#include <stdbool.h>

bool flag = false;
if (!flag) {...}

bool is a MACRO for _Bool

You can also use _Bool like this:

_Bool flag = false;

Quiz Time... 🔂

Unix Interprocess Communication
A brief introduction to unix programming and IPC.

#BEEJ #CPROGRAMMING @TCAFELINUX
👩‍🚀 👩‍🚀 😈

🗿. ری اکشن رو کمتر کنید 🗿

Electronics for Dummies
- Gordon McComb

Getting started with Electronics from scratch.

#electronics #cprogramming #embedded @TCAFELINUX

👨‍💻 📱 🥺

اینو همینجا می‌بندم،

اون دوستانی که زدن ( نه ) یا ( می‌تونه بهتر بشه ) اگر
( حال کردن ) میتونن دلیلشون رو بنویسن که به بهتر شدن کانال کمک کرده باشن

😈🚀

🌻 ادمین مریض شده ناجور.

💙 یه ویدیو فارسی دارم رکورد میکنم برای کل سرفصل های سی، سه چهار ساعت درمیاد، که دیگه اپیزود اپیزود نشه سردرد نگیریم. ( بزودی میزارمش )

اون دوره انگلیسی هم ادامه میدیم تموم میکنیم ، بعدش وارد مباحث حرفه ای تر میشیم که قراره خوشتون بیاد

#notice #cprogramming

- A NOTE on Threading in Linux -

⭕️⭕️⭕️⭕️⭕️⭕️⭕️

Regarding "threads are actually processes" in Linux:

This is referring to Linux's specific implementation detail. Most operating systems implement threads and processes as fundamentally different entities at the kernel level. But Linux takes a different approach:

In the Linux kernel, there's really only one type of execution unit - what it calls a "task"
When you create a process, you get a task
When you create a thread, you also get a task - but this task shares certain resources (like memory space, file denoscriptors, etc.) with the parent task
The kernel doesn't distinguish between "threads" and "processes" - it just sees tasks with different levels of resource sharing

So when you call pthread_create() to make a thread, Linux internally calls clone() (similar to fork()) but with flags that specify which resources should be shared between the parent and child tasks. A "thread" is just a task that shares most resources with its parent, while a "process" is a task that has its own separate resources.

This is why if you run ps -eLf on Linux, you'll see individual entries for each thread - because to the kernel, they're just separate tasks that happen to share memory.

#notes #threading #linux #cprogramming 💻👨‍💻 @TCAFELINUX