hello.py

# Variable

# Cup => anything you want, ranging from liquid to solid, to other things

# cup = "Water" #water is the content inside the container cup. Our container is a variable.

# print(cup)

# cup = "Sand"

# print(cup)

# crate = ["Sand","Water",7,5.9,True] #list, array

# print(crate[1])

# crate.append('Mike')

# print(crate[5])

#Calculations

#firstValue = 50 #camel casing, start with lowercase and subsequents words start with uppercase.
#secondValue = 200
#operator = +

#operation  - addition

#result = firstValue + secondValue

# thisIsTheResultOfAdditionOfFirstValueAndSecondValue = firstValue + secondValue;

#print(result)

#"String" "Word" 'Stiring'

#Data type, String

# string1 = "Mike"
# string2 = "4.5"
# string3 = '0'
# string4 = 'truth'
# string5 = "6"

# print(string1 + ' is also saying the ' + string4)


#Data type, Numbers

# number1 = 4.5
# number2 = 0
# number3 = 5
# number4 = -4
# number5 = 139484747748484


# print(number1 + number3)

# print(number1 + string1)

# age = 45

# isStudentAction = True #yes

# print(isStudentAction)

# isGraduate = False #no

# print(isGraduate)

# if(age > 45):
#     print('yes')

#Operators

# firstValue = 14
# secondValue = 3

# #addition
# print('addition--->')
# print(firstValue + secondValue);

#+ used for concatenation of strings

#subtraction
# print('subtraction--->')
# print(firstValue - secondValue)

# #multiplcation
# print('multiplication--->')
# print(firstValue * secondValue)

# #division
# print('division--->')
# print(firstValue / secondValue)

# assignment operator = 

# variable = 5; 

#comparison 
#isEqual
# print(firstValue == secondValue) #comparison if 2 values are equal

#isGreater

# print(firstValue > secondValue)

#isLess

# print(firstValue < secondValue)

#isGreaterorEqual

# print(firstValue >= secondValue)

#isLessOrEqual

# print(firstValue <= secondValue)


#reminder

# print(firstValue % secondValue)

# voice = "Shout "

# print(voice * 5)

# aList = [1,2,3,4,5,6]

# print(aList * 3)

# A = [1,2,3,4]
# B = [5,6,7,8]

# print(A + B)

# age = 35

# print(age)

# age = age + 1

# age /= 5

# print(age)

#String Formating

# name = "Mike" #string - s
# age = 55 #number - d

# print("His name is %s and he is %d years old" % (name,age))

# sampleList = ['mike','love','dove']

# print("some text %s" % sampleList)

#string methods

# string = "I am a string"
# string2 = "mike b"
# string3 = "UPPERCASE STRING"

# print(string[1:3])

# print(string.upper())
# print(string3.lower())

# print(string[::-1])

# print(string.startswith("P"))

# print(string.endswith("shfsjfs"))

#Conditionals

#and / or
#and - the two conditions must be true for the test to pass
#or - only one is required to be true for the test to pass
# age = 110000006
# height = 4

# if(age >= 18 and age < 1000000 and height >= 5):

#     print('Person can get on this ride')

# elif(age < 18 or height < 5 ):

#     print('Person cannot get on this ride')

# else:    

#     print('Error, something went wrong with your inputs')

# == 

# alist = ['Mike','Live','Long']
# name = 'Live'

# if(name in alist):
#     print('Name Found!')
# else:
#     print('Name not found!')

#Loops

# alist = [1,2,3,4,5,6]

# for item in alist:
#     print(item)

#break, or continue

# for x in range(6):
#     if(x == 0):
#         continue
#     print(x)

# count = 5

# while count > 0:
#     print(count)
#     count -= 1