Frontend as-a-service API for Tsuru PaaS
Project description
Varnish service API for tsuru PaaS
==================================
.. image:: https://travis-ci.org/tsuru/varnishapi.png?branch=master
:target: https://travis-ci.org/tsuru/varnishapi
Deploying the API
-----------------
First, let's create an app in tsuru, from the project root, execute the following:
.. highlight: bash
::
% tsuru app-create varnishapi python
% git remote add tsuru git@remote.sbrubles.com # the returned remote ;)
% git push tsuru master
The push will return an error telling you that you can't push code before the
app unit is up, wait until your unit is in service, you can check with:
.. highlight: bash
::
% tsuru app-list
When you get an output like this you can proceed to push.
.. highlight: bash
::
+-------------+-------------------------+--------------------------------------+
| Application | Units State Summary | Address |
+-------------+-------------------------+--------------------------------------+
| your-app | 1 of 1 units in-service | your-app.sa-east-1.elb.amazonaws.com |
+-------------+-------------------------+--------------------------------------+
Now if you access our app endpoint at "/" (you can check with `tsuru app-info`
cmd) you should get a 404, which is right, since the API does not respond
through this url.
Alright, let's configure the application, it'll need to talk with EC2 API, and
it does so by using environment variables. Here's what you need:
.. highlight: bash
::
% tsuru env-set EC2_ENDPOINT=https://ec2.amazonaws.com EC2_ACCESS_KEY=your-access-key EC2_SECRET_KEY=your-secret-key
In order to get Varnish running, you can provide an AMI or a list of packages
to install via user data. The AMI is specified via the ``AMI_ID`` environment
variable, while the packages are specified by the ``API_PACKAGES`` environment
variable. Users may specify both variables.
.. highlight: bash
::
% tsuru env-set AMI_ID=your-ami-id API_PACKAGES=varnish vim-nox
Users may also specify a subnet for running with VPC. You can specify the
subnet ID via the ``SUBNET_ID`` environment variable.
.. highlight: bash
::
% tsuru env-set SUBNET_ID=your-subnet-id
One more thing: this API will use MongoDB to store information about instances,
the MongoDB endpoint and the database name is also controlled via environment
variables:
We're done with our API! Let's create the service in Tsuru.
Creating the Service
--------------------
First you'll have to change the ``manifest.yaml`` file located at the project
root of our application. Change the production endpoint to point to the
application address, your yaml should look like this:
.. highlight: yaml
::
id: varnish
endpoint:
production: varnishapi-endpoint.com
Now let's tell tsuru it needs to registrate a new service, from the project
root run, using `crane
<http://godoc.org/github.com/globocom/tsuru/cmd/crane>`_:
.. highlight: bash
::
% crane create manifest.yaml
And we're done!
==================================
.. image:: https://travis-ci.org/tsuru/varnishapi.png?branch=master
:target: https://travis-ci.org/tsuru/varnishapi
Deploying the API
-----------------
First, let's create an app in tsuru, from the project root, execute the following:
.. highlight: bash
::
% tsuru app-create varnishapi python
% git remote add tsuru git@remote.sbrubles.com # the returned remote ;)
% git push tsuru master
The push will return an error telling you that you can't push code before the
app unit is up, wait until your unit is in service, you can check with:
.. highlight: bash
::
% tsuru app-list
When you get an output like this you can proceed to push.
.. highlight: bash
::
+-------------+-------------------------+--------------------------------------+
| Application | Units State Summary | Address |
+-------------+-------------------------+--------------------------------------+
| your-app | 1 of 1 units in-service | your-app.sa-east-1.elb.amazonaws.com |
+-------------+-------------------------+--------------------------------------+
Now if you access our app endpoint at "/" (you can check with `tsuru app-info`
cmd) you should get a 404, which is right, since the API does not respond
through this url.
Alright, let's configure the application, it'll need to talk with EC2 API, and
it does so by using environment variables. Here's what you need:
.. highlight: bash
::
% tsuru env-set EC2_ENDPOINT=https://ec2.amazonaws.com EC2_ACCESS_KEY=your-access-key EC2_SECRET_KEY=your-secret-key
In order to get Varnish running, you can provide an AMI or a list of packages
to install via user data. The AMI is specified via the ``AMI_ID`` environment
variable, while the packages are specified by the ``API_PACKAGES`` environment
variable. Users may specify both variables.
.. highlight: bash
::
% tsuru env-set AMI_ID=your-ami-id API_PACKAGES=varnish vim-nox
Users may also specify a subnet for running with VPC. You can specify the
subnet ID via the ``SUBNET_ID`` environment variable.
.. highlight: bash
::
% tsuru env-set SUBNET_ID=your-subnet-id
One more thing: this API will use MongoDB to store information about instances,
the MongoDB endpoint and the database name is also controlled via environment
variables:
We're done with our API! Let's create the service in Tsuru.
Creating the Service
--------------------
First you'll have to change the ``manifest.yaml`` file located at the project
root of our application. Change the production endpoint to point to the
application address, your yaml should look like this:
.. highlight: yaml
::
id: varnish
endpoint:
production: varnishapi-endpoint.com
Now let's tell tsuru it needs to registrate a new service, from the project
root run, using `crane
<http://godoc.org/github.com/globocom/tsuru/cmd/crane>`_:
.. highlight: bash
::
% crane create manifest.yaml
And we're done!
Release history Release notifications | RSS feed
Download files
Download the file for your platform. If you're not sure which to choose, learn more about installing packages.
Source Distribution
tsuru-feaas-0.5.6.tar.gz
(7.4 kB
view hashes)
