This is a test how fast we can search value in a very large list of dict by various way

Problem

When we want to stop ffmpeg stream recording on Windows programmatically, these sollution will not work:

# asume p is the subprocess.Popen command call ffmpeg
os.kill(p.pid, signal.CTRL_C_EVENT)  # parent process get kill too, recording file is not playable
# or 
p.terminate()  # not good, recording file is not playable
# or
p.send_signal(signal.CTRL_C_EVENT) # parent process get kill too, recording file is not playable

Stack Overflow: https://stackoverflow.com/questions/25382073/defining-golang-struct-function-using-pointer-or-not

Can someone explain to me why appending to an array works when you do this:

func (s *Sample) Append(name string) {
    d := &Stuff{
        name: name,
    }
    s.data = append(s.data, d)
}

But not when you do this:

func (s Sample) Append(name string) {
    d := &Stuff{
        name: name,
    }
    s.data = append(s.data, d)
}

Is there any reason at all why you would want to use the second example.

A test logs how Odoo process modules dependency with different install order

Test source code: https://github.com/NothingCtrl/odoo_super_dep_test

For unkown reason, python webserver return MimeType text/plain for all .js file when running under Windows 10

There are many ways to find bugs in Python code: the built-in debugger (pdb), a healthy amount of unit tests, a debugger in an IDE like Pycharm or Visual Studio, try/catch statements, if/else statements, assert statements, or the tried and true practice of covering every inch of your codebase in print() statements like it’s going out of style.

Assert statements can help us catch bugs quickly and are far less intrusive than copious amounts of print statements. However, unlike print statements, assert statements can be unexpectedly risky to use!

This article explores how to use asserts safely and what causes them to be unsafe. By the end of this article, you’ll know how to use assert most optimally without inadvertently opening yourself up to security issues.

Let’s get a little “meta” about programming.

How does the Python program (better know as the interpreter) “know” how to run your code? If you’re new to programming, it may seem like magic. In fact, it still seems like magic to me after being a professional for more than a decade.

The Python interpreter is not magic (sorry to disappoint you). It follows a predictable set of steps to translate your code into instructions that a machine can run.