HessianD

[Radu]

can you compile the client example with -version=Debug
then paste the  "response:" line.
As a note I'm compiling with dmd 1.014, rebuild 0.65 on Windows XP


Simen Haugen wrote:
> Compiling works fine now, but I cannot get your examples to work. When 
> trying to run the client, I get the following error:
>  
> hessian.Input.HessianError: invalid reply, expected 'r' instead of<
>
>     "Radu" <radu.racariu at void.space <mailto:radu.racariu at void.space>>
>     wrote in message news:f43gc1$2qa$1 at digitalmars.com...
>     I've updated the project to use:
>     tango.util.time.WallClock,
>     tango.util.time.Clock,
>
>     it works with tango 0.98 RC2.
>
>     Please download hessiand again.
>
>
>     Simen Haugen wrote:
>>     I cannot compile it. You're using tango.util.time.Utc, and in my tango trunk 
>>     that file doesn't exist.
>>
>>     "Radu" <radu.racariu at void.space> wrote in message 
>>     news:f3f7n3$1r10$1 at digitalmars.com...
>>       
>>>     HessianD (http://www.dsource.org/projects/hessiand/)
>>>     A D implementation of the Hessian (http://caucho.com/hessian) binary web
>>>     service protocol.
>>>     Supports both the client and the server model.
>>>
>>>     Client sample:
>>>
>>>     import hessian.HttpProxy :
>>>     HttpProxy;
>>>     import tango.io.Stdout;
>>>
>>>     char[] echo(char[] param);
>>>
>>>     void main ()
>>>     {
>>>
>>>         // create a Http proxy on the given Http endpoint so we can post
>>>     our Hessian stream
>>>         scope service = new HttpProxy("http://localhost:5667/hessiantest");
>>>
>>>         // create a proxy method that will do the Hessian serialization
>>>     and deserialization
>>>         auto _echo = &service.proxy!(echo);
>>>
>>>         // we'll perform the remote call and display the result
>>>         Stdout ("Remote result: ") ( _echo("Hello World!") ).newline.flush;
>>>
>>>     }
>>>
>>>     Server sample:
>>>
>>>     import hessian.HttpServer:
>>>     Server;
>>>
>>>     class impl
>>>     {
>>>     char[] echo (char[] param)
>>>     {
>>>       return param;
>>>     } }
>>>
>>>     void main()
>>>     {
>>>         // create a Http server on the given port
>>>         auto server = new Server(5667);
>>>         // attach a context with the Http endpoint and the class
>>>     implementing the method
>>>         auto context = server.addContext!(impl)("/test/hessiantest");
>>>         // bind the method to the context created
>>>         context.bind!(impl.echo);
>>>         // and finally start listenning to Http Post requests
>>>         server.start;
>>>     }
>>>
>>>
>>>
>>>         
>>
>>
>>       
>

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