Commit dd44070d authored by panos's avatar panos

Code lines not used erased

parent 453e668d
...@@ -44,40 +44,6 @@ def DataExtraction(DBFilePath): ...@@ -44,40 +44,6 @@ def DataExtraction(DBFilePath):
#get the next line #get the next line
ind1=b.fetchone() ind1=b.fetchone()
process=ind1.OperationName process=ind1.OperationName
#create a dictionary to insert the process sequence
# data['operations'][process]={}
# #SQL query to extract the available capacity for each of the operations
# c= cursor[1].execute("""
# select SMF, WELD, CNC, MCH, EEP, PPASB, ASBTST, PAINT
# from capacity
# """)
# #create a dictionary to insert the available capacity
# dicta={}
# #insert operation's name as key in the dictionary
# dicta['name']=ind1.OperationName
# dicta['intervalCapacity']=[]
# for line in range(c.rowcount):
# ind2=c.fetchone()
# #operation's name is given by the SQL quesry
# operation=ind1.OperationName
# #Check the operation name and insert the interval capacity
# if operation=='SMF':
# dicta['intervalCapacity'].append(ind2.SMF)
# elif operation=='WELD':
# dicta['intervalCapacity'].append(ind2.WELD)
# elif operation=='CNC':
# dicta['intervalCapacity'].append(ind2.CNC)
# elif operation=='MCH':
# dicta['intervalCapacity'].append(ind2.MCH)
# elif operation=='EEP':
# dicta['intervalCapacity'].append(ind2.EEP)
# elif operation=='PPASB':
# dicta['intervalCapacity'].append(ind2.PPASB)
# elif operation=='ASBTST':
# dicta['intervalCapacity'].append(ind2.ASBTST)
# else:
# dicta['intervalCapacity'].append(ind2.PAINT)
# data['operations'][process]=dicta
# #
###### Find the capacity ratio between SMF and WELD ###### ###### Find the capacity ratio between SMF and WELD ######
#SQL query in sequence table to extract the capacity required from each operation #SQL query in sequence table to extract the capacity required from each operation
...@@ -219,23 +185,8 @@ def DataExtraction(DBFilePath): ...@@ -219,23 +185,8 @@ def DataExtraction(DBFilePath):
#check capacity required for each task - if it's 0 then delete this task from WIP #check capacity required for each task - if it's 0 then delete this task from WIP
if data['WIP'][task]['Capacity required'] == 0: if data['WIP'][task]['Capacity required'] == 0:
del data['WIP'][task] del data['WIP'][task]
#if it's SMF and capacity finished then delete the fake dictionary created to hold the WIP just before WELD
# if ind5.Operation_Name == 'SMF':
# try:
# del data['WIP']['WELD_id' + orderID]
# except KeyError:
# continue
if ind5.Operation_Name not in appended: if ind5.Operation_Name not in appended:
appended.append(ind5.Operation_Name) appended.append(ind5.Operation_Name)
#try syntax to check if the operation finished is one of the following three; if yes delete the fake dictionary created to hold the WIP just before PPASB assembly station
# try:
# if 'CNC' and 'WELD' and 'MCH' in appended:
# try:
# del data['WIP']['PPASB_id' + orderID]
# except KeyError:
# continue
# except KeyError:
# continue
#for every line in production_status table #for every line in production_status table
for x in range(e.rowcount): for x in range(e.rowcount):
ind5=wipList[x] ind5=wipList[x]
......
Markdown is supported
0%
or
You are about to add 0 people to the discussion. Proceed with caution.
Finish editing this message first!
Please register or to comment