JavaScript Syntax

Win

This is a container widget.
Operations on the window widget will affect the widgets nested in the container.
Hiding the window will hide the nested widgets.
When the window makes graphic transformations, such as panning and scaling, the nested widgets will make consistent transformations.
This widget can monitor multiple gestures.

Hide A Window

This win variable is assigned the win tag heat_win ‘s handle.
The variable hid is assigned the handle of the hidden attribute of the win tag.
The value of the hidden attribute is set to hidden to achieve hiding.

win.getElementById('heat_win') //win will become a handle for heat_win
hid = win.getAttribute("hidden") //get attribute handle hid
console.log(hid)
if (!hid) {
    win.setAttribute("hidden", "hidden");
}

Listen to Gestures

The win.onPress function enables the win widget to monitor the event of the finger touching the screen. If the finger touches the screen within the area of the window, the parameter function will be executed.
The win.onRelease function enables the win widget to monitor the event of the finger leaving the screen.
This winNromalOnPressFunc function will be executed when the finger touches the screen.
This winNromalOnReleaseFunc function will be executed when the finger leaves the screen.

win.getElementById('tab7Win')
function winNromalOnPressFunc(params) {
    console.log('winNromalOnPressFunc')
}
win.onPress(winNromalOnPressFunc)

function winNromalOnReleaseFunc(params) {
    console.log('winNromalOnReleaseFunc')
}
win.onRelease(winNromalOnReleaseFunc)

Swap Windows

The implementation logic is that clicking the current window will hide the current window and display another window.
Click to swap windows between 'cool_win' and 'heat_win'.
The win.onClick function enables the win widget to monitor the event of the finger clicking the screen.
This function win.removeAttribute is used to remove an attribute of the win tag. When the hidden attribute is removed, the widget corresponding to the win tag will be displayed.
On a touch device, a click event is typically triggered when a user touches an element and then lifts their finger in a short time within the win area.

win.getElementById('cool_win')
function hideCool(params) {
    console.log('hideCool')
    win.getElementById('cool_win')
    win.setAttribute("hidden", "hidden");
    win.getElementById('heat_win')
    win.removeAttribute("hidden")
}
win.onClick(hideCool)

win.getElementById('heat_win')
function hideHeat(params) {
    console.log('hideHeat')
    win.getElementById('heat_win')
    win.setAttribute("hidden", "hidden");
    win.getElementById('cool_win')
    win.removeAttribute("hidden")
}
win.onClick(hideHeat)

API

getElementById : function (win_name : string) {}
onClick : function (callback_func) {}
onRight : function (callback_func) {}
onLeft : function (callback_func) {}
onUp : function (callback_func) {}
onDown : function (callback_func) {}
onPress : function (callback_func) {}
onRelease : function (callback_func) {}
onHold : function (callback_func) {}
getAttribute : function(attributeName : string) {},   //return attribute value //support "hidden"
removeAttribute : function (attribute : string) {} //support "hidden"
setAttribute :function(attributeName : string, value : any) {},  //support "hidden"

Button

Monitor Button Press Event

Can be used to develop button press highlight effects or buttons that require quick response.
Listen to press gesture, the function iconNromalOnPressFunc will trigger when finger touches screen within the area of the button.

icon.getElementById('iconNormal')

function iconNromalOnPressFunc(params) {
    console.log('iconNromalOnPressFunc')
}
icon.onPress(iconNromalOnPressFunc)

API

getElementById : function (win_name : string) {},
onClick : function (callback_func) {},
onPress : function (callback_func) {},
onRelease : function (callback_func) {},
onHold : function (callback_func) {},
getChildElementByTag : function (tag : string) {},
write : function (text : string) {},

Text

Change Text Content

Using textbox.write function.

textbox.getElementById('tab10text1')
textbox.write('progress:'+seekbar.progress())

API

getElementById : function (win_name : string) {},
write : function (text : string) {},
setPosition : function (position : object) {}, //var position={x:0,y:0}

Seekbar

Display Current Progress

Drag the progress bar and then the text shows the current progress.
Function seekbar.progress can read and write the progress.
Function seekbar.onPressing will listen for events where your finger is kept pressed on the screen. This parameter function will be executed in each frame, while the finger is in contact with the screen.

seekbar.getElementById('tab10Seek1')
function seekbarOnPress(params) {
    console.log('seekbarOnPress')
}
seekbar.onPress(seekbarOnPress)
function seekbarOnrelease(params) {
    console.log('seekbarOnrelease')
}
seekbar.onRelease(seekbarOnrelease)
function seekbarOnPressing(params) {
    console.log('seekbarOnPressing')
    textbox.getElementById('tab10text1')
    textbox.write('progress:'+seekbar.progress())
}
seekbar.onPressing(seekbarOnPressing)

A Seekbar Animation That Increases From 0 to 100%

The seekbar will display an animation that continuously progresses from start to finish and then loops back to the start, creating a perpetually moving progress bar.
This function seekbar.setAnimate sets the frame animation of the seekbar, and the parameters passed are the frame animation callback and animation duration properties.
Define an object curtainAnimateTiming to specify the timing properties for an animation. duration sets the duration of one cycle of the animation in milliseconds. iterations is the number of times the animation should repeat, and -1 indicates the animation should repeat indefinitely.

var curtainAnimateTiming = {
    duration: 2000,      // The duration of the animation in milliseconds (2000ms = 2 seconds)
    iterations: -1,      // The number of times the animation should repeat
                         // -1 indicates the animation should repeat indefinitely
};
var curtain_open = 0;
seekbar.getElementById('curtain_bar')
function curtainFrame(params) {
    animate= seekbar.animateProgress()
    seekbar.setAttribute("progress", animate)
}
seekbar.setAnimate(curtainFrame, curtainAnimateTiming)
seekbar.palyAnimate()

API

getElementById : function (win_name : string) {},
progress : function (progressToSet : number){},//get or set progress//return progress
onPress : function (callback_func) {}, //gesture press
onPressing : function (callback_func) {},//gesture pressing
onRelease : function (callback_func) {},//gesture release
setAnimate : function (frameCallback : function, config : object) {},// frameCallback function will be executed once every frame // var curtainAnimateTiming = {duration: 2000,iterations:1,}
setAttribute :function(attributeName : string, value : any) {},  //support "hidden"
getAttribute : function(attributeName : string) {},   //return attribute value //support "hidden"
palyAnimate : function () {}, //Start animation

Switch

Listen to 2 Gestures

The switch widget has two events, namely, being triggered by being turned on and being triggered by being turned off.
This function sw.onOn is used to register the turned on event.
This function sw.onOff is used to register the turned off event.

sw.getElementById('tab8Switch')
function swOnOnFunc(params) {
    console.log('swOnOnFunc')
}
sw.onOn(swOnOnFunc)
function swOnOffFunc(params) {
    console.log('swOnOffFunc')
}
sw.onOff(swOnOffFunc)
sw.turnOn();

Turn on A Led (P1_1)

var P1_1 = 9
var LED1 = new Gpio(P1_1, 'out');
function led1OnFunc(params) {
    console.log('led1OnFunc')
    LED1.writeSync(0)
}
sw.getElementById('living_switch')
sw.turnOn()

This is the writeSync’s control gpio led implementation for RTL87X2G.
First get gpio value and direction value, then use specify driver api to operate led.
Refer to onoff npm package usage for more information.

DECLARE_HANDLER(writeSync)
{
    gui_log("enter writeSync:%d\n", args[0]);
    if (args_cnt >= 1 && jerry_value_is_number(args[0]))
    {

        int write_value = jerry_get_number_value(args[0]);
        int gpio = -1;
        jerry_value_t v1;
        jerry_value_t v2;
        v1 = js_get_property(this_value, "gpio");
        v2 = js_get_property(this_value, "direction");
        gpio = jerry_get_number_value(v1);
        jerry_release_value(v1);
        char *direction = js_value_to_string(v2);
        jerry_release_value(v2);
        int mode = 0;
#ifdef RTL8762G

        if (!strcmp(direction, "out"))
        {
            mode = PIN_MODE_OUTPUT;
        }
        else if (!strcmp(direction, "in"))
        {
            mode = PIN_MODE_INPUT;
        }
        if (gpio >= 0)
        {
            gui_log("gpio%d, %d, %d", gpio, mode, write_value);
            drv_pin_mode(gpio, mode);
            drv_pin_write(gpio, write_value);

API

getElementById : function (win_name : string) {},
onOn : function (func) {},
onOff : function (func) {},
onPress : function (func) {},
turnOn : function (func) {},//turn on the switch
turnOff : function (func) {},//turn off the switch

Image

API

getElementById : function (widget_name : string) {},
rotation : function (degree:number, centerX:number, centerY:number) {},
scale : function (scaleRateX:number, scaleRateY:number) {},
setMode : function (modeIndex:number) {},

App

API

open : function (appXML : string) {},
close : function () {},

Progressbar

API

getElementById : function (widget_name : string) {},
progress : function (progressToSet : number):{},//get or set progress//return progress

Tab

API

getElementById : function (widget_name : string) {},
jump : function (tabIndex : number) {}, //jump to horizontal tab
OnChange : function (func) {},//Listen for events where the index value changes
getCurTab : function () {},//return x,y,z property