GCC Magic Programming: From Idiom Games to Poetry Generation

In this era where technology intertwines with culture, programming is not only an art of technology but also a bridge connecting tradition and the future.Today, we will embark on a magical programming journey with the GCC compiler, traveling from idiom games to poetry generation, and finally to industrial control applications.This is not just a feast of technology but also a deep integration of culture and modern technology.

Idiom Game: The Spark of Programming and Wisdom

First, let’s write a simple idiom game using C language. This program will randomly select an idiom as the starting point and then prompt the user to input the next idiom, requiring that the first character of the new idiom matches the last character of the previous idiom.

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <time.h>

// Idiom list (example)
const char* idioms[] = {"一马当先", "先发制人", "人山人海", "海底捞针", "针锋相对"};
int idiom_count = sizeof(idioms) / sizeof(idioms[0]);

// Randomly select an idiom
const char* get_random_idiom() {
    srand(time(NULL));
    int index = rand() % idiom_count;
    return idioms[index];
}

int main() {
    const char* current_idiom = get_random_idiom();
    printf("Idiom game starts! The first idiom is: %s\n", current_idiom);
    char user_input[50];

    while (1) {
        printf("Please enter the next idiom (starting with '%c'): ", current_idiom[strlen(current_idiom) - 1]);
        scanf("%s", user_input);

        // Check if the user's input idiom is in the list (simplified, only checks the first character)
        int found = 0;
        for (int i = 0; i < idiom_count; i++) {
            if (idioms[i][0] == user_input[strlen(user_input) - strlen(current_idiom) + 1]) { // Note the index calculation, simplified
                found = 1;
                current_idiom = idioms[i]; // Update current idiom to user input idiom (assuming user input is correct and in the list for simplification)
                printf("Correct! The next idiom is: %s\n", current_idiom);
                break;
            }
        }

        if (!found) {
            printf("Idiom does not exist or the game failed! Game over.\n");
            break;
        }
    }

    return 0;
}

Note: This code is a simplified example; an actual idiom game would require more complex logic to verify whether the user’s input idiom is correctly linked.

Poetry Generation: The Collision of Programming and Literature

Next, let’s try to generate simple poetry using C language. Here we will use a method of randomly combining vocabulary to simulate poetry generation (actual poetry generation involves complex natural language processing and literary knowledge, this is just a simplified example).

// ... (omitted part of the code, similar to idiom game, but vocabulary and combination logic differ)

Due to the complexity of poetry generation, here we only provide a framework idea: you can define an array containing commonly used poetry vocabulary, and then randomly select vocabulary and combine them into sentences to simulate poetry generation. The actual implementation would require more complex logic to ensure that the generated ‘poetry’ meets requirements in terms of rhythm, meaning, etc.

Industrial Applications: The Intersection of Programming and Reality

Finally, let’s turn our programming focus to industrial applications. Here we take a simple temperature control system as an example, demonstrating how to use C language (in conjunction with hardware interface libraries, such as GPIO libraries, but here we only provide the software logic part) to achieve temperature monitoring and control.

// ... (omitted hardware interface part code, focusing on software logic)

// Assume there is a function read_temperature() to read the current temperature, and a function set_heater_power() to set heater power

int main() {
    float desired_temperature = 25.0; // Set target temperature
    float current_temperature;

    while (1) {
        current_temperature = read_temperature(); // Read current temperature (this function needs to be implemented)
        printf("Current temperature: %.2f°C\n", current_temperature);

        if (current_temperature < desired_temperature - 1.0) {
            set_heater_power(100); // Temperature is too low, turn on heater fully
        } else if (current_temperature > desired_temperature + 1.0) {
            set_heater_power(0); // Temperature is too high, turn off heater
        } else {
            set_heater_power(50); // Temperature is close to target value, half on heater to maintain stability
        }

        // Delay for a while before checking temperature again (implement delay function)
        // delay(1000); // Assume delay for 1 second
    }

    return 0;
}

Note: This code is a software logic part example; actual industrial applications would need to integrate specific hardware interfaces and real-time operating systems to implement.

Conclusion: GCC, The Magician of the Programming World

From the sparks of wisdom in idiom games to the collisions of literature in poetry generation, and finally to the intersections of reality in industrial control, the GCC compiler has always been with us, helping us realize the infinite possibilities from culture to technology with its powerful functions and flexibility. Whether exploring the depth of traditional culture or expanding the breadth of modern technology, GCC is the key that unlocks the programming world. Let us continue to work hand in hand with GCC, writing a more exciting future with code!