neurocache-dev: Zusammenfassung des RepositoryNeueste Commits RSS
READMEREADME ------ _ _ ____ _ | \ | | ___ _ _ _ __ ___ / ___|__ _ ___| |__ ___ | \| |/ _ \ | | | '__/ _ \| | / _` |/ __| '_ \ / _ \ | |\ | __/ |_| | | | (_) | |__| (_| | (__| | | | __/ |_| \_|\___|\__,_|_| \___/ \____\__,_|\___|_| |_|\___| This package contains the source code of NeuroCache program and all the libraries and utilities. NeuroCache implements a neuro-based architecture for session caching system distributed over the network and the protocol functionalities, and provides the cAPIs for other program applications, such as the cLHy server <http://clhy.hyang.org>. The NeuroCache application machines set of accompanying libraries and utilities to share session state, and consists the following set of tools: * nsc_server : Provide an infrastructure interface to run a cache server listening on a network address. * nsc_client : Provide an infrastructure interface to run a local client proxy and manage multiplexing of requests to/from a cache server over a single persistent connection. * nsc_test : Provide an infrastructure interface to send a (configurable) barrage of session caching requests to a given network address using the neurocache protocol. * nsc_inteli : A transparent proxy tool supporting the neurocache protocol that can be used to monitor cache operation requests and responses between any two end-points (e.g. between application and nsc_client, or between nsc_client and nsc_server). The NeuroCache package contains the following libraries : * libneural : The underlying Neural Abstraction Library (hence has recursive name as "NEURAL") used by the NeuroCache libraries and utilities. The libneural uses non-blocking sockets, with an addressing abstraction that allows tools to transparently work over unix domain sockets or TCP/IPv4 sockets by a change of address text. The libneural defines various object types including: - NEURAL_ADDRESS : The addressing abstraction converts to/from text representations, indicates whether given addresses are valid for listening on, connecting to, or both. - NEURAL_CONNECTION : Encapsulates a network connection that can be used for sending/receiving arbitrary binary data. - NEURAL_LISTENER : Encapsulates a listening socket that can be used to accept incoming connection requests on a configured address, creating a NEURAL_CONNECTION wrapper for each accepted connection. - NEURAL_SELECTOR : Provides an object that can be prepared with various NEURAL_LISTENER and NEURAL_CONNECTION objects, and can then manage the non-blocking I/O "event loop". - NEURAL_BUFFER : Implements a FIFO data array and is used primarily for representing the read and send parts of a NEURAL_CONNECTION object. - NEURAL_decode_uint32 : Some helper functions to assist in serialising data, particularly with respect to putting integral data into network byte order (allowing interoperability between platforms with differing byte-order). * libneurocache : This library provides APIs with the following headers: - neurocache/nsc_plug.h : This header provides the NSC_PLUG abstraction to encapsulate a connection and to implement the neurocache protocol and various functions for manipulating the reading and writing of neurocache requests or responses. - neurocache/nsc_client.h : This header declares a higher-level (and much simpler) API than nsc_plug.h, and useful in a program applications that want API functions that do cache operations. This is the API used to add neurocache support to other HTTP/web server, such as cLHy (known as capi_socache_neuro). * libneurocacheserver : The headers in this library declare the APIs for implementing a session cache supporting the neurocache protocol. BUG REPORT Create a new ticket at NeuroCache repository that uses HySCM ticket system at: http://clhy.hyang.org/cgi-bin/neurocache-dev/neurocache/tktnew or send an email containing your bug report to contributing@hyang.org. |