Python Function will read a LIST of TUPLES. The structure of the tuple is ("STRING", "STRING","STRING",INT,"GEOGRAPHIC VALUE")
This Geographic value can have 5 values "zip", "city", "county", "state" and "country"
Now if a Tuple has elements where geographic values are (....,"zip"),(....,"county"), (....,"country") then function should return the element/tuple which contains "zip"
Examples :
Input :
[('aa', 'bb', 'cc', 1, 'state'), ('aa', 'bb', 'cc', 2, 'zip')]
Output :
['aa', 'bb', 'cc', 2, 'zip']
In other words 'zip' is higher priority(hp) than 'city'.
'city' is HP than 'county',
'county' is HP than 'state'
and 'state' is HP than 'country'.
Python Function will read a LIST of TUPLES. The structure of the tuple is ("STRING", "STRING","STRING",INT,"GEOGRAPHIC VALUE")
This Geographic value can have 5 values "zip", "city", "county", "state" and "country"
Now if a Tuple has elements where geographic values are (....,"zip"),(....,"county"), (....,"country") then function should return the element/tuple which contains "zip"
Examples :
Input :
[('aa', 'bb', 'cc', 1, 'state'), ('aa', 'bb', 'cc', 2, 'zip')]
Output :
['aa', 'bb', 'cc', 2, 'zip']
In other words 'zip' is higher priority(hp) than 'city'.
'city' is HP than 'county',
'county' is HP than 'state'
and 'state' is HP than 'country'.
Python Function will read a LIST of TUPLES. The structure of the tuple is ("STRING", "STRING","STRING",INT,"GEOGRAPHIC VALUE")
This Geographic value can have 5 values "zip", "city", "county", "state" and "country"
Now if a Tuple has elements where geographic values are (....,"zip"),(....,"county"), (....,"country") then function should return the element/tuple which contains "zip"
Examples :
Input :
[('aa', 'bb', 'cc', 1, 'state'), ('aa', 'bb', 'cc', 2, 'zip')]
Output :
['aa', 'bb', 'cc', 2, 'zip']
In other words 'zip' is higher priority(hp) than 'city'.
'city' is HP than 'county',
'county' is HP than 'state'
and 'state' is HP than 'country'.
In other words 'zip' is higher pioritypriority(hp) than 'city'.
I have written a code for that but being new to Python, the code looks clunky. Is there any shorter method?
Your help is much appreciated. Here is my code:
def unique_list(input):
my_list = input
print(my_list)
last_list = []
zipcnt = -1
citicnt = -1
countycnt = -1
statecnt = -1
return_list_zip = []
return_list_city = []
return_list_county = []
return_list_state = []
return_list_country = []
for j in range(len(my_list)):
if(my_list[j][4]) == "zip":
zipcnt = len(my_list)
return_list_zip = list(my_list[j])
continue
elif (my_list[j][4] == 'city' and zipcnt == -1):
citycnt = len(my_list)
return_list_city = list(my_list[j])
continue
elif (my_list[j][4] == 'county' and zipcnt == -1 and citicnt == -1):
countycnt = len(my_list)
return_list_county = list(my_list[j])
continue
elif (my_list[j][4] == 'state'and zipcnt == -1 and citicnt == -1 and countycnt == -1):
statecnt = len(my_list)
return_list_state = list(my_list[j])
continue
elif (my_list[j][4] == 'country'and zipcnt == -1 and citicnt == -1 and countycnt == -1 and statecnt == -1):
return_list_country = list(my_list[j])
continue
if(zipcnt != -1):
return_list = return_list_zip
elif(citycnt != -1):
return_list = return_list_city
elif(countycnt != -1):
return_list = return_list_county
elif (statecnt != -1):
return_list = return_list_state
else:
return_list = return_list_country
return return_list
input_list = [ ("aa", "bb", "cc", 1,"state"), ("aa","bb","cc",2,"zip")]
input_list1 = [("XX","YY","NN",1,"country"),("XX","YY","NN",2,"city"), ("XX","YY","NN",3,"state")]
input_list2 = [("NN","FF","PP",10,"state"),("NN","FF","PP",11,"country"),("NN","FF","PP",10,"city")]
print(unique_list(input_list))
print(unique_list(input_list1))
print(unique_list(input_list2))
In other words 'zip' is higher piority(hp) than 'city'.
I have written a code for that but being new to Python, the code looks clunky. Is there any shorter method?
Your help is much appreciated. Here is my code:
def unique_list(input):
my_list = input
print(my_list)
last_list = []
zipcnt = -1
citicnt = -1
countycnt = -1
statecnt = -1
return_list_zip = []
return_list_city = []
return_list_county = []
return_list_state = []
return_list_country = []
for j in range(len(my_list)):
if(my_list[j][4]) == "zip":
zipcnt = len(my_list)
return_list_zip = list(my_list[j])
continue
elif (my_list[j][4] == 'city' and zipcnt == -1):
citycnt = len(my_list)
return_list_city = list(my_list[j])
continue
elif (my_list[j][4] == 'county' and zipcnt == -1 and citicnt == -1):
countycnt = len(my_list)
return_list_county = list(my_list[j])
continue
elif (my_list[j][4] == 'state'and zipcnt == -1 and citicnt == -1 and countycnt == -1):
statecnt = len(my_list)
return_list_state = list(my_list[j])
continue
elif (my_list[j][4] == 'country'and zipcnt == -1 and citicnt == -1 and countycnt == -1 and statecnt == -1):
return_list_country = list(my_list[j])
continue
if(zipcnt != -1):
return_list = return_list_zip
elif(citycnt != -1):
return_list = return_list_city
elif(countycnt != -1):
return_list = return_list_county
elif (statecnt != -1):
return_list = return_list_state
else:
return_list = return_list_country
return return_list
input_list = [ ("aa", "bb", "cc", 1,"state"), ("aa","bb","cc",2,"zip")]
input_list1 = [("XX","YY","NN",1,"country"),("XX","YY","NN",2,"city"), ("XX","YY","NN",3,"state")]
input_list2 = [("NN","FF","PP",10,"state"),("NN","FF","PP",11,"country"),("NN","FF","PP",10,"city")]
print(unique_list(input_list))
print(unique_list(input_list1))
print(unique_list(input_list2))
In other words 'zip' is higher priority(hp) than 'city'.
I have written code for that but being new to Python, the code looks clunky. Is there any shorter method?
def unique_list(input):
my_list = input
print(my_list)
last_list = []
zipcnt = -1
citicnt = -1
countycnt = -1
statecnt = -1
return_list_zip = []
return_list_city = []
return_list_county = []
return_list_state = []
return_list_country = []
for j in range(len(my_list)):
if(my_list[j][4]) == "zip":
zipcnt = len(my_list)
return_list_zip = list(my_list[j])
continue
elif (my_list[j][4] == 'city' and zipcnt == -1):
citycnt = len(my_list)
return_list_city = list(my_list[j])
continue
elif (my_list[j][4] == 'county' and zipcnt == -1 and citicnt == -1):
countycnt = len(my_list)
return_list_county = list(my_list[j])
continue
elif (my_list[j][4] == 'state'and zipcnt == -1 and citicnt == -1 and countycnt == -1):
statecnt = len(my_list)
return_list_state = list(my_list[j])
continue
elif (my_list[j][4] == 'country'and zipcnt == -1 and citicnt == -1 and countycnt == -1 and statecnt == -1):
return_list_country = list(my_list[j])
continue
if(zipcnt != -1):
return_list = return_list_zip
elif(citycnt != -1):
return_list = return_list_city
elif(countycnt != -1):
return_list = return_list_county
elif (statecnt != -1):
return_list = return_list_state
else:
return_list = return_list_country
return return_list
input_list = [ ("aa", "bb", "cc", 1,"state"), ("aa","bb","cc",2,"zip")]
input_list1 = [("XX","YY","NN",1,"country"),("XX","YY","NN",2,"city"), ("XX","YY","NN",3,"state")]
input_list2 = [("NN","FF","PP",10,"state"),("NN","FF","PP",11,"country"),("NN","FF","PP",10,"city")]
print(unique_list(input_list))
print(unique_list(input_list1))
print(unique_list(input_list2))
Requirement: Python Function will read a LIST of TUPLES. The structure of the tuple is ("STRING", "STRING","STRING",INT,"GEOGRAPHIC VALUE")
This Geographic value can have 5 values "zip", "city", "county", "state" and "country"
Python Function will read a LIST of TUPLES. The structure of the tuple is ("STRING", "STRING","STRING",INT,"GEOGRAPHIC VALUE")
Now if a Tuple has elements where geographic values are (....,"zip"),(....,"county"), (....,"country") then function should return the element/tuple which contains "zip"
This Geographic value can have 5 values "zip", "city", "county", "state" and "country"
Examples :
Now if a Tuple has elements where geographic values are (....,"zip"),(....,"county"), (....,"country") then function should return the element/tuple which contains "zip"
Input : [('aa', 'bb', 'cc', 1, 'state'), ('aa', 'bb', 'cc', 2, 'zip')]
Examples :
Output : ['aa', 'bb', 'cc', 2, 'zip']
Input :
[('aa', 'bb', 'cc', 1, 'state'), ('aa', 'bb', 'cc', 2, 'zip')]
In other words 'zip' is higher piority(hp) than 'city'.
Output :
['aa', 'bb', 'cc', 2, 'zip']
'city' is HP than 'county',
In other words 'zip' is higher piority(hp) than 'city'.
'county' is HP than 'state'
'city' is HP than 'county',
and 'state' is HP than 'country'.
'county' is HP than 'state'
and 'state' is HP than 'country'.
I have written a code for that but BEING NEW TO PYTHONbeing new to Python,
the code looks CLUNKYclunky. Is there any shorter method?
Your help is much appreciated. Here Isis my code:
Requirement: Python Function will read a LIST of TUPLES. The structure of the tuple is ("STRING", "STRING","STRING",INT,"GEOGRAPHIC VALUE")
This Geographic value can have 5 values "zip", "city", "county", "state" and "country"
Now if a Tuple has elements where geographic values are (....,"zip"),(....,"county"), (....,"country") then function should return the element/tuple which contains "zip"
Examples :
Input : [('aa', 'bb', 'cc', 1, 'state'), ('aa', 'bb', 'cc', 2, 'zip')]
Output : ['aa', 'bb', 'cc', 2, 'zip']
In other words 'zip' is higher piority(hp) than 'city'.
'city' is HP than 'county',
'county' is HP than 'state'
and 'state' is HP than 'country'.
I have written a code for that but BEING NEW TO PYTHON,
the code looks CLUNKY. Is there any shorter method?
Your help is much appreciated. Here Is my code:
Requirement:
Python Function will read a LIST of TUPLES. The structure of the tuple is ("STRING", "STRING","STRING",INT,"GEOGRAPHIC VALUE")
This Geographic value can have 5 values "zip", "city", "county", "state" and "country"
Now if a Tuple has elements where geographic values are (....,"zip"),(....,"county"), (....,"country") then function should return the element/tuple which contains "zip"
Examples :
Input :
[('aa', 'bb', 'cc', 1, 'state'), ('aa', 'bb', 'cc', 2, 'zip')]
Output :
['aa', 'bb', 'cc', 2, 'zip']
In other words 'zip' is higher piority(hp) than 'city'.
'city' is HP than 'county',
'county' is HP than 'state'
and 'state' is HP than 'country'.
I have written a code for that but being new to Python, the code looks clunky. Is there any shorter method?
Your help is much appreciated. Here is my code: