def getStoredBytesHistory():
params = {}
payload = {}
r = c42Lib.executeRequest("get", "/api/storedBytesHistory", params, payload)
content = r.content
binary = json.loads(content)
latestStoredNumber = binary['data'][0][1]['archiveBytes']
return latestStoredNumber
c42Lib.cp_password = getpass.getpass()
c42Lib.cp_logLevel = "INFO"
c42Lib.cp_logFileName = "pushRestore.log"
c42Lib.setLoggingLevel()
sourceComputer="C02M50TZFH04"
targetComputer="ROBERTS-WIN7"
restoreFile="/Users/amir.kader/Documents/test/amir.png"
restorePath="C:/Users/Robert/Desktop/restore"
print 'calling api/Computer to get guid of target computer: ' + targetComputer
params = {}
params['q'] = targetComputer
params['active'] = 'true'
payload = {}
r = c42Lib.executeRequest("get", c42Lib.cp_api_computer, params, payload)
content = r.content
binary = json.loads(content)
targetGUID = binary['data']['computers'][0]['guid']
print 'target computers guid: ' + targetGUID
print 'calling api/Computer to get guid of source computer: ' + sourceComputer + ' and serverName...'
params = {}
params['q'] = sourceComputer
params['incBackupUsage'] = 'true'
params['active'] = 'true'
payload = {}
r = c42Lib.executeRequest("get", c42Lib.cp_api_computer, params, payload)
content = r.content
binary = json.loads(content)
c42Lib.cp_password = getpass.getpass()
c42Lib.cp_logLevel = "INFO"
c42Lib.cp_logFileName = "pushRestore.log"
c42Lib.setLoggingLevel()
sourceComputer = "C02M50TZFH04"
targetComputer = "ROBERTS-WIN7"
restoreFile = "/Users/amir.kader/Documents/test/amir.png"
restorePath = "C:/Users/Robert/Desktop/restore"
print 'calling api/Computer to get guid of target computer: ' + targetComputer
params = {}
params['q'] = targetComputer
params['active'] = 'true'
payload = {}
r = c42Lib.executeRequest("get", c42Lib.cp_api_computer, params, payload)
content = r.content
binary = json.loads(content)
targetGUID = binary['data']['computers'][0]['guid']
print 'target computers guid: ' + targetGUID
print 'calling api/Computer to get guid of source computer: ' + sourceComputer + ' and serverName...'
params = {}
params['q'] = sourceComputer
params['incBackupUsage'] = 'true'
params['active'] = 'true'
payload = {}
r = c42Lib.executeRequest("get", c42Lib.cp_api_computer, params, payload)
content = r.content
binary = json.loads(content)
def storage_server(self, plan_uid=None, device_guid=None):
authority_host = self.console.cp_host
authority_port = self.console.cp_port
if not device_guid and not plan_uid:
raise Exception(
"You need a device_guid or plan_uid to authorize a storage server."
)
if device_guid:
self.log.debug('>>> Get backup planUid from deviceGuid %s.' %
device_guid)
# Get backup planUid from deviceGuid.
params = {'sourceComputerGuid': device_guid, 'planTypes': 'BACKUP'}
r = self.console.executeRequest("get", self.console.cp_api_plan,
params, {})
backup_plans_response = json.loads(r.content.decode("UTF-8"))
backup_plans = backup_plans_response[
'data'] if 'data' in backup_plans_response else None
if backup_plans and len(backup_plans) > 0:
plan_uid = backup_plans[0]['planUid']
if not plan_uid:
raise Exception(
"There are no backup planUid's for this device. Backup likely has not started, or deviceGuid is invalid."
)
self.log.debug('>>> Get storage locations for planUid %s.' % plan_uid)
# Get Storage locations for planUid.
r = self.console.executeRequest(
"get", "%s/%s" % (self.console.cp_api_storage, plan_uid), {}, {})
storage_destinations_response = json.loads(r.content.decode("UTF-8"))
storage_destinations = storage_destinations_response[
'data'] if 'data' in storage_destinations_response else None
if len(storage_destinations) == 0:
raise Exception(
"There is no storage location for this device archive. Backup has likely not started."
)
if not self.__all_destinations:
self.log.debug(
'>>> Get information about all storage destinations.')
# Get information about all storage destinations.
r = self.console.executeRequest("get",
self.console.cp_api_destination,
{}, {})
all_destinations_response = json.loads(r.content.decode("UTF-8"))
self.__all_destinations = all_destinations_response['data'][
'destinations'] if 'data' in all_destinations_response else None
all_destinations = self.__all_destinations
if not self.__all_servers:
self.log.debug('>>> Get information about all storage servers.')
# Get information about all storage servers.
r = self.console.executeRequest("get", self.console.cp_api_server,
{}, {})
all_servers_response = json.loads(r.content.decode("UTF-8"))
self.__all_servers = all_servers_response['data'][
'servers'] if 'data' in all_servers_response else None
all_servers = self.__all_servers
# TODO: We need to ping each server and choose the fastest one, rather than going down the list serially.
for destination_guid, server in storage_destinations.items():
destination = [
x for x in all_destinations if x['guid'] == destination_guid
][0]
server_full = (
[x
for x in all_servers if x['websiteHost'] == server['url']][:1]
or [None])[0]
if server_full and server_full['type'] == 'SERVER':
# No special authorization is required for MASTER servers.
self.log.debug(
">>> Private MASTER server authorization complete.")
# Private MASTER server authorization complete.
break
else:
# Storage is on a separate server, and we need to authorize against it.
self.log.debug(
">>> Checking connection URL accuracy for storage server.")
# Checking connection URL accuracy for storage server.
payload = {
"planUid": str(plan_uid),
"destinationGuid": destination_guid
}
r = c42Lib.executeRequest("post",
c42Lib.cp_api_storageAuthToken, {},
payload)
storage_singleUseToken_response = json.loads(
r.content.decode("UTF-8"))
if not 'data' in storage_singleUseToken_response:
raise Exception(
"Failed to get storage auth token from destinationGuid %s - [%s]: %s."
% (destination_guid,
storage_singleUseToken_response[0]['name'],
storage_singleUseToken_response[0]['description']))
storage_url = urllib.parse.urlparse(
storage_singleUseToken_response['data']['serverUrl'])
storage_host = "%s://%s" % (storage_url.scheme,
storage_url.hostname)
storage_port = str(
storage_url.port) if storage_url.port else ''
storage_singleUseToken = storage_singleUseToken_response[
'data']['loginToken']
self.console.cp_host = storage_host
self.console.cp_port = storage_port
if destination['type'] == 'PROVIDER':
self.log.debug(
">>> Authorizing for a PROVIDER server (Code42 Hybrid Cloud, etc. not owned by the master server)."
)
# Authorizing for a PROVIDER server (Code42 Hybrid Cloud, etc. not owned by the master server).
c42Lib.cp_authorization = "LOGIN_TOKEN %s" % storage_singleUseToken
r = c42Lib.executeRequest("post", c42Lib.cp_api_authToken,
{}, {})
storage_authToken_response = json.loads(
r.content.decode("UTF-8"))
c42Lib.cp_authorization = "TOKEN %s-%s" % (
storage_authToken_response['data'][0],
storage_authToken_response['data'][1])
self.log.debug(
">>> Shared PROVIDER server authorization complete.")
# Shared PROVIDER server authorization complete.
else:
self.log.debug(
">>> Private STORAGE server authorization complete.")
# Private STORAGE server authorization complete.
break
try:
yield self.console
finally:
self.console.cp_host = authority_host
self.console.cp_port = authority_port
def storage_server(self, plan_uid=None, device_guid=None):
authority_host = self.console.cp_host
authority_port = self.console.cp_port
if not device_guid and not plan_uid:
raise Exception("You need a device_guid or plan_uid to authorize a storage server.")
if device_guid:
self.log.debug('>>> Get backup planUid from deviceGuid %s.' % device_guid)
# Get backup planUid from deviceGuid.
params = {
'sourceComputerGuid': device_guid,
'planTypes': 'BACKUP'
}
r = self.console.executeRequest("get", self.console.cp_api_plan, params, {})
backup_plans_response = json.loads(r.content.decode("UTF-8"))
backup_plans = backup_plans_response['data'] if 'data' in backup_plans_response else None
if backup_plans and len(backup_plans) > 0:
plan_uid = backup_plans[0]['planUid']
if not plan_uid:
raise Exception("There are no backup planUid's for this device. Backup likely has not started, or deviceGuid is invalid.")
self.log.debug('>>> Get storage locations for planUid %s.' % plan_uid)
# Get Storage locations for planUid.
r = self.console.executeRequest("get", "%s/%s" % (self.console.cp_api_storage, plan_uid), {}, {})
storage_destinations_response = json.loads(r.content.decode("UTF-8"))
storage_destinations = storage_destinations_response['data'] if 'data' in storage_destinations_response else None
if len(storage_destinations) == 0:
raise Exception("There is no storage location for this device archive. Backup has likely not started.")
if not self.__all_destinations:
self.log.debug('>>> Get information about all storage destinations.')
# Get information about all storage destinations.
r = self.console.executeRequest("get", self.console.cp_api_destination, {}, {})
all_destinations_response = json.loads(r.content.decode("UTF-8"))
self.__all_destinations = all_destinations_response['data']['destinations'] if 'data' in all_destinations_response else None
all_destinations = self.__all_destinations
if not self.__all_servers:
self.log.debug('>>> Get information about all storage servers.')
# Get information about all storage servers.
r = self.console.executeRequest("get", self.console.cp_api_server, {}, {})
all_servers_response = json.loads(r.content.decode("UTF-8"))
self.__all_servers = all_servers_response['data']['servers'] if 'data' in all_servers_response else None
all_servers = self.__all_servers
# TODO: We need to ping each server and choose the fastest one, rather than going down the list serially.
for destination_guid, server in storage_destinations.items():
destination = [x for x in all_destinations if x['guid'] == destination_guid][0]
server_full = ([x for x in all_servers if x['websiteHost'] == server['url']][:1] or [None])[0]
if server_full and server_full['type'] == 'SERVER':
# No special authorization is required for MASTER servers.
self.log.debug(">>> Private MASTER server authorization complete.")
# Private MASTER server authorization complete.
break
else:
# Storage is on a separate server, and we need to authorize against it.
self.log.debug(">>> Checking connection URL accuracy for storage server.")
# Checking connection URL accuracy for storage server.
payload = {
"planUid": str(plan_uid),
"destinationGuid": destination_guid
}
r = c42Lib.executeRequest("post", c42Lib.cp_api_storageAuthToken, {}, payload)
storage_singleUseToken_response = json.loads(r.content.decode("UTF-8"))
if not 'data' in storage_singleUseToken_response:
raise Exception("Failed to get storage auth token from destinationGuid %s - [%s]: %s." % (destination_guid, storage_singleUseToken_response[0]['name'], storage_singleUseToken_response[0]['description']))
storage_url = urllib.parse.urlparse(storage_singleUseToken_response['data']['serverUrl'])
storage_host = "%s://%s" % (storage_url.scheme, storage_url.hostname)
storage_port = str(storage_url.port) if storage_url.port else ''
storage_singleUseToken = storage_singleUseToken_response['data']['loginToken']
self.console.cp_host = storage_host
self.console.cp_port = storage_port
if destination['type'] == 'PROVIDER':
self.log.debug(">>> Authorizing for a PROVIDER server (Code42 Hybrid Cloud, etc. not owned by the master server).")
# Authorizing for a PROVIDER server (Code42 Hybrid Cloud, etc. not owned by the master server).
c42Lib.cp_authorization = "LOGIN_TOKEN %s" % storage_singleUseToken
r = c42Lib.executeRequest("post", c42Lib.cp_api_authToken, {}, {})
storage_authToken_response = json.loads(r.content.decode("UTF-8"))
c42Lib.cp_authorization = "TOKEN %s-%s" % (storage_authToken_response['data'][0], storage_authToken_response['data'][1])
self.log.debug(">>> Shared PROVIDER server authorization complete.")
# Shared PROVIDER server authorization complete.
else:
self.log.debug(">>> Private STORAGE server authorization complete.")
# Private STORAGE server authorization complete.
break
try:
yield self.console
finally:
self.console.cp_host = authority_host
self.console.cp_port = authority_port