ctest | C test for widora - RMshow18bit *

I had this problem today as well.

I think it's related to the patch mentioned here: https://gitlab.kitware.com/cmake/cmake/-/issues/22192

My problem went away after I reinstalled sphinx-doc:

std::async returns a future that completes with the return value of the function passed to std::async.

The second assignment to the future will block until the call to sendRequestA completes (it blocks because of the destructor of the previous std::future instance). It does not wait until the reply callback is received (unless you are blocking in sendRequestA but that would be strange).

m_future.get() in your reply callbacks will block until the future is resolved (sendRequestA returns). However, it will have been sent already (because that is the only way you would get a reply) and so the .get() call would return immediately.

I think you want to be using something more like std::promise. In your reply callback you would call std::promise::set_value to resolve the future. Calls to the destructor of the future associated with the std::promise or to std::future::get will block until std::promise::set_value is called (or the promise is destroyed).

You need to put the inputs on the sensitivity list.

Note, wait; stops the process infinitely (only in simulation, it cannot be synthesized).

Use the process' sensitivity list, and remove wait;.

Usually, the function you call from the library will be a symbol defined by that library. But in PCRE2, due to different code unit sizes, the function you call (e.g. pcre2_compile) actually becomes a different symbol through preprocessor macros (e.g. pcre2_compile_8). You can find the symbol you need from the library by compiling your program and checking the undefined symbols:

Just a simple inattention: The for loop

I'm not sure why this is tagged CMake, but you can set environment variables in GitHub Actions by writing a line containing NAME=VALUE to $GITHUB_ENV.

From the GitHub Actions documentation:

Currently, you could refer to this doc: Run automated tests from test plans to automate test cases in your test plans and run them directly from Azure Test Plans. And then open the Test Plans page and select the test plan to see the status of your tests if tests are updated after test execution is complete.

In addition, if you turn on below “Automatically link new work in this build” option in build pipeline page, and then you can link work item to Git commit, the new build queued by this commit will link to this work item when it completes successfully.

Also, you could enable “Create work item on failure” option to create a new work item when this build is failed.

BTW, you could link work items to deployments refer to this doc.

M. Deinum answered the question in his comment:

Because the context is different. One runs with a mock environment ht other with no web environment. Due to this difference it will load a new application context.

To expand on this a little: The Spring testing infrastructure caches application contexts used for testing. If you use the same configuration for setting up the ApplicationContext in multiple tests, the ApplicationContext will be reused.

Since ATest and BTest use the same configuration they use the ApplicationContext instance. And since the execution of schema.sql and data.sql happens during construction of the ApplicationContext they get only executed once.

CTest uses a different configuration so the ApplicationContext has to get created freshly and therefore the scripts get executed again.

The first problem with your code is that it is undefined behavior to read data which is one type as another unrelated type without certain properties, like a common prefix, or using a few types, like std::byte or char.

std::bit_cast is a c++20 way to do it correctly.

The second problem is that what the exact bits mean will vary based on things like the endianness of your computer and which floating point standard you are using. These are relatively standard now, but not completely.

Your third problem is that the size of a short, int and float are platform and compiler specific. There are fixed sized integer types you can use, like std::int32_t, and you should use that instead of int or short. Often short is 16 bits and int is 32, but that is far from universal. float being 32 bits is really common.

So: