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    flask中的所有第三方模块大集合

    Flask-AppBuilder - Simple and rapid Application builder, includes detailed security, auto form generation, google charts and much more. FlaskEx - UNKNOWN gourd - easy server framework. add flask's style route to tcp/udp server. kit - Flask, Celery, SQLAlchemy integration framework. Flask-WTF - Simple integration of Flask and WTForms alchemist - A server architecture built on top of a solid foundation provided by flask, sqlalchemy, and various extensions. Flask-Mail - Flask extension for sending email sga - make it easier to use pyga for web develop. and make pyga compatible with flask and django. flask-peewee - Peewee integration for flask flask_util_js - flask's util in javascript. such as url_for etc. Flask-Security - Simple security for Flask apps Flask-RESTful - Simple framework for creating REST APIs Flask-SeaSurf - An updated CSRF extension for Flask. Flask-Cache - Adds cache support to your Flask application Flask-Admin - Simple and extensible admin interface framework for Flask Flask-Slither - A small library between MongoDB and JSON API endpoints Flask-Bootstrap - An extension that includes Bootstrap in your project, without any boilerplate code. Flask-Script - Scripting support for Flask Flask-GoogleLogin - Extends Flask-Login to use Google's OAuth2 authorization Flask-Exceptional - Adds Exceptional support to Flask applications Flask - A microframework based on Werkzeug, Jinja2 and good intentions INSTALLED: 0.10.1 (latest) clay-flask - Clay is a framework for building RESTful backend services using best practices. Flask-Classy - Class based views for Flask ShelfCMS - Enhancing flask microframework with beautiful admin and cms-like features

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    Akka-Cluster(5)- load-balancing with backoff-supervised stateless computation - 无状态任务集群节点均衡分配

    分布式程序运算是一种水平扩展(scale-out)运算模式,其核心思想是能够充分利用服务器集群中每个服务器节点的计算资源,包括:CPU、内存、硬盘、IO总线等。首先对计算任务进行分割,然后把细分的任务分派给各节点去运算。细分的任务相互之间可以有关联或者各自为独立运算,使用akka-cluster可以把任务按照各节点运算资源的负载情况进行均匀的分配,从而达到资源的合理充分利用以实现运算效率最大化的目的。如果一项工作可以被分割成多个独立的运算任务,那么我们只需要关注如何合理地对细分任务进行分配以实现集群节点的负载均衡,这实际上是一种对无需维护内部状态的运算任务的分配方式:fire and forget。由于承担运算任务的目标actor具体的部署位置是由算法决定的,所以我们一般不需要控制指定的actor或者读取它的内部状态。当然,如果需要的话我们还是可以通过嵌入消息的方式来实现这样的功能。

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