Abstract: Computerized methods and systems test visual aspects of a web page displayed on a web browser executed on a computing device. Code that includes a plurality of code segments is injected for execution by the web browser. A visually marked element on the web page is selected via an input device connected to the computing device. The web browser executes at least one of the injected code segments to identify the visually marked element as an identified element in response to the selection via the input device, and properties of the identified element are extracted from the web browser.

Abstract: The present invention is a new and innovative system and method for managing and organizing the set of configurations of tests independently of the definition and execution of scenario suit of the tests. The proposed system and method enable managing the setups and teardown configurations for any type of test of any type of tested item. Additionally, embodiments of the proposed configuration management system and method may include recovery protocol for defining the needed configurations when tests fail. According to embodiments of the present invention the setup and teardown configurations are organized in a tree hierarchy, each branch of the hierarchic configuration tree is designated for a group of tests.

Abstract: The present invention is a system and method for efficient and flexible testing of data communication over computer networks. The system generates traffic streams and sends them to at least one server, and receives in return replying traffic streams. Traffic outgoing streams are generated in accordance with test parameters set by a test session creator. The system generates and receives dynamic traffic streams, and further has the capability to control the traffic rate of the reply traffic streams.