![]() ![]() You can’t go very deep with your data object (a limitation in the design of Airtable’s webhooks), so I recommend running some tests to see how the data is received before committing to your object structure.įWIW, if you ever end up doing a similar call from a Scripting block, you’ll have to replace fetch with remoteFetchAsync, but the core process is the same. Let response = await fetch(webhookUrl, options)Ĭustomize the object inside the JSON.stringify() function call based on the data that you want to pass to the receiving automation webhook. Here’s the basic setup: const webhookUrl = "." Passing in parameters via the URL is a GET request, but Airtable webhooks must be called by passing the data as JSON via a POST request. Your concept will definitely work with some minor tweaking. I know that you’ve posted about this in a few topics, so please forgive if this has already been solved somewhere. I’d appreciate any help or pointers on updating the script to work. I’ve used Integromat to trigger webhooks via automation scripts using the following code, but unfortunately it gives me an error when I try the same thing with an AT webhook url: let data = nfig() The automation in Base 1 is triggered by the incoming webhook, and updates a corresponding record.This triggers an automation to run a script, which posts to the webhook URL from the trigger in Base 1. A webhook trigger is set up in Base 1 in an automation.log helpful data to inspect the payloadĬonsole.log(`Incoming $ = req.I’ve been playing around with Airtable and Integromat via Webhooks, and I was wondering if there was a way for two Airtable bases to communicate via webhook and scripts. Let message = "Only member.created webhook payloads allowed" return error if event type is not member.created ![]() extract payload and event from webhook If (req.method != "POST") throw new Error(`Only POST methods allowed`) They even have a visual editor so you can write your functions directly in the browser! This makes writing and deploying functions a breeze! You’ll get 500k API calls on their PRO plan, which is the only paid plan that they offer. No need to set up dev environments or install any tooling - with Napkin’s free plan, you get 25k API calls/month. Napkin is practically zero-configuration. With Airtables new support for incoming webhooks, you get an always-on webhook endpoint that is ready to receive events from internal or third-party services. Even Firebase Cloud Functions are annoying to setup. The annoying thing about AWS and Google Cloud is that their platforms come with a learning curve. Napkin is by far my favorite “functions-as-a-service” (FAAS) provider. Our first step is creating an account on Napkin.io. Now that we got that out of the way, let’s start building. You can reach out to me with any questions you encounter along the way. I also recommend joining our Slack community. We’re in open beta and its free to get started. Lastly, if you haven’t already, sign up for a Memberstack 2.0 account. Now, before we get started, here’s a few things to keep in mind.This is a low-code tutorial, but you should still have basic familiarity with JavaScript and APIs.Also, if you end up using any of this code in production, make sure you’re available to keep an eye on the code from time to time. ![]()
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