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An improved package that provides mongodb connectivity.Not compatible with pyramid_mongo or pyramid_mongodb

Project description

Pyramid Mongodb

A simple library to integrate mongodb into your pyramid application. Comes with a debugtoolbar.


  • Supports multiple databases
  • Configuration only setup
  • Integrated debugtoolbar with:
    • Shows db response times
    • explain() for cursor results
    • Connection information
    • Database and collection stats
  • Avoids recreating and closing MongoClient on every request.


pip install pyramid_mongodb2

Add the following to your application's ini file, (include pyramid_mongodb2:MongoToolbar in debugtoolbar.includes if you want to debug):

mongo_uri = mongodb://
mongo_dbs = 
    foo-test = foo
pyramid.includes =
debugtoolbar.includes =

The code will use config.add_request_method() to add a Database object to your requests, where each database is accessible by db_database_name, as defined in your configuration.

Note: database names with hyphens in them will be converted to underscores, that is database baz-quux will be accessible by request.db_baz_quux.

When doing foo-test = foo, the mongodb database with name foo-test will be assigned to request.db_foo. This helps when testing so that you can use a separate database for development, testing and production without changing your application code, or if you just want to alias a database name.

In your code where you can access request, you now have the following variables:


request.db is the MongoClient object, should you ever need it.

In your view code, you can do this:

from pyramid.view import view_config

@view_config(route_name='home', renderer="templates/landing.mako")
def my_view(request):
    return {
        'some_data': request.db_foo.some_collection.find({'a': {'$gte': 5}}, {'_id': False}),
        'other_data': request.db_bar.visitors.insert_one({'person': request.remote_addr}),


With debugging enabled, all queries will be logged in request.query_log, when the debugtoolbar is opened, you can then view the execution time and explain() of cursor results. You can also see connection settings and stats for databases and collections.


Here's what the toolbar looks like in action:

Clicking the database or collection name will take you to the relevant section of the collections tab. Clicking the operation name will take you to its pymongo documentation. debug1

Clicking the explain button will show you the explain() result for a cursor. debug2 You can view detailed connection information here, clicking the field name will take you to the pymongo documentation for that field. debug3 This page show dbstats for all connected databases used in this request and their collections. debug4 Here we can see the use of multiple databases in a single project. debug5

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