# Decorator = A function that extends the behavior of another function # w/o modifying the base function # Pass the base function as an argument to the decorator def add_sprinkles(func): def wrapper(*args, **kwargs): print("*You add sprinkles 🎊*") func(*args, **kwargs) return wrapper def add_fudge(func): def wrapper(*args, **kwargs): print("*You add fudge 🍫*") func(*args, **kwargs) return wrapper @add_sprinkles @add_fudge def get_ice_cream(flavor): print(f"Here is your {flavor} ice cream 🍨") get_ice_cream("vanilla")
bro you are the best programing teacher on the youtube ...... bro i beg to say please make the complete react course from beginner to advance ...... so it must be very helpful for those people who cannot afford expensive class or intuition...bro thankyou soo much once again....💓💓💐💐🤗🤗...
I have a question, but before I gotta say you're amazing man!! You don't care about the complex terms and you explain it so simply, and you also talk about why every piece is there with reasonable examples. I could have gone to documentaries and spent a good hour on them but here I am with a solid understanding of the basics of the topic within 7 minutes. Question is, what do we need the func for? Is it a representative of the get_ice_cream function, or any function that we add this Decorator to?
I have one doubt ,when we call multiple decorators we are using the func() within the wrapper right.At that time, base function will calling 2 times or not
The add_sprinkles decorator is called first. Then within this decorator, it calls the add_fudge decorator. Eventually the base function, get_ice_cream is called. You can think like this, the add_sprikles extends the add_fudge, which extends the get_ice_cream function
Hey bro! How is it going? Hope you are doing well. In this comment I am going to ask you about Android development tutorial in java. Hi bro, I learned java from your tutorial. But there is a problem. When I got into android development, I got stuck. Can you please do a tutorial android with java.
# Decorator = A function that extends the behavior of another function
# w/o modifying the base function
# Pass the base function as an argument to the decorator
def add_sprinkles(func):
def wrapper(*args, **kwargs):
print("*You add sprinkles 🎊*")
func(*args, **kwargs)
return wrapper
def add_fudge(func):
def wrapper(*args, **kwargs):
print("*You add fudge 🍫*")
func(*args, **kwargs)
return wrapper
@add_sprinkles
@add_fudge
def get_ice_cream(flavor):
print(f"Here is your {flavor} ice cream 🍨")
get_ice_cream("vanilla")
Can you do power apps tutorial
you are boss
bro plz cover react advanced topics
Please also make a video of kotlin language also
I had some doubts regarding this topic today...and you just clutched at right time and solved my problem...thank you bro code!
This is the clearest explanation I have heard. Thank you.
bro you are the best programing teacher on the youtube ...... bro i beg to say please make the complete react course from beginner to advance ...... so it must be very helpful for those people who cannot afford expensive class or intuition...bro thankyou soo much once again....💓💓💐💐🤗🤗...
the best video for decorators finally i got it bro thanks
you made the concept very clear in simple way..thank you very much
didn't saw the time going, very helpful tutorial thx
Your every single video is useful & meaning full Thanks for the video Bro😃
Hey bro. this is one of the topics I expected from you. Thanks man!
I have a question, but before I gotta say you're amazing man!! You don't care about the complex terms and you explain it so simply, and you also talk about why every piece is there with reasonable examples. I could have gone to documentaries and spent a good hour on them but here I am with a solid understanding of the basics of the topic within 7 minutes.
Question is, what do we need the func for? Is it a representative of the get_ice_cream function, or any function that we add this Decorator to?
Yeah its just an argument. So any function you add the decorator to will be passed to it. Its not specific to the get_ice_cream function
@@dankwabismark2598 thank you very much
Great explanation!
I 100% thought the poop emoji was coming with fudge. Nice video!
Thanks bro very helpful😀
Doubt cleared.. Thank you Sir
Thanks!
Bro Code. You are the best.
wow ur god at explaining
Nice video Bro 👍
I have one doubt ,when we call multiple decorators we are using the func() within the wrapper right.At that time, base function will calling 2 times or not
The add_sprinkles decorator is called first. Then within this decorator, it calls the add_fudge decorator. Eventually the base function, get_ice_cream is called. You can think like this, the add_sprikles extends the add_fudge, which extends the get_ice_cream function
What is the use of the word in parentheses(func)*?
See the python full course this are arguments and key arguments
why is it not calling func() per decorator when you have multiple decorators. Why isnt it printing "Here is your icecream" multiple times?
I am still having difficulties understanding this topic.
and more recommended videos?
Do more java videos, make games
Could someone let me know what these are used for? Like what can you do with it that you cannot do some other way?
You are the best teacher ive ever had
Dude you are an actual bro
bro thank you very much🙏
I liked my own comment
Why do this and not call the function. Its a genuine question. Thanks to whoever responds
Calling through decorators using @at top
I played it at 2x speed, such that I got python decorators in 3.5 minutes.
Hey bro! How is it going? Hope you are doing well. In this comment I am going to ask you about Android development tutorial in java.
Hi bro, I learned java from your tutorial. But there is a problem. When I got into android development, I got stuck. Can you please do a tutorial android with java.
W work
bro code is life
make a video on mongoDB plz sir
what happened to your old voice? change of mic? ( algorithm comment)
Who likes icecream🍨?
👇
we now don't even use Alt + ; anymore because it doesn't work. Now we use Windows Key + .(period)