cgp_handler/providers/
return_input.rs

1use cgp_core::prelude::*;
2
3use crate::{
4    AsyncComputer, AsyncComputerComponent, Computer, ComputerComponent, Handler, HandlerComponent,
5    TryComputer, TryComputerComponent,
6};
7
8pub struct ReturnInput;
9
10#[cgp_provider]
11impl<Context, Code, Input> Computer<Context, Code, Input> for ReturnInput {
12    type Output = Input;
13
14    fn compute(_context: &Context, _code: PhantomData<Code>, input: Input) -> Self::Output {
15        input
16    }
17}
18
19#[cgp_provider]
20impl<Context, Code, Input> TryComputer<Context, Code, Input> for ReturnInput
21where
22    Context: HasErrorType,
23{
24    type Output = Input;
25
26    fn try_compute(
27        _context: &Context,
28        _code: PhantomData<Code>,
29        input: Input,
30    ) -> Result<Self::Output, Context::Error> {
31        Ok(input)
32    }
33}
34
35#[cgp_provider]
36impl<Context, Code, Input> AsyncComputer<Context, Code, Input> for ReturnInput {
37    type Output = Input;
38
39    async fn compute_async(
40        _context: &Context,
41        _code: PhantomData<Code>,
42        input: Input,
43    ) -> Self::Output {
44        input
45    }
46}
47
48#[cgp_provider]
49impl<Context, Code, Input> Handler<Context, Code, Input> for ReturnInput
50where
51    Context: HasErrorType,
52{
53    type Output = Input;
54
55    async fn handle(
56        _context: &Context,
57        _code: PhantomData<Code>,
58        input: Input,
59    ) -> Result<Self::Output, Context::Error> {
60        Ok(input)
61    }
62}
cgp_handler/providers/return_input.rs

cgp_handler/providers/
return_input.rs
