Get Acquainted with the New Advanced Features of = JUnit 4

From: Subject: Get Acquainted with the New Advanced Features of JUnit 4 Date: Fri, 28 Dec 2007 08:46:58 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01C8492E.34CF6730" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.3198 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C8492E.34CF6730 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.devx.com/Java/Article/31983/1954?pf=true Get Acquainted with the New Advanced Features of = JUnit 4


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Get Acquainted with the New Advanced = Features of=20 JUnit 4

Learn how to migrate from JUnit 3.8 to = JUnit 4.=20 Discover version 4's new features, including extensive use of = annotations,=20 and find out the status on IDE integration.

by Antonio Goncalves =

oes = anybody=20 need an introduction on JUnit? No? OK, so I'll assume that you = know this=20 Java = unit testing=20 framework created by Kent Beck and Erich Gamma and skip the=20 introduction. Instead I will focus on the migration process from = JUnit 3.8=20 to the latest version, JUnit 4, and its integration in IDEs and = Ant.=20

JUnit 4 is a completely different API from the versions that = came=20 before it and depends on new features of Java 5.0 (annotations, = static=20 import=85). As you'll see, JUnit 4 is simpler, richer, and easier to use and = introduces more=20 flexible initialization and cleanup, timeouts, and parameterized = test=20 cases.=20

Nothing beats a bit of code for clarification. I'll use an = example that=20 I can use to illustrate different test cases throughout the = article: a=20 calculator. The sample calculator is very simple, inefficient, and = even=20 has a few bugs; it only manipulates integers and stores the result = in a=20 static variable. Substract method does not return a valid result, = multiply=20 is not implemented yet, and it looks like there is a bug on the = squareRoot=20 method: It loops infinitely. These bugs will help illustrate the=20 efficiency of the tests in JUnit 4. You can switch this calculator = on and=20 off and you can clear the result. Here is the code:


package calc;

public class Calculator {

    private static int result;          // Static variable where the =
result is stored

    public void add(int n) {
        result =3D result + n;
    }

    public void substract(int n) {
        result =3D result - 1;          //Bug : should be result =3D =
result - n
    }

    public void multiply(int n) {}     //Not implemented yet

    public void divide(int n) {
        result =3D result / n;
    }

    public void square(int n) {
        result =3D n * n;
    }

    public void squareRoot(int n) {
        for (; ;) ;                    //Bug : loops indefinitely
    }

    public void clear() {               // Cleans the result
        result =3D 0;
    }

    public void switchOn() {          // Swith on the screen, display =
"hello", beep
        result =3D 0;                    // and do other things that =
calculator do nowadays
    }

    public void switchOff() { }	     // Display "bye bye", beep, switch =
off the screen

    public int getResult() {
        return result;
    }
}

Migrating a Test Class
Now I'll take a simple test = class=20 already written in JUnit 3.8 and migrate it to JUnit 4. This class = has=20 some flaws: It does not test all the business methods and it looks = like=20 there is a bug in the testDivide method (8/2 is not equal to 5). = Because=20 the implementation of multiply is not ready, its test is written = but=20 ignored.=20

The differences between the two frameworks are highlighted in = bold (see=20 Table 1).=20

Table 1. CaculatorTest in JUnit 3.8 and JUnit 4

JUnit 3.8 = JUnit 4 =

package junit3; import = calc.Calculator; import junit.framework.TestCase; = public class CalculatorTest extends TestCase = { private static Calculator calculator =3D=20 new Calculator(); @Override protected = void setUp() { calculator.clear(); } = public void testAdd() { calculator.add(1); = calculator.add(1); assertEquals(calculator.getResult(), 2); = } public void testSubtract() { = calculator.add(10); calculator.subtract(2); = assertEquals(calculator.getResult(), 8); } public = void testDivide() { calculator.add(8); = calculator.divide(2); assert calculator.getResult() =3D=3D = 5; } public void testDivideByZero() { try = { calculator.divide(0); fail(); } catch = (ArithmeticException e) { } } public void = notReadyYetTestMultiply() { calculator.add(10); = calculator.multiply(10); assertEquals(calculator.getResult(), = 100); } }

package junit4; import = calc.Calculator; import org.junit.Before; import = org.junit.Ignore; import org.junit.Test; import static = org.junit.Assert.*; public class CalculatorTest { = private static Calculator calculator =3D=20 new Calculator(); @Before = public void clearCalculator() { = calculator.clear(); } @Test public void = add() { calculator.add(1); calculator.add(1); = assertEquals(calculator.getResult(), 2); } = @Test public void subtract() { = calculator.add(10); calculator.subtract(2); = assertEquals(calculator.getResult(), 8); } = @Test public void divide() { = calculator.add(8); calculator.divide(2); assert = calculator.getResult() =3D=3D 5; } @Test(expected =3D = ArithmeticException.class) public void divideByZero() { = calculator.divide(0); } @Ignore("not ready = yet") @Test public void multiply() { = calculator.add(10); calculator.multiply(10); = assertEquals(calculator.getResult(), 100); = } }

Packages
First of all, you can see that JUnit 4 uses = org.junit.* package while JUnit 3.8 uses junit.framework.*. Of course, for backward = compatibility,=20 the JUnit 4 jar file ships with both packages.=20

Inheritance
Test classes do not have to extend junit.framework.TestCase anymore. In fact, they = don't have=20 to extend anything. JUnit 4 has decided to use annotations = instead. To be=20 executed as a test case, a JUnit 4 class needs at least one @Test=20 annotation. For example, if you write a class with only @Before = and @After=20 annotations without at least one @Test method, you will get an = error when=20 trying to execute it: java.lang.Exception: No = runnable=20 methods.=20

Assert Methods
Because in JUnit 4 a test class = doesn't=20 inherit from TestCase (where assertEquals() methods=20 are defined in JUnit 3.8), you have to use the prefixed syntax = (e.g. Assert.assertEquals()) or, thanks to JDK 5.0, = import=20 statically the Assert class. In doing so, you can then use assertEquals methods exactly the way you have = used them=20 previously (e.g. assertEquals ()).=20

There are two new assertion methods in JUnit 4. They are used = to=20 compare arrays of objects. Both arrays are equal if each element = they=20 contain is equal.


public static void assertEquals(String message, Object[] expecteds, =
Object[] actuals);
public static void assertEquals(Object[] expecteds, Object[] actuals);

Twelve assertEquals methods have totally disappeared thanks = to the autoboxing of the JDK 5.0. Methods such as = assertEquals(long, long)=20 in JUnit 3.8 use the assertEquals(Object, Object) in JUnit 4. It = is the=20 same for assertEquals(byte, byte), assertEquals(int, int), and so = on. This=20 will help prevent the antipattern "Using the Wrong Assert" (see http://www-128.ibm.com/developerworks/opensource/library/= os-junit/=20 and http://www.exubero.com/junit/antipatterns.html = ).=20

A novelty with JUnit 4 is the neat integration of the assert = keyword=20 (divide() method in our example). You can use it as you would use = the=20 assertEquals methods, because they both throw the same exception=20 (java.lang.AssertionError). JUnit 3.8 assertEquals would throw a=20 junit.framework.AssertionFailedError. Note that when using assert, = you=20 must specify the =96ea parameter to Java; if not, asserts are = ignored (see=20 "Programming with Asserts").=20

Fixture
Fixtures are methods to initialize and = release any=20 common objects during tests. In JUnit 3.8 you would use setUp() for initialization before running each = test and=20 then tearDown() for cleaning purposes = after each=20 test had completed. Both methods are overridden from the TestCase = class=20 and therefore are uniquely defined. Note that I'm using the Java = 5.0=20 built-in @Override annotation for the setup method=97this = annotation=20 indicates that the method declaration is intended to override the = method=20 declaration in a superclass. Instead, JUnit 4 uses @Before and = @After=20 annotations. These methods can be called by any name (clearCalculator() in our example). I'll explain = more about=20 these annotations later in the article.=20

Tests
JUnit 3.8 recognizes a test method by analyzing = its=20 signature: The method name has to be prefixed with 'test', it must = return=20 void, and it must have no parameters (e.g. public = void=20 testDivide()). A test method that doesn't follow this = naming=20 convention is simply ignored by the framework and no exception is = thrown,=20 indicating a mistake has been made.=20

JUnit 4 doesn't use the same conventions. A test method does = not have=20 to be prefixed with 'test' but instead uses the @Test annotation. = As in=20 the previous framework, a test method must return void and have no = parameters. With JUnit 4 this is controlled at runtime and throws = an=20 exception if not respected:


java.lang.Exception: Method xxx should have no parameters
java.lang.Exception: Method xxx should be void

The @Test annotation supports the optional expected=20 parameters. It declares that a test method should throw an = exception. If=20 it doesn't or if it throws a different exception than the one = declared,=20 the test fails. In our example, dividing an integer by zero should = raise=20 an ArithmeticException.=20

Ignoring a Test
Remember that the multiply method is = not=20 implemented. However, you don't want the test to fail, you just = want it=20 ignored. How do you temporarily disable a test with JUnit 3.8? By=20 commenting it or changing the naming conventions so that the = runner=20 doesn't find it. In my example I used the method name notReadyYetTestMultiply(). It doesn't start with = 'test' so=20 it won't be recognized. The problem is that in the middle of = thousands of=20 other tests, you might not remember to rename this method.=20

To ignore a test in JUnit 4 you can comment a method or delete = the=20 @Test annotation (you can't change the naming conventions anymore = or an=20 exception would be thrown). However, the problem will remain: The = runner=20 will not report such a test. You can now add the @Ignore = annotation in=20 front or after @Test. Test runners will report the number of = ignored=20 tests, along with the number of tests that ran and the number of = tests=20 that failed. Note that @Ignore takes an optional parameter (a = String) if=20 you want to record why a test is being ignored.=20

Running the Tests
In JUnit 3.8 you could choose from = several=20 runners: text, AWT, or Swing. JUnit 4 only uses text runners. = Remember the=20 tagline underneath the JUnit logo? "Keep the bar green to keep the = code=20 clean." Well, JUnit 4 will not display any green bar to inform you = that=20 your tests have succeeded. If you want to see any kind of green = you'll=20 need to use JUnit=20 extensions or an IDE that integrates JUnit such as IDEA or = Eclipse"=20

First, I want to run the JUnit 3.8 test class with the good old = junit.textui.TestRunner (with the =96ea = parameter to take=20 into account the assert keyword).


java -ea junit.textui.TestRunner junit3.CalculatorTest

..F.E.

There was 1 error:
1) testDivide(junit3.CalculatorTest)java.lang.AssertionError
        at junit3.CalculatorTest.testDivide(CalculatorTest.java:33)

There was 1 failure:
1) =
testSubtract(junit3.CalculatorTest)junit.framework.AssertionFailedError: =
expected:<9> but was:<8>
        at junit3.CalculatorTest.testSubtract(CalculatorTest.java:27)

FAILURES!!!
Tests run: 4,  Failures: 1,  Errors: 1

TestDivide produces an error because assert ensures that = 8/2=20 does not equal 5. TestSubstract produces a failure because 10-2 = should be=20 equal to 8 but there is a bug in the implementation and it returns = 9.=20

Now I'll run both classes with the new org.junit.runner.JUnitCore runner, which acts = like a=20 facade for running tests. It can execute JUnit 4 and JUnit 3.8 = tests as=20 well as a mixture of both.


java =96ea org.junit.runner.JUnitCore junit3.CalculatorTest
JUnit version 4.1

..E.E.

There were 2 failures:
1) testSubtract(junit3.CalculatorTest)
junit.framework.AssertionFailedError: expected:<9> but =
was:<8>
        at junit.framework.Assert.fail(Assert.java:47)
2) testDivide(junit3.CalculatorTest)
java.lang.AssertionError
        at junit3.CalculatorTest.testDivide(CalculatorTest.java:33)

FAILURES!!!
Tests run: 4,  Failures: 2

***


java =96ea org.junit.runner.JUnitCore junit4.CalculatorTest
JUnit version 4.1

...E.EI

There were 2 failures:
1) subtract(junit4.CalculatorTest)
java.lang.AssertionError: expected:<9> but was:<8>
        at org.junit.Assert.fail(Assert.java:69)
2) divide(junit4.CalculatorTest)
java.lang.AssertionError
        at junit4.CalculatorTest.divide(CalculatorTest.java:40)

FAILURES!!!
Tests run: 4,  Failures: 2

The first visible difference is that the JUnit version = number=20 is displayed in the console (4.1). The second is that JUnit 3.8=20 differentiates failures and errors. JUnit 4 makes it simpler by = only using=20 failures. A novelty is the letter "I", which indicates that a test = has=20 been ignored.=20

Advanced Tests
Now I'll demonstrate some advanced = features=20 of JUnit 4. Listing 1=20 is a new test class, AdvancedTest, that extends AbstractParent.=20

Advanced Fixture
Both classes use the new annotations = @BeforeClass and @AfterClass as well as @Before and @After. The = main=20 differences between these annotations are shown in Table 2.=20

Table 2. @BeforeClass/@AfterClass vs. @Before/@After

@BeforeClass and=20 @AfterClass @Before and = @After=20

Only one method = per class=20 can be annotated. Multiple methods = can be=20 annotated. Order of execution is unspecified. Overridden = methods are=20 not run.

Method names are = irrelevant Method names are = irrelevant

Runs once per = class Runs = before/after each test=20 method

@BeforeClass = methods of=20 superclasses will be run before those of the current class.=20 @AfterClass methods declared in superclasses will be run = after those=20 of the current class. @Before in = superclasses are=20 run before those in subclasses. @After in superclasses are = run after=20 those in subclasses.

Must be public = and=20 static. Must be public = and non=20 static.

All @AfterClass = methods are=20 guaranteed to run even if a @BeforeClass method throws an=20 exception. All @After = methods are=20 guaranteed to run even if a @Before or @Test method throws = an=20 exception.

@BeforeClass and @AfterClass can be very useful if you need to = allocate=20 and release expensive resources only once. In our example the=20 AbstractParent starts and stops the entire test system using these = annotations on startTestSystem() and stopTestSystem() methods. And it initializes and = cleans=20 the system using @Before and @After. The child class AdvancedTest = also=20 uses a mixture of these annotations.=20

It is not good practice to have System.out.println in your test = code,=20 but in this case it helps to understand the order these = annotations are=20 called. When I run AdvancedTest I get:


Start test system                //@BeforeClass of parent
  Switch on calculator           //@BeforeClass of child

    Initialize test system       //First test
    Clear calculator

    Initialize test system       //Second test
    Clear calculator
    Clean test system

    Initialize test system       //Third test
    Clear calculator
    Clean test system

    Initialize test system       //Forth test
    Clear calculator
    Clean test system

  Switch off calculator          //@AfterClass of child
Stop test system                 //@AfterClass of parent

As you can see @BeforeClass and @AfterClass are only called = once, meanwhile @Before and @After are called for each test.=20

Timeout Tests
In the previous example I wrote a test = case for=20 the squareRoot() method. Remember that = there is a=20 bug in this method which causes it to loop indefinitely. I want = this test=20 to exit after 1 second if there is no result. That's what the = timeout=20 parameter does. This second optional parameter of the @Test = annotation=20 (the first one was expected), causes a test to fail if it takes = longer=20 than a specified amount of clock time (milliseconds). When I run = the test=20 I get:


There was 1 failure:
1) squareRoot(junit4.AdvancedTest)
java.lang.Exception: test timed out after 1000 milliseconds
        at =
org.junit.internal.runners.TestMethodRunner.runWithTimeout(TestMethodRunn=
er.java:68)
        at =
org.junit.internal.runners.TestMethodRunner.run(TestMethodRunner.java:43)=


FAILURES!!!
Tests run: 4,  Failures: 1

Parameterized Tests
In Listing 1 I tested the = squareRoot=20 <<it is the square method not the squareRoot>> method = by=20 creating several test methods (square2, square4, square5), which = do=20 exactly the same thing, parameterized by some variables. This = copy/paste=20 technique can now be optimized using a parameterized test case = (see Listing 2).=20

The test case in Listing 2 uses = two new=20 annotations. When a class is annotated with @RunWith, JUnit will = invoke=20 the class referenced to run the tests instead of the default = runner. To=20 use a parameterized test case, you need to use the runner org.junit.runners.Parameterized. To know which = parameters=20 to use, the test case needs a public static method (here data() but the name is irrelevant) that returns = a=20 Collection and is annotated with @Parameters. You also need a = public=20 constructor that takes these parameters.=20

When running this class, the output is:


java org.junit.runner.JUnitCore junit4.SquareTest
JUnit version 4.1

.......E

There was 1 failure:
1) square[6](junit4.SquareTest)
java.lang.AssertionError: expected:<48> but was:<49>
        at org.junit.Assert.fail(Assert.java:69)

FAILURES!!!
Tests run: 7,  Failures: 1

There are seven tests executed (the seven dots '.'), as if=20 seven individual square methods were written. Note that we have a = failure=20 in our test because the square of 7 is 49, not 48.=20

Suite
To run several test classes into a suite in = JUnit 3.8=20 you had to add a suite() method to your = classes.=20 With JUnit 4 you use annotations instead. To run the = CalculatorTest and=20 SquareTest you write an empty class with @RunWith and @Suite = annotations.


package junit4;

import org.junit.runner.RunWith;
import org.junit.runners.Suite;

@RunWith(Suite.class)
@Suite.SuiteClasses({
        CalculatorTest.class,
        SquareTest.class
        })
public class AllCalculatorTests {
}

Again, the @RunWith annotation is telling JUnit to use the=20 org.junit.runner.Suite. This runner allows = you to=20 manually build a suite containing tests from many classes. The = names of=20 these classes are defined in the @Suite.SuiteClass.=20 When you run this class, it will run CalculatorTest and = SquareTest. The=20 output is:


java -ea org.junit.runner.JUnitCore junit4.AllCalculatorTests
JUnit version 4.1

...E.EI.......E

There were 3 failures:
1) subtract(junit4.CalculatorTest)
java.lang.AssertionError: expected:<9> but was:<8>
        at org.junit.Assert.fail(Assert.java:69)
2) divide(junit4.CalculatorTest)
java.lang.AssertionError
        at junit4.CalculatorTest.divide(CalculatorTest.java:40)
3) square[6](junit4.SquareTest)
java.lang.AssertionError: expected:<48> but was:<49>
        at org.junit.Assert.fail(Assert.java:69)

FAILURES!!!
Tests run: 11,  Failures: 3

Runner
It may not be obvious but JUnit 4 uses=20 runners extensively. If @RunWith is not specified, your class will = still=20 be executed with a default runner (org.junit.internal.runners.TestClassRunner). The = original=20 Calculator class doesn't explicitly declare a runner, so therefore = it uses=20 the default. A class containing a method with @Test has a @RunWith = by=20 implication. In fact, you could add the following code to the = Calculator=20 class and the output would be exactly the same.


import org.junit.internal.runners.TestClassRunner;
import org.junit.runner.RunWith;

@RunWith(TestClassRunner.class)
public class CalculatorTest {
...
}

In the case of the @Parameterized and @Suite I needed a=20 special runner to execute my test cases. That's why I explicitly = annotated=20 them.=20

Tools Integration (or Lack Thereof)
As I'm writing = this=20 article, JUnit 4 integration in IDEs is not yet perfect. In fact = if you=20 try to run the test classes we=92ve just seen, they will not work = in any IDE=20 because they are not recognized as being test classes. For forward = compatibility JUnit 4 comes with an adapter (junit.framework.JUnit4TestAdapter) that you have = to use in=20 a suite() method. Here is the code you = have to add=20 in every class to make them understandable by IDEs, Ant, and JUnit = 3.8=20 text runner:


    public static junit.framework.Test suite() {
        return new JUnit4TestAdapter(CalculatorTest.class);
    }

Intellij IDEA
IDEA 5 does not integrate JUnit 4. = We=20 will have to wait for IDEA 6. In the meantime I've used the early = access=20 version (Demetra build 5321). The parameterized test case didn't = work. Figure 1 shows = the=20 CalculatorTest executing (the ignored test is represented with a = different=20 icon).=20

Figure = 1.=20 IDEA Demetra is only running CalculatorTest.
Figure = 2.=20 Eclipse 3.2RC7 is running the suite class=20 = AllCalculatorTests.

EclipseI=92ve=20 used the version 3.2 RC7 of Eclipse. It is not a stable version = but the=20 integration with JUnit 4 is much better than with IDEA. Figure 2 shows = what you=20 get when running the AllCalculatorTests class.=20

As you can see, the parameterized test case (SquareTest) is = represented=20 as seven individual tests.=20

Ant Integration
The junit task currently only = supports JUnit=20 3.8 style tests, meaning you also have to wrap your JUnit 4 tests = in a=20 JUnit4TestAdapter in order to run them in Ant. The <junit> task is used in exactly the same = way as in=20 JUnit 3.8:


    <!-- Test -->
    <target name=3D"test" depends=3D"compile">
        <junit fork=3D"yes" haltonfailure=3D"yes">
            <test name=3D" junit4.AllCalculatorTests"/>
            <formatter type=3D"plain" usefile=3D"false"/>
            <classpath refid=3D"classpath"/>
        </junit>
    </target>

JUnit: Losing Market or Coming Back Strong?
For a = long time JUnit was the defacto unit testing framework. But lately = not=20 much has happened to this framework: no major release, no notable = new=20 features. This is possibly the reason why other frameworks, such = as Test-NG have = started taking=20 over.=20

With this new version, JUnit is back on track. It has new APIs = and now=20 uses annotations, making it easier to develop test cases. In fact, = the=20 JUnit developers have started to think of new, future annotations. = For=20 example, you could add a @Prerequisite annotation for a test case = that=20 depends on prerequisites (e.g. you need to be online to execute = this=20 test); or add a @Repeat annotation that would specify the number = of=20 repetitions along with a timeout (e.g. repeat a test five times to = make=20 sure there is a real timeout problem); or even add a platform = parameter to=20 the @Ignore annotation (e.g. @Ignore(platform=3Dmacos), which = would ignore a=20 test only if you run on a MacOS platform). As you can see, JUnit = is still=20 alive with a promising future.=20

Antonio Goncalves is a senior architect = specialized=20 in Java/J2EE. Former BEA consultant he now helps insurance, = finance and=20 telecommunication clients set up their architectures. He also = teaches J2EE=20 at CNAM University in = Paris.

DevX is a division of = Jupitermedia=20 Corporation
=A9 Copyright 2005 Jupitermedia Corporation. All = Rights=20 Reserved. Legal=20 Notices

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FONT-WEIGHT: bold; FONT-SIZE: 24px; COLOR: black; LINE-HEIGHT: 25px; = FONT-FAMILY: Verdana, Arial, Geneva } ------=_NextPart_000_0000_01C8492E.34CF6730 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.devx.com/scripts/globalFuncs.js function editWidget(widget_ID, host) { var winProps =3D = "width=3D850,height=3D600,titlebar=3D0,toolbar=3D0,location=3D0,menubar=3D= 0,scrollbars=3D1,resizable=3D1,channelmode=3D0,directories=3D0,status=3D1= "; = window.open("http://"+host+"/cms/popup.cfm?methodId=3D113&popup=3D1&wid=3D= " + widget_ID, "widgetEditor", winProps, true); } function editContent(content_id) { var winProps =3D = "width=3D800,height=3D570,titlebar=3D0,toolbar=3D0,location=3D0,menubar=3D= 0,scrollbars=3D1,resizable=3D1,channelmode=3D0,directories=3D0,status=3D1= "; window.open("/cms/popup.cfm?methodId=3D8&popup=3D1&id=3D" + content_id, = "contentEditor", winProps, true); } function popUpWindow(theURL, width, height) { var winProps =3D "width=3D" + width + ",height=3D" + height; winProps +=3D = ",titlebar=3D0,toolbar=3D0,location=3D0,menubar=3D0,scrollbars=3D1,resiza= ble=3D1,channelmode=3D0,directories=3D0,status=3D1"; window.open(theURL,"popUp",winProps,true); } function popUpNoResize(theURL, width, height) { var winProps =3D "width=3D" + width + ",height=3D" + height; winProps +=3D = ",titlebar=3D0,toolbar=3D0,location=3D0,menubar=3D0,scrollbars=3D1,resiza= ble=3D0,channelmode=3D0,directories=3D0,status=3D1"; window.open(theURL,"popUp",winProps,true); } function popUpNoScroll(theURL, width, height) { var winProps =3D "width=3D" + width + ",height=3D" + height; winProps +=3D = ",titlebar=3D0,toolbar=3D0,location=3D0,menubar=3D0,scrollbars=3D0,resiza= ble=3D1,channelmode=3D0,directories=3D0,status=3D1"; window.open(theURL,"popUp",winProps,true); } function emailCheck(emailStr) { /* author: Sandeep V. Tamhankar (stamhankar@hotmail.com) */ /* conforms closely to RFC 822. */ =09 /* The following pattern is used to check if the entered e-mail address = */ /* fits the user@domain format. It also is used to separate the = username */ /* from the domain. */ var emailPat=3D/^(.+)@(.+)$/; /* The following string represents the pattern for matching all special = */ /* characters. We don't want to allow special characters in the = address. */ /* These characters include ( ) < > @ , ; : \ " . [ ] */ var specialChars=3D"\$\$<>@,;:\\\\\\\"\\.\\[\\]"; /* The following string represents the range of characters allowed in a = */ /* username or domainname. It really states which chars aren't = allowed. */ var validChars=3D"\[^\\s" + specialChars + "\]"; /* The following pattern applies if the "user" is a quoted string (in = */ /* which case, there are no rules about which characters are allowed */ /* and which aren't; anything goes). E.g. "jiminy cricket"@disney.com = */ /* is a legal e-mail address. */ var quotedUser=3D"(\"[^\"]*\")"; /* The following pattern applies for domains that are IP addresses, = */ /* rather than symbolic names. E.g. joe@[123.124.233.4] is a legal */ /* e-mail address. NOTE: The square brackets are required. */ var ipDomainPat=3D/^\[(\d{1,3})\.(\d{1,3})\.(\d{1,3})\.(\d{1,3})\]$/; /* The following string represents an atom (basically a series of = non-special characters.) */ var atom=3DvalidChars + '+'; /* The following string represents one word in the typical username.*/ /* For example, in john.doe@somewhere.com, john and doe are words. */ /* Basically, a word is either an atom or quoted string. */ var word=3D"(" + atom + "|" + quotedUser + ")"; // The following pattern describes the structure of the user var userPat=3Dnew RegExp("^" + word + "(\\." + word + ")*$"); /* The following pattern describes the structure of a normal symbolic = domain, as opposed to ipDomainPat, shown above. */ var domainPat=3Dnew RegExp("^" + atom + "(\\." + atom +")*$") ; /* Finally, let's start trying to figure out if the supplied address is = valid. */=09 /* Begin with the coarse pattern to simply break up user@domain into = different pieces that are easy to analyze. */ var matchArray=3DemailStr.match(emailPat); if (matchArray=3D=3Dnull) { /* Too many/few @'s or something; basically, this address doesn't even = fit the general mould of a valid e-mail address. */ alert("Email address seems incorrect (check @ and .'s)"); return false; } var user=3DmatchArray[1]; var domain=3DmatchArray[2]; =09 // See if "user" is valid=20 if (user.match(userPat)=3D=3Dnull) { // user is not valid alert("The username doesn't seem to be valid."); return false; } =09 /* if the e-mail address is at an IP address (as opposed to a symbolic = host name) make sure the IP address is valid. */ var IPArray=3Ddomain.match(ipDomainPat); if (IPArray!=3Dnull) { // this is an IP address for (var i=3D1;i<=3D4;i++) { if (IPArray[i]>255) { alert("Destination IP address is invalid!"); return false; } } return true; }=09 // Domain is symbolic name var domainArray=3Ddomain.match(domainPat); if (domainArray=3D=3Dnull) { alert("The domain name doesn't seem to be valid."); return false; }=09 /* domain name seems valid, but now make sure that it ends in a */ /* three-letter word (like com, edu, gov) or a two-letter word, */ /* representing country (uk, nl), and that there's a hostname = preceding */ /* the domain or country. */ =09 /* Now we need to break up the domain to get a count of how many atoms = it consists of. */ var atomPat=3Dnew RegExp(atom,"g"); var domArr=3Ddomain.match(atomPat); var len=3DdomArr.length; if (domArr[domArr.length-1].length<2 ||=20 domArr[domArr.length-1].length>4) { // the address must end in a two, three, or four letter word (four = letter to support the .name domain) alert("The address must end in a three or four letter domain, or two = letter country."); return false; } =09 // Make sure there's a host name preceding the domain. if (len<2) { var errStr=3D"This address is missing a hostname!"; alert(errStr); return false; } =09 // If we've gotten this far, everything's valid! return true; } function forgotPassword(email) { var theURL =3D "/passwordLookup.cfm?emailAddr=3D" + email; popUpWindow(theURL, 300,320); } function trackClick(contentID,destURL,userID,trackingKey,title) { var xmlhttp =3D false; var theURL =3D = "http://www.devx.com/RSSLinkTracker/RSSLinkTracker.cfm?contentID=3D" + = contentID + "&destURL=3D" + destURL + "&userID=3D" + userID + "&trk=3D" = + trackingKey + "&title=3D" + title; if (!xmlhttp && typeof XMLHttpRequest!=3D'undefined') { try { xmlhttp =3D new XMLHttpRequest(); } catch (e) { xmlhttp=3Dfalse; } } if (!xmlhttp && window.createRequest) { try { xmlhttp =3D window.createRequest(); } catch (e) { xmlhttp=3Dfalse; } } =09 xmlhttp.open("GET", theURL, true); =09 xmlhttp.send(null) } ------=_NextPart_000_0000_01C8492E.34CF6730--