Abstract: A tool includes an interface, a memory, a conversion engine, an identifier tool, and a script engine. The interface communicatively couples the tool to a server. The tool obtains a plurality of visual inputs from a computer program specification document. The memory stores the plurality of visual inputs and a set of known computer code elements. Each respective element of the set of known computer code elements includes predetermined testing criteria for testing computer code that includes the respective element. The conversion engine generates a plurality of textual objects from the plurality of visual inputs. The identifier determines whether each respective textual object matches a respective element of the set of known computer code elements. If a match is found, the identifier tool associates the predetermined testing criteria of the respective element to the respective textual object. The script engine generates a test script using the predetermined testing criteria.

Abstract: A tool includes an interface, a memory, a conversion engine, an identifier tool, and a script engine. The interface communicatively couples the tool to a server. The tool obtains a plurality of visual inputs from a computer program specification document. The memory stores the plurality of visual inputs and a set of known computer code elements. Each respective element of the set of known computer code elements includes predetermined testing criteria for testing computer code that includes the respective element. The conversion engine generates a plurality of textual objects from the plurality of visual inputs. The identifier determines whether each respective textual object matches a respective element of the set of known computer code elements. If a match is found, the identifier tool associates the predetermined testing criteria of the respective element to the respective textual object. The script engine generates a test script using the predetermined testing criteria.

Abstract: A tool includes an interface, a memory, a conversion engine, an identifier tool, and a script engine. The interface communicatively couples the tool to a server. The tool obtains a plurality of visual inputs from a computer program specification document. The memory stores the plurality of visual inputs and a set of known computer code elements. Each respective element of the set of known computer code elements includes predetermined testing criteria for testing computer code that includes the respective element. The conversion engine generates a plurality of textual objects from the plurality of visual inputs. The identifier determines whether each respective textual object matches a respective element of the set of known computer code elements. If a match is found, the identifier tool associates the predetermined testing criteria of the respective element to the respective textual object. The script engine generates a test script using the predetermined testing criteria.

Abstract: A tool includes an interface, a memory, a conversion engine, an identifier tool, and a script engine. The interface communicatively couples the tool to a server. The tool obtains a plurality of visual inputs from a computer program specification document. The memory stores the plurality of visual inputs and a set of known computer code elements. Each respective element of the set of known computer code elements includes predetermined testing criteria far testing computer code that includes the respective element. The conversion engine generates a plurality of textual objects from the plurality of visual inputs. The identifier determines whether each respective textual object matches a respective element of the set of known computer code elements. If a match is found, the identifier tool associates the predetermined testing criteria of the respective element to the respective textual object. The script engine generates a test script using the predetermined testing criteria.

Abstract: An automated validation tool includes a hardware processor that receives a message that indicates a first element, a second element, and a third element of a first webpage. The message is generated in response to a detected change to source code for the first webpage. The processor determines that the first element and the second element exist on a second webpage and that the third element does not exist on the second webpage, that activating the first element on the second webpage performs a first function, and that activating the second element on the second webpage does not perform a second function. The second webpage represents the first webpage after the detected change is implemented. The processor communicates a response that indicates the determinations.

Abstract: An automated validation tool includes a hardware processor that receives a message that indicates a first element, a second element, and a third element of a first webpage. The message is generated in response to a detected change to source code for the first webpage. The processor determines that the first element and the second element exist on a second webpage and that the third element does not exist on the second webpage, that activating the first element on the second webpage performs a first function, and that activating the second element on the second webpage does not perform a second function. The second webpage represents the first webpage after the detected change is implemented. The processor communicates a response that indicates the determinations.