class TestGetBitnamiData(unittest.TestCase):
"""I want to refactor how the docker data is stored in
the site description
Arguments:
unittest {[type]} -- [description]
"""
_use_site_name = 'demo_global'
def setUp(self):
super().setUp()
from config.handlers import DockerHandler, SupportHandler
import sites_list
args = MyNamespace()
args.name = ''
args.subparser_name = 'docker'
args.skip_name = True
args.quiet = True
args.name = self._use_site_name
self.args = args
self.dHandler = DockerHandler(args, sites_list.SITES_G)
def test_build_bitnami_dockerfile(self):
""" create a docker image according to the gospel of bitnami
here we just create it and check whether it exists
"""
self.dHandler.build_image_bitnami()
def setUp(self):
from config.handlers import DockerHandler
args = MyNamespace()
args.subparser_name = 'docker'
args.skip_name = True
args.quiet = True
args.docker_create_container = True
args.name = 'demo_global'
#self.handler.site_names = ['demo_global']
self.args = args
self.handler = DockerHandler(args)
def setUp(self):
super().setUp()
from config.handlers import DockerHandler, SupportHandler
import sites_list
args = MyNamespace()
args.name = ''
args.subparser_name = 'docker'
args.skip_name = True
args.quiet = True
args.name = self._use_site_name
self.args = args
self.dHandler = DockerHandler(args, sites_list.SITES_G)
class TestDocker(unittest.TestCase):
def setUp(self):
from config.handlers import DockerHandler
args = MyNamespace()
args.subparser_name = 'docker'
args.skip_name = True
args.quiet = True
args.docker_create_container = True
args.name = 'demo_global'
#self.handler.site_names = ['demo_global']
self.args = args
self.handler = DockerHandler(args)
def x_test_check_and_create_container(self):
self.handler.check_and_create_container()
def test_build_image(self):
self.handler.build_image()
def main(opts, parsername, need_names_dic, return_handler=False):
"""
return_handler is used while testing
"""
# default_handler = SiteCreator
# if the name ends with /, cut it off
if opts.name.endswith("/"):
opts.name = opts.name[:-1]
opts.subparser_name = parsername
if parsername == "create":
handler = SiteCreator(opts, SITES)
elif parsername == "support":
handler = SupportHandler(opts, SITES)
elif parsername == "remote":
handler = RemoteHandler(opts, SITES)
elif parsername == "migrate":
handler = MigrationHandler(opts, SITES)
elif parsername == "docker":
if opts.docker_use_bitnami:
handler = KuberHandlerHelm(opts, SITES)
else:
handler = DockerHandler(opts, SITES)
# elif parsername == 'mail':
# handler = MailHandler(opts, SITES)
else:
handler = SiteCreator(opts, SITES)
# _subparser_name = 'docker'
# return handler to the test process if asked to
if return_handler == 1:
return handler
# ckeck whether the used option needs a name to work
handler.check_name(need_names_dic=need_names_dic)
# ckeck wheter the path to the sites-list has to be adapted
# if yes, flag it to the user. To do the actual update
# the user has to use the support optin --fix-sites-list
from config import sites_handler
# ckeck wheter the the sites-list has to be autoloaded
sites_handler.check_pull(opts=opts)
did_run_a_command = False
# ----------------------
# create commands
# ----------------------
if parsername == "create":
# create
# ------
# builds or updates a server structure
# to do so, it does a number of steps
# - creates the needed folders in $ERP_SERVER_DATA
# - creates a build structure in $PROJECT_HOME/$SITENAME/$SITENAME
# where $PROJECT_HOME is read from the config file.
# - copies and sets up all files from skeleton directory to the build structure
# this is done executing create_new_project and do_copy
# - builds a virtualenv environment in the build structure
# - prepares to builds an erp server within the build structure by
# execution bin/build_erp within the build structure.
# Within this bild environment the erp's module path will be set
# that it points to the usual erp-workbench directories within the build substructure
# and also to the directories within erp_workbench as dictated by the
# various modules installed from interpreting the site declaration
# in sites.py
# - add a "private" addons folder within the build structure called
# $SITENAME_addons. This folder is also added to the erp-site's addon path.
# - set the data_dir to point to $ERP_SERVER_DATA/$SITENAME/filestore
#
# modules_update
# -------------
if opts.create or opts.modules_update or opts.module_update:
info_dic = {
"project_path": handler.default_values["inner"],
"erp_version": handler.erp_version,
"site_name": handler.site_name,
"erp_provider": handler.erp_provider,
}
if opts.create:
existed = handler.create_or_update_site()
if existed:
if not opts.quiet:
print()
print("%s site allredy existed" % handler.site_name)
print(SITE_EXISTED % info_dic)
else:
if handler.site_name:
if not opts.quiet:
print()
print("%s site created" % handler.site_name)
print(SITE_NEW % info_dic)
# create the folder structure within the datafoler defined in the config
# this also creates the config file used by a docker server within the
# newly created folders
handler.create_folders(quiet=True)
create_server_config(handler)
did_run_a_command = True
# make sure project was added to bash_aliases
handler.add_aliases()
# checkout repositories
checkout_sa(opts, handler)
# list_sites
# ----------
# list_sites lists all existing sites both from global and local sites
if opts.list_sites:
list_sites(SITES, opts.quiet, opts.name)
did_run_a_command = True
return
# listownmodules
# --------------
# list the modules that are declared within the selected site
# installown install all erp modules declared in the selected site
# todo: why are the two following options combined here??? !!!!!!!!!!!!
if opts.listownmodules or opts.install_erp_modules:
handler.install_own_modules()
did_run_a_command = True
return
# listapps
# --------
# list odoo apps that are declared within the selected site
if opts.listapps:
handler.listapps()
did_run_a_command = True
return
# delete_site_local
# --------
# delete_site_local removes a site and all project files
if opts.delete_site_local:
handler.delete_site_local()
did_run_a_command = True
return
# installown or updateown or removeown
# ------------------------------------
# installown install all modules declared in the selected site
# updateown updates one or all modules declared in the selected site
# removeown removes one or all modules declared in the selected site
#
# to be able to execute do this, the target server has to be running.
# this server is accessed uding odoo's rpc_api.
# to do so, info on user, that should access the running server needs
# to be collected. the following values
# read from either the config data or can be set using command line options.
# --- database ---
# - db_user : the user to access the servers database
# to check what modules are allready installed the servers database
# has to be accessed.
# option: "-dbu", "--dbuser".
# default: logged in user
# - db_password
# option: "-p", "--dbpw".
# default: admin
# - dbhost: the host on which the database is running
# option: "-dbh", "--dbhost"
# default: localhost.
# --- user accessing the running odoo server ---
# - rpcuser: the login user to access the odoo server
# option: "-rpcu", "--rpcuser"
# default: admin.
# - rpcpw: the login password to access the odoo server
# option: "-P", "--rpcpw"
# default: admin.
# - rpcport: the the odoo server is running at
# option: "-PO", "--port"
# default: 8069.
if opts.installown or opts.updateown or opts.removeown:
handler.install_own_modules()
did_run_a_command = True
if opts.removeapps:
handler.remove_apps()
did_run_a_command = True
# dataupdate
# ----------
# these options are used to copy a running remote server to a lokal
# odoo instance
#
# dataupdate:
# -----------
# this copies both an odoo db and the related file data structure from
# a remote server to a locally existing (buildout created) server.
# the needed info is gathered from diverse sources:
# local_data.py
# -------------
# - DB_USER: the user name with which to access the local database
# default: the logged in user.
# - DB_PASSWORD: the password to access the local database server
# default: odoo
# If the option -p --password is used, the password in local_data is
# overruled.
# remote data:
# ------------
# to collect data on the remote server the key remote_server is used
# to get info from sites.py for $SITENAME
# - remote_url : the servers url
# - remote_data_path : COLLECT it from ODOO_SERVER_DATA ??
# local_data.REMOTE_SERVERS:
# ---------------------------
# from this dictonary information on the remote server is collected
# this is done looking up 'remote_url' in local_data.REMOTE_SERVERS.
# - remote_user: user to acces the remote server with
# - remote_pw : password to access the remote user with. should normaly the empty
# as it is best only to use a public key.
# - remote_data_path: how the odoo erverdata can be access on the remote server
# ??? should be created automatically
# sites_pw.py:
# ------------
# the several password used for the services to be acces on the odoo instance,
# the remote server or on the mail server can be mixed in from
# sites_pw.py.
# !!!! sites_pw.py should be kept separate, and should not be version controlled with the rest !!!
#
# it executes these steps:
# - it executes a a command in a remote remote server in a remote shell
# this command starts a temporary docker container and dumps the
# database of the source server to its dump folder which is:
# $REMOTE_URL:$ODOO_SERVER_DATA/$SITENAME/dump/$SITENAME.dmp
# - rsync this file to:
# localhost:$ODOO_SERVER_DATA/$SITENAME/dump/$SITENAME.dmp
# - drop the local database $SITENAME
# - create the local database $SITENAME
# - restore the local datbase $SITENAME from localhost:$ODOO_SERVER_DATA/$SITENAME/dump/$SITENAME.dmp
# - rsync the remote filestore to the local filestore:
# which is done with a command similar to:
# rsync -av $REMOTEUSER@$REMOTE_URL:$ODOO_SERVER_DATA/$SITENAME/filestore/ localhost:$ODOO_SERVER_DATA/$SITENAME/filestore/
#
# run_local_docker
# ----------------
# when the option -L --local_docker is used, data is copied from a docker container
# running on localhost
if opts.dataupdate or opts.dataupdate_close_connections:
# def __init__(self, opts, default_values, site_name, foldernames=FOLDERNAMES)
set_local = opts.startafterupdate
handler.doUpdate(
db_update=not opts.noupdatedb,
norefresh=opts.norefresh,
set_local=set_local,
)
did_run_a_command = True
if opts.dump_local:
# def __init__(self, opts, default_values, site_name, foldernames=FOLDERNAMES)
handler.dump_instance()
did_run_a_command = True
# set_erp_settings
# ----------------
# set local settings from the site description
if opts.set_erp_settings:
handler.set_erp_settings(use_docker=False, local=False)
did_run_a_command = True
# set_local_data
# --------------
# set local settings from the site description
if opts.set_local_data:
handler.set_local_data(use_remote_setting=False)
did_run_a_command = True
# set_null_smtp
# --------------
# set null smtp handler from the site description
if opts.set_null_smtp:
handler.set_null_mail_server()
did_run_a_command = True
# ----------------------
# docker commands
# ----------------------
if parsername == "docker":
# docker_create_container
# -----------------------
# it creates and starts a docker container
# or a docker compose file
# the created container collects info from sites.py for $SITENAME
# it uses the data found with the key "docker"
# it collects these data:
# - container_name: name of the container to create.
# must be unique for each remote server
# - odoo_image_version: name of the docker image used to build
# the container
# - odoo_port: port on which to the running odoo server within the
# container can be reached. must be unique for each remote server
if opts.docker_create_container or opts.create_compose_file:
# "docker -dc", "--create_container",
if opts.docker_use_bitnami:
handler.create_binami_container()
else:
handler.check_and_create_container()
did_run_a_command = True
if opts.docker_create_update_container:
# "docker -dcu", "--create_update_container",
# create a container that runs etc/odoorunner.sh as entrypoint
handler.check_and_create_container(update_container=True)
did_run_a_command = True
if opts.docker_delete_container:
if opts.docker_use_bitnami:
handler.delete_bitnami_container()
else:
handler.check_and_create_container(delete_container=True)
did_run_a_command = True
if opts.docker_create_db_container:
# "docker -dcdb", "--create_db_container",
handler.check_and_create_container(container_name="db")
did_run_a_command = True
# set_erp_settings
# ----------------
# set local settings from the site description
if opts.set_erp_settings_docker:
handler.set_erp_settings(use_docker=True, local=False)
did_run_a_command = True
# recreate container
# ------------------
# recreate a conainer
if opts.docker_recreate_container:
handler.check_and_create_container(recreate_container=True)
did_run_a_command = True
return
# rename container
# ----------------
# recreate a conainer
if opts.docker_rename_container:
handler.check_and_create_container(rename_container=True)
did_run_a_command = True
return
# # build image
# # ----------
# # build docker image according to bitnami
# if opts.build_image_bitnami:
# handler.build_image_bitnami()
# did_run_a_command = True
# return
# build image
# ----------
# build docker image used by a site
if opts.docker_build_image or opts.__dict__.get(
'docker_build_image_use_sites'):
handler.build_image()
did_run_a_command = True
return
if opts.build_dumper_image:
handler.build_dumper_image()
did_run_a_command = True
return
# pull image
# ----------
# pull an actual docker image used by a site
if opts.docker_pull_image:
handler.check_and_create_container(pull_image=True)
did_run_a_command = True
return
# push image
# ----------
# push docker image used by a site
if opts.docker_push_image:
handler.push_image()
did_run_a_command = True
return
# push retag image
# ----------------
# push docker image used by a site
if opts.docker_images_retag:
handler.retag_image()
did_run_a_command = True
return
# installown or updateown or removeown
# ------------------------------------
# installown install all modules declared in the selected site
# updateown updates one or all modules declared in the selected site
# removeown removes one or all modules declared in the selected site
# ----------> see create commands
if (opts.dinstallown or opts.dupdateown or opts.dremoveown
or opts.dinstall_erp_modules):
# handler = dockerHandler(opts, default_values, site_name)
handler.docker_install_own_modules()
did_run_a_command = True
# dataupdate_docker
# -------------------------------
# these options are used to copy a running remote server to a lokal
# odoo instance
#
# see explanation create->dataupdate
# run_local_docker
# ----------------
# when the option -L --local_docker is used, data is copied from a docker container
# running on localhost
if opts.dataupdate_docker:
# def __init__(self, opts, default_values, site_name, foldernames=FOLDERNAMES)
set_local = True
handler.doUpdate(
db_update=not opts.noupdatedb,
norefresh=opts.norefresh,
set_local=set_local,
)
did_run_a_command = True
if opts.dump_local_docker:
# def __init__(self, opts, default_values, site_name, foldernames=FOLDERNAMES)
handler.dump_instance()
did_run_a_command = True
# start or restart docker
if (opts.docker_restart_container or opts.docker_start_container
or opts.docker_stop_container):
if opts.docker_start_container:
handler.start_container()
elif opts.docker_restart_container:
handler.restart_container()
else:
handler.stop_container()
did_run_a_command = True
# docker_show
# --------------
# show some info about a containe
if opts.docker_show or opts.docker_show_all:
if opts.docker_show_all:
handler.docker_show("all")
else:
handler.docker_show()
did_run_a_command = True
# set_local_data
# --------------
# set local settings from the site description
if opts.set_local_data_docker:
handler.set_local_data(use_remote_setting=True)
did_run_a_command = True
if not did_run_a_command:
print(bcolors.WARNING)
print("*" * 80)
print(
"The selected docker option is either invalid or not yet implemented"
)
print(bcolors.ENDC)
return
# ----------------------
# migration commands
# ----------------------
if parsername == "migrate":
if opts.migrate_remove_apps:
handler.migrate_remove_apps()
did_run_a_command = True
return
if opts.migrate_dump_site:
handler.migrate_dump_site()
did_run_a_command = True
return
# ----------------------
# support commands
# ----------------------
if parsername == "support":
# add_site
# --------
# add_site adds a site description to the sites.py file
# add_site_local adds a site description to the sites_local.py file
if opts.add_site or opts.add_site_local:
handler.add_site_to_sitelist()
did_run_a_command = True
return
# drop_site
# --------
# drop_site removes a site description from the sites.py file
if opts.drop_site:
handler.drop_site()
did_run_a_command = True
return
# edit_site, edit_server
# ----------------------
# Lets the user edit the content of config/localdat.py to edit a server
# description, or change the server description in LOCALDATA['sitesinfo_path']
if opts.edit_site or opts.edit_server:
if opts.edit_site:
handler.check_name()
handler.edit_site_or_server()
did_run_a_command = True
return
# -------------------------------------
# editing yam files
# -------------------------------------
if opts.edit_config:
handler.edit_yaml_file("config.yaml")
did_run_a_command = True
return
if opts.edit_docker:
handler.edit_yaml_file("docker.yaml")
did_run_a_command = True
return
if opts.edit_project:
handler.edit_yaml_file("project.yaml")
did_run_a_command = True
return
if opts.edit_servers:
handler.edit_yaml_file("servers.yaml")
did_run_a_command = True
return
# add_server
# ----------
# add_server_to_server_list
# add new server info to localdat
# ----------------------------------
if opts.add_server:
handler.add_server_to_server_list()
did_run_a_command = True
return
# upgrade
# ----------
# migrate to new odoo version
# ----------------------------------
if opts.upgrade:
handler.upgrade(target_site=opts.upgrade)
did_run_a_command = True
return
if not did_run_a_command:
print(bcolors.WARNING)
print("*" * 80)
print(
"The selected support option is either invalid or not yet implemented"
)
print(bcolors.ENDC)
return
# ----------------------
# remote commands
# ----------------------
if parsername == "remote":
if opts.add_apache:
handler.add_site_to_apache()
did_run_a_command = True
return
if opts.add_nginx:
handler.add_site_to_nginx()
did_run_a_command = True
return
if not did_run_a_command:
print(bcolors.WARNING)
print("*" * 80)
print(
"The selected remote option is either invalid or not yet implemented"
)
print(bcolors.ENDC)
return
def main(opts, parsername, need_names_dic):
"""
"""
# default_handler = SiteCreator
try:
import wingdbstub
except:
pass
opts.subparser_name = parsername
if parsername == 'create':
handler = SiteCreator(opts, SITES)
elif parsername == 'support':
handler = SupportHandler(opts, SITES)
elif parsername == 'remote':
handler = RemoteHandler(opts, SITES)
elif parsername == 'docker':
handler = DockerHandler(opts, SITES)
elif parsername == 'mail':
handler = MailHandler(opts, SITES)
else:
handler = SiteCreator(opts, SITES)
# ckeck whether the used option needs a name to work
handler.check_name(need_names_dic=need_names_dic)
# ----------------------
# create commands
# ----------------------
if parsername == 'create':
# create
# ------
# builds or updates a server structure
# to do so, it does a number of steps
# - creates the needed folders in $ERP_SERVER_DATA
# - creates a build structure in $PROJECT_HOME/$SITENAME/$SITENAME
# where $PROJECT_HOME is read from the config file.
# - copies and sets up all files from skeleton directory to the build structure
# this is done executing create_new_project and do_copy
# - builds a virtualenv environment in the build structure
# - prepares to builds an erp server within the build structure by
# execution bin/build_erp within the build structure.
# Within this bild environment the erp's module path will be set
# that it points to the usual erp-workbench directories within the build substructure
# and also to the directories within erp_workbench as dictated by the
# various modules installed from interpreting the site declaration
# in sites.py
# - add a "private" addons folder within the build structure called
# $SITENAME_addons. This folder is also added to the erp-site's addon path.
# - set the data_dir to point to $ERP_SERVER_DATA/$SITENAME/filestore
#
# modules_update
# -------------
if opts.create or opts.modules_update or opts.module_update:
info_dic = {
'project_path': handler.default_values['inner'],
'erp_version': BASE_INFO.get('erp_version'),
'site_name': handler.site_name
}
if opts.create:
existed = handler.create_or_update_site()
if existed:
if not opts.quiet:
print()
print('%s site allredy existed' % handler.site_name)
print(SITE_EXISTED % info_dic)
else:
if handler.site_name:
if not opts.quiet:
print()
print('%s site created' % handler.site_name)
print(SITE_NEW % info_dic)
# create the folder structure within the datafoler defined in the config
# this also creates the config file used by a docker server within the
# newly created folders
handler.create_folders(quiet=True)
create_server_config(handler)
did_run_a_command = True
# make sure project was added to bash_aliases
handler.add_aliases()
# checkout repositories
checkout_sa(opts)
# list_sites
# ----------
# list_sites lists all existing sites both from global and local sites
if opts.list_sites:
list_sites(SITES, opts.quiet)
did_run_a_command = True
return
# listownmodules
# --------------
# list the modules that are declared within the selected site
# installown install all erp modules declared in the selected site
# todo: why are the two following options combined here??? !!!!!!!!!!!!
if opts.listownmodules or opts.install_erp_modules:
handler.install_own_modules()
did_run_a_command = True
return
# delete_site_local
# --------
# delete_site_local removes a site and all project files
if opts.delete_site_local:
handler.delete_site_local()
did_run_a_command = True
return
# installown or updateown or removeown
# ------------------------------------
# installown install all modules declared in the selected site
# updateown updates one or all modules declared in the selected site
# removeown removes one or all modules declared in the selected site
#
# to be able to execute do this, the target server has to be running.
# this server is accessed uding odoo's rpc_api.
# to do so, info on user, that should access the running server needs
# to be collected. the following values
# read from either the config data or can be set using command line options.
# --- database ---
# - db_user : the user to access the servers database
# to check what modules are allready installed the servers database
# has to be accessed.
# option: "-dbu", "--dbuser".
# default: logged in user
# - db_password
# option: "-p", "--dbpw".
# default: admin
# - dbhost: the host on which the database is running
# option: "-dbh", "--dbhost"
# default: localhost.
# --- user accessing the running odoo server ---
# - rpcuser: the login user to access the odoo server
# option: "-rpcu", "--rpcuser"
# default: admin.
# - rpcpw: the login password to access the odoo server
# option: "-P", "--rpcpw"
# default: admin.
# - rpcport: the the odoo server is running at
# option: "-PO", "--port"
# default: 8069.
if opts.installown or opts.updateown or opts.removeown:
handler.install_own_modules()
did_run_a_command = True
# ----------------------
# docker commands
# ----------------------
if parsername == 'docker':
# docker_create_container
# -----------------------
# it creates and starts a docker container
# the created container collects info from sites.py for $SITENAME
# it uses the data found with the key "docker"
# it collects these data:
# - container_name: name of the container to create.
# must be unique for each remote server
# - odoo_image_version: name of the docker image used to build
# the container
# - odoo_port: port on which to the running odoo server within the
# container can be reached. must be unique for each remote server
if opts.docker_create_container:
# "docker -dc", "--create_container",
handler.check_and_create_container()
did_run_a_command = True
if opts.docker_create_update_container:
# "docker -dcu", "--create_update_container",
handler.check_and_create_container(update_container=True)
did_run_a_command = True
if opts.docker_create_db_container:
# "docker -dcdb", "--create_db_container",
handler.check_and_create_container(container_name='db')
did_run_a_command = True
# build image
# ----------
# build docker image used by a site
if opts.docker_build_image:
handler.build_image()
did_run_a_command = True
return
# installown or updateown or removeown
# ------------------------------------
# installown install all modules declared in the selected site
# updateown updates one or all modules declared in the selected site
# removeown removes one or all modules declared in the selected site
# ----------> see create commands
if opts.dinstallown or opts.dupdateown or opts.dremoveown or opts.dinstallodoomodules:
#handler = dockerHandler(opts, default_values, site_name)
handler.docker_install_own_modules()
did_run_a_command = True
# ----------------------
# support commands
# ----------------------
if parsername == 'support':
# add_site
# --------
# add_site adds a site description to the sites.py file
# add_site_local adds a site description to the sites_local.py file
if opts.add_site or opts.add_site_local:
handler.add_site_to_sitelist()
did_run_a_command = True
return
# drop_site
# --------
# drop_site removes a site description from the sites.py file
if opts.drop_site:
handler.drop_site()
did_run_a_command = True
return
# edit_site, edit_server
# ----------------------
# Lets the user edit the content of config/localdat.py to edit a server
# description, or change the server description in LOCALDATA['sitesinfo_path']
if opts.edit_site or opts.edit_server:
if opts.edit_site:
handler.check_name()
handler.edit_site_or_server()
did_run_a_command = True
return
class TestDockerHandler(SitesListKiller):
"""
"""
def tearDown(self):
super().tearDown()
def setUp(self):
from config.handlers import DockerHandler
args = MyNamespace()
args.subparser_name = 'docker'
args.skip_name = True
args.quiet = True
args.docker_create_container = True
args.name = 'demo_global'
#args.erp_image_version = ''
#self.handler.site_names = ['demo_global']
self.args = args
self.handler = DockerHandler(args)
def test_check_and_create_container(self):
self.handler.check_and_create_container()
self.handler.check_and_create_container(delete_container=True)
def XXtest_build_image(self):
self.handler.build_image()
#class TestCreateDB(unittest.TestCase):
#def setUp(self):
#from config.handlers import DockerHandler
#args = MyNamespace()
#args.subparser_name = 'docker'
#args.skip_name = True
#args.quiet = True
##args.docker_create_container = True
#args.name = 'db'
##args.erp_image_version = ''
##self.handler.site_names = ['demo_global']
#self.args = args
#self.handler = DockerHandler(args)
def test_create_delete_db_container(self):
result = self.handler.update_docker_info(name='db',
required=False,
start=False)
if result:
self.handler.check_and_create_container(container_name='db',
delete_container=True)
result = self.handler.update_docker_info(name='db',
required=False,
start=False)
self.assertFalse(result)
self.handler.check_and_create_container(container_name='db')
result = self.handler.update_docker_info(name='db',
required=False,
start=False)
self.assertTrue(result)