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Posted to dev@thrift.apache.org by "Johan Stuyts (JIRA)" <ji...@apache.org> on 2008/07/01 09:13:45 UTC
[jira] Updated: (THRIFT-66) Allow multiplexing multiple services
over a single TCP connection
[ https://issues.apache.org/jira/browse/THRIFT-66?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel ]
Johan Stuyts updated THRIFT-66:
-------------------------------
Attachment: TSimpleMultiplexServer.java
> Allow multiplexing multiple services over a single TCP connection
> -----------------------------------------------------------------
>
> Key: THRIFT-66
> URL: https://issues.apache.org/jira/browse/THRIFT-66
> Project: Thrift
> Issue Type: New Feature
> Components: Library (C#), Library (C++), Library (Cocoa), Library (Erlang), Library (Java), Library (Perl), Library (Python), Library (Ruby)
> Reporter: Johan Stuyts
> Attachments: CalculatorImpl.java, MultiplexTestClientMain.java, MultiplexTestServerMain.java, SharedImpl.java, ThriftMultiplexInvocationHandler.java, TMultiplexServer.java, TSimpleMultiplexServer.java
>
>
> The current {{TServer}} implementations expose a single service on a port. If an application has many services many ports have to be opened. This is cumbersome because:
> - you have to document which service is available on which port, and remembering the port numbers is difficult
> - to prevent the overhead of connection setup on each call, a client has to maintain to many connections: at least one to each port
> - it requires opening many ports on a firewall if one is between the client and the server.
> By multiplexing multiple services on a single port the problems above are resolved:
> - instead of a port number a symbolic name can be assigned to a service
> - a client can maintain a small pool of connections to a single port
> - only one port has to be opened on the firewall
> The attached Java implementation simply wraps a normal {{CALL}} message with a (new) {{SERVICE_SELECTION}} message. It is not necessary to modify or wrap the response. No changes are needed to the generated classes. Only a new type of server is introduced, and an invocation handler for a dynamic proxy around the {{Client}} classes of services is provided for the client side. The implementation does not handle communication errors (invalid data, timeouts, etc.) yet.
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