<reponame>MetaBorgCube/metaborg-python<gh_stars>1-10
# 1. Print Strings

# print("Hello, fellow Language Engineers!")

# 2. Print Numbers

# print(42)

# 3. Variables

# var = "I am a variable!"
# print(var)

# 4. Expressions

# print((2 + 2) * 3 - 2)

# 5. Control Statements
if True:
  b = "True"
else:
  b = False
print(b) 

# 6. Functions

# def mod(n1, n2) ->  int:
#   return n1 % n2  
# print(mod(13, 10))

# 7. String Concatenation

# print("Hello, " + "world!")

# 8. Lists

# print([2, "The string I want", 1][1])

# 9(*). Print Lists
# 10(*). More extended program

# 1. Print Strings

# print("Hello, fellow Language Engineers!")

# 2. Print Numbers

# print(42)

# 3. Variables

# var = "I am a variable!"
# print(var)

# 4. Expressions

# print((2 + 2) * 3 - 2)

# 5. Control Statements
if True:
  b = "True"
else:
  b = False
print(b) 

# 6. Functions

# def mod(n1, n2) ->  int:
#   return n1 % n2  
# print(mod(13, 10))

# 7. String Concatenation

# print("Hello, " + "world!")

# 8. Lists

# print([2, "The string I want", 1][1])

# 9(*). Print Lists
# 10(*). More extended program
# 1. Print Strings # print("Hello, fellow Language Engineers!") # 2. Print Numbers # print(42) # 3. Variables # var = "I am a variable!" # print(var) # 4. Expressions # print((2 + 2) * 3 - 2) # 5. Control Statements # 6. Functions # def mod(n1, n2) ->  int: #   return n1 % n2 # print(mod(13, 10)) # 7. String Concatenation # print("Hello, " + "world!") # 8. Lists # print([2, "The string I want", 1][1]) # 9(*). Print Lists # 10(*). More extended program