def process(self):
# Getting ALL existing types
all_types = PartType.objects.values('name','number') #LOD
for item in range(0, self.total_form_count()):
form = self.forms[item]
bar_code = form.cleaned_data['bar_code']
status = form.cleaned_data['status']
serial_number = None
ptype = None
print 1
for types in all_types:
if types['number'] in bar_code:
ptype = types['name']
serial_number = bar_code.replace(types['number'],'')
# Empty part entry
partobj = Part()
partobj.bar_code = bar_code
partobj.status = status
# Looking up type based on name, b/c I Needed to use a PartType object
partobj.type = PartType.objects.get(name=ptype)
partobj.serial_number = serial_number
partobj.save()
print 2
return partobj
return True
else:
pass
else:
return False
print 3
def process(self):
# This method will parse the list of bar_codes and create and save
# a new part object for each bar_code.
for line in self.cleaned_data['file']:
# Very poor way to do things, but it will work for now :)
partobj=Part() # Creating model obj
# Setting model attributes automatically
partobj.bar_code = line
partobj.type = self.cleaned_data['type']
partobj.status = self.cleaned_data['status']
partobj.serial_number = line[10:]
partobj.save()
def post_process(self,valid_bc_list):
#Func to create and save Part() objects
all_types = PartType.objects.values('name','number')
for item in valid_bc_list:
partobj = Part()
for types in all_types:
if types['number'] in item:
ptype=types['name']
serial_number = item.replace(types['number'],'') # breaking up bar_code into PN + SN
partobj.bar_code = item
partobj.status = self.cleaned_data['status']
partobj.type = PartType.objects.get(number=types['number'])
partobj.serial_number = serial_number
partobj.save()
