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= LZTestKit

This package extends lzunit with behavioral testing, asynchronous
test support, test case selection, and automated test sequencing.

* <b>Test case selection</b> runs a single test case within a test
  applet, without modifying the sources.  (You supply the name of the
  test case as a query parameter in the application URL.)  It allows
  you to use your test applet as your debugging scaffolding, without
  running a lot of code that you aren't interested in.

* <b>Automated test sequencing</b> runs all the test applets in a
  directory, in series, in a single browser window, stopping if one of
  them has an error.  It allows you to run all of a package's test
  cases from the browser by visiting a single url, instead of
  navigating to each url in turn.

* <b>Behavioral testing</b> implements mocks, stubs, and expectations.
  It allows you to *test* one class, while *stubbing* the classes that
  it depends on.  You can even verify that the tested class makes
  functions thatyou expect it to.  This is a loose port of rspec to

* <b>Asynchronous test support</b> allows you to write a test case
  that is only considered complete when the callback functions or
  delegates that it defines return.  If a test case creates a callback
  function, the test case is only complete when the callback function
  returns.  (Except if the callback function creates a callback
  function, etc.)

== Requirements

This package requires OpenLaszlo 3.4.0 or 4.0.6.  (Other versions
might work, but aren't tested.)

== Installation

* Download the latest version from {download-location}.

* Unpack it into your OpenLaszlo webapp directory; for example, at

* Visit e.g.
  and  (The
  first part of the path will be different if you've got a different
  version of OpenLaszlo, or if you've installed the servlet instead of
  the server).  You should be able to click on the examples and tests
  in order to run them.

== Features

=== Test case selection

If a test application is compiled with support for test case selection, you
can invoke it with a <tt>testCase=<em>{testCaseName}</em></tt> query parameter
to run only the test case named <em>{testCaseName}</em>.

Include <tt>lzunit-extensions.js</tt> in your application (or include
<tt>library.lzx</tt>, which includes this).  Then, include the
testCase={testCaseName} query parameter in the URL that you use to
open the application, where {testCaseName} is the name of the test
case.  Only this test case will execute.

See the example in <tt>examples/test-selection.lzx</tt>.

=== Automated test sequencing

Copy <tt>test/autorun/index.jsp</tt> into your test directory to run
all the test applications in that directory within a single browser
window, without user interaction.

Copy <tt>test/autorun/index.jsp</tt> into your test directory, and
update the includes at the top of the file to reflect the paths to the
lztestkit <tt>src</tt> and <tt>lib</tt> subdirectories.  By default,
this file will run files in its directory that match /test-*.lzx/;
this is a configuration parameter that it should be obvious how to

Each test cases should include <tt>autorun-lz.js</tt> via <script
src="autorun-lz.js"/>.  If you have a <tt>library.lzx</tt> file with
test scaffolding, you can place that directive there.

==== Support files
<tt>autorun-lz.js</tt>:: implements the OpenLaszlo side of automated execution
<tt>autorun-browser.js</tt>:: implements browser support
<tt>autorun-include.jsp</tt>:: is a JSP include that embeds the files in the current directory into the generated HTML for the index page
<tt>jquery-1.2.1.min.js</tt>:: is the jQuery library.  I didn't write this! but the browser support file needs it
<tt>swfobject.js</tt>:: is the swfobject library.  I didn't write this! but the browser support file needs it

=== Behavioral testing


This lets you write things like this in a test case:

  myMockObject = Mock.Create(MyClass);
  myMockObject.mock.expects.aMethod(1, 'arg', {name:2});
  // call a fn that invokes myMockObject.aMethod(1, 'arg', {name:2})

  myMockObject.stub('aMethod', 'arg1', 'arg2', Function)
  // call a fn that invokes myMockObject.aMethod('arg1', 'arg2', function(n) {...})
  // and expects the funarg to be called back with n=1

  calling(anObject, 'methodName', 'arg1'), 'method', 'some', 'arguments')
    .and.send(anObject, 'onchange', 'data')

  constructing('MyClass', 'initarg'), 'method', 'some', 'arguments')

==== Implementation

<tt>lzmock.js</tt>:: TODO
<tt>lzspec.js</tt>:: TODO
<tt>lzunit-extensions.js</tt>:: adds <tt>assertNotEquals</tt>, <tt>assert[Not]Contains</tt>, and <tt>assertFasterThan</tt> methods to <tt>TestCase</tt>
<tt>jsspec.js</tt>::  js-level support for lzspec (without OpenLaszlo dependencies)
<tt>hopkit.js</tt>:: support file for jsspec and lzmock

=== Asynchronous test support


This features allows lzunit to run asynchronous tests, which are not
complete until a delegate or callback has been called.  A typical
usage pattern is the following test, which asserts that setTimeout
delays at least the requested amount of time:

  <method name="testSetTimeout" args="c">
    var interval = 1000,
        startTime = new Date;
    // c(function(){...}) is equivalent to function(){...}
    // except that it re-enters the dynamic bindings of the
    // test case.
    setTimeout(c(function() {
      var endTime = new Date;
      assertTrue(endTime - startTime >= interval);
    }), interval);

For now, see <tt>examples/test-lzunit-async.lzx</tt>.  The new methods are
also copiously documented in <tt>src/lzunit-async.lzx</tt>.

== Support Files

The browser support for autorun relies on jQuery and swfobject.  I've
included versions of these in the <tt>src</tt> directory.

The behavioral testing files use hopkit.js to define chains.
<tt>hopkit</tt> isn't otherwise ready for general release; and it's
not necessary to use this file directly.

== License

LzTestKit is copyright (c) 2007 Oliver Steele.  It is open-source
software, and may be redistributed under the terms of the MIT
license. The text of this licence is included in the LzTestKit