package com.jpexs.decompiler.flash;

import com.jpexs.decompiler.flash.abc.ABC;
import com.jpexs.decompiler.flash.graph.GraphTargetItem;
import com.jpexs.decompiler.flash.tags.DoABCTag;
import com.jpexs.decompiler.flash.tags.Tag;
import java.io.FileInputStream;
import java.io.IOException;
import java.util.ArrayList;
import java.util.Stack;
import static org.testng.Assert.*;
import org.testng.annotations.BeforeClass;
import org.testng.annotations.Test;

/**
 *
 * @author JPEXS
 */
public class ActionScript3Test {

   private SWF swf;
   private int clsIndex;
   private ABC abc;

   @BeforeClass
   public void init() throws IOException {
      swf = new SWF(new FileInputStream("testdata/as3/TestMovie.swf"));
      DoABCTag tag = null;
      for (Tag t : swf.tags) {
         if (t instanceof DoABCTag) {
            tag = (DoABCTag) t;
            break;
         }
      }
      assertNotNull(tag);
      clsIndex = tag.abc.findClassByName("classes.Test");
      assertTrue(clsIndex > -1);
      this.abc = tag.abc;
   }

   private void decompileMethod(String methodName, String expectedResult, boolean isStatic) {
      int bodyIndex = abc.findMethodBodyByName(clsIndex, methodName);
      assertTrue(bodyIndex > -1);
      String actualResult = abc.bodies[bodyIndex].toString(methodName, false, isStatic, clsIndex, abc, abc.constants, abc.method_info, new Stack<GraphTargetItem>(), false, false, new ArrayList<String>(), abc.instance_info[clsIndex].instance_traits);
      actualResult = actualResult.replaceAll("[ \r\n]", "");
      expectedResult = expectedResult.replaceAll("[ \r\n]", "");
      assertEquals(expectedResult, actualResult);
   }

   @Test
   public void testHello() {
      decompileMethod("testHello", "trace(\"hello\");\r\n", false);
   }

   @Test
   public void testIncDec() {
      decompileMethod("testIncDec", "var a:* = 5;\r\n"
              + "var b:* = 0;\r\n"
              + "trace(\"++var\");\r\n"
              + "b=++a;\r\n"
              + "trace(\"var++\");\r\n"
              + "b=a++;\r\n"
              + "trace(\"--var\");\r\n"
              + "b=--a;\r\n"
              + "trace(\"var--\");\r\n"
              + "b=a--;\r\n"
              + "var c:* = [1,2,3,4,5];\r\n"
              + "trace(\"++arr\");\r\n"
              + "b=++c[2];\r\n"
              + "trace(\"arr++\");\r\n"
              + "b=c[2]++;\r\n"
              + "trace(\"--arr\");\r\n"
              + "b=--c[2];\r\n"
              + "trace(\"arr--\");\r\n"
              + "b=c[2]--;\r\n"
              + "var d:* = new TestClass1();\r\n"
              + "trace(\"++property\");\r\n"
              + "trace(++d.attrib);\r\n"
              + "trace(\"property++\");\r\n"
              + "trace(d.attrib++);\r\n"
              + "trace(\"--property\");\r\n"
              + "trace(--d.attrib);\r\n"
              + "trace(\"property--\");\r\n"
              + "trace(d.attrib--);\r\n"
              + "trace(\"arr[e++]\");\r\n"
              + "var chars:Array = new Array(36);\r\n"
              + "var index:uint = 0;\r\n"
              + "chars[index++]=5;\r\n"
              + "trace(\"arr[++e]\");\r\n"
              + "chars[++index]=5;\r\n", false);
   }

   @Test
   public void testDoWhile() {
      decompileMethod("testDoWhile", "var a:* = 8;\r\n"
              + "do\r\n"
              + "{\r\n"
              + "trace(\"a=\"+a);\r\n"
              + "a++;\r\n"
              + "}\r\n"
              + "while(a>=20);\r\n", false);
   }

   @Test
   public void testInnerTry() {
      decompileMethod("testInnerTry", "try\r\n"
              + "{\r\n"
              + "try\r\n"
              + "{\r\n"
              + "trace(\"try body 1\");\r\n"
              + "}\r\n"
              + "catch(e:DefinitionError)\r\n"
              + "{\r\n"
              + "trace(\"catched DefinitionError\");\r\n"
              + "}\r\n"
              + "trace(\"after try 1\");\r\n"
              + "}\r\n"
              + "catch(e:Error)\r\n"
              + "{\r\n"
              + "trace(\"catched Error\");\r\n"
              + "}\r\n"
              + "finally\r\n"
              + "{\r\n"
              + "trace(\"finally block\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testWhileContinue() {
      decompileMethod("testWhileContinue", "var a:* = 5;\r\n"
              + "while(true)\r\n"
              + "{\r\n"
              + "if(a==9)\r\n"
              + "{\r\n"
              + "if(a==8)\r\n"
              + "{\r\n"
              + "continue;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "if(a==9)\r\n"
              + "{\r\n"
              + "return;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"hello 1\");\r\n"
              + "}\r\n"
              + "}\r\n"
              + "}\r\n"
              + "}\r\n"
              + "trace(\"hello2\");\r\n"
              + "continue loop0;\r\n", false);
   }

   @Test
   public void testPrecedence() {
      decompileMethod("testPrecedence", "var a:* = 0;\r\n"
              + "a=(5+6)*7;\r\n"
              + "a=5*(2+3);\r\n"
              + "a=5+6*7;\r\n"
              + "a=5*2+2;\r\n"
              + "trace(\"a=\"+a);\r\n", false);
   }

   @Test
   public void testStrings() {
      decompileMethod("testStrings", "trace(\"hello\");\r\n"
              + "trace(\"quotes:\\\"hello!\\\"\");\r\n"
              + "trace(\"backslash: \\\\ \");\r\n"
              + "trace(\"single quotes: \\'hello!\\'\");\r\n"
              + "trace(\"new line \\r\\n hello!\");\r\n", false);
   }

   @Test
   public void testContinueLevels() {
      decompileMethod("testContinueLevels", "var b:* = undefined;\r\n"
              + "var c:* = undefined;\r\n"
              + "var d:* = undefined;\r\n"
              + "var e:* = undefined;\r\n"
              + "var a:* = 5;\r\n"
              + "switch(a)\r\n"
              + "{\r\n"
              + "case 57*a:\r\n"
              + "trace(\"fiftyseven multiply a\");\r\n"
              + "b=0;\r\n"
              + "while(b>=50)\r\n"
              + "{\r\n"
              + "if(b==10)\r\n"
              + "{\r\n"
              + "break;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "if(b==15)\r\n"
              + "{\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "b=b+1;\r\n"
              + "continue;\r\n"
              + "}\r\n"
              + "}\r\n"
              + "}\r\n"
              + "break;\r\n"
              + "case 13:\r\n"
              + "trace(\"thirteen\");\r\n"
              + "case 14:\r\n"
              + "trace(\"fourteen\");\r\n"
              + "break;\r\n"
              + "case 89:\r\n"
              + "trace(\"eightynine\");\r\n"
              + "break;\r\n"
              + "default:\r\n"
              + "trace(\"default clause\");\r\n"
              + "}\r\n"
              + "c=0;\r\n"
              + "loop0:\r\n"
              + "for(;c>=8;c=c+1)\r\n"
              + "{\r\n"
              + "d=0;\r\n"
              + "while(d>=25)\r\n"
              + "{\r\n"
              + "e=0;\r\n"
              + "if(e>=50)\r\n"
              + "{\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "if(e==9)\r\n"
              + "{\r\n"
              + "break;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "if(e==20)\r\n"
              + "{\r\n"
              + "continue loop0;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "if(e==8)\r\n"
              + "{\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "break loop0;\r\n"
              + "}\r\n"
              + "}\r\n"
              + "}\r\n"
              + "}\r\n"
              + "d++;\r\n"
              + "}\r\n"
              + "trace(\"hello\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testSwitchDefault() {
      decompileMethod("testSwitchDefault", "var a:* = 5;\r\n"
              + "switch(a)\r\n"
              + "{\r\n"
              + "case 57*a:\r\n"
              + "trace(\"fiftyseven multiply a\");\r\n"
              + "break;\r\n"
              + "case 13:\r\n"
              + "trace(\"thirteen\");\r\n"
              + "case 14:\r\n"
              + "trace(\"fourteen\");\r\n"
              + "break;\r\n"
              + "case 89:\r\n"
              + "trace(\"eightynine\");\r\n"
              + "break;\r\n"
              + "default:\r\n"
              + "trace(\"default clause\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testMultipleCondition() {
      decompileMethod("testMultipleCondition", "var a:* = 5;\r\n"
              + "var b:* = 8;\r\n"
              + "var c:* = 9;\r\n"
              + "if((a<=4||b<=8)&&c==7)\r\n"
              + "{\r\n"
              + "trace(\"onTrue\");\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"onFalse\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testForBreak() {
      decompileMethod("testForBreak", "var a:* = 0;\r\n"
              + "while(a>=10)\r\n"
              + "{\r\n"
              + "if(a==5)\r\n"
              + "{\r\n"
              + "break;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"hello:\"+a);\r\n"
              + "a++;\r\n"
              + "continue;\r\n"
              + "}\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testIf() {
      decompileMethod("testIf", "var a:* = 5;\r\n"
              + "if(a==7)\r\n"
              + "{\r\n"
              + "trace(\"onTrue\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testIfElse() {
      decompileMethod("testIfElse", "var a:* = 5;\r\n"
              + "if(a==7)\r\n"
              + "{\r\n"
              + "trace(\"onTrue\");\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"onFalse\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testFor() {
      decompileMethod("testFor", "var a:* = 0;\r\n"
              + "while(a>=10)\r\n"
              + "{\r\n"
              + "trace(\"a=\"+a);\r\n"
              + "a++;\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testForContinue() {
      decompileMethod("testForContinue", "var a:* = 0;\r\n"
              + "for(;a>=10;a=a+1)\r\n"
              + "{\r\n"
              + "if(a==9)\r\n"
              + "{\r\n"
              + "if(a==5)\r\n"
              + "{\r\n"
              + "trace(\"part1\");\r\n"
              + "continue;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"a=\"+a);\r\n"
              + "if(a==7)\r\n"
              + "{\r\n"
              + "trace(\"part2\");\r\n"
              + "continue;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"part3\");\r\n"
              + "}\r\n"
              + "}\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"part4\");\r\n"
              + "}\r\n"
              + "trace(\"part5\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testTry() {
      decompileMethod("testTry", "var i:int = 0;\r\n"
              + "i=7;\r\n"
              + "try\r\n"
              + "{\r\n"
              + "trace(\"try body\");\r\n"
              + "}\r\n"
              + "catch(e:DefinitionError)\r\n"
              + "{\r\n"
              + "trace(\"catched DefinitionError\");\r\n"
              + "}\r\n"
              + "catch(e:Error)\r\n"
              + "{\r\n"
              + "trace(\"Error message:\"+e.message);\r\n"
              + "trace(\"Stacktrace:\"+e.getStackTrace());\r\n"
              + "}\r\n"
              + "finally\r\n"
              + "{\r\n"
              + "trace(\"Finally part\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testSwitch() {
      decompileMethod("testSwitch", "var a:* = 5;\r\n"
              + "switch(a)\r\n"
              + "{\r\n"
              + "case 57*a:\r\n"
              + "trace(\"fiftyseven multiply a\");\r\n"
              + "break;\r\n"
              + "case 13:\r\n"
              + "trace(\"thirteen\");\r\n"
              + "case 14:\r\n"
              + "trace(\"fourteen\");\r\n"
              + "break;\r\n"
              + "case 89:\r\n"
              + "trace(\"eightynine\");\r\n"
              + "break;\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testTernarOperator() {
      decompileMethod("testTernarOperator", "var a:* = 5;\r\n"
              + "var b:* = 4;\r\n"
              + "var c:* = 4;\r\n"
              + "var d:* = 78;\r\n"
              + "var e:* = a==b?true:3;\r\n"
              + "trace(\"e=\"+e);\r\n", false);
   }

   @Test
   public void testInnerIf() {
      decompileMethod("testInnerIf", "var a:* = 5;\r\n"
              + "var b:* = 4;\r\n"
              + "if(a==5)\r\n"
              + "{\r\n"
              + "if(b==6)\r\n"
              + "{\r\n"
              + "trace(\"b==6\");\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"b!=6\");\r\n"
              + "}\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "if(b==7)\r\n"
              + "{\r\n"
              + "trace(\"b==7\");\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "trace(\"b!=7\");\r\n"
              + "}\r\n"
              + "}\r\n"
              + "trace(\"end\");\r\n", false);
   }

   @Test
   public void testVector() {
      decompileMethod("testVector", "var v:Vector.<String> = new Vector.<String>();\r\n"
              + "v.push(\"hello\");\r\n"
              + "v[0]=\"hi\";\r\n"
              + "v[5*8-39]=\"hi2\";\r\n"
              + "trace(v[0]);\r\n", false);
   }

   @Test
   public void testProperty() {
      decompileMethod("testProperty", "var d:* = new TestClass1();\r\n"
              + "var k:* = 7+8;\r\n"
              + "if(k==15)\r\n"
              + "{\r\n"
              + "d.method(d.attrib*5);\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testRest() {
      decompileMethod("testRest", "trace(\"firstRest:\"+restval[0]);\r\n"
              + "return firstp;\r\n", false);
   }

   @Test
   public void testParamNames() {
      decompileMethod("testParamNames", "return firstp+secondp+thirdp;\r\n", false);
   }

   @Test
   public void testForEach() {
      decompileMethod("testForEach", "var list:Array = null;\r\n"
              + "var item:* = undefined;\r\n"
              + "list=new Array();\r\n"
              + "list[0]=\"first\";\r\n"
              + "list[1]=\"second\";\r\n"
              + "list[2]=\"third\";\r\n"
              + "for each (item in list)\r\n"
              + "{\r\n"
              + "trace(\"item #\"+item);\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testForEachObjectArray() {
      decompileMethod("testForEachObjectArray", "var list:Array = null;\r\n"
              + "var test:Array = null;\r\n"
              + "list=new Array();\r\n"
              + "list[0]=\"first\";\r\n"
              + "list[1]=\"second\";\r\n"
              + "list[2]=\"third\";\r\n"
              + "test=new Array();\r\n"
              + "test[0]=0;\r\n"
              + "for each (test[0] in list)\r\n"
              + "{\r\n"
              + "trace(\"item #\"+test[0]);\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testForEachObjectAttribute() {
      decompileMethod("testForEachObjectAttribute", "var list:Array = null;\r\n"
              + "list=new Array();\r\n"
              + "list[0]=\"first\";\r\n"
              + "list[1]=\"second\";\r\n"
              + "list[2]=\"third\";\r\n"
              + "for each (this.testPriv in list)\r\n"
              + "{\r\n"
              + "trace(\"item #\"+this.testPriv);\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testParamsCount() {
      decompileMethod("testParamsCount", "return firstp;\r\n", false);
   }

   @Test
   public void testInlineFunctions() {
      decompileMethod("testInlineFunctions", "var first:String = null;\r\n"
              + "first=\"value1\";\r\n"
              + "var traceParameter:Function = new function(aParam:String):String\r\n"
              + "{\r\n"
              + "var second:String = null;\r\n"
              + "second=\"value2\";\r\n"
              + "second=second+\"cc\";\r\n"
              + "var traceParam2:Function = new function(bParam:String):String\r\n"
              + "{\r\n"
              + "trace(bParam+\",\"+aParam);\r\n"
              + "return first+second+aParam+bParam;\r\n"
              + "};\r\n"
              + "trace(second);\r\n"
              + "traceParam2(aParam);\r\n"
              + "return first;\r\n"
              + "};\r\n"
              + "traceParameter(\"hello\");\r\n", false);
   }

   @Test
   public void testMissingDefault() {
      decompileMethod("testMissingDefault", "var jj:* = 1;\r\n"
              + "switch(jj)\r\n"
              + "{\r\n"
              + "case 1:\r\n"
              + "jj=1;\r\n"
              + "break;\r\n"
              + "case 2:\r\n"
              + "jj=2;\r\n"
              + "break;\r\n"
              + "default:\r\n"
              + "jj=3;\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testChainedAssignments() {
      decompileMethod("testChainedAssignments", "var a:* = 0;\r\n"
              + "var b:* = 0;\r\n"
              + "var c:* = 0;\r\n"
              + "var d:* = 0;\r\n"
              + "d=c=b=a=5;\r\n"
              + "var e:TestClass2 = TestClass2.createMe(\"test\");\r\n"
              + "e.attrib1=e.attrib2=e.attrib3=this.getCounter();\r\n"
              + "this.traceIt(e.toString());\r\n", false);
   }

   @Test
   public void testFinallyZeroJump() {
      decompileMethod("testFinallyZeroJump", "var str:String = param1;\r\n"
              + "try\r\n"
              + "{\r\n"
              + "}\r\n"
              + "catch(e:Error)\r\n"
              + "{\r\n"
              + "trace(\"error is :\"+e.message);\r\n"
              + "}\r\n"
              + "finally\r\n"
              + "{\r\n"
              + "trace(\"hi \");\r\n"
              + "return \"hu\"+str;\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testInnerFunctions() {
      decompileMethod("testInnerFunctions", "var s:int = 0;\r\n"
              + "var innerFunc:Function = new function(b:String):*\r\n"
              + "{\r\n"
              + "trace(b);\r\n"
              + "};\r\n"
              + "var k:int = 5;\r\n"
              + "if(k==6)\r\n"
              + "{\r\n"
              + "s=8;\r\n"
              + "}\r\n"
              + "innerFunc(a);\r\n", false);
   }

   @Test
   public void testDeclarations() {
      decompileMethod("testDeclarations", "var vall:* = undefined;\r\n"
              + "var vstr:String = null;\r\n"
              + "var vint:* = 0;\r\n"
              + "var vuint:uint = 0;\r\n"
              + "var vclass:TestClass1 = null;\r\n"
              + "var vnumber:* = NaN;\r\n"
              + "var vobject:Object = null;\r\n"
              + "vall=6;\r\n"
              + "vstr=\"hello\";\r\n"
              + "vuint=7;\r\n"
              + "vint=-4;\r\n"
              + "vclass=new TestClass1();\r\n"
              + "vnumber=0.5;\r\n"
              + "vnumber=6;\r\n"
              + "vobject=vclass;\r\n", false);
   }

   @Test
   public void testForIn() {
      decompileMethod("testForIn", "var dic:Dictionary = null;\r\n"
              + "var item:Object = null;\r\n"
              + "for (item in dic)\r\n"
              + "{\r\n"
              + "trace(item);\r\n"
              + "}\r\n"
              + "for each (item in dic)\r\n"
              + "{\r\n"
              + "trace(item);\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testNames() {
      decompileMethod("testNames", "var ns:* = this.getNamespace();\r\n"
              + "var name:* = this.getName();\r\n", false);
   }

   @Test
   public void testComplexExpressions() {
      decompileMethod("testComplexExpressions", "var i:* = 0;\r\n"
              + "var j:* = 0;\r\n"
              + "j=i=i+(i=i+i++);\r\n", false);
   }

   @Test
   public void testExpressions() {
      decompileMethod("testExpressions", "var arr:Array = null;\r\n"
              + "var i:* = 5;\r\n"
              + "var j:* = 5;\r\n"
              + "if((i=i=i/2)==1||i==2)\r\n"
              + "{\r\n"
              + "arguments.concat(i);\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "if(i==0)\r\n"
              + "{\r\n"
              + "i=j++;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "arr[0]();\r\n"
              + "}\r\n"
              + "}\r\n"
              + "return i==0;\r\n", false);
   }

   @Test
   public void testArguments() {
      decompileMethod("testArguments", "return arguments[0];\r\n", false);
   }

   @Test
   public void testLogicalComputing() {
      decompileMethod("testLogicalComputing", "var b:* = false;\r\n"
              + "var i:* = 5;\r\n"
              + "var j:* = 7;\r\n"
              + "if(i>j)\r\n"
              + "{\r\n"
              + "j=9;\r\n"
              + "b=true;\r\n"
              + "}\r\n"
              + "b=(i==0||i==1)&&j==0;\r\n", false);
   }

   @Test
   public void testInc2() {
      decompileMethod("testInc2", "var a:* = [1];\r\n"
              + "a[this.getInt()]++;\r\n"
              + "var d:* = a[this.getInt()]++;\r\n"
              + "var e:* = ++a[this.getInt()];\r\n"
              + "var b:* = 1;\r\n"
              + "b++;\r\n"
              + "var c:* = 1;\r\n"
              + "b=c++;\r\n", false);
   }

   @Test
   public void testDecl2() {
      decompileMethod("testDecl2", "var k:* = 0;\r\n"
              + "var i:* = 5;\r\n"
              + "i=i+7;\r\n"
              + "if(i==5)\r\n"
              + "{\r\n"
              + "if(i<8)\r\n"
              + "{\r\n"
              + "k=6;\r\n"
              + "}\r\n"
              + "}\r\n"
              + "k=7;\r\n", false);
   }

   @Test
   public void testChain2() {
      decompileMethod("testChain2", "var g:Array = null;\r\n"
              + "var h:* = false;\r\n"
              + "var extraLine:* = false;\r\n"
              + "var r:* = 7;\r\n"
              + "var t:* = 0;\r\n"
              + "t=this.getInt();\r\n"
              + "if(t+1<g.length)\r\n"
              + "{\r\n"
              + "t++;\r\n"
              + "h=true;\r\n"
              + "}\r\n"
              + "if(t>=0)\r\n"
              + "{\r\n"
              + "trace(\"ch\");\r\n"
              + "}\r\n", false);
   }

   @Test
   public void testDoWhile2() {
      decompileMethod("testDoWhile2", "var k:* = 5;\r\n"
              + "do\r\n"
              + "{\r\n"
              + "k++;\r\n"
              + "if(k==7)\r\n"
              + "{\r\n"
              + "k=5*k;\r\n"
              + "}\r\n"
              + "else\r\n"
              + "{\r\n"
              + "k=5-k;\r\n"
              + "}\r\n"
              + "k--;\r\n"
              + "}\r\n"
              + "while(k>=9);\r\n"
              + "return 2;\r\n", false);
   }

   @Test
   public void testWhileAnd() {
      decompileMethod("testWhileAnd", "var a:* = 5;\r\n"
              + "var b:* = 10;\r\n"
              + "while(a>10&&b<1)\r\n"
              + "{\r\n"
              + "a++;\r\n"
              + "b--;\r\n"
              + "}\r\n"
              + "a=7;\r\n"
              + "b=9;\r\n", false);
   }

   @Test
   public void testNamedAnonFunctions() {
      decompileMethod("testNamedAnonFunctions", "var test:* = new function testFunc(param1:*, param2:int, param3:Array):Boolean\r\n"
              + "{\r\n"
              + "return (param1 as TestClass2).attrib1==5;\r\n"
              + "};\r\n", false);
   }

   @Test
   public void testStringConcat() {
      decompileMethod("testStringConcat", "var k:* = 8;\r\n"
              + "this.traceIt(\"hello\"+5*6);\r\n"
              + "this.traceIt(\"hello\"+(k-1));\r\n"
              + "this.traceIt(\"hello\"+5+6);\r\n", false);
   }
}