Introduction

Hey y'all, if you're here, you're probably curious about how to make that code you've written come to life, like a magic trick but without rabbit! So, let's dive into mystery of running compiled programs and unravel secrets behind functions and hardware-software integration.，一阵见血。

What's a Compiled Program?

When you write a program in C++ and use Visual C++ compiler, you write some code, hit compile, and voilà! You get an .exe file. This .exe is like final dish, ready to be served. It's a compiled program, and it's going to be your helper in magical world of computing.，对，就这个意思。

Where's Magic .exe File Hiding?

After you compile your program, re's a special folder in your project called "Debug." Inside this folder, you'll find your trusty .exe file. Double-click it, and it should run. But what if you want to create a software package? No worries, re's a cool tool called CIFree that can help you wrap it up nice and tidy.，我爱我家。

Can I Take My .exe to a Different Computer?

就这样吧... So, you've got your .exe file, and you're thinking, "Hey, can I bring this to anor computer?" The answer is a big fat yes! Just copy .exe to anor computer, and it should run just fine. But remember, it might need certain permissions or libraries that are not on new computer, so always be prepared for a small surprise.

Understanding Hardware Connection

Now, let's talk about big mystery: how software controls hardware. Take STM32 microcontrollers, for example. They are like tiny computers on ir own. You write a program, and it controls hardware like a boss. But how? Well, let's break it down into three parts:

1. How STM32 Combines Hardware and Software

STM32 is a microcontroller, and it's like a tiny computer on a chip. You write a program, and it runs on this chip. The pro 累并充实着。 gram tells microcontroller what to do, like controlling GPIO pins, which are like input/output ports on microcontroller.

2. How Code Controls Hardware

When you write code to control hardware, like setting a GPIO pin to high or low, you're essentially telling microcontroller to change state of t 我个人认为... hat pin. This is done through functions like GPIO_SetBits. It's like sending a message to microcontroller saying, "Hey, change this pin to high!"

3. GPIO and Schmidt Trigger Explained

GPIO is General Purpose Input/Output, and it's a way for your microcontroller to communicate with outside world. Schmidt trigge 官宣。 r is a special type of circuit that can help clean up signals and make sure y're clean and tidy before y get to microcontroller.

Compiling and Running Your Program

差不多得了... Now that you know how to run your compiled program and understand basics of how software controls hardware, let's talk about process. When you compile your program, it goes through a few steps:

1. Compilation

栓Q了... The compiler takes your source code and translates it into machine code that computer can understand. This is process of converting human-readable code into something computer can execute.

2. Linking

After compilation, compiler links all necessary libraries and modules toger to creat 别怕... e a single executable file. This is like putting all ingredients toger to make a dish.

3. Execution

Finally, executable file is run, and your program starts executing. This is when you see your program in action, doing what you wanted it to do.，你没事吧？

Conclusion

So, re you have it, folks. Running compiled programs is not as hard as it seems. With a bit of knowledge and practice, you can master art of running programs and controlling hardware with your code. Happy coding!