ci | Open source | Continous Integration library

We had the same problem after upgrading nest 7.5.x to 8.0.0. The dependency "supertest" for "nestjs/testing" has a dependency on "@types/supertest" which wildcards "@types/superagent": "*", and that dependency has another wildcard dependency "@types/node": "*", but the types within @types/supertest actually require @types/node >=16.X.X.

So nestjs/testing -> supertest -> @types/supertest -> @types/superagent -> @types/node >= 16.X.X is your problem and error.

The comments mentioned are accurate because these package managers wildcard their dependencies to get the latest version of dependencies. They should but do not add peerDependencies with dependencies requirements such as "@types/node": "">=12.0.0 <16.0.0". Instead they say anything, "@types/node": "*" so the error is post package install, no npm warnings/errors. "It worked yesterday but not today" is your big red flag because when you ran npm install, with these wildcard dependencies even though you did not know it installed the latest version. Since it installed everything wildcard today, but not yesterday, it worked yesterday.

In addition, but also important is that you are have pinned @types/node <16.0.0 thus your error in combination with the other package changes.

One option: revert your package-lock.json changes and run npm ci

Another option: set your package.json dependency for @types/node to -> "@types/node": "^16.0.0",.

Another option: accept that wildcards are wrong and you don't trust what is going on there so pin the @types/superagent dependency to the one prior.

As for me and my family, we use nestjs with AWS lambda which runtime does not include nodejs 16, and not everyone on my team runs npm ci we more typically run npm install so the solution was

package.json

I'm not sure what you're using to code, but in order to set it in Android Studio, open the manifest of your project and under the "activity" section, put android:exported="true"(or false if that is what you prefer). I have attached an example.

Seems to be a bug in ipykernel 6.9.0 - options that worked for me:

• upgrade to 6.9.1 (latest version as of 2022-02-22); e.g. via pip install ipykernel --upgrade
• downgrade to 6.8.0 (if upgrading messes with other dependencies you might have); e.g. via pip install ipykernel==6.8.0

After countless hours working on this, it seems that ultimately the issue was that our internal Web Application Firewall was blocking some part of the transfer of artefacts to the server, or the response back from it. With the WAF reconfigured not to block traffic from the machine running the GitLab Runner, the artefacts are successfully uploaded and the job succeeds.

This would have been significantly easier to diagnose if the logging from GitLab was better. As per my comment on this issue, it should be possible to see the content of the response from the GitLab server after uploading artefacts, even when the response code is 200.

What's strange - and made diagnosing the issue even harder - is that when I worked through the issue with the admin of our GitLab instance, digging through logs and running it in debug mode, the artefact upload process was uploading something successfully. We could see, for example, the GitLab Runner's log had been uploaded to the server. Clearly the WAF's blocking was selective and didn't block everything in both directions.

I don't know if it is critical for your problem but modifying this

Go to your package.json file and delete as many dependencies as you can until the project builds successfully. Then start adding back the dependencies one by one to detect which ones have troubles.

Then you can manually patch those dependencies by acceding them on node_modules/[dependencie]/android/build.gradle and setting androidx.core:core-ktx: or androidx.core:core: to a specific version (1.6.0 in my case).

There is a super convenient way to build, test and aggregate the outcome of changes of some branch before merging using pull requests.

Its common to create a pull request and trigger a workflow doing the checks. Just add "pull_request:" to reuse your existing workflow, to build and test your changes.

If you look very carefully at the error message you posted:

NU1202: Package MyStandardPackaged 1.0 is not compatible with net60 (.NETFramework,Version=v6.0). Package MyStandardPackaged 1.0 supports: netstandard2.1 (.NETStandard,Version=v2.1)

Notice that it says that net6.0 is .NETFramework,Version=v6.0. However, .NET 6 is actually .NETCoreApp,Version=v6.0.

Therefore, I conclude you are using some old version of NuGet, that doesn't even know about .NET 5, to restore your project/solution.

My recommendation is to avoid the NuGetCommand task in Azure DevOps. Off the top of my head I can't think of any reason to use it, all the important features needed for a CI script exists in the dotnet CLI and MSBuild.exe.

Therefore, if all the projects in your solution/repo are SDK style (contain Sdk="whatever" in the project file), then use dotnet restore. If you have even a single non-SDK style project (every .cs in the directory is listed in the XML) then use msbuild -t:restore. This way, you'll never have a problem of mismatched NuGet versions again.