# Creating a tuple and storing the values
tuple = ("Today's", "Date", "Is", 15, "August", 2019)
print(tuple)

print(type(tuple))

# Accessing the values of a tuple
print(tuple[2])

print(tuple[5])

# Nesting two tuples as one tuple
tuple1 = ("And", "its", "Thursday")
print(tuple1)

nest = tuple, tuple1
print(nest)

# Tuples are immutable in nature
print(tuple[0])

# Changing the value of the 0th index to "Hi"
tuple[0] = ("Hi")
print(tuple)

# Storing identical data with a tuple
tuple = ("Today's", "Date", "Is", 15, "August", 2019)
print(tuple)

tuple = [("Today's", "Date", "Is", 15, "August", 2019), ("Today's", "Date", "Is", 15, "August", 2019)]
print(tuple)

tuple = ("Today's", "Date", "Is", 15, "August", 2019)
print(tuple)

for i in tuple:
    print(i)

# Accessing the index of the tuple using enumerate function.
tuple = ("Today's", "Date", "Is", 15, "August", 2019)
print(tuple)

for counter, value in enumerate(tuple):
    print(counter, value)

# Deleting an entire tuple using del
tuple = ("Today's", "Date", "Is", 15, "August", 2019)
tuple

del tuple
print(tuple)

# Counting the number of times a value has appeared in the tuple
tuple = ("Today's", "Date", "Is", 15, "August", 2019, "And", "Day", "Is", "Thursday")
print(tuple)

print(tuple.count("Is"))

print(tuple.count(15))

# Counting the number of times a value has appeared in the tuple
tuple = ("Today's", "Date", "Is", 15, "August", 2019, "And", "Day", "Is", "Thursday")
print(tuple)

print(tuple.index("Date"))

print(tuple.index("August"))

print(tuple.index("Is"))

# Checking for the values present in the tuple
tuple = ("Today's", "Date", "Is", 15, "August", 2019)
print(tuple)

# Case 1:
if "August" in tuple:
    print(True)
    print(tuple.index("August"))
else:
    print(False)

# Case 2:
if "September" in tuple:
    print(True)
    print(tuple.index("September"))
else:
    print(False)