def test_blade_server(self):
encl = Device.create(sn='devicex',
model_type=DeviceType.blade_system,
model_name='device encl')
dev = Device.create(sn='device',
model_type=DeviceType.blade_server,
model_name='device',
parent=encl)
encl_dmg = DeviceModelGroup(name='DeviceModelGroup encl')
encl_dmg.slots = 4
encl_dmg.price = 65535
encl_dmg.save()
encl.model.group = encl_dmg
encl.model.save()
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 1337
dmg.slots = 1
dmg.save()
dev.model.group = dmg
dev.model.save()
pricing.device_update_cached(encl)
pricing.device_update_cached(dev)
self.assertEquals(dev.cached_price, 17720.75)
self.assertEquals(encl.cached_price, 49151.25)
self.assertEquals(dev.cached_price + encl.cached_price, 65535 + 1337)
def form_valid(self, form):
model = form.save(commit=False)
model.save_comment = form.cleaned_data.get('save_comment')
model.save(priority=SAVE_PRIORITY, user=self.request.user)
pricing.device_update_cached(model)
messages.success(self.request, "Changes saved.")
return HttpResponseRedirect(self.request.path)
def test_blade_server(self):
encl = Device.create(sn='devicex', model_type=DeviceType.blade_system,
model_name='device encl')
dev = Device.create(sn='device', model_type=DeviceType.blade_server,
model_name='device', parent=encl)
encl_dmg = DeviceModelGroup(name='DeviceModelGroup encl')
encl_dmg.slots = 4
encl_dmg.price = 65535
encl_dmg.save()
encl.model.group = encl_dmg
encl.model.save()
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 1337
dmg.slots = 1
dmg.save()
dev.model.group = dmg
dev.model.save()
pricing.device_update_cached(encl)
pricing.device_update_cached(dev)
dev = Device.objects.get(id=dev.id)
encl = Device.objects.get(id=encl.id)
self.assertEquals(dev.cached_price, 17720.75)
self.assertEquals(encl.cached_price, 49151.25)
self.assertEquals(dev.cached_price + encl.cached_price, 65535 + 1337)
def form_valid(self, form):
model = form.save(commit=False)
model.save_comment = form.cleaned_data.get('save_comment')
model.save(priority=SAVE_PRIORITY, user=self.request.user)
pricing.device_update_cached(model)
messages.success(self.request, "Changes saved.")
return HttpResponseRedirect(self.request.path)
def perform_move(self, address, new_ip, new_hostname):
old_ipaddress = IPAddress.objects.get(address=address)
device = old_ipaddress.device
mac = None
for r in Record.objects.filter(
db.Q(name=old_ipaddress.hostname) |
db.Q(content=old_ipaddress.hostname) |
db.Q(content=old_ipaddress.address)
):
r.delete()
for e in DHCPEntry.objects.filter(ip=old_ipaddress.address):
mac = e.mac
e.delete()
old_ipaddress.device = None
old_ipaddress.save()
reset_dns(new_hostname, new_ip)
new_ipaddress, c = IPAddress.concurrent_get_or_create(
address=new_ip,
)
new_ipaddress.device = device
new_ipaddress.hostname = new_hostname
new_ipaddress.save()
if mac:
entry = DHCPEntry(ip=new_ip, mac=mac)
entry.save()
pricing.device_update_cached(device)
def update_cached(self, group):
devices = set()
for _class in (Storage, Memory, Processor, DiskShare, FibreChannel,
GenericComponent, OperatingSystem, Software):
for component in _class.objects.filter(model__group=group):
devices.add(component.device)
for device in devices:
pricing.device_update_cached(device)
def bulk_update(devices, fields, data, user):
for d in devices:
if 'venture' in fields:
d.venture_role = None
for name in fields:
setattr(d, name, data[name])
d.save_comment = data.get('save_comment')
d.save(priority=SAVE_PRIORITY, user=user)
pricing.device_update_cached(d)
def bulk_update(devices, fields, data, user):
for d in devices:
if 'venture' in fields:
d.venture_role = None
for name in fields:
setattr(d, name, data[name])
d.save_comment = data.get('save_comment')
d.save(priority=SAVE_PRIORITY, user=user)
pricing.device_update_cached(d)
def run_job(ip_address):
try:
ip = IPAddress.objects.select_related().get(address=ip_address)
except IPAddress.DoesNotExist:
return
device = ip.device
if not device:
return # no device...
pricing.device_update_cached(device)
def test_rack_server(self):
dev = Device.create(sn='device', model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 1337
dmg.save()
dev.model.group = dmg
dev.model.save()
pricing.device_update_cached(dev)
dev = Device.objects.get(id=dev.id)
self.assertEquals(dev.cached_price, 1337)
def test_rack_server(self):
dev = Device.create(sn='device', model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 1337
dmg.save()
dev.model.group = dmg
dev.model.save()
pricing.device_update_cached(dev)
dev = Device.objects.get(id=dev.id)
self.assertEquals(dev.cached_price, 1337)
def test_rack_server(self):
dev = Device.create(sn="device", model_type=DeviceType.rack_server, model_name="device")
dmg = DeviceModelGroup(name="DeviceModelGroup")
dmg.price = 1337
dmg.save()
dev.model.group = dmg
dev.model.save()
pricing.device_update_cached(dev)
self.assertEquals(dev.cached_price, 1337)
def cache_price(ip, **kwargs):
ip = str(ip)
try:
ipaddr = IPAddress.objects.select_related().get(address=ip)
except IPAddress.DoesNotExist:
return False, 'no device.', kwargs
dev = ipaddr.device
if dev is None:
return False, 'no device.', kwargs
pricing.device_update_cached(dev)
return True, 'price=%.2f cost=%.2f, name=%s' % (
dev.cached_price or 0, dev.cached_cost or 0, dev.name), kwargs
def cache_price(ip, **kwargs):
ip = str(ip)
try:
ipaddr = IPAddress.objects.select_related().get(address=ip)
except IPAddress.DoesNotExist:
return False, 'no device.', kwargs
dev = ipaddr.device
if dev is None:
return False, 'no device.', kwargs
pricing.device_update_cached(dev)
return True, 'price=%.2f cost=%.2f, name=%s' % (dev.cached_price or 0,
dev.cached_cost or 0, dev.name), kwargs
def test_manual_price(self):
dev = Device.create(sn='device', model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 1337
dmg.save()
dev.model.group = dmg
dev.model.save()
dev.price = 238
dev.save()
pricing.device_update_cached(dev)
self.assertEquals(dev.cached_price, 238)
def test_cost(self):
dev = Device.create(sn="device", model_type=DeviceType.rack_server, model_name="device")
dmg = DeviceModelGroup(name="DeviceModelGroup")
dmg.price = 100
dmg.save()
dev.model.group = dmg
dev.model.save()
dev.margin_kind = MarginKind(name="50%", margin=50)
dev.margin_kind.save()
dev.deprecation_kind = DeprecationKind(name="10 months", months=10)
dev.deprecation_kind.save()
dev.save()
pricing.device_update_cached(dev)
self.assertEqual(dev.cached_cost, 15)
def test_manual_price(self):
dev = Device.create(sn='device',
model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 1337
dmg.save()
dev.model.group = dmg
dev.model.save()
dev.price = 238
dev.save()
pricing.device_update_cached(dev)
self.assertEquals(dev.cached_price, 238)
def test_cost(self):
dev = Device.create(sn='device',
model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 100
dmg.save()
dev.model.group = dmg
dev.model.save()
dev.margin_kind = MarginKind(name='50%', margin=50)
dev.margin_kind.save()
dev.deprecation_kind = DeprecationKind(name='10 months', months=10)
dev.deprecation_kind.save()
dev.save()
pricing.device_update_cached(dev)
self.assertEqual(dev.cached_cost, 15)
def test_price_deprecation(self):
# Device after deprecation period should have raw price = 0
dev = Device.create(sn="device", model_type=DeviceType.rack_server, model_name="device")
dmg = DeviceModelGroup(name="DeviceModelGroup")
dmg.price = 100
dmg.save()
dev.model.group = dmg
dev.purchase_date = datetime.today() - timedelta(11 * (365 / 12))
dev.model.save()
dev.margin_kind = MarginKind(name="50%", margin=50)
dev.margin_kind.save()
dev.deprecation_kind = DeprecationKind(name="10 months", months=10)
dev.deprecation_kind.save()
dev.save()
pricing.device_update_cached(dev)
self.assertEqual(get_device_raw_price(dev), 0)
self.assertEqual(dev.cached_price, 0)
self.assertEqual(dev.cached_cost, 0)
def test_price_deprecation_in_progress(self):
# Device in deprecation period should have raw price >0 if price is set
dev = Device.create(sn='device', model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 100
dmg.save()
dev.model.group = dmg
# currently first month in deprecation period
dev.purchase_date = datetime.today() - timedelta(1 * (365 / 12))
dev.model.save()
dev.margin_kind = MarginKind(name='50%', margin=50)
dev.margin_kind.save()
dev.deprecation_kind = DeprecationKind(name='10 months', months=10)
dev.deprecation_kind.save()
dev.save()
pricing.device_update_cached(dev)
self.assertEqual(get_device_raw_price(dev), 100)
self.assertEqual(dev.cached_cost, 15)
self.assertEqual(dev.cached_price, 100)
def bulk_update(devices, fields, data, user):
for d in devices:
if 'venture' in fields:
d.venture_role = None
field_classes = {
'deprecation_kind': DeprecationKind,
'venture': Venture,
'venture_role': VentureRole,
'margin_kind': MarginKind,
}
for name in fields:
if name in field_classes:
setattr(d, name, field_classes[name].objects.get(id=data[name]))
else:
setattr(d, name, data[name])
d.save_comment = data.get('save_comment')
d.save(priority=SAVE_PRIORITY, user=user)
pricing.device_update_cached(d)
def test_price_deprecation(self):
# Device after deprecation period should have raw price = 0
dev = Device.create(sn='device',
model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 100
dmg.save()
dev.model.group = dmg
dev.purchase_date = datetime.today() - timedelta(11 * (365 / 12))
dev.model.save()
dev.margin_kind = MarginKind(name='50%', margin=50)
dev.margin_kind.save()
dev.deprecation_kind = DeprecationKind(name='10 months', months=10)
dev.deprecation_kind.save()
dev.save()
pricing.device_update_cached(dev)
self.assertEqual(get_device_raw_price(dev), 0)
self.assertEqual(dev.cached_price, 0)
self.assertEqual(dev.cached_cost, 0)
def test_cost(self):
dev = Device.create(sn='device', model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 100
dmg.save()
dev.model.group = dmg
dev.model.save()
mk = MarginKind(name='50%', margin=50)
mk.save()
dev.margin_kind = mk
dk = DeprecationKind(name='10 months', months=10)
dk.save()
dev.deprecation_kind = dk
dev.save()
self.assertEqual(pricing.get_device_cost(dev), 15)
pricing.device_update_cached(dev)
dev = Device.objects.get(id=dev.id)
self.assertEqual(pricing.get_device_cost(dev), 15)
self.assertEqual(dev.cached_cost, 15)
def test_price_deprecation(self):
# Device after deprecation period should have raw price = 0
dev = Device.create(sn='device', model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 100
dmg.save()
dev.model.group = dmg
dev.purchase_date = datetime.today() - timedelta(11 * (365 / 12))
dev.model.save()
mk = MarginKind(name='50%', margin=50)
mk.save()
dev.margin_kind = mk
dk = DeprecationKind(name='10 months', months=10)
dk.save()
dev.deprecation_kind = dk
dev.save()
pricing.device_update_cached(dev)
dev = Device.objects.get(id=dev.id)
self.assertEqual(get_device_raw_price(dev), 0)
self.assertEqual(dev.cached_price, 0)
self.assertEqual(dev.cached_cost, 0)
def test_price_deprecation_in_progress(self):
# Device in deprecation period should have raw price >0 if price is set
dev = Device.create(sn='device', model_type=DeviceType.rack_server,
model_name='device')
dmg = DeviceModelGroup(name='DeviceModelGroup')
dmg.price = 100
dmg.save()
dev.model.group = dmg
# currently first month in deprecation period
dev.purchase_date = datetime.today() - timedelta(1 * (365 / 12))
dev.model.save()
mk = MarginKind(name='50%', margin=50)
mk.save()
dev.margin_kind = mk
dk = DeprecationKind(name='10 months', months=10)
dk.save()
dev.deprecation_kind = dk
dev.save()
pricing.device_update_cached(dev)
dev = Device.objects.get(id=dev.id)
self.assertEqual(get_device_raw_price(dev), 100)
self.assertEqual(dev.cached_cost, 15)
self.assertEqual(dev.cached_price, 100)
def update_cached(self, group):
for device in Device.objects.filter(model__group=group):
pricing.device_update_cached(device)
def run_job(ip, **kwargs):
device = ip.device
if not device:
return # no device...
pricing.device_update_cached(device)