def install_pipelines(configurator, config):
"""
Variables needed for this pipeline:
- gocd_username
- gocd_password
- gocd_url
- configuration_secure_repo
- hipchat_token
- github_private_key
- aws_access_key_id
- aws_secret_access_key
- ec2_vpc_subnet_id
- ec2_security_group_id
- ec2_instance_profile_name
- base_ami_id
"""
pipeline = configurator.ensure_pipeline_group(
config['pipeline_group']
).ensure_replacement_of_pipeline(
config['pipeline_name']
).ensure_material(
GitMaterial(
'https://github.com/edx/edx-gomatic',
polling=True,
material_name='edx-gomatic',
destination_directory='edx-gomatic',
)
).ensure_material(
GitMaterial(
'[email protected]:edx-ops/gomatic-secure.git',
polling=True,
destination_directory='gomatic-secure',
ignore_patterns=constants.MATERIAL_IGNORE_ALL_REGEX
)
).set_label_template('${edx-gomatic[:7]}')
pipeline.ensure_encrypted_environment_variables(
{
'GOMATIC_USER': config['gomatic_user'],
'GOMATIC_PASSWORD': config['gomatic_password']
}
)
stage = pipeline.ensure_stage('deploy_gomatic_stage')
job = stage.ensure_job('deploy_gomatic_scripts_job')
tasks.generate_requirements_install(job, 'edx-gomatic')
job.add_task(
ExecTask(
[
'/usr/bin/python',
'./deploy_pipelines.py',
'-v',
'tools',
'-f',
'config.yml'
],
working_dir='edx-gomatic'
)
)
def install_pipelines(configurator, config):
"""
Variables needed for this pipeline:
- gocd_username
- gocd_password
- gocd_url
- configuration_secure_repo
- aws_access_key_id
- aws_secret_access_key
- ec2_vpc_subnet_id
- ec2_security_group_id
- ec2_instance_profile_name
- base_ami_id
"""
pipeline = configurator.ensure_pipeline_group(
config['pipeline_group']
).ensure_replacement_of_pipeline(
config['pipeline_name']
).ensure_material(
GitMaterial(
'https://github.com/edx/edx-gomatic',
polling=True,
material_name='edx-gomatic',
destination_directory='edx-gomatic',
)
).ensure_material(
GitMaterial(
'[email protected]:edx/gomatic-internal.git',
polling=True,
destination_directory='gomatic-internal',
ignore_patterns=constants.MATERIAL_IGNORE_ALL_REGEX
)
).set_label_template('${edx-gomatic[:7]}')
pipeline.ensure_encrypted_environment_variables(
{
'GOMATIC_USER': config['gomatic_user'],
'GOMATIC_PASSWORD': config['gomatic_password']
}
)
stage = pipeline.ensure_stage('deploy_gomatic_stage')
job = stage.ensure_job('deploy_gomatic_scripts_job')
tasks.generate_requirements_install(job, 'edx-gomatic')
job.add_task(
ExecTask(
[
'/usr/bin/python',
'./deploy_pipelines.py',
'-v',
'tools',
'-f',
'config.yml'
],
working_dir='edx-gomatic'
)
)
def generate_terminate_instance(pipeline,
instance_info_location,
aws_access_key_id,
aws_secret_access_key,
hipchat_auth_token,
ec2_region=constants.EC2_REGION,
artifact_path=constants.ARTIFACT_PATH,
runif='any',
manual_approval=False):
"""
Generate the stage that terminates an EC2 instance.
Args:
pipeline (gomatic.Pipeline): Pipeline to which to add the run migrations stage.
instance_info_location (ArtifactLocation): Location of YAML file containing instance info from the AMI-building stage, for fetching.
runif (str): one of ['passed', 'failed', 'any'] Default: any - controls when the stage's terminate task is triggered in the pipeline
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_encrypted_environment_variables({
'AWS_ACCESS_KEY_ID':
aws_access_key_id,
'AWS_SECRET_ACCESS_KEY':
aws_secret_access_key,
'HIPCHAT_TOKEN':
hipchat_auth_token
})
pipeline.ensure_environment_variables({
'ARTIFACT_PATH':
artifact_path,
'EC2_REGION':
ec2_region,
'HIPCHAT_ROOM':
constants.HIPCHAT_ROOM
})
stage = pipeline.ensure_stage(constants.TERMINATE_INSTANCE_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
# Fetch the instance info to use in reaching the EC2 instance.
artifact_params = {
'pipeline': instance_info_location.pipeline,
'stage': instance_info_location.stage,
'job': instance_info_location.job,
'src': FetchArtifactFile(instance_info_location.file_name),
'dest': constants.ARTIFACT_PATH
}
job = stage.ensure_job(constants.TERMINATE_INSTANCE_JOB_NAME)
tasks.generate_requirements_install(job, 'configuration')
job.add_task(FetchArtifactTask(**artifact_params))
tasks.generate_ami_cleanup(job, runif=runif)
return stage
def generate_edp_validation(pipeline,
hipchat_auth_token,
hipchat_channels,
asgard_api_endpoints,
ami_deployment,
ami_environment,
ami_play,
manual_approval=False):
"""
Generate stage which checks an AMI's environment/deployment/play (EDP) against the allowed EDP.
Stage fails if the EDPs don't match.
Args:
pipeline (gomatic.Pipeline):
hipchat_auth_token (str):
hipchat_channels (str): The channels/users to notify
asgard_api_endpoints (str): canonical URL for asgard.
ami_deployment (str): typically one of: [edx, edge, etc...]
ami_environment (str): typically one of: [stage, prod, loadtest, etc...]
ami_play (str):
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_environment_variables({'AMI_ID': None,
'AMI_DEPLOYMENT': ami_deployment,
'HIPCHAT_CHANNELS': hipchat_channels,
'ASGARD_API_ENDPOINTS': asgard_api_endpoints,
'AMI_ENVIRONMENT': ami_environment,
'AMI_PLAY': ami_play}) \
.ensure_encrypted_environment_variables({'HIPCHAT_TOKEN': hipchat_auth_token})
stage = pipeline.ensure_stage("Validation")
if manual_approval:
stage.set_has_manual_approval()
job = stage.ensure_job("EDPValidation")
tasks.generate_requirements_install(job, 'tubular')
job.add_task(
ExecTask(['/usr/bin/python', 'scripts/validate_edp.py'],
working_dir='tubular'))
job.add_task(
ExecTask([
'/bin/bash', '-c', '/usr/bin/python '
'scripts/submit_hipchat_msg.py '
'-m '
'"${AMI_ID} is not tagged for ${AMI_ENVIRONMENT}-${AMI_DEPLOYMENT}-${AMI_PLAY}. '
'Are you sure you\'re deploying the right AMI to the right app?" '
'--color "red"'
],
working_dir='tubular',
runif='failed'))
return stage
def generate_terminate_instance(pipeline,
instance_info_location,
aws_access_key_id,
aws_secret_access_key,
slack_token,
ec2_region=constants.EC2_REGION,
artifact_path=constants.ARTIFACT_PATH,
runif='any',
manual_approval=False):
"""
Generate the stage that terminates an EC2 instance.
Args:
pipeline (gomatic.Pipeline): Pipeline to which to add the run migrations stage.
instance_info_location (ArtifactLocation): Location of YAML file containing
instance info from the AMI-building stage, for fetching.
runif (str): one of ['passed', 'failed', 'any'] Default: any - controls when the
stage's terminate task is triggered in the pipeline
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_encrypted_environment_variables(
{
'AWS_ACCESS_KEY_ID': aws_access_key_id,
'AWS_SECRET_ACCESS_KEY': aws_secret_access_key,
}
)
pipeline.ensure_environment_variables(
{
'ARTIFACT_PATH': artifact_path,
'EC2_REGION': ec2_region,
}
)
stage = pipeline.ensure_stage(constants.TERMINATE_INSTANCE_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
# Fetch the instance info to use in reaching the EC2 instance.
job = stage.ensure_job(constants.TERMINATE_INSTANCE_JOB_NAME)
tasks.generate_package_install(job, 'tubular')
tasks.generate_requirements_install(job, 'configuration')
tasks.retrieve_artifact(instance_info_location, job, constants.ARTIFACT_PATH)
tasks.generate_ami_cleanup(job, slack_token, runif=runif)
return stage
def generate_asg_cleanup(pipeline,
asgard_api_endpoints,
asgard_token,
aws_access_key_id,
aws_secret_access_key,
manual_approval=False):
"""
Generates stage which calls the ASG cleanup script.
Args:
pipeline (gomatic.Pipeline):
asgard_api_endpoints (str): canonical URL for asgard.
asgard_token (str): Asgard token to use for authentication
aws_access_key_id (str): AWS key ID for auth
aws_secret_access_key (str): AWS secret key for auth
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_environment_variables(
{'ASGARD_API_ENDPOINTS': asgard_api_endpoints})
pipeline.ensure_encrypted_environment_variables({
'ASGARD_API_TOKEN':
asgard_token,
'AWS_ACCESS_KEY_ID':
aws_access_key_id,
'AWS_SECRET_ACCESS_KEY':
aws_secret_access_key,
})
stage = pipeline.ensure_stage("ASG-Cleanup-Stage")
if manual_approval:
stage.set_has_manual_approval()
job = stage.ensure_job("Cleanup-ASGS")
tasks.generate_requirements_install(job, 'tubular')
job.add_task(
ExecTask(['/usr/bin/python', 'scripts/cleanup-asgs.py'],
working_dir="tubular"))
return stage
def generate_deploy_ami(pipeline,
asgard_api_endpoints,
asgard_token,
aws_access_key_id,
aws_secret_access_key,
upstream_ami_artifact=None,
manual_approval=True):
"""
Generates a stage which deploys an AMI via Asgard.
if the variable upstream_ami_artifact is set, information about which AMI to deploy will be pulled
from this pipeline/stage/file.
if upstream_ami_artifact is not set, the environment variable AMI_ID will be used to determine what
AMI to deploy
Args:
pipeline (gomatic.Pipeline):
asgard_api_endpoints (str): canonical URL for asgard.
asgard_token (str):
aws_access_key_id (str):
aws_secret_access_key (str):
upstream_ami_artifact (ArtifactLocation): The location of yaml artifact that has the `ami_id`
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_environment_variables({
'ASGARD_API_ENDPOINTS':
asgard_api_endpoints,
'WAIT_SLEEP_TIME':
constants.TUBULAR_SLEEP_WAIT_TIME
}).ensure_encrypted_environment_variables({
'ASGARD_API_TOKEN':
asgard_token,
'AWS_ACCESS_KEY_ID':
aws_access_key_id,
'AWS_SECRET_ACCESS_KEY':
aws_secret_access_key,
})
stage = pipeline.ensure_stage(constants.DEPLOY_AMI_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
job = stage.ensure_job(constants.DEPLOY_AMI_JOB_NAME)
tasks.generate_requirements_install(job, 'tubular')
# Make the artifact directory if it does not exist
job.add_task(
ExecTask([
'/bin/bash',
'-c',
'mkdir -p ../{}'.format(constants.ARTIFACT_PATH),
],
working_dir="tubular"))
# Setup the deployment output file
artifact_path = '{}/{}'.format(constants.ARTIFACT_PATH,
constants.DEPLOY_AMI_OUT_FILENAME)
job.ensure_artifacts(set([BuildArtifact(artifact_path)]))
deploy_command =\
'/usr/bin/python ' \
'scripts/asgard-deploy.py ' \
'--out_file ../{} '.format(artifact_path)
if upstream_ami_artifact:
artifact_params = {
"pipeline": upstream_ami_artifact.pipeline,
"stage": upstream_ami_artifact.stage,
"job": upstream_ami_artifact.job,
"src": FetchArtifactFile(upstream_ami_artifact.file_name),
"dest": 'tubular'
}
job.add_task(FetchArtifactTask(**artifact_params))
deploy_command += '--config-file {}'.format(
upstream_ami_artifact.file_name)
else:
pipeline.ensure_environment_variables({'AMI_ID': None})
deploy_command += '--ami_id $AMI_ID'
# Execute the deployment script
job.add_task(
ExecTask(['/bin/bash', '-c', deploy_command], working_dir="tubular"))
return stage
def generate_create_ami_from_instance(
pipeline,
play,
deployment,
edx_environment,
app_repo,
configuration_secure_repo,
aws_access_key_id,
aws_secret_access_key,
configuration_repo=constants.PUBLIC_CONFIGURATION_REPO_URL,
ami_creation_timeout="3600",
ami_wait='yes',
cache_id='',
artifact_path=constants.ARTIFACT_PATH,
hipchat_room=constants.HIPCHAT_ROOM,
manual_approval=False,
**kwargs):
"""
Generates an artifact ami.yml:
ami_id: ami-abcdefg
ami_message: AMI creation operation complete
ami_state: available
Args:
pipeline (gomatic.Pipeline):
play (str): Play that was run on the instance (used for tagging)
deployment (str):
edx_environment (str):
app_repo (str):
configuration_secure_repo (str):
aws_access_key_id (str):
aws_secret_access_key (str):
configuration_repo (str):
ami_creation_timeout (str):
ami_wait (str):
cache_id (str):
artifact_path (str):
hipchat_room (str):
manual_approval (bool):
**kwargs (dict):
k,v pairs:
k: the name of the option to pass to ansible
v: the value to use for this option
Returns:
gomatic.Stage
"""
stage = pipeline.ensure_stage(constants.BUILD_AMI_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
pipeline.ensure_encrypted_environment_variables({
'AWS_ACCESS_KEY_ID':
aws_access_key_id,
'AWS_SECRET_ACCESS_KEY':
aws_secret_access_key
})
pipeline.ensure_environment_variables({
'PLAY':
play,
'DEPLOYMENT':
deployment,
'EDX_ENVIRONMENT':
edx_environment,
'APP_REPO':
app_repo,
'CONFIGURATION_REPO':
configuration_repo,
'CONFIGURATION_SECURE_REPO':
configuration_secure_repo,
'AMI_CREATION_TIMEOUT':
ami_creation_timeout,
'AMI_WAIT':
ami_wait,
'CACHE_ID':
cache_id, # gocd build number
'ARTIFACT_PATH':
artifact_path,
'HIPCHAT_ROOM':
hipchat_room,
'ANSIBLE_CONFIG':
constants.ANSIBLE_CONTINUOUS_DELIVERY_CONFIG,
})
# Install the requirements.
job = stage.ensure_job(constants.BUILD_AMI_JOB_NAME)
tasks.generate_requirements_install(job, 'tubular')
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_target_directory(job)
# fetch the key material
artifact_params = {
'pipeline': pipeline.name,
'stage': constants.LAUNCH_INSTANCE_STAGE_NAME,
'job': constants.LAUNCH_INSTANCE_JOB_NAME,
'src': FetchArtifactFile("launch_info.yml"),
'dest': constants.ARTIFACT_PATH
}
job.add_task(FetchArtifactTask(**artifact_params))
# Create an AMI from the instance
tasks.generate_create_ami(job, **kwargs)
return stage
def generate_run_play(
pipeline,
playbook_with_path,
play,
deployment,
edx_environment,
app_repo,
private_github_key='',
hipchat_token='',
hipchat_room=constants.HIPCHAT_ROOM,
manual_approval=False,
configuration_secure_dir=constants.PRIVATE_CONFIGURATION_LOCAL_DIR,
configuration_internal_dir=constants.INTERNAL_CONFIGURATION_LOCAL_DIR,
**kwargs):
"""
TODO: This currently runs from the configuration/playbooks/continuous_delivery/ directory. Need to figure out how to
pass in a configuration file to ansible-play correctly. TE-1608
Assumes:
- generate_launch_instance stage was used launch the instance preceding this stage.
- Requires the ansible_inventory and key.pem files to be in the constants.ARTIFACT_DIRECTORY path
- Play is run from the constants.PUBLIC_CONFIGURATION_DIR
- Play is run using the constants.ANSIBLE_CONFIG configuration file
Args:
pipeline (gomatic.Pipeline):
playbook_with_path (str):
play (str):
deployment (str):
edx_environment (str):
app_repo (str) :
private_github_key (str):
hipchat_token (str):
hipchat_room (str):
manual_approval (bool):
configuration_secure_dir (str): The secure config directory to use for this play.
**kwargs (dict):
k,v pairs:
k: the name of the option to pass to ansible
v: the value to use for this option
Returns:
gomatic.Stage
"""
# setup the necessary environment variables
pipeline.ensure_encrypted_environment_variables({
'HIPCHAT_TOKEN':
hipchat_token,
'PRIVATE_GITHUB_KEY':
private_github_key
})
pipeline.ensure_environment_variables({
'PLAY':
play,
'DEPLOYMENT':
deployment,
'EDX_ENVIRONMENT':
edx_environment,
'APP_REPO':
app_repo,
'ARTIFACT_PATH':
'{}/'.format(constants.ARTIFACT_PATH),
'HIPCHAT_ROOM':
hipchat_room,
'ANSIBLE_CONFIG':
constants.ANSIBLE_CONTINUOUS_DELIVERY_CONFIG,
})
stage = pipeline.ensure_stage(constants.RUN_PLAY_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
# Install the requirements.
job = stage.ensure_job(constants.RUN_PLAY_JOB_NAME)
tasks.generate_requirements_install(job, 'tubular')
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_target_directory(job)
# fetch the key material
artifact_params = {
'pipeline': pipeline.name,
'stage': constants.LAUNCH_INSTANCE_STAGE_NAME,
'job': constants.LAUNCH_INSTANCE_JOB_NAME,
'src': FetchArtifactFile("key.pem"),
'dest': constants.ARTIFACT_PATH
}
job.add_task(FetchArtifactTask(**artifact_params))
# fetch the launch_info.yml
artifact_params['src'] = FetchArtifactFile('launch_info.yml')
job.add_task(FetchArtifactTask(**artifact_params))
# fetch the inventory file
artifact_params['src'] = FetchArtifactFile('ansible_inventory')
job.add_task(FetchArtifactTask(**artifact_params))
tasks.generate_run_app_playbook(job, configuration_internal_dir,
configuration_secure_dir,
playbook_with_path, **kwargs)
return stage
def install_pipeline(save_config_locally, dry_run, variable_files,
cmd_line_vars):
"""
Variables needed for this pipeline:
- gocd_username
- gocd_password
- gocd_url
- configuration_secure_repo
- hipchat_token
- github_private_key
- aws_access_key_id
- aws_secret_access_key
- ec2_vpc_subnet_id
- ec2_security_group_id
- ec2_instance_profile_name
- base_ami_id
"""
config = utils.merge_files_and_dicts(variable_files, list(cmd_line_vars, ))
artifact_path = 'target/'
gcc = GoCdConfigurator(
HostRestClient(config['gocd_url'],
config['gocd_username'],
config['gocd_password'],
ssl=True))
pipeline = gcc.ensure_pipeline_group(config['pipeline_group'])\
.ensure_replacement_of_pipeline(config['pipeline_name'])\
.ensure_material(GitMaterial('https://github.com/edx/edx-gomatic',
material_name='edx-gomatic',
polling=True,
destination_directory='edx-gomatic',
branch='master'
)
) \
.ensure_material(GitMaterial('[email protected]:edx-ops/gomatic-secure.git',
material_name='gomatic-secure',
polling=True,
destination_directory='gomatic-secure',
branch='master',
ignore_patterns=constants.MATERIAL_IGNORE_ALL_REGEX
)
)
pipeline.ensure_encrypted_environment_variables({
'GOMATIC_USER':
config['gomatic_user'],
'GOMATIC_PASSWORD':
config['gomatic_password']
})
stage = pipeline.ensure_stage('deploy_gomatic_stage')
job = stage.ensure_job('deploy_gomatic_scripts_job')
tasks.generate_requirements_install(job, 'edx-gomatic')
job.add_task(
ExecTask([
'/usr/bin/python', 'deploy_pipelines.py', '-v', 'tools', '-f',
'config.yml'
],
working_dir='edx-gomatic'))
gcc.save_updated_config(save_config_locally=save_config_locally,
dry_run=dry_run)
def generate_deploy_ami(stage,
ami_artifact_location,
edp,
config,
has_migrations=True,
application_user=None,
additional_migrations=None,
management_commands=None,):
"""
Generates a job for deploying an AMI. Migrations are applied as part of this job.
Args:
stage (gomatic.gocd.pipelines.Stage): Stage to which this job belongs.
ami_artifact_location (edxpipelines.utils.ArtifactLocation): Where to find
the AMI artifact to deploy.
edp (edxpipelines.utils.EDP): Tuple indicating environment, deployment, and play
to which the AMI belongs.
config (dict): Environment-specific secure config.
has_migrations (bool): Whether to generate Gomatic for applying migrations.
management_commands (list): management commands to run, will only run if list is defined
application_user (str): application user if different from the play name.
additional_migrations (list[edxpipelines.utils.MigrationAppInfo]): Additional applications to migrate.
Will only run if has_migrations=True
Returns:
gomatic.gocd.pipelines.Job
"""
if not additional_migrations:
additional_migrations = []
job = stage.ensure_job(constants.DEPLOY_AMI_JOB_NAME_TPL(edp))
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_package_install(job, 'tubular')
tasks.generate_target_directory(job)
# Retrieve the AMI ID from the upstream build stage.
tasks.retrieve_artifact(ami_artifact_location, job)
variable_override_path = path_to_artifact(ami_artifact_location.file_name)
if has_migrations or management_commands:
tasks.generate_launch_instance(
job,
aws_access_key_id=config['aws_access_key_id'],
aws_secret_access_key=config['aws_secret_access_key'],
ec2_vpc_subnet_id=config['ec2_vpc_subnet_id'],
ec2_security_group_id=config['ec2_security_group_id'],
ec2_instance_profile_name=config['ec2_instance_profile_name'],
variable_override_path=variable_override_path,
)
# SSH key used to access the instance needs specific permissions.
job.ensure_task(tasks.bash_task(
'chmod 600 {key_pem_path}',
key_pem_path=path_to_artifact(constants.KEY_PEM_FILENAME)
))
if application_user is None:
application_user = edp.play
if has_migrations:
tasks.generate_run_migrations(
job,
application_user=application_user,
application_name=application_user,
application_path='/edx/app/{}'.format(application_user),
db_migration_user=constants.DB_MIGRATION_USER,
db_migration_pass=config['db_migration_pass'],
)
for migration in additional_migrations:
tasks.generate_run_migrations(
job,
application_user=migration.name,
application_name=migration.name,
application_path=migration.path,
db_migration_user=constants.DB_MIGRATION_USER,
db_migration_pass=config['db_migration_pass'],
sub_application_name=migration.sub_application_name
)
if management_commands:
for command in management_commands:
tasks.generate_run_management_command(
job,
application_user=application_user,
application_name=application_user,
application_path='/edx/app/{}'.format(application_user),
command=command
)
if has_migrations or management_commands:
tasks.generate_ami_cleanup(job, config['slack_token'], runif='any')
tasks.generate_deploy_ami(
job,
variable_override_path,
config['asgard_api_endpoints'],
config['asgard_token'],
config['aws_access_key_id'],
config['aws_secret_access_key'],
)
return job
def generate_launch_instance(
pipeline,
aws_access_key_id,
aws_secret_access_key,
ec2_vpc_subnet_id,
ec2_security_group_id,
ec2_instance_profile_name,
base_ami_id,
manual_approval=False,
ec2_region=constants.EC2_REGION,
ec2_instance_type=constants.EC2_INSTANCE_TYPE,
ec2_timeout=constants.EC2_LAUNCH_INSTANCE_TIMEOUT,
ec2_ebs_volume_size=constants.EC2_EBS_VOLUME_SIZE):
"""
Pattern to launch an AMI. Generates 3 artifacts:
key.pem - Private key material generated for this instance launch
launch_info.yml - yaml file that contains information about the instance launched
ansible_inventory - a list of private aws IP addresses that can be fed in to ansible to run playbooks
Please check here for further information:
https://github.com/edx/configuration/blob/master/playbooks/continuous_delivery/launch_instance.yml
Args:
pipeline (gomatic.Pipeline):
aws_access_key_id (str): AWS key ID for auth
aws_secret_access_key (str): AWS secret key for auth
ec2_vpc_subnet_id (str):
ec2_security_group_id (str):
ec2_instance_profile_name (str):
base_ami_id (str): the ami-id used to launch the instance
manual_approval (bool): Should this stage require manual approval?
ec2_region (str):
ec2_instance_type (str):
ec2_timeout (str):
ec2_ebs_volume_size (str):
Returns:
"""
pipeline.ensure_encrypted_environment_variables({
'AWS_ACCESS_KEY_ID':
aws_access_key_id,
'AWS_SECRET_ACCESS_KEY':
aws_secret_access_key
})
pipeline.ensure_environment_variables({
'EC2_VPC_SUBNET_ID':
ec2_vpc_subnet_id,
'EC2_SECURITY_GROUP_ID':
ec2_security_group_id,
'EC2_ASSIGN_PUBLIC_IP':
'no',
'EC2_TIMEOUT':
ec2_timeout,
'EC2_REGION':
ec2_region,
'EBS_VOLUME_SIZE':
ec2_ebs_volume_size,
'EC2_INSTANCE_TYPE':
ec2_instance_type,
'EC2_INSTANCE_PROFILE_NAME':
ec2_instance_profile_name,
'NO_REBOOT':
'no',
'BASE_AMI_ID':
base_ami_id,
'ANSIBLE_CONFIG':
constants.ANSIBLE_CONTINUOUS_DELIVERY_CONFIG,
})
stage = pipeline.ensure_stage(constants.LAUNCH_INSTANCE_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
# Install the requirements.
job = stage.ensure_job(constants.LAUNCH_INSTANCE_JOB_NAME)
tasks.generate_requirements_install(job, 'tubular')
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_launch_instance(job)
return stage
def generate_run_migrations(pipeline,
db_migration_pass,
inventory_location,
instance_key_location,
launch_info_location,
application_user,
application_name,
application_path,
duration_threshold=None,
from_address=None,
to_addresses=None,
sub_application_name=None,
manual_approval=False):
"""
Generate the stage that applies/runs migrations.
Args:
pipeline (gomatic.Pipeline): Pipeline to which to add the run migrations stage.
db_migration_pass (str): Password for the DB user used to run migrations.
inventory_location (ArtifactLocation): Location of inventory containing the IP
address of the EC2 instance, for fetching.
instance_key_location (ArtifactLocation): Location of SSH key used to access the
EC2 instance, for fetching.
launch_info_location (ArtifactLocation): Location of the launch_info.yml file for fetching
application_user (str): Username to use while running the migrations
application_name (str): Name of the application (e.g. edxapp, ecommerce, etc...)
application_path (str): path of the application installed on the target machine
duration_threshold (int): Threshold in seconds over which a migration duration will be alerted.
from_address (str): Any migration duration email alert will be from this address.
to_addresses (list(str)): List of To: addresses for migration duration email alerts.
sub_application_name (str): any sub application to insert in to the migrations commands {cms|lms}
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_environment_variables(
{
'ARTIFACT_PATH': constants.ARTIFACT_PATH,
'ANSIBLE_CONFIG': constants.ANSIBLE_CONTINUOUS_DELIVERY_CONFIG
}
)
if duration_threshold:
pipeline.ensure_environment_variables(
{
'MAX_EMAIL_TRIES': constants.MAX_EMAIL_TRIES
}
)
if sub_application_name is not None:
stage_name = "{}_{}".format(constants.APPLY_MIGRATIONS_STAGE, sub_application_name)
else:
stage_name = constants.APPLY_MIGRATIONS_STAGE
stage = pipeline.ensure_stage(stage_name)
if manual_approval:
stage.set_has_manual_approval()
job = stage.ensure_job(constants.APPLY_MIGRATIONS_JOB)
tasks.generate_package_install(job, 'tubular')
# Fetch the Ansible inventory to use in reaching the EC2 instance.
tasks.retrieve_artifact(inventory_location, job, constants.ARTIFACT_PATH)
# Fetch the SSH key to use in reaching the EC2 instance.
tasks.retrieve_artifact(instance_key_location, job, constants.ARTIFACT_PATH)
# ensure the target directoy exists
tasks.generate_target_directory(job)
# fetch the launch_info.yml
tasks.retrieve_artifact(launch_info_location, job, constants.ARTIFACT_PATH)
# The SSH key used to access the EC2 instance needs specific permissions.
job.add_task(
ExecTask(
['/bin/bash', '-c', 'chmod 600 {}'.format(instance_key_location.file_name)],
working_dir=constants.ARTIFACT_PATH
)
)
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_run_migrations(
job,
application_user,
application_name,
application_path,
constants.DB_MIGRATION_USER,
db_migration_pass,
sub_application_name
)
if duration_threshold:
tasks.generate_check_migration_duration(
job,
application_name,
constants.MIGRATION_RESULT_FILENAME,
duration_threshold,
from_address,
to_addresses
)
return stage
def generate_create_ami_from_instance(pipeline,
edp,
app_repo,
aws_access_key_id,
aws_secret_access_key,
ami_creation_timeout=3600,
ami_wait='yes',
cache_id='',
artifact_path=constants.ARTIFACT_PATH,
slack_token='',
slack_room=constants.SLACK_ROOM,
manual_approval=False,
version_tags=None,
**kwargs):
"""
Generates an artifact ami.yml:
ami_id: ami-abcdefg
ami_message: AMI creation operation complete
ami_state: available
Args:
pipeline (gomatic.Pipeline):
edp (EDP):
app_repo (str):
configuration_secure_repo (str):
aws_access_key_id (str):
aws_secret_access_key (str):
configuration_repo (str):
ami_creation_timeout (str):
ami_wait (str):
cache_id (str):
artifact_path (str):
slack_token (str): Token used to authenticate to Slack.
slack_room (str): Slack room to which to post notifications.
manual_approval (bool):
version_tags (dict): An optional {app_name: (repo, version), ...} dict that
specifies what versions to tag the AMI with.
**kwargs (dict):
k,v pairs:
k: the name of the option to pass to ansible
v: the value to use for this option
Returns:
gomatic.Stage
"""
stage = pipeline.ensure_stage(constants.BUILD_AMI_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
# Install the requirements.
job = stage.ensure_job(constants.BUILD_AMI_JOB_NAME)
tasks.generate_package_install(job, 'tubular')
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_target_directory(job)
launch_info_artifact = ArtifactLocation(
pipeline.name,
constants.LAUNCH_INSTANCE_STAGE_NAME,
constants.LAUNCH_INSTANCE_JOB_NAME,
constants.LAUNCH_INSTANCE_FILENAME,
)
tasks.retrieve_artifact(launch_info_artifact, job)
# Create an AMI from the instance
tasks.generate_create_ami(
job=job,
play=edp.play,
deployment=edp.deployment,
edx_environment=edp.environment,
app_repo=app_repo,
launch_info_path='{}/{}'.format(constants.ARTIFACT_PATH, constants.LAUNCH_INSTANCE_FILENAME),
aws_access_key_id=aws_access_key_id,
aws_secret_access_key=aws_secret_access_key,
ami_creation_timeout=ami_creation_timeout,
ami_wait=ami_wait,
cache_id=cache_id,
artifact_path=artifact_path,
slack_token=slack_token,
slack_room=slack_room,
version_tags=version_tags,
**kwargs)
return stage
def generate_run_play(pipeline,
playbook_with_path,
edp,
app_repo,
slack_token='',
slack_room=constants.SLACK_ROOM,
manual_approval=False,
configuration_secure_dir=constants.PRIVATE_CONFIGURATION_LOCAL_DIR,
configuration_internal_dir=constants.INTERNAL_CONFIGURATION_LOCAL_DIR,
override_artifacts=None,
timeout=None,
**kwargs):
"""
TODO: This currently runs from the configuration/playbooks/continuous_delivery/ directory. Need to figure out how to
pass in a configuration file to ansible-play correctly. TE-1608
Assumes:
- generate_launch_instance stage was used launch the instance preceding this stage.
- Requires the ansible_inventory and key.pem files to be in the constants.ARTIFACT_DIRECTORY path
- Play is run from the constants.PUBLIC_CONFIGURATION_DIR
- Play is run using the constants.ANSIBLE_CONFIG configuration file
Args:
pipeline (gomatic.Pipeline):
playbook_with_path (str):
app_repo (str) :
slack_token (str): Token used to authenticate to Slack.
slack_room (str): Slack room to which to post notifications.
manual_approval (bool):
configuration_secure_dir (str): The secure config directory to use for this play.
configuration_internal_dir (str): The internal config directory to use for this play.
override_artifacts (bool):
timeout (int): GoCD job level inactivity timeout setting.
**kwargs (dict):
k,v pairs:
k: the name of the option to pass to ansible
v: the value to use for this option
Returns:
gomatic.Stage
"""
stage = pipeline.ensure_stage(constants.RUN_PLAY_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
# Install the requirements.
job = stage.ensure_job(constants.RUN_PLAY_JOB_NAME)
if timeout:
job.timeout = str(timeout)
tasks.generate_package_install(job, 'tubular')
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_target_directory(job)
for file_name in (
constants.KEY_PEM_FILENAME,
constants.LAUNCH_INSTANCE_FILENAME,
constants.ANSIBLE_INVENTORY_FILENAME
):
tasks.retrieve_artifact(
ArtifactLocation(
pipeline.name,
constants.LAUNCH_INSTANCE_STAGE_NAME,
constants.LAUNCH_INSTANCE_JOB_NAME,
file_name,
),
job,
constants.ARTIFACT_PATH
)
override_files = []
if not override_artifacts:
override_artifacts = []
for artifact in override_artifacts:
tasks.retrieve_artifact(artifact, job, constants.ARTIFACT_PATH)
override_files.append('{}/{}'.format(constants.ARTIFACT_PATH, artifact.file_name))
tasks.generate_run_app_playbook(
job=job,
playbook_with_path=playbook_with_path,
edp=edp,
app_repo=app_repo,
slack_token=slack_token,
slack_room=slack_room,
configuration_secure_dir=configuration_secure_dir,
configuration_internal_dir=configuration_internal_dir,
override_files=override_files,
**kwargs)
return stage
def install_pipeline(save_config_locally, dry_run, variable_files, cmd_line_vars):
config = utils.merge_files_and_dicts(variable_files, list(cmd_line_vars, ))
configurator = GoCdConfigurator(
HostRestClient(config['gocd_url'], config['gocd_username'], config['gocd_password'], ssl=True))
pipeline = configurator \
.ensure_pipeline_group(DRUPAL_PIPELINE_GROUP_NAME) \
.ensure_replacement_of_pipeline(DEPLOY_MARKETING_PIPELINE_NAME) \
.set_git_material(GitMaterial('https://github.com/edx/tubular',
polling=True,
destination_directory='tubular',
ignore_patterns=constants.MATERIAL_IGNORE_ALL_REGEX
)
)
pipeline.ensure_environment_variables(
{
'MARKETING_REPOSITORY_VERSION': config['mktg_repository_version'],
}
)
pipeline.ensure_encrypted_environment_variables(
{
'PRIVATE_GITHUB_KEY': config['github_private_key'],
'PRIVATE_MARKETING_REPOSITORY_URL': config['mktg_repository_url'],
'PRIVATE_ACQUIA_REMOTE': config['acquia_remote_url'],
'PRIVATE_ACQUIA_USERNAME': config['acquia_username'],
'PRIVATE_ACQUIA_PASSWORD': config['acquia_password'],
'PRIVATE_ACQUIA_GITHUB_KEY': config['acquia_github_key']
}
)
# Stage to fetch the current tag names from stage and prod
fetch_tag_stage = pipeline.ensure_stage(FETCH_TAG_STAGE_NAME)
fetch_tag_stage.set_has_manual_approval()
fetch_tag_job = fetch_tag_stage.ensure_job(FETCH_TAG_JOB_NAME)
tasks.generate_requirements_install(fetch_tag_job, 'tubular')
tasks.generate_target_directory(fetch_tag_job)
path_name = '../target/{env}_tag_name.txt'
tasks.generate_fetch_tag(fetch_tag_job, STAGE_ENV, path_name)
tasks.generate_fetch_tag(fetch_tag_job, PROD_ENV, path_name)
fetch_tag_job.ensure_artifacts(
set([BuildArtifact('target/{stage_tag}.txt'.format(stage_tag=STAGE_TAG_NAME)),
BuildArtifact('target/{prod_tag}.txt'.format(prod_tag=PROD_TAG_NAME))])
)
# Stage to create and push a tag to Acquia.
push_to_acquia_stage = pipeline.ensure_stage(PUSH_TO_ACQUIA_STAGE_NAME)
push_to_acquia_job = push_to_acquia_stage.ensure_job(PUSH_TO_ACQUIA_JOB_NAME)
# Ensures the tag name is accessible in future jobs.
push_to_acquia_job.ensure_artifacts(
set([BuildArtifact('target/{new_tag}.txt'.format(new_tag=NEW_TAG_NAME))])
)
tasks.generate_requirements_install(push_to_acquia_job, 'tubular')
tasks.generate_target_directory(push_to_acquia_job)
tasks.fetch_edx_mktg(push_to_acquia_job, 'edx-mktg')
# Create a tag from MARKETING_REPOSITORY_VERSION branch of marketing repo
push_to_acquia_job.add_task(
ExecTask(
[
'/bin/bash',
'-c',
# Writing dates to a file should help with any issues dealing with a job
# taking place over two days (23:59:59 -> 00:00:00). Only the day can be
# affected since we don't use minutes or seconds.
# NOTE: Uses UTC
'echo -n "release-$(date +%Y-%m-%d-%H.%M)" > ../target/{new_tag}.txt && '
'TAG_NAME=$(cat ../target/{new_tag}.txt) && '
'/usr/bin/git config user.email "*****@*****.**" && '
'/usr/bin/git config user.name "edx-secure" && '
'/usr/bin/git tag -a $TAG_NAME -m "Release for $(date +%B\ %d,\ %Y). Created by $GO_TRIGGER_USER." && '
'GIT_SSH_COMMAND="/usr/bin/ssh -o StrictHostKeyChecking=no -i ../github_key.pem" '
'/usr/bin/git push origin $TAG_NAME'.format(new_tag=NEW_TAG_NAME)
],
working_dir='edx-mktg'
)
)
# Set up Acquia Github key for use in pushing tag to Acquia
tasks.format_RSA_key(push_to_acquia_job, 'acquia_github_key.pem', '$PRIVATE_ACQUIA_GITHUB_KEY')
# Set up Acquia remote repo and push tag to Acquia. Change new tag file to contain "tags/" for deployment.
push_to_acquia_job.add_task(
ExecTask(
[
'/bin/bash',
'-c',
'/usr/bin/git remote add acquia $PRIVATE_ACQUIA_REMOTE && '
'GIT_SSH_COMMAND="/usr/bin/ssh -o StrictHostKeyChecking=no -i ../acquia_github_key.pem" '
'/usr/bin/git push acquia $(cat ../target/{new_tag}.txt) && '
'echo -n "tags/" | cat - ../target/{new_tag}.txt > temp && mv temp ../target/{new_tag}.txt'.format(new_tag=NEW_TAG_NAME)
],
working_dir='edx-mktg'
)
)
# Stage to backup database in stage
backup_stage_database_stage = pipeline.ensure_stage(BACKUP_STAGE_DATABASE_STAGE_NAME)
backup_stage_database_job = backup_stage_database_stage.ensure_job(BACKUP_STAGE_DATABASE_JOB_NAME)
tasks.generate_requirements_install(backup_stage_database_job, 'tubular')
tasks.generate_backup_drupal_database(backup_stage_database_job, STAGE_ENV)
# Stage to deploy to stage
deploy_stage_for_stage = pipeline.ensure_stage(DEPLOY_STAGE_STAGE_NAME)
deploy_job_for_stage = deploy_stage_for_stage.ensure_job(DEPLOY_STAGE_JOB_NAME)
tasks.generate_requirements_install(deploy_job_for_stage, 'tubular')
tasks.generate_target_directory(deploy_job_for_stage)
# fetch the tag name
new_tag_name_artifact_params = {
'pipeline': DEPLOY_MARKETING_PIPELINE_NAME,
'stage': PUSH_TO_ACQUIA_STAGE_NAME,
'job': PUSH_TO_ACQUIA_JOB_NAME,
'src': FetchArtifactFile('{new_tag}.txt'.format(new_tag=NEW_TAG_NAME)),
'dest': 'target'
}
deploy_job_for_stage.add_task(FetchArtifactTask(**new_tag_name_artifact_params))
tasks.generate_drupal_deploy(deploy_job_for_stage, STAGE_ENV, '{new_tag}.txt'.format(new_tag=NEW_TAG_NAME))
# Stage to clear caches in stage
clear_stage_caches_stage = pipeline.ensure_stage(CLEAR_STAGE_CACHES_STAGE_NAME)
clear_stage_caches_job = clear_stage_caches_stage.ensure_job(CLEAR_STAGE_CACHES_JOB_NAME)
tasks.fetch_edx_mktg(clear_stage_caches_job, 'edx-mktg')
tasks.generate_requirements_install(clear_stage_caches_job, 'tubular')
tasks.format_RSA_key(clear_stage_caches_job, 'edx-mktg/docroot/acquia_github_key.pem', '$PRIVATE_ACQUIA_GITHUB_KEY')
tasks.generate_flush_drupal_caches(clear_stage_caches_job, STAGE_ENV)
tasks.generate_clear_varnish_cache(clear_stage_caches_job, STAGE_ENV)
# Stage to backup database in prod
backup_prod_database_stage = pipeline.ensure_stage(BACKUP_PROD_DATABASE_STAGE_NAME)
backup_prod_database_stage.set_has_manual_approval()
backup_prod_database_job = backup_prod_database_stage.ensure_job(BACKUP_PROD_DATABASE_JOB_NAME)
tasks.generate_requirements_install(backup_prod_database_job, 'tubular')
tasks.generate_backup_drupal_database(backup_prod_database_job, PROD_ENV)
# Stage to deploy to prod
deploy_stage_for_prod = pipeline.ensure_stage(DEPLOY_PROD_STAGE_NAME)
deploy_job_for_prod = deploy_stage_for_prod.ensure_job(DEPLOY_PROD_JOB_NAME)
tasks.generate_requirements_install(deploy_job_for_prod, 'tubular')
tasks.generate_target_directory(deploy_job_for_prod)
deploy_job_for_prod.add_task(FetchArtifactTask(**new_tag_name_artifact_params))
tasks.generate_drupal_deploy(deploy_job_for_prod, PROD_ENV, '{new_tag}.txt'.format(new_tag=NEW_TAG_NAME))
# Stage to clear caches in prod
clear_prod_caches_stage = pipeline.ensure_stage(CLEAR_PROD_CACHES_STAGE_NAME)
clear_prod_caches_job = clear_prod_caches_stage.ensure_job(CLEAR_PROD_CACHES_JOB_NAME)
tasks.fetch_edx_mktg(clear_prod_caches_job, 'edx-mktg')
tasks.generate_requirements_install(clear_prod_caches_job, 'tubular')
tasks.format_RSA_key(clear_prod_caches_job, 'edx-mktg/docroot/acquia_github_key.pem', '$PRIVATE_ACQUIA_GITHUB_KEY')
tasks.generate_flush_drupal_caches(clear_prod_caches_job, PROD_ENV)
tasks.generate_clear_varnish_cache(clear_prod_caches_job, PROD_ENV)
configurator.save_updated_config(save_config_locally=save_config_locally, dry_run=dry_run)
def generate_rollback_migrations(
stage,
edp,
application_user,
application_name,
application_path,
db_migration_user,
db_migration_pass,
migration_info_location,
inventory_location=None,
instance_key_location=None,
ami_artifact_location=None,
config=None,
sub_application_name=None,
additional_migrations=None,
):
"""
Generates a job for rolling back database migrations.
Args:
stage (gomatic.gocd.pipelines.Stage): Stage this job will be part of
edp (EDP): EDP that this job will roll back
migration_info_location (edxpipelines.utils.ArtifactLocation): Location of
the migration output to roll back
inventory_location (edxpipelines.utils.ArtifactLocation): Location of the
ansible inventory
instance_key_location (edxpipelines.utils.ArtifactLocation): Location of
the key used to ssh in to the instance
ami_artifact_location (edxpipelines.utils.ArtifactLocation): AMI to use when
launching instance used to roll back migrations.
config (dict): Environment-specific secure config.
sub_application_name (str): additional command to be passed to the migrate app {cms|lms}
additional_migrations (list[edxpipelines.utils.MigrationAppInfo]): Additional applications to migrate.
Will only run if has_migrations=True
Returns:
gomatic.gocd.pipelines.Job
"""
if not additional_migrations:
additional_migrations = []
job_name = constants.ROLLBACK_MIGRATIONS_JOB_NAME_TPL(edp)
if sub_application_name is not None:
job_name += '_{}'.format(sub_application_name)
job = stage.ensure_job(job_name)
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_target_directory(job)
is_instance_launch_required = ami_artifact_location and config
if is_instance_launch_required:
# Retrieve the AMI ID from the upstream build stage.
tasks.retrieve_artifact(ami_artifact_location, job)
variable_override_path = path_to_artifact(ami_artifact_location.file_name)
tasks.generate_launch_instance(
job,
aws_access_key_id=config['aws_access_key_id'],
aws_secret_access_key=config['aws_secret_access_key'],
ec2_vpc_subnet_id=config['ec2_vpc_subnet_id'],
ec2_security_group_id=config['ec2_security_group_id'],
ec2_instance_profile_name=config['ec2_instance_profile_name'],
variable_override_path=variable_override_path,
)
else:
# The instance was launched elsewhere. Fetch the Ansible inventory to
# use in reaching the EC2 instance.
tasks.retrieve_artifact(inventory_location, job)
# Fetch the SSH key to use in reaching the EC2 instance.
tasks.retrieve_artifact(instance_key_location, job)
# SSH key used to access the instance needs specific permissions.
job.ensure_task(tasks.bash_task(
'chmod 600 {key_pem_path}',
key_pem_path=path_to_artifact(constants.KEY_PEM_FILENAME)
))
# Fetch the migration output.
tasks.retrieve_artifact(migration_info_location, job)
tasks.generate_migration_rollback(
job=job,
application_user=application_user,
application_name=application_name,
application_path=application_path,
db_migration_user=db_migration_user,
db_migration_pass=db_migration_pass,
sub_application_name=sub_application_name,
)
for migration_info in additional_migrations:
tasks.generate_migration_rollback(
job=job,
application_user=migration_info.name,
application_name=migration_info.name,
application_path=migration_info.path,
db_migration_user=db_migration_user,
db_migration_pass=db_migration_pass,
sub_application_name=migration_info.sub_application_name,
)
# If an instance was launched as part of this job, clean it up.
if is_instance_launch_required:
tasks.generate_ami_cleanup(job, config['slack_token'], runif='any')
return job
def generate_build_ami(stage,
edp,
app_repo_url,
configuration_secure_material,
configuration_internal_material,
playbook_path,
config,
version_tags=None,
**kwargs):
"""
Generates a job for creating a new AMI.
Args:
stage (gomatic.gocd.pipelines.Stage): Stage to which this job belongs.
edp (edxpipelines.utils.EDP): Tuple indicating environment, deployment, and play
for which an AMI will be created.
app_repo_url (str): App repo's URL.
configuration_secure_material (gomatic.gomatic.gocd.materials.GitMaterial): Secure
configuration material. Destination directory expected to be 'configuration-secure'.
configuration_internal_material (gomatic.gomatic.gocd.materials.GitMaterial): Internal
configuration material. Destination directory expected to be 'configuration-internal'.
playbook_path (str): Path to the Ansible playbook to run when creating the AMI.
config (dict): Environment-specific secure config.
version_tags (dict): An optional {app_name: (repo, version), ...} dict that
specifies what versions to tag the AMI with.
Returns:
gomatic.gocd.pipelines.Job
"""
job = stage.ensure_job(constants.BUILD_AMI_JOB_NAME_TPL(edp))
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_package_install(job, 'tubular')
tasks.generate_target_directory(job)
# Locate the base AMI.
tasks.generate_base_ami_selection(
job,
config['aws_access_key_id'],
config['aws_secret_access_key'],
edp=edp
)
# Launch a new instance on which to build the AMI.
tasks.generate_launch_instance(
job,
aws_access_key_id=config['aws_access_key_id'],
aws_secret_access_key=config['aws_secret_access_key'],
ec2_vpc_subnet_id=config['ec2_vpc_subnet_id'],
ec2_security_group_id=config['ec2_security_group_id'],
ec2_instance_profile_name=config['ec2_instance_profile_name'],
variable_override_path=path_to_artifact(constants.BASE_AMI_OVERRIDE_FILENAME),
)
tasks.generate_ensure_python2(job)
# Run the Ansible play for the service.
tasks.generate_run_app_playbook(
job,
playbook_path,
edp,
app_repo_url,
slack_token=config['slack_token'],
configuration_secure_dir=configuration_secure_material.destination_directory,
configuration_internal_dir=configuration_internal_material.destination_directory,
disable_edx_services='true',
COMMON_TAG_EC2_INSTANCE='true',
**kwargs
)
# Create an AMI from the instance.
tasks.generate_create_ami(
job,
edp.play,
edp.deployment,
edp.environment,
app_repo_url,
config['aws_access_key_id'],
config['aws_secret_access_key'],
path_to_artifact(constants.LAUNCH_INSTANCE_FILENAME),
slack_token=config['slack_token'],
version_tags=version_tags,
**kwargs
)
tasks.generate_ami_cleanup(job, config['slack_token'], runif='any')
return job
def generate_run_migrations(pipeline,
db_migration_pass,
inventory_location,
instance_key_location,
launch_info_location,
application_user,
application_name,
application_path,
sub_application_name=None,
manual_approval=False):
"""
Generate the stage that applies/runs migrations.
Args:
pipeline (gomatic.Pipeline): Pipeline to which to add the run migrations stage.
db_migration_pass (str): Password for the DB user used to run migrations.
inventory_location (ArtifactLocation): Location of inventory containing the IP address of the EC2 instance, for fetching.
instance_key_location (ArtifactLocation): Location of SSH key used to access the EC2 instance, for fetching.
launch_info_location (ArtifactLocation): Location of the launch_info.yml file for fetching
application_user (str): Username to use while running the migrations
application_name (str): Name of the application (e.g. edxapp, programs, etc...)
application_path (str): path of the application installed on the target machine
sub_application_name (str): any sub application to insert in to the migrations commands {cms|lms}
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_environment_variables({
'APPLICATION_USER':
application_user,
'APPLICATION_NAME':
application_name,
'APPLICATION_PATH':
application_path,
'DB_MIGRATION_USER':
'******',
'ARTIFACT_PATH':
constants.ARTIFACT_PATH,
'ANSIBLE_CONFIG':
constants.ANSIBLE_CONTINUOUS_DELIVERY_CONFIG,
})
pipeline.ensure_encrypted_environment_variables({
'DB_MIGRATION_PASS':
db_migration_pass,
})
if sub_application_name is not None:
stage_name = "{}_{}".format(constants.APPLY_MIGRATIONS_STAGE,
sub_application_name)
else:
stage_name = constants.APPLY_MIGRATIONS_STAGE
stage = pipeline.ensure_stage(stage_name)
if manual_approval:
stage.set_has_manual_approval()
job = stage.ensure_job(constants.APPLY_MIGRATIONS_JOB)
# Fetch the Ansible inventory to use in reaching the EC2 instance.
artifact_params = {
"pipeline": inventory_location.pipeline,
"stage": inventory_location.stage,
"job": inventory_location.job,
"src": FetchArtifactFile(inventory_location.file_name),
"dest": constants.ARTIFACT_PATH
}
job.add_task(FetchArtifactTask(**artifact_params))
# Fetch the SSH key to use in reaching the EC2 instance.
artifact_params = {
"pipeline": instance_key_location.pipeline,
"stage": instance_key_location.stage,
"job": instance_key_location.job,
"src": FetchArtifactFile(instance_key_location.file_name),
"dest": constants.ARTIFACT_PATH
}
job.add_task(FetchArtifactTask(**artifact_params))
# ensure the target directoy exists
tasks.generate_target_directory(job)
# fetch the launch_info.yml
artifact_params = {
"pipeline": launch_info_location.pipeline,
"stage": launch_info_location.stage,
"job": launch_info_location.job,
"src": FetchArtifactFile(launch_info_location.file_name),
"dest": constants.ARTIFACT_PATH
}
job.add_task(FetchArtifactTask(**artifact_params))
# The SSH key used to access the EC2 instance needs specific permissions.
job.add_task(
ExecTask([
'/bin/bash', '-c', 'chmod 600 {}'.format(
instance_key_location.file_name)
],
working_dir=constants.ARTIFACT_PATH))
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_run_migrations(job, sub_application_name)
# Cleanup EC2 instance if running the migrations failed.
# I think this should be left for the terminate instance stage
# tasks.generate_ami_cleanup(job, runif='failed')
return stage
def generate_launch_instance(
pipeline,
aws_access_key_id,
aws_secret_access_key,
ec2_vpc_subnet_id,
ec2_security_group_id,
ec2_instance_profile_name,
base_ami_id,
manual_approval=False,
ec2_region=constants.EC2_REGION,
ec2_instance_type=constants.EC2_INSTANCE_TYPE,
ec2_timeout=constants.EC2_LAUNCH_INSTANCE_TIMEOUT,
ec2_ebs_volume_size=constants.EC2_EBS_VOLUME_SIZE,
base_ami_id_artifact=None
):
"""
Pattern to launch an AMI. Generates 3 artifacts:
key.pem - Private key material generated for this instance launch
launch_info.yml - yaml file that contains information about the instance launched
ansible_inventory - a list of private aws IP addresses that can be fed in to ansible to run playbooks
Please check here for further information:
https://github.com/edx/configuration/blob/master/playbooks/continuous_delivery/launch_instance.yml
Args:
pipeline (gomatic.Pipeline):
aws_access_key_id (str): AWS key ID for auth
aws_secret_access_key (str): AWS secret key for auth
ec2_vpc_subnet_id (str):
ec2_security_group_id (str):
ec2_instance_profile_name (str):
base_ami_id (str): the ami-id used to launch the instance
manual_approval (bool): Should this stage require manual approval?
ec2_region (str):
ec2_instance_type (str):
ec2_timeout (str):
ec2_ebs_volume_size (str):
base_ami_id_artifact (edxpipelines.utils.ArtifactLocation): overrides the base_ami_id and will force
the task to run with the AMI built up stream.
Returns:
"""
stage = pipeline.ensure_stage(constants.LAUNCH_INSTANCE_STAGE_NAME)
if manual_approval:
stage.set_has_manual_approval()
# Install the requirements.
job = stage.ensure_job(constants.LAUNCH_INSTANCE_JOB_NAME)
tasks.generate_package_install(job, 'tubular')
tasks.generate_requirements_install(job, 'configuration')
if base_ami_id_artifact:
tasks.retrieve_artifact(base_ami_id_artifact, job, constants.ARTIFACT_PATH)
# Create the instance-launching task.
tasks.generate_launch_instance(
job,
aws_access_key_id=aws_access_key_id,
aws_secret_access_key=aws_secret_access_key,
ec2_vpc_subnet_id=ec2_vpc_subnet_id,
ec2_security_group_id=ec2_security_group_id,
ec2_instance_profile_name=ec2_instance_profile_name,
base_ami_id=base_ami_id,
ec2_region=ec2_region,
ec2_instance_type=ec2_instance_type,
ec2_timeout=ec2_timeout,
ec2_ebs_volume_size=ec2_ebs_volume_size,
variable_override_path='{}/{}'.format(
constants.ARTIFACT_PATH, base_ami_id_artifact.file_name
) if base_ami_id_artifact else None,
)
tasks.generate_ensure_python2(job)
return stage
def generate_ansible_stage(stage_name,
task,
pipeline,
inventory_location,
instance_key_location,
launch_info_location,
application_user,
application_name,
application_path,
hipchat_auth_token,
hipchat_room=constants.HIPCHAT_ROOM,
manual_approval=False):
"""
Generate the stage with the given name, that runs the specified task.
Args:
stage_name (str): Name of the generated stage.
task (function): Task to be executed by the stage.
pipeline (gomatic.Pipeline): Pipeline to which to add the run migrations stage.
inventory_location (ArtifactLocation): Location of inventory containing the IP address of the EC2 instance, for fetching.
instance_key_location (ArtifactLocation): Location of SSH key used to access the EC2 instance, for fetching.
launch_info_location (ArtifactLocation): Location of the launch_info.yml file for fetching
application_user (str): Username to use while running the migrations
application_name (str): Name of the application (e.g. edxapp, programs, etc...)
application_path (str): path of the application installed on the target machine
hipchat_auth_token (str): HipChat authentication token
hipchat_room (str): HipChat room where announcements should be made
manual_approval (bool): Should this stage require manual approval?
Returns:
gomatic.Stage
"""
pipeline.ensure_environment_variables({
'APPLICATION_USER': application_user,
'APPLICATION_NAME': application_name,
'APPLICATION_PATH': application_path,
'HIPCHAT_ROOM': hipchat_room,
})
pipeline.ensure_encrypted_environment_variables({
'HIPCHAT_TOKEN':
hipchat_auth_token,
})
stage = pipeline.ensure_stage(stage_name)
if manual_approval:
stage.set_has_manual_approval()
job = stage.ensure_job(stage_name + '_job')
# Fetch the Ansible inventory to use in reaching the EC2 instance.
artifact_params = {
"pipeline": inventory_location.pipeline,
"stage": inventory_location.stage,
"job": inventory_location.job,
"src": FetchArtifactFile(inventory_location.file_name),
"dest": 'configuration'
}
job.add_task(FetchArtifactTask(**artifact_params))
# Fetch the SSH key to use in reaching the EC2 instance.
artifact_params = {
"pipeline": instance_key_location.pipeline,
"stage": instance_key_location.stage,
"job": instance_key_location.job,
"src": FetchArtifactFile(instance_key_location.file_name),
"dest": 'configuration'
}
job.add_task(FetchArtifactTask(**artifact_params))
# ensure the target directoy exists
tasks.generate_target_directory(job)
# fetch the launch_info.yml
artifact_params = {
"pipeline": launch_info_location.pipeline,
"stage": launch_info_location.stage,
"job": launch_info_location.job,
"src": FetchArtifactFile(launch_info_location.file_name),
"dest": "target"
}
job.add_task(FetchArtifactTask(**artifact_params))
# The SSH key used to access the EC2 instance needs specific permissions.
job.add_task(
ExecTask([
'/bin/bash', '-c', 'chmod 600 {}'.format(
instance_key_location.file_name)
],
working_dir='configuration'))
tasks.generate_requirements_install(job, 'configuration')
task(job)
return stage
def generate_build_ami(stage,
edp,
app_repo_url,
configuration_secure_material,
configuration_internal_material,
playbook_path,
config,
version_tags=None,
**kwargs):
"""
Generates a job for creating a new AMI.
Args:
stage (gomatic.gocd.pipelines.Stage): Stage to which this job belongs.
edp (edxpipelines.utils.EDP): Tuple indicating environment, deployment, and play
for which an AMI will be created.
app_repo_url (str): App repo's URL.
configuration_secure_material (gomatic.gomatic.gocd.materials.GitMaterial): Secure
configuration material. Destination directory expected to be 'configuration-secure'.
configuration_internal_material (gomatic.gomatic.gocd.materials.GitMaterial): Internal
configuration material. Destination directory expected to be 'configuration-internal'.
playbook_path (str): Path to the Ansible playbook to run when creating the AMI.
config (dict): Environment-specific secure config.
version_tags (dict): An optional {app_name: (repo, version), ...} dict that
specifies what versions to tag the AMI with.
Returns:
gomatic.gocd.pipelines.Job
"""
job = stage.ensure_job(constants.BUILD_AMI_JOB_NAME_TPL(edp))
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_package_install(job, 'tubular')
tasks.generate_target_directory(job)
# Locate the base AMI.
tasks.generate_base_ami_selection(
job,
config['aws_access_key_id'],
config['aws_secret_access_key'],
edp=edp
)
# Launch a new instance on which to build the AMI.
tasks.generate_launch_instance(
job,
aws_access_key_id=config['aws_access_key_id'],
aws_secret_access_key=config['aws_secret_access_key'],
ec2_vpc_subnet_id=config['ec2_vpc_subnet_id'],
ec2_security_group_id=config['ec2_security_group_id'],
ec2_instance_profile_name=config['ec2_instance_profile_name'],
variable_override_path=path_to_artifact(constants.BASE_AMI_OVERRIDE_FILENAME),
)
# Run the Ansible play for the service.
tasks.generate_run_app_playbook(
job,
playbook_path,
edp,
app_repo_url,
private_github_key=config['github_private_key'],
hipchat_token=config['hipchat_token'],
configuration_secure_dir=configuration_secure_material.destination_directory,
configuration_internal_dir=configuration_internal_material.destination_directory,
disable_edx_services='true',
COMMON_TAG_EC2_INSTANCE='true',
**kwargs
)
# Create an AMI from the instance.
tasks.generate_create_ami(
job,
edp.play,
edp.deployment,
edp.environment,
app_repo_url,
config['aws_access_key_id'],
config['aws_secret_access_key'],
path_to_artifact(constants.LAUNCH_INSTANCE_FILENAME),
hipchat_token=config['hipchat_token'],
version_tags=version_tags,
**kwargs
)
tasks.generate_ami_cleanup(job, config['hipchat_token'], runif='any')
return job
def generate_rollback_asg_stage(pipeline, asgard_api_endpoints, asgard_token,
aws_access_key_id, aws_secret_access_key,
hipchat_auth_token, hipchat_room,
deploy_file_location):
"""
Generates a stage which performs rollback to a previous ASG (or ASGs) via Asgard.
If the previous ASG (or ASGs) fail health checks for some reason, a new ASGs with
the provided AMI ID is created and used as the rollback ASG(s).
This stage *always* requires manual approval.
Args:
pipeline (gomatic.Pipeline):
asgard_api_endpoints (str): canonical URL for asgard.
asgard_token (str):
aws_access_key_id (str):
aws_secret_access_key (str):
deploy_file_location (ArtifactLocation): The location of YAML artifact from the previous deploy
that has the previous ASG info along with `ami_id`, for rollback/re-deploy respectively.
Returns:
gomatic.Stage
"""
pipeline.ensure_environment_variables({
'ASGARD_API_ENDPOINTS': asgard_api_endpoints,
'HIPCHAT_ROOM': hipchat_room,
})
pipeline.ensure_encrypted_environment_variables({
'ASGARD_API_TOKEN':
asgard_token,
'AWS_ACCESS_KEY_ID':
aws_access_key_id,
'AWS_SECRET_ACCESS_KEY':
aws_secret_access_key,
'HIPCHAT_TOKEN':
hipchat_auth_token,
})
stage = pipeline.ensure_stage(constants.ROLLBACK_ASGS_STAGE_NAME)
# Important: Do *not* automatically rollback! Always manual...
stage.set_has_manual_approval()
job = stage.ensure_job(constants.ROLLBACK_ASGS_JOB_NAME)
tasks.generate_requirements_install(job, 'tubular')
artifact_params = {
"pipeline": deploy_file_location.pipeline,
"stage": deploy_file_location.stage,
"job": deploy_file_location.job,
"src": FetchArtifactFile(deploy_file_location.file_name),
"dest": 'tubular'
}
job.add_task(FetchArtifactTask(**artifact_params))
job.add_task(
ExecTask([
'/bin/bash',
'-c',
'mkdir -p ../target',
],
working_dir="tubular"))
artifact_path = '{}/{}'.format(constants.ARTIFACT_PATH,
constants.ROLLBACK_AMI_OUT_FILENAME)
job.ensure_artifacts(set([BuildArtifact(artifact_path)]))
job.add_task(
ExecTask([
'/usr/bin/python',
'scripts/rollback_asg.py',
'--config_file',
deploy_file_location.file_name,
'--out_file',
'../{}'.format(artifact_path),
],
working_dir="tubular"))
return stage
def generate_rollback_migrations(
stage,
edp,
application_user,
application_name,
application_path,
db_migration_user,
db_migration_pass,
migration_info_location,
inventory_location=None,
instance_key_location=None,
ami_artifact_location=None,
config=None,
sub_application_name=None
):
"""
Generates a job for rolling back database migrations.
Args:
stage (gomatic.gocd.pipelines.Stage): Stage this job will be part of
edp (EDP): EDP that this job will roll back
migration_info_location (edxpipelines.utils.ArtifactLocation): Location of
the migration output to roll back
inventory_location (edxpipelines.utils.ArtifactLocation): Location of the
ansible inventory
instance_key_location (edxpipelines.utils.ArtifactLocation): Location of
the key used to ssh in to the instance
ami_artifact_location (edxpipelines.utils.ArtifactLocation): AMI to use when
launching instance used to roll back migrations.
config (dict): Environment-specific secure config.
sub_application_name (str): additional command to be passed to the migrate app {cms|lms}
Returns:
gomatic.gocd.pipelines.Job
"""
job_name = constants.ROLLBACK_MIGRATIONS_JOB_NAME_TPL(edp)
if sub_application_name is not None:
job_name += '_{}'.format(sub_application_name)
job = stage.ensure_job(job_name)
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_target_directory(job)
is_instance_launch_required = ami_artifact_location and config
if is_instance_launch_required:
# Retrieve the AMI ID from the upstream build stage.
tasks.retrieve_artifact(ami_artifact_location, job)
variable_override_path = path_to_artifact(ami_artifact_location.file_name)
tasks.generate_launch_instance(
job,
aws_access_key_id=config['aws_access_key_id'],
aws_secret_access_key=config['aws_secret_access_key'],
ec2_vpc_subnet_id=config['ec2_vpc_subnet_id'],
ec2_security_group_id=config['ec2_security_group_id'],
ec2_instance_profile_name=config['ec2_instance_profile_name'],
variable_override_path=variable_override_path,
)
else:
# The instance was launched elsewhere. Fetch the Ansible inventory to
# use in reaching the EC2 instance.
tasks.retrieve_artifact(inventory_location, job)
# Fetch the SSH key to use in reaching the EC2 instance.
tasks.retrieve_artifact(instance_key_location, job)
# SSH key used to access the instance needs specific permissions.
job.ensure_task(tasks.bash_task(
'chmod 600 {key_pem_path}',
key_pem_path=path_to_artifact(constants.KEY_PEM_FILENAME)
))
# Fetch the migration output.
tasks.retrieve_artifact(migration_info_location, job)
tasks.generate_migration_rollback(
job=job,
application_user=application_user,
application_name=application_name,
application_path=application_path,
db_migration_user=db_migration_user,
db_migration_pass=db_migration_pass,
sub_application_name=sub_application_name,
)
# If an instance was launched as part of this job, clean it up.
if is_instance_launch_required:
tasks.generate_ami_cleanup(job, config['hipchat_token'], runif='any')
return job
def install_pipeline(save_config_locally, dry_run, variable_files,
cmd_line_vars):
config = utils.merge_files_and_dicts(variable_files, list(cmd_line_vars, ))
configurator = GoCdConfigurator(
HostRestClient(config['gocd_url'],
config['gocd_username'],
config['gocd_password'],
ssl=True))
pipeline = configurator \
.ensure_pipeline_group(DRUPAL_PIPELINE_GROUP_NAME) \
.ensure_replacement_of_pipeline('rollback-prod-marketing-site') \
.set_git_material(GitMaterial('https://github.com/edx/tubular',
polling=False,
destination_directory='tubular',
ignore_patterns=constants.MATERIAL_IGNORE_ALL_REGEX
)
) \
.ensure_material(PipelineMaterial(DEPLOY_MARKETING_PIPELINE_NAME, FETCH_TAG_STAGE_NAME))
pipeline.ensure_environment_variables({
'MARKETING_REPOSITORY_VERSION':
config['mktg_repository_version'],
})
pipeline.ensure_encrypted_environment_variables({
'PRIVATE_GITHUB_KEY':
config['github_private_key'],
'PRIVATE_MARKETING_REPOSITORY_URL':
config['mktg_repository_url'],
'PRIVATE_ACQUIA_USERNAME':
config['acquia_username'],
'PRIVATE_ACQUIA_PASSWORD':
config['acquia_password'],
'PRIVATE_ACQUIA_GITHUB_KEY':
config['acquia_github_key'],
})
prod_tag_name_artifact_params = {
'pipeline': DEPLOY_MARKETING_PIPELINE_NAME,
'stage': FETCH_TAG_STAGE_NAME,
'job': FETCH_TAG_JOB_NAME,
'src':
FetchArtifactFile('{prod_tag}.txt'.format(prod_tag=PROD_TAG_NAME)),
'dest': 'target'
}
# Stage to rollback stage to its last stable tag
rollback_stage = pipeline.ensure_stage(ROLLBACK_STAGE_NAME)
rollback_stage.set_has_manual_approval()
rollback_job = rollback_stage.ensure_job(ROLLBACK_JOB_NAME)
tasks.generate_requirements_install(rollback_job, 'tubular')
tasks.generate_target_directory(rollback_job)
rollback_job.add_task(FetchArtifactTask(**prod_tag_name_artifact_params))
tasks.generate_drupal_deploy(
rollback_job, PROD_ENV,
'{prod_tag}.txt'.format(prod_tag=PROD_TAG_NAME))
# Stage to clear caches in extra
clear_prod_caches_stage = pipeline.ensure_stage(
CLEAR_PROD_CACHES_STAGE_NAME)
clear_prod_caches_job = clear_prod_caches_stage.ensure_job(
CLEAR_PROD_CACHES_JOB_NAME)
tasks.fetch_edx_mktg(clear_prod_caches_job, 'edx-mktg')
tasks.generate_requirements_install(clear_prod_caches_job, 'tubular')
tasks.format_RSA_key(clear_prod_caches_job,
'edx-mktg/docroot/acquia_github_key.pem',
'$PRIVATE_ACQUIA_GITHUB_KEY')
tasks.generate_flush_drupal_caches(clear_prod_caches_job, PROD_ENV)
tasks.generate_clear_varnish_cache(clear_prod_caches_job, PROD_ENV)
configurator.save_updated_config(save_config_locally=save_config_locally,
dry_run=dry_run)
def generate_deploy_ami(stage, ami_artifact_location, edp, config, has_migrations=True, application_user=None):
"""
Generates a job for deploying an AMI. Migrations are applied as part of this job.
Args:
stage (gomatic.gocd.pipelines.Stage): Stage to which this job belongs.
ami_artifact_location (edxpipelines.utils.ArtifactLocation): Where to find
the AMI artifact to deploy.
edp (edxpipelines.utils.EDP): Tuple indicating environment, deployment, and play
to which the AMI belongs.
config (dict): Environment-specific secure config.
has_migrations (bool): Whether to generate Gomatic for applying migrations.
application_user (str): application user if different from the play name.
Returns:
gomatic.gocd.pipelines.Job
"""
job = stage.ensure_job(constants.DEPLOY_AMI_JOB_NAME_TPL(edp))
tasks.generate_requirements_install(job, 'configuration')
tasks.generate_package_install(job, 'tubular')
tasks.generate_target_directory(job)
# Retrieve the AMI ID from the upstream build stage.
tasks.retrieve_artifact(ami_artifact_location, job)
variable_override_path = path_to_artifact(ami_artifact_location.file_name)
if has_migrations:
tasks.generate_launch_instance(
job,
aws_access_key_id=config['aws_access_key_id'],
aws_secret_access_key=config['aws_secret_access_key'],
ec2_vpc_subnet_id=config['ec2_vpc_subnet_id'],
ec2_security_group_id=config['ec2_security_group_id'],
ec2_instance_profile_name=config['ec2_instance_profile_name'],
variable_override_path=variable_override_path,
)
# SSH key used to access the instance needs specific permissions.
job.ensure_task(tasks.bash_task(
'chmod 600 {key_pem_path}',
key_pem_path=path_to_artifact(constants.KEY_PEM_FILENAME)
))
if application_user is None:
application_user = edp.play
tasks.generate_run_migrations(
job,
application_user=application_user,
application_name=application_user,
application_path='/edx/app/{}'.format(application_user),
db_migration_user=constants.DB_MIGRATION_USER,
db_migration_pass=config['db_migration_pass'],
)
tasks.generate_ami_cleanup(job, config['hipchat_token'], runif='any')
tasks.generate_deploy_ami(
job,
variable_override_path,
config['asgard_api_endpoints'],
config['asgard_token'],
)
return job
