Which is fundamental to achieving our mission of the advancement of learning. In promoting academic integrity, strives to provide information about the meaning of integrity, about how to foster it, and about the consequences of breaching it.

The text matching language is the key to understanding how the Proxomitron's filters work. It allows you to match complex combinations of HTML tags and store parts of the matched text into variables which can later be used in the replacement text.

You could try embedding it in an if statement. If/when it fails use a tl_step statement to indicate passage and then do a texit to leave the test. Another idea would be to use win_get_text or web_frame_get_text to capture the text of the object and the do a comparison (using the match function) to determine it's existance.

MSW_Id's will continue to change as long as your developers are modifying your application. Having dealt with this, I determined that each MSW_Id shifted by the same amount and I was able to modify the entries in the gui map rather easily and continue testing.
Instead of using the MSW_id use the "location". If you use your GUI spy it will give you every detail it can. Then add or remove what you don't want.

Increas Capacity Testing
When you begin your stress testing, you will want to increase your capacity testing to make >sure you are able to handle the increased load of data such as ASP pages and graphics. When you test the ASP pages, you may want to create a page similar to the original page that will simulate the same items on the ASP page and have it send the information to a test bed with a process that completes just a small data output. By doing this, you will have your processor still stressing the system but not taking up the bandwidth by sending the HTML code along the full path. This will not stress the entire code but will give you a basis from which to work. Dividing the requests per second by the total number of user or threads will determine the number of transactions per second. It will tell you at what point the server will start becoming less efficient at handling the load. Let's look at an example. Let's say your test with 50 users shows your server can handle 5 requests per seconf, with 100 users it is 10 requests per second, with 200 users it is 15 requests per second, and eventually with 300 users it is 20 requests per second. Your requests per second are continually climbing, so it seems that you are obtaining steadily improving performance. Let's look at the ratios:

05/50 = 0.1
10/100 = 0.1
15/200 = 0.075
20/300 = 0.073
From this example you can see that the performance of the server is becoming less and less efficient as the load grows. This in itself is not necessarily bad (as long as your pages are still returning within your target time frame). However, it can be a useful indicator during your optimization process and does give you some indication of how much leeway you have to handle expected peaks.

Stateful testing
When you use a Web-enabled application to set a value, does the server respond correctly later on?

Privilage testing
What happens when the everyday user tries to access a control that is authorized only for adminstrators?

Speed testing
Is the Web-enabled application taking too long to respond?

Boundary Test
Boundary tests are designed to check a program's response to extreme input values. Extreme output values are generated by the input values. It is important to check that a program handles input values and output results correctly at the lower and upper boundaries. Keep in mind that you can create extreme boundary results from non-extreme input values. It is essential to analyze how to generate extremes of both types. In addition. sometime you know that there is an intermediate variable involved in processing. If so, it is useful to determine how to drive that one through the extremes and special conditions such as zero or overflow condition.

Boundary timeing testing
What happens when your Web-enabled application request times out or takes a really long time to respond?

Regression testing
Did a new build break an existing function? Repeat testing after changes for managing risk relate to product enhancement.

A regression test is performded when the tester wishes to see the progress of the testing processs by performing identical tests before and after a bug has been fixed. A regression test allows the tester to compare expeted test results with the actual results.

Regression testing's primary objective is to ensure that all bugfree features stay that way. In addition, bugs which have been fixed once should not turn up again in subsequent program versions.
Regression testing: After every software modification or before next release, we repeat all test cases to check if fixed bugs are not show up again and new and existing functions are all working correctly.
Regression testing is used to confirm that fixed bugs have, in fact, been fixed and that new bugs have not been introduced in the process, and that festures that were proven correctly functional are intact. Depending on the size of a project, cycles of regression testing may be perform once per milestone or once per build. Some bug regression testing may also be performed during each accceptance test cycle, forcusing on only the most important bugs. Regression tests can be automated.

To find a particular object in the GUI Map file in the application, select the object and click the Show window. This blinks the selected object.
To find a particular object in a GUI Map file click the Find button, which gives the option to select the object. When the object is selected, if the object has been learned to the GUI Map file it will be focused in the GUI Map file.

The GUI Map Editor has a drop down GUI File displaying all the GUI Map files loaded into the memory.

You can modify the logical name or the physical description of an object in a GUI map file using the GUI Map Editor.

Changing the logical name of an object is useful when the assigned logical name is not sufficiently descriptive or is too long.