# extract only the id and add the tuple to dictionary
base_list = []
base_dict = {}
for row in result:
base_list.append(row[0])
base_dict[row[0]] = row
## get search key from user
pid = int(input("\n\tEnter searching id? "))
print("\n\tPlease Wait! Searching data....")
start_time = time.clock()
## first sorting using radix sort
radix = RadixSorting(base_list, 0) # 0 - sort by id
radix.sort_id()
result = radix.result
search_result = binary_search(result,
pid) # returns pid if found else returns False
end_time = time.clock() - start_time
if search_result:
_person.display_query_result([
base_dict[search_result]
]) # fetch the row of the id using base dict created earlier
else:
print("\n\tNo result found!")
print("\nCPU clock time spent:", end_time)
if sort_by == 1:
radix.sort_name()
elif sort_by in [2,4,7,10]:
radix.sort_email_bio_address_media()
elif sort_by == 3:
radix.sort_phone()
elif sort_by == 5:
radix.sort_dob()
elif sort_by == 6:
radix.sort_gender()
elif sort_by in [8,9]:
radix.sort_long_lat()
sorted_list = radix.result
# re-arrange the rows based on the sorted list
for i in range(len(sorted_list)):
result[i] = base_dict[sorted_list[i][0]]
end_time = time.clock()-start_time
_person.display_query_result(result)
# _person.display_query_result([result[0]])
# _person.display_query_result([result[-1]])
# for row in result:
# print(row[sort_by])
print("\nCPU clock time spent:", end_time)