Abstract: The present disclosure provides for affording synchronization in an automated scripting framework. First, script data is received utilizing a language-driven interface. Then, reports having user readable sentences are created based on the received script data. The received script data is then translated into automation code. Finally, automated testing is provided utilizing the automation code.

Abstract: A system, method and article of manufacture are provided for affording synchronization in an automated scripting framework. First, script data is received utilizing a language-driven interface. Then, reports having user readable sentences are created based on the received script data. The received script data is then translated into automation code. Finally, automated testing is provided utilizing the automation code.

Abstract: To test the functionality of a computer system, automated testing may use an automation testing tool that emulates user interactions. A database may store words each having a colloquial meaning that is understood by a general population. For each of these words, the database may store associated computer instructions that can be executed to cause a computer to perform the function that is related to the meaning of the word. During testing, a word may be received having a colloquial meaning that is understood by a general population. The database may be queried for the received word and the set of computer instructions may be returned by the database. The automated testing tool may then perform the function returned to the colloquial meaning of the word. The words stored in the database may be in English or another language.

Abstract: A system, method and article of manufacture are provided for affording test maintenance in an automated scripting framework. First, a plurality of test scripts are developed. Then, the plurality of test scripts are stored in a centrally located database. A user is then allowed to edit a specific test script located on the centrally located database. Finally, the user edits to the specific test script are propagated to each of the plurality of test scripts.

Abstract: A system, method and article of manufacture are provided for affording a table-driven automated scripting architecture. First, test script information is divided into a plurality of components of one or more words having a commonly understood meaning. Then the components are stored into a database. Later, the components are parsed into one or more words (each having a commonly understood meaning). The database is queried for the words to retrieve a set of computer instructions that cause a computer to perform functions related to the commonly understood meaning of the words and then to perform those functions.