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A frame language is a technology used for knowledge representation in artificial intelligence. They are similar to class hierarchies in object-oriented languages although their fundamental design goals are different. Frames are focused on explicit and intuitive representation of knowledge whereas objects focus on encapsulation and information ...
WOUnit (JUnit), TestNG, Selenium in Project WONDER Yes Yes Yes Google Web Toolkit: Java, JavaScript Yes Yes JPA with RequestFactory JUnit (too early), jsUnit (too difficult), Selenium (best) via Java Yes Bean Validation ZK: Java, ZUML jQuery: Yes Push-pull Yes any J2EE ORM framework JUnit, ZATS HibernateUtil, SpringUtil Spring Security
Selenium was originally developed by Jason Huggins in 2004 as an internal tool at ThoughtWorks. [5] Huggins was later joined by other programmers and testers at ThoughtWorks, before Paul Hammant joined the team and steered the development of the second mode of operation that would later become "Selenium Remote Control" (RC).
If user define frames by using the rows attribute then horizontal frames are created. If user define frames by using cols then vertical frames are created. The <noframes> element may be included so web browsers with frames disabled (or browsers that do not support frames) can display something to the user, as in this example:
Examples: It replaces an invoke by the result of processing the invoked frame; it replaces an assign with nothing; and an instantiate becomes the ordinary text resulting from evaluating the frame parameter's assigned expression, which can be a concatenation of strings, arithmetic expressions, and nested frame parameters.
Java Excel API is widely used with Selenium. Example. Sample code to write to an Excel file might look like as follows: import java.io.File; ...
This article describes Kripke structures as used in model checking. For a more general description, see Kripke semantics.. A Kripke structure is a variation of the transition system, originally proposed by Saul Kripke, [1] used in model checking [2] to represent the behavior of a system.
Keyword-driven testing syntax lists test cases (data and action words) using a table format (see example below). The first column (column A) holds the keyword, Enter Client, which is the functionality being tested. Then the remaining columns, B-E, contain the data needed to execute the keyword: Name, Address, Postcode and City.