompareMeasurementResult\"},\"Attributes\":[],\"SourceFile\":\"C:\\\\QDK\\\\iqsharp\\\\src\\\\Tests\\\\bin\\\\Debug\\\\netcoreapp3.1\\\\Workspace.QPRGen1\\\\Operations.qs\",\"Position\":{\"Item1\":8,\"Item2\":4},\"HeaderRange\":{\"Item1\":{\"Line\":1,\"Column\":11},\"Item2\":{\"Line\":1,\"Column\":35}},\"Documentation\":[]}")]
[assembly: CallableDeclaration("{\"Kind\":{\"Case\":\"Operation\"},\"QualifiedName\":{\"Namespace\":\"Tests.qss\",\"Name\":\"_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult\"},\"Attributes\":[],\"Modifiers\":{\"Access\":{\"Case\":\"Internal\"}},\"SourceFile\":\"C:\\\\QDK\\\\iqsharp\\\\src\\\\Tests\\\\bin\\\\Debug\\\\netcoreapp3.1\\\\Workspace.QPRGen1\\\\Operations.qs\",\"Position\":\"Undefined\",\"SymbolRange\":\"Undefined\",\"ArgumentTuple\":{\"Case\":\"QsTuple\",\"Fields\":[[{\"Case\":\"QsTupleItem\",\"Fields\":[{\"VariableName\":{\"Case\":\"ValidName\",\"Fields\":[\"r\"]},\"Type\":{\"Case\":\"Result\"},\"InferredInformation\":{\"IsMutable\":false,\"HasLocalQuantumDependency\":false},\"Position\":{\"Case\":\"Value\",\"Fields\":[{\"Item1\":2,\"Item2\":12}]},\"Range\":{\"Item1\":{\"Line\":1,\"Column\":5},\"Item2\":{\"Line\":1,\"Column\":6}}}]},{\"Case\":\"QsTupleItem\",\"Fields\":[{\"VariableName\":{\"Case\":\"ValidName\",\"Fields\":[\"q\"]},\"Type\":{\"Case\":\"Qubit\"},\"InferredInformation\":{\"IsMutable\":false,\"HasLocalQuantumDependency\":false},\"Position\":{\"Case\":\"Value\",\"Fields\":[{\"Item1\":1,\"Item2\":8}]},\"Range\":{\"Item1\":{\"Line\":1,\"Column\":8},\"Item2\":{\"Line\":1,\"Column\":9}}}]}]]},\"Signature\":{\"TypeParameters\":[],\"ArgumentType\":{\"Case\":\"TupleType\",\"Fields\":[[{\"Case\":\"Result\"},{\"Case\":\"Qubit\"}]]},\"ReturnType\":{\"Case\":\"UnitType\"},\"Information\":{\"Characteristics\":{\"Case\":\"EmptySet\"},\"InferredInformation\":{\"IsSelfAdjoint\":false,\"IsIntrinsic\":false}}},\"Documentation\":[]}")]
[assembly: SpecializationDeclaration("{\"Kind\":{\"Case\":\"QsBody\"},\"TypeArguments\":{\"Case\":\"Null\"},\"Information\":{\"Characteristics\":{\"Case\":\"EmptySet\"},\"InferredInformation\":{\"IsSelfAdjoint\":false,\"IsIntrinsic\":false}},\"Parent\":{\"Namespace\":\"Tests.qss\",\"Name\":\"_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult\"},\"Attributes\":[],\"SourceFile\":\"C:\\\\QDK\\\\iqsharp\\\\src\\\\Tests\\\\bin\\\\Debug\\\\netcoreapp3.1\\\\Workspace.QPRGen1\\\\Operations.qs\",\"Position\":\"Undefined\",\"HeaderRange\":\"Undefined\",\"Documentation\":[]}")]
#line hidden
namespace Tests.qss
{
    [SourceLocation("C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs", OperationFunctor.Body, 9, -1)]
    public partial class CompareMeasurementResult : Operation<QVoid, Result>, ICallable
    {
        public CompareMeasurementResult(IOperationFactory m) : base(m)
        {
        }

protected Release Release__
        {
            get;
            set;
        }

protected ICallable<Qubit, Result> M__
        {
            get;
            set;
        }

protected ICallable Microsoft__Quantum__Simulation__QuantumProcessor__Extensions__ApplyIfOne
        {
            get;
            set;
        }

private protected ICallable<(Result,Qubit), QVoid> _001342c68c374a11b857653cfc34cd36_CompareMeasurementResult__
        {
            get;
            set;
        }

public override Func<QVoid, Result> __Body__ => (__in__) =>
        {
#line hidden
            {
#line 10 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                var q = Allocate__.Apply();
#line hidden
                bool __arg1__ = true;
                try
                {
#line 11 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                    var r = M__.Apply(q);
#line 9 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                    Microsoft__Quantum__Simulation__QuantumProcessor__Extensions__ApplyIfOne.Apply((r, (_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult__, (r, q))));
#line 16 "C:\\QDK\\iqsharp\\src\\Tests\\bin\\Debug\\netcoreapp3.1\\Workspace.QPRGen1\\Operations.qs"
                    return r;
                }
#line hidden
                catch
                {
                    __arg1__ = false;
                    throw;
                }
#line hidden
                finally
                {
                    if (__arg1__)
                    {
#line hidden
                        Release__.Apply(q);
                    }
                }
            }
        }

;
        public override void __Init__()
        {
            this.Allocate__ = this.__Factory__.Get<Allocate>(typeof(global::Microsoft.Quantum.Intrinsic.Allocate));
            this.Release__ = this.__Factory__.Get<Release>(typeof(global::Microsoft.Quantum.Intrinsic.Release));
            this.M__ = this.__Factory__.Get<ICallable<Qubit, Result>>(typeof(global::Microsoft.Quantum.Intrinsic.M));
            this.Microsoft__Quantum__Simulation__QuantumProcessor__Extensions__ApplyIfOne = this.__Factory__.Get<ICallable>(typeof(global::Microsoft.Quantum.Simulation.QuantumProcessor.Extensions.ApplyIfOne<>));
            this._001342c68c374a11b857653cfc34cd36_CompareMeasurementResult__ = this.__Factory__.Get<ICallable<(Result,Qubit), QVoid>>(typeof(_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult));
        }

internal partial class _001342c68c374a11b857653cfc34cd36_CompareMeasurementResult : Operation<(Result,Qubit), QVoid>, ICallable
    {
        public _001342c68c374a11b857653cfc34cd36_CompareMeasurementResult(IOperationFactory m) : base(m)
        {
        }

public class In : QTuple<(Result,Qubit)>, IApplyData
        {
            public In((Result,Qubit) data) : base(data)
            {
            }

System.Collections.Generic.IEnumerable<Qubit> IApplyData.Qubits
            {
                get
                {
                    yield return Data.Item2;
                }
            }
        }

String ICallable.Name => "_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult";
        String ICallable.FullName => "Tests.qss._001342c68c374a11b857653cfc34cd36_CompareMeasurementResult";
        protected IUnitary<Qubit> H__
        {
            get;
            set;
        }

protected ICallable<Qubit, QVoid> Reset__
        {
            get;
            set;
        }

public override Func<(Result,Qubit), QVoid> __Body__ => (__in__) =>
        {
            var (r,q) = __in__;
            H__.Apply(q);
            Reset__.Apply(q);
#line hidden
            return QVoid.Instance;
        }

;
        public override void __Init__()
        {
            this.H__ = this.__Factory__.Get<IUnitary<Qubit>>(typeof(global::Microsoft.Quantum.Intrinsic.H));
            this.Reset__ = this.__Factory__.Get<ICallable<Qubit, QVoid>>(typeof(global::Microsoft.Quantum.Intrinsic.Reset));
        }

public override IApplyData __DataIn__((Result,Qubit) data) => new In(data);
        public override IApplyData __DataOut__(QVoid data) => data;
        public static System.Threading.Tasks.Task<QVoid> Run(IOperationFactory __m__, Result r, Qubit q)
        {
            return __m__.Run<_001342c68c374a11b857653cfc34cd36_CompareMeasurementResult, (Result,Qubit), QVoid>((r, q));
        }
    }
}