def options(self, widget):
hosts = get_hosts(widget.user)
return {
'host_detail_widget_host': {
'label': _("Host"),
'choices': [(h.pk, h.name) for h in hosts],
'default': hosts[0].pk if hosts else 0,
'return_func': lambda value: get_host(value)
},
'host_detail_widget_days': {
'label': _("Days"),
'choices': self.DAYS_CHOICES,
'default': 1,
'return_func': lambda value: int(value)
},
'host_detail_widget_alerts': {
'label': _("Show alerts"),
'choices': self.SHOW_CHOICES,
'default': 'yes',
'return_func': lambda value: True if value == 'yes' else False
},
'host_detail_widget_chart': {
'label': _("Show chart"),
'choices': self.SHOW_CHOICES,
'default': 'yes',
'return_func': lambda value: True if value == 'yes' else False
},
}
def options(self, widget):
hosts = get_hosts(self.user)
return {
'host_detail_widget_host': {
'label': _("Host"),
'choices': [(h.pk, h.name) for h in hosts],
'default': hosts[0].pk if hosts else 0,
'return_func': lambda value: get_host(value)
},
'host_detail_widget_days': {
'label': _("Days"),
'choices': self.DAYS_CHOICES,
'default': 1,
'return_func': lambda value: int(value)
},
'host_detail_widget_alerts': {
'label': _("Show alerts"),
'choices': self.SHOW_CHOICES,
'default': 'yes',
'return_func': lambda value: True if value == 'yes' else False
},
'host_detail_widget_chart': {
'label': _("Show chart"),
'choices': self.SHOW_CHOICES,
'default': 'yes',
'return_func': lambda value: True if value == 'yes' else False
},
}
def context(self, widget):
user = widget.widgets_area.user
#hosts = get_hosts(user=user)
geoIP = []
geo_final = []
for host in get_hosts(user=user):
geo_range = self.range_check(host.ipv4)
if geo_range:
geoIP.append('%s' % (geo_range[0][0]))
if geoIP:
geo_LatLng = self.get_LatLng(geoIP)
if geo_LatLng:
for i in range(0, len(geo_LatLng)):
geo_final.append('[%s,%s], ' %
(geo_LatLng[i][0], geo_LatLng[i][1]))
return {'geoIP': geo_final[:10]}
def context(self, widget):
user = widget.widgets_area.user
#hosts = get_hosts(user=user)
geoIP = []
geo_final = []
for host in get_hosts(user=user):
geo_range = self.range_check(host.ipv4)
if geo_range:
geoIP.append( '%s' % (geo_range[0][0]) )
if geoIP:
geo_LatLng = self.get_LatLng(geoIP)
if geo_LatLng:
for i in range(0,len(geo_LatLng)):
geo_final.append( '[%s,%s], ' % (geo_LatLng[i][0], geo_LatLng[i][1]))
return {
'geoIP': geo_final[:10]
}
def options(self, widget):
hosts = get_hosts(self.user)
hosts_choices = [(-1, '-- all --')] + \
[(h.pk, h.name) for h in hosts]
alert_levels = [(-1, _('-- any --')), (1, _('Low')), (2, _('Medium')),
(3, _('High'))]
return {
'latest_events_widget_number_of_events': {
'label': _("Number of events to show"),
'choices': [(i, i) for i in xrange(1, 16)],
'default': 5
},
'latest_events_widget_title': {
'label': _("Title of the widget"),
'default': _("Latest events"),
'return_func': lambda value: str(value)
},
'latest_events_widget_host': {
'label':
_("Events from host"),
'choices':
hosts_choices,
'default':
-1,
'return_func':
lambda value: None if value == '-1' else get_host(value)
},
'latest_events_widget_alert_level': {
'label': _("Alert level"),
'choices': alert_levels,
'default': -1,
'return_func': lambda value: int(value)
},
'latest_events_widget_checked': {
'label': _("Hide events marked as checked"),
'choices': [(0, 'No'), (1, 'Yes')],
'default': 0,
'return_func': lambda value: True if value == '1' else False
}
}
def options(self, widget):
hosts = get_hosts(self.user)
hosts_choices = [(-1, '-- all --')] + \
[(h.pk, h.name) for h in hosts]
alert_levels = [(-1, _('-- any --')), (1, _('Low')),
(2, _('Medium')), (3, _('High'))]
return {
'latest_events_widget_number_of_events': {
'label': _("Number of events to show"),
'choices': [(i, i) for i in xrange(1, 16)],
'default': 5
},
'latest_events_widget_title': {
'label': _("Title of the widget"),
'default': _("Latest events"),
'return_func': lambda value: str(value)
},
'latest_events_widget_host': {
'label': _("Events from host"),
'choices': hosts_choices,
'default': -1,
'return_func': lambda value: None if value == '-1' else get_host(value)
},
'latest_events_widget_alert_level': {
'label': _("Alert level"),
'choices': alert_levels,
'default': -1,
'return_func': lambda value: int(value)
},
'latest_events_widget_checked': {
'label': _("Hide events marked as checked"),
'choices': [(0, 'No'), (1, 'Yes')],
'default': 0,
'return_func': lambda value: True if value == '1' else False
}
}
def subnet_network(request):
if request.method == 'POST':
form = SubnetCreateFrom(request.POST)
if form.is_valid():
subnet = form.cleaned_data['Subnet_Address']
ip = form.cleaned_data['IP_Address']
user_host = get_hosts(user=request.user)
hosts_list = get_subnet(user_host, subnet,ip)
subnet_network = form.save()
network_obj = Network.objects.get(name__exact = form.cleaned_data['name'])
for hosts in hosts_list:
network_entry = NetworkHost(network_id = network_obj.id, host_id = hosts.id)
network_entry.save()
extra_context = {
'form': SubnetCreateFrom(initial={'user': request.user.pk}),
'host_list': hosts_list
}
return redirect_to(request, url=subnet_network.get_absolute_url())
else:
form = SubnetCreateFrom()
extra_context = {
'form':SubnetCreateFrom(initial={'user': request.user.pk})
}
return direct_to_template(request,'networks/subnet_form.html',extra_context)
