Method and system of associating, synchronizing and reconciling computer files in an operating system

Claim 3

A method of associating files in a computing device as recited in claim 1 further comprising the steps of: (d) determining if the transfer of the selected file was from the dedicated folder; and (e) if the transfer of the selected file was from the dedicated folder, determining if the dedicated folder is on a removable storage media; (1) if the dedicated folder is on removable storage media; (A) creating a synchronized file of the selected file, the synchronized file being a copy of the selected file having a name and a time-stamp the same as the name and the time-stamp respectively of the selected file, and designating the selected file as a briefcase file; (B) storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file into a dedicated synchronization database, wherein the last reconciliation time-stamp is equal to the time-stamp of the synchronized file, and wherein all files of the same name in the synchronization database are thereby associated to form an associated file set; and (2) if the dedicated folder is not on a removable storage media: (A) moving the selected file to a drop location; and (B) deleting the name, the last reconciliation time-stamp and the paths of the briefcase and the selected file from the dedicated synchronization database.

Claim 4

A method of associating files in a computing device as recited in claim 1 wherein the file selection occurs through a graphical user interface.

Claim 7

A method of enabling the replacing of files in a computing device as recited in claim 4 further comprising the step of passing progress messages from the corresponding reconciliation handler to the operating system through the reconciliation handler interface.

Claim 8

A computer system for associating files in a computing device, comprising: (a) an operating system wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path; (b) a dedicated folder for receiving a copy of a selected file, the selected file being designated as a synchronized file and the copy in the dedicated folder being designated as a briefcase file; (c) a dedicated synchronization database for storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file; and (d) an association engine for determining which files have the same name in the dedicated synchronization database and are thereby associated to form an associated file set.

Claim 9

A computer system for associating files in a computing device, comprising: (a) an operating system wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path; (b) a dedicated folder for receiving a copy of a selected file, the selected file being designated as a synchronized file and the copy in the dedicated folder being designated as a briefcase file; (c) a dedicated synchronization database for storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file; and (d) an association engine for determining which files have the same name in the dedicated synchronization database and are thereby associated to form an associated file set.

Claim 10

A computer system for associating and reporting the state of synchronization of files in a computing device comprising: (a) an operating system wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path; (b) a dedicated folder for receiving a copy of a selected file, the selected file being designated as a synchronized file and the copy in the dedicated folder being designated as a briefcase file; (c) a dedicated synchronization database for storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file; (d) an association engine for determining which files have the same name in the dedicated synchronization database and are thereby associated to form an associated file set; and (e) a synchronization engine for: (1) determining a synchronization status of the associated file set upon an updating event by determining if the briefcase file has been modified and by determining if the synchronized file has been modified; and (2) reporting the synchronization status of the associated file set.

Claim 11

A computer system for associating and reporting the state of synchronization of files in a computing device comprising: (a) an operating system wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path; (b) a dedicated folder for receiving a copy of a selected file, the selected file being designated as a synchronized file and the copy in the dedicated folder being designated as a briefcase file; (c) a dedicated synchronization database for storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file; (d) an association engine for determining which files have the same name in the dedicated synchronization database and are thereby associated to form an associated file set; and (e) a synchronization engine for: (1) determining a synchronization status of the associated file set upon an updating event by determining if the briefcase file has been modified and by determining if the synchronized file has been modified; and (2) reporting the synchronization status of the associated file set.

Claim 12

A computer system for associating and reporting the state of synchronization of files in a computing device as recited in claim 7 further comprising a file system for storing the current time-stamps of files in the computing device, wherein the synchronization engine determines if the briefcase file has been modified by comparing the current time-stamp of the briefcase file in the file system with the last reconciliation time-stamp in the synchronization database and determines if the synchronized file has been modified by comparing the current time-stamp of the synchronized file in the file system with the last reconciliation time-stamp in the dedicated synchronization database.

Claim 13

A computer system for associating, synchronizing and reconciling files in a computing device comprising: (a) an operating system wherein the operating system is capable of recognizing a plurality of application types, and wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, typed by an application type associated with the file, and located on a storage device by a path; (b) a dedicated folder for receiving a copy of a selected file, the selected file designated as a synchronized file and the copy in the dedicated folder designated as a briefcase file; (c) a dedicated synchronization database for storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file; (d) an association engine for determining which files have the same name in the dedicated synchronization database and are thereby associated to form an associated file set; and (e) a synchronization engine for: (1) determining a synchronization status of the associated file set upon an updating event by determining if the briefcase file has been modified and by determining if the synchronized file has been modified; and (2) reporting the synchronization status of the associated file set; (f) a file manager for: (1) recommending the synchronized file be replaced by the briefcase file if only the briefcase file has been modified; and (2) recommending the briefcase file be replaced by the synchronization file if only the synchronized file has been modified; (g) a registry database for: (1) listing a plurality of reconciliation handlers by application type; and (2) storing call information for each of the plurality of reconciliation handlers; and (h) a reconciliation handler interface for replacing files by: (1) receiving a request to replace files; and (2) calling one of the plurality of reconciliation handlers.

Claim 14

A computer system for associating, synchronizing and reconciling files in a computing device comprising: (a) an operating system wherein the operating system is capable of recognizing a plurality of application types, and wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, typed by an application type associated with the file, and located on a storage device by a path; (b) a dedicated folder for receiving a copy of a selected file, the selected file designated as a synchronized file and the copy in the dedicated folder designated as a briefcase file; (c) a dedicated synchronization database for storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file; (d) an association engine for determining which files have the same name in the dedicated synchronization database and are thereby associated to form an associated file set; and (e) a synchronization engine for: (1) determining a synchronization status of the associated file set upon an updating event by determining if the briefcase file has been modified and by determining if the synchronized file has been modified; and (2) reporting the synchronization status of the associated file set; (f) a file manager for: (1) recommending the synchronized file be replaced by the briefcase file if only the briefcase file has been modified; and (2) recommending the briefcase file be replaced by the synchronization file if only the synchronized file has been modified; (g) a registry database for: (1) listing a plurality of reconciliation handlers by application type; and (2) storing call information for each of the plurality of reconciliation handlers; and (h) a reconciliation handler interface for replacing files by: (1) receiving a request to replace files; and (2) calling one of the plurality of reconciliation handlers.

Claim 15

An interface for replacing files in a computing device comprising: (a) a registry database for: (1) listing a plurality of reconciliation handlers, each corresponding to one of a plurality of application programs having an application type, each reconciliation handler listed in the registry database by the application type for the corresponding application program; and (2) storing call information for each of the plurality of reconciliation handlers; and (b) a reconciliation handler interface for replacing files by: (1) receiving a request to replace files; and (2) calling a selected one of the application programs to activate its corresponding one of the plurality of reconciliation handlers.

Claim 16

An interface for replacing files in a computing device comprising: (a) a registry database for: (1) listing a plurality of reconciliation handlers, each corresponding to one of a plurality of application programs having an application type, each reconciliation handler listed in the registry database by the application type for the corresponding application program; and (2) storing call information for each of the plurality of reconciliation handlers; and (b) a reconciliation handler interface for replacing files by: (1) receiving a request to replace files; and (2) calling a selected one of the application programs to activate its corresponding one of the plurality of reconciliation handlers.

Claim 17

An interface for replacing files in a computing device as recited in claim 10 wherein the reconciliation handler interface is further available for passing progress messages from the corresponding one of the reconciliation handlers to the computing device.

Claim 22

A method of recommending a reconciling action for conflicting files in a computing device as recited in claim 13 wherein if the file conflict exists, recommending that the briefcase file and the synchronization file be merged.

Claim 23

A method of recommending a reconciling action for conflicting files in a computing device as recited in claim 14 further comprising the steps of: (g) if an update request for the briefcase file is received, passing the update request to a file manager; (h) if an update request for the synchronized file is received, passing the update request to the file manager; and (i) if a merge request for the briefcase file and the synchronized file is received, passing the merge request to a reconciliation handler interface.

Claim 24

A method of recommending a reconciling action for conflicting files in a computing device as recited in claim 13 wherein if the file conflict exists: (g) determining if a particular one of a plurality of reconciliation handlers corresponding to one of a plurality of application programs having an application type associated with the associated set of files is available; and (h) if the particular reconciliation handler is available, recommending that the briefcase file and the synchronization file be merged.

Claim 25

A method of recommending a reconciling action for conflicting files in a computing device as recited in claim 16 wherein the availability of the reconciliation handler is determined by examining whether the application type of the associated file set is listed in a registry database as having the particular reconciliation handler.

Claim 26

A method of recommending a reconciling action for conflicting files in a computing device as recited in claim 16 wherein the merge request is passed to a reconciliation handler interface by calling the reconciliation handler and by providing the name, the time-stamps and the paths of the briefcase file and of the synchronized file to the reconciliation handler interface.

Claim 27

A computer-readable medium on which is stored a computer program for providing a method of associating files in a computing device having an operating system, wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path, said computer program comprising instructions which, when executed by a computer, perform the steps of: (a) transferring a selected file; (b) determining if the transfer of the selected file was into a dedicated folder; and (c) if the transfer of the selected file was into the dedicated folder; (1) creating a briefcase file of the selected file, the briefcase file being a copy of the selected file and having a name and a time-stamp the same as the name and the time-stamp, respectively, of the selected file, and designating the selected file as a synchronized file; and (2) storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file into a dedicated synchronization database, wherein the last reconciliation time-stamp is equal to the time-stamp of the briefcase file, and wherein all files of the same name in the dedicated synchronization database are thereby associated to form an associated file set.

Claim 28

A computer-readable medium on which is stored a computer program for providing a method of associating files in a computing device having an operating system, wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path, said computer program comprising instructions which, when executed by a computer, perform the steps of: (a) transferring a selected file; (b) determining if the transfer of the selected file was into a dedicated folder; and (c) if the transfer of the selected file was into the dedicated folder; (1) creating a briefcase file of the selected file, the briefcase file being a copy of the selected file and having a name and a time-stamp the same as the name and the time-stamp, respectively, of the selected file, and designating the selected file as a synchronized file; and (2) storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file into a dedicated synchronization database, wherein the last reconciliation time-stamp is equal to the time-stamp of the briefcase file, and wherein all files of the same name in the dedicated synchronization database are thereby associated to form an associated file set.

Claim 29

The computer-readable medium of claim 19, wherein said steps performed by said instructions further comprise the steps of: (d) determining if the transfer of the selected file was from the dedicated folder; and (e) if the transfer of the selected file was from the dedicated folder, determining if the dedicated folder is on a removable storage media; (1) if the dedicated folder is on removable storage media; (A) creating a synchronized file of the selected file, the synchronized file being a copy of the selected file having a name and a time-stamp the same as the name and the time-stamp, respectively, of the selected file, and designating the selected file as a briefcase file; (B) storing a last reconciliation time-stamp, the name and the paths of the briefcase file and of the synchronized file into a dedicated synchronization database, wherein the last reconciliation time-stamp is equal to the time-stamp of the synchronized file, and wherein all files of the same name in the dedicated synchronization database are thereby associated to form an associated file set; and (2) if the dedicated folder is not on a removable storage media; (A) moving the selected file to a drop location; and (B) deleting the name, the last reconciliation time-stamp and the paths of the briefcase and the selected file from the dedicated synchronization database.

Claim 30

The computer-readable medium of claim 19, wherein the file selection occurs through a graphical user interface.

Claim 31

A computer-readable medium on which is stored a computer program for providing a method of enabling the updating of files in a computer system having an operating system, wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path, said computer program comprising instructions which, when executed by a computer, perform the steps of: (a) receiving information that a selected one of a plurality of computer applications, each having an application type, is associated with a corresponding reconciliation handler, (b) storing the application type of the selected computer application in a registry database, (c) storing call information of the corresponding reconciliation handler for the selected computer application in the registry database, (d) detecting a request to replace files of the application type for the selected computer application, (e) retrieving the call information of the corresponding reconciliation handler from the registry database, (f) calling the selected computer application to activate its corresponding reconciliation handler, and (g) providing the name, paths and time-stamps of the files to a reconciliation handler interface.

Claim 32

A computer-readable medium on which is stored a computer program for providing a method of enabling the updating of files in a computer system having an operating system, wherein each file in the computing device is identified by a name, characterized by a time-stamp denoting the last time the file was updated, and located on a storage device by a path, said computer program comprising instructions which, when executed by a computer, perform the steps of: (a) receiving information that a selected one of a plurality of computer applications, each having an application type, is associated with a corresponding reconciliation handler, (b) storing the application type of the selected computer application in a registry database, (c) storing call information of the corresponding reconciliation handler for the selected computer application in the registry database, (d) detecting a request to replace files of the application type for the selected computer application, (e) retrieving the call information of the corresponding reconciliation handler from the registry database, (f) calling the selected computer application to activate its corresponding reconciliation handler, and (g) providing the name, paths and time-stamps of the files to a reconciliation handler interface.

Claim 33

The computer-readable medium of claim 22, wherein said steps performed by said instructions further comprise the step of passing progress messages from the reconciliation handler to the operating system through the corresponding reconciliation handler interface.