def type_csv():
selection = 1
confirmation = 0
while confirmation == 0:
csvfile = input(
'\n\nEnter the full path location to the CSV file to be used for importing devices: '
)
if selection == 1 and confirmation == 0:
print('\n\nFile selected for importing: ' + csvfile)
confirmation = int(
input(
'\n\nPress enter to confirm correct, press ctrl-c to abort...'
) or 1)
clear()
if confirmation == 1:
csv_import = brander.CsvProc(csvfile, 'Serial')
serials = csv_import.read_input()
return serials
elif confirmation >= 1:
selection = 1
confirmation = 0
print(errors.SELECTION_ERROR)
else:
print(errors.SELECTION_ERROR)
break
def input_type():
selection = False
while selection is False:
try:
clear()
selection = int(
input(
'\n\nCurrent list of accepted input types, refer to documentation for further detail on each input type.\n1. CSV\n2. Serial Numbers\n3. Order Numbers\n\nSelect Input: '
))
if selection == 1:
selection = 'type_csv'
return selection
if selection == 2:
selection = 'type_serial'
return selection
if selection == 3:
selection = 'type_order'
return selection
elif selection >= 4 or selection <= 0:
selection = False
print(errors.SELECTION_ERROR)
continue
else:
print(errors.GENERAL_ERROR)
break
except ValueError:
print(errors.SELECTION_ERROR)
def claim_identify(serials):
devices = []
identified = False
for serial in serials:
response = dashboard.organizations.getOrganizationInventoryDevice(
org_id, serial)
added_device = response['model']
devices.append(added_device)
clear()
print('\nConfirm all the models of hardware that will be imported.\n')
print('\nDevice Models to be added:', devices)
while identified == False:
try:
identified = str(
input(
'\n\nPress enter to confirm correct, press ctrl-c to abort.'
) or 'y').lower()
clear()
if identified in ('y', 'yes'):
identified = True
return identified
else:
print(errors.SELECTION_ERROR)
claimed = False
return claimed
except ValueError:
print(errors.GENERAL_ERROR)
def input_checker(serials):
print(
'\nPlease confirm the following list of serial numbers are correct for the devices you wish to create the site with.'
)
print('\nSerial Numbers: ', serials)
checked = str(
input('\nPress enter to confirm correct, press ctrl-c to abort.')
or 'y')
clear()
return checked
def country_selector(
brand
): #This selected needs to be refind to obtain a list of the countries available to that brand rather than displaying all possible countries
clear()
country_selection = int(
input(
(brand) +
' is in the following countries.\n1. COUNTRY1 \n2. COUNTRY 2\n3. COUNTRY3\n4. COUNTRY4\n'
+ (COUNTRY)))
if country_selection == 1:
country = 'C1'
return country
elif country_selection == 2:
country = 'C2'
return country
elif country_selection == 3:
country = 'C3'
return country
elif country_selection == 4:
country = 'C4'
return country
else:
print(SELECTION_ERROR)
def text_menu():
def selector():
selection = int(input(STANDARD_ENTER) or "1")
return selection
def country_selector(
brand
): #This selected needs to be refind to obtain a list of the countries available to that brand rather than displaying all possible countries
clear()
country_selection = int(
input(
(brand) +
' is in the following countries.\n1. COUNTRY1 \n2. COUNTRY 2\n3. COUNTRY3\n4. COUNTRY4\n'
+ (COUNTRY)))
if country_selection == 1:
country = 'C1'
return country
elif country_selection == 2:
country = 'C2'
return country
elif country_selection == 3:
country = 'C3'
return country
elif country_selection == 4:
country = 'C4'
return country
else:
print(SELECTION_ERROR)
l1_selected = False
while l1_selected == False:
clear()
print(TOP_TEXT)
print(TOP_SELECT_TEXT)
selection = selector()
clear()
if selection == 1:
serials = importer()
l1_selected = True
l2_selected = False
while l2_selected == False:
print(CREATE_SITE_TEXT)
brands_list = site_creator.brander.CsvProc(brandscsv, 'Brand')
brands_list.read()
brand = int(input(BRAND))
if brand == 1:
l2_selected = True
complete = False
brand = 'B1'
country = 'C1'
clear()
site = input(SITE_NAME).upper()
while complete == False:
name = site_creator.namer.SiteName(
brand, country, site)
site_name = name.create()
confirm = int(input(SITE_NAME_CONFIRM) or 1)
if confirm == 1:
create_site = site_creator.network.orgNetwork(
site_name, serials)
create_site.create()
device_name = device.deviceNamer(
site_name, serials)
device_name.get()
complete = True
clear()
print(COMPLETE)
return complete
elif confirm != 1:
print(RESTART)
else:
break
elif brand == 2:
l2_selected = True
complete = False
brand = 'B2'
country = 'C1'
clear()
site = input(SITE_NAME).upper()
while complete == False:
name = site_creator.namer.SiteName(
brand, country, site)
site_name = name.create()
confirm = int(input(SITE_NAME_CONFIRM) or 1)
if confirm == 1:
create_site = site_creator.network.orgNetwork(
site_name, serials)
create_site.create()
device_name = device.deviceNamer(
site_name, serials)
device_name.get()
complete = True
clear()
print(COMPLETE)
return complete
elif confirm != 1:
print(RESTART)
else:
break
elif brand == 3:
l2_selected = True
complete = False
brand = 'B3'
site = input(SITE_NAME).upper()
while complete == False:
country = country_selector(brand)
clear()
name = site_creator.namer.SiteName(
brand, country, site)
site_name = name.create()
confirm = int(input(SITE_NAME_CONFIRM) or 1)
if confirm == 1:
create_site = site_creator.network.orgNetwork(
site_name, serials)
create_site.create()
device_name = device.deviceNamer(
site_name, serials)
device_name.get()
clear()
print(COMPLETE)
complete = True
return complete
elif confirm != 1:
print(RESTART)
else:
break
else:
break