elif "y" in options.show_sha_sums.lower()[0]:
show_sha_sums = True
elif "n" in options.show_sha_sums.lower()[0]:
show_sha_sums = False
else:
print("Plesse enter yes/no or y/n to display/hide sha sums")
parser.print_help()
sys.exit()
ansible_host_list = process_host_file(options.ansible_host_file)
for server in ansible_host_list:
print("\n")
can_connect_to_server = test_ssh_keys(server, ansible_ssh_user)
# if we can connect to remote host, go ahead and run the verification checks
if can_connect_to_server:
ssh_connection.open_ssh(server, ansible_ssh_user)
check_docker_files(server, ssh_connection, docker_files_have_been_modified_dict,
default_docker_hashes, remote_docker_file_sums_dict)
print(textColors.HEADER + "Checking to see if /var/lib/etcd is a partition..." + textColors.ENDC)
etcd_partition_output = HandleSSHConnections.run_remote_commands(ssh_connection,
'/usr/bin/python -c \"import os; print os.path.ismount(\'/var/lib/etcd\')\"')
parse_etcd(server, etcd_partition_output, etcd_partition_dict)
print(textColors.HEADER + "Running 'yum list installed' on %s..." % server + textColors.ENDC)
installed_package_query(server, repo_dict, ose_required_packages_list, ssh_connection)
print(textColors.HEADER + "Running 'yum list updates' on %s..." % server + textColors.ENDC)
update_required_query(server, package_updates_available_dict, ose_required_packages_list, ssh_connection)
print(textColors.HEADER + "Running 'sestatus' on %s" % server + textColors.ENDC)
is_selinux_enabled(server, ssh_connection, selinux_dict)
print(textColors.HEADER + "Running 'systemctl status docker' on %s..." % server + textColors.ENDC)
systemctl_output = HandleSSHConnections.run_remote_commands(ssh_connection, "systemctl status docker")
is_docker_enabled(server, systemctl_output, docker_service_check_dict)
show_sha_sums = False
elif "y" in options.show_sha_sums.lower()[0]:
show_sha_sums = True
elif "n" in options.show_sha_sums.lower()[0]:
show_sha_sums = False
else:
print("Plesse enter yes/no or y/n to display/hide sha sums")
parser.print_help()
sys.exit()
ansible_host_list = process_host_file(options.ansible_host_file)
for server in ansible_host_list:
can_connect_to_server = test_ssh_keys(server, ansible_ssh_user)
# if we can connect to remote host, go ahead and run the verification checks
if can_connect_to_server:
ssh_connection.open_ssh(server, ansible_ssh_user)
check_docker_files(server, ssh_connection, docker_files_have_been_modified_dict,
original_docker_file_hashes, remote_docker_file_sums_dict)
installed_package_query(server, repo_dict, ose_required_packages_list, ssh_connection)
update_required_query(server, package_updates_available_dict, ose_required_packages_list, ssh_connection)
is_selinux_enabled(server, ssh_connection, selinux_dict)
systemctl_output = HandleSSHConnections.run_remote_commands(ssh_connection, "systemctl status docker")
is_docker_enabled(server, systemctl_output, docker_service_check_dict)
is_docker_running(server, systemctl_output, docker_service_check_dict)
sub_status = HandleSSHConnections.run_remote_commands(ssh_connection, "subscription-manager status")
is_host_subscribed(server, subscription_dict, sub_status)
repo_information = HandleSSHConnections.run_remote_commands(ssh_connection, "subscription-manager repos")
which_repos_are_enabled(server, repo_dict, repo_information, ose_repos)
ssh_connection.close_ssh()
check_forward_dns_lookup(server, forward_lookup_dict)
check_reverse_dns_lookup(forward_lookup_dict, reverse_lookup_dict)
warfile_list = sorted_servers_names_to_deploy_to[server_counter][1]
if not warfile_list:
print("Could not find any warfiles to deploy. Check: " + deployment_parameters[configuration_counter].warfile_path)
continue
else:
continue_with_deploy = True
if skip_nagios == False:
if "yes" in nagios_put_in_downtime.lower():
print("\nAttempting to put %s in downtime on nagios server: %s" % (server_name, nagios_server))
DownTimeHandler.put_host_in_downtime(username=nagios_user, password=nagios_password,
nagios_server=nagios_server, hostname=server_name.split(".")[0],
minutes_in_downtime=nagios_downtime_duration)
# Put in a delay to allow nagios time to properly register the down time
time.sleep(8)
ssh_connection = HandleSSHConnections()
ssh_connection.open_ssh(server_name, deployment_parameters[configuration_counter].ssh_user)
for individual_warfile in warfile_list:
manifest_found = False
curl = CurlWarfile(server_name, individual_warfile,
tomcat_user=deployment_parameters[configuration_counter].tomcatuser,
tomcat_password=deployment_parameters[configuration_counter].tomcatpass,
tomcat_port=deployment_parameters[configuration_counter].tomcat_port,
tomcat_version=deployment_parameters[configuration_counter].tomcat_version)
remote_warfile = deployment_parameters[configuration_counter].tomcat_directory + os.sep + "webapps" + os.sep + \
individual_warfile.split("/")[-1]
# skip_server is set to true if there is a problem curling warfiles to a given server
if curl.skip_server:
break
else:
if configuration_counter in already_deployed_warfiles:
already_deployed_warfiles[configuration_counter].append(individual_warfile)
