METHOD AND SYSTEM FOR CONFIGURATION-CONTROLLED INSTRUMENTATION OF APPLICATION PROGRAMS

• US 20120265824A1
• Filed: 04/15/2011
• Published: 10/18/2012
• Est. Priority Date: 04/15/2011
• Status: Active Grant

• Current Assignee: Oracle International Corporation (Oracle Corporation)
• Original Assignee: Oracle America, Inc. (Oracle Corporation)
• Inventors: Lawbaugh, Paul Claudell
• Granted Patent: US 9,519,561 B2
• Time in Patent Office: Days
• US Class Current: 709/206
• CPC Class Codes: G06F 11/3089 Monitoring arrangements determined by the means or processing involved in sensing the monitored data, e.g. interfaces, connectors, sensors, probes, agents software debugging using additional hardware using a specific debug interface G06F11/3656; performance evaluation by tracing or monitoring G06F11/3466
• CPC Class Codes: G06F 11/3664 Environments for testing or debugging software

Abstract

Embodiments of the present invention provide tools and facilities for instrumentation of application programs, including application programs that execute on mobile-electronics devices, including web browsers. The application-program and mobile-electronics-device environment is a superset of the web-analytics problem domain and provides many new opportunities and challenges for instrumentation-based data collection and data analysis. Certain embodiments of the present invention provide configuration-controlled embedded instrumentation that allows fine-granularity control of instrumentation operation by remote date-collection servers.

Claims

1. A configuration-controlled instrumentation system comprising:

a user device that includes one or more processors that execute processor instructions encoded in an electronic memory within the user device that implement a user-device operating system which, in turns, provides an application-execution environment;

an application program that includes embedded instrumentation and that executes in the application-execution environment;

a persistent data store provided by the user-device operating system and used by the embedded instrumentation to store configuration parameters; and

a messaging service through which the embedded instrumentation transmits data to a remote data-collection server and receives responses to transmitted messages from the remote data-collection server.

2. The configuration-controlled instrumentation system of claim 1 wherein the user device is one of a mobile phone, a smart phone, an electronic pad, an electronic tablet, an electronic media viewer, and a personal computer.

3. The configuration-controlled instrumentation system of claim 1 wherein the persistent data store is one of:

an XML configuration file;

a light-weight database application, and

persistent allocated memory.

4. The configuration-controlled instrumentation system of claim 1 wherein the messaging service includes:

a data-transmission-medium connection;

a transceiver;

an operating-system-provided communications interface and protocol;

an output queue to which messages are queued by a messaging interface on behalf of the embedded instrumentation and from which messages are dequeued and transmitted by the communications interface and protocol; and

a response queue to which messages, received by the communications interface and protocol in response to transmitted messages, are queued for processing by the embedded instrumentation.

5. The configuration-controlled instrumentation system of claim 1 wherein the communications interface and protocol provide an HTTP POST messaging interface.

6. The configuration-controlled instrumentation system of claim 1 wherein the embedded instrumentation includes:

embedded-instrumentation event handlers;

calls to embedded-instrumentation routines within application-program event handlers; and

call to embedded-instrumentation routines within the application program.

7. The configuration-controlled instrumentation system of claim 1 wherein the configuration parameters stored within the persistent data store include:

one or more parameters that specify times during which the embedded instrumentation collects data and passes the collected data to the messaging interface;

one or more parameters that specify days of the week during which the embedded instrumentation collects data and passes the collected data to the messaging interface;

one or more parameters that specify dates on which the embedded instrumentation collects data and passes the collected data to the messaging interface;

one or more parameters that specify locations of the user device in which the embedded instrumentation collects data and passes the collected data to the messaging interface;

one or more parameters that specify events that occur within the user device reported by the embedded instrumentation to the data-collection server;

one or more parameters that specify the type of identifier included in data messages transmitted to the data-collection server;

one or more parameters that specify the type of data included in data messages transmitted to the data-collection server;

one or more parameters that specify the volume of data collected by the embedded instrumentation;

one on more parameters that specify the rate at which data is collected by the embedded instrumentation;

one of more parameters that specify the types and numbers of computational resources within the user device that can be used by the embedded instrumentation;

one or more parameters that specify the size of an output message queue;

one or more parameters that specify the expiration time for messages queued to the output message queue; and

one or more parameters that specify when data can be transmitted from the user device to the data-collection server.

8. The configuration-controlled instrumentation system of claim 1 wherein the data-collection server controls, by sending response messages to the embedded instrumentation, embedded instrumentation operation by including the values of one or more configuration parameters in the response messages that, when processed by the embedded instrumentation, result in changes to the parameters stored in the persistent data store.

9. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the times during which the embedded instrumentation collects data.

10. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the times during which the embedded instrumentation transmits data.

11. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the days of the week during which the embedded instrumentation collects data.

12. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the days of the week during which the embedded instrumentation transmits data.

13. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the locations of the user device in which the embedded instrumentation collects data.

14. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the locations of the user device in which the embedded instrumentation transmits data.

15. The configuration-controlled instrumentation system of claim 1 wherein the data-collection server controls the types of identifiers included by the embedded instrumentation in data messages.

16. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the amount of data collected by the embedded instrumentation.

17. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server controls the rate of data collection by the embedded instrumentation.

18. The configuration-controlled instrumentation system of claim 8 wherein the data-collection server monitors user device characteristics, including battery charge, application-program activity, user input, data-transmission and data-reception volumes, and operational periods, location.