Rust trait and generics
I’m just learning in Rust, so sorry if it’s a newbie question…
How to specialize structs in Rust?
My intention is to customize behaviour of value function in the following code:
Type doesn’t propagate from impl to a struct in Rust
So as I’m learning rust so I wanted to write a wrapper for uart in stm32l0xx-hal
as understand it, the error I keep getting is the USART template in impl is different to struct declaration
Is there a way to define a generic type generically?
If I want to implement a struct with a certain generic type that requires alot of traits, like below. I then have to copy this to every time i implement a trait for this struct (where it needs the same type) is there a shorthand way to do this? I am imagining something like generic T = Add + ... + PartialEq
Is there a way to define a generic type generically?
If I want to implement a struct with a certain generic type that requires alot of traits, like below. I then have to copy this to every time i implement a trait for this struct (where it needs the same type) is there a shorthand way to do this? I am imagining something like generic T = Add + ... + PartialEq
Is there a way to define a generic type generically?
If I want to implement a struct with a certain generic type that requires alot of traits, like below. I then have to copy this to every time i implement a trait for this struct (where it needs the same type) is there a shorthand way to do this? I am imagining something like generic T = Add + ... + PartialEq
Use two generic constant values of the same type
Any attempt to use two generic constants of the same type gets denied by the compiler.
Using const defined in generic trait-bound types in Rust
Trying to implement a ResourceId
abstraction in Rust such that:
How can I ensure that generic argument types are different?
I have defined a trait (let’s call it MyTrait
) and implemented it for any type of tuple with two elements:
Rust: how to ensure that generic argument types are different?
I have defined a trait (let’s call it MyTrait
) and implemented it for any type of tuple with two elements: