js-client | A Open-API derived JS Node.js API client for Netlify | REST library

This line in your Dockerfile is the issue: COPY /home/runner/work/js-sites-client-api/js-sites-client-api/build/libs/client-portal-api.jar app.jar. In a Dockerfile COPY, the first argument is the location of the file(s) on the machine, which has to be a relative path, not an absolute one. Read more here

Multiple resources may be specified but the paths of files and directories will be interpreted as relative to the source of the context of the build.

When a STOMP client sends a MESSAGE frame it usually won't get any response back from the broker at all. However, it may get back a RECEIPT frame if the MESSAGE frame included the receipt header. You aren't setting this header so you shouldn't expect any response back from the broker.

If you wanted to get some kind of application-specific response then you would need to create a subsriber in your JavaScript app and the server-side app would need to send a message to wherever that consumer was listening. This is the classic request/reply messaging pattern.

Looking at the docs I think you should specify a field requestBody in the call to people.contactGroups.create.

Try something like this:

Finally I solved my own issue. All was working good, the ms2 was able to find ms1 using the code I posted, so the problem was:

My ms2 file was like this:

try to uninstall the incriminated package and then run

npm install --save-dev @angular-devkit/build-angular

and

npm install --save-dev dotjs

As user @DalmTo mentions, you are most likely mixing the accounts. Please keep in mind the fact that there are 2 service accounts involved when using the GCP services and the Google API services: The GCP service account: Which Cloud Functions is using (most likely the App Engine default service account) when you invoke the function. The Google API service account: Which has the privileges on your drive to perform all sort of actions.

If you would like to be able to perform all those activities in your drive, ensure you are using the Google API service account in your function, this is most easily done through the account key as you mention.

Refresh tokens exist to keep a balance between security and user experience. Access tokens should be short-lived (read more about access token lifetime), just in case a malicious attacker gets access to it. Without Refresh tokens, you will need to request user authorization each time.

Refresh tokens should be stored in a safe place

Save refresh tokens in secure long-term storage and continue to use them as long as they remain valid.

When you call oauth2Client.setCredentials you are initializing the SDK, so it can use the refresh token to fetch a new access token, but the SDK is not storing the refresh token in any long-term storage. That's your application responsibility.

Take into account, a Refresh token can be revoked too, in case it was leaked, or has not been used for six months (for Google APIs). Also, rotating a refresh token regularly is a good security practice.

It's your application responsibility to handle that part too, you can read more about Refresh token expiration here

I was passing "folderId" in relationships instead of relationship lineage. Tried passing lineage from previous version response worked properly.

There are a few steps to get this working:

• Install the Arduino Create Agent
• Modify the config.ini file to set origins = http://localhost:8000
• Update the target board and port in demo\app.jsx
• Replace the sketch to download to the board in demo\serial_mirror.js
• Allow the demo app to reach builder.arduino.cc by disabling CORS in your browser

You have done the first two, part of the third and none of the last two.

The Fully Qualified Board Name (FQBN) needs to be updated in demo\app.jsx. The FQBN can be obtained from the compilation output window in the Arduino app. When you build the sketch, the output window in the Arduino app will contain an -fqbn argument. e.g. -fqbn=arduino:avr:nano:cpu=atmega328

Copy this FQBN after the = and update the board property of the target object alongside the port for your board.

e.g.