def fact():
serial = getserial()
serial = serial['serial_number']
identifier = macmodelshelf.model_code(serial)
model_raw = macmodelshelf.model(identifier)
if model_raw is not None:
model, rest = model_raw.split('(')
model = model.rstrip()
return {factoid: model}
else:
model = 'N/A'
return {factoid: model}
def fact():
serial = getserial()
serial = serial['serial_number']
identifier = macmodelshelf.model_code(serial)
model_raw = macmodelshelf.model(identifier)
if model_raw is not None:
model, rest = model_raw.split('(')
list = [int(s) for s in re.findall(r'-?\d+\.?\d*', model_raw)]
model_year = list[1]
return {factoid: model_year}
else:
model = 'N/A'
return {factoid: model_year}
def handle(self, *args, **options):
machine_count = 0
# get all of the machines
all_machines = Machine.objects.all()
for machine in all_machines:
# see if it's already in this table
try:
whd_machine = Whdmachine.objects.get(machine=machine)
except Whdmachine.DoesNotExist:
whd_machine = Whdmachine(machine=machine)
# Update the rest of the details
whd_machine.serial = machine.serial
whd_machine.hd_total = self.GetHumanReadable(int(machine.hd_total))
# Get the desired facts
# Get the total amount of RAM ("x.xx in GB")
fact_name = 'memorytotal'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.memorytotal = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the CPU type & clock speed
fact_name = 'sp_cpu_type'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
fact_name = 'sp_current_processor_speed'
try:
raw_fact2 = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.cpu = raw_fact.fact_data + " " + raw_fact2.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the installed version of OS X
fact_name = 'macosx_productversion'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.macosx_productversion = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the IP address of the primary interface
# If both ethernet and wifi are connected, it will pick first in the service order
fact_name = 'ipaddress'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.ipaddress = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the Sharing computer name.
fact_name = 'sp_local_host_name'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.sp_local_host_name = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Model of the device
fact_name = 'productname'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
productname = raw_fact.fact_data #not committing to whd_machine yet
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
if mms_available:
# If we have MacModelShelf, then we can pull it based on the serial number.
local_model = macmodelshelf.model(macmodelshelf.model_code(whd_machine.serial).encode())
if local_model is None:
whd_machine.productname = ""
else:
whd_machine.productname = macmodelshelf.model(macmodelshelf.model_code(whd_machine.serial).encode()).encode()
else:
# Otherwise, just use the productname pulled from the fact.
whd_machine.productname = productname
# "MAC address" should always correspond to wifi in WHD, so here are the special cases
if "Air" in whd_machine.productname:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.macaddress_wifi = raw_fact.fact_data
whd_machine.macaddress_eth = ""
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
elif "Retina" in whd_machine.productname:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.macaddress_wifi = raw_fact.fact_data
whd_machine.macaddress_eth = ""
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
elif "Mac Pro" in whd_machine.productname:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
whd_machine.macaddress_wifi = raw_fact.fact_data
fact_name = 'macaddress_en1'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
whd_machine.macaddress_eth = raw_fact.fact_data
else:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.macaddress_eth = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
fact_name = 'macaddress_en1'
try:
raw_fact2 = Fact.objects.get(machine=machine,fact_name=fact_name)
whd_machine.macaddress_wifi = raw_fact2.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Set the Asset Type to "Laptop" or "Desktop" depending
if "Book" in whd_machine.productname:
whd_machine.type = "Laptop"
else:
whd_machine.type = "Desktop"
whd_machine.save()
machine_count += 1
self.stdout.write('Successfully synced "%s" machines' % machine_count)
def get_friendly_model(serial):
"""Return friendly model name"""
model_code = macmodelshelf.model_code(serial)
model_name = macmodelshelf.model(model_code)
return model_name
def handle(self, *args, **options):
machine_count = 0
# get all of the machines
all_machines = Machine.objects.all()
for machine in all_machines:
# see if it's already in this table
try:
whd_machine = Whdmachine.objects.get(machine=machine)
except Whdmachine.DoesNotExist:
whd_machine = Whdmachine(machine=machine)
# Update the rest of the details
whd_machine.serial = machine.serial
whd_machine.hd_total = self.GetHumanReadable(int(machine.hd_total))
# Get the desired facts
# Get the total amount of RAM ("x.xx in GB")
fact_name = 'memorytotal'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.memorytotal = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the CPU type & clock speed
fact_name = 'sp_cpu_type'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
fact_name = 'sp_current_processor_speed'
try:
raw_fact2 = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.cpu = raw_fact.fact_data + " " + raw_fact2.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the installed version of OS X
fact_name = 'macosx_productversion'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.macosx_productversion = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the IP address of the primary interface
# If both ethernet and wifi are connected, it will pick first in the service order
fact_name = 'ipaddress'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.ipaddress = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Get the Sharing computer name.
fact_name = 'sp_local_host_name'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.sp_local_host_name = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Model of the device
fact_name = 'productname'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
productname = raw_fact.fact_data #not committing to whd_machine yet
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
if mms_available:
# If we have MacModelShelf, then we can pull it based on the serial number.
local_model = macmodelshelf.model(
macmodelshelf.model_code(whd_machine.serial).encode())
if local_model is None:
whd_machine.productname = ""
else:
whd_machine.productname = macmodelshelf.model(
macmodelshelf.model_code(
whd_machine.serial).encode()).encode()
else:
# Otherwise, just use the productname pulled from the fact.
whd_machine.productname = productname
# "MAC address" should always correspond to wifi in WHD, so here are the special cases
if "Air" in whd_machine.productname:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.macaddress_wifi = raw_fact.fact_data
whd_machine.macaddress_eth = ""
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
elif "Retina" in whd_machine.productname:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.macaddress_wifi = raw_fact.fact_data
whd_machine.macaddress_eth = ""
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
elif "Mac Pro" in whd_machine.productname:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
whd_machine.macaddress_wifi = raw_fact.fact_data
fact_name = 'macaddress_en1'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
whd_machine.macaddress_eth = raw_fact.fact_data
else:
fact_name = 'macaddress_en0'
try:
raw_fact = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.macaddress_eth = raw_fact.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
fact_name = 'macaddress_en1'
try:
raw_fact2 = Fact.objects.get(machine=machine,
fact_name=fact_name)
whd_machine.macaddress_wifi = raw_fact2.fact_data
except Fact.DoesNotExist:
print whd_machine.serial + " " + fact_name + " doesn't exist."
# Set the Asset Type to "Laptop" or "Desktop" depending
if "Book" in whd_machine.productname:
whd_machine.type = "Laptop"
else:
whd_machine.type = "Desktop"
whd_machine.save()
machine_count += 1
self.stdout.write('Successfully synced "%s" machines' % machine_count)