KingCobra Code-svn

Initial implementation for KingCobra Request-Response p2p queueing mechanism described in design notes with implementation of 2 new
functions:
- parse_ip_address() which extracts the prepended remote client ip address
- reply_to_publisher() which connects to the remote client ip parsed above and sends the message that gets queued in the remote client (and service too)

Thus a decentralized peer-to-peer message queuing is created which might have to be persisted locally in the corresponding VIRGO cloud nodes

Updated KingCobra Design Doc

Updated ProductOwnerProfile

Updated KingCobra design doc for queue persistence options

Updated KingCobra design doc

Updated KingCobra design notes - for design options for request-response design in kernelspace messaging

KingCobra version 1.0 release notes:
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java-src/ - has a JMS implementation of publisher-listener based on Apache ActiveMQ
c-src/ - has a kernel space KingCobra driver that implements a Service Request functionality for incoming request from VIRGO queue which could be
a Linux workqueue. The VIRGO linux workqueue in turn receives the request from a remote syscall or telnet path client to VIRGO cpupooling driver
which optionally invokes push_request() on VIRGO queue workqueue driver which is handled by a workqueue handler. The workqueue handler then
redirects the queued request to KingCobra driver. (VIRGO clients=>VIRGO cpupooling=>VIRGO Linux workqueue=>KingCobra kernelspace driver)

Thus KingCobra 1.0 implements a minimalistic linux workqueue based messaging framework in Linux kernel which widens the scope of conventional
messaging servers to hardware connected to a cloud in addition to usual software.

Updated KingCobra Design Doc for minimal kernelspace messaging implementation and testing

build generated symvers and order file KingCobra driver

Separate Makefile (split from VIRGO queue driver) for KingCobra kernel module