def build_instances(self, global_config, metadata=None):
"""
Build a set of instances on Openstack using the given list of configurations.
Each configuration is expected to contain the following keywords: DISTRIBUTION,
INSTANCE_NAME, SECURITY_GROUP, FLAVOR, OS1_KEY, and CLOUD_CONFIG, al defined in config_utils.
The configurations will have the 'user', 'host_string' and 'server' keys added, which will contain
the user to SSH in as, the host string for Fabric, and the novaclient.v1_1.server.Server created.
:param global_config: The structure dictionary produced by the configuration parser
:type global_config: dict
:param metadata: The metadata to attach to the instances. Limit to 5 keys, 255 character values
:type metadata: dict
"""
for instance in config_utils.config_generator(global_config):
# Build the base instance
image = self.get_distribution_image(
instance[config_utils.DISTRIBUTION])
cloud_config = instance.get(config_utils.CLOUD_CONFIG)
instance_name = instance[config_utils.INSTANCE_NAME]
security_group = instance[config_utils.SECURITY_GROUP]
flavor = instance[config_utils.FLAVOR]
os1_key = instance[config_utils.OS1_KEY]
server = self.create_instance(image.id, instance_name,
security_group, flavor, os1_key,
metadata, cloud_config)
instance[config_utils.SYSTEM_USER] = image.metadata.get(
config_utils.SYSTEM_USER, 'cloud-user').encode('ascii')
instance[config_utils.NOVA_SERVER] = server.id
# Wait until all the instances are active, then set necessary configs
flattened_list = config_utils.flatten_structure(global_config)
servers = [
instance[config_utils.NOVA_SERVER] for instance in flattened_list
]
self.wait_for_active_instances(servers)
for instance_config in config_utils.config_generator(global_config):
instance_ip = self.get_instance_floating_ip(
instance_config[config_utils.NOVA_SERVER])
user = global_config.get('username',
instance_config[config_utils.SYSTEM_USER])
instance_config[
config_utils.HOST_STRING] = user + '@' + instance_ip
def build_instances(self, global_config, metadata=None):
"""
Build a set of instances on Openstack using the given list of configurations.
Each configuration is expected to contain the following keywords: DISTRIBUTION,
INSTANCE_NAME, SECURITY_GROUP, FLAVOR, OS1_KEY, and CLOUD_CONFIG, al defined in config_utils.
The configurations will have the 'user', 'host_string' and 'server' keys added, which will contain
the user to SSH in as, the host string for Fabric, and the novaclient.v1_1.server.Server created.
:param global_config: The structure dictionary produced by the configuration parser
:type global_config: dict
:param metadata: The metadata to attach to the instances. Limit to 5 keys, 255 character values
:type metadata: dict
"""
for instance in config_utils.config_generator(global_config):
# Build the base instance
image = self.get_distribution_image(instance[config_utils.DISTRIBUTION])
cloud_config = instance.get(config_utils.CLOUD_CONFIG)
instance_name = instance[config_utils.INSTANCE_NAME]
security_group = instance[config_utils.SECURITY_GROUP]
flavor = instance[config_utils.FLAVOR]
os1_key = instance[config_utils.OS1_KEY]
server = self.create_instance(image.id, instance_name, security_group, flavor, os1_key,
metadata, cloud_config)
instance[config_utils.SYSTEM_USER] = image.metadata.get(config_utils.SYSTEM_USER, 'cloud-user').encode('ascii')
instance[config_utils.NOVA_SERVER] = server.id
# Wait until all the instances are active, then set necessary configs
flattened_list = config_utils.flatten_structure(global_config)
servers = [instance[config_utils.NOVA_SERVER] for instance in flattened_list]
self.wait_for_active_instances(servers)
for instance_config in config_utils.config_generator(global_config):
instance_ip = self.get_instance_floating_ip(instance_config[config_utils.NOVA_SERVER])
user = global_config.get('username', instance_config[config_utils.SYSTEM_USER])
instance_config[config_utils.HOST_STRING] = user + '@' + instance_ip
def configure_tester(instance_name, global_config):
"""
Set up the server that runs the integration tests. The basic steps performed are to clone
the pulp-automation repository, run setup.py, ensure there are entries in /etc/hosts,
place the ssh key on the tester so it can SSH into the consumer, and write the .yml file
for the tests.
:raise RuntimeError: if the tester could not be successfully configured. This could be
for any number of reasons. Currently fabric is set to be quite verbose, so see its output.
"""
config = get_instance_config(instance_name, global_config)
flattened_configs = flatten_structure(global_config)
server_config = filter(lambda conf: conf[ROLE] == PULP_SERVER_ROLE, flattened_configs)[0]
consumer_config = filter(lambda conf: conf[ROLE] == PULP_CONSUMER_ROLE, flattened_configs)[0]
with settings(host_string=config[HOST_STRING], key_file=config[PRIVATE_KEY]):
fabric_confirm_ssh_key(config[HOST_STRING], config[PRIVATE_KEY])
run('sudo hostname ' + config[INSTANCE_NAME])
# This is OS1 specific, but it's common for yum to not work without it
run('echo "http_caching=packages" | sudo tee -a /etc/yum.conf')
# Install necessary dependencies.
print 'Installing necessary test dependencies... '
with hide('stdout'):
for dependency in PULP_AUTO_DEPS:
run(YUM_INSTALL_TEMPLATE % dependency)
# Install the test suite
run(INSTALL_TEST_SUITE)
# Write to /etc/hosts
server_ip = server_config[HOST_STRING].split('@')[1]
consumer_ip = consumer_config[HOST_STRING].split('@')[1]
run(HOSTS_TEMPLATE % {'ip': server_ip, 'hostname': server_config[HOSTNAME]})
run(HOSTS_TEMPLATE % {'ip': consumer_ip, 'hostname': consumer_config[HOSTNAME]})
# Generate a key pair so the test machine can ssh as root to the consumer
local('ssh-keygen -f consumer_temp_rsa -N ""')
with settings(host_string=consumer_config[HOST_STRING], key_file=consumer_config[PRIVATE_KEY]):
# Authorize the generated key for root access
put('consumer_temp_rsa.pub', '~/authorized_keys')
run('sudo cp ~/authorized_keys /root/.ssh/authorized_keys')
# Put the private key on the test machine and clean up
key_path = '/home/' + config[HOST_STRING].split('@')[0] + '/.ssh/id_rsa'
key_path = key_path.encode('ascii')
put('consumer_temp_rsa', key_path)
run('chmod 0600 ' + key_path)
local('rm consumer_temp_rsa consumer_temp_rsa.pub')
# Write the YAML configuration file
get('~/pulp-automation/tests/inventory.yml', 'template_inventory.yml')
with open('template_inventory.yml', 'r') as template_config:
config_yaml = yaml.load(template_config)
# Write the server configuration
server = {
'url': 'https://' + server_config[HOSTNAME] + '/',
'hostname': server_config[HOSTNAME]
}
server_yaml = dict(config_yaml[ROLES_KEY][SERVER_YAML_KEY].items() + server.items())
config_yaml[ROLES_KEY][SERVER_YAML_KEY] = server_yaml
# Write the qpid configuration
config_yaml[ROLES_KEY]['qpid'] = {'url': server_config[HOSTNAME]}
# Write the consumer configuration
consumer = {
'hostname': consumer_config[HOSTNAME],
'ssh_key': key_path,
'os': {'name': config['os_name'], 'version': config['os_version']},
'pulp': server_yaml
}
consumer_yaml = dict(config_yaml[ROLES_KEY][CONSUMER_YAML_KEY][0].items() + consumer.items())
config_yaml[ROLES_KEY][CONSUMER_YAML_KEY][0] = consumer_yaml
with open('inventory.yml', 'w') as test_config:
yaml.dump(config_yaml, test_config)
# Place the config file on the server and clean up
put('inventory.yml', '~/pulp-automation/inventory.yml')
os.remove('inventory.yml')
os.remove('template_inventory.yml')
fabric_network.disconnect_all()
def configure_tester(instance_name, global_config):
"""
Set up the server that runs the integration tests. The basic steps performed are to clone
the pulp-automation repository, run setup.py, ensure there are entries in /etc/hosts,
place the ssh key on the tester so it can SSH into the consumer, and write the .yml file
for the tests.
:raise RuntimeError: if the tester could not be successfully configured. This could be
for any number of reasons. Currently fabric is set to be quite verbose, so see its output.
"""
config = get_instance_config(instance_name, global_config)
flattened_configs = flatten_structure(global_config)
server_config = filter(lambda conf: conf[ROLE] == PULP_SERVER_ROLE,
flattened_configs)[0]
consumer_config = filter(lambda conf: conf[ROLE] == PULP_CONSUMER_ROLE,
flattened_configs)[0]
with settings(host_string=config[HOST_STRING],
key_filename=config[PRIVATE_KEY]):
fabric_confirm_ssh_key(config[HOST_STRING], config[PRIVATE_KEY])
run('sudo hostname ' + config[INSTANCE_NAME])
# This is OS1 specific, but it's common for yum to not work without it
run('echo "http_caching=packages" | sudo tee -a /etc/yum.conf')
# Install necessary dependencies.
print 'Installing necessary test dependencies... '
with hide('stdout'):
for dependency in PULP_AUTO_DEPS:
run(YUM_INSTALL_TEMPLATE % dependency)
# Install the test suite
branch = config.get(TEST_SUITE_BRANCH, 'master')
run(INSTALL_TEST_SUITE % branch)
# Write to /etc/hosts
server_ip = server_config[HOST_STRING].split('@')[1]
consumer_ip = consumer_config[HOST_STRING].split('@')[1]
run(HOSTS_TEMPLATE % {
'ip': server_ip,
'hostname': server_config[HOSTNAME]
})
run(HOSTS_TEMPLATE % {
'ip': consumer_ip,
'hostname': consumer_config[HOSTNAME]
})
# Generate a key pair so the test machine can ssh as root to the consumer
local('ssh-keygen -f consumer_temp_rsa -N ""')
with settings(host_string=consumer_config[HOST_STRING],
key_filename=consumer_config[PRIVATE_KEY]):
# Authorize the generated key for root access
put('consumer_temp_rsa.pub', '~/authorized_keys')
run('sudo cp ~/authorized_keys /root/.ssh/authorized_keys')
# Put the private key on the test machine and clean up
key_path = '/home/' + config[HOST_STRING].split(
'@')[0] + '/.ssh/id_rsa'
key_path = key_path.encode('ascii')
put('consumer_temp_rsa', key_path)
run('chmod 0600 ' + key_path)
local('rm consumer_temp_rsa consumer_temp_rsa.pub')
# Write the YAML configuration file
get('~/pulp-automation/tests/inventory.yml', 'template_inventory.yml')
with open('template_inventory.yml', 'r') as template_config:
config_yaml = yaml.load(template_config)
# Write the server configuration
server = {
'url': 'https://' + server_config[HOSTNAME] + '/',
'hostname': server_config[HOSTNAME],
'verify_api_ssl': False,
}
server_yaml = dict(
config_yaml[ROLES_KEY][SERVER_YAML_KEY].items() +
server.items())
config_yaml[ROLES_KEY][SERVER_YAML_KEY] = server_yaml
# Write the qpid configuration
config_yaml[ROLES_KEY]['qpid'] = {'url': server_config[HOSTNAME]}
# Write the consumer configuration
consumer = {
'hostname': consumer_config[HOSTNAME],
'ssh_key': key_path,
'os': {
'name': config['os_name'],
'version': config['os_version']
},
'pulp': server_yaml,
'verify': False
}
consumer_yaml = dict(
config_yaml[ROLES_KEY][CONSUMER_YAML_KEY][0].items() +
consumer.items())
config_yaml[ROLES_KEY][CONSUMER_YAML_KEY][0] = consumer_yaml
with open('inventory.yml', 'w') as test_config:
yaml.dump(config_yaml, test_config)
# Place the config file on the server and clean up
put('inventory.yml', '~/pulp-automation/inventory.yml')
os.remove('inventory.yml')
os.remove('template_inventory.yml')
fabric_network.disconnect_all()