System and method for interfacing with a component located in a network environment

• US 7,970,877 B1
• Filed: 11/07/2003
• Issued: 06/28/2011
• Est. Priority Date: 05/29/1998
• Status: Active Grant

• Current Assignee: Cisco Technology, Inc. (Cisco Systems, Inc.)
• Original Assignee: Cisco Technology, Inc. (Cisco Systems, Inc.)
• Inventors: Ponna, Rajesh
• Primary Examiner(s): Strange; Aaron
• Application Number:
  US10/703,744
• Time in Patent Office: 2,790 Days
• Field of Search: 709220-224, 717171-178
• US Class Current: 709/223
• CPC Class Codes: H04L 67/303 Terminal profiles
• CPC Class Codes: H04L 67/34 involving the movement of software or configuration parameters network booting or remote initial program loading [RIPL] G06F9/4416
• CPC Class Codes: H04L 69/329 in the application layer [OSI layer 7]

Abstract

According to an embodiment of the present invention, a user in a network environment can connect to a device on the network and automatically learn at least one detail regarding the device software image details. Examples of the software image details may include software version number, size in bytes, device model/family name, software filename, interface hardware details, and supported software feature set such as Internet Protocol (IP), Internet Packet Exchange (IPX), and AppleTalk. Additionally, an embodiment of the present invention may determine if the software image version or feature set is supported by a product which the user desires to use, suggest an upgrade to an appropriate software version or feature set to accommodate the product if the current version is not supported by the product, and automatically upgrade the software if the user approves of such action.

Claims

1. An apparatus, comprising:

a first component comprising at least hardware, the first component operable to;

automatically identify a second component by reading a device model identifier from the second component upon having a connection established with the second component, the second component comprising hardware;

retrieve information associated with the second component from a device database, the information associated with the second component comprising network module information describing a plurality of modular devices;

determine whether the second component is a modular device according to the network module information and the device module identifier;

if the second component is a modular device having the customizable configuration;

learn interface card information from the second component, the interface card information describing an interface card; and

look up the interface card in the device database storing information about a plurality of possible interface cards;

learn operating system information of an operating system of the second component;

determine if the second component includes software that is capable of supporting a function selected by the user of the first component;

if the first component determines that the second component includes software that is capable of supporting the function selected by the user, displaying an informational message to the user that conveys to the user that the second component is capable of supporting the function; and

if the first component determines that the second component includes software that is incapable of supporting the function selected by the user, initiating an upgrade of existing software for the second component in order to provide the selected function.

2. The apparatus of claim 1, wherein the first component is operable to query the second component as to whether the second component includes software that can support a function selected by a user of the first component.

3. The apparatus of claim 1, wherein the information associated with the second component relates to a software characteristic, the software characteristic being a selected one of a group of software characteristics consisting of:

a) a software version number;

b) a software size;

c) a software filename; and

d) a software feature set.

4. The apparatus of claim 1, wherein the information associated with the second component relates to a hardware characteristic, the hardware characteristic being a selected one of a group of hardware characteristics consisting of:

a) device type information;

b) device family information;

c) hardware interface information;

d) wide area network information;

e) network module information;

f) fixed device information;

g) modular device information;

h) voice interface card information; and

i) stack information.

5. The apparatus of claim 1, further comprising:

a network interface coupled to the first component and operable to facilitate a data exchange between the first and the second component.

6. The apparatus of claim 1, wherein the first component is operable to access the device database in order to identify a correlation between the information associated with the second component and a data segment provided in the device database.

7. The apparatus of claim 1, wherein the information associated with the second component reveals whether the first component can interface with the second component in terms of a selected one of a feature set and a task to be performed by the first component.

8. A method for interfacing in a network environment, comprising:

automatically identifying, by a device comprising hardware, a component by reading a device model identifier from the component upon having a connection established between the device and the component;

retrieving information associated with the component from a device database, the information associated with the component comprising network module information describing a plurality of modular devices;

determining whether the component is a modular device according to the network module information and the device module identifier;

if the component is a modular device;

learning interface card information from the component, the interface card information describing an interface card; and

looking up the interface card in the device database storing information about a plurality of possible interface cards;

learning operating system information of an operating system of the component;

identifying if the component includes software that is incapable of supporting a function selected by the user;

if the component includes software that is incapable of supporting the function selected by the user, initiating an upgrade of existing software for the component; and

if the component includes software that is capable of supporting the function selected by the user, displaying an informational message to the user that conveys to the user that the second component is capable of supporting the function.

9. The method of claim 8, further comprising:

querying the component as to whether the component includes software that can support a function selected by a user.

10. The method of claim 8, wherein the information associated with the component relates to a software characteristic, the software characteristic being a selected one of a group of software characteristics consisting of:

a) a software version number;

b) a software size;

c) a software filename; and

d) a software feature set.

11. The method of claim 8, wherein the information associated with the component relates to a hardware characteristic, the hardware characteristic being a selected one of a group of hardware characteristics consisting of:

a) device type information;

b) device family information;

c) hardware interface information;

d) wide area network information;

e) network module information;

f) fixed device information;

g) modular device information;

h) voice interface card information; and

i) stack information.

12. The method of claim 8, further comprising:

facilitating a data exchange between the component and an origin of the request.

13. The method of claim 8, further comprising:

accessing the device database in order to identify a correlation between the information associated with the component and a data segment provided in the device database, the correlation providing a characteristic associated with the component.

14. The method of claim 8, wherein the information associated with the component reveals whether the component can interface with an additional component in terms of a selected one of a feature set and a task to be performed by a user.

15. A system for interfacing in a network environment, comprising:

means for automatically identifying, by a device comprising hardware, a component by reading a device model identifier from the component upon having a connection established between the device and the component;

means for retrieving information associated with the component from a device database, the information associated with the component comprising network module information describing a plurality of modular devices;

means for determining whether the component is a modular device according to the network module information and the device module identifier;

means for, if the component is a modular device;

learning interface card information from the component, the interface card information describing an interface card; and

looking up the interface card in the device database storing information about a plurality of possible interface cards;

means for learning operating system information of an operating system of the component;

means for identifying if the component includes software that is incapable of supporting a function selected by the user;

if the component includes software that is incapable of supporting the function selected by the user, means for initiating an upgrade of existing software for the component; and

if the component includes software that is capable of supporting the function selected by the user, means for displaying an informational message to the user that conveys to the user that the second component is capable of supporting the function.

16. The system of claim 15, further comprising:

means for querying the component as to whether the component includes software that can support a function selected by a user.

17. The system of claim 15, further comprising:

means for facilitating a data exchange between the component and an origin of the request.

18. The system of claim 15, further comprising:

means for accessing the device database in order to identify a correlation between the information associated with the component and a data segment provided in the device database, the correlation providing a characteristic associated with the component.

19. A non-transitory computer readable storage medium comprising software for interfacing in a network environment, the software when executed is operable to:

automatically identify a component by reading a device model identifier from the component upon having a connection established between a device and the component;

retrieve information associated with the component from a device database, the information associated with the component comprising network module information describing a plurality of modular devices;

determine whether the component is a modular device according to the network module information and the device module identifier;

if the component is a modular device;

learn interface card information from the component, the interface card information describing an interface card; and

look up the interface card in the device database storing information about a plurality of possible interface cards;

learn operating system information of an operating system of the component;

identify if the component includes software that is incapable of supporting a function selected by the user;

if the component includes software that is incapable of supporting the function selected by the user, initiate an upgrade of existing software for the component; and

if the component includes software that is capable of supporting the function selected by the user, displaying an informational message to the user that conveys to the user that the second component is capable of supporting the function.

20. The medium of claim 19, wherein the code is further operable to:

query the component as to whether the component includes software that can support a function selected by a user.

21. The medium of claim 19, wherein the code is further operable to:

facilitate a data exchange between the component and an origin of the request.

22. The medium of claim 19, wherein the code is further operable to:

access the device database in order to identify a correlation between the information associated with the component and a data segment provided in the device database, the correlation providing a characteristic associated with the component.

23. An apparatus, comprising:

a first component comprising at least hardware, the first component operable to;

automatically identify a second component by reading a device model identifier from the second component upon having a connection established with the second component, the second component comprising hardware;

retrieve information associated with the second component from a device database, the information associated with the second component comprising network module information describing a plurality of modular devices;

determine whether the second component is a modular device according to the network module information and the device module identifier;

if the second component is a modular device having the customizable configuration;

learn interface card information from the second component, the interface card information describing an interface card; and

look up the interface card in the device database storing information about a plurality of possible interface cards;

learn operating system information of an operating system of the second component;

determine if the second component includes software that is capable of supporting a product selected by the user;

if the first component determines that the second component includes software that is capable of supporting the product selected by the user, displaying an informational message to the user that conveys to the user that the second component is capable of supporting the product; and

if the first component determines that the second component includes software that is incapable of supporting the product selected by the user, initiating an upgrade of existing software for the second component in order to provide the selected function.

24. A method for interfacing in a network environment, comprising:

automatically identifying, by a device comprising hardware, a component by reading a device model identifier from the component upon having a connection established between the device and the component;

retrieving information associated with the component from a device database, the information associated with the component comprising network module information describing a plurality of modular devices;

determining whether the component is a modular device according to the network module information and the device module identifier;

if the component is a modular device;

learning interface card information from the component, the interface card information describing an interface card; and

looking up the interface card in the device database storing information about a plurality of possible interface cards;

learning operating system information of an operating system of the component;

determining if the second component includes software that is capable of supporting a product selected by the user;

if the first component determines that the second component includes software that is capable of supporting the product selected by the user, display an informational message to the user that conveys to the user that the second component is capable of supporting the product; and

if the first component determines that the second component includes software that is incapable of supporting the product selected by the user, initiate an upgrade of existing software for the second component in order to provide the selected function.

25. A system for interfacing in a network environment, comprising:

means for automatically identifying, by a device comprising hardware, a component by reading a device model identifier from the component upon having a connection established between the device and the component;

means for retrieving information associated with the component from a device database, the information associated with the component comprising network module information describing a plurality of modular devices;

means for determining whether the component is a modular device according to the network module information and the device module identifier;

means for, if the component is a modular device;

learning interface card information from the component, the interface card information describing an interface card; and

looking up the interface card in the device database storing information about a plurality of possible interface cards;

means for learning operating system information of an operating system of the component;

means for determining if the second component includes software that is capable of supporting a product selected by the user;

if the first component determines that the second component includes software that is capable of supporting the product selected by the user, means for displaying an informational message to the user that conveys to the user that the second component is capable of supporting the product; and

if the first component determines that the second component includes software that is incapable of supporting the product selected by the user, means for initiating an upgrade of existing software for the second component in order to provide the selected function.

26. A non-transitory computer readable storage medium comprising software for interfacing in a network environment, the software when executed is operable to:

automatically identify a component by reading a device model identifier from the component upon having a connection established between a device and the component;

retrieve information associated with the component from a device database, the information associated with the component comprising network module information describing a plurality of modular devices;

determine whether the component is a modular device according to the network module information and the device module identifier;

if the component is a modular device;

learn interface card information from the component, the interface card information describing an interface card; and

look up the interface card in the device database storing information about a plurality of possible interface cards;

learn operating system information of an operating system of the component;

determine if the second component includes software that is capable of supporting a product selected by the user;

if the first component determines that the second component includes software that is capable of supporting the product selected by the user, displaying an informational message to the user that conveys to the user that the second component is capable of supporting the product; and

if the first component determines that the second component includes software that is incapable of supporting the product selected by the user, initiating an upgrade of existing software for the second component in order to provide the selected function.