def __init__(self, yearInt, cleanFileStr):
self.dataYear = yearInt
self.cleanFileName = cleanFileStr
self.employeeMasterList = open_cleanfile(self.cleanFileName) # list of e_list
self.uniquePositions = count_positions(self.employeeMasterList, "d") # uniquePositions is sorted from highest f; list of tuples
#simple stats per year
self.uniquePositionsCount = len(self.uniquePositions)
self.totalSalary = sumSalary(self.employeeMasterList)
__author__ = 'alanchu'
# This python file will call multiple functions that I am working on, and
# test to see that they are working. This file will also be a sort of coding playground
################# IMPORT #######################
from open_cleanfile import open_cleanfile # imports open_cleanfile function
from count_positions import count_positions # imports open_cleanfile function
from decimal import Decimal
import pprint
import operator
################# TESTING GROUND ##############
clean_employee_list = open_cleanfile("uvmSalary15.csv")
sorted_position_list = count_positions(clean_employee_list, "d") #returns a list of tuples!!
# pprint.pprint(sorted_position_list[1])
# # sort the clean_employee_list by position?
# sorted_employee_list = sorted(clean_employee_list, key=operator.itemgetter(1), reverse=True)
# pprint.pprint(sorted_position_list)
position_salary_distribution_list = []
for i in range(2): # gets first 10 positions from sorted_position_list[]
temp_array = []
# DEBUGGING & DATA TYPE
# print type(sorted_position_list[i][0]) # str
# print type(sorted_position_list[i][1]) # int
# break
temp_array.append(sorted_position_list[i][0]) # appends the position
temp_array.append(sorted_position_list[i][1]) # appends the count of that position
