Class BidiFlow<TIn1, TOut1, TIn2, TOut2, TMat>

TBD

Inheritance

object

BidiFlow<TIn1, TOut1, TIn2, TOut2, TMat>

Implements

IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat>

IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>>

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Namespace: Akka.Streams.Dsl

Assembly: Akka.Streams.dll

Syntax

public class BidiFlow<TIn1, TOut1, TIn2, TOut2, TMat> : IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat>, IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>>

Type Parameters

Name	Description
TIn1	TBD
TOut1	TBD
TIn2	TBD
TOut2	TBD
TMat	TBD

Constructors

BidiFlow(IModule)

TBD

Declaration

public BidiFlow(IModule module)

Parameters

Type	Name	Description
IModule	module	TBD

Properties

Module

TBD

Declaration

public IModule Module { get; }

Property Value

Type	Description
IModule

Shape

TBD

Declaration

public BidiShape<TIn1, TOut1, TIn2, TOut2> Shape { get; }

Property Value

Type	Description
BidiShape<TIn1, TOut1, TIn2, TOut2>

Methods

AddAttributes(Attributes)

TBD

Declaration

public IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat> AddAttributes(Attributes attributes)

Parameters

Type	Name	Description
Attributes	attributes	TBD

Returns

Type	Description
IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat>	TBD

Async()

TBD

Declaration

public IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat> Async()

Returns

Type	Description
IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat>	TBD

AtopMat<TOut12, TIn21, TMat2, TMat3>(BidiFlow<TOut1, TOut12, TIn21, TIn2, TMat2>, Func<TMat, TMat2, TMat3>)

Add the given BidiFlow as the next step in a bidirectional transformation pipeline. By convention protocol stacks are growing to the left: the right most is the bottom layer, the closest to the metal.

{{{ +----------------------------+ | Resulting BidiFlow | | | | +------+ +------+ | I1 > | | ~O1~> | | > OO1 | | this | | bidi | | O2 < | | <~I2~ | | < II2 | +------+ +------+ | +----------------------------+ }}}

The combine function is used to compose the materialized values of this flow and that flow into the materialized value of the resulting BidiFlow.

Declaration

public BidiFlow<TIn1, TOut12, TIn21, TOut2, TMat3> AtopMat<TOut12, TIn21, TMat2, TMat3>(BidiFlow<TOut1, TOut12, TIn21, TIn2, TMat2> bidi, Func<TMat, TMat2, TMat3> combine)

Parameters

Type	Name	Description
BidiFlow<TOut1, TOut12, TIn21, TIn2, TMat2>	bidi	TBD
Func<TMat, TMat2, TMat3>	combine	TBD

Returns

Type	Description
BidiFlow<TIn1, TOut12, TIn21, TOut2, TMat3>	TBD

Type Parameters

Name	Description
TOut12	TBD
TIn21	TBD
TMat2	TBD
TMat3	TBD

Atop<TOut12, TIn21, TMat2>(BidiFlow<TOut1, TOut12, TIn21, TIn2, TMat2>)

Add the given BidiFlow as the next step in a bidirectional transformation pipeline. By convention protocol stacks are growing to the left: the right most is the bottom layer, the closest to the metal.

{{{ +----------------------------+ | Resulting BidiFlow | | | | +------+ +------+ | I1 > | | ~O1~> | | > OO1 | | this | | bidi | | O2 < | | <~I2~ | | < II2 | +------+ +------+ | +----------------------------+ }}}

The materialized value of the combined BidiFlow<TIn1, TOut1, TIn2, TOut2, TMat> will be the materialized value of the current flow (ignoring the other BidiFlow’s value), use AtopMat<TOut12, TIn21, TMat2, TMat3>(BidiFlow<TOut1, TOut12, TIn21, TIn2, TMat2>, Func<TMat, TMat2, TMat3>) if a different strategy is needed.

Declaration

public BidiFlow<TIn1, TOut12, TIn21, TOut2, TMat> Atop<TOut12, TIn21, TMat2>(BidiFlow<TOut1, TOut12, TIn21, TIn2, TMat2> bidi)

Parameters

Type	Name	Description
BidiFlow<TOut1, TOut12, TIn21, TIn2, TMat2>	bidi	TBD

Returns

Type	Description
BidiFlow<TIn1, TOut12, TIn21, TOut2, TMat>	TBD

Type Parameters

Name	Description
TOut12	TBD
TIn21	TBD
TMat2	TBD

JoinMat<TMat2, TMat3>(Flow<TOut1, TIn2, TMat2>, Func<TMat, TMat2, TMat3>)

Add the given Flow as the final step in a bidirectional transformation pipeline. By convention protocol stacks are growing to the left: the right most is the bottom layer, the closest to the metal.

{{{ +---------------------------+ | Resulting Flow | | | | +------+ +------+ | I1 > | | ~O1~> | | | | | this | | flow | | O2 < | | <~I2~ | | | | +------+ +------+ | +---------------------------+ }}}

The combine function is used to compose the materialized values of this flow and that flow into the materialized value of the resulting Flow<TIn, TOut, TMat>.

Declaration

public Flow<TIn1, TOut2, TMat3> JoinMat<TMat2, TMat3>(Flow<TOut1, TIn2, TMat2> flow, Func<TMat, TMat2, TMat3> combine)

Parameters

Type	Name	Description
Flow<TOut1, TIn2, TMat2>	flow	TBD
Func<TMat, TMat2, TMat3>	combine	TBD

Returns

Type	Description
Flow<TIn1, TOut2, TMat3>	TBD

Type Parameters

Name	Description
TMat2	TBD
TMat3	TBD

Join<TMat2>(Flow<TOut1, TIn2, TMat2>)

Add the given Flow as the final step in a bidirectional transformation pipeline. By convention protocol stacks are growing to the left: the right most is the bottom layer, the closest to the metal.

{{{ +---------------------------+ | Resulting Flow | | | | +------+ +------+ | I1 > | | ~O1~> | | | | | this | | flow | | O2 < | | <~I2~ | | | | +------+ +------+ | +---------------------------+ }}}

The materialized value of the combined Flow<TIn, TOut, TMat> will be the materialized value of the current flow (ignoring the other Flow’s value), use JoinMat<TMat2, TMat3>(Flow<TOut1, TIn2, TMat2>, Func<TMat, TMat2, TMat3>) if a different strategy is needed.

Declaration

public Flow<TIn1, TOut2, TMat> Join<TMat2>(Flow<TOut1, TIn2, TMat2> flow)

Parameters

Type	Name	Description
Flow<TOut1, TIn2, TMat2>	flow	TBD

Returns

Type	Description
Flow<TIn1, TOut2, TMat>	TBD

Type Parameters

Name	Description
TMat2	TBD

Named(string)

TBD

Declaration

public IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat> Named(string name)

Parameters

Type	Name	Description
string	name	TBD

Returns

Type	Description
IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat>	TBD

Reversed()

Turn this BidiFlow around by 180 degrees, logically flipping it upside down in a protocol stack.

Declaration

public BidiFlow<TIn2, TOut2, TIn1, TOut1, TMat> Reversed()

Returns

Type	Description
BidiFlow<TIn2, TOut2, TIn1, TOut1, TMat>	TBD

WithAttributes(Attributes)

TBD

Declaration

public IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat> WithAttributes(Attributes attributes)

Parameters

Type	Name	Description
Attributes	attributes	TBD

Returns

Type	Description
IGraph<BidiShape<TIn1, TOut1, TIn2, TOut2>, TMat>	TBD

Implements

IGraph<TShape, TMaterialized>

IGraph<TShape>

Extension Methods

ObjectExtensions.IsDefaultForType<T>(T)

ObjectExtensions.AsOption<T>(T)

Extensions.AsInstanceOf<T>(object)