TRANSPORT AGNOSTIC IPC MECHANISM
A distributed computer system includes at least two processors. Each processor includes at least one process including at least one thread and a network server. A host module is in a thread in a first processor and a client module is in a thread in a second processor. A network couples the respective network servers in the processors. The host module registers with the system via the network server in the first processor. The client module on the second processor establishes a connection with the host module on the first processor. The host module and the client module communicate through the established connection.
1 . A distributed computer system comprising:
at least two processors, each processor including:
at least one process including at least one thread; and
a network server;
a host module in the at least one thread in a first processor of the at least two processors;
a client module in the at least one thread in a second processor of the at least two processors; and
a network coupling the respective network servers in the at least two processors; wherein:
the host module registers with the system via the network server in the first processor;
the client module on the second processor establishes a connection with the host module on the first processor; and
the host module and the client module communicate through the established connection.
2 . The system of claim 1 wherein the host module registers by:
providing data representing the host module to the network server in the first processor; and
the network server in the first processor receives the host module representative data and broadcasts that data to the network server in the respective at least two processors.
3 . The system of claim 1 wherein the client module establishes a connection by:
providing data representing the client module to the network server on the second processor;
the network server on the second processor sends the client representative data to the network server on the first processor;
the network server on the first processor sends the client representative data to the host module; and
the host module enables communication with the client module.
4 . The system of claim 1 wherein the host module and the client module communicate by:
a first module being one of the host module and the client module generates a message containing message related data for a second module being the other one of the host module and the client module;
the first module sends the message to a first network server being the network server in the processor containing the first module;
the first network server sends the message to the a second network server being the network server in the processor containing the second module;
a second network server sends the message to the second module; and
the second module receives and processes the message.
5 . The system of claim 4 wherein:
the first module is the client module; and
the second module if the host module.
6 . The system of claim 1 wherein the network is an Ethernet network.
7 . The system of claim 6 wherein the network contains wired links or wireless links or both
8 . A distributed gaming system comprising:
a gaming server including a first processor including:
at least one process including at least one thread; and
a network server;
a gaming client including a second processor including:
at least one process including at least one thread; and
a network server;
a host module in the at least one thread in the processor in the gaming server;
a client module in the at least one thread in the processor in the gaming client; and
a network coupling the respective network servers in the at least two processors; wherein:
the host module registers with the system via the network server in the first processor;
the client module on the second processor establishes a connection with the host module on the first processor; and
the host module and the client module communicate through the established connection.