vendor | Dependency management for iOS and OSX development

If you are upgrading your Laravel 8 project to Laravel 9 by importing your existing application code into a totally new Laravel 9 application skeleton, you may need to update your application's "trusted proxy" middleware.

Within your app/Http/Middleware/TrustProxies.php file, update use Fideloper\Proxy\TrustProxies as Middleware to use Illuminate\Http\Middleware\TrustProxies as Middleware.

Next, within app/Http/Middleware/TrustProxies.php, you should update the $headers property definition:

// Before...

protected $headers = Request::HEADER_X_FORWARDED_ALL;

// After...

Known bug on the Apache Kafka side. Nothing to do from Spring perspective. See more info here: https://github.com/spring-projects/spring-kafka/discussions/2027. And here: https://issues.apache.org/jira/browse/KAFKA-13391

You need to wait until Apache Kafka 3.0.1 or don't use embedded Kafka and just rely on the Testcontainers, for example, or fully external Apache Kafka broker.

WebGL is a cross-platform, open web standard for a low-level 3D graphics API based on OpenGL ES, exposed to ECMAScript via the HTML5 Canvas element. WebGL at it's core is a Shader-based API using GLSL, with constructs that are semantically similar to those of the underlying OpenGL ES API. It follows the OpenGL ES specification, with some exceptions for the out of memory-managed languages such as JavaScript. WebGL 1.0 exposes the OpenGL ES 2.0 feature set; WebGL 2.0 exposes the OpenGL ES 3.0 API.

Now, with the availability of Selenium Stealth building of Undetectable Scraper using Selenium driven ChromeDriver initiated google-chrome Browsing Context have become much more easier.

selenium-stealth is a python package selenium-stealth to prevent detection. This programme tries to make python selenium more stealthy. However, as of now selenium-stealth only support Selenium Chrome.

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From rails tailwind readme

Tailwind uses modern CSS features that are not recognized by the sassc-rails extension that was included by default in the Gemfile for Rails 6. In order to avoid any errors like SassC::SyntaxError, you must remove that gem from your Gemfile.

https://github.com/rails/tailwindcss-rails

By default MEX compiles with the gfortran option -fdefault-integer-8. The way gfortran handles this results in what you see.

Consider the non-MEX program

This was a bug on Flex version <1.13.4

In latest version (as I write 1.13.4) the issue is solved.

The problem was:

Writing to the cache with an empty key will fail with "failed to open stream: Is a directory", so do not try to do that.

We noticed this when cloudflare - or the backend service - responded with a "last-modified" header for our CI servers (AWS) but not for our local system. This triggered the condition to become true and it tries to write a cache file without a filename.

That problem was solved with commit d81196c3f3b5

Edit: as posted by @Tmb a workaround is to use: composer install --no-cache ...

Go Modules takes care of versioning, but it doesn't necessarily take care of modules disappearing off the Internet or the Internet not being available. If a module is not available, the code cannot be built.

Go Proxy will mitigate disappearing modules to some extent by mirroring modules, but it may not do it for all modules for all time:

Why did a previously available module become unavailable in the mirror?

proxy.golang.org does not save all modules forever. There are a number of reasons for this, but one reason is if proxy.golang.org is not able to detect a suitable license. In this case, only a temporarily cached copy of the module will be made available, and may become unavailable if it is removed from the original source and becomes outdated. The checksums will still remain in the checksum database regardless of whether or not they have become unavailable in the mirror.

See more at: https://proxy.golang.org/

An alternative approach for this is to fork modules and use the Go Modules replace directive which allows redirecting an import path to another, e.g. your fork, in the go.mod file without changing your code. This approach was provided by colm.anseo.

Regarding Internet access, if you run a large server farm and need the code on multiple machines, downloading from the Internet to every machine in your farm can be inefficient and a security risk. It may be much more efficient to use go mod vendor into an internal repo and copy this around. Large companies use internal methods to deploy code to multiple servers in their data centers.

After creating new project and reviewing file differences saw that I have not installed

No, the compiler is absolutely not allowed to optimize those two writes into a single double word write. It's kind of hard to quote the standard since the part regarding optimizations and side effects is so fuzzily written. The relevant parts are found in C17 5.1.2.3:

The semantic descriptions in this International Standard describe the behavior of an abstract machine in which issues of optimization are irrelevant.

Accessing a volatile object, modifying an object, modifying a file, or calling a function that does any of those operations are all side effects, which are changes in the state of the execution environment.

In the abstract machine, all expressions are evaluated as specified by the semantics. An actual implementation need not evaluate part of an expression if it can deduce that its value is not used and that no needed side effects are produced (including any caused by calling a function or accessing a volatile object).

Accesses to volatile objects are evaluated strictly according to the rules of the abstract machine.

When you access part of a struct, that in itself is a side-effect, which may have consequences that the compiler can't determine. Suppose for example that your struct is a hardware register map and those registers need to be written in a certain order. Like for example some microcontroller documentation could be along the lines of: "reg0 enables the hardware peripheral and must be written to before you can configure the details in reg1".

A compiler that would merge the volatile object writes into a single one would be non-conforming and plain broken.