//module app;

import dlangui;

mixin APP_ENTRY_POINT;

/// entry point for dlangui based application
extern (C) int UIAppMain(string[] args) {

    // load theme from file "theme_default.xml"
    //Platform.instance.uiTheme = "theme_default";

    // create window
    Log.d("Creating window");
    //Window window = Platform.instance.createWindow("DlangUI example - HelloWorld", null);
    Window window = Platform.instance.createWindow("local git for GPT - git4GPT", null, 1, 1200, 900);
    Log.d("Window created");
    
    // create some widget to show in window
    //window.mainWidget = (new Button()).text("Hello, world!"d).margins(Rect(20,20,20,20));
    window.mainWidget = parseML(q{
        VerticalLayout {
            margins: 4pt
            padding: 3pt
            layoutWidth: fill
            // red bold text with size = 150% of base style size and font face Arial
            //TextWidget { text: "Hello World example for DlangUI"; textColor: "red"; fontSize: 150%; fontWeight: 800; fontFace: "Arial" }
            //TextWidget { text: "______________________________ localhost RepoGPT ______________________________"; fontSize: 90%; fontFace: "Arial" }
            
            // arrange controls as form - table with two columns
            TableLayout {
                colCount: 2
                layoutWidth: fill
                TextWidget { text: "path to git repo" }
                EditLine { id: edit1; text: "todo read default path from toml file"; layoutWidth: fill }
                //ComboEdit { id: type1; text: ""; minWidth: 100pt; items: ["Exclude", "Include"] }
                //ComboEdit { id: type1; text: ""; items: ["Exclude", "Include"] }
                ComboBox { id: type1; text: ""; items: ["Exclude", "Include"] }
                //TextWidget { text: "param 2" }
                EditLine { id: edit2; text: "*.md, *.MD"; layoutWidth: fill }
                Button { id: btnRun; text: "Run" }
                Button { id: btnCopy; text: "Copy" }
                
                //TextWidget { text: "some radio buttons" }
                // arrange some radio buttons vertically
                //VerticalLayout {
                //    layoutWidth: fill
                //    RadioButton { id: rb1; text: "Item 1" }
                //    RadioButton { id: rb2; text: "Item 2" }
                //    RadioButton { id: rb3; text: "Item 3" }
                //}
                
                //TextWidget { text: "and checkboxes" }
                // arrange some checkboxes horizontally
                //HorizontalLayout {
                //    layoutWidth: fill
                //    CheckBox { id: cb1; text: "checkbox 1" }
                //    CheckBox { id: cb2; text: "checkbox 2" }
                //    ComboEdit { id: ce1; text: "some text"; minWidth: 20pt; items: ["Item 1", "Item 2", "Additional item"] }
                //}
            }
            //EditBox { layoutWidth: 20pt; layoutHeight: 10pt }
            EditBox { layoutWidth: FILL_PARENT; layoutHeight: FILL_PARENT; minWidth: 1000; minHeight: 750 }
            //EditBox { minWidth: 1000; minHeight: 200 }
            //HorizontalLayout {
            //    Button { id: btnOk; text: "Ok" }
            //    Button { id: btnCancel; text: "Cancel" }
            //}
        }
    });
    
    //window.mainWidget.minWidth(900);
    //window.mainWidget.minHeight(500);
    
    // you can access loaded items by id - e.g. to assign signal listeners
    auto edit1 = window.mainWidget.childById!EditLine("edit1");
    auto edit2 = window.mainWidget.childById!EditLine("edit2");
    // close window on Cancel button click
    //window.mainWidget.childById!Button("btnCancel").click = delegate(Widget w) {
    //    window.close();
    //    return true;
    //};
    // show message box with content of editors
    window.mainWidget.childById!Button("btnRun").click = delegate(Widget w) {
        window.showMessageBox(UIString.fromRaw("Run button pressed"d), 
                              UIString.fromRaw("Editors content\nEdit1: "d ~ edit1.text ~ "\nEdit2: "d ~ edit2.text));
        return true;
    };

    // show window
    window.show();

    // run message loop
    return Platform.instance.enterMessageLoop();
}