==

• Install docker. If you're using MacOS or Windows, you'll need Boot2docker or Vagrant

• Normally you'll need virtualenv to isolate the development environment.
• You could use below command to install related packages

   pip install -r requirements.txt
  

  or

   python setup.py develop
  

• export AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY environment variables
• Run the application by

   python entry.py
  

• Install docker. If you're using MacOS or Windows, you'll need Boot2docker or Vagrant

• Beware! If you're using Boot2docker or Vagrant, please note that you'll need to sync the timezone between it and your host machine; otherwise, AWS authentication will be fail. One simple way to sync Boot2docker and MacOS is running /usr/local/bin/boot2docker ssh sudo ntpclient -s -h pool.ntp.org before you start the container.

• Go the the source code folder

• Build your docker image. Here we'll use sample-service as our image name tag

   docker build -t sample-service .
  

• Run your container

docker run -d -p 49160:5000 -e APP_SETTING=config.DevelopmentContainerConfig -e AWS_ACCESS_KEY_ID=$mykey -e AWS_SECRET_ACCESS_KEY=$mysecret --name sample sample-service ``` - You'll need to use either IAM role or set env variables for connecting to AWS services. If you are in your local machine. Using -e to setup the env variables in container - APP_SETTING is the variable you could set for changing the configuration setting in flask. For the different configuration setting, please refer to config.py. Flask listens to localhost by default, if you want it listen to network, change the default setting to config.DevelopmentContainerConfig - The default expose port is 5000, if you want to change it, using `-p ${host_port}:${container_port}` to change

TBD

• Run unit tests

  • By default

   python setup.py test
  

  • By nose

   nosetests [--nocapture]
  

• Run a single unit test

   nosetests -v $test_file [--nocapture]