Python is an unambiguous, easy-to-read, general-purpose high-level programming language which considers paradigms of structured, procedural, and object-oriented programming.
Python is created by Guido van Rossum and first released in 1991. It takes the form of a series of nested dictionaries with keys that are strings.
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The most important data structures in Python are lists, tuples, and dictionaries. .
Python is a high-level, interpreted, general-purpose programming language, created on December 3, 1989, by Guido van Rossum, with a design philosophy entitled, “There’s only one way to do it, and that’s why it works.”
In Python, that means explicit is better than implicit. It also gives rise to the infamous Python telegraph pole analogy attributed to creator Guido van Rossum, which goes like this:
There is beauty in π because it is perfect; 3.14159265359. There is beauty in φ because it is perfect; 1.61803398874. There is beauty in e because it is perfect; 2.71828182845. But there is no beauty in 2 because it is just a number.
I think this analogy applies well to software design in general. To paraphrase: there is beauty in π because the programmer took the time to make it perfect; there is beauty in φ because the programmer took the time to make it perfect; but there is no beauty in 2 because the programmer just threw it together without any thought or care.
When I see code like this:
if x == 2:
print(“It’s two!”)
else:
print(“It’s something else.”) I can’t help but think that the programmer didn’t put any thought into making their code beautiful.
On the other hand, when I see code like this:
def print_two(x):
print(“It’s two!”) It’s obvious that the programmer took care to make their code as beautiful as possible.
The difference may seem small, but it’s important. Code that is beautiful is usually also easy to read and understand.
Code that isn’t beautiful can be difficult to understand, even for experienced programmers.
Beautiful code is often easier to maintain and extend than ugly code. When you have to add new features or fix bugs in ugly code, you often end up breaking something else in the process. With beautiful code, adding new features or fixing bugs is usually much easier and less error-prone.
Beautiful code tends to be more reliable and have fewer bugs than ugly code.
This is because ugly code is usually more complex and therefore more difficult to understand and get right. The more complex something is, the more likely it is to have errors.
In conclusion, blackjack can be played by anyone who knows how to program in Python.
