samy1223

class student:
    def __init__(self, name, age, marks):
        self.name1 = name
        self.age1 = age
        self.marks1 = marks

    def read_file(FH):
        file1 = FH.read()
        file2 = file1.split()
        return file2

samy1223

class car:
    def __init__(self,odometer,milage,capacity):
        self.odometer1 = odometer
        self.milage1 = milage
        self.capacity1 = capacity

    def milageNumber():
        mil = input("Enter the milage: ")
        return mil

samy1223

from statistics import mean

def Average(lst):
    return mean(lst)

dict = {}

tempkey = []
tempvalue = []
dictList = []

samy1223

shelltext = dict()

key1 = shelltext.keys()

print (key1)

key1.sorted()

print (key1)

samy1223

def read_line(FH):
    text_file = FH.read()
    mytext_file = text_file.split()
    return mytext_file


def search_word():
    name1 = input("Enter the name to search: ")
    return name1

samy1223

def read_line(FH):
    text_file = FH.read()
    all_files = text_file.split()
    return all_files



def main():

samy1223

age = {'sam':45,'ram':64,'kiran':65}

a1_sorted_keys = sorted(age, key=age.get, reverse=True)

for r in a1_sorted_keys:
    print (r, age[r])

samy1223

from collections import OrderedDict

contacts = {'sam':1222,'ram':53232,'samy':64343}

OrderedDict(sorted(contacts.items(), key=lambda t: t[0]))

print (contacts)

samy1223

import random

def numbers():
    list=[]
    for i in range(1,11):
        rand_number = input("Enter the number: ")
        list.append(rand_number)
    return list

def main():

samy1223

def namemark():

    name, mark = input("Enter name and mark: ").split()          # taking two inputs at a time
    if (mark > 90):
        return name,mark


def main():
    myfile = open("numberfile.txt","a")
    number_entered = namemark()