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Gathering detailed insights and metrics for composite-abort-controller

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Gathering detailed insights and metrics for composite-abort-controller

composite-abort-controller

an extended abort-controller class that simplifies listening to with multiple abort-signals

3.0.5

MIT

TypeScript

6,459 2.5

Installations

npm install composite-abort-controller

Pull Requests

Open

4

Total

6

Closed

1

Merged

1

Issues

Open

1

Total

1

Closed

0

Releases

Unable to fetch releases

Developer

tjmehta

Developer Guide

BETA

Module System

ESM

Min. Node Version

Typescript Support

Yes

Node Version

16.20.2

NPM Version

8.19.4 Statistics

2 Stars

27 Commits

3 Watching

6 Branches

1 Contributors

Updated on 30 Dec 2023

Languages

TypeScript (100%)

Total Downloads

Cumulative downloads

Total Downloads

6,459

Last day

1,100%

Compared to previous day

Last week

-97.4%

Compared to previous week

Last month

749.6%

2,948

Compared to previous month

Last year

859.1%

4,498

Compared to previous year

Daily Downloads

Weekly Downloads

Monthly Downloads

Yearly Downloads

Dependencies

fast-abort-controller

Dev Dependencies

@babel/preset-env @babel/preset-typescript @types/jest babel-core babel-jest jest prettier rename-recursively rewrite-cjs-esm-paths times-loop typescript

Versions

CompositeAbortController

abort controller and abort signal classes that compose multiple abort signals

Installation

1npm i --save composite-abort-controller

Usage

Supports both ESM and CommonJS

1// esm
2import CompositeAbortController from 'composite-abort-controller'
3// commonjs
4const CompositeAbortController = require('composite-abort-controller').default

Example 1: Compose AbortSignals into one via CompositeAbortController

1import CompositeAbortController from 'composite-abort-controller'
2
3const sourceControllers = [
4  new AbortController(),
5  new AbortController(),
6  new AbortController(),
7]
8const sourceSignals = sourceControllers.map((c) => c.signal)
9
10const controller = new CompositeAbortController(sourceSignals)
11const signal = controller.signal()
12console.log(signal.aborted) // false
13signal.addEventListener('abort', handleAbort)
14
15sourceControllers.forEach((controller) => controller.abort())
16console.log(signal.aborted) // true
17function handleAbort() {
18  console.log('all signals aborted')
19}

Example 2: Compose AbortSignals into one via CompositeAbortSignal

1import { CompositeAbortSignal } from 'composite-abort-controller'
2
3const sourceControllers = [
4  new AbortController(),
5  new AbortController(),
6  new AbortController(),
7]
8const sourceSignals = sourceControllers.map((c) => c.signal)
9
10const signal = new CompositeAbortSignal(sourceSignals)
11console.log(signal.aborted) // false
12signal.addEventListener('abort', handleAbort)
13
14sourceControllers.forEach((controller) => controller.abort())
15console.log(signal.aborted) // true
16function handleAbort() {
17  console.log('all signals aborted')
18}

Example 3: Add AbortSignals to a existing CompositeAbortController

1const compositeAbortController = new CompositeAbortController(sourceSignals)
2const newController = new AbortController()
3
4compositeAbortController.addSignal(newController.signal)

Example 4: Add AbortSignals to a existing CompositeAbortSignal

1const compositeAbortController = new CompositeAbortController(sourceSignals)
2const compositeAbortSignal = compositeAbortController.signal
3const newController = new AbortController()
4
5compositeAbortSignal.add(newController.signal)

License

MIT

No vulnerabilities found.

10

Dangerous-Workflow

Determines if the project's GitHub Action workflows avoid dangerous patterns.

10

Binary-Artifacts

Determines if the project has generated executable (binary) artifacts in the source repository.

10

License

Determines if the project has defined a license.

0

Code-Review

Determines if the project requires human code review before pull requests (aka merge requests) are merged.

0

Maintained

Determines if the project is "actively maintained".

0

Token-Permissions

Determines if the project's workflows follow the principle of least privilege.

0

CII-Best-Practices

Determines if the project has an OpenSSF (formerly CII) Best Practices Badge.

0

Pinned-Dependencies

Determines if the project has declared and pinned the dependencies of its build process.

0

Security-Policy

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0

Fuzzing

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0

Branch-Protection

Determines if the default and release branches are protected with GitHub's branch protection settings.

0

SAST

Determines if the project uses static code analysis.

0

Vulnerabilities

Determines if the project has open, known unfixed vulnerabilities.

Score

2.5

/10

Last Scanned on 2024-11-18

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