NASA's 11th rule: All forms of indirection must indirect 12 times. This is not an upper or lower bound. This is the exact number of indirections. Why? F*** you, that's why.
Yeah, but in computing (well, specifically the language this slide is about) they're referred to as integers and not referred to as "whole numbers" or any other synonym. If you're looking up something to do with integers in the documentation, you need to have the word "integer" in your vocabulary as "the" way to refer to numbers without decimal places to find what you're looking for. Same way you need to know "string" instead of "word" or "text field" or "sentence".
actually, you can even store pointers to nothing in memory. you just do:
void x;
void* x_ptr = &x;
then you can use it to invoke functions that take no arguments like this:
void open_texteditor (void editor_choice)
{
// do nothing with the editor_choice because there is only one sensible editor
open_nano();
return void;
}
void favorite_texteditor;
void result = open_texteditor(favorite_texteditor);
print_error_on_bad_result(result);
Yes. It converts ... well, any data type, really, to an int, and then you can do math on that value, via the normal Python syntax.
My point was that Int() is pre - formed... the author of this slide here is hopefully, before they switch to the next side, asking the classroom if there is anything wrong with their slide.
Small spelling errors are often trvial in written language, but uh... they're kind of a very big deal in code.
You... could make a function that directly does some math operations on a string.
You could try to set up a bitshifting scheme, you could essentially make FancyMathInt(x,y), where x is converted to an int, and, perhaps hilariously, y is a string of math operations done to x, after y itself is parsed and converted to an instruction set...
There's a lot of ways you could do that.
... Most of them are probably stupid, but, niche edges do sometimes arise where something like that could be useful.
You can very much perform calculations on strings, and its a very cool thing, but i think thats wayyy above the level that this presentation is meant for cause you probably should know what integers are before that, even outside of programming...
Laugh in C
Imagine having strings
You mean arrays of chars ?
What about a pointer to a series of pointers which point to chars?
NASA's 11th rule: All forms of indirection must indirect 12 times. This is not an upper or lower bound. This is the exact number of indirections. Why? F*** you, that's why.
they are known as integers outside of computing too lol
Yeah, but in computing (well, specifically the language this slide is about) they're referred to as integers and not referred to as "whole numbers" or any other synonym. If you're looking up something to do with integers in the documentation, you need to have the word "integer" in your vocabulary as "the" way to refer to numbers without decimal places to find what you're looking for. Same way you need to know "string" instead of "word" or "text field" or "sentence".
JavaScript trying to look nonchalant in the corner.
Type coercion
More like type mutilation
Depression.
Amazingly you can store all sorts of things in variables.
Including nothing. Actually, depending on the language, multiple types of nothing (null vs uninitialized)
This has made a lot of people very angry and been widely regarded as a bad move.
actually, you can even store pointers to nothing in memory. you just do:
then you can use it to invoke functions that take no arguments like this:
(note that this is a joke comment)
comp sci brainrot
I mean, in Python, Int() literally is a pre - formed function for per - forming math on strings.
IIRC int() doesn't let you do math on strings, it converts strings into integers and then you can do math with those numbers.
Yes. It converts ... well, any data type, really, to an int, and then you can do math on that value, via the normal Python syntax.
My point was that Int() is pre - formed... the author of this slide here is hopefully, before they switch to the next side, asking the classroom if there is anything wrong with their slide.
Small spelling errors are often trvial in written language, but uh... they're kind of a very big deal in code.
You... could make a function that directly does some math operations on a string.
You could try to set up a bitshifting scheme, you could essentially make FancyMathInt(x,y), where x is converted to an int, and, perhaps hilariously, y is a string of math operations done to x, after y itself is parsed and converted to an instruction set...
There's a lot of ways you could do that.
... Most of them are probably stupid, but, niche edges do sometimes arise where something like that could be useful.
This is programming 101 from which century?
does it say programming 101 somewhere
No programming 101 is what happens when you perform calculations on a string.
Please do try to keep up.
oh i see we are just being judgmental for fun my fault for assuming it was genuine :(
It is only a joke.
Calculations on strings are "allowed".
"10" + "1" = "101"
You can very much perform calculations on strings, and its a very cool thing, but i think thats wayyy above the level that this presentation is meant for cause you probably should know what integers are before that, even outside of programming...
"preform calculations"
Is it all right to postform calculations on a string?
I can't let you do that, Dave.