You can expose the service in two different endpoints.
the SOAP one can use the binding that support SOAP e.g. basicHttpBinding, the RESTful one can use the webHttpBinding. I assume your REST service will be in JSON, in that case, you need to configure the two endpoints with the following behaviour configuration
<endpointBehaviors>
<behavior name="jsonBehavior">
<enableWebScript/>
</behavior>
</endpointBehaviors>
An example of endpoint configuration in your scenario is
<services>
<service name="TestService">
<endpoint address="soap" binding="basicHttpBinding" contract="ITestService"/>
<endpoint address="json" binding="webHttpBinding" behaviorConfiguration="jsonBehavior" contract="ITestService"/>
</service>
</services>
so, the service will be available at
Apply [WebGet] to the operation contract to make it RESTful.
e.g.
public interface ITestService
{
[OperationContract]
[WebGet]
string HelloWorld(string text)
}
Note, if the REST service is not in JSON, parameters of the operations can not contain complex type.
Reply to the post for SOAP and RESTful POX(XML)
For plain old XML as return format, this is an example that would work both for SOAP and XML.
[ServiceContract(Namespace = "http://test")]
public interface ITestService
{
[OperationContract]
[WebGet(UriTemplate = "accounts/{id}")]
Account[] GetAccount(string id);
}
POX behavior for REST Plain Old XML
<behavior name="poxBehavior">
<webHttp/>
</behavior>
Endpoints
<services>
<service name="TestService">
<endpoint address="soap" binding="basicHttpBinding" contract="ITestService"/>
<endpoint address="xml" binding="webHttpBinding" behaviorConfiguration="poxBehavior" contract="ITestService"/>
</service>
</services>
Service will be available at
REST request
try it in browser,
http://www.example.com/xml/accounts/A123
SOAP request
client endpoint configuration for SOAP service after adding the service reference,
<client>
<endpoint address="http://www.example.com/soap" binding="basicHttpBinding"
contract="ITestService" name="BasicHttpBinding_ITestService" />
</client>
in C#
TestServiceClient client = new TestServiceClient();
client.GetAccount("A123");
Another way of doing it is to expose two different service contract and each one with specific configuration. This may generate some duplicates at code level, however at the end of the day, you want to make it working.
You'll want something like this to increase the message size quotas, in the App.config or Web.config file:
<bindings>
<basicHttpBinding>
<binding name="basicHttp" allowCookies="true"
maxReceivedMessageSize="20000000"
maxBufferSize="20000000"
maxBufferPoolSize="20000000">
<readerQuotas maxDepth="32"
maxArrayLength="200000000"
maxStringContentLength="200000000"/>
</binding>
</basicHttpBinding>
</bindings>
And use the binding name in your endpoint configuration e.g.
...
bindingConfiguration="basicHttp"
...
The justification for the values is simple, they are sufficiently large to accommodate most messages. You can tune that number to fit your needs. The low default value is basically there to prevent DOS type attacks. Making it 20000000 would allow for a distributed DOS attack to be effective, the default size of 64k would require a very large number of clients to overpower most servers these days.
Best Answer
I suppose this is possible, though I'm not sure you'd want this. I'd take the following approach (untested, not sure if it works). First create the following project structure in your solution:
ServiceInterfaces
ServiceImplementations
(referencesServiceInterfaces
andModelClasses
)ModelClasses
Host
(referencesServiceInterfaces
andServiceImplementations
)Client
(referencesServiceInterfaces
andModelClasses
)In
ServiceInterfaces
you have an interface like this (I skipped the namespaces, etc to make the example shorter):In
ServiceImplementations
you have a class that implementsIMyService<T>
:In
Host
you have the correct configuration for your service in anApp.config
(orWeb.config
) file and the following code to host your service (given that it is a stand-alone app):And finally in
Client
you use aChannelFactory<TChannel>
class to define a proxy:Again, I'm not sure if this works. The trick is to share your service interfaces (in
ServiceInterfaces
) and domain model objects (inModelClasses
) between the host and the client. In my example I use a string to return from the service method but it could be any data contract type from theModelClasses
project.