java转go怎么样 java转ui

"ui";
自定义布局()
view=uii.layout(
   <linear orientation="vertical">
      <linear orientation="horizontal">
         <button id="按钮1"text="按钮1"/>
         <button id="按钮2"text="按钮2"/>
      </linear>
      <linear orientation="horizontal">
         <button id="按钮3"text="按钮3"/>
         <button id="按钮4"text="按钮4"/>
      </linear>
      <linear orientation="vertical"w="*">
         <button id="按钮5"text="按钮5"w="*"/>
         <button id="按钮6"text="toast"/>
      </linear>
   </linear>
);
ui.setContentView(view)
uii.按钮6.setOnClickListener(new android.view.View.OnClickListener(){
      onClick:function(p1){
         toast("完成")
      }
});
function 自定义布局(){
   importClass(android.widget.Button);
   importClass(android.widget.LinearLayout);
   importClass(android.content.DialogInterface);
   importClass(android.graphics.Color);
   uii={
      layout:function (xml){
         var bj=xml.toString().split("\n")
         var 主布局  = new LinearLayout(context);
         fenge(bj,0,主布局,0)
         return 主布局;
      }
   }
}
function fenge(bj,j,zbj,c){
   for(var i=j;i<bj.length;i++){
      if(geshi(bj[i])=="<0>"){
         log(c+"进布局"+bj[i])
         var bjc=fenxi(bj[i].replace(/^\s+|\s+$/g,""))//分析控件
         i++;
         i=fenge(bj,i,bjc[0],c+1)
         if(bjc.length==1){
            zbj.addView(bjc[0])
         }else{
            zbj.addView(bjc[0],bjc[1])
         }
      }else if(geshi(bj[i])=="</0>"){
         log(c+"退布局"+bj[i])
         return i
      }else if(geshi(bj[i])=="<0/>"){
         var bjc=fenxi(bj[i].replace(/^\s+|\s+$/g,""))//分析控件
         if(bjc.length==1){
            zbj.addView(bjc[0])
         }else{
            zbj.addView(bjc[0],bjc[1])
         }
         log(c+"添加"+bj[i])
      }
   }
}
function shuzi(str){
   if(!str){
      return false
   }
   var pp=str.match(/^\d+$/g)
   if(pp){
      return true
   }
   return false;
}
function geshi(nr){
   var pp=nr.match(/<\/|<|\/>|>/g)
   if(pp){
      var str=""
      for(var i=0;i<pp.length;i++){
         str=str+pp[i]+"0"
      }
      return str.replace(/0$/,"");
   }
   return false;
}
function fenxi(str){
   var tou=str.split(" ")[0].match(/\w+/g)[0]
   var wei=str.match(/\w+="(\w|\d|[\u4e00-\u9fa5]|\*)+"/g)
   var dx='{'
   for(var i=0;i<wei.length;i++){
      var fg=wei[i].split("=")
      dx+='"'+fg[0].replace(/^\s+|\s+$/g,"")+'":'+fg[1].replace(/^\s+|\s+$/g,"")+","
   }
   dx=JSON.parse(dx.replace(/.$/g,'}'))
   return bj_linear(tou,dx)//线布局
}
function bj_linear(tou,dx){
   if(tou=="linear"){
      线布局  = new LinearLayout(context);
      if(dx.bg){
         线布局.setBackgroundColor(Color.parseColor(dx.bg));
      }
      if(dx.orientation){
         if(dx.orientation=="vertical"){
            线布局.setOrientation(1);//1.卡片布局
         }else if(dx.orientation=="horizontal"){
            线布局.setOrientation(0);//0.水平布局
         }
      }
      return [线布局,chicun(dx)];
   }else if(tou=="button"){
      var 按钮 = new Button(context);
      if(dx.text){
         按钮.setText(dx.text)
      }
      if(dx.id){
         uii[dx.id]=按钮;
      }
      return [按钮,chicun(dx)];
   }
}
function chicun(dx){
   var w=-2 //适应内容宽度
   var h=-2 //适应内容宽度
   if(dx.w){
      if(shuzi(dx.w)){
         w=dx.w-0 //实际宽度
      }else if(dx.w=="*"){
         w=-1 //适应父控件宽度
      }
   }
   if(dx.h){
      if(shuzi(dx.h)){
         h=dx.h-0 //实际宽度
      }else if(dx.h=="*"){
         h=-1 //适应父控件宽度
      }
   }
   log("适应="+w+","+h)
   return new LinearLayout.LayoutParams(w,h);
}