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-.TH zmq 7 "" "(c)2007-2010 iMatix Corporation" "0MQ User Manuals"
-.SH NAME
-0MQ \- a lightweight messaging kernel
-.SH SYNOPSIS
-
-0MQ is an extension of POSIX sockets. It is a library that augments standard
-networking sockets by special capabilities that you can otherwise get only
-by using specialised "messaging middleware" products, such as automated
-handling of connections and disconnections, delivery of a message to multiple
-destinations, load balancing messages, sophisticated message filtering etc.
-
-0MQ is designed to be extremely fast. Expected end-to-end latencies for
-messages passed over a LAN are in tens of microseconds. Expected
-throughputs are to be measured in millions of messages per second.
-
-0MQ is designed to be very thin. It requires no more than couple of
-pages in resident memory and is thus well suited for any environment ranging
-from small embedded devices, routers and cell phones to enterprise-scale
-data centers.
-
-0MQ runs on a wide range of operating systems and supports variety of processor
-microarchitectures.
-
-0MQ is accessible from a large set of programming languages.
-
-0MQ is fully open sourced LGPL-licensed software.
-
-.SH CONTEXT
-Each 0MQ socket lives within a specific context. Creating and destroying
-context is a counterpart of library initialisation/deinitialisation as used
-elsewhere. Ability to create multiple contexts saves the day when an application
-happens to link (indirectly and involuntarily) with several instances of 0MQ.
-
-Initialise 0MQ context:
-.BR zmq_init(3)
-
-Uninitialise 0MQ context:
-.BR zmq_term(3)
-
-.SH MESSAGES
-Message is a discrete unit of data passed between applications or components
-of the same application. 0MQ message has no internal structure, it is an opaque
-BLOB. When writing data to or reading data from the message, you are free to
-use any of the many serialisation libraries available. Alternatively, you can
-use your own serialisation code. The latter option is especially useful when
-migrating legacy applications to 0MQ - there's no need to break existing
-message formats.
-
-Initialise a message:
-.BR zmq_msg_init(3)
-.BR zmq_msg_size(3)
-.BR zmq_msg_data(3)
-
-Uninitialise a message:
-.BR zmq_msg_close(3)
-
-Access message content:
-.BR zmq_msg_data(3)
-.BR zmq_msg_size(3)
-
-Message manipulation:
-.BR zmq_msg_copy(3)
-.BR zmq_msg_move(3)
-
-.SH SOCKETS
-0MQ sockets are very similar to POSIX sockets. See following manual pages to
-understand them in depth.
-
-Creating a socket:
-.BR zmq_socket(3)
-
-Closing a socket:
-.BR zmq_close(3)
-
-Setting socket options:
-.BR zmq_setsockopt(3)
-
-Establishing a message flow:
-.BR zmq_bind(3)
-.BR zmq_connect(3)
-
-Sending & receiving messages:
-.BR zmq_send(3)
-.BR zmq_flush(3)
-.BR zmq_recv(3)
-
-.SH MULTIPLEXING
-0MQ allows you to handle multiple sockets (0MQ as well as standard POSIX)
-in an asynchronous manner.
-
-Poll for I/O events:
-.BR zmq_poll(3)
-
-.SH ERROR HANDLING
-0MQ defines couple of non-POSIX error codes. Use following functions to handle
-them neatly.
-
-Convert error code into human readable string:
-.BR zmq_strerror(3)
-
-.SH TRANSPORTS
-0MQ allows for using different underlying transport mechanisms (even multiple
-at once). Each transport mechanism has its own advantages and drawbacks. For
-detailed description of individual mechanisms check following manual pages:
-
-TCP/IP transport:
-.BR zmq_tcp(7)
-
-UDP reliable multicast transport:
-.BR zmq_udp(7)
-
-PGM reliable multicast transport:
-.BR zmq_pgm(7)
-
-Inter-process transport:
-.BR zmq_ipc (7)
-
-In-process (inter-thread) transport:
-.BR zmq_inproc(7)
-
-.SH DEVICES
-Aside of the messaging library (a.k.a. messaging kernel) 0MQ provides pre-built
-executables - devices - to serve as middle nodes in complex messaging
-topologies. For detailed description of individual devices check following
-manual pages:
-
-Forwarder device for PUB/SUB messaging:
-.BR zmq_forwarder(1)
-
-Streamer device for UPSTREAM/DOWNSTREAM messaging:
-.BR zmq_streamer(1)
-.SH LANGUAGES
-0MQ manual pages provide info on C API. To find out how the your
-favourite language API maps to C API and thus how to find relevant manual pages,
-see following articles:
-
-C++:
-.BR zmq_cpp(7)
-
-Common Lisp:
-.BR zmq_cl(7)
-
-Python:
-.BR zmq_python(7)
-
-Ruby:
-.BR zmq_ruby(7)
-
-.SH AUTHOR
-Martin Sustrik <sustrik at 250bpm dot com>
-