Create a `retry` function, that takes 2 arguments:
- a `count` indicates maximum amount of retries
- an async `callback`, that will be called on every try
- `count`: indicates maximum number of retries.
- `callback`: an `async` function that will be invoked for every attempt.
`retry` returns a function that calls and returns value from `callback`
function passing its arguments and catches errors. If error is caught it
should return the `callback` function with catch. If number of errors
exceeds `count` then throw an `Error`.
`retry` returns a function that invokes the `callback` function. That function passes its arguments to `callback`, and returns the value from `callback`.
> for count of 3, the function will be called at most 4 times:
> the initial call + 3 retries.
The function returned by `retry` must `catch` errors from `callback`. After that function has caught `count` errors, it must `throw` an `Error`.
Create a `timeout` function, that takes 2 arguments
> if `count` is 3, `callback` will be invoked at most 4 times, the initial call plus 3 retries.
- a `delay` indicates maximum wait time
- an async `callback`, that will be called
Create function named `timeout`, that takes 2 arguments:
`timeout` returns a function either that calls and returns value from `callback`
function passing its arguments or returns `Error('timeout')` if `callback` didn't
resolve before `delay` time has reached.
- `delay`: indicates maximum wait time.
- `callback`: an asynchronous function that will be invoked.
`timeout` returns a function that invokes and returns the value from `callback`. The function must pass its arguments to `callback`. If `callback` does not resolve before `delay`, your function returns `Error('timeout')`.
davhojt
2 years ago
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