def exec_diagnose(servers, errors_list):
"""
Diagnostic command: gathers information from backup server
and from all the configured servers.
Gathered information should be used for support and problems detection
:param dict(str,barman.server.Server) servers: list of configured servers
:param list errors_list: list of global errors
"""
# global section. info about barman server
diagnosis = {"global": {}, "servers": {}}
# barman global config
diagnosis["global"]["config"] = dict(barman.__config__._global_config)
diagnosis["global"]["config"]["errors_list"] = errors_list
try:
command = fs.UnixLocalCommand()
# basic system info
diagnosis["global"]["system_info"] = command.get_system_info()
except CommandFailedException as e:
diagnosis["global"]["system_info"] = {"error": repr(e)}
diagnosis["global"]["system_info"]["barman_ver"] = barman.__version__
diagnosis["global"]["system_info"]["timestamp"] = datetime.datetime.now()
# per server section
for name in sorted(servers):
server = servers[name]
if server is None:
output.error("Unknown server '%s'" % name)
continue
# server configuration
diagnosis["servers"][name] = {}
diagnosis["servers"][name]["config"] = vars(server.config)
del diagnosis["servers"][name]["config"]["config"]
# server system info
if server.config.ssh_command:
try:
command = fs.UnixRemoteCommand(
ssh_command=server.config.ssh_command, path=server.path)
diagnosis["servers"][name][
"system_info"] = command.get_system_info()
except FsOperationFailed:
pass
# barman status information for the server
diagnosis["servers"][name]["status"] = server.get_remote_status()
# backup list
backups = server.get_available_backups(BackupInfo.STATUS_ALL)
diagnosis["servers"][name]["backups"] = backups
# wal status
diagnosis["servers"][name]["wals"] = {
"last_archived_wal_per_timeline":
server.backup_manager.get_latest_archived_wals_info(),
}
# Release any PostgreSQL resource
server.close()
output.info(json.dumps(diagnosis,
cls=BarmanEncoder,
indent=4,
sort_keys=True),
log=False)
def exec_diagnose(servers, errors_list):
"""
Diagnostic command: gathers information from backup server
and from all the configured servers.
Gathered information should be used for support and problems detection
:param dict(str,barman.server.Server) servers: list of configured servers
:param list errors_list: list of global errors
"""
# global section. info about barman server
diagnosis = {'global': {}, 'servers': {}}
# barman global config
diagnosis['global']['config'] = dict(barman.__config__._global_config)
diagnosis['global']['config']['errors_list'] = errors_list
command = fs.UnixLocalCommand()
# basic system info
diagnosis['global']['system_info'] = command.get_system_info()
diagnosis['global']['system_info']['barman_ver'] = barman.__version__
# per server section
for name in sorted(servers):
server = servers[name]
if server is None:
output.error("Unknown server '%s'" % name)
continue
# server configuration
diagnosis['servers'][name] = {}
diagnosis['servers'][name]['config'] = vars(server.config)
del diagnosis['servers'][name]['config']['config']
# server system info
if server.config.ssh_command:
try:
command = fs.UnixRemoteCommand(
ssh_command=server.config.ssh_command, path=server.path)
diagnosis['servers'][name]['system_info'] = (
command.get_system_info())
except FsOperationFailed:
pass
# barman statuts information for the server
diagnosis['servers'][name]['status'] = server.get_remote_status()
# backup list
backups = server.get_available_backups(BackupInfo.STATUS_ALL)
diagnosis['servers'][name]['backups'] = backups
# wal status
diagnosis['servers'][name]['wals'] = {
'last_archived_wal_per_timeline':
server.backup_manager.get_latest_archived_wals_info(),
}
# Release any PostgreSQL resource
server.close()
output.info(
json.dumps(diagnosis,
sys.stdout,
cls=BarmanEncoder,
indent=4,
sort_keys=True))
def exec_diagnose(servers, errors_list):
"""
Diagnostic command: gathers information from backup server
and from all the configured servers.
Gathered information should be used for support and problems detection
:param dict(str,barman.server.Server) servers: list of configured servers
:param list errors_list: list of global errors
"""
# global section. info about barman server
diagnosis = {"global": {}, "servers": {}}
# barman global config
diagnosis["global"]["config"] = dict(barman.__config__._global_config)
diagnosis["global"]["config"]["errors_list"] = errors_list
try:
command = fs.UnixLocalCommand()
# basic system info
diagnosis["global"]["system_info"] = command.get_system_info()
except CommandFailedException as e:
diagnosis["global"]["system_info"] = {"error": repr(e)}
diagnosis["global"]["system_info"]["barman_ver"] = barman.__version__
diagnosis["global"]["system_info"]["timestamp"] = datetime.datetime.now(
tz=tz.tzlocal()
)
# per server section
for name in sorted(servers):
server = servers[name]
if server is None:
output.error("Unknown server '%s'" % name)
continue
# server configuration
diagnosis["servers"][name] = {}
diagnosis["servers"][name]["config"] = vars(server.config)
if "config" in diagnosis["servers"][name]["config"]:
del diagnosis["servers"][name]["config"]["config"]
# server system info
if server.config.ssh_command:
try:
command = fs.UnixRemoteCommand(
ssh_command=server.config.ssh_command, path=server.path
)
diagnosis["servers"][name]["system_info"] = command.get_system_info()
except FsOperationFailed:
pass
# barman status information for the server
diagnosis["servers"][name]["status"] = server.get_remote_status()
# backup list
backups = server.get_available_backups(BackupInfo.STATUS_ALL)
# update date format for each backup begin_time and end_time and ensure local timezone.
# This code is a duplicate from BackupInfo.to_json()
# This should be temporary to keep original behavior for other usage.
for key in backups.keys():
data = backups[key].to_dict()
if data.get("tablespaces") is not None:
data["tablespaces"] = [list(item) for item in data["tablespaces"]]
if data.get("begin_time") is not None:
data["begin_time"] = data["begin_time"].astimezone(tz=tz.tzlocal())
if data.get("end_time") is not None:
data["end_time"] = data["end_time"].astimezone(tz=tz.tzlocal())
backups[key] = data
diagnosis["servers"][name]["backups"] = backups
# wal status
diagnosis["servers"][name]["wals"] = {
"last_archived_wal_per_timeline": server.backup_manager.get_latest_archived_wals_info(),
}
# Release any PostgreSQL resource
server.close()
output.info(
json.dumps(diagnosis, cls=BarmanEncoderV2, indent=4, sort_keys=True), log=False
)