cKit/Foundation/c_Console_Menu.t.c

#include "c_Console.h"
#include <stdlib.h>
#include <stdio.h>

int main(void) {
    // 1. 全局初始化控制台环境（支持 UTF-8、启用鼠标追踪、隐藏光标、Raw模式）
    c_Console_Init();
    CONSOLE_CLEAR();
    CONSOLE_HIDE_CURSOR();

    int screen_w = 80, screen_h = 25;
    c_Console_GetSize(&screen_w, &screen_h);

    // 2. 绘制可视化测试台的固定 UI 边框与标题
    c_Console_WriteColorXY(1, 1, C_COLOR_BRIGHT_WHITE, C_COLOR_BLUE, "==== 跨平台 c_Console 自动化全功能可视化测试台 ====");
    c_Console_WriteColorXY(1, 2, C_COLOR_BRIGHT_BLACK, C_COLOR_NONE, "操作指南: 按 [方向键 ↑↓←→] 测试键盘，用 [鼠标点击/滚轮] 测试动态事件。按 [Esc] 键退出。");

    // 3. 绘制 UTF-8 中英文混排对照区，验证等宽对齐算法
    c_Console_WriteColorXY(2, 5, C_COLOR_BRIGHT_CYAN, C_COLOR_NONE, "【1. UTF-8 宽度测试对齐基准线】:");
    c_Console_WriteColorXY(2, 6, C_COLOR_WHITE, C_COLOR_NONE, "字符串A: [C++ 2026]") ;
    c_Console_WriteColorXY(2, 7, C_COLOR_WHITE, C_COLOR_NONE, "字符串B: [C语言实现]") ;

    // 动态计算并打印视觉宽度进行自检
    int lenA = c_Console_GetVisualWidth("[C++ 2026]");
    int lenB = c_Console_GetVisualWidth("[C语言实现]");
    c_Console_WriteColorXY(30, 6, C_COLOR_YELLOW, C_COLOR_NONE, "<- 判定宽度: %d (理论应为 10)", lenA);
    c_Console_WriteColorXY(30, 7, C_COLOR_YELLOW, C_COLOR_NONE, "<- 判定宽度: %d (理论应为 10)", lenB);

    // 4. 绘制两个交互式虚拟测试按钮供鼠标点击
    c_Console_WriteColorXY(5,  10, C_COLOR_WHITE, C_COLOR_GREEN, " [ 按钮 A ] ");
    c_Console_WriteColorXY(20, 10, C_COLOR_WHITE, C_COLOR_MAGENTA, " [ 按钮 B ] ");

    // 键盘移动小方块的起始坐标状态
    int k_x = 5, k_y = 15;
    c_Console_WriteColorXY(k_x, k_y, C_COLOR_BRIGHT_RED, C_COLOR_NONE, "■");

    int running = 1;
    while (running) {
        // ----------------------------------------------------
        // 测试项 A: 键盘输入流测试
        // ----------------------------------------------------
        int key = c_Console_ReadKey();
        if (key != C_KEY_UNKNOWN) {
            // 清空第 12 行并更新键盘状态
            printf("\033[12;1H\033[2K");

            if (key == C_KEY_ESC) {
                running = 0; // 按 Esc 键退出
            }
            else if (key == C_KEY_UP || key == C_KEY_DOWN || key == C_KEY_LEFT || key == C_KEY_RIGHT) {
                // 擦除旧位置
                c_Console_WriteColorXY(k_x, k_y, C_COLOR_NONE, C_COLOR_NONE, "  ");
                // 响应方向键
                if (key == C_KEY_UP)    k_y--;
                if (key == C_KEY_DOWN)  k_y++;
                if (key == C_KEY_LEFT)  k_x -= 2; // 方块占2个物理宽度
                if (key == C_KEY_RIGHT) k_x += 2;
                // 边界约束
                if (k_x < 1) k_x = 1; if (k_y < 13) k_y = 13;
                // 绘制新位置
                c_Console_WriteColorXY(k_x, k_y, C_COLOR_BRIGHT_RED, C_COLOR_NONE, "■");

                c_Console_WriteColorXY(2, 12, C_COLOR_BRIGHT_GREEN, C_COLOR_NONE, "键盘响应: [方向键] 成功触发! 当前方块坐标: (%d, %d)", k_x, k_y);
            }
            else if (key == C_KEY_ENTER) {
                c_Console_WriteColorXY(2, 12, C_COLOR_BRIGHT_GREEN, C_COLOR_NONE, "键盘响应: [Enter 回车键] 成功触发!");
            }
            else {
                c_Console_WriteColorXY(2, 12, C_COLOR_BRIGHT_GREEN, C_COLOR_NONE, "键盘响应: 普通字符键 [%c] ASCII: %d", (char)key, key);
            }
        }

        // ----------------------------------------------------
        // 测试项 B: 鼠标与滚轮流测试
        // ----------------------------------------------------
        c_ConsoleMouseEvent_t mouse_evt;
        if (c_Console_ReadMouse(&mouse_evt)) {
            // 在第 18 行实时刷新鼠标动作
            printf("\033[18;1H\033[2K");

            switch (mouse_evt.type) {
                case MOUSE_EVENT_PRESS_LEFT:
                    c_Console_WriteColorXY(2, 18, C_COLOR_BRIGHT_YELLOW, C_COLOR_NONE, "鼠标响应: 【左键点击】 坐标: (%d, %d)", mouse_evt.x, mouse_evt.y);

                    // 按钮矩形区域碰撞检测
                    if (mouse_evt.y == 10) {
                        if (mouse_evt.x >= 5 && mouse_evt.x <= 15) {
                            c_Console_WriteColorXY(5, 11, C_COLOR_BRIGHT_RED, C_COLOR_NONE, "🔥 触发 A !");
                        } else if (mouse_evt.x >= 20 && mouse_evt.x <= 30) {
                            c_Console_WriteColorXY(20, 11, C_COLOR_BRIGHT_RED, C_COLOR_NONE, "🔥 触发 B !");
                        }
                    }
                    break;
                case MOUSE_EVENT_PRESS_RIGHT:
                    c_Console_WriteColorXY(2, 18, C_COLOR_BRIGHT_YELLOW, C_COLOR_NONE, "鼠标响应: 【右键点击】 坐标: (%d, %d)", mouse_evt.x, mouse_evt.y);
                    break;
                case MOUSE_EVENT_WHEEL_UP:
                    c_Console_WriteColorXY(2, 18, C_COLOR_BRIGHT_BLUE, C_COLOR_NONE, "滚轮响应: 【向上滚动 ↑】 坐标: (%d, %d)", mouse_evt.x, mouse_evt.y);
                    break;
                case MOUSE_EVENT_WHEEL_DOWN:
                    c_Console_WriteColorXY(2, 18, C_COLOR_BRIGHT_BLUE, C_COLOR_NONE, "滚轮响应: 【向下滚动 ↓】 坐标: (%d, %d)", mouse_evt.x, mouse_evt.y);
                    break;
                case MOUSE_EVENT_MOVE:
                    // 右下角高频显示当前准心坐标
                    c_Console_WriteColorXY(screen_w - 20, 3, C_COLOR_BRIGHT_BLACK, C_COLOR_NONE, "鼠标悬停: (%03d, %03d)", mouse_evt.x, mouse_evt.y);
                    break;
                case MOUSE_EVENT_RELEASE:
                    // 释放鼠标时清理按钮下方的触发提示字样
                    printf("\033[11;1H\033[2K");
                    break;
                default:
                    break;
            }
        }

        // 控制刷新帧率（约 50 FPS），避免 CPU 满载
        c_Console_Sleep(20);
    }

    // 5. 退出处理：清屏并让 atexit 自动恢复终端原始设置
    printf("\033[2J\033[H");
    CONSOLE_CLEAR();
    CONSOLE_SHOW_CURSOR();
    CONSOLE_COLOR_RESET();
    return 0;
}