4bfc868fa3
compatible / memcached, and has more features(as follows): * persistent storage (you can use flare as persistent memcached) * pluggable storage (currently only Tokyo Cabinet is available, though:) * data replication (synchronous or asynchronous) * data partitioning (automatically partitioned according to # of master servers (clients do not have to care about it)) * dynamic reconstruction, and partitioning (you can dynamically (I mean, without any service interruption) add slave servers and partition master servers) * node monitoring and failover (if any server is down, the server is automatically isolated from active servers and another slave server is promoted to master server) * request proxy (you can always get same result regardless of servers you connect to. so you can think flare servers as one big key-value storage) * over 256 bytes keys, and over 1M bytes values are available WWW: http://labs.gree.jp/Top/OpenSource/Flare-en.html
18 lines
679 B
C
18 lines
679 B
C
--- src/flarei/ini_option.h.orig 2009-10-09 19:08:47.000000000 +0900
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+++ src/flarei/ini_option.h 2010-05-30 00:47:47.862009797 +0900
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@@ -25,6 +25,7 @@
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char** _argv;
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string _config_path;
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+ string _pid_path;
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bool _daemonize;
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string _data_dir;
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string _log_facility;
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@@ -61,6 +62,7 @@
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int set_args(int argc, char** argv) { this->_argc = argc; this->_argv = argv; return 0; };
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string get_config_path() { return this->_config_path; };
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+ string get_pid_path() { return this->_pid_path; };
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bool is_daemonize() { return this->_daemonize; };
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string get_data_dir() { return this->_data_dir; };
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string get_log_facility() { return this->_log_facility; };
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