NeoTerm.lua VS Gradle

My plugin NeoTerm.lua supports "run test at cursor" out of the box with vim-test, i.e. zero configuration.

For 3. you can try my masterpiece nyngwang/NeoTerm.lua: You can attach a terminal-buffer for each buffer. (github.com).

Hi, I'm the author of a similar idea, here: https://github.com/nyngwang/NeoTerm.lua. (It's a little project I started the in Jan/2022.)

And, if you want to open a terminal inside neovim, you could try my plugin. Where I promise to fix any bug(s) you might encounter in the (near) future: https://github.com/nyngwang/NeoTerm.lua

It's easy to solve. Use my plugin https://github.com/nyngwang/NeoTerm.lua, which will split an existing window to create the terminal buffer, so it won't encounter the problem you have described.

NeoTerm.lua/neo-term.lua (github.com)

Regarding doing terminal stuff inside neovim, try my plugin: nyngwang/NeoTerm.lua, which is definitely better than a tmux split, since you can attach a terminal for each window you want to run something instead of many tmux splits that split you life apart.

I use NeoTerm.nvim

More details on my GitHub: nyngwang/NeoTerm.lua (github.com)

A ("shared") build service is kind of like a singleton, in that when you register one in any project, it's available in all projects as a single instance. (This unfortunately turns out not to be true, in some cases, when using composite builds, but can be worked around.) An actual singleton (global static instance) doesn't work at all, for the record—try it if you want to lose some sanity. Anyway, use a build service whenever you need global mutable state in your build.

When using build tools like Maven or Gradle, you can configure environment variables in the build scripts or configuration files.

For large projects, purpose-made build tools such as Gradle and Maven are preferred for managing the directory structure since they introduce additional semantics for managing test code and other programming languages (among lots of other things). Most IDEs can integrate with these build tools easily. If you're just starting out though, I wouldn't worry too much about these, you can visit them later.

Project Build and Management: Apache Maven 3 (3.9.5), Gradle 8 (8.3)

No wonder this had been raised previously, https://github.com/gradle/gradle/issues/15383

Ktor, a powerful web framework built with Kotlin, offers a lightweight and flexible solution for building web applications. In this article, we will guide you through the process of creating a Ktor project manually using Gradle and SDKMAN!. By following the steps below, you'll have a basic Ktor project up and running in no time.

The details regarding the code compiling would vary from one project to another. For that project, it seems that it uses Gradle (a helper tool) for compiling. Check Gradle's documentation for more information.

At the moment, Java 20 is the latest version, but Java 17 is the latest LTS release. It's usually best to use an LTS release, because the latest releases won't be widely supported. And that's true of Gradle too. You're using Gradle 8.0, but not even the latest version of Gradle (8.2) fully supports Java 20. You'll have to wait for Gradle 8.3 to use Java 20.