def getIpAddresses(self, uid, start=0, params=None, limit=50, sort='ipAddressAsInt',
page=None, dir='ASC'):
"""
Given a subnet, get a list of IP addresses and their relations.
@type uid: string
@param uid: Unique identifier of a subnet
@type start: integer
@param start: Offset to return the results from; used in pagination
@type params: string
@param params: Not used
@type limit: integer
@param limit: Number of items to return; used in pagination
@type sort: string
@param sort: (optional) Key on which to sort the return results;
defaults to 'name'
@type order: string
@param order: Sort order; can be either 'ASC' or 'DESC'
@rtype: DirectResponse
"""
if isinstance(params, basestring):
params = unjson(params)
instances = self.api.getIpAddresses(uid=uid, start=start, params=params,
limit=limit, sort=sort, dir=dir)
keys = ['name', 'netmask', 'pingstatus', 'snmpstatus', 'uid',
'device', 'interface', 'macAddress',
'interfaceDescription', 'manageDevice']
data = Zuul.marshal(instances.results, keys)
return DirectResponse.succeed(data=data, totalCount=instances.total,
hash=instances.hash_)
def getInstances(self, uid, start=0, params=None, limit=50, sort='name',
page=None, dir='ASC'):
"""
Get a list of instances for a service UID.
@type uid: string
@param uid: Service UID to get instances of
@type start: integer
@param start: (optional) Offset to return the results from; used in
pagination (default: 0)
@type params: dictionary
@param params: (optional) Key-value pair of filters for this search.
@type limit: integer
@param limit: (optional) Number of items to return; used in pagination
(default: 50)
@type sort: string
@param sort: (optional) Key on which to sort the return results (default:
'name')
@type dir: string
@param dir: (optional) Sort order; can be either 'ASC' or 'DESC'
(default: 'ASC')
@rtype: DirectResponse
@return: B{Properties}:
- data: ([dictionary]) List of objects representing service instances
- totalCount: (integer) Total number of instances
"""
if isinstance(params, basestring):
params = unjson(params)
instances = self.api.getInstances(uid, start=start, params=params,
limit=limit, sort=sort, dir=dir)
keys = ['description', 'device', 'locking', 'monitored', 'name',
'pingStatus', 'uid']
data = Zuul.marshal(instances, keys)
return DirectResponse.succeed(data=data, totalCount=instances.total)
def stream(self):
data = unjson(self.request.get('data'))
command = self.context.getUserCommands(asDict=True).get(data['command'], None)
if command:
for uid in data['uids']:
target = self.context.unrestrictedTraverse(uid)
self.execute(command, target)
def addClass(self, contextUid, id, posQuery=None):
"""
Add a new service class.
@type contextUid: string
@param contextUid: Unique ID of the service ogranizer to add new class to
@type id: string
@param id: ID of the new service
@type posQuery: dictionary
@param posQuery: Object defining a query where the returned position will lie
@rtype: DirectResponse
@return: B{Properties}:
- newIndex: (integer) Index of the newly added class in the query
defined by posQuery
"""
newUid = self.api.addClass(contextUid, id)
if isinstance(posQuery.get('params'), basestring):
posQuery['params'] = unjson(posQuery['params'])
result = self.api.getList(**posQuery)
for count, serviceInfo in enumerate(result['serviceInfos']):
if serviceInfo.uid == newUid:
newIndex = count
break
else:
raise Exception('The new service was added, but the system was '
'unable to add it to the list.')
audit('UI.Service.Add', contextUid + '/' + id)
return DirectResponse(newIndex=newIndex)
def stream(self):
data = unjson(self.request.get('data'))
uids = data['uids']
facade = getFacade('device', self.context)
for deviceOrganizer in imap(facade._getObject, uids):
deviceOrganizer.runDeviceMonitor(REQUEST=self.request,
write=self.write)
def getInstances(self, uid, start=0, params=None, limit=50, sort='name',
page=None, dir='ASC'):
"""
Get a list of instances for a service UID.
@type uid: string
@param uid: Service UID to get instances of
@type start: integer
@param start: (optional) Offset to return the results from; used in
pagination (default: 0)
@type params: dictionary
@param params: (optional) Key-value pair of filters for this search.
@type limit: integer
@param limit: (optional) Number of items to return; used in pagination
(default: 50)
@type sort: string
@param sort: (optional) Key on which to sort the return results (default:
'name')
@type dir: string
@param dir: (optional) Sort order; can be either 'ASC' or 'DESC'
(default: 'ASC')
@rtype: DirectResponse
@return: B{Properties}:
- data: ([dictionary]) List of objects representing service instances
- totalCount: (integer) Total number of instances
"""
if isinstance(params, basestring):
params = unjson(params)
instances = self.api.getInstances(uid, start=start, params=params,
limit=limit, sort=sort, dir=dir)
keys = ['description', 'device', 'locking', 'monitored', 'name',
'pingStatus', 'uid']
data = Zuul.marshal(instances, keys)
return DirectResponse.succeed(data=data, totalCount=instances.total)
def addClass(self, contextUid, id, posQuery=None):
"""
Add a new service class.
@type contextUid: string
@param contextUid: Unique ID of the service ogranizer to add new class to
@type id: string
@param id: ID of the new service
@type posQuery: dictionary
@param posQuery: Object defining a query where the returned position will lie
@rtype: DirectResponse
@return: B{Properties}:
- newIndex: (integer) Index of the newly added class in the query
defined by posQuery
"""
newUid = self.api.addClass(contextUid, id)
if isinstance(posQuery.get('params'), basestring):
posQuery['params'] = unjson(posQuery['params'])
result = self.api.getList(**posQuery)
for count, serviceInfo in enumerate(result['serviceInfos']):
if serviceInfo.uid == newUid:
newIndex = count
break
else:
raise Exception('The new service was added, but the system was '
'unable to add it to the list.')
audit('UI.Service.Add', contextUid + '/' + id)
return DirectResponse(newIndex=newIndex)
def stream(self):
data = unjson(self.request.get('data'))
command = self.context.getUserCommands(asDict=True).get(data['command'], None)
if command:
for uid in data['uids']:
target = self.context.unrestrictedTraverse(uid)
self.execute(command, target)
def getIpAddresses(self, uid, start=0, params=None, limit=50, sort='ipAddressAsInt',
page=None, dir='ASC'):
"""
Given a subnet, get a list of IP addresses and their relations.
@type uid: string
@param uid: Unique identifier of a subnet
@type start: integer
@param start: Offset to return the results from; used in pagination
@type params: string
@param params: Not used
@type limit: integer
@param limit: Number of items to return; used in pagination
@type sort: string
@param sort: (optional) Key on which to sort the return results;
defaults to 'name'
@type order: string
@param order: Sort order; can be either 'ASC' or 'DESC'
@rtype: DirectResponse
"""
if isinstance(params, basestring):
params = unjson(params)
instances = self.api.getIpAddresses(uid=uid, start=start, params=params,
limit=limit, sort=sort, dir=dir)
keys = ['name', 'netmask', 'pingstatus', 'snmpstatus', 'uid',
'device', 'interface', 'macAddress',
'interfaceDescription']
data = Zuul.marshal(instances.results, keys)
return DirectResponse.succeed(data=data, totalCount=instances.total,
hash=instances.hash_)
def stream(self):
daemons = [
d["name"]
for d in self.context.dmd.About.getZenossDaemonStates()
if d["msg"] == "Up" and d["name"] not in DEFAULT_MASTER_DAEMONS
]
if "zeneventserver" in daemons:
daemons.remove("zeneventserver")
if "zenrrdcached" not in daemons:
daemons.append("zenrrdcached")
if os.path.exists(MASTER_DAEMON_LIST_FILE):
for line in fileinput.input(MASTER_DAEMON_LIST_FILE):
line = line.strip()
if line in daemons:
daemons.remove(line)
df = open("%s/daemons.txt" % zpDir, "w")
df.write("%s\n" % "\n".join(daemons))
df.close()
data = unjson(self.request.get("data"))
ids = data["uids"]
if not ids:
self.write("No Remote Collectors were selected")
command = data["command"]
if command == "add":
new_id = ids[0]
self.context.manage_addMonitor(new_id, submon="Performance")
# self.context.Performance[new_id].renderurl = 'http://%s:8090/%s'%(
# socket.getfqdn(), new_id)
self.context.Performance[new_id].renderurl = "http://%s:8091" % new_id
transaction.commit()
for id in ids:
self.write("%s Remote Collector %s" % (command.capitalize(), id))
self.write("Stopping zenoss daemons")
executeStreamCommand('ssh %s "zenoss stop"' % id, self.write, timeout=COMMAND_TIMEOUT)
if command in ("update", "remove"):
self.write("Revert Remote Collector configuration")
executeStreamCommand(
"ssh %s %s localhost localhost" % (id, updConfZenBin), self.write, timeout=COMMAND_TIMEOUT
)
self.write("Remove ZenPacks files from Remote Collector")
executeStreamCommand("ssh %s rm -fr %s" % (id, zpDir), self.write, timeout=COMMAND_TIMEOUT)
if command in ("add", "update"):
self.write("Copy ZenPacks files to Remote Collector")
executeStreamCommand(
'find %s -print | cpio -oc | ssh -C %s "cd / && cpio -ic 2>/dev/null"' % (zpDir, id),
self.write,
timeout=COMMAND_TIMEOUT,
)
self.write("Update Remote Collector configuration")
executeStreamCommand(
"ssh %s %s %s %s" % (id, updConfBin, socket.getfqdn(), id), self.write, timeout=COMMAND_TIMEOUT
)
self.write("Starting zenoss daemons")
executeStreamCommand('ssh %s "zenoss start"' % id, self.write, timeout=COMMAND_TIMEOUT)
if command == "remove":
self.context.manage_removeMonitor(ids=ids, submon="Performance")
transaction.commit()
self.write("All Tasks Finished")
os.unlink("%s/daemons.txt" % zpDir)
def stream(self):
data = unjson(self.request.get('data'))
uids = data['uids']
facade = getFacade('device', self.context)
for device in imap(facade._getObject, uids):
device.collectDevice(REQUEST=self.request,
write=self.write,
debug=True)
def query(self,
limit=None,
start=None,
sort=None,
dir=None,
params=None,
page=None,
history=False,
uid=None,
criteria=()):
"""
Retrieve a list of services based on a set of parameters.
@type limit: integer
@param limit: (optional) Number of items to return; used in pagination
(default: None)
@type start: integer
@param start: (optional) Offset to return the results from; used in
pagination (default: None)
@type sort: string
@param sort: (optional) Key on which to sort the return results (default:
None)
@type dir: string
@param dir: (optional) Sort order; can be either 'ASC' or 'DESC'
(default: None)
@type params: dictionary
@param params: (optional) Key-value pair of filters for this search.
@type history: boolean
@param history: not used
@type uid: string
@param uid: Service class UID to query
@type criteria: list
@param criteria: not used
@rtype: DirectResponse
@return: B{Properties}:
- services: ([dictionary]) List of objects representing services
- totalCount: (integer) Total number of services
- hash: (string) Hashcheck of the current services state
- disabled: (boolean) True if current user cannot manage services
"""
if uid is None:
uid = "/".join(self.context.getPhysicalPath())
if isinstance(params, basestring):
params = unjson(params)
services = self.api.getList(limit, start, sort, dir, params, uid,
criteria)
disabled = not Zuul.checkPermission('Manage DMD')
data = Zuul.marshal(services['serviceInfos'],
keys=('name', 'description', 'count', 'uid',
'port'))
return DirectResponse(services=data,
totalCount=services['total'],
hash=services['hash'],
disabled=disabled)
def query(self,
limit=None,
start=None,
sort=None,
dir=None,
params=None,
page=None,
history=False,
uid=None,
criteria=()):
"""
Retrieve a list of processes based on a set of parameters.
@type limit: integer
@param limit: (optional) Number of items to return; used in pagination
(default: None)
@type start: integer
@param start: (optional) Offset to return the results from; used in
pagination (default: None)
@type sort: string
@param sort: (optional) Key on which to sort the return results (default:
None)
@type dir: string
@param dir: (optional) Sort order; can be either 'ASC' or 'DESC'
(default: None)
@type params: dictionary
@param params: (optional) Key-value pair of filters for this search.
@type history: boolean
@param history: not used
@type uid: string
@param uid: Service class UID to query
@type criteria: list
@param criteria: not used
@rtype: DirectResponse
@return: B{Properties}:
- processes: ([dictionary]) List of objects representing processes
- totalCount: (integer) Total number of processes
- hash: (string) Hashcheck of the current processes state
- disabled: (boolean) True if current user cannot manage processes
"""
facade = self._getFacade()
if uid is None:
uid = self.context
if isinstance(params, basestring):
params = unjson(params)
processes = facade.getList(limit, start, sort, dir, params, uid,
criteria)
disabled = not Zuul.checkPermission('Manage DMD')
data = Zuul.marshal(processes)
return DirectResponse(processes=data,
totalCount=processes.total,
hash=processes.hash_,
disabled=disabled)
def stream(self):
daemons=[d['name'] for d in self.context.dmd.About.getZenossDaemonStates() \
if d['msg'] == 'Up' and d['name'] not in DEFAULT_MASTER_DAEMONS]
if 'zeneventserver' in daemons:
daemons.remove('zeneventserver')
if 'zenrrdcached' not in daemons:
daemons.append('zenrrdcached')
if 'zenrender' not in daemons:
daemons.append('zenrender')
if os.path.exists(MASTER_DAEMON_LIST_FILE):
for line in fileinput.input(MASTER_DAEMON_LIST_FILE):
line = line.strip()
if line in daemons:
daemons.remove(line)
df = open('%s/daemons.txt'%zpDir, 'w')
df.write('%s\n'%'\n'.join(daemons))
df.close()
data = unjson(self.request.get('data'))
ids = data['uids']
if not ids:
self.write('No Remote Collectors were selected')
command = data['command']
if command == 'add':
new_id = ids[0]
self.context.manage_addMonitor(new_id, submon='Performance')
# self.context.Performance[new_id].renderurl = 'http://%s:8090/%s'%(
# socket.getfqdn(), new_id)
self.context.Performance[new_id].renderurl='http://%s:8091' % new_id
transaction.commit()
for id in ids:
self.write('%s Remote Collector %s'%(command.capitalize(), id))
self.write('Stopping zenoss daemons')
executeStreamCommand('ssh %s "zenoss stop"'%id,
self.write, timeout=COMMAND_TIMEOUT)
if command in ('update', 'remove'):
self.write('Revert Remote Collector configuration')
executeStreamCommand('ssh %s %s localhost localhost'%(id,
updConfZenBin), self.write, timeout=COMMAND_TIMEOUT)
self.write('Remove ZenPacks files from Remote Collector')
executeStreamCommand('ssh %s rm -fr %s'%(id, zpDir),
self.write, timeout=COMMAND_TIMEOUT)
if command in ('add', 'update'):
self.write('Copy ZenPacks files to Remote Collector')
executeStreamCommand('find %s -print | cpio -oc | ssh -C %s "cd / && cpio -ic 2>/dev/null"'%(
zpDir, id), self.write, timeout=COMMAND_TIMEOUT)
self.write('Update Remote Collector configuration')
executeStreamCommand('ssh %s %s %s %s'%(id, updConfBin,
socket.getfqdn(), id), self.write, timeout=COMMAND_TIMEOUT)
self.write('Starting zenoss daemons')
executeStreamCommand('ssh %s "zenoss start"'%id,
self.write, timeout=COMMAND_TIMEOUT)
if command == 'remove':
self.context.manage_removeMonitor(ids=ids, submon='Performance')
transaction.commit()
self.write('All Tasks Finished')
os.unlink('%s/daemons.txt'%zpDir)
def stream(self):
self.write('Starting to retrieve logs...\n')
facade = getFacade('auditlogs', self.context)
data = unjson(self.request.get('data'))
deviceUids = data['uids']
for deviceUid in deviceUids:
output = facade.getLogs(deviceUid)
for line in output:
self.write(str(line))
self.write('\nFinished.')
def stream(self):
data = unjson(self.request.get('data'))
args = data['args']
includeEvents = args[0]
includeMysqlLogin = args[1]
timeoutString = args[2]
try:
timeout = int(timeoutString)
except ValueError:
timeout = 120
self.context.zport.dmd.manage_createBackup(includeEvents,
includeMysqlLogin, timeout, self.request, self.write)
def stream(self):
data = unjson(self.request.get('data'))
args = data['args']
includeEvents = args[0]
includeMysqlLogin = args[1]
timeoutString = args[2]
try:
timeout = int(timeoutString)
except ValueError:
timeout = 120
self.context.zport.dmd.manage_createBackup(includeEvents,
includeMysqlLogin, timeout, self.request, self.write)
def stream(self):
data = unjson(self.request.get('data'))
command = self.context.getUserCommands(asDict=True).get(
data['command'], None)
if command:
for uid in data['uids']:
target = self.context.unrestrictedTraverse(uid)
if permissionsForContext(target)[ZEN_RUN_COMMANDS.lower()]:
self.execute(command, target)
else:
self.write(
'==== No permissions to run command %s for %s, skipping ===='
.format(command, target))
def stream(self):
# Setup a logging file
logfile = open('/opt/zenoss/log/rancid_example_logging.log', 'a')
logfile.write('Start logging')
# data is a list that will contain 2 elemets:
# the url argument and the uid
#self.write('TEST parameter = %s\n' % (self.request.arguments()))
data = unjson(self.request.get('data'))
self.write('data stream = %s\n' % (data))
#data = ""
logfile.write(' data is %s \n' % (data))
try:
args = data['args']
logfile.write('Argument is %s \n' % (args))
arg3 = args
except:
logfile.write(' No args \n')
arg3 = ''
try:
uids = data['uids']
logfile.write('uids is %s \n' % (uids))
arg4 = uids
except:
logfile.write('No uids \n')
arg4 = ''
libexec = os.path.join(os.path.dirname(__file__), 'libexec')
arg1 = "Hello"
arg2 = "World"
# Put the script in the libexec directory of the ZenPack
myPredefinedCmd1 = [
#libexec + '/mywrapper_script1',
#"ls -a"
#arg1, arg2, arg3, arg4
"find",
"/tmp"
]
logfile.write(' myPredefinedCmd1 is %s ' % (myPredefinedCmd1))
self.write('Preparing my command...')
result = executeCommand(myPredefinedCmd1, None, write=self.write)
#logfile.write(result)
#self.write(result)
self.write('End of command...')
logfile.close()
return result
def stream(self):
try:
request = self.request
data = unjson(request.form['data'])
for key in data:
request[key] = data[key]
self.write("Preparing Command...")
request['renderTemplate'] = False
results = self.context.testDataSourceAgainstDevice(
data.get('testDevice'), request, self.write, self.reportError)
return results
except Exception:
self.write('Exception while performing command: <br />')
self.write('<pre>%s</pre>' % (traceback.format_exc()))
def __call__(self):
body = self.request.form['body']
state = unjson(body)
params = state['params']
type = state['type']
archive = state.get('isHistory', False)
# Send the events to the appropriate formatting method
filter_params = state['params']['params']
del state['params']['params']
params.update(filter_params)
getattr(self, type)(self.request.response, archive, **params)
# aborting the long running export transaction so it is not retried
import transaction
transaction.abort()
def __call__(self):
body = self.request.form['body']
state = unjson(body)
params = state['params']
type = state['type']
archive = state.get('isHistory', False)
# Send the events to the appropriate formatting method
filter_params = state['params']['params']
del state['params']['params']
params.update(filter_params)
getattr(self, type)(self.request.response, archive, **params)
# aborting the long running export transaction so it is not retried
import transaction
transaction.abort()
def query(self, limit=None, start=None, sort=None, dir=None, params=None,
page=None, history=False, uid=None, criteria=()):
"""
Retrieve a list of processes based on a set of parameters.
@type limit: integer
@param limit: (optional) Number of items to return; used in pagination
(default: None)
@type start: integer
@param start: (optional) Offset to return the results from; used in
pagination (default: None)
@type sort: string
@param sort: (optional) Key on which to sort the return results (default:
None)
@type dir: string
@param dir: (optional) Sort order; can be either 'ASC' or 'DESC'
(default: None)
@type params: dictionary
@param params: (optional) Key-value pair of filters for this search.
@type history: boolean
@param history: not used
@type uid: string
@param uid: Service class UID to query
@type criteria: list
@param criteria: not used
@rtype: DirectResponse
@return: B{Properties}:
- processes: ([dictionary]) List of objects representing processes
- totalCount: (integer) Total number of processes
- hash: (string) Hashcheck of the current processes state
- disabled: (boolean) True if current user cannot manage processes
"""
facade = self._getFacade()
if uid is None:
uid = self.context
if isinstance(params, basestring):
params = unjson(params)
processes = facade.getList(limit, start, sort, dir, params, uid,
criteria)
disabled = not Zuul.checkPermission('Manage DMD')
data = Zuul.marshal(processes)
return DirectResponse(processes=data, totalCount=processes.total,
hash=processes.hash_, disabled=disabled)
def query(self, limit=None, start=None, sort=None, dir=None, params=None,
page=None, history=False, uid=None, criteria=()):
"""
Retrieve a list of services based on a set of parameters.
@type limit: integer
@param limit: (optional) Number of items to return; used in pagination
(default: None)
@type start: integer
@param start: (optional) Offset to return the results from; used in
pagination (default: None)
@type sort: string
@param sort: (optional) Key on which to sort the return results (default:
None)
@type dir: string
@param dir: (optional) Sort order; can be either 'ASC' or 'DESC'
(default: None)
@type params: dictionary
@param params: (optional) Key-value pair of filters for this search.
@type history: boolean
@param history: not used
@type uid: string
@param uid: Service class UID to query
@type criteria: list
@param criteria: not used
@rtype: DirectResponse
@return: B{Properties}:
- services: ([dictionary]) List of objects representing services
- totalCount: (integer) Total number of services
- hash: (string) Hashcheck of the current services state
- disabled: (boolean) True if current user cannot manage services
"""
if uid is None:
uid = "/".join(self.context.getPhysicalPath())
if isinstance(params, basestring):
params = unjson(params)
services = self.api.getList(limit, start, sort, dir, params, uid,
criteria)
disabled = not Zuul.checkPermission('Manage DMD')
data = Zuul.marshal(services['serviceInfos'], keys=('name','description', 'count', 'uid','port'))
return DirectResponse(services=data, totalCount=services['total'],
hash=services['hash'], disabled=disabled)
def _filterData(self, params, data):
"""
@param params: params passed to the caller and used here for filtering
@param data: data to be filtered and returned
"""
# filter
if params:
if isinstance(params, basestring):
filters = unjson(params)
else:
filters = params
def hasFilter(row, key, value):
if row.get(key) is not None:
return value.lower() in str(row.get(key)).lower()
for key, value in filters.iteritems():
# assume AND for sorting
data = [row for row in data if hasFilter(row, key, value)]
return data
def _filterData(self, params, data):
"""
@param params: params passed to the caller and used here for filtering
@param data: data to be filtered and returned
"""
# filter
if params:
if isinstance(params, basestring):
filters = unjson(params)
else:
filters = params
def hasFilter(row, key, value):
if row.get(key) is not None:
return value.lower() in str(row.get(key)).lower()
for key, value in filters.iteritems():
# assume AND for sorting
data = [row for row in data if hasFilter(row, key, value)]
return data
def stream(self):
# Setup a logging file
lf = os.path.join(os.environ['ZENHOME'], 'log/example_logging.log')
logfile = open(lf, 'a')
logfile.write('Start logging')
# data is a list that will contain 2 elements:
# the url argument and the uid
data = unjson(self.request.get('data'))
logfile.write(' data is \n' % (data))
try:
args = data['args']
logfile.write('Argument is %s \n' % (args))
arg3 = args
except:
logfile.write(' No args \n')
arg3 = ''
try:
uids = data['uids']
logfile.write('uids is %s \n' % (uids))
arg4 = uids
except:
logfile.write('No uids \n')
arg4 = ''
libexec = os.path.join(os.path.dirname(__file__), 'libexec')
arg1 = "Hello"
arg2 = "World"
# Find the script in the libexec directory of the ZenPack
myPredefinedCmd1 = [
libexec + '/mywrapper_script1',
arg1, arg2, arg3, arg4
]
logfile.write(' myPredefinedCmd1 is %s ' % (myPredefinedCmd1))
self.write('Preparing my command...')
result = executeCommand(myPredefinedCmd1, None, write=self.write)
self.write('End of command...')
logfile.close()
return result
def stream(self):
"""
Called by the parent class, this method asks the datasource
to test itself.
"""
try:
request = self.request
data = unjson(request.form['data'])
# datasource expect the request object, so set the attributes
# from the request (so the user can test without saving the datasource)
for key in data:
request[key] = data[key]
self.write("Preparing Command...")
request['renderTemplate'] = False
results = self.context.testDataSourceAgainstDevice(
data.get('testDevice'), request, self.write, self.reportError)
return results
except Exception:
self.write('Exception while performing command: <br />')
self.write('<pre>%s</pre>' % (traceback.format_exc()))
def stream(self):
# Setup a logging file
logfile = open('/usr/local/zenoss/zenoss/log/example_logging.log', 'a')
logfile.write('Start logging')
data = unjson(self.request.get('data'))
logfile.write(' data is \n' % (data))
try:
args = data['args']
logfile.write('Argument is %s \n' % (args))
arg3 = args
except:
logfile.write(' No args \n')
arg3 = ''
try:
uids = data['uids']
logfile.write('uids is %s \n' % (uids))
arg4 = uids
except:
logfile.write('No uids \n')
arg4 = ''
# facade = getFacade('device', self.context)
# organizer = facade._getObject(uids[0])
# logfile.write(' organizer is %s ' % (organizer))
libexec = os.path.join(os.path.dirname(__file__), 'libexec')
arg1 = "Hello"
arg2 = "World"
# Put the script in the libexec directory of the ZenPack
myPredefinedCmd1 = [
libexec + '/mywrapper_script1',
arg1, arg2, arg3, arg4
]
logfile.write(' myPredefinedCmd1 is %s ' % (myPredefinedCmd1))
self.write('Preparing my command...')
result = executeCommand(myPredefinedCmd1, None, write=self.write)
self.write('End of command...')
logfile.close()
return result
def __call__(self, body):
# Decode the request data
try:
body = unjson(body)
except Exception:
raise DirectException("Request body is not unjson()-able: %s" % body)
self._body = body
if isinstance(body, list):
directRequests = body
elif isinstance(body, dict):
directRequests = [body]
else:
raise DirectException("Body is not a supported type: %s" % body)
directResponses = []
for directRequest in directRequests:
directResponses.append(self._processDirectRequest(directRequest))
if len(directResponses) == 1:
directResponses = directResponses[0]
return directResponses
def __call__(self, body):
# Decode the request data
try:
body = unjson(body)
except Exception:
raise DirectException("Request body is not unjson()-able: %s" % body)
self._body = body
if isinstance(body, list):
directRequests = body
elif isinstance(body, dict):
directRequests = [body]
else:
raise DirectException("Body is not a supported type: %s" % body)
directResponses = []
for directRequest in directRequests:
directResponses.append(self._processDirectRequest(directRequest))
if len(directResponses) == 1:
directResponses = directResponses[0]
return directResponses
def inner(self, *args, **kwargs):
"""
Inner portion of the decorator
@param *args: arguments
@type *args: possible list
@param **kwargs: keyword arguments
@type **kwargs: possible list
@return: decorator function return
@rtype: function
"""
if self.request.REQUEST_METHOD=='POST':
content = extractPostContent(self.request)
try:
args += (unjson(content),)
except ValueError:
kwargs.update(self.request.form)
else:
kwargs.update(self.request.form)
# Get rid of useless Zope thing that appears when no querystring
if kwargs.has_key('-C'): del kwargs['-C']
# Get rid of kw used to prevent browser caching
if kwargs.has_key('_dc'): del kwargs['_dc']
return f(self, *args, **kwargs)
def stream(self):
"""
Called by the parent class, this method asks the datasource
to test itself.
"""
try:
request = self.request
data = unjson(request.form['data'])
# datasource expect the request object, so set the attributes
# from the request (so the user can test without saving the datasource)
for key in data:
request[key] = data[key]
self.write("Preparing Command...")
request['renderTemplate'] = False
results = self.context.testDataSourceAgainstDevice(
data.get('testDevice'),
request,
self.write,
self.reportError)
return results
except Exception:
self.write('Exception while performing command: <br />')
self.write('<pre>%s</pre>' % (traceback.format_exc()))
def __call__(self):
body = unjson(self.request.form['body'])
type = body.get('type')
getattr(self, type)(self.request.response, self._query(body), body['fields'])
def stream(self):
daemons=[d['name'] for d in self.context.dmd.About.getZenossDaemonStates() \
if d['msg'] == 'Up' and d['name'] not in DEFAULT_MASTER_DAEMONS]
if 'zenrrdcached' not in daemons:
daemons.append('zenrrdcached')
if 'zenrender' not in daemons:
daemons.append('zenrender')
if os.path.exists(MASTER_DAEMON_LIST_FILE):
for line in fileinput.input(MASTER_DAEMON_LIST_FILE):
line = line.strip()
if line in daemons:
daemons.remove(line)
df = open('%s/daemons.txt'%zpDir, 'w')
df.write('%s\n'%'\n'.join(daemons))
df.close()
data = unjson(self.request.get('data'))
ids = data['uids']
if not ids:
self.write('No Remote Collectors were selected')
command = data['command']
if command == 'add':
new_id = ids[0]
self.context.manage_addMonitor(new_id, submon='Performance')
self.context.Performance[new_id].renderurl='http://%s:8091' % new_id
transaction.commit()
for id in ids:
self.write('%s Remote Collector %s' % (command.capitalize(), id))
if command in ('update', 'remove'):
self.write('Stopping zenoss daemons')
executeStreamCommand('ssh root@%s "/sbin/service zenoss stop"' % id,
self.write, timeout=COMMAND_TIMEOUT)
if command in ('add'):
self.write('Copy Zenoss files to Remote Collector')
self.write('....zenoss user')
executeStreamCommand('rsync --rsh=ssh --recursive --times --owner --group --perms --links /home/zenoss/.bash* root@%s:%s' % (
id, '/home/zenoss'), self.write, timeout=COMMAND_TIMEOUT)
self.write('....zenoss directory')
executeStreamCommand('rsync --rsh=ssh --recursive --times --owner --group --perms --links --exclude=perf --exclude=backups --exclude=log --exclude=deps --exclude=lost+found --exclude=var %s root@%s:%s' % (
zenDir, id, '/opt'), self.write, timeout=COMMAND_TIMEOUT)
executeStreamCommand('ssh -C root@%s "mkdir /opt/zenoss/var; mkdir /opt/zenoss/perf; mkdir /opt/zenoss/log;"' % (
id), self.write, timeout=COMMAND_TIMEOUT)
self.write('....init script')
executeStreamCommand('find %s -print | cpio -oc | ssh -C root@%s "cd / && cpio -ic 2>/dev/null"' % (
zenScript, id), self.write, timeout=COMMAND_TIMEOUT)
executeStreamCommand('ssh -C root@%s "/sbin/chkconfig --add zenoss --level 345"' % (
id), self.write, timeout=COMMAND_TIMEOUT)
self.write('....zenoss sockets')
executeStreamCommand('ssh -C root@%s "chmod +s /opt/zenoss/bin/zensocket /opt/zenoss/bin/pyraw /opt/zenoss/bin/nmap; chown zenoss:zenoss /opt/zenoss/var /opt/zenoss/perf /opt/zenoss/log -Rf"' % (
id), self.write, timeout=COMMAND_TIMEOUT)
self.write('Update Remote Collector configuration')
executeStreamCommand('ssh %s %s %s %s' % (id, updConfBin,
socket.getfqdn(), id), self.write, timeout=COMMAND_TIMEOUT)
self.write('Starting zenoss daemons')
executeStreamCommand('ssh root@%s "/sbin/service zenoss start"' % id,
self.write, timeout=COMMAND_TIMEOUT)
if command in ('update'):
self.write('Revert Remote Collector configuration')
executeStreamCommand('ssh %s %s localhost localhost' % (id,
updConfZenBin), self.write, timeout=COMMAND_TIMEOUT)
self.write('Remove ZenPacks files from Remote Collector')
executeStreamCommand('ssh %s rm -fr %s' % (id, zpDir),
self.write, timeout=COMMAND_TIMEOUT)
##TODO: Don't assume the stuff is already there
self.write('Copy Zenoss files to Remote Collector')
self.write('....just zenpacks')
executeStreamCommand('find %s -print | cpio -oc | ssh -C %s "cd / && cpio -ic 2>/dev/null"' % (
zpDir, id), self.write, timeout=COMMAND_TIMEOUT)
self.write('Update Remote Collector configuration')
executeStreamCommand('ssh %s %s %s %s'%(id, updConfBin,
socket.getfqdn(), id), self.write, timeout=COMMAND_TIMEOUT)
self.write('Starting zenoss daemons')
executeStreamCommand('ssh root@%s "/sbin/service zenoss start"' % id,
self.write, timeout=COMMAND_TIMEOUT)
if command == 'remove':
self.write('Notice: This does not delete Zenoss from the remote machine!')
self.write('Disable Zenoss startup')
executeStreamCommand('ssh -C root@%s "/sbin/chkconfig zenoss off"' % (
id), self.write, timeout=COMMAND_TIMEOUT)
self.context.manage_removeMonitor(ids=ids, submon='Performance')
transaction.commit()
self.write('All Tasks Finished')
os.unlink('%s/daemons.txt' % zpDir)
def stream(self):
daemons=[d['name'] for d in self.context.dmd.About.getZenossDaemonStates() \
if d['msg'] == 'Up' and d['name'] not in DEFAULT_MASTER_DAEMONS]
if 'zenrrdcached' not in daemons:
daemons.append('zenrrdcached')
if 'zenrender' not in daemons:
daemons.append('zenrender')
if os.path.exists(MASTER_DAEMON_LIST_FILE):
for line in fileinput.input(MASTER_DAEMON_LIST_FILE):
line = line.strip()
if line in daemons:
daemons.remove(line)
df = open('%s/daemons.txt' % zpDir, 'w')
df.write('%s\n' % '\n'.join(daemons))
df.close()
data = unjson(self.request.get('data'))
ids = data['uids']
if not ids:
self.write('No Remote Collectors were selected')
command = data['command']
if command == 'add':
new_id = ids[0]
self.context.manage_addMonitor(new_id, submon='Performance')
self.context.Performance[
new_id].renderurl = 'http://%s:8091' % new_id
transaction.commit()
for id in ids:
self.write('%s Remote Collector %s' % (command.capitalize(), id))
if command in ('update', 'remove'):
self.write('Stopping zenoss daemons')
executeStreamCommand(
'ssh root@%s "/sbin/service zenoss stop"' % id,
self.write,
timeout=COMMAND_TIMEOUT)
if command in ('add'):
self.write('Copy Zenoss files to Remote Collector')
self.write('....zenoss user')
executeStreamCommand(
'rsync --rsh=ssh --recursive --times --owner --group --perms --links /home/zenoss/.bash* root@%s:%s'
% (id, '/home/zenoss'),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('....zenoss directory')
executeStreamCommand(
'rsync --rsh=ssh --recursive --times --owner --group --perms --links --exclude=perf --exclude=backups --exclude=log --exclude=deps --exclude=lost+found --exclude=var %s root@%s:%s'
% (zenDir, id, '/opt'),
self.write,
timeout=COMMAND_TIMEOUT)
executeStreamCommand(
'ssh -C root@%s "mkdir /opt/zenoss/var; mkdir /opt/zenoss/perf; mkdir /opt/zenoss/log;"'
% (id),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('....init script')
executeStreamCommand(
'find %s -print | cpio -oc | ssh -C root@%s "cd / && cpio -ic 2>/dev/null"'
% (zenScript, id),
self.write,
timeout=COMMAND_TIMEOUT)
executeStreamCommand(
'ssh -C root@%s "/sbin/chkconfig --add zenoss --level 345"'
% (id),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('....zenoss sockets')
executeStreamCommand(
'ssh -C root@%s "chmod +s /opt/zenoss/bin/zensocket /opt/zenoss/bin/pyraw /opt/zenoss/bin/nmap; chown zenoss:zenoss /opt/zenoss/var /opt/zenoss/perf /opt/zenoss/log -Rf"'
% (id),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('Update Remote Collector configuration')
executeStreamCommand('ssh %s %s %s %s' %
(id, updConfBin, socket.getfqdn(), id),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('Starting zenoss daemons')
executeStreamCommand(
'ssh root@%s "/sbin/service zenoss start"' % id,
self.write,
timeout=COMMAND_TIMEOUT)
if command in ('update'):
self.write('Revert Remote Collector configuration')
executeStreamCommand('ssh %s %s localhost localhost' %
(id, updConfZenBin),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('Remove ZenPacks files from Remote Collector')
executeStreamCommand('ssh %s rm -fr %s' % (id, zpDir),
self.write,
timeout=COMMAND_TIMEOUT)
##TODO: Don't assume the stuff is already there
self.write('Copy Zenoss files to Remote Collector')
self.write('....just zenpacks')
executeStreamCommand(
'find %s -print | cpio -oc | ssh -C %s "cd / && cpio -ic 2>/dev/null"'
% (zpDir, id),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('Update Remote Collector configuration')
executeStreamCommand('ssh %s %s %s %s' %
(id, updConfBin, socket.getfqdn(), id),
self.write,
timeout=COMMAND_TIMEOUT)
self.write('Starting zenoss daemons')
executeStreamCommand(
'ssh root@%s "/sbin/service zenoss start"' % id,
self.write,
timeout=COMMAND_TIMEOUT)
if command == 'remove':
self.write(
'Notice: This does not delete Zenoss from the remote machine!')
self.write('Disable Zenoss startup')
executeStreamCommand(
'ssh -C root@%s "/sbin/chkconfig zenoss off"' % (id),
self.write,
timeout=COMMAND_TIMEOUT)
self.context.manage_removeMonitor(ids=ids, submon='Performance')
transaction.commit()
self.write('All Tasks Finished')
os.unlink('%s/daemons.txt' % zpDir)
def __call__(self):
body = unjson(self.request.form['body'])
type = body.get('type')
getattr(self, type)(self.request.response, self._query(body),
body['fields'])
def stream(self):
data = unjson(self.request.get('data'))
uids = data['uids']
facade = getFacade('device', self.context)
for device in imap(facade._getObject, uids):
device.runDeviceMonitor(REQUEST=self.request, write=self.write, debug=True)
def stream(self):
data = unjson(self.request.get('data'))
uids = data['uids']
facade = getFacade('device', self.context)
for device in imap(facade._getObject, uids):
device.collectDevice(REQUEST=self.request, write=self.write)
