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Commits on Oct 2, 2012
Commits on Sep 10, 2010
Commits on Aug 6, 2010
  1. Update HOMEPAGE location.

    obache authored
Commits on Jan 17, 2010
  1. Update ruby-tokyotyrant to 1.13.

    obache authored
Commits on Nov 25, 2009
Commits on Jul 21, 2009
  1. Update ruby-tokyotyrant to 1.11.

    obache authored
Commits on Jul 7, 2009
  1. Update ruby-tokyotyrant to 1.10.

    obache authored
Commits on Jun 8, 2009
  1. Update tokyotyrant-ruby to 1.9.

    obache authored
Commits on Jun 5, 2009
  1. Update tokyotyrant-ruby to 1.8.

    obache authored
Commits on May 24, 2009
  1. Update tokyotyrant to 1.1.27.

    obache authored
    Changes:
    2009-05-11  Mikio Hirabayashi  <mikio@users.sourceforge.net>
    
    	* tcrtest.c (runtable, proctable): "-exp" option was added.
    
    	* ttskelnull.c: new file.
    
    	* tokyotyrant.idl: new file.
    
    	- Release: 1.1.27
Commits on May 19, 2009
  1. Use standard location for LICENSE line (in MAINTAINER/HOMEPAGE/COMMENT

    wiz authored
    block). Uncomment some commented out LICENSE lines while here.
Commits on May 14, 2009
  1. Update ruby-tokyotyrant to 1.6.

    obache authored
    No ChangeLog available, but this update made to pass all self test with
    recent release of tokyotyrant.
Commits on May 7, 2009
Commits on Mar 21, 2009
Commits on Feb 15, 2009
Commits on Jan 4, 2009
Commits on Dec 7, 2008
Commits on Oct 26, 2008
  1. Import ruby-tokyotyrant-1.0 as databases/ruby-tokyotyrant.

    obache authored
    This module implements the pure Ruby client which connects to the server of
    Tokyo Tyrant and speaks its original binary protocol.
    
    Tokyo Tyrant is a package of network interface to the DBM called Tokyo Cabinet.
    Though the DBM has high performance, you might bother in case that multiple
    processes share the same database, or remote processes access the database.
    Thus, Tokyo Tyrant is provided for concurrent and remote connections to Tokyo
    Cabinet. It is composed of the server process managing a database and its access
    library for client applications. The server can embed Lua, a lightweight script
    language so that you can define arbitrary operations of the database.
    
    The server features high concurrency due to thread-pool modeled implementation
    and the epoll/kqueue mechanism of the modern Linux/*BSD kernel. The server and
    its clients communicate with each other by simple binary protocol on TCP/IP.
    Protocols compatible with memcached and HTTP/1.1 are also supported so that
    almost all principal platforms and programming languages can use Tokyo Tyrant.
    High availability and high integrity are also featured due to such mechanisms as
    hot backup, update logging, and replication.
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