def beforeSave(self, fields: typing.Dict[str, typing.Any]) -> None:
# logger.debug(self._params)
try:
# **** IMAGE ***
imgId = fields['image_id']
fields['image_id'] = None
logger.debug('Image id: %s', imgId)
try:
if imgId != '-1':
image = Image.objects.get(uuid=processUuid(imgId))
fields['image_id'] = image.id
except Exception:
logger.exception('At image recovering')
# Servicepool Group
spgrpId = fields['servicesPoolGroup_id']
fields['servicesPoolGroup_id'] = None
logger.debug('servicesPoolGroup_id: %s', spgrpId)
try:
if spgrpId != '-1':
spgrp = ServicePoolGroup.objects.get(
uuid=processUuid(spgrpId))
fields['servicesPoolGroup_id'] = spgrp.id
except Exception:
logger.exception('At service pool group recovering')
except (RequestError, ResponseError):
raise
except Exception as e:
raise RequestError(str(e))
logger.debug('Fields: %s', fields)
def saveItem(self, parent, item):
# If already exists
uuid = processUuid(item) if item is not None else None
calendar = Calendar.objects.get(
uuid=processUuid(self._params['calendarId']))
action = self._params['action'].upper()
eventsOffset = int(self._params['eventsOffset'])
atStart = self._params['atStart'] not in ('false', False, '0', 0)
params = json.dumps(self._params['params'])
logger.debug('Got parameters: {} {} {} {} ----> {}'.format(
calendar, action, eventsOffset, atStart, params))
if uuid is not None:
calAction = CalendarAction.objects.get(uuid=uuid)
calAction.calendar = calendar
calAction.service_pool = parent
calAction.action = action
calAction.at_start = atStart
calAction.events_offset = eventsOffset
calAction.params = params
calAction.save()
else:
CalendarAction.objects.create(calendar=calendar,
service_pool=parent,
action=action,
at_start=atStart,
events_offset=eventsOffset,
params=params)
return self.success()
def saveItem(self, parent: 'ServicePool',
item: typing.Optional[str]) -> None:
# If already exists
uuid = processUuid(item) if item is not None else None
try:
calendar: Calendar = Calendar.objects.get(
uuid=processUuid(self._params['calendarId']))
access: str = self._params['access'].upper()
if access not in (ALLOW, DENY):
raise Exception()
except Exception:
raise self.invalidRequestException(
_('Invalid parameters on request'))
priority = int(self._params['priority'])
if uuid is not None:
calAccess: 'CalendarAccess' = parent.calendarAccess.get(uuid=uuid)
calAccess.calendar = calendar # type: ignore
calAccess.service_pool = parent # type: ignore
calAccess.access = access
calAccess.priority = priority
calAccess.save()
else:
parent.calendarAccess.create(calendar=calendar,
access=access,
priority=priority)
log.doLog(
parent, log.INFO,
"Added access calendar {}/{} by {}".format(calendar.name, access,
self._user.pretty_name),
log.ADMIN)
def saveItem(self, parent: MetaPool, item):
# If already exists
uuid = processUuid(item) if item is not None else None
pool = ServicePool.objects.get(
uuid=processUuid(self._params['pool_id']))
enabled = self._params['enabled'] not in ('false', False, '0', 0)
priority = int(self._params['priority'])
if uuid is not None:
member = parent.members.get(uuid=uuid)
member.pool = pool
member.enabled = enabled
member.priority = priority
member.save()
else:
parent.members.create(pool=pool,
priority=priority,
enabled=enabled)
log.doLog(parent, log.INFO, (uuid is None and "Added" or "Modified") +
" meta pool member {}/{}/{} by {}".format(
pool.name, priority, enabled, self._user.pretty_name),
log.ADMIN)
return self.success()
def saveItem(self, parent: models.ServicePool,
item: typing.Optional[str]) -> None:
if not item:
raise self.invalidItemException('Only modify is allowed')
fields = self.readFieldsFromParams(['auth_id', 'user_id'])
userService = parent.userServices.get(uuid=processUuid(item))
user = models.User.objects.get(uuid=processUuid(fields['user_id']))
logStr = 'Changing ownership of service from {} to {} by {}'.format(
userService.user.pretty_name, user.pretty_name,
self._user.pretty_name)
# If there is another service that has this same owner, raise an exception
if (parent.userServices.filter(user=user).exclude(
uuid=userService.uuid).exclude(
state__in=State.INFO_STATES).count() > 0):
raise self.invalidResponseException(
'There is already another user service assigned to {}'.format(
user.pretty_name))
userService.user = user
userService.save()
# Log change
log.doLog(parent, log.INFO, logStr, log.ADMIN)
def saveItem(self, parent, item):
# If already exists
uuid = processUuid(item) if item is not None else None
calendar = Calendar.objects.get(uuid=processUuid(self._params['calendarId']))
action = self._params['action'].upper()
if action not in CALENDAR_ACTION_DICT:
self.invalidRequestException()
eventsOffset = int(self._params['eventsOffset'])
atStart = self._params['atStart'] not in ('false', False, '0', 0)
params = json.dumps(self._params['params'])
# logger.debug('Got parameters: {} {} {} {} ----> {}'.format(calendar, action, eventsOffset, atStart, params))
logStr = "Added scheduled action \"{},{},{},{},{}\" by {}".format(
calendar.name, action, eventsOffset,
atStart and 'Start' or 'End', params, self._user.pretty_name
)
if uuid is not None:
calAction = CalendarAction.objects.get(uuid=uuid)
calAction.calendar = calendar
calAction.service_pool = parent
calAction.action = action
calAction.at_start = atStart
calAction.events_offset = eventsOffset
calAction.params = params
calAction.save()
else:
CalendarAction.objects.create(calendar=calendar, service_pool=parent, action=action, at_start=atStart, events_offset=eventsOffset, params=params)
log.doLog(parent, log.INFO, logStr, log.ADMIN)
return self.success()
def saveItem(self, parent: 'ServicePool', item: typing.Optional[str]) -> None:
# If already exists
uuid = processUuid(item) if item is not None else None
calendar = Calendar.objects.get(uuid=processUuid(self._params['calendarId']))
action = self._params['action'].upper()
if action not in CALENDAR_ACTION_DICT:
raise self.invalidRequestException()
eventsOffset = int(self._params['eventsOffset'])
atStart = self._params['atStart'] not in ('false', False, '0', 0)
params = json.dumps(self._params['params'])
# logger.debug('Got parameters: {} {} {} {} ----> {}'.format(calendar, action, eventsOffset, atStart, params))
logStr = "Added scheduled action \"{},{},{},{},{}\" by {}".format(
calendar.name, action, eventsOffset,
atStart and 'Start' or 'End', params, self._user.pretty_name
)
if uuid is not None:
calAction = CalendarAction.objects.get(uuid=uuid)
calAction.calendar = calendar
calAction.service_pool = parent
calAction.action = action
calAction.at_start = atStart
calAction.events_offset = eventsOffset
calAction.params = params
calAction.save()
else:
CalendarAction.objects.create(calendar=calendar, service_pool=parent, action=action, at_start=atStart, events_offset=eventsOffset, params=params)
log.doLog(parent, log.INFO, logStr, log.ADMIN)
def saveItem(self, parent, item):
# If already exists
uuid = processUuid(item) if item is not None else None
calendar = Calendar.objects.get(
uuid=processUuid(self._params['calendarId']))
access = self._params['access'].upper()
priority = int(self._params['priority'])
if uuid is not None:
calAccess = parent.calendarAccess.get(uuid=uuid)
calAccess.calendar = calendar
calAccess.service_pool = parent
calAccess.access = access
calAccess.priority = priority
calAccess.save()
else:
parent.calendarAccess.create(calendar=calendar,
access=access,
priority=priority)
log.doLog(
parent, log.INFO,
"Added access calendar {}/{} by {}".format(calendar.name, access,
self._user.pretty_name),
log.ADMIN)
return self.success()
def saveItem(self, parent, item):
# If already exists
uuid = processUuid(item) if item is not None else None
calendar = Calendar.objects.get(uuid=processUuid(self._params['calendarId']))
action = self._params['action'].upper()
eventsOffset = int(self._params['eventsOffset'])
atStart = self._params['atStart'] not in ('false', False, '0', 0)
params = json.dumps(self._params['params'])
logger.debug('Got parameters: {} {} {} {} ----> {}'.format(calendar, action, eventsOffset, atStart, params))
if uuid is not None:
calAction = CalendarAction.objects.get(uuid=uuid)
calAction.calendar = calendar
calAction.service_pool = parent
calAction.action = action
calAction.at_start = atStart
calAction.events_offset = eventsOffset
calAction.params = params
calAction.save()
else:
CalendarAction.objects.create(calendar=calendar, service_pool=parent, action=action, at_start=atStart, events_offset=eventsOffset, params=params)
return self.success()
def saveItem(self, parent, item):
# If already exists
uuid = processUuid(item) if item is not None else None
try:
calendar = Calendar.objects.get(uuid=processUuid(self._params['calendarId']))
access = self._params['access'].upper()
if access not in ('ALLOW', 'DENY'):
raise Exception()
except Exception:
self.invalidRequestException(_('Invalid parameters on request'))
priority = int(self._params['priority'])
if uuid is not None:
calAccess = parent.calendarAccess.get(uuid=uuid)
calAccess.calendar = calendar
calAccess.service_pool = parent
calAccess.access = access
calAccess.priority = priority
calAccess.save()
else:
parent.calendarAccess.create(calendar=calendar, access=access, priority=priority)
log.doLog(parent, log.INFO, "Added access calendar {}/{} by {}".format(calendar.name, access, self._user.pretty_name), log.ADMIN)
return self.success()
def beforeSave(self, fields):
# logger.debug(self._params)
try:
# **** IMAGE ***
imgId = fields['image_id']
fields['image_id'] = None
logger.debug('Image id: {}'.format(imgId))
try:
if imgId != '-1':
image = Image.objects.get(uuid=processUuid(imgId))
fields['image_id'] = image.id
except Exception:
logger.exception('At image recovering')
# Servicepool Group
spgrpId = fields['servicesPoolGroup_id']
fields['servicesPoolGroup_id'] = None
logger.debug('servicesPoolGroup_id: {}'.format(spgrpId))
try:
if spgrpId != '-1':
spgrp = ServicesPoolGroup.objects.get(uuid=processUuid(spgrpId))
fields['servicesPoolGroup_id'] = spgrp.id
except Exception:
logger.exception('At service pool group recovering')
except (RequestError, ResponseError):
raise
except Exception as e:
raise RequestError(str(e))
logger.debug('Fields: {}'.format(fields))
def beforeSave(self, fields):
# logger.debug(self._params)
try:
try:
service = Service.objects.get(uuid=processUuid(fields['service_id']))
fields['service_id'] = service.id
except:
raise RequestError(ugettext('Base service does not exist anymore'))
try:
serviceType = service.getType()
if serviceType.publicationType is None:
self._params['publish_on_save'] = False
if serviceType.needsManager is True:
osmanager = OSManager.objects.get(uuid=processUuid(fields['osmanager_id']))
fields['osmanager_id'] = osmanager.id
else:
del fields['osmanager_id']
if serviceType.usesCache is False:
for k in ('initial_srvs', 'cache_l1_srvs', 'cache_l2_srvs', 'max_srvs'):
fields[k] = 0
except Exception:
raise RequestError(ugettext('This service requires an OS Manager'))
# If max < initial or cache_1 or cache_l2
fields['max_srvs'] = max((int(fields['initial_srvs']), int(fields['cache_l1_srvs']), int(fields['max_srvs'])))
imgId = fields['image_id']
fields['image_id'] = None
logger.debug('Image id: {}'.format(imgId))
try:
if imgId != '-1':
image = Image.objects.get(uuid=processUuid(imgId))
fields['image_id'] = image.id
except Exception:
logger.exception('At image recovering')
# Servicepool Group
spgrpId = fields['servicesPoolGroup_id']
fields['servicesPoolGroup_id'] = None
logger.debug('servicesPoolGroup_id: {}'.format(spgrpId))
try:
if spgrpId != '-1':
spgrp = ServicesPoolGroup.objects.get(uuid=processUuid(spgrpId))
fields['servicesPoolGroup_id'] = spgrp.id
except Exception:
logger.exception('At service pool group recovering')
except (RequestError, ResponseError):
raise
except Exception as e:
raise RequestError(str(e))
def getItems(self, parent, item):
# Extract provider
try:
if item is None:
return [AssignedService.itemToDict(k) for k in parent.assignedUserServices().all()
.prefetch_related('properties').prefetch_related('deployed_service').prefetch_related('publication')]
else:
return parent.assignedUserServices().get(processUuid(uuid=processUuid(item)))
except Exception:
logger.exception('getItems')
self.invalidItemException()
def saveItem(self, parent: 'Provider', item: typing.Optional[str]) -> None:
# Extract item db fields
# We need this fields for all
logger.debug('Saving service for %s / %s', parent, item)
fields = self.readFieldsFromParams(
['name', 'comments', 'data_type', 'tags', 'proxy_id'])
tags = fields['tags']
del fields['tags']
service: typing.Optional[Service] = None
proxyId = fields['proxy_id']
fields['proxy_id'] = None
logger.debug('Proxy id: %s', proxyId)
proxy: typing.Optional[Proxy] = None
if proxyId != '-1':
try:
proxy = Proxy.objects.get(uuid=processUuid(proxyId))
except Exception:
logger.exception('Getting proxy ID')
try:
if item is None: # Create new
service = parent.services.create(**fields)
else:
service = parent.services.get(uuid=processUuid(item))
service.__dict__.update(fields)
if service is None:
raise Exception('Cannot create service!')
service.tags.set(
[Tag.objects.get_or_create(tag=val)[0] for val in tags])
service.proxy = proxy
service.data = service.getInstance(self._params).serialize(
) # This may launch an validation exception (the getInstance(...) part)
service.save()
except Service.DoesNotExist:
raise self.invalidItemException()
except IntegrityError: # Duplicate key probably
raise RequestError(
_('Element already exists (duplicate key error)'))
except services.Service.ValidationException as e:
if not item and service: # Only remove partially saved element if creating new (if editing, ignore this)
self._deleteIncompleteService(service)
raise RequestError(_('Input error: {0}'.format(e)))
except Exception as e:
if not item and service:
self._deleteIncompleteService(service)
logger.exception('Saving Service')
raise RequestError('incorrect invocation to PUT: {0}'.format(e))
return self.getItems(parent, service.uuid)
def userServices(self, parent, item):
uuid = processUuid(item)
user = parent.users.get(uuid=processUuid(uuid))
res = []
for i in user.userServices.all():
if i.state == State.USABLE:
v = AssignedService.itemToDict(i)
v['pool'] = i.deployed_service.name
v['pool_id'] = i.deployed_service.uuid
res.append(v)
return res
def serviceImage(request, idImage):
try:
icon = Image.objects.get(uuid=processUuid(idImage))
return icon.imageResponse()
except Image.DoesNotExist:
pass # Tries to get image from transport
try:
icon = Transport.objects.get(uuid=processUuid(idImage)).getInstance().icon(False)
return HttpResponse(icon, content_type='image/png')
except Exception:
return HttpResponse(DEFAULT_IMAGE, content_type='image/png')
def userServices(self, parent, item):
uuid = processUuid(item)
user = parent.users.get(uuid=processUuid(uuid))
res = []
for i in user.userServices.all():
if i.state == State.USABLE:
v = AssignedService.itemToDict(i)
v['pool'] = i.deployed_service.name
v['pool_id'] = i.deployed_service.uuid
res.append(v)
return res
def serviceImage(request, idImage):
try:
icon = Image.objects.get(uuid=processUuid(idImage))
return icon.imageResponse()
except Image.DoesNotExist:
pass # Tries to get image from transport
try:
icon = Transport.objects.get(uuid=processUuid(idImage)).getInstance().icon(False)
return HttpResponse(icon, content_type='image/png')
except Exception:
return HttpResponse(DEFAULT_IMAGE, content_type='image/png')
def serviceImage(request: 'ExtendedHttpRequest', idImage: str) -> HttpResponse:
try:
icon = Image.objects.get(uuid=processUuid(idImage))
return icon.imageResponse()
except Image.DoesNotExist:
pass # Tries to get image from transport
try:
transport: Transport = Transport.objects.get(uuid=processUuid(idImage))
return HttpResponse(transport.getInstance().icon(),
content_type='image/png')
except Exception:
return HttpResponse(DEFAULT_IMAGE, content_type='image/png')
def servicesPools(self, parent, item):
uuid = processUuid(item)
group = parent.groups.get(uuid=processUuid(uuid))
res = []
for i in getPoolsForGroups((group,)):
res.append({
'id': i.uuid,
'name': i.name,
'thumb': i.image.thumb64 if i.image is not None else DEFAULT_THUMB_BASE64,
'user_services_count': i.userServices.exclude(state__in=(State.REMOVED, State.ERROR)).count(),
'state': _('With errors') if i.isRestrained() else _('Ok'),
})
return res
def getLogs(self, parent, item):
try:
item = parent.cachedUserServices().get(uuid=processUuid(item))
logger.debug('Getting logs for %s', item)
return log.getLogs(item)
except Exception:
self.invalidItemException()
def saveItem(self, parent: 'Calendar', item: typing.Optional[str]) -> None:
# Extract item db fields
# We need this fields for all
logger.debug('Saving rule %s / %s', parent, item)
fields = self.readFieldsFromParams([
'name', 'comments', 'frequency', 'start', 'end', 'interval',
'duration', 'duration_unit'
])
if int(fields['interval']) < 1:
raise self.invalidItemException('Repeat must be greater than zero')
# Convert timestamps to datetimes
fields['start'] = datetime.datetime.fromtimestamp(fields['start'])
if fields['end'] is not None:
fields['end'] = datetime.datetime.fromtimestamp(fields['end'])
calRule: CalendarRule
try:
if item is None: # Create new
calRule = parent.rules.create(**fields)
else:
calRule = parent.rules.get(uuid=processUuid(item))
calRule.__dict__.update(fields)
calRule.save()
except CalendarRule.DoesNotExist:
raise self.invalidItemException()
except IntegrityError: # Duplicate key probably
raise RequestError(
_('Element already exists (duplicate key error)'))
except Exception as e:
logger.exception('Saving calendar')
raise RequestError('incorrect invocation to PUT: {0}'.format(e))
return self.getItems(parent, calRule.uuid)
def getLogs(self, parent, item):
try:
user = parent.users.get(uuid=processUuid(item))
except Exception:
self.invalidItemException()
return log.getLogs(user)
def getLogs(self, parent: 'Provider', item: str) -> typing.List[typing.Any]:
try:
service = parent.services.get(uuid=processUuid(item))
logger.debug('Getting logs for %s', item)
return log.getLogs(service)
except Exception:
raise self.invalidItemException()
def saveItem(self, parent, item):
# Extract item db fields
# We need this fields for all
logger.debug("Saving service {0} / {1}".format(parent, item))
fields = self.readFieldsFromParams(["name", "comments", "data_type"])
service = None
try:
if item is None: # Create new
service = parent.services.create(**fields)
else:
service = parent.services.get(uuid=processUuid(item))
service.__dict__.update(fields)
service.data = service.getInstance(self._params).serialize()
service.save()
except Service.DoesNotExist:
self.invalidItemException()
except IntegrityError: # Duplicate key probably
raise RequestError(_("Element already exists (duplicate key error)"))
except coreService.ValidationException as e:
self._deleteIncompleteService(service)
raise RequestError(_("Input error: {0}".format(unicode(e))))
except Exception as e:
self._deleteIncompleteService(service)
logger.exception("Saving Service")
raise RequestError("incorrect invocation to PUT: {0}".format(e))
return self.getItems(parent, service.uuid)
def getItems(self, parent, item):
try:
multi = False
if item is None:
multi = True
q = parent.groups.all().order_by('name')
else:
q = parent.groups.filter(uuid=processUuid(item))
res = []
for i in q:
val = {
'id': i.uuid,
'name': i.name,
'comments': i.comments,
'state': i.state,
'type': i.is_meta and 'meta' or 'group',
'meta_if_any': i.meta_if_any
}
if i.is_meta:
val['groups'] = list(x.uuid for x in i.groups.all())
res.append(val)
if multi:
return res
return res[0]
except:
logger.exception('REST groups')
self.invalidItemException()
def getLogs(self, parent, item):
try:
item = parent.cachedUserServices().get(uuid=processUuid(item))
logger.debug('Getting logs for {0}'.format(item))
return log.getLogs(item)
except Exception:
self.invalidItemException()
def getLogs(self, parent, item):
try:
user = parent.users.get(uuid=processUuid(item))
except Exception:
self.invalidItemException()
return log.getLogs(user)
def getItems(self, parent, item):
try:
multi = False
if item is None:
multi = True
q = parent.groups.all().order_by('name')
else:
q = parent.groups.filter(uuid=processUuid(item))
res = []
for i in q:
val = {
'id': i.uuid,
'name': i.name,
'comments': i.comments,
'state': i.state,
'type': i.is_meta and 'meta' or 'group',
'meta_if_any': i.meta_if_any
}
if i.is_meta:
val['groups'] = list(x.uuid for x in i.groups.all())
res.append(val)
if multi:
return res
return res[0]
except:
logger.exception('REST groups')
self.invalidItemException()
def saveItem(self, parent, item):
# Extract item db fields
# We need this fields for all
logger.debug('Saving rule {0} / {1}'.format(parent, item))
fields = self.readFieldsFromParams(['name', 'comments', 'frequency', 'start', 'end', 'interval', 'duration', 'duration_unit'])
# Convert timestamps to datetimes
fields['start'] = datetime.datetime.fromtimestamp(fields['start'])
if fields['end'] != None:
fields['end'] = datetime.datetime.fromtimestamp(fields['end'])
calRule = None
try:
if item is None: # Create new
calRule = parent.rules.create(**fields)
else:
calRule = parent.rules.get(uuid=processUuid(item))
calRule.__dict__.update(fields)
calRule.save()
except CalendarRule.DoesNotExist:
self.invalidItemException()
except IntegrityError: # Duplicate key probably
raise RequestError(_('Element already exists (duplicate key error)'))
except Exception as e:
logger.exception('Saving calendar')
raise RequestError('incorrect invocation to PUT: {0}'.format(e))
return self.getItems(parent, calRule.uuid)
def getItems(self, parent, item):
# Extract provider
try:
if item is None:
return [
AssignedService.itemToDict(k)
for k in parent.assignedUserServices().all().
prefetch_related('properties').prefetch_related(
'deployed_service').prefetch_related('publication')
]
else:
return parent.assignedUserServices().get(
processUuid(uuid=processUuid(item)))
except Exception:
logger.exception('getItems')
self.invalidItemException()
def getItems(self, parent, item):
try:
multi = False
if item is None:
multi = True
q = parent.groups.all().order_by('name')
else:
q = parent.groups.filter(uuid=processUuid(item))
res = []
for i in q:
val = {
'id': i.uuid,
'name': i.name,
'comments': i.comments,
'state': i.state,
'type': i.is_meta and 'meta' or 'group',
'meta_if_any': i.meta_if_any
}
if i.is_meta:
val['groups'] = list(x.uuid for x in i.groups.all().order_by('name'))
res.append(val)
if multi:
return res
# Add pools field if 1 item only
res = res[0]
if i.is_meta:
res['pools'] = [] # Meta groups do not have "assigned "pools, they get it from groups interaction
else:
res['pools'] = [v.uuid for v in i.deployedServices.all()]
return res
except:
logger.exception('REST groups')
self.invalidItemException()
def getLogs(self, parent, item):
try:
item = parent.services.get(uuid=processUuid(item))
logger.debug('Getting logs for {0}'.format(item))
return log.getLogs(item)
except Exception:
self.invalidItemException()
def servicesPools(self, parent: 'Provider', item: str) -> typing.Any:
service = parent.services.get(uuid=processUuid(item))
logger.debug('Got parameters for servicepools: %s, %s', parent, item)
res = []
for i in service.deployedServices.all():
try:
self.ensureAccess(i, permissions.PERMISSION_READ
) # Ensures access before listing...
res.append({
'id':
i.uuid,
'name':
i.name,
'thumb':
i.image.thumb64
if i.image is not None else DEFAULT_THUMB_BASE64,
'user_services_count':
i.userServices.exclude(state__in=(State.REMOVED,
State.ERROR)).count(),
'state':
_('With errors') if i.isRestrained() else _('Ok'),
})
except AccessDenied:
pass
return res
def transportIcon(request, idTrans):
try:
icon = Transport.objects.get(
uuid=processUuid(idTrans)).getInstance().icon(False)
return HttpResponse(icon, content_type='image/png')
except Exception:
return HttpResponseRedirect('/static/img/unknown.png')
def getItems(self, parent, item):
try:
multi = False
if item is None:
multi = True
q = parent.groups.all().order_by('name')
else:
q = parent.groups.filter(uuid=processUuid(item))
res = []
for i in q:
val = {
'id': i.uuid,
'name': i.name,
'comments': i.comments,
'state': i.state,
'type': i.is_meta and 'meta' or 'group',
'meta_if_any': i.meta_if_any
}
if i.is_meta:
val['groups'] = list(
x.uuid for x in i.groups.all().order_by('name'))
res.append(val)
if multi:
return res
# Add pools field if 1 item only
res = res[0]
if i.is_meta:
res['pools'] = [
] # Meta groups do not have "assigned "pools, they get it from groups interaction
else:
res['pools'] = [v.uuid for v in i.deployedServices.all()]
return res
except:
logger.exception('REST groups')
self.invalidItemException()
def getTitle(self, parent):
try:
return _('Groups of {0}').format(
Authenticator.objects.get(
uuid=processUuid(self._kwargs['parent_id'])).name)
except Exception:
return _('Current groups')
def getItems(self, parent, item):
logger.debug(item)
# Extract authenticator
try:
if item is None:
values = list(
Users.uuid_to_id(parent.users.all().values(
'uuid', 'name', 'real_name', 'comments', 'state',
'staff_member', 'is_admin', 'last_access', 'parent')))
for res in values:
res['role'] = res['staff_member'] and (
res['is_admin'] and _('Admin')
or _('Staff member')) or _('User')
return values
else:
u = parent.users.get(uuid=processUuid(item))
res = model_to_dict(u,
fields=('name', 'real_name', 'comments',
'state', 'staff_member',
'is_admin', 'last_access',
'parent'))
res['id'] = u.uuid
res['role'] = res['staff_member'] and (
res['is_admin'] and _('Admin')
or _('Staff member')) or _('User')
usr = aUser(u)
res['groups'] = [g.dbGroup().uuid for g in usr.groups()]
logger.debug('Item: %s', res)
return res
except Exception:
logger.exception('En users')
self.invalidItemException()
def deleteItem(self, parent: models.ServicePool, item: str) -> None:
try:
userService: models.UserService = parent.userServices.get(
uuid=processUuid(item))
except Exception:
logger.exception('deleteItem')
raise self.invalidItemException()
if userService.user:
logStr = 'Deleted assigned service {} to user {} by {}'.format(
userService.friendly_name, userService.user.pretty_name,
self._user.pretty_name)
else:
logStr = 'Deleted cached service {} by {}'.format(
userService.friendly_name, self._user.pretty_name)
if userService.state in (State.USABLE, State.REMOVING):
userService.remove()
elif userService.state == State.PREPARING:
userService.cancel()
elif userService.state == State.REMOVABLE:
raise self.invalidItemException(_('Item already being removed'))
else:
raise self.invalidItemException(_('Item is not removable'))
log.doLog(parent, log.INFO, logStr, log.ADMIN)
def cancel(self, parent, uuid):
"""
Invoked to cancel a running publication
Double invocation (this means, invoking cancel twice) will mean that is a "forced cancelation"
:param parent: Parent service pool
:param uuid: uuid of the publication
"""
if permissions.checkPermissions(
self._user, parent,
permissions.PERMISSION_MANAGEMENT) is False:
logger.debug('Management Permission failed for user {}'.format(
self._user))
self.accessDenied()
try:
ds = DeployedServicePublication.objects.get(uuid=processUuid(uuid))
ds.cancel()
except Exception as e:
raise ResponseError("{}".format(e))
log.doLog(
parent, log.INFO, "Canceled publication v{} by {}".format(
parent.current_pub_revision, self._user.pretty_name),
log.ADMIN)
return self.success()
def deleteItem(self, parent: 'ServicePool', item: str) -> None:
calendarAccess = parent.calendarAccess.get(uuid=processUuid(self._args[0]))
logStr = "Removed access calendar {} by {}".format(calendarAccess.calendar.name, self._user.pretty_name)
calendarAccess.delete()
log.doLog(parent, log.INFO, logStr, log.ADMIN)
def getItems(self, parent: models.ServicePool, item: typing.Optional[str]):
# Extract provider
try:
if not item:
return [
AssignedService.itemToDict(k)
for k in parent.assignedUserServices().all().
prefetch_related('properties', 'deployed_service',
'publication', 'user')
]
return AssignedService.itemToDict(
parent.assignedUserServices().get(
processUuid(uuid=processUuid(item))))
except Exception:
logger.exception('getItems')
raise self.invalidItemException()
def deleteItem(self, parent, item): # This is also used by CachedService, so we use "userServices" directly and is valid for both
service = None
try:
service = parent.userServices.get(uuid=processUuid(item))
except Exception:
logger.exception('deleteItem')
self.invalidItemException()
if service.user:
logStr = 'Deleted assigned service {} to user {} by {}'.format(service.friendly_name, service.user.pretty_name, self._user.pretty_name)
else:
logStr = 'Deleted cached service {} by {}'.format(service.friendly_name, self._user.pretty_name)
if service.state in (State.USABLE, State.REMOVING):
service.remove()
elif service.state == State.PREPARING:
service.cancel()
elif service.state == State.REMOVABLE:
self.invalidItemException(_('Item already being removed'))
else:
self.invalidItemException(_('Item is not removable'))
log.doLog(parent, log.INFO, logStr, log.ADMIN)
return self.success()
def transportIcon(request: 'HttpRequest', idTrans: str) -> HttpResponse:
try:
transport: Transport = Transport.objects.get(uuid=processUuid(idTrans))
return HttpResponse(transport.getInstance().icon(),
content_type='image/png')
except Exception:
return HttpResponse(DEFAULT_IMAGE, content_type='image/png')
def deleteItem(
self, parent, item
): # This is also used by CachedService, so we use "userServices" directly and is valid for both
service = None
try:
service = parent.userServices.get(uuid=processUuid(item))
except Exception:
logger.exception('deleteItem')
self.invalidItemException()
if service.user:
logStr = 'Deleted assigned service {} to user {} by {}'.format(
service.friendly_name, service.user.pretty_name,
self._user.pretty_name)
else:
logStr = 'Deleted cached service {} by {}'.format(
service.friendly_name, self._user.pretty_name)
if service.state in (State.USABLE, State.REMOVING):
service.remove()
elif service.state == State.PREPARING:
service.cancel()
elif service.state == State.REMOVABLE:
self.invalidItemException(_('Item already being removed'))
else:
self.invalidItemException(_('Item is not removable'))
log.doLog(parent, log.INFO, logStr, log.ADMIN)
return self.success()
def saveItem(self, parent, item):
# Extract item db fields
# We need this fields for all
logger.debug('Saving service for {0} / {1}'.format(parent, item))
fields = self.readFieldsFromParams(['name', 'comments', 'data_type', 'tags', 'proxy_id'])
tags = fields['tags']
del fields['tags']
service = None
proxyId = fields['proxy_id']
fields['proxy_id'] = None
logger.debug('Proxy id: {}'.format(proxyId))
proxy = None
if proxyId != '-1':
try:
proxy = Proxy.objects.get(uuid=processUuid(proxyId))
except Exception:
logger.exception('Getting proxy ID')
try:
if item is None: # Create new
service = parent.services.create(**fields)
else:
service = parent.services.get(uuid=processUuid(item))
service.__dict__.update(fields)
service.tags.set([Tag.objects.get_or_create(tag=val)[0] for val in tags])
service.proxy = proxy
service.data = service.getInstance(self._params).serialize() # This may launch an validation exception (the getInstance(...) part)
service.save()
except Service.DoesNotExist:
self.invalidItemException()
except IntegrityError: # Duplicate key probably
raise RequestError(_('Element already exists (duplicate key error)'))
except coreService.ValidationException as e:
if item is None: # Only remove partially saved element if creating new (if editing, ignore this)
self._deleteIncompleteService(service)
raise RequestError(_('Input error: {0}'.format(six.text_type(e))))
except Exception as e:
if item is None:
self._deleteIncompleteService(service)
logger.exception('Saving Service')
raise RequestError('incorrect invocation to PUT: {0}'.format(e))
return self.getItems(parent, service.uuid)
def execute(self, parent, item):
self.ensureAccess(item, permissions.PERMISSION_MANAGEMENT)
logger.debug('Launching action')
uuid = processUuid(item)
calAction = CalendarAction.objects.get(uuid=uuid)
calAction.execute()
return self.success()
def post(self):
'''
Processes post requests
'''
if len(self._args) != 2:
raise RequestError('Invalid request')
uuid, message = self._args[0], self._args[1]
if self._params.get('data') is not None:
data = self._params['data']
else:
data = None
# Right now, only "message" posts
try:
service = UserService.objects.get(uuid=processUuid(uuid))
except Exception:
return Actor.result(_('User service not found'), error=ERR_USER_SERVICE_NOT_FOUND)
if message == 'notifyComms':
logger.debug('Setting comms url to {}'.format(data))
service.setCommsUrl(data)
return Actor.result('ok')
elif message == 'ssoAvailable':
logger.debug('Setting that SSO is available')
service.setProperty('sso_available', 1)
return Actor.result('ok')
elif message == 'version':
version = self._params.get('version', 'unknown')
logger.debug('Got notified version {}'.format(version))
service.setProperty('actor_version', version)
# "Cook" some messages, common to all clients, such as "log"
if message == 'log':
logger.debug(self._params)
data = '\t'.join((self._params.get('message'), six.text_type(self._params.get('level', 10000))))
osmanager = service.getInstance().osmanager()
try:
if osmanager is None:
if message in ('login', 'logout'):
osm = OSManager(None, None) # Dummy os manager, just for using "logging" capability
if message == 'login':
osm.loggedIn(service)
else:
osm.loggedOut(service)
# Mark for removal...
service.release() # Release for removal
return 'ok'
raise Exception('Unknown message {} for an user service without os manager'.format(message))
else:
res = osmanager.process(service, message, data, options={'scramble': False})
except Exception as e:
logger.exception("Exception processing from OS Manager")
return Actor.result(six.text_type(e), ERR_OSMANAGER_ERROR)
return Actor.result(res)
def beforeSave(self, fields):
# logger.debug(self._params)
try:
try:
service = Service.objects.get(uuid=processUuid(fields['service_id']))
fields['service_id'] = service.id
except:
raise RequestError(ugettext('Base service does not exist anymore'))
try:
serviceType = service.getType()
if serviceType.publicationType is None:
self._params['publish_on_save'] = False
if serviceType.needsManager is True:
osmanager = OSManager.objects.get(uuid=processUuid(fields['osmanager_id']))
fields['osmanager_id'] = osmanager.id
else:
del fields['osmanager_id']
if serviceType.usesCache is False:
for k in ('initial_srvs', 'cache_l1_srvs', 'cache_l2_srvs', 'max_srvs'):
fields[k] = 0
except Exception:
raise RequestError(ugettext('This service requires an OS Manager'))
# If max < initial or cache_1 or cache_l2
fields['max_srvs'] = max((int(fields['initial_srvs']), int(fields['cache_l1_srvs']), int(fields['max_srvs'])))
imgId = fields['image_id']
fields['image_id'] = None
logger.debug('Image id: {}'.format(imgId))
try:
if imgId != '-1':
image = Image.objects.get(uuid=processUuid(imgId))
fields['image_id'] = image.id
except Exception:
logger.exception('At image recovering')
except (RequestError, ResponseError):
raise
except Exception as e:
raise RequestError(str(e))
def saveItem(self, parent, item):
fields = self.readFieldsFromParams(['auth_id', 'user_id'])
service = parent.userServices.get(uuid=processUuid(item))
user = User.objects.get(uuid=processUuid(fields['user_id']))
logStr = 'Changing ownership of service from {} to {} by {}'.format(service.user.pretty_name, user.pretty_name, self._user.pretty_name)
# If there is another service that has this same owner, raise an exception
if parent.userServices.filter(user=user).exclude(uuid=service.uuid).exclude(state__in=State.INFO_STATES).count() > 0:
raise self.invalidResponseException('There is already another user service assigned to {}'.format(user.pretty_name))
service.user = user
service.save()
# Log change
log.doLog(parent, log.INFO, logStr, log.ADMIN)
return self.success()
def deleteItem(self, parent, item):
try:
user = parent.users.get(uuid=processUuid(item))
user.delete()
except Exception:
self.invalidItemException()
return 'deleted'
def deleteItem(self, parent, item):
calendarAccess = parent.calendarAccess.get(uuid=processUuid(self._args[0]))
logStr = "Removed access calendar {} by {}".format(calendarAccess.calendar.name, self._user.pretty_name)
calendarAccess.delete()
log.doLog(parent, log.INFO, logStr, log.ADMIN)
return self.success()
def getItems(self, parent, item):
try:
if item is None:
return [AccessCalendars.as_dict(i) for i in parent.calendaraccess_set.all()]
else:
i = CalendarAccess.objects.get(uuid=processUuid(item))
return AccessCalendars.as_dict(i)
except Exception:
self.invalidItemException()
def _getAssignedService(self, metaPool, userServiceId):
"""
Gets an assigned service and checks that it belongs to this metapool
If not found, raises InvalidItemException
"""
try:
return UserService.objects.filter(uuid=processUuid(userServiceId), cache_level=0, deployed_service__meta=metaPool)[0]
except Exception:
self.invalidItemException()
def deleteItem(self, parent: MetaPool, item: str):
member = parent.members.get(uuid=processUuid(self._args[0]))
logStr = "Removed meta pool member {} by {}".format(member.pool.name, self._user.pretty_name)
member.delete()
log.doLog(parent, log.INFO, logStr, log.ADMIN)
return self.success()
def post(self):
'''
This login uses parameters to generate auth token
The alternative is to use the template tag inside "REST" that is called auth_token, that extracts an auth token from an user session
We can use any of this forms due to the fact that the auth token is in fact a session key
Parameters:
mandatory:
username:
password:
authId or auth or authSmallName: (must include at least one. If multiple are used, precedence is the list order)
Result:
on success: { 'result': 'ok', 'auth': [auth_code] }
on error: { 'result: 'error', 'error': [error string] }
Locale comes on "Header", as any HTTP Request (Accept-Language header)
Calls to any method of REST that must be authenticated needs to be called with "X-Auth-Token" Header added
'''
try:
if 'authId' not in self._params and 'authSmallName' not in self._params and 'auth' not in self._params:
raise RequestError('Invalid parameters (no auth)')
authId = self._params.get('authId', None)
authSmallName = self._params.get('authSmallName', None)
authName = self._params.get('auth', None)
username, password = self._params['username'], self._params['password']
locale = self._params.get('locale', 'en')
if authName == 'admin' or authSmallName == 'admin':
if GlobalConfig.SUPER_USER_LOGIN.get(True) == username and GlobalConfig.SUPER_USER_PASS.get(True) == password:
self.genAuthToken(-1, username, locale, True, True)
return{'result': 'ok', 'token': self.getAuthToken()}
else:
raise Exception('Invalid credentials')
else:
try:
# Will raise an exception if no auth found
if authId is not None:
auth = Authenticator.objects.get(uuid=processUuid(authId))
elif authName is not None:
auth = Authenticator.objects.get(name=authName)
else:
auth = Authenticator.objects.get(small_name=authSmallName)
logger.debug('Auth obj: {0}'.format(auth))
user = authenticate(username, password, auth)
if user is None: # invalid credentials
raise Exception()
self.genAuthToken(auth.id, user.name, locale, user.is_admin, user.staff_member)
return{'result': 'ok', 'token': self.getAuthToken()}
except:
logger.exception('Credentials ')
raise Exception('Invalid Credentials (invalid authenticator)')
raise Exception('Invalid Credentials')
except Exception as e:
logger.exception('exception')
return {'result': 'error', 'error': unicode(e)}
def beforeSave(self, fields):
imgId = fields['image_id']
fields['image_id'] = None
logger.debug('Image id: {}'.format(imgId))
try:
if imgId != '-1':
image = Image.objects.get(uuid=processUuid(imgId))
fields['image_id'] = image.id
except Exception:
logger.exception('At image recovering')
def deleteItem(self, parent, item):
logger.debug('Deleting account usage {} from {}'.format(item, parent))
try:
usage = parent.usages.get(uuid=processUuid(item))
usage.delete()
except Exception:
logger.exception('Exception')
self.invalidItemException()
return 'deleted'
def getItems(self, parent: MetaPool, item: str):
try:
if item is None:
return [MetaServicesPool.as_dict(i) for i in parent.members.all()]
else:
i = parent.members.get(uuid=processUuid(item))
return MetaServicesPool.as_dict(i)
except Exception:
logger.exception('err: %s', item)
self.invalidItemException()
def saveItem(self, parent, item):
# If already exists
uuid = processUuid(item) if item is not None else None
calendar = Calendar.objects.get(uuid=processUuid(self._params['calendarId']))
access = self._params['access'].upper()
priority = int(self._params['priority'])
if uuid is not None:
calAccess = CalendarAccess.objects.get(uuid=uuid)
calAccess.calendar = calendar
calAccess.service_pool = parent
calAccess.access = access
calAccess.priority = priority
calAccess.save()
else:
CalendarAccess.objects.create(calendar=calendar, service_pool=parent, access=access, priority=priority)
return self.success()
