fast, self-healing application container server (core)

 uWSGI presents a complete stack for networked/clustered web applications,
 implementing message/object passing, caching, RPC and process management.
 It uses the uwsgi protocol for all the networking/interprocess communications.
 .
 uWSGI can be run in preforking, threaded, asynchronous/evented modes and
 supports various forms of green threads/coroutines (such as uGreen, Greenlet,
 Fiber). uWSGI provides several methods of configuration: via command line,
 via environment variables, via XML, INI, YAML configuration files, via LDAP
 and more.
 .
 On top of all this, it is designed to be fully modular. This means that
 different plugins can be used in order to add compatibility with tons of
 different technology on top of the same core.
 .
 This package provides core uWSGI binary (built without any embedded
 plugins) and plugins with no or few dependencies:
 .
  * cache
  * carbon
  * cgi
  * cheaper_backlog2
  * cheaper_busyness
  * clock_monotonic
  * clock_realtime
  * corerouter
  * echo
  * emperor_amqp
  * emperor_zeromq
  * fastrouter
  * forkptyrouter
  * http
  * logcrypto
  * logfile
  * logpipe
  * logsocket
  * logzmq
  * matheval
  * mongrel2
  * msgpack
  * nagios
  * notfound
  * pam
  * ping
  * pty
  * rawrouter
  * redislog
  * router_basicauth
  * router_cache
  * router_expires
  * router_hash
  * router_http
  * router_memcached
  * router_metrics
  * router_radius
  * router_redirect
  * router_redis
  * router_rewrite
  * router_static
  * router_uwsgi
  * router_xmldir
  * rpc
  * rrdtool
  * rsyslog
  * signal
  * spooler
  * ssi
  * sslrouter
  * stats_pusher_file
  * stats_pusher_socket
  * stats_pusher_statsd
  * symcall
  * syslog
  * systemd_logger
  * transformation_chunked
  * transformation_gzip
  * transformation_offload
  * transformation_template
  * transformation_tofile
  * transformation_toupper
  * tuntap
  * ugreen
  * webdav
  * xattr
  * zabbix
  * zergpool
 .
 forkptyrouter, systemd and tuntap are provided
 only on supported architectures.