def performDeviceUpgradeByOrg(orgId):
devices = ""
if (orgId == "0"):
#get devices for all orgs
devices = c42Lib.getAllDevices()
else:
#run get devices
devices = c42Lib.getAllDevicesByOrg(int(orgId))
if (devices != "" and devices is not None):
for index, device in enumerate(devices):
#update device
computerId = device['computerId']
flaggedForUpgrade = c42Lib.putDeviceUpgrade(computerId)
if flaggedForUpgrade:
logging.info("computerId:[" + str(computerId) + "] flagged for upgrade")
else:
logging.info("computerId:[" + str(computerId) + "] failed to be flagged for upgrade")
else:
logging.info("No computers returned to flag for upgrade")
def getDeviceReport():
csvDeviceFile = csv.writer(open("allDeviceReport.csv", "wb+"))
csvDeviceFile.writerow(csvDeviceHeader)
devices = c42Lib.getAllDevices()
# devices = c42Lib.getDevices(1)
for index, device in enumerate(devices):
# device = c42Lib.getDeviceById(8637)
printValues = []
# computerId = loopDevice['computerId']
# device = c42Lib.getDeviceById(computerId)
userId = device['userId']
printValues.extend([str(userId)])
# print deviceObject
computerId = device['computerId']
printValues.extend([str(computerId)])
computerName = device['name']
printValues.extend([computerName.encode('utf-8')])
computerType = device['type']
printValues.extend([computerType.encode('utf-8')])
osName = device['osName']
printValues.extend([osName.encode('utf-8')])
computerStatus = device['status']
printValues.extend([computerStatus.encode('utf-8')])
if 'backupUsage' in device:
deviceObjectBackupUsage = device['backupUsage']
for backupUsage in deviceObjectBackupUsage:
#only if SOM-backup
if backupUsage['targetComputerId'] == 2:
storePointId = backupUsage['storePointId']
printValues.extend([str(storePointId)])
storePointName = backupUsage['storePointName']
printValues.extend([storePointName.encode('utf-8')])
serverId = backupUsage['serverId']
printValues.extend([str(serverId)])
serverName = backupUsage['serverName']
printValues.extend([serverName.encode('utf-8')])
selectedFiles = backupUsage['selectedFiles']
printValues.extend([str(selectedFiles)])
selectedBytes = backupUsage['selectedBytes']
printValues.extend([str(selectedBytes)])
printValues.extend([c42Lib.sizeof_fmt(selectedBytes)])
archiveBytes = backupUsage['archiveBytes']
printValues.extend([str(archiveBytes)])
printValues.extend([c42Lib.sizeof_fmt(archiveBytes)])
percentComplete = backupUsage['percentComplete']
printValues.extend([str(percentComplete)])
lastCompletedBackup = backupUsage['lastCompletedBackup']
printValues.extend([str(lastCompletedBackup)])
if 'history' in backupUsage:
backupHistory = backupUsage['history']
if backupHistory:
oldestDate = 9999999999999999999
# "20130801": 1909986568291,
oldestDateBytes = 0
newestDate = 0
# "20130830": 1932985363857
newestDateBytes = 0
for singleHistory in backupHistory:
# print key, value
# print oldestDate, int(key)
currDate = singleHistory['date'].replace('-','')
currarchiveBytes = singleHistory['archiveBytes']
if (oldestDate > int(currDate)):
oldestDate = int(currDate)
oldestDateBytes = currarchiveBytes
# print newestDate, int(key)
if (newestDate <= int(currDate)):
newestDate = int(currDate)
newestDateBytes = currarchiveBytes
printValues.extend([str(oldestDate)])
printValues.extend([str(oldestDateBytes)])
printValues.extend([c42Lib.sizeof_fmt(oldestDateBytes)])
printValues.extend([str(newestDate)])
printValues.extend([str(newestDateBytes)])
printValues.extend([c42Lib.sizeof_fmt(newestDateBytes)])
pArchiveBytesDeltaMonth = newestDateBytes - oldestDateBytes
printValues.extend([str(pArchiveBytesDeltaMonth)])
printValues.extend([c42Lib.sizeof_fmt(pArchiveBytesDeltaMonth)])
# else:
# printDeviceEmptyBlock(8)
# else:
# printDeviceEmptyBlock(8)
# else:
# print("hi")
# printDeviceEmptyBlock(19)
# else:
# print("bye")
# printDeviceEmptyBlock(19)
# print ', '.join(printValues)
logging.info(str(printValues))
csvDeviceFile.writerow(printValues)
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
devices = c42Lib.getAllDevices()
totalDestinationData = getStoredBytesHistory()
totalDeviceData = 0
for index, device in enumerate(devices):
cur_selectedBytes = 0
cur_percentComplete = 0
if device['backupUsage']:
cur_selectedBytes = device['backupUsage'][0]['selectedBytes']
# print str(cur_selectedBytes)
cur_percentComplete = int(device['backupUsage'][0]['percentComplete'])
# print str(cur_percentComplete)
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
devices = c42Lib.getAllDevices()
totalDestinationData = getStoredBytesHistory()
totalDeviceData = 0
for index, device in enumerate(devices):
cur_selectedBytes = 0
cur_percentComplete = 0
if device['backupUsage']:
cur_selectedBytes = device['backupUsage'][0]['selectedBytes']
# print str(cur_selectedBytes)
cur_percentComplete = int(device['backupUsage'][0]['percentComplete'])
# print str(cur_percentComplete)
def getDeviceReport():
csvDeviceFile = csv.writer(open("allDeviceReport.csv", "wb+"))
csvDeviceFile.writerow(csvDeviceHeader)
users = c42Lib.getAllUsers()
# get all the users to have in memory
devices = c42Lib.getAllDevices()
# devices = c42Lib.getDevices(1)
for index, device in enumerate(devices):
# device = c42Lib.getDeviceById(8637)
printValues = []
# computerId = loopDevice['computerId']
# device = c42Lib.getDeviceById(computerId)
userId = device['userId']
printValues.extend([str(userId)])
# Lookup User Info
userInfo = findRecord(userId, users)
logging.debug(userInfo)
#Get User Name
if userInfo:
userName = userInfo['username']
else:
username = '******'
printValues.extend([userName.encode('utf-8')])
# print deviceObject
computerId = device['computerId']
printValues.extend([str(computerId)])
computerName = device['name']
printValues.extend([computerName.encode('utf-8')])
computerType = device['type']
printValues.extend([computerType.encode('utf-8')])
osName = device['osName']
printValues.extend([osName.encode('utf-8')])
computerStatus = device['status']
printValues.extend([computerStatus.encode('utf-8')])
if 'backupUsage' in device:
deviceObjectBackupUsage = device['backupUsage']
for backupUsage in deviceObjectBackupUsage:
if backupUsage['targetComputerId'] == destId:
storePointId = backupUsage['storePointId']
printValues.extend([str(storePointId)])
storePointName = backupUsage['storePointName']
printValues.extend([storePointName.encode('utf-8')])
serverId = backupUsage['serverId']
printValues.extend([str(serverId)])
serverName = backupUsage['serverName']
printValues.extend([serverName.encode('utf-8')])
selectedFiles = backupUsage['selectedFiles']
printValues.extend([str(selectedFiles)])
selectedBytes = backupUsage['selectedBytes']
printValues.extend([str(selectedBytes)])
printValues.extend([c42Lib.sizeof_fmt(selectedBytes)])
archiveBytes = backupUsage['archiveBytes']
printValues.extend([str(archiveBytes)])
printValues.extend([c42Lib.sizeof_fmt(archiveBytes)])
percentComplete = backupUsage['percentComplete']
printValues.extend([str(percentComplete)])
lastCompletedBackup = backupUsage['lastCompletedBackup']
printValues.extend([str(lastCompletedBackup)])
if 'history' in backupUsage:
backupHistory = backupUsage['history']
if backupHistory:
oldestDate = 9999999999999999999
# "20130801": 1909986568291,
oldestDateBytes = 0
newestDate = 0
# "20130830": 1932985363857
newestDateBytes = 0
for singleHistory in backupHistory:
# print key, value
# print oldestDate, int(key)
currDate = singleHistory['date'].replace(
'-', '')
currarchiveBytes = singleHistory[
'archiveBytes']
if (oldestDate > int(currDate)):
oldestDate = int(currDate)
oldestDateBytes = currarchiveBytes
# print newestDate, int(key)
if (newestDate <= int(currDate)):
newestDate = int(currDate)
newestDateBytes = currarchiveBytes
printValues.extend([str(oldestDate)])
printValues.extend([str(oldestDateBytes)])
printValues.extend(
[c42Lib.sizeof_fmt(oldestDateBytes)])
printValues.extend([str(newestDate)])
printValues.extend([str(newestDateBytes)])
printValues.extend(
[c42Lib.sizeof_fmt(newestDateBytes)])
pArchiveBytesDeltaMonth = newestDateBytes - oldestDateBytes
printValues.extend([str(pArchiveBytesDeltaMonth)])
printValues.extend(
[c42Lib.sizeof_fmt(pArchiveBytesDeltaMonth)])
# else:
# printDeviceEmptyBlock(8)
# else:
# printDeviceEmptyBlock(8)
# else:
# print("hi")
# printDeviceEmptyBlock(19)
# else:
# print("bye")
# printDeviceEmptyBlock(19)
# print ', '.join(printValues)
logging.info(str(printValues))
csvDeviceFile.writerow(printValues)
