codepaths | Binary reversing tool to find all possible code paths | Reverse Engineering library

When I compile a typescript file via npx tsc main.ts on the command line, I get 4 errors from the console even though the file is completely empty.

I am at a complete loss at this everyone, I have setup my project and can build my typescript using tsc -p . just fine.

When I use a docker build using my dockerfile, tsc -p fails with syntax errors. Why is it not failing locally, but failing when I try to do a docker build?

Dockerfile:

I am creating a NodeJS and MongoDB library for CRUD operations on APIs. I am trying to create an interface with Typescript for the url and database name, as follows:

but I get the following error:

When I attempt to set the environment to start working on a project of mine, I get this error when running the tsc command or tsc -w I am very new to TypeScript and compilers as I've started working with them only in the past couple of days, so I do apologize if I am missing something obvious, I've tried googling and searching previous questions and none of the solutions mentioned really helped.

If anyone can help I'd be grateful.

I have the problem, that PITest skips some of my tests. It reports no line coverage for the tested class and all mutations in stay alive:

replaced return value with Collections.emptyList for ... → NO_COVERAGE

The list below is empty:

Tests examined

I did check the following:

• the class file of class and test is supported in one of the directories in the classpath
• the test is not excluded
• tests in the same directory are run
• source directory is provided correctly
• no errors occur on the console, even when logging with verbose=true
• I logged and checked all parameters

I am learning about mutation testing with pitest and facing problems when I try to run it with maven. In my pom.xml I have the pitest dependency:

The OpenGL 3.0 spec says:

E.1 Profiles and Deprecated Features of OpenGL 3.0

...

Client vertex arrays - all vertex array attribute pointers must refer to buffer objects (section 2.9.2). The default vertex array object (the name zero) is also deprecated. Calling VertexAttribPointer when no buffer object or no vertex array object is bound will generate an INVALID_OPERATION error, as will calling any array drawing command when no vertex array object is bound.

The ref page for glEnableVertexAttribArray says:

GL_INVALID_OPERATION is generated by glEnableVertexAttribArray and glDisableVertexAttribArray if no vertex array object is bound.

The message I'm hearing is that comprehensive vertex array code that's fully portable between OpenGL 2.x and OpenGL 3.x/3.2+ is impossible, since 2.x can't use VAOs (which the API surface can strictly enforce -- thanks GLAD!), and 3.x must use VAOs (which...some drivers maaaybe enforce?)

It seems to me that robust code must branch between dedicated 2.x and 3.x codepaths (detected at runtime) at some point. Is this true?