Ca, Inc.

Seshadri Venkataraman

Jonathan Lindo

Vamsee K Lakamsani

Venkatesh Seenivasan

Harshit Bapna

Suman Cherukuri

Vishwanath Alevoor

Techniques for managing networked node transactions are disclosed. A plurality of classifier digital fingerprints that each comprise a bit sequence are each associated with a respective result classifier. The fingerprint generator receives transaction event entries that contain message text associated with a transaction between two or more nodes. The fingerprint generator generates a digital fingerprint for each of the transaction event entries. Each of the generated digital fingerprints comprises a bit sequence that is associated with an identity of at least one of the two or more nodes, and generating each of the fingerprints includes, for each bit position in the fingerprint bit sequence, determining whether the message text includes a specified text pattern and setting the bit position value based on the determination of whether the message text includes the specified text pattern. An event classifier groups each digital fingerprint into one or more event classification sets that each correspond to one of the result classifiers based, at least in part, on pattern matching the generated digital fingerprint with the classifier digital fingerprints.

Proactive fault detection and diagnostics for networked node transaction events

To reduce the risk of exposing personally identifiable information (PII) and reduce resource consumption while still collecting helpful screen-based experience data, an application feedback system can build an application screen library from initial screen captures. When sufficient screens of an application have been captured for the library, the application feedback system can stop collecting actual screen captures. Instead, agents at the host devices (i.e., devices hosting the application) can capture screen identifiers instead of screens and transmit the screen identifiers along with other screen-based application experience data. For screen-based application experience playback, the application feedback system constructs a playback sequence with screens from the screen library as identified by the screen identifiers. Since a screen identifier can be implemented as a basic data type, storing and transmitting of the screen identifier consumes substantially less resources than storing and transmitting of image data for a captured screen.

Efficient application feedback collection

Disclosed herein are methods that include receiving application source code of a mobile application, analyzing the application source code to generate screen metadata that represents screen images that will be generated by the mobile application upon execution of binary application code generated from the application source code, storing the screen metadata in a screen metadata file, and associating the screen metadata file with the mobile application. Other methods disclosed herein include analyzing operation of a mobile application during runtime execution of the mobile application, identifying a reportable runtime event during operation of the mobile application, and in response to identifying the reportable runtime event, generating screen data that describes a screen image generated by the mobile application and associated with the reportable runtime event, generating a runtime event report, wherein the runtime event report includes the screen data, and transmitting the runtime event report to an application analysis computer.

Application screen mapping for mobile analytics

A method and system for displaying application performance data. In an embodiment, performance data is collected from an application during display by the application of a first display window. Performance data is also collected from the application during display by the application of a second display window. On a display device, an image of the first display window is displayed that includes a first displayable performance indicator that is visually modifiable to correlate to variations in performance data collected from the application. On the display device, an image of the second display window is simultaneously displayed with the image of the first display window. The simultaneously displayed image of the second display window includes a second displayable performance indicator that is visually modifiable to correlate to variations in performance data collected from the application.

Display window contextual visualization for application performance monitoring

Techniques for managing networked node transactions are disclosed. In an embodiment, a fingerprint generator determines multiple classifier digital fingerprints that each comprise a bit sequence associated with a respective result classifier. The fingerprint generator receives transaction event entries that contain message text associated with a transaction between two or more nodes. The fingerprint generator generates a digital fingerprint for each of the transaction event entries. Each of the generated digital fingerprints comprises a bit sequence that is associated with an identity of at least one of the two or more nodes, and generating each of the fingerprints includes, for each bit position in the fingerprint bit sequence, determining whether the message text includes a specified text pattern and setting the bit position value based on the determination of whether the message text includes the specified text pattern. An event classifier groups each digital fingerprint into one or more event classification sets that each correspond to one of the result classifiers based, at least in part, on pattern matching the generated digital fingerprint with the classifier digital fingerprints.

A method and system for displaying application performance data. In an embodiment, performance data collected from an application is logically associated with a display window generated by the application. A displayable performance indicator determined. The displayable performance indicator is visually modifiable to correlate to variations in the performance data. A performance category selection signal and a data collection filter metric selection signal are received by a performance analytics display module. The display module simultaneously displays, on a display device, an indicator of a performance category based on the performance selection signal, an indicator of a data collection filter metric based on the filter metric selection signal, and an image of the display window that includes the performance indicator.

Growing community of inventors

Union City, CA, United States of America

Seshadri Venkataraman