def edit(request, id):
try:
maas = MAAS()
domain = maas.get(f"domains/{id}/").json()
form = EditDomainForm(request.POST or None, initial=domain)
if form.is_valid():
resp = form.save(domain['id'])
if resp.status_code in maas.ok:
sweetify.sweetalert(request,
'Success',
text=_('Successfully edited domain'),
button='Ok',
timer=2000)
return redirect("maas:dns:index")
sweetify.warning(request, _(resp.text), button='Ok', timer=2000)
context = {
'title': 'Edit Domain',
'menu_active': 'domains',
'form': form,
'title_submit': 'Save Domain',
'col_size': '4'
}
except (MAASError, ConnectionError, TimeoutError) as e:
sweetify.sweetalert(request,
'Warning',
text=str(e),
button='Ok',
timer=5000)
context = None
return render(request, 'maas/form.html', context)
def index(request):
try:
if settings.WITH_EX_RESPONSE:
domains = load_document('domains.json')
else:
maas = MAAS()
domains = maas.get("domains/").json()
machine_file = open("hujan_ui/maas/ex_response/domains.json", "w")
json.dump(domains, machine_file)
machine_file.close()
context = {
'title': 'DNS',
'domains': domains,
'menu_active': 'domains',
}
except (MAASError, ConnectionError, TimeoutError) as e:
sweetify.sweetalert(request,
'Warning',
text=str(e),
button='OK',
timer=5000)
context = None
return render(request, 'maas/dns/index.html', context)
class AddMachineForm(forms.Form):
hostname = forms.CharField(label='Machine name')
domain = forms.ChoiceField()
ARCHITECTURE = [
('amd64/generic', 'amd64/generic'),
]
architecture = forms.ChoiceField(choices=ARCHITECTURE)
# minimum_kernel = forms.CharField()
zone = forms.ChoiceField()
resouce_pool = forms.ChoiceField()
mac_addresses = forms.CharField(label='MAC Address')
POWER_TYPE = [
# ('amt', 'Intel AMT'),
# ('apc', 'American Power Conversion (APC) PDU'),
# ('dli', 'Digital Loggers, Inc. PDU'),
# ('fence_cdu', 'Sentry Switch CDU'),
# ('hmc', 'IBM Hardware Management Console (HMC)'),
('ipmi', 'IPMI'),
# ('moonshot', 'HP Moonshot - iLO4 (IPMI)'),
# ('mscm', 'HP Moonshot - iLO Chassis Manager'),
# ('msftocs', 'Microsoft OCS - Chassis Manager'),
# ('nova', 'OpenStack Nova'),
# ('nova', 'OpenStack Nova'),
# ('openbmc', 'OpenBMC Power Driver'),
# ('recs_box', 'Christmann RECS|Box Power Driver'),
# ('redfish', 'Redfish'),
# ('smk15k', 'SeaMicro 15000'),
# ('ucsm', 'Cisco UCS Manager'),
# ('virsh', 'Virsh (virtual systems)'),
# ('vmware', 'VMware'),
# ("wedge", "Facebook's Wedge"),
# ("rsd", "Rack Scale Design"),
# ('vmware', 'VMware'),
# TODO : a temporary comment because the machine only supports IPMI types
]
power_type = forms.ChoiceField(choices=POWER_TYPE, initial=POWER_TYPE[0][0])
def __init__(self, *args, **kwargs):
self.maas = MAAS()
super().__init__(*args, **kwargs)
self.fields['domain'].choices = self.get_choices_domains()
self.fields['zone'].choices = self.get_choices_zones()
self.fields['resouce_pool'].choices = self.get_choices_resourcepools()
def get_choices_zones(self):
resp = self.maas.get(f"/zones/").json()
return [
(zone['name'], zone['name']) for zone in resp
]
def get_choices_domains(self):
resp = self.maas.get(f"/domains/").json()
return [
(domain['name'], domain['name']) for domain in resp
]
def get_choices_resourcepools(self):
resp = self.maas.get(f"/resourcepools/").json()
return [
(resource['name'], resource['name']) for resource in resp
]