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1		-* [[||anchor="Approaches to Testing"]]
2		-* [[||anchor="Tools"]]
3		-* [[||anchor="Document Review"]]
	1	+There are many documents relevant to testing that should be evaluated for veracity, usefulness and relevance:
4	4
5		-== Approaches to Testing ==
	3	+* http:~/~/wiki.objectstyle.org/confluence/display/WO/Project+WONDER-Frameworks-ERSelenium
	4	+* http:~/~/wiki.objectstyle.org/confluence/display/WONDER/Selenium+Introduction
	5	+* http:~/~/wiki.objectstyle.org/confluence/display/WO/Web+Services-Testing+Services+with+Terminal
	6	+* http:~/~/wiki.objectstyle.org/confluence/display/WO/Web+Applications-Development-Testing+and+JUnit
	7	+* http:~/~/wiki.objectstyle.org/confluence/display/WONDER/How+to+Develop+Selenium+Tests
	8	+* http:~/~/wiki.objectstyle.org/confluence/display/WO/Testing-Load+Testing+WO+Apps+with+JMeter
	9	+* http:~/~/wiki.objectstyle.org/confluence/display/WO/Testing-JUnit
	10	+* http:~/~/wiki.objectstyle.org/confluence/display/WO/Testing-WOUnitTest
6	6
7		-There are different kinds of tests and different approaches to testing. No one technology or approach will work for everyone. These are some of the relevant technologies and issues in testing WebObjects and WOnder applications and frameworks.
	12	+== Junit Testing of Project Wonder in Ant Builds ==
8	8
9		-"Framework testing" is testing that is oriented to testing the WebObjects frameworks or the WOnder frameworks themselves. "Application testing" is testing of an application or applications that are built using WebObjects or WOnder frameworks. There is obviously some overlap here. If one has an application, but with Wonder, one is obviously using and therefore implicitly testing both the WebObjects and WOnder frameworks. "Framework testing" is explicitly testing just the framework functionality in as general a way as possible. There are tests which seem to straddle these two. But one can look at the intent. For example, two of the applications in Project WOnder are the "AjaxExample" and "BugTracker." The AjaxExample application is just a list of pages showing things that can be done. Nobody would construct an app like this for real work. On the other hand, the BugTracker app was created to be used by real people for tracking real bugs. It also demonstrates and provides a test for advanced features in WebObjects and WOnder. An application like AjaxExample can be easily changed so that it is easy to test. BugTracker cannot be so easily changed. On the other hand, BugTracker is more like a real-world application and so we care about it a bit more than a demonstration project. It may end up being less convenient to test BugTracker, but it may be more important to test it.
	14	+I have checked in changes to the ant build files. The result of these is:
10	10
11		-There may also be a distinction between API tests, functional tests and perforance tests. In functional testing, one looks at some interface to an application and tests it to see if it does what it does. For example, if one launches the BugTracker app and clicks things and checks what they do, that is functional testing. If one looks at the API of a class, such as the er.extensions.foundation.ERXThreadStorage class, and determines what methods can be called on it and calls them, that is API testing. One can usually do API testing from a command-line interface and junit is probably the tool of choice for this. Functional testing is not so simple. One can manually exercise an app, which may be called the "clicks and eyeballs" approach. This works well, but does not scale. It becomes dull, people miss things, and we do not have robots to do it for us. One can use a test runner to interact with a running WebObjects/WOnder application. Performance testing often looks like functional testing, but the focus is different. It is not on seeing if things work, but how fast they work. In performance testing, one may have to use measurement tools which are not resistant to errors. In other words, performance testing may only work when everything else has been tested. One can do performance and functional testing at the same time, but perhaps one should not.
	16	+1. 1) If you do a build as you used to do a build, there should be no change.
	17	+1. 2) There are two targets at the top-level:
	18	+1*. test-all - does a clean and then build of frameworks,applications, and examples with Dinclude.tests=true.
	19	+1*. test-run - calls a junit test on selected proje
	20	+1. 3) If the "test-all" target is invoked, then, in addition to any test sources being built in the other projects, the Wonder/Tests/ERXTest project is built. Is anyone involved in that project? If not, no harm, no foul.
	21	+1. 4) I added a little stub of a test to ERExtensions. It does nothing right now.
	22	+1. 5) I added a top-level target for "build" in Wonder/build.xml, just because it should be there.
12	12
13		-== Tools ==
	24	+Various things are needed to enable testing in a project:
14	14
15		-Here are some relevant tools. It may be useful to search for their names in this wiki.
	26	+1. 1) There must be a "Tests" directory in the top level of the project. So chill has spoken and thus it shall be done. Put junit test java sources under that.
	27	+1. There must be a parameter which defines the main test class. This could be a TestSuite, which would then invoke all the tests in the project. For example, the "ERChronic.all" target in the Build/build/build.xml file now includes the line:
	28	+1*. <param name="test.className" value="er.chronic.ChronicTestSuite" />
16	16
17		-* [[Junit]] for API testing
18		-* [[Selenium]] for functional and some API testing
19		-* [[WOUnitTest]] for functional testing (Is WOUnitTest current and being maintained? rrk)
20		-* [[JMeter]] for performance testing
	30	+If there is no Tests directory in a project or if there are no sources in the Tests directory, then a build for testing does nothing more than a normal build. If there is no test.className property set in a project's target, then a build for testing does nothing more than a normal build. If there is no test.className property or there are no test classes in the jar files in the build root, then no tests from that project will be run. An example of a "test-run" appears below.\\
21	21
22		-Questions still to be answered include the different approaches one must take to different kinds of applications. For example, testing a "regular" WOnder app may be different than testing a "DirectToWeb" app, which is also different than testing a Java Client or a "Web Services" application. Different application types make some things easier and some things harder. One may need different approaches or different tools. Also, one may be deploying an app as a regular java application, or as a servlet in a J2EE container (e.g. Tomcat) or the application may be managed in some other way. How an application is deployed may change how it needs to be tested.
	32	+{{code}}
23	23
24		-== Document Review ==
	34	+% cd Wonder
	35	+% ant tests.run
	36	+Buildfile: build.xml
25	25
26		-There are many documents relevant to testing that should be evaluated for veracity, usefulness and relevance:
	38	+tests.run:
27	27
28		-* [[Project WONDER-Frameworks-ERSelenium>>WO:Project WONDER-Frameworks-ERSelenium]]
29		-* [[Selenium Introduction]]
30		-* [[Web Services-Testing Services with Terminal>>WO:Web Services-Testing Services with Terminal]]
31		-* [[Web Applications-Development-Testing and JUnit>>WO:Web Applications-Development-Testing and JUnit]]
32		-* [[How to Develop Selenium Tests]]
33		-* [[Testing-Load Testing WO Apps with JMeter>>WO:Testing-Load Testing WO Apps with JMeter]]
34		-* [[Testing-JUnit>>WO:Testing-JUnit]]
35		-* [[Testing-WOUnitTest>>WO:Testing-WOUnitTest]]
36		-* [[How to test a Diva app with Selenium>>WO:How to test a Diva app with Selenium]]
37		-* [[Specifying Robust Selenium Element Locators]]
38		-* [[Web Applications-Development-Testing and JUnit>>WO:Web Applications-Development-Testing and JUnit]]
39		-* [[Project WOnder Frameworks JUnit Testing]]
	40	+tests.run:
	41	+
	42	+ERExtensions.all:
	43	+
	44	+global.environment:
	45	+
	46	+global.properties:
	47	+
	48	+global.framework.test:
	49	+    [junit] Testsuite: er.extensions.statistics.ERXMetricsTest
	50	+    [junit] Tests run: 1, Failures: 0, Errors: 0, Time elapsed: 0.002 sec
	51	+    [junit]
	52	+
	53	+ERChronic.all:
	54	+
	55	+global.environment:
	56	+
	57	+global.properties:
	58	+
	59	+global.framework.test:
	60	+    [junit] Testsuite: er.chronic.ChronicTestSuite
	61	+    [junit] Tests run: 74, Failures: 0, Errors: 0, Time elapsed: 0.355 sec
	62	+    [junit]
	63	+
	64	+BUILD SUCCESSFUL
	65	+Total time: 0 seconds
	66	+
	67	+{{/code}}
	68	+
	69	+\\