CN101842768B - Graphical user interface for backup interface - Google Patents
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- CN101842768B CN101842768B CN2008800247100A CN200880024710A CN101842768B CN 101842768 B CN101842768 B CN 101842768B CN 2008800247100 A CN2008800247100 A CN 2008800247100A CN 200880024710 A CN200880024710 A CN 200880024710A CN 101842768 B CN101842768 B CN 101842768B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
- G06F3/0482—Interaction with lists of selectable items, e.g. menus
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/14—Error detection or correction of the data by redundancy in operation
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/14—Error detection or correction of the data by redundancy in operation
- G06F11/1402—Saving, restoring, recovering or retrying
- G06F11/1446—Point-in-time backing up or restoration of persistent data
- G06F11/1448—Management of the data involved in backup or backup restore
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/14—Error detection or correction of the data by redundancy in operation
- G06F11/1402—Saving, restoring, recovering or retrying
- G06F11/1446—Point-in-time backing up or restoration of persistent data
- G06F11/1458—Management of the backup or restore process
- G06F11/1469—Backup restoration techniques
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F12/00—Accessing, addressing or allocating within memory systems or architectures
- G06F12/16—Protection against loss of memory contents
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/04842—Selection of displayed objects or displayed text elements
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2201/00—Indexing scheme relating to error detection, to error correction, and to monitoring
- G06F2201/84—Using snapshots, i.e. a logical point-in-time copy of the data
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
- G06F2203/048—Indexing scheme relating to G06F3/048
- G06F2203/04805—Virtual magnifying lens, i.e. window or frame movable on top of displayed information to enlarge it for better reading or selection
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Abstract
The invention relates to a graphical user interface for a backup interface. Systems and methods are provided for storing and restoring digital data. A method includes receiving, a first user input requesting that a backup interface be displayed, displaying the backup interface, the backup interface including a display area for presenting at least a first visual representation of an earlier version of a current view and a visual representation of the current view, the earlier version including a first element, receiving, while the backup interface is displayed, a second user input requesting that the current view be modified according to the earlier version, at least with regard to the first element, animating the modification of the first element as moving from the visual representation of the earlier version to the visual representation of the current view, and modifying, in response to the second user input, the current view according to the earlier version, at least with regard to the first element.
Description
Technical field
Disclosed realization relates generally to storage and recovers numerical data.
Background technology
Modern graphical user interface allows showing a large amount of Drawing Objects of screen display or project simultaneously.Operating system is such as Apple Mac
The user interface of the size that can show according to the needs of user or application-specific a plurality of windows, overlapping a plurality of windows, adjust a plurality of windows, mobile a plurality of windows, a plurality of windows of configuration and a plurality of windows of reformatting is provided to the user.Even taskbar, menu, virtual push button and other user interface element provide and have been used for that to be hidden in other window also addressable and activate the mechanism of these windows afterwards the time when window.
Use obtainable ripe instrument, not only encourage the user in its computing machine, to create and preserve a plurality of projects, but also encouragement user change is in time revised or improved them.For example, the user can carry out work at certain file, and afterwards its current version is kept on the memory device.Yet next day, the user may have another idea about revised edition, maybe new idea may occur, and therefore again opened this document.
If the user wishes to add more materials or to meaningful the change, then revision is processed normally categorical to file.Yet if the user has changed him/her about the idea of the modification made before, the user is difficult to file is turned back to early stage state usually.The application program that is used for word processing allows the user " cancel " former editor to text usually, but this cancels at least past revision of as many as predetermined number.Cancelling feature usually also is configured to and must cancels the revision of carrying out in the past with the order opposite with the sequencing of time of origin; That is, the user must at first cancel the editor who carries out recently, then next nearest one etc.If the user preserves and close document, and and then open it, then may not automatically cancel the editor before any.
Summary of the invention
The system and method that is used for storage and recovers numerical data is provided.Usually, in one aspect, provide a kind of method.The method is included in when front view is displayed on the user interface, and the request of reception shows the first user input of backup interface; Show backup interface, described backup interface comprises that described at least First look of working as the earlier version of front view represents and described viewing area of working as the visual representation of front view be used to presenting, and described earlier version comprises the first element; When showing described backup interface, the request that receives is revised the second user input of working as front view for described the first element at least according to described earlier version; To be expressed as to the modification animation of described the first element the movement from the visual representation of earlier version to described visual representation when front view; With described the second user input of response, revise the described front view of working as for described the first element at least according to described earlier version.Other embodiment of this aspect comprises corresponding system, device, computer program and computer-readable medium.
The realization of this aspect can comprise one or more following features.Animation represents that described modification can also comprise: the copy that lifts described the first element from the visual representation of described earlier version; The position that keeps the copy of described the first element, simultaneously animation represents described visual representation, so that the visual representation of earlier version lives in retirement, and presents visual representation when front view; Add described visual representation when front view to the copy with described the first element.This aspect can also be included in and show in the described user interface and work as front view, and the wherein said front view of working as comprises modification to described the first element.
Usually, in one aspect in, a kind of method is provided.The method is included in when front view is displayed on the user interface, and the request of reception shows the first user input of backup interface; With the described backup interface of demonstration, described backup interface comprises be used to presenting that at least First look when the earlier version of front view represents and the viewing area of described visual representation when front view, described backup interface also comprises time shaft (time line, or title " timetable "), wherein said time shaft represents a plurality of visual representations when the earlier version of front view.Other embodiment of this aspect comprises corresponding system, device, computer program and computer-readable medium.
The realization of this aspect can comprise one or more following features.Show that described backup interface can comprise that demonstration comprises the time shaft of a row vertical scale line.Described time shaft can be the compression time axle that comprises a plurality of suppressed scale lines, and wherein each suppressed scale line represents a plurality of independent scale marks.Can input animation in response to the user and represent described time shaft.Described animation represents can be based on cursor position.
Described animation represents and can also comprise: determine the sign scale mark, described sign scale mark has the bee-line to cursor position; With the described time shaft of expansion, in order to show each scale mark relevant with described sign scale mark.Show that described each scale mark can comprise the described sign scale mark of amplification.Can show the date corresponding to the earlier version of working as front view that is represented by described sign scale mark.
This aspect can also comprise: determine that cursor position is mobile; Determine the next one sign scale mark relevant with cursor position; With the next sign of amplification scale mark.This aspect can also comprise: receive the input of selecting described sign scale mark; Demonstration is corresponding to the visual representation of the earlier version of working as front view of described sign scale mark; With with time shaft boil down to compression time axle.
Usually, in one aspect in, a kind of method is provided.The method comprises: show backup interface in user interface, described backup interface comprises be used to presenting when a plurality of visual representations of the earlier version of front view with when the viewing area of the visual representation of front view; With the displaying time axle, described time shaft comprises a series of step-lengths, and comprise one or more compression sections and a deploying portion, wherein each step-length in the compression section be associated when one or more earlier versions of front view, and each step-length in the deploying portion only with when the single earlier version of front view or when front view is associated.Other embodiment of this aspect comprises corresponding system, device, computer program and computer-readable medium.
The realization of this aspect can comprise one or more following features.Each step-length can have visual representation in time shaft, and comprises scale mark.The scale mark that is associated with the compression section of time shaft can be larger than the scale mark that is associated with the deploying portion of time shaft.
Can realize the specific embodiment of the subject content described in this instructions, in order to realize one or more following advantages.The user can pay close attention to and identify the particular snapshot in the time shaft of scale mark of the one or more snapshots of expression.Recovering animation represents to provide the visual cues that recovers the project in the historical view to the user.
The details of the various aspects of the subject content described in this instructions has been proposed in the the accompanying drawings and the following description.From this description, diagram and claims, will be seen that further feature of the present invention, aspect and advantage.
Description of drawings
Fig. 1 is a kind of block scheme of example system.
Fig. 2 is the block scheme for the exemplary architecture of data backup and resume.
Fig. 3 is the process flow diagram for the exemplary method of the project of recovering backup interface.
Fig. 4-12 shows the example of using backup interface and recovers the screenshot capture that animation represents.
Figure 13 is for the process flow diagram of selecting the exemplary method of historical view from time shaft.
Figure 14-23 shows the screenshot capture that example time shaft animation represents.
Figure 24 shows the example that scale mark launches.
Embodiment
Fig. 1 is the block scheme of system 100.What system 100 can allow the user search interface view obtains version, may obtain version based on this and start and recover.As used herein, view refers to and can carry out the project that can be stored and/or retrieve, element or other content of backup operation to it in the interface by backup assembly 117.For example, user interface view can comprise icon, file, file, application state information and/or machine state information, the preference etc. of arbitrary number.
Although this sentences the modification that personal computer 102 is described user interface view, should understand that disclosed realization can be incorporated into or be integrated into any electronic equipment with user interface, include but not limited to pocket computer and desk-top computer, server, electronic equipment, media player, game station, mobile phone, electronic mail equipment, personal digital assistant (PDA), embedded device, TV, other consumer-elcetronics devices etc.
Provide to be used for search corresponding to system information, application message, or the system and method for the memory contents of the earlier version of system, application or user interface state.This system and method can be independently, maybe can be integrated in the more complicated application.In the material that provides below, provide the integrated system and method that is used for watching and revising interface view (for example, user interface view).
Although discuss with reference to revising user interface view, those of ordinary skill in the art will recognize that this view may be based on the other side of various data structures, file, processing and information management.Reach a conclusion thus, also conceive the modification to file structure, data etc., in order to realize the modification to user interface view.In other words, although see that from user's viewpoint may be the most significantly to change user interface view from a kind of recovering state to another kind of state, this is to finish by the corresponding change of lower floor's system for content.
Those of ordinary skill in the art will recognize that, the engine of description, method, processing etc. itself can be used as part, plug-in unit, application of independent processing or application, operating system etc.In one implementation, this system and method can be implemented as one or more plug-in units of installation and operation on personal computer 102.This plug-in card configuration is and operating system (for example, MAC
X, WINDOWS XP, LINUX etc.) mutual, and the various functions of execution as described below.
The system and method that is used for the modification user interface view also can be implemented as one or more software application of moving at computing machine 102.This system and method can be characterized as being can be at various platforms and/or network (for example, client/server network, wireless network, independently computing machine, mancarried electronic aid, mobile phone etc.) the upper realization, and/or be embedded into or with framework or the model of one or more software application (for example, Email, media player, browser etc.) bindings.
In some implementations, computing machine 102 can comprise for example search component 118 of search computer documents or other project in the thesaurus in local memory device 106 or externally of permission.In one implementation, search component 118 can be mutual with backup assembly 117, in order to carry out the search to the storage version of computer documents and other project.Especially, in one implementation, search component 118 stipulates that the user can be chosen in the Search Results that identifies in the earlier version, and uses them to start recovery to this version in computing machine 102.This means when the user search file but when not finding file, the user can call backup assembly 117 (or its part), in order to states before C: drive for example or some other system resource one or more are shown.For example, if the user is searching the content of C: drive (current its do not have the file of searching), user's (or computing machine) can start the backup assembly, in order to check the former state of C: drive, thereby checks whether this document is archived.Can information (for example, the sign of the file of seeking) be forwarded to backup environment in order to correct one or more archive files are shown by search environment, realize easily this operation.
Fig. 2 is the block scheme for the exemplary architecture 200 of data backup and resume.Data can comprise, for example, and such as using 228 application files that are associated, application data, setting, parameter etc. with one group.Backup assembly 117 provides backup and recovery capability for system 100.Many different projects or element can be the objects of the backup operation in the system 100.For example, the state of file, file, project, message part, catalogue, image, systematic parameter, playlist, address book, Email, e-mail folder, application or the state of system, preference (for example, user or system preference) etc. can be the candidates for filing.The data that can comprise other type in the backup operation.
In this example, backup assembly 117 comprises local memory device 204 and External memory equipment 232.Backup Data can be stored among both any one.Backup assembly 117 can use this locality of arbitrary number and/or external storage device stores corresponding to the Backup Data of various version.In one implementation, do not provide local storage.In one implementation, backup assembly 117 is with the form store backup data corresponding to file system structure.
In one implementation, raw data (for example, file, file, project, message part, catalogue, image, systematic parameter, playlist, address book, Email, e-mail folder, application state, preference etc.) a copy be stored in the system as Backup Data (for example, the prototype version of data).When producing one or more version of one or more groups follow-up Backup Data or data by follow-up backup operation, Backup Data can only comprise the difference between current data version and the former Backup Data, thereby saves storage space.In some implementations, can use memory device 204 and 232, so that the link of storage original backup data and sensing original backup data.This link can be the hard link of quoting or point to physical data, or as another example, can be the Symbolic Links (for example, with title or position) of another file on the reference stores equipment.
In one implementation, backup assembly 117 is as the operation of the background task on the operating system 230, and wherein normally the user is sightless for this task.Backup assembly 117 can be configured to run on a plurality of user accounts.In another was realized, backup assembly 117 operated in the application 228 in the user's space.
In one implementation, activity monitoring engine 212 can by its with use 228 distinguish that alternately the material change (for example, text in the document is modified) and non-material change (for example, the play count in the iTunes playlist is updated, or the some changes that cancel each other out).Activity monitoring engine 212 can create modification element (for example, the file) tabulation that will use when for example finally triggering backup operation.In one implementation, the inactive period that activity monitoring engine 212 can surveillance.Activity monitoring engine 212 can not bring the time period internal trigger backup operation of system speed decline to any active ues in backup operation.
Preference supervisor engine 2 14 is specified some operating parameter of backup assembly 117.In one implementation, preference supervisor engine 2 14 comprises application parameter user's appointment and/or system default for backup assembly 117.These can comprise for the setting that catches and store the details of view.For example, preference supervisor engine 2 14 can determine frequency, the Backup Data of backup operation the memory location, be fit to be included in the element type (such as file or other project) in the backup operation and trigger the event (periodically or event driven etc.) of backup operation.
In one implementation, preference supervisor engine 2 14 can detect when new memory device is added to system, and prompting user specifies whether comprise that this memory device is as backup library.Can position-based (for example, the driver indicated with letter is such as on the C: drive and in the D:/photos, or denominative driver is such as " MyBigDisk " driver, or denominative catalogue is such as all the elements in "/ExtraStorage/Photos ", thereby in this instructions quoting of driver is not limited to driver or the path indicated with letter), with the correlativity of application-specific (for example, all pictures, music, Email in the inbox, address book and system's setting) or strategy combination, file and other project for backup operation arranged.Dissimilar project can be arranged in the backup operation process and be stored on the distinct device, or is stored on the different subregions of memory device.
Change the element-specific (for example, the file of supervision or other project) in identification engine 218 positioning systems 200, whether be changed in order to determine them.The example of describing for activity monitoring engine 212 above being similar to changes identification engine 218 and can distinguish material change and non-material change.In one implementation, change identification engine 218 traversal one group of object element (for example, file, data or other project), more early stage version and current version are in order to determine whether to have occured modification.
For example, can use search component 118 to start search, in order to seek specific project or element such as image file.If the project of seeking has been found in search, and if this project satisfy user's expectation, then needn't carry out arbitrarily other search this moment.Yet, if the project of searching is not found in search, if or the project that finds do not satisfy user's expectation, the user can select to carry out the search to historical view.The user can activate the backup user interface so that the search history view.
Fig. 3 is for the process flow diagram at the exemplary method 300 of backup interface restoration project.For convenience's sake, will be with system (for example, the system 100) describing method 300 of manner of execution 300.This system starts backup interface (302).In some implementations, the user can start backup interface from user interface (for example, desktop user interface).For example, can in described user interface, (for example, with backup assembly 117) provide the backup interface icon.Replacedly, the backup assembly can respond the menu item startup backup interface of user selection.For example, the drop-down menu in the user interface.
In some implementations, the desktop user interface comprises one or more windows.This window can provide the application of for example opening when front view (for example, the user interface of current application state) or navigation interface when front view (for example, being used for for example navigation of the file system of local memory device 106).The user can in the active window of user interface, for example, start backup interface from application-specific or navigation interface.
Backup interface icon or menu option can allow the user to enter backup interface with respect to active window.For example, the user can enter backup interface from the navigation interface of particular figure that file system is provided, so that disappearance version or the earlier version of search item (for example, file or folder).
System shows backup interface (304).This backup interface can comprise about a plurality of historical view when front view.Historical view can be the visual representation that appears at the Backup Data in the historical view.In some implementations, historical view can be represented as snapshot.As used herein, snapshot can refer to be stored in the backup element in the files, and described files comprise by the option of backup assembly 117 appointments or the backup of content.Snapshot can also represent the front view of working as in the backup interface.In some implementations, snapshot can be by with stacked stacked arrangement, wherein at each next snapshot of stacking middle propelling corresponding to respect to when the farther time in the past point of front view (for example, appearing at the view at stacking top).
For example, if the user has activated backup interface from the interface of application-specific, then each snapshot can provide the visual representation of user interface of the state when respective backup occurs of this application.Similarly, if the user uses navigation interface to activate backup interface from the specified point of file system, then described snapshot can provide the expression of navigation interface at this particular point in time.As a result, the user can be in snapshot the identification of vision ground be used for the project recovered, or recover the whole state (for example, the whole state of application) that represented by this snapshot.
System receives the input (306) that shows particular snapshot.The user can navigate between the snapshot in backup interface.For example, the user can use the navigation button (for example, arrow button) to move forward and backward in snapshot.Replacedly, the user can example such as input equipment (mouse) with cursor movement to particular snapshot and then select this snapshot, come directly in described stacking middle selection particular snapshot.In other is realized, can be otherwise, for example, represent snapshot with the time shaft of the scale mark in the backup interface.The user can select specific scale mark, in order to select particular snapshot (as described in more detail below).When the user selection particular snapshot, selected snapshot is represented as the current snapshot at the stacking top of snapshot.
System receives the input (308) of the project in the particular snapshot of recovering to show.For example, the user can enter backup interface from navigation interface, in order to recover the earlier version of specific file.In case the user in the snapshot of selecting, identified this document specific earlier version (for example, corresponding to wish the user to cancel to the early stage time before some editor of this document), the user can select this document in order to recover.Similarly, the user can select the other side in the snapshot, for example, the application data that presents (for example, email message in the snapshot at e-mail applications interface, song during music management is used) and the status information (for example, the state of application) of the data acquisition that is represented by this snapshot.
The user can, for example, by coming select File with input equipment select File in snapshot.For example, can be by in snapshot, highlighting the selected project of this project label.Then the user can select to recover control, in order to activate the Recovery processing to the file of selecting.
In some implementations, system's animation represents that selected project is with respect to the recovery (310) when front view.For example, system can be by lifting the copy of the project in (lift) selected snapshot, and this project is forwarded in time the snapshot of expression current state, and animation represents this project.The below has described an example that animation represents with Fig. 4-12.
System returns to project and works as front view, and withdraws from backup interface (312).For example, if there is the project that is resumed (for example, when the earlier version of this project of recovery) in the front view, the project that is resumed (for example can replace the project that exists in front view, delete the project of this existence, and replace with the project that is resumed).Replacedly, can preserve separately the project (for example, being kept under the different filenames) that is resumed.Replacedly, if in front view, there is not this project (for example, recovering the project of deleting from when front view), then can simply the project that is resumed be copied to for example corresponding to the position when front view.
Fig. 4-12 shows the example of using backup interface and recovers the screenshot capture that animation represents.
Fig. 4 shows and enters backup interface example user interface 400 before.User interface 400 can comprise for example some windows of the movable navigation interface of using or opening of expression.In this example, in the window of user interface 400 show navigator interface 402 work as front view.Particularly, navigation interface 402 show comprise respectively navigation pane (navigation pane) but in navigation hierarchy and the view of a part of file system of the bulleted list in the display pane.The project of listing can be file, file or divide other project that is associated with the specific selection portion of file system hierarchy.Display pane comprises for example file 406.In the situation that for example the user wishes to recover earlier version, file 406 can be the current version of file.Replacedly, the user can enter backup interface from user interface 400, so that the project that does not have in the search navigation interface 402.
As active window, the user can be by for example selecting Backup options from the menu 404 of user interface 400 with navigation interface 400, or the use icon or the menu item that are associated with navigation interface 402, starts the backup user interface.
Fig. 5 shows the backup interface 500 of example.This backup interface comprises snapshot 502, time shaft 504, navigation controls 506 and control bar 508, and control bar 508 for example comprises " cancellation (Cancel) " control 510, " change (Only Show Change) only is shown " control 512 and " recovering (Restore) " control 514.Control bar 508 can also comprise that the date on the date of the top snapshot that shows snapshot 502 shows 516.
" cancellation " control 510 can allow the user to cancel recovery to one or more files or project.In some implementations, cancellation recovers also to cause withdrawing from backup interface, and returns for example user interface 400 of Fig. 4." recovery " control 514 can allow the user that the project in the selected snapshot is returned to when front view (for example, arriving the front view of working as of file system).
In some implementations, can use " recovery " control 514 to recover the whole content of selected snapshot, for example, recover the current file system state with the All Files in the snapshot of current selection or project." change only is shown " control 512 can allow the user to choose whether to present the snapshot of the project that does not have change in backup interface.In some implementations, the control 512 that " change only is shown " can be converted to the demonstration control that " all (Show all) is shown ".
In Fig. 5, current snapshot 520 (for example, the snapshot of top) represents the front view of working as of navigation interface 402.Therefore, the date shows that 516 dates with this snapshot were shown as " today (now) (Today (Now)) ".In addition, the content of current snapshot 520 is corresponding to the content that presents in the navigation interface 402, and particularly, snapshot 502 comprises project 406.
The animation of the backup interface 500 when Fig. 6 shows the user selection particular snapshot represents.The user can for example select specific snapshot in stacking snapshot 502.Backup interface can represent snapshot 502 by animation, moves forward in order to selected snapshot is shown as current snapshot (being presented at stacking top) so that they seem.For example, the user can use navigation controls 506 to navigate to snapshot.Replacedly, the user can be by selecting directly to select snapshot from snapshot 502 or time shaft 504.
Represent in the process at animation, the snapshot between current snapshot and the selected snapshot can seem and sequentially move forward and disappear.Therefore, as shown in Figure 6, when moving forward, current snapshot 520 is shown as partially transparent.Current snapshot 520 is also illustrated significantly, in order to seem spatially more approaching.In some implementations, the snapshot that is represented by animation moves to before control bar 508 and the navigation button 506.
Fig. 7 shows with the backup interface 500 of selected snapshot as current snapshot 720.Show shown in the of 516 such as the date, 720 expression today of current snapshot are 6 historical view that obtain in the afternoon.Selected snapshot comprises the certain content that is associated with the navigation interface that comprises project 706.The earlier version of the project 406 of the current state of the navigation interface 402 that project 706 expressions are shown in Figure 4.Project 706 is shown as by user selection (for example, highlighted).
Fig. 8 shows the user and starts project 706 is returned to backup interface 500 when the front view.The user has selected present highlighted " recovery " control 514.
The animation that Fig. 9 shows project 706 when restoration project 706 represents the backup interface 500 in the process.In the animation of project 706 represented, the copy of project 706 seemed and is lifted from snapshot 702.Snapshot 702 is expressed as by animation and falls back on expression after the snapshot of front view.When animation represented that snapshot 702 is stepped back, project 706 seemed and remains on the original place.Therefore, project 706 seems to move forward to from snapshot 702 and works as front view.
Figure 10 shows project 706 and has been placed on the backup interface 500 of expression when in the snapshot 520 of front view.Also show the current version of project 406 in the snapshot 706.As shown in figure 11, project 706 has been substituted the current version of project 406, and directory entry 706 has been substituted project 406 and has returned to and work as front view.Work as front view in case project 706 has been returned to, then withdraw from backup interface 500.
Figure 12 shows and withdraws from backup interface 500 user interface 400 afterwards.User interface 400 illustrates navigation interface 402 again, yet project 406 is replaced by the project 706 by the backup component recovery now.
Figure 13 is the process flow diagram for the exemplary method 1300 of the project of recovering backup interface.For convenience's sake, will be with system (for example, the system 100) describing method 1300 of manner of execution 1300.System starts backup interface (1302).In some implementations, the user can start backup interface from user interface (for example, desktop user interface).For example, can in this user interface, (for example, with backup assembly 117) provide the backup interface icon.Replacedly, the backup assembly can respond the menu item startup backup interface of user selection.For example, the drop-down menu in the user interface.Above can using and be similar to, system starts backup interface with described those technology of Fig. 3.
System shows backup interface (1304).Backup interface can comprise about a plurality of historical view when front view.Historical view can be the visual representation that is presented on the Backup Data in the historical view.In some implementations, present historical view with the snapshot form.Snapshot can also represent to work as front view in backup interface.In some implementations, snapshot can be by with stacked stacked arrangement, as mentioned above, wherein at each next snapshot of stacking middle propelling corresponding to respect to when the farther time in the past point of front view (for example, be presented on stacking top).
For example, if the user has activated backup interface from the interface of application-specific, then each snapshot can provide the visual representation of user interface of the state when respective backup occurs of this application.Similarly, if the user uses navigation interface to activate backup interface from the specified point of file system, then described snapshot can provide the expression of navigation interface at this particular point in time.As a result, the user can be in snapshot the identification of vision ground be used for the project recovered, or recover the whole state (for example, the whole state of application) that represented by this snapshot.
The backup assembly can be otherwise, for example, represents snapshot in the backup interface with the time shaft of the mark in the backup interface (for example, scale mark).The user can select specific scale mark, in order to select specific snapshot.When user selection during particular snapshot, selected snapshot is used as current snapshot and is presented on the stacking top of snapshot.
System determines the cursor position (1306) with respect to time shaft.For example, when cursor changes position (for example, moving corresponding to the user to mouse device) in backup interface, can determine the position of cursor.For example, can determine this position with respect to the location of pixels of the pixel that forms the time shaft in the backup interface according to cursor.In addition, can follow the trail of the movement of cursor in backup interface by the backup assembly.
System represents time shaft (1308) based on the cursor position animation of determining.For example, the backup assembly can provide the dynamic animation of time shaft to represent, this dynamic animation represents it is response to cursor position.For example, when the specific region of cursor time to approach axle, can the duration of run axle.Described expansion can comprise the amplification time axle and increase the number of scale mark in order to strengthen resolution.For example, the suppressed scale line before launching in the time shaft can represent a plurality of scale marks, and wherein each suppressed scale line is corresponding to specific historical view.When cursor near the time, single scale mark can be launched into a plurality of scale marks, in order to show the scale mark of lower floor.Each lower floor's scale mark can be corresponding to specific historical view.In some implementations, can show date for the historical view corresponding to immediate scale mark (with respect to cursor).
In some implementations, if cursor position near any end of time shaft, system is automatically towards center rolling time axle.For example, if system determines cursor position at the coboundary of time shaft, this animation represents can the downward rolling time axle of certain quantity and cursor.With the time shaft scroll cursor, in order to keep position relationship between specific scale mark and the cursor.In some implementations, this rolling only is enough to allow represent to launch fully in the process contiguous scale mark at animation.In other is realized, roll and the respective point in cursor and the time shaft is placed the vertical centre at interface.
System receives the input (1310) of the scale mark in the select time axle.For example, in case the user has identified specific scale mark, then can use input equipment to select this scale mark.For example, the user can be used for according to the date and time information identification of the demonstration that is associated with scale mark the specific scale mark of selection.Then the user can select this scale mark, in order to watch the historical view (for example, as snapshot) that is associated.
System shows the historical view (1312) corresponding to selected scale mark.For example, when user selection during corresponding to the scale mark of particular historical view, this historical view can be used as current snapshot (for example, the snapshot of top) and be presented in the backup interface.Then the user can watch or select the project in the snapshot, or otherwise navigates in the project in snapshot.In some implementations, the user can recover the project of one or more selections, or recovers the whole view when front view.Replacedly, the user for example service time, axle selected new snapshot in order to watch.
Figure 14-23 shows the screenshot capture that example time shaft animation represents.
Figure 14 shows backup interface 1400.The backup user interface comprises snapshot 1402, time shaft 1404, navigation controls 1400a, 1400b and control bar 1408, and control bar 1408 for example comprises " cancellation (Cancel) " control 1410, " change (Only Show Changes) only is shown " control 1412 and " recovering (Restore) " control 1414.Control bar 1408 can also comprise that the date on the date of the top snapshot that shows snapshot 1402 shows 1416.
" cancellation " control 1410 can allow the user to cancel recovery to one or more files or project.In some implementations, cancellation recovers also to cause withdrawing from backup interface, and for example turns back to desktop user interface (for example, the user interface 400 of Fig. 4)." recovery " control 1414 can allow the user that the project in the selected snapshot is returned to when front view (for example, returning to the front view of working as of file system).
In some implementations, can use " recovery " control 1414 to recover the whole content of selected snapshot, for example, recover the current file system state with the All Files in the snapshot of current selection or project.Control 1412 can allow the user to choose whether and will present the snapshot of the project that does not have change in backup interface " change only to be shown ".In some implementations, the control 1412 that " change only is shown " can be converted to the demonstration control that " all (Show all) is shown ".
In Figure 14, current snapshot (for example, the snapshot of top) represents the front view of working as of navigation interface.Therefore, the date shows that 1416 dates with this snapshot were shown as " today (now) ".In addition, the content of current snapshot is corresponding to the content of navigation interface 402, and particularly, snapshot 1402 comprises project.
Figure 15 shows the part of the backup interface 1400 that focuses on time shaft 1404.In addition, Figure 15 shows the compressive state of time shaft 1404, wherein shows whole time shaft (for example, the scale mark of obtainable all snapshots in the expression backup assembly).In some implementations, time shaft is represented as the vertical time shaft project of row that is called as scale mark herein.Each scale mark represents one or more snapshots.In some implementations, time shaft from the bottom to represent that the scale mark when front view (for example, the current state of the file system shown in the navigation interface) begins to arrange scale mark.From upwards being that expression is from the scale mark of the nearest snapshot that shines soon obtainable the earliest snapshot along time shaft 1404 when the front view.Other layout that time shaft in the backup interface can be arranged.
One or more scale marks can comprise data markers in the various positions of time shaft 1404.For example, time shaft 1404 is " now " with the current view mark among Figure 15.Other scale mark can comprise for example mark of " in January, 2003 (January 2003) " and " in May, 2007 (May 2007) " of expression Month And Year.Therefore, time shaft 1404 comprises a series of snapshots that shine soon the current state in June, 2007 from first that obtains in January, 2003.
In some implementations, there is restriction to the number of the scale mark that can in time shaft 1404, present.For example, if represent each scale mark with the horizontal line of height with two pixels, and with the interval of height with 10 pixels each scale mark is separated, 100 scale marks will need 1190 vertical pixels.Therefore, time shaft 1404 may comprise the suppressed scale line that is associated with a plurality of snapshots in compressive state.In some implementations, the interval between the scale mark in the time shaft 1404 is variable.For example, when increasing snapshot in the backup operation process, corresponding scale mark is added to time shaft 1404.Along with the increase of number, the interval between each scale mark may be reduced, for example, incrementally dwindles, until reach the minimum pixel interval.
When existing than the more single scale mark of perpendicular separation in the backup interface, the backup assembly can be determined the compression of time shaft.Can compress each scale mark according to the criterion of appointment.In one implementation, two time shafts of compression first calculated.First time shaft represents to use the minimum interval between the scale mark, can pack into to can be used for the maximum number of the scale mark in the space.Very first time axle is final time shaft.The backup assembly calculates second time shaft by dwindling the interval until all scale marks all are contained in total free space.
Then, the span of each scale mark in the backup Assembly calculation very first time axle.The described span of backup Assembly calculation for example, comprises based on the central point of scale mark and determines two points.In one implementation, described point defines apart from the distance of half of central point plus or minus minimum interval quantity.Each scale mark in the very first time axle is crossed over the one or more scale marks in second time shaft.If the scale mark in the time shaft is only crossed over a scale mark, then back up assembly and only replace this scale mark with described scale mark.Yet, if the scale mark in the very first time axle is crossed over a plurality of scale marks in the second time shaft, back up assembly and replace this scale mark with the suppressed scale line that comprises/quote all scale marks of being crossed over.
Figure 16 shows the realization of time shaft 1404, and wherein cursor has been moved near specific scale mark time shaft 1404 tops (for example, corresponding to the earliest snapshot).Particularly, the position of cursor is between " in January, 2003 " on the time shaft 1404 and " in February, 2003 " data markers.
In some implementations, the backup assembly can postpone animation and represents, thereby is occuring before animation represents, cursor can time of arrival specified point in the axle 1404.Similarly, if all snapshots in the compression time axle 1404 all are visual (for example, each scale mark represent single snapshot), do not need that then animation occurs and represent.Replacedly, when cursor position is in respect to the threshold distance of time shaft 1404, can begins animation and represent.
As shown in figure 16, begun animation and represented, so that the scale mark in the time shaft 1404 looks thicker.In addition, they launch, so that the bottom of time shaft 1404 does not extend to nearest scale mark.Replace, visual time shaft 1404 finishes with the nearest date stamp in November, 2005 " November 2005 " now.Present date demonstration 1602, it identifies the date of the snapshot of next-door neighbour's cursor.For example, in Figure 16, the date shows that 1602 announcement cursor next-door neighbours are the scale mark of the snapshot of " Thursday afternoon in January, 2003 8:40 (" Thursday, January 23,2003 8:40PM ") " on the expression date.
The time shaft 1404 of Figure 17 shows animation when representing to continue Figure 16.Animation represents towards deployed condition duration of run axle 1404, in order to present additional snapshot (with the scale mark that is associated).When representing time shaft with animation, time shaft 1404 can keep the position (for example, the user keeps the cursor position on the identical scale mark in animation represents) of the scale mark of close cursor.Therefore, date demonstration 1602 remains identical.In Figure 17, continue the duration of run axle, so that visual time shaft has the scope between in January, 2003 (January) in August, 2003 (August).Increase the height of the scale mark between the every month appear in the time shaft 1404, make it look similar square 1702.
Figure 18 shows the time shaft 1404 that additional animation represents Figure 17 afterwards.Especially, in Figure 18, time shaft further launches, thereby the date stamp the earliest that illustrates is in April, 2003 (" April ") rather than in August, 2003.As a result, increased vertical range between the date stamp (for example, month).In this interval, increased the height of scale mark piece 1702, the additional scale mark in these pieces becomes visible.In addition, near the scale mark the cursor position can horizontal development, so that the most outstanding near the scale mark of cursor.
Figure 19 shows the time shaft 1404 complete magnifying state time shafts 1404 afterwards that expand into.Time shaft launches, thereby each scale mark that illustrates is corresponding to single snapshot.Therefore, shown in this example, there is the snapshot that obtains every day, thereby has the corresponding scale mark for every day in the magnifying state of time shaft 1404.In addition, the backup assembly can amplify using corresponding to the scale mark of cursor position.For example, compare with other scale mark, emphasize that (for example, amplifying) is corresponding to the sign scale mark 1902 of cursor position, in order to for example strengthen the sign of selected scale mark.
In some implementations, amplification comprises the horizontal and vertical overstriking that identifies scale mark 1902.In some implementations, amplify and also to enlarge the scale mark adjacent with sign scale mark 1902, although be to enlarge (for example, forming the bell curve shape centered by selected scale mark 1902) with less degree.The user can select the scale mark 1902 that identifies, in order to show corresponding snapshot in backup interface.
User's navigation when Figure 20 shows time shaft 1404 and remains on deployed condition between scale mark.The user can arrive different scale mark (for example, using mouse) with cursor movement along time shaft 1404.Along with cursor movement, the date date of cursor next-door neighbour's snapshot (for example, with) correspondingly changes.In addition, in one implementation, the amplification of the scale mark that identifies with cursor position is along with cursor is dynamically mobile.For example, as shown in figure 20, the user moves down cursor along time shaft 1404, so that sign scale mark 2002.Scale mark 2002 has the date 2004 of " Thursday afternoon 8:40 on February 13rd, 2003 (Thursday, February 13,2003 8:40PM) ".In addition, time shaft 1404 shows the scale mark 2002 that identifies in magnifying state.The scale mark 1902 that identified in the past turns back to the not magnifying state corresponding to other scale mark in the time shaft 1404.
When the user removed time shaft with cursor, for example, after having selected to be used for the particular snapshot that shows or having navigate to the different piece of time shaft, time shaft turned back to compressive state.
The animation that Figure 21-23 shows a kind of example represents, it shows time shaft 1404 compressive state that gradually reduces.In Figure 21, the user removes time shaft with cursor, and this has started animation and has represented.Scale mark begins combination in order to form piece in time shaft 1404.Along with the scale mark combination, more time shaft 1404 becomes visible in backup interface.Final time shaft 1404 turns back to compressive state shown in Figure 23.In Figure 23, time shaft 1404 comprises the whole time shaft 1404 that represents all obtainable backup snapshots.
Figure 24 shows the example that scale mark launches.Figure 24 comprises the compression time axle 2402 of example, the time shaft 2404 that launches and the time shaft 2406 that amplifies.In compression time axle 2402, the scale mark of each demonstration represents a plurality of single scale marks.The time shaft 2404 that launches is launched into each scale mark in the compression time axle 2402 lower floor's scale mark of each snapshot of expression.For example, to be unfolded in the time shaft 2404 that launches be 5 independent snapshots 2410 to the suppressed scale line 2408 in the compression time axle 2402.In addition, owing to launching, whole time shaft is longer than compression time shaft 2402 in the time shaft 2404 that launches.At last, the time shaft 2406 of amplification comprise with the time shaft 2404 that launches in the scale mark of similar number, yet specific scale mark has been exaggerated.For example, scale mark 2412 can be corresponding to the scale mark that is associated with cursor position.Therefore, scale mark 2412 is exaggerated, and becomes higher and/or wider with respect to other scale mark.In addition, amplification can seamlessly transit so that according to scale mark 2412 near situation, the scale mark that specify number adjacent with scale mark 2412 partly amplified.
In the superincumbent description, for illustrative purposes, proposed some specific detail and understood in order to provide thoroughly.Yet, it will be evident to one skilled in the art that and can not use these specific detail to realize the present invention.In other cases, show structure and equipment with the block scheme form, in order to avoid making the disclosure smudgy.
Particularly, it will be appreciated by those skilled in the art that and to use other architecture and graphics environment, and can use and be different from graphical tool recited above and these examples of Realization of Product.Particularly, client/server approach only is an example be used to the architecture that function described herein is provided; It will be appreciated by those skilled in the art that and to use other non-client/server scheme.With to the algorithm of the operation of the data bit in the computer memory and the detailed description that symbolic representation has provided some part.These arthmetic statements and expression are intended to be used for passing on most effectively the flesh and blood of its work to other technician in this field by the technician of data processing field.Algorithm is contemplated to be and generally is the self-consistent sequence of steps that causes desirable result herein.These steps are need to be to the step of the physical operations of physical quantity.Although not necessarily, the common employing of this tittle can be stored, transmits, makes up, compare and the electric signal of operation or the form of magnetic signal.Mainly be for general reason, these signals can be called position, value, element, symbol, character, item, numeral etc. easily sometimes.
Yet should keep firmly in mind, all these and similar term are associated with the physical quantity that is fit to, and only are the convenient marks for this tittle.Unless stated otherwise or from discuss obviously as seen, should be appreciated that and in whole description, use action and the processing that refers to computer system or similar electronic computing device such as the discussion of " processing " or " calculating " (" computing " or " calculating ") or " determining " or " demonstration " etc.Described computer system or similarly the electronic computing device operation be represented as the data of physics (electricity) amount in the RS of computer system, and it is transformed to the storer that is expressed as similarly computer system or other data of the physical quantity in register or other this information storage, transmission or the display device.
Can be configured to especially carry out for the purpose of needs the device of operation herein, or it can comprise multi-purpose computer, the computer program that described multi-purpose computer can be stored in this computing machine optionally activates or reconfigures.This computer program can be stored in the computer-readable recording medium, such as, but not limited to dish, ROM (read-only memory) (ROM), random access storage device (RAM), EPROM, EEPROM, the magnetic or optical card of any type that comprises floppy disk, CD, CD-ROM and magneto-optic disk or be applicable to the store electrons instruction and be connected to the medium of any type of computer system bus.
The algorithm that herein provides is not relevant with any specific computing machine or other device inherently with module.Various general-purpose systems can be used for the program of basis instruction herein, or can construct easily more special-purpose device in order to carry out described method step.From this description, will understand the required structure of various these systems.In addition, with the programming language of any specific current example is not described.Should be appreciated that and to use various programming languages to realize instruction described herein.In addition, will be seen that such as those of ordinary skill in the art, described module, feature, attribute, method and other side can be implemented as software, hardware, firmware or this three's combination in any.Certainly, in the situation that assembly is implemented as software, assembly can be implemented as independent program, than the part of large program, a plurality of independent program, static link library or dynamic link library, in endorse loading module, device driver and/or with the technician in computer programming field now or any alternate manner of knowing in the future realize.In addition, this description never is the realization that is limited in any specific operation system or the environment.
Those skilled in the relevant art will be understood that, above-mentioned realization only is example, and can make many modifications and do not break away from essential spirit and scope of the present invention.Therefore, be intended to cover all such changes and modifications in the essential spirit and scope of the present invention with appended claim.
Claims (24)
1. method that is used for storage and recovers numerical data comprises:
The user interface that comprises user interface windows when front view is shown, the request of reception shows the first user input of backup interface;
Show described backup interface, described backup interface comprises that at least First look be used to the earlier version that presents the user interface windows that represents the first snapshot represents and the described viewing area of working as the visual representation of front view of user interface windows, and the described earlier version of user interface windows comprises the first element;
When showing described backup interface, described the second user input when front view of user interface windows is revised in the request that receives at least for described the first element according to the described earlier version of user interface windows;
To be expressed as to the modification animation of described the first element the movement of the described visual representation when front view from the visual representation of the described earlier version of user interface windows to user interface windows; With
Respond described the second user input, revise at least the described front view of working as of user interface windows according to the described earlier version of user interface windows for described the first element, described modification comprises the data from the first snapshot of recovering corresponding with described the first element.
2. the method for claim 1, wherein animation represents that described modification also comprises:
From the visual representation of the described earlier version of user interface windows, lift the copy of described the first element;
The position that keeps the copy of described the first element, simultaneously animation represents visual representation, so that the visual representation of the described earlier version of user interface windows lives in retirement, and presents the described visual representation when front view of user interface windows; With
The copy of described the first element is added to the described visual representation when front view of user interface windows.
3. the method for claim 1 also comprises:
Show the described front view of working as within comprising the described user interface of user interface windows, wherein said user interface windows comprises the modification to described the first element.
4. method that is used for storage and recovers numerical data comprises:
The graphic user interface that comprises user interface windows when front view is shown, the request of reception shows the first user input of backup interface; With
Show described backup interface, described backup interface is different from user interface windows and comprise that at least First look be used to the earlier version that presents described user interface windows when front view represents the viewing area when the visual representation of front view with described user interface windows when front view, described backup interface also comprises time shaft, wherein said time shaft represents a plurality of visual representations that respectively represent particular point in time of the earlier version of user interface windows, and wherein said time shaft is the compression time axle that comprises a plurality of suppressed scale lines, wherein each suppressed scale line represents a plurality of independent scale marks
Represent described time shaft in response to user's input based on the cursor position animation, described animation represents to comprise: determine the sign scale mark, described sign scale mark has the bee-line to cursor position; With the described time shaft of expansion, in order to show each scale mark relevant with described sign scale mark.
5. method as claimed in claim 4 wherein shows to comprise that the described backup interface of time shaft comprises: time shaft is shown as a row vertical scale line.
6. method as claimed in claim 4 shows that wherein each scale mark comprises the described sign scale mark of amplification.
7. method as claimed in claim 4 wherein shows the date corresponding to the earlier version of the described user interface windows that is represented by described sign scale mark.
8. method as claimed in claim 4 also comprises:
Determine that described cursor position is mobile;
Determine the next one sign scale mark relevant with described cursor position; With
Amplify described next sign scale mark.
9. method as claimed in claim 4 also comprises:
Receive the input of selecting described sign scale mark;
Demonstration is corresponding to the visual representation of the earlier version of the user interface windows of described sign scale mark; With
With the described compression time axle of described time shaft boil down to.
10. method that is used for storage and recovers numerical data comprises:
Show backup interface in user interface, described backup interface comprises the viewing area be used to the visual representation of the current version of a plurality of visual representations of the earlier version that presents user interface windows and described user interface windows; With
The displaying time axle, described time shaft comprises a series of step-lengths, and comprise one or more compression sections and a deploying portion, wherein each step-length in the compression section is associated with one or more earlier versions of described user interface windows, and each step-length in the deploying portion only is associated with the single earlier version of described user interface windows or the current version of described user interface windows, and the demonstration of wherein said deploying portion and compression section changes on time shaft based on the position of cursor.
11. method as claimed in claim 10, wherein each step-length has visual expression in described time shaft, and comprises scale mark.
12. method as claimed in claim 11, the scale mark that wherein is associated with the compression section of described time shaft is larger than the scale mark that is associated with the deploying portion of described time shaft.
13. a system that is used for storage and recovers numerical data comprises:
Be used for the user interface that comprises user interface windows when front view is shown, the request of reception shows the device of the first user input of backup interface;
Be used for showing the device of described backup interface, described backup interface comprises that at least First look for the earlier version of the user interface windows of expression the first snapshot represents and the described viewing area of working as the visual representation of front view of user interface windows, and the described earlier version of user interface windows comprises the first element;
Be used in the described backup interface of demonstration, the described device of inputting as the second user of front view of user interface windows is revised in the request that receives at least for described the first element according to the described earlier version of user interface windows;
Be used for to be expressed as the modification animation of described the first element the device of the movement of the described visual representation when front view from the visual representation of the described earlier version of user interface windows to user interface windows; With
Be used for responding described the second user input, at least revise the described device when front view of user interface windows for described the first element according to the described earlier version of user interface windows, described device for revising comprises for the device that recovers corresponding with described the first element data from the first snapshot.
14. system as claimed in claim 13 wherein is used for animation and represents that the device of described modification also comprises:
Be used for lifting from the visual representation of the described earlier version of user interface windows the device of the copy of described the first element;
Be used for keeping the position of the copy of described the first element, animation represents visual representation simultaneously, so that the visual representation of the described earlier version of user interface windows lives in retirement, and the device of the described visual representation when front view that presents user interface windows; With
Be used for the copy of described the first element is added to the described device of working as the visual representation of front view of user interface windows.
15. system as claimed in claim 13 also comprises:
Be used for showing described device when front view within comprising the described user interface of user interface windows, wherein said user interface windows comprises the modification to described the first element.
16. a system that is used for storage and recovers numerical data comprises:
Be used for the graphic user interface that comprises user interface windows when front view is shown, the request of reception shows the device of the first user input of backup interface; With
Be used for showing the device of described backup interface, described backup interface is different from user interface windows and comprise that at least First look be used to the earlier version that presents described user interface windows when front view represents the viewing area when the visual representation of front view with described user interface windows when front view, described backup interface also comprises time shaft, wherein said time shaft represents a plurality of visual representations that respectively represent particular point in time of the earlier version of user interface windows, and wherein said time shaft is the compression time axle that comprises a plurality of suppressed scale lines, wherein each suppressed scale line represents a plurality of independent scale marks
Be used for representing based on the cursor position animation in response to user's input the device of described time shaft, the described device that represents for animation comprises: be used for determining the device of sign scale mark, described sign scale mark has the bee-line to cursor position; Be used for launching described time shaft in order to show the device of each scale mark relevant with described sign scale mark.
17. system as claimed in claim 16 is used for wherein showing that the device of the described backup interface that comprises time shaft comprises: the device that is used for time shaft is shown as a row vertical scale line.
18. system as claimed in claim 16 is used for wherein showing that the device of each scale mark comprises: the device that is used for amplifying described sign scale mark.
19. system as claimed in claim 16 wherein shows the date corresponding to the earlier version of the described user interface windows that is represented by described sign scale mark.
20. system as claimed in claim 16 also comprises:
Be used for the device that definite described cursor position has moved;
Be used for determining the device of the next one sign scale mark relevant with described cursor position; With
Be used for amplifying the device of described next sign scale mark.
21. system as claimed in claim 16 also comprises:
Be used for receiving the device of the input of selecting described sign scale mark;
Be used for demonstration corresponding to the device of the visual representation of the earlier version of the user interface windows of described sign scale mark; With
Be used for the device with the described compression time axle of described time shaft boil down to.
22. a system that is used for storage and recovers numerical data comprises:
Be used for showing in user interface the device of backup interface, described backup interface comprises the viewing area be used to the visual representation of the current version of a plurality of visual representations of the earlier version that presents user interface windows and described user interface windows; With
The device that is used for the displaying time axle, described time shaft comprises a series of step-lengths, and comprise one or more compression sections and a deploying portion, wherein each step-length in the compression section is associated with one or more earlier versions of described user interface windows, and each step-length in the deploying portion only is associated with the single earlier version of described user interface windows or the current version of described user interface windows, and the demonstration of wherein said deploying portion and compression section changes on time shaft based on the position of cursor.
23. the system as claimed in claim 22, wherein each step-length has visual expression in described time shaft, and comprises scale mark.
24. system as claimed in claim 23, the scale mark that wherein is associated with the compression section of described time shaft is larger than the scale mark that is associated with the deploying portion of described time shaft.
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| CN201310073409.1A CN103150082B (en) | 2007-06-08 | 2008-05-29 | For recovering the method and system of numerical data |
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| PCT/US2008/065146 WO2008154171A1 (en) | 2007-06-08 | 2008-05-29 | Graphical user interface for backup interface |
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| CN2008800247100A Active CN101842768B (en) | 2007-06-08 | 2008-05-29 | Graphical user interface for backup interface |
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| US6671757B1 (en) | 2000-01-26 | 2003-12-30 | Fusionone, Inc. | Data transfer and synchronization system |
| US8620286B2 (en) * | 2004-02-27 | 2013-12-31 | Synchronoss Technologies, Inc. | Method and system for promoting and transferring licensed content and applications |
| US7860839B2 (en) | 2006-08-04 | 2010-12-28 | Apple Inc. | Application-based backup-restore of electronic information |
| US8311988B2 (en) | 2006-08-04 | 2012-11-13 | Apple Inc. | Consistent back up of electronic information |
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