pin_mode(2,3); //Sets the digital pin 2 as output

#CLS
write(2,1); //Write a HIGH value to a digital pin.
delay(1000); //waits for a second
write(2,0); //Write a LOW value to a digital pin.
delay(1000); //waits for a second
#RUN

//查看当前运行的脚本代码
#CAT
//清空当前运行的脚本代码
#CLS 、#CLEAR
//清空所有寄存器和脚本代码
#RESETALL
//清空寄存器
#RESET
//运行脚本代码
#RUN
//停止脚本运行
#STOP

//全局寄存器16个，每个存储32位值，从0-15读写
rclear([i]); //清空寄存器，i<0或不传则清空全部，返回 true, false
rread(i); //读取第i个寄存器，返回值或0
rwrite(i,v); //写入v到第i个寄存器,返回 true , false
//硬件函数
print(); //打印输出到串口
delay(n); //延迟，n 毫秒
write(p,v); //IO写入，p 为IO位号 uint8，v 值int8，参考[电平信号]部分
v=read(p); //读取IO，p 为IO位号 uint8，v 返回值 int
pin_mode(p,m); //设置IO，p 为IO位号 uint8，m 模式，参考[模式]部分
//蓝牙函数
ble_check(); //检查蓝牙是否连接，bool == true 表示连接正常
ble_start(); //启动蓝牙监听，设备开机会被启动，代码不直接调用
//键盘函数，参考[按键码]定义
keyboard_print("aB123#$");//发送文本，自动映射ASCII按键 string
keyboard_println("atest");//发送文本，自动映射ASCII按键 string，带回车按键
keyboard_write(k); //发送按键消息，包含了(KeyDown,KeyUp)，k 按键码 uint8
keyboard_press(k); //发送按键消息，只包含(KeyDown)，组合键使用，k 按键码 uint8
keyboard_releaseAll(); //释放按键，多次 press 一起释放，组合键使用，无参数
//鼠标函数，参考[鼠标]定义，取值范围是-127 ~ 127
mouse_move(x,y); //发送鼠标移动消息，x,y = -1,0,1 ，分别表示 xy 负坐标,原点,正坐标，uint8
mouse_move_to(x,y[,step][,delay]); //移动鼠标到目标 x，y坐标，每次移动的步长，默认，-127~127，延时，默认 20,不可小于1
mouse_scroll(w); //发送鼠标滚动消息，w = -1,0,1，分别表示 y 负坐标,原点,正坐标，uint8，水平滚动未开放
mouse_click(b); //发送鼠标按键消息，b = 1/2/4/8/16，表示不同按键，包含(MouseDown，MouseUp)，uint8
mouse_down(b); //发送鼠标按键按下消息
mouse_up(b); //发送鼠标按键松开消息

#CLS
rclear();   //clear all register
print(rread(0));    //read register0
rwrite(0,100);  //write register0 ,value 100
print(rread(0));    //print register0 value(100)
delay(1000);    //delay 1 sec
#RUN

#CLS

//Sending Ctrl+Alt+Delete
keyboard_press(0x80);//KEY_LEFT_CTRL
keyboard_press(0x82);//KEY_LEFT_ALT
keyboard_press(0xd4);//KEY_DELETE
delay(1000); //delay
keyboard_releaseAll();//release All
delay(500);

keyboard_print("aB123#$");//Sending Text
delay(500);
keyboard_println("atest");//Sending Test and 'Enter'
delay(1000);

#RUN

if(ble_check()){
    var count = 100;
    //x=0,y-1,Move mouse pointer up
    for (var i=0;i<count;i++){
        mouse_move(0,-1);
        delay(10);
    }
    //x-1,y=0,Move mouse pointer left
    for (var i=0;i<count;i++){
        mouse_move(-1,0);
        delay(10);
    }
    //x=0,y+1,Move mouse pointer down
    for (var i=0;i<count;i++){
        mouse_move(0,1);
        delay(10);
    }
    //x+1,y=0,Move mouse pointer right
    for (var i=0;i<count;i++){
        mouse_move(1,0);
        delay(10);
    }

    delay(1000);
}

#CLS
if (ble_check()) {
    var REG0 = 0x0;
    var INIT_MOUSE = 0x1;
    //read register 0
    if (rread(REG0) != INIT_MOUSE) {
        print("Init Mouse.");
        //write register 0, value 1
        rwrite(REG0, INIT_MOUSE);
        //move to left top
        mouse_move_to(-10000, -10000);
        delay(1000);
        //move to screen center
        mouse_move_to(800, 700);
        delay(1000);
    }
    mouse_down(1);
    delay(10);
    mouse_move_to(0, -700, 10, 15);
    delay(10);
    mouse_up(1);
    delay(600);
    mouse_move_to(0, 700, 10, 15);
    delay(100);
    mouse_click(1);
    delay(100);
    mouse_click(1);
    //wait 1~5 sec.
    delay(randRange(1000, 5000));
} else {
    delay(1000);
}
//random int (n~m)
function randRange(n, m) {
    return parseInt(Math.floor(Math.random() * (m - n)) + n);
}
#RUN

#CLS
mouse_scroll(-1); //w-1,Scroll Down
delay(500);
mouse_click(1); //MOUSE_LEFT click
delay(500);
mouse_click(2); //MOUSE_RIGHT click
delay(500);
mouse_click(4); //MOUSE_MIDDLE click
delay(500);
mouse_click(8); //MOUSE_BACK click
delay(500);
mouse_click(16); //MOUSE_FORWARD click
delay(500);
mouse_click(1 | 2); //Click left+right mouse button at the same time
delay(500);
mouse_click(1 | 2 | 4);//Click left+right mouse button and scroll wheel at the same time
delay(500);
#RUN