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A winning combination: Plone as CMS and your favorite Python web framework as front end
 

A winning combination: Plone as CMS and your favorite Python web framework as front end

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What if you could use Plone only as a CMS and program a frontend in whichever Python web framework you want, with transparent access to the content? This way you get a proven, high-reward, ...

What if you could use Plone only as a CMS and program a frontend in whichever Python web framework you want, with transparent access to the content? This way you get a proven, high-reward, low-maintenance CMS as a content backend and are free to write your application on top of that using the power and flexibility of your favorite web framework.

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A winning combination: Plone as CMS and your favorite Python web framework as front end A winning combination: Plone as CMS and your favorite Python web framework as front end Presentation Transcript

  • A Winning combination: Plone and your favorite web framework
  • Why?
  • Plone is the best CMS that is NOT written in PHP
  • Plone has lots of great features
    • Easy to use and install
    • Standards and accessibility compliant
    • Best security track record of any major CMS
    • Available in more than 40 languages
    • Workflow capabilities and rules engine
    • Versioning, history and reverting content
    • And, of course...
  • Python
  • but...
  • Plone is complex
  • Plone can be slow
  • Caching is not always the answer to traffic
  • Plone is NOT a general web development framework
    • But sometimes we forget that...
    • Or clients push us to add features “We want Plone, only take this out and add a couple of features”
    • Or we simply don't think we have an option
    • So, we end up with...
  • Frankenplone
  • It doesn't have to be like this. You can work with your favorite tools.
  • Content Mirror by Kapil Thangavelu
  • Content Mirror serializes Plone content into a relational database
    • Out of the Box support for Default Plone Content Types and all built-in Archetypes Fields.
    • Supports Any 3rd Party / Custom Archetypes Content.
    • Supports Capturing Containment / Content hierarchy in the serialized database.
    • Completely Automated Mirroring, zero configuration required beyond installation.
    • Support for Plone 2.5, 3.0, and 3.1
  • It's simple
  • Now we can:
    • Use Plone only to manage content
    • Use whatever framework we like to work with the content
    • Take Plone out of the deployment plans
    • Stop worrying about how to do something in terms of Plone and instead think about what we want to accomplish
    • Simplify, simplify
  • And we can serve Plone content fast!
  • How does it work?
    • Integrates into Plone's event stream and subscribes to content lifecycle events (object added, edited, deleted).
    • Transform Plone content schemas into relational tables, using SQLAlchemy.
    • All objects get a default content schema, including files and relations.
    • Each Plone content type gets its own table.
  •  
  • Installation
    • Download: http://code.google.com/p/contentmirror/downloads/list
    • Install
    • Configure database
    • Configure custom content types
    • Generate tables
    • Bulk load pre-existing content
  • Configure the database with ZCML <configure xmlns=&quot;http://namespaces.zope.org/zope&quot; xmlns:db=&quot;http://namespaces.objectrealms.net/rdb&quot; xmlns:ore=&quot;http://namespaces.objectrealms.net/mirror&quot;> <!-- setup a database connection --> <db:engine url=&quot;postgres://localhost/plone&quot; name=&quot;mirror-db&quot; echo=&quot;True&quot;/> <!-- associate the database connection to mirror db structures --> <db:bind engine=&quot;mirror-db&quot; metadata=&quot;ore.contentmirror.schema.metadata&quot; /> </configure>
  • Configure custom content types For each custom content type installed on the site: <ore:mirror content= &quot;Products.ATContentTypes.content.document.ATDocument&quot; />
  • Generate tables and upload content dropdb plone createdb plone --encoding=UTF-8 # generate table definitions and create tables bin/instance run parts/productdistros/ContentMirror/ddl.py postgres > mirror.sql psql plone < /home/andy/plone/zinstance/mirror.sql # optionally, load existing content bin/instance run parts/productdistros/ContentMirror/bulk.py Plone
  • That's it. We're ready to rock & roll
  • The changes are sent synchronously to the database plone# select content_id, id, title from content where id = 'front-page'; content_id | id | title ------------+------------+---------------- 8 | front-page | Content Mirror sent this (1 row)
  • What kind of sites can take advantage of this strategy?
    • Sites with a small number of content managers and a large number of users.
    • Which can clearly separate content management and presentation.
      • Magazines
      • Newspapers
      • Government
      • Non-profits
  • Repoze.BFG front end class WebSite(UserDict): implements(IWebSite,ILocation) __acl__ = [ (Allow, Everyone, 'view') ] def __init__(self, website_id): UserDict.__init__(self) self.__name__ = None self.__parent__ = None self.website_id = website_id session = Session() website = session.query( PloneContent ).with_polymorphic( PloneWebSite ).filter( PloneContent.id==website_id ).first() self.title = website.title
  • Plango, by Andy McKay from django.db import models from django.contrib.contenttypes.models import ContentType from utils import normalize_name class Content(models.Model): class Meta: db_table = u'content' content_id = models.IntegerField(primary_key=True, editable=False) id = models.CharField(max_length=256, editable=False) uid = models.CharField(unique=True, max_length=36, editable=False) portal_type = models.CharField(max_length=64, editable=False) status = models.CharField(max_length=64, editable=False, null=False) type = models.CharField(max_length=64, editable=False) container = models.ForeignKey('self', related_name=&quot;parent&quot;, editable=False)
  • Anyone?
    • Turbogears
    • Pylons
    • Werkzeug
    • Anything goes!
  • Content Mirror is easily extended
    • How about?
      • Reporting against the content
      • Audits of changes
      • Export to formats like JSON
      • Other storage backends
    • Content mirror Uses the Zope Component Architecture
    • We can easily plug in something other than a relational database
  • By the way, don't worry about the Component Architecture. We have studied the Zope CA so you don't have to.
  • A Google App Engine frontend
    • Take advantage of Google's infrastructure
    • Use their user authentication facilities
    • Let them worry about scaling
    • Of course, kinds of sites are limited, due to GAE's strict quotas
    • More like a toy, but shows what can be possible using Content Mirror with Plone
  • GAE front end application import os import wsgiref.handlers from google.appengine.ext import webapp from google.appengine.ext.webapp import template from google.appengine.ext import db from google.appengine.ext.db import polymodel from google.appengine.api import users class PloneContent(polymodel.PolyModel): id = db.StringProperty() uid = db.StringProperty() portal_type = db.StringProperty() status = db.StringProperty() type = db.StringProperty()
  • Plone content in GAE
  • All discussed front ends will be made available during the sprints. Keep an eye on: http://contentmirror.googlecode.com/
  • Case study The Library of Congress in Chile
  • Create multiple sites in one instance
  • Select content from a shared store
  • Define a unique site layout and style
  • Deploy sites using repoze.bfg
  • Let Plone be a part of the Python universe
  • Thank you! Carlos de la Guardia email: [email_address] twitter: cguardia blog: http://blog.delaguardia.com.mx