print "Below is a block of code inside of a function!"
def my function):
print "This is inside of the function
my_variable = 10
print "All of this makes up the my_function block of code!"
print "This is not part of that block of code inside the function." print
"We can tell because of the indentation!"
Write this as a block-based code
print("Below is a block of code inside of a function!")
def my_function():
print("This is inside of the function")
my_variable = 10
print("All of this makes up the my_function block of code!")
print("This is not part of that block of code inside the function.")
print("We can tell because of the indentation!")
To write the code as a block-based code, you would need to properly format it with correct indentation. Here is the corrected version:
```
print "Below is a block of code inside of a function!"
def my_function():
print "This is inside of the function"
my_variable = 10
print "All of this makes up the my_function block of code!"
print "This is not part of that block of code inside the function."
print "We can tell because of the indentation!"
```
In this version, the code inside the function is indented with 4 spaces to indicate that it belongs to the function block.
Sure! Here is the given code written as a block-based code:
```python
print("Below is a block of code inside of a function!")
def my_function():
print("This is inside of the function")
my_variable = 10
print("All of this makes up the my_function block of code!")
print("This is not part of that block of code inside the function.")
print("We can tell because of the indentation!")
```
In block-based code, each block of code is indented within its respective scope. In this example, the block of code for the function `my_function` is indented inside the `def my_function():` statement. The statements within this indented block belong to the function.
The statements outside of the function are not indented and thus are not part of the function's block of code.