Resolver | Swift Ultralight Dependency Injection / Service Locator | Dependency Injection library

You are running the project via Java 1.8 and add the --add-opens option to the runner. However Java 1.8 does not support it.

So, the first option is to use Java 11 to run the project, as Java 11 can recognize this VM option.

Another solution is to find a place where --add-opens is added and remove it. Check Run configuration in IntelliJ IDEA (VM options field) and Maven/Gradle configuration files for argLine (Maven) and jvmArgs (Gradle)

I had a similar problem with another module.

The solution I found was to update both node (to v16) and npm (to v8).

For Node, I used brew (but nvm should be OK).

For npm, I used what the official doc says :

npm install -g npm@latest

GeneratePdf does not match the default name pattern for test classes. The default pattern is Test*|*Test|*Tests.

You can change it in your Gradle file with

In the NextAuth.JS 4.0 the "Prisma schema" have slightly changed.

From the upgrade guide:

• created_at/createdAt and updated_at/updatedAt fields are removed from all Models.
• user_id/userId consistently named userId.
• compound_id/compoundId is removed from Account.
• access_token/accessToken is removed from Session.
• email_verified/emailVerified on User is consistently named email_verified.
• provider_id/providerId renamed to provider on Account
• provider_type/providerType renamed to type on Account
• provider_account_id/providerAccountId on Account is consistently named providerAccountId
• access_token_expires/accessTokenExpires on Account renamed to expires_in
• New fields on Account: expires_at, token_type, scope, id_token, session_state
• verification_requests table has been renamed to verification_tokens

Complete new schema in: https://next-auth.js.org/adapters/prisma

It happened the same to me last friday. I think it has something to do with Cuda instalation in Google Colab but I don't know exactly the reason

It looks like you have defined custom paths in your TypeScript config (usually tsconfig.json). The import plugin doesn't know about the correct location of the TypeScript config and hence cannot resolve those paths. What you need to do, is to specify the correct path to your TypeScript config via the project parameter in the resolver options:

Use pure from Control.Functor.Linear instead, as well as the IO from System.IO.Linear, because contents of Prelude are simply not declared as linear.

Note that this even simpler example does not compile too:

It turns out this issue was affected after the Spring Boot 2.2. Since that version, the filter HttpHiddenMethodFilter was disabled by default. The issue got fixed after enabling the filter in application.properties.

TL;DR You are missing some resolvers. Your query resolvers are trying to do the job of the missing resolvers. Your resolvers must return data in the right shape.

In other words, your problems are with configuring Apollo Server's resolvers. Nothing Lambda-specific, as far as I can tell.

GraphQL doesn't know how to "resolve" an author's books, for instance. Add a Author {books(parent)} entry to Apollo Server's resolver map. The corresponding resolver function should return a list of book objects (i.e. [Books]), as your schema requires. Apollo's docs have a similar example you can adapt.

Here's a refactored author query, commented with the resolvers that will be called: