x = []
for i in range(0,10):
x.append(i)
print x
print "______________________________________"
y = x * 10
x = "Hello World!"
print x
print "______________________________________"
print y
# What are X and Y?
===================================
#############
# Arithmetic
#############
4 + 4 == 8
3 - 5 == -2
16 / 2 == 8
16 * 4 == 64
3 % 2 == 1 # Modulus
# Long Int Conversion - Useful for function type mismatches - Not needed here.
100000000000000000000L + long(100) == 100000000000000000100L
======================
##########
# Strings
##########
a = "Hello"
b = "World!"
# Concatenation
a + " " + b == "Hello World!"
# Repetition and Concatenation
a * 3 + " " + b == "HelloHelloHello World!"
(a + " ") * 3 + b == "Hello Hello Hello World!"
# Indexing
b[2] == "r"
# Conversion of data to string - Sesame Street:
c = 7 # Backquote ` ` or str() operations
( a + " number " + `c` ) and ( a + " number " + str(c) ) == "Hello number 7"
for i in range(0,10):
x.append(i)
print x
print "______________________________________"
y = x * 10
x = "Hello World!"
print x
print "______________________________________"
print y
# What are X and Y?
===================================
#############
# Arithmetic
#############
4 + 4 == 8
3 - 5 == -2
16 / 2 == 8
16 * 4 == 64
3 % 2 == 1 # Modulus
# Long Int Conversion - Useful for function type mismatches - Not needed here.
100000000000000000000L + long(100) == 100000000000000000100L
======================
##########
# Strings
##########
a = "Hello"
b = "World!"
# Concatenation
a + " " + b == "Hello World!"
# Repetition and Concatenation
a * 3 + " " + b == "HelloHelloHello World!"
(a + " ") * 3 + b == "Hello Hello Hello World!"
# Indexing
b[2] == "r"
# Conversion of data to string - Sesame Street:
c = 7 # Backquote ` ` or str() operations
( a + " number " + `c` ) and ( a + " number " + str(c) ) == "Hello number 7"