Skip to main content

Restful service for managing MongoDB servers

Project description

See the wiki for documentation.

Mongo Orchestration is an HTTP server that provides a REST API for creating and managing MongoDB configurations on a single host.

THIS PROJECT IS FOR TESTING OF MONGODB DRIVERS.

Features

  • Start and stop mongod servers, replica sets, and sharded clusters on the host running mongo-orchestration.

  • Add and remove replica set members.

  • Add and remove shards and mongos routers.

  • Reset replica sets and clusters to restart all members that were stopped.

  • Freeze secondary members of replica sets.

  • Retrieve information about MongoDB resources.

  • Interaction all through REST interface.

Requires

Installation

The easiest way to install Mongo Orchestration is with pip:

pip install mongo-orchestration

You can also install the development version of Mongo Orchestration manually:

git clone https://github.com/10gen/mongo-orchestration.git
cd mongo-orchestration
python setup.py install

Cloning the repository this way will also give you access to the tests for Mongo Orchestration as well as the mo script. Note that you may have to run the above commands with sudo, depending on where you’re installing Mongo Orchestration and what privileges you have. Installation will place a mongo-orchestration script on your path.

Usage

mongo-orchestration [-h] [-f CONFIG] [-e ENV] [--no-fork] [-b BIND IP="localhost"] [-p PORT]
                    [-s {cherrypy,wsgiref}] [--socket-timeout-ms MILLIS] {start,stop,restart}

Arguments:

  • -h - show help

  • -f, –config - path to config file

  • -e, –env - default release to use, as specified in the config file

  • –no-fork - run server in foreground

  • -b, –bind - host on which Mongo Orchestration and subordinate mongo processes should listen for requests. Defaults to “localhost”.

  • -s, –server - HTTP backend to use: one of cherrypy or wsgiref

  • -p - port number (8889 by default)

  • –socket-timeout-ms - socket timeout when connecting to MongoDB servers

  • start/stop/restart: start, stop, or restart the server, respectively

In addition, Mongo Orchestration can be influenced by the MONGO_ORCHESTRATION_HOME environment variable, which informs the server where to find the “configurations” directory for presets as well as where to put the log and pid files.

Examples

mongo-orchestration start

Starts Mongo Orchestration as service on port 8889.

mongo-orchestration stop

Stop the server.

mongo-orchestration -f mongo-orchestration.config -e 30-release -p 8888 --no-fork start

Starts Mongo Orchestration on port 8888 using 30-release defined in mongo-orchestration.config. Stops with Ctrl+C.

Configuration File

Mongo Orchestration may be given a JSON configuration file with the --config option specifying where to find MongoDB binaries. See mongo-orchestration.config for an example. When no configuration file is provided, Mongo Orchestration uses whatever binaries are on the user’s PATH.

Predefined Configurations

Mongo Orchestration has a set of predefined configurations that can be used to start, restart, or stop MongoDB processes. You can use a tool like curl to send these files directly to the Mongo Orchestration server, or use the mo script in the scripts directory (in the repository only). Some examples:

  • Start a single node without SSL or auth:

    mo configurations/servers/clean.json start
  • Get the status of a single node without SSL or auth:

    mo configurations/servers/clean.json status
  • Stop a single node without SSL or auth:

    mo configurations/servers/clean.json stop
  • Start a replica set with ssl and auth:

    mo configurations/replica_sets/ssl_auth.json start
  • Use curl to create a basic sharded cluster with the id “myCluster”:

    curl -XPUT http://localhost:8889/v1/sharded_clusters/myCluster \
               -d@configurations/sharded_clusters/basic.json

Note that in order to run the mo script, you need to be in the same directory as “configurations”.

Helpful hint: You can prettify JSON responses from the server by piping the response into python -m json.tool, e.g.:

$ curl http://localhost:8889/v1/servers/myServer | python -m json.tool

{
    "id": "myServer",
    "mongodb_uri": "mongodb://localhost:1025",
    "orchestration": "servers",
    "procInfo": {
        "alive": true,
        "name": "mongod",
        "optfile": "/var/folders/v9/spc2j6cx3db71l/T/mongo-KHUACD",
        "params": {
            "dbpath": "/var/folders/v9/spc2j6cx3db71l/T/mongo-vAgYaQ",
            "ipv6": true,
            "journal": true,
            "logappend": true,
            "noprealloc": true,
            "oplogSize": 100,
            "port": 1025,
            "smallfiles": true
        },
        "pid": 51320
    },
    // etc.
}

Tests

In order to run the tests, you should first clone the repository. Running the tests has the following additional dependency:

Run all tests

python setup.py test

Run a test module

python -m unittest tests.test_servers

Run a single test case

python -m unittest tests.test_servers.ServerSSLTestCase

Run a single test method

python -m unittest tests.test_servers.ServerSSLTestCase.test_ssl_auth

Run a single test example for debugging with verbose and immediate stdout output

python -m unittest -v tests.test_servers.ServerSSLTestCase

Project details


Download files

Download the file for your platform. If you're not sure which to choose, learn more about installing packages.

Source Distribution

mongo-orchestration-0.4.2.tar.gz (38.6 kB view details)

Uploaded Source

Built Distribution

mongo_orchestration-0.4.2-py2.py3-none-any.whl (62.5 kB view details)

Uploaded Python 2 Python 3

File details

Details for the file mongo-orchestration-0.4.2.tar.gz.

File metadata

File hashes

Hashes for mongo-orchestration-0.4.2.tar.gz
Algorithm Hash digest
SHA256 e4ff44a25803466c68866643b2ba86faf4e21febcaf60ade49d5a8de5a9e4369
MD5 d1fe1b74ee99adb396877da1d70b90e5
BLAKE2b-256 08d4693f2dae9bca6c54afeaec3958ad60b552aa5400c4796d6c33963276cfd2

See more details on using hashes here.

Provenance

File details

Details for the file mongo_orchestration-0.4.2-py2.py3-none-any.whl.

File metadata

File hashes

Hashes for mongo_orchestration-0.4.2-py2.py3-none-any.whl
Algorithm Hash digest
SHA256 0f0159c646827d2772200c202456802a1efee5a07edbdefd65e898d5b390cfb6
MD5 72aa9f439381daeb963f29d892ed6c59
BLAKE2b-256 6ac7052fd0a47136585e15f44bbb068fbf34e417ac7eb78245fe449a58841d32

See more details on using hashes here.

Provenance

Supported by

AWS AWS Cloud computing and Security Sponsor Datadog Datadog Monitoring Fastly Fastly CDN Google Google Download Analytics Microsoft Microsoft PSF Sponsor Pingdom Pingdom Monitoring Sentry Sentry Error logging StatusPage StatusPage Status page