online compiler and debugger for c/c++

import csv # imports function so the program can manipulate a csv file from operator import itemgetter # imports itemgetter from operator def open_file(): ''' Paramters: no parameters Function: try to ask the user for file name except FileNotFoundError(file does not exists) keep prompting user until file found Returns: open file for reading ''' s = True while s: try: prompt = input("Enter filename: ") file_obj = open(prompt,'r') return file_obj except FileNotFoundError: print("File not found! Please try again!") pass def read_file(fp): ''' Parameter: takes the file pointer from open_file() Function: reads the csv and makes a list of list where each list is each row Returns: master_list (list of lists) ''' reader = csv.reader(fp) # attaches a reader to the file fp next(reader,None) # skips a line, such as a header line L = [] for i in reader: # line is a list L.append(i) return L # temoprary return value so main runs pass def shoots_left_right(master_list): ''' Parameter: master_list (list of lists) Function: count how many player are left shooter and how many are right shooters make 2 variables left and right go through the list and if the player is a left shooter iterate the left variable by 1 otherwise iterate the right variable by 1 Returns: int, int (left, right) ''' left_shooters = 0 right_shooters = 0 for i in master_list: if i[1] == "R": right_shooters += 1 else: left_shooters += 1 return left_shooters, right_shooters pass def position(master_list): ''' Parameter: master_list (list of lists) Function: count how many player are left wing, right wing ,center, defense make 4 variables left_w, right_w, center and defense go through the list and if the player's position is L then iterate the left_w by 1 if the player's position is R then iterate the right_w by 1 if the player's position is C then iterate the center by 1 if the player's position is D then iterate the defense by 1 Returns: int, int, int, int (left_w, right_w, center, defense) ''' center = 0 defense = 0 left_wing = 0 right_wing = 0 for i in master_list: if i[2] == "C": center += 1 elif i[2] == "D": defense += 1 elif i[2] == "L": left_wing += 1 else: right_wing += 1 return left_wing, right_wing, center, defense pass # insert your code here def off_side_shooter(master_list): ''' Parameter: master_list (list of lists) Function: count how many player are left wing and shoot right or right wing and shoot left make 2 variables lw_sr, rw_sl go through the list and if the player's position is L and shootes right then iterate lw_sr by 1 if the player's position is R and shootes left then iterate rw_ls by 1 Returns: int, int (lw_sr, rw_sl) ''' left_wing_right = 0 right_wing_left = 0 for i in master_list: if i[1] == "R" and i[2] == "L": left_wing_right += 1 elif i[1] == "L" and i[2] == "R": right_wing_left += 1 return left_wing_right , right_wing_left pass # insert your code here def points_per_game(master_list): ''' Parameter: master_list (list of lists) Function: make a list l and append a list (points_per_game, player name, position) to l then sort the list to get the greatest points per game make a while loop to only take the first 10 element of list l Returns: list of tuples --> (points_per_game, player name, position) ''' l = [] f = [] counter = 0 points_per_game = 0 for i in master_list: points_per_game = float(i[18]) l.append((points_per_game,i[0],i[2])) l = sorted(l, key = itemgetter(0,1), reverse = True) while counter < 10: f.append(tuple(l[counter])) counter += 1 return f pass def games_played(master_list): ''' Parameter: master_list (list of lists) Function: make a list l and append a list (games played, player name) to l sort through the list and remove commas and make games played an integer then sort the list to get the greatest games played make a while loop to only take the first 10 element of list l Returns: list of tuples --> (games played, player name) ''' l = [] f = [] counter = 0 gp = 0 for i in master_list: if "," in i[3]: gp = int(i[3].replace(",","")) else: gp = int(i[3]) l.append((gp, i[0])) l = sorted(l, key = itemgetter(0), reverse = True) while counter < 10: f.append(tuple(l[counter])) counter += 1 return f pass def shots_taken(master_list): ''' Parameter: master_list (list of lists) Function: make a list l and append a list (shots taken , player name) to l sort through the list and remove commas and make games played an integer if -- is then skip the line then sort the list to get the shots taken make a while loop to only take the first 10 element of list l Returns: list of tuples --> (shots taken , player name) ''' l = [] f = [] counter = 0 st = 0 for i in master_list: if i[9] == "--": continue if "," in i[9]: st = int(i[9].replace(",","")) else: st = int(i[9]) l.append((st, i[0])) l = sorted(l, key = itemgetter(0), reverse = True) while counter < 10: f.append(tuple(l[counter])) counter += 1 return f pass def main(): ''' Calls all the other function open the file reads the file prints the shooting left and right prints the position left wing, right wing, center, defense prints the offside shooter --> left wing shooting right and right wing shooting left use a for loop to go through and print the top 10 players points per game, name , position use a for loop to go through and print the top 10 players games playes, player name use a for loop to go through and print the top 10 players shots taken , player name ''' fp = open_file() print("\n\n{:^10s}".format("Shooting")) master_list = read_file(fp) left, right = shoots_left_right(master_list) print("left: {:4d}".format(left)) print("right: {:4d}\n".format(right)) print("{:^12s}".format("Position")) lw, rw, c, d = position(master_list) print("left: {:4d}".format(lw)) print("right: {:4d}".format(rw)) print("center: {:4d}".format(c)) print("defense: {:4d}\n".format(d)) print("{:^24s}".format("Off-side Shooter")) lwsr, rwsl = off_side_shooter(master_list) print("left-wing shooting right: {:4d}".format(lwsr)) print("right-wing shooting left: {:4d}\n".format(rwsl)) points = points_per_game(master_list) if points: print("{:^36s}".format("Top Ten Points-Per-Game")) print("{:<20s}{:>8s}{:>16s}".format("Player","Position","Points Per Game")) for i in points: print("{:<20s}{:>8s}{:>16.2f}".format(i[1],i[2],i[0])) games = games_played(master_list) if games: print("\n{:^36s}".format("Top Ten Games-Played")) print("{:<20s}{:>16s}".format("Player", "Games Played")) for i in games: print("{:<20s}{:>16,d}".format(i[1],i[0])) shots = shots_taken(master_list) if shots: print("\n{:^36s}".format("Top Ten Shots-Taken")) print("{:<20s}{:>16s}".format("Player", "Shots Taken")) for i in shots: print("{:<20s}{:>16,d}".format(i[1],i[0])) pass if __name__ == "__main__": main() # call the main function