Solid-request

With a strong ability to manage network requests, Hook has a flying experience

Usage

$3

``bash
npm i solid-request
`

$3

`typescript
import useRequest from "solid-request"
`

useRequest Through the plug-in organization code, the core code is easy to understand, and can be easily expanded to more advanced functions. Capacity is now available to include

- Automatic/manual request
- Support Typescript
- Polling
- Debounce
- Throttle
- Refresh on window focus
- Error retry
- Loading delay
- SWR(stale-while-revalidate)
- Caching
- Plugins

Default request

By default, the first parameter of useRequest is an asynchronous function, which is automatically executed when the component is initialized. At the same time, it automatically manages the status of loading, data, error of the asynchronous function.

`js
const { data, error, loading } = useRequest(service)
`

example

`jsx
export async function getList({ id }: { id: number }): Promise<{
id: number
title: string
body: string
userId: number
}> {
console.log(id)

return fetch(https://jsonplaceholder.typicode.com/posts/${id}).then(
(response) => response.json()
)
}

function App() {
const [count, setCount] = createSignal(1)

const { data, loading } = useRequest(() => getList({ id: count() }), {
manual: false,
ready: true,
refreshDeps: true,
loadingDelay: 300,
})

return (



)
}
`

The document is under development, for more APIs, please see the vue version of useRequest

Result

| Property | Description | Type |
| ------------ | ------------------------------------------------------------ | ------------------------------------------------------------ |
| data | Data returned by service | Accessor |
| error | Exception thrown by service | Accessor \| undefined |
| loading | Is the service being executed | Accessor |
| params | An array of parameters for the service being executed. For example, you triggered run(1, 2, 3), then params is equal to [1, 2, 3] | Accessor |
| run |

• Manually trigger the execution of the service, and the parameters will be passed to the service
• Automatic handling of exceptions, feedback through onError

| (...params: TParams) => void |
| runAsync | The usage is the same as run, but it returns a Promise, so you need to handle the exception yourself. | (...params: TParams) => Promise |
| refresh | Use the last params, call run again | () => void |
| refreshAsync | Use the last params, call runAsync again | () => Promise |
| mutate | Mutate data directly | (data?: TData / ((oldData?: TData) => (TData / undefined))) => void |
| cancel | Ignore the current promise response | () => void |

Options

| Property | Description | Type | Default |
| ------------- | ------------------------------------------------------------ | ---------------------------------------------------- | ------- |
| initialData | Init data | TData \| undefined | |
| manual |

• The default is false. That is, the service is automatically executed during initialization.
• If set to true, you need to manually call run or runAsync to trigger execution.

| boolean | false |
| defaultParams | The parameters passed to the service at the first default execution | TParams | - |
| formatResult | Format the request results, which recommend to use useFormatResult | (response: TData) => any | - |
| onBefore | Triggered before service execution | (params: TParams) => void | - |
| onSuccess | Triggered when service resolve | (data: TData, params: TParams) => void | - |
| onError | Triggered when service reject | (e: Error, params: TParams) => void | - |
| onFinally | Triggered when service execution is complete | (params: TParams, data?: TData, e?: Error) => void | - |