i will never forgive C for making the type syntax be
char* args[]
instead of the much more reasonable
&[char] args
it also bothers me that char* args[] and char c are “the same type” in the sense that the compiler lets you write
char c, *args[5];
with no problems. i think the C languages would be way easier to learn if they had better type syntax. don’t even get me started on C++ adding support for
char **args can just mean you have a pointer which points to an address, and at that address, you can get a second address. Follow the second address, there is a char saved there.
On the other hand, char *args[] means " follow this address to find a list of characters".
@racketlauncher831 As far as the C compiler is concerned, there is literally no difference between those two notations. If you declare a function parameter as an array (of T), the C compiler automatically strips the size information (if any) and changes the type to pointer (to T).
(And if we’re talking humans, then char *args[] does not mean “follow this address to find a list of characters” because that’s the syntax for “array of pointers”, not “pointer to array”.)
I personally think that C++ can be beautiful. For example: std::filesystem::path overrides the / operator, for specifying parent paths. It’s the same as Kotlin’s OKIO and Pythons standard pathlib.
i will never forgive C for making the type syntax be
char* args[]instead of the much more reasonable
&[char] argsit also bothers me that
char* args[]andchar care “the same type” in the sense that the compiler lets you writechar c, *args[5];with no problems. i think the C languages would be way easier to learn if they had better type syntax. don’t even get me started on C++ adding support for
auto fn_name() -> ReturnType { … }@affiliate Hey, you didn’t even mention that
char *args[]actually meanschar **argsin a parameter list.It could, but not necessarily.
char **argscan just mean you have a pointer which points to an address, and at that address, you can get a second address. Follow the second address, there is acharsaved there.On the other hand,
char *args[]means " follow this address to find a list of characters".@racketlauncher831 As far as the C compiler is concerned, there is literally no difference between those two notations. If you declare a function parameter as an array (of T), the C compiler automatically strips the size information (if any) and changes the type to pointer (to T).
(And if we’re talking humans, then
char *args[]does not mean “follow this address to find a list of characters” because that’s the syntax for “array of pointers”, not “pointer to array”.)god, what a beautiful language. it brings a tear to my eye
I personally think that C++ can be beautiful. For example:
std::filesystem::pathoverrides the/operator, for specifying parent paths. It’s the same as Kotlin’s OKIO and Pythons standard pathlib.