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tci-gateway-module
Grpc
Commits
acd5f0e1
Commit
acd5f0e1
authored
8 years ago
by
Jan Tattermusch
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src/csharp/Grpc.IntegrationTesting/TestServiceGrpc.cs
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#region Copyright notice and license
// Copyright 2015, Google Inc.
// All rights reserved.
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions are
// met:
//
// * Redistributions of source code must retain the above copyright
// notice, this list of conditions and the following disclaimer.
// * Redistributions in binary form must reproduce the above
// copyright notice, this list of conditions and the following disclaimer
// in the documentation and/or other materials provided with the
// distribution.
// * Neither the name of Google Inc. nor the names of its
// contributors may be used to endorse or promote products derived from
// this software without specific prior written permission.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
// "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
// LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
// A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
// OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
// LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
// DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
// OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
#endregion
using
System
;
using
System.Collections.Generic
;
using
System.Threading
;
using
System.Threading.Tasks
;
using
Grpc.Core
;
namespace
grpc.testing
{
/// <summary>
/// TestService (this is handwritten version of code that will normally be generated).
/// </summary>
public
class
TestServiceGrpc
{
static
readonly
string
ServiceName
=
"/grpc.testing.TestService"
;
static
readonly
Marshaller
<
Empty
>
EmptyMarshaller
=
Marshallers
.
Create
((
arg
)
=>
arg
.
ToByteArray
(),
Empty
.
ParseFrom
);
static
readonly
Marshaller
<
SimpleRequest
>
SimpleRequestMarshaller
=
Marshallers
.
Create
((
arg
)
=>
arg
.
ToByteArray
(),
SimpleRequest
.
ParseFrom
);
static
readonly
Marshaller
<
SimpleResponse
>
SimpleResponseMarshaller
=
Marshallers
.
Create
((
arg
)
=>
arg
.
ToByteArray
(),
SimpleResponse
.
ParseFrom
);
static
readonly
Marshaller
<
StreamingOutputCallRequest
>
StreamingOutputCallRequestMarshaller
=
Marshallers
.
Create
((
arg
)
=>
arg
.
ToByteArray
(),
StreamingOutputCallRequest
.
ParseFrom
);
static
readonly
Marshaller
<
StreamingOutputCallResponse
>
StreamingOutputCallResponseMarshaller
=
Marshallers
.
Create
((
arg
)
=>
arg
.
ToByteArray
(),
StreamingOutputCallResponse
.
ParseFrom
);
static
readonly
Marshaller
<
StreamingInputCallRequest
>
StreamingInputCallRequestMarshaller
=
Marshallers
.
Create
((
arg
)
=>
arg
.
ToByteArray
(),
StreamingInputCallRequest
.
ParseFrom
);
static
readonly
Marshaller
<
StreamingInputCallResponse
>
StreamingInputCallResponseMarshaller
=
Marshallers
.
Create
((
arg
)
=>
arg
.
ToByteArray
(),
StreamingInputCallResponse
.
ParseFrom
);
static
readonly
Method
<
Empty
,
Empty
>
EmptyCallMethod
=
new
Method
<
Empty
,
Empty
>(
MethodType
.
Unary
,
"EmptyCall"
,
EmptyMarshaller
,
EmptyMarshaller
);
static
readonly
Method
<
SimpleRequest
,
SimpleResponse
>
UnaryCallMethod
=
new
Method
<
SimpleRequest
,
SimpleResponse
>(
MethodType
.
Unary
,
"UnaryCall"
,
SimpleRequestMarshaller
,
SimpleResponseMarshaller
);
static
readonly
Method
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>
StreamingOutputCallMethod
=
new
Method
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>(
MethodType
.
ServerStreaming
,
"StreamingOutputCall"
,
StreamingOutputCallRequestMarshaller
,
StreamingOutputCallResponseMarshaller
);
static
readonly
Method
<
StreamingInputCallRequest
,
StreamingInputCallResponse
>
StreamingInputCallMethod
=
new
Method
<
StreamingInputCallRequest
,
StreamingInputCallResponse
>(
MethodType
.
ClientStreaming
,
"StreamingInputCall"
,
StreamingInputCallRequestMarshaller
,
StreamingInputCallResponseMarshaller
);
static
readonly
Method
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>
FullDuplexCallMethod
=
new
Method
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>(
MethodType
.
DuplexStreaming
,
"FullDuplexCall"
,
StreamingOutputCallRequestMarshaller
,
StreamingOutputCallResponseMarshaller
);
static
readonly
Method
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>
HalfDuplexCallMethod
=
new
Method
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>(
MethodType
.
DuplexStreaming
,
"HalfDuplexCall"
,
StreamingOutputCallRequestMarshaller
,
StreamingOutputCallResponseMarshaller
);
public
interface
ITestServiceClient
{
Empty
EmptyCall
(
Empty
request
,
CancellationToken
token
=
default
(
CancellationToken
));
Task
<
Empty
>
EmptyCallAsync
(
Empty
request
,
CancellationToken
token
=
default
(
CancellationToken
));
SimpleResponse
UnaryCall
(
SimpleRequest
request
,
CancellationToken
token
=
default
(
CancellationToken
));
Task
<
SimpleResponse
>
UnaryCallAsync
(
SimpleRequest
request
,
CancellationToken
token
=
default
(
CancellationToken
));
AsyncServerStreamingCall
<
StreamingOutputCallResponse
>
StreamingOutputCall
(
StreamingOutputCallRequest
request
,
CancellationToken
token
=
default
(
CancellationToken
));
AsyncClientStreamingCall
<
StreamingInputCallRequest
,
StreamingInputCallResponse
>
StreamingInputCall
(
CancellationToken
token
=
default
(
CancellationToken
));
AsyncDuplexStreamingCall
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>
FullDuplexCall
(
CancellationToken
token
=
default
(
CancellationToken
));
AsyncDuplexStreamingCall
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>
HalfDuplexCall
(
CancellationToken
token
=
default
(
CancellationToken
));
}
public
class
TestServiceClientStub
:
AbstractStub
<
TestServiceClientStub
,
StubConfiguration
>,
ITestServiceClient
{
public
TestServiceClientStub
(
Channel
channel
)
:
base
(
channel
,
StubConfiguration
.
Default
)
{
}
public
TestServiceClientStub
(
Channel
channel
,
StubConfiguration
config
)
:
base
(
channel
,
config
)
{
}
public
Empty
EmptyCall
(
Empty
request
,
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
EmptyCallMethod
);
return
Calls
.
BlockingUnaryCall
(
call
,
request
,
token
);
}
public
Task
<
Empty
>
EmptyCallAsync
(
Empty
request
,
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
EmptyCallMethod
);
return
Calls
.
AsyncUnaryCall
(
call
,
request
,
token
);
}
public
SimpleResponse
UnaryCall
(
SimpleRequest
request
,
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
UnaryCallMethod
);
return
Calls
.
BlockingUnaryCall
(
call
,
request
,
token
);
}
public
Task
<
SimpleResponse
>
UnaryCallAsync
(
SimpleRequest
request
,
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
UnaryCallMethod
);
return
Calls
.
AsyncUnaryCall
(
call
,
request
,
token
);
}
public
AsyncServerStreamingCall
<
StreamingOutputCallResponse
>
StreamingOutputCall
(
StreamingOutputCallRequest
request
,
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
StreamingOutputCallMethod
);
return
Calls
.
AsyncServerStreamingCall
(
call
,
request
,
token
);
}
public
AsyncClientStreamingCall
<
StreamingInputCallRequest
,
StreamingInputCallResponse
>
StreamingInputCall
(
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
StreamingInputCallMethod
);
return
Calls
.
AsyncClientStreamingCall
(
call
,
token
);
}
public
AsyncDuplexStreamingCall
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>
FullDuplexCall
(
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
FullDuplexCallMethod
);
return
Calls
.
AsyncDuplexStreamingCall
(
call
,
token
);
}
public
AsyncDuplexStreamingCall
<
StreamingOutputCallRequest
,
StreamingOutputCallResponse
>
HalfDuplexCall
(
CancellationToken
token
=
default
(
CancellationToken
))
{
var
call
=
CreateCall
(
ServiceName
,
HalfDuplexCallMethod
);
return
Calls
.
AsyncDuplexStreamingCall
(
call
,
token
);
}
}
// server-side interface
public
interface
ITestService
{
Task
<
Empty
>
EmptyCall
(
ServerCallContext
context
,
Empty
request
);
Task
<
SimpleResponse
>
UnaryCall
(
ServerCallContext
context
,
SimpleRequest
request
);
Task
StreamingOutputCall
(
ServerCallContext
context
,
StreamingOutputCallRequest
request
,
IServerStreamWriter
<
StreamingOutputCallResponse
>
responseStream
);
Task
<
StreamingInputCallResponse
>
StreamingInputCall
(
ServerCallContext
context
,
IAsyncStreamReader
<
StreamingInputCallRequest
>
requestStream
);
Task
FullDuplexCall
(
ServerCallContext
context
,
IAsyncStreamReader
<
StreamingOutputCallRequest
>
requestStream
,
IServerStreamWriter
<
StreamingOutputCallResponse
>
responseStream
);
Task
HalfDuplexCall
(
ServerCallContext
context
,
IAsyncStreamReader
<
StreamingOutputCallRequest
>
requestStream
,
IServerStreamWriter
<
StreamingOutputCallResponse
>
responseStream
);
}
public
static
ServerServiceDefinition
BindService
(
ITestService
serviceImpl
)
{
return
ServerServiceDefinition
.
CreateBuilder
(
ServiceName
)
.
AddMethod
(
EmptyCallMethod
,
serviceImpl
.
EmptyCall
)
.
AddMethod
(
UnaryCallMethod
,
serviceImpl
.
UnaryCall
)
.
AddMethod
(
StreamingOutputCallMethod
,
serviceImpl
.
StreamingOutputCall
)
.
AddMethod
(
StreamingInputCallMethod
,
serviceImpl
.
StreamingInputCall
)
.
AddMethod
(
FullDuplexCallMethod
,
serviceImpl
.
FullDuplexCall
)
.
AddMethod
(
HalfDuplexCallMethod
,
serviceImpl
.
HalfDuplexCall
)
.
Build
();
}
public
static
ITestServiceClient
NewStub
(
Channel
channel
)
{
return
new
TestServiceClientStub
(
channel
);
}
}
}
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