Security News
New Python Packaging Proposal Aims to Solve Phantom Dependency Problem with SBOMs
PEP 770 proposes adding SBOM support to Python packages to improve transparency and catch hidden non-Python dependencies that security tools often miss.
es6-api-wrapper
Advanced tools
A basic ES6 API class that wraps the fetch function and allows for a more dynamic and robust interface to interact with any API - easily extendable and mighty flexible.
A basic ES6 API class that wraps the fetch function and allows for a more dynamic and robust interface to interact with any API - easily extendable and mighty flexible.
If you're wanting to interact with a complex API you'll want to make your API calls as structured and flexible as possible, this wrapper aims to solve that issue.
Simply extendable and suited for your API's needs, you can implement more complex functionality or simply use what's currently available.
A demo implementation can be found in this projects index.html file.
To construct the API wrapper, you'll need to provide a host url (the API's domain), an object of endpoints and if you desire, a response type (Content-Type).
All endpoints should be listed in the endpoints object.
The endpoints object only requires two properties to function properly: url (string) and methods (array).
The url property must be the trailing endpoint that this endpoint should hit, for example if I wanted to hit a posts endpoint, my url property would be equal to /posts
.
The methods property is an array of available HTTP methods that this endpoint has access to, for example my /posts
endpoint has access to both POST and GET, so my methods property would be equal to ['POST', 'GET']
.
To fetch data from an endpoint, you can call Api.fetch(method (string), endpoint (string), options (object))
- The fetch method returns a promise.
When fetching data you may pass options to each endpoint as you desire, however there are reserved properties which perform special functions, these being id (string), filter (object) and parent (string).
The id property will simply request the current endpoint with a resource identifier, for example http://myapi.com/posts/{id}
;
The filter property is an object containing anything you'd like to filter against this endpoint, creating a query string that implements your filters, for example http://myapi.com/posts?user=me
.
The parent property is unique in that it can be used to retrieve a nested endpoint from a resource identifier. For example, if I have the endpoint /posts
and that endpoint accepts a resource identifier such as /posts/{id}
, but then also accepts a nested endpoint to retrieve comments like /posts/{id}/comments
- the parent property will allow you to do this.
I would still create a new endpoint for my posts comments, however its parent would obviously be the endpoint that it nests under, in this case posts.
FAQs
A basic ES6 API class that wraps the fetch function and allows for a more dynamic and robust interface to interact with any API - easily extendable and mighty flexible.
The npm package es6-api-wrapper receives a total of 5 weekly downloads. As such, es6-api-wrapper popularity was classified as not popular.
We found that es6-api-wrapper demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 1 open source maintainer collaborating on the project.
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Security News
PEP 770 proposes adding SBOM support to Python packages to improve transparency and catch hidden non-Python dependencies that security tools often miss.
Security News
Socket CEO Feross Aboukhadijeh discusses open source security challenges, including zero-day attacks and supply chain risks, on the Cyber Security Council podcast.
Security News
Research
Socket researchers uncover how threat actors weaponize Out-of-Band Application Security Testing (OAST) techniques across the npm, PyPI, and RubyGems ecosystems to exfiltrate sensitive data.