Patent Application
20130297677
The present invention relates to the field of terminal data processing, and in particular relates to a terminal desktop processing system, a terminal, a server and a method.
Many types of network application software, such as instant messaging tools including MSN, Fetion, etc., have been developed and accepted by the majority of end-users, becoming indispensible user software tools that are widely used not only in the casual entertainments, but also in the users' daily work.
In prior art, a terminal desktop system is a commonly-used structure of terminal software system for end-users to use various software conveniently. When a variety of application software are running in the terminal desktop system, the user can arrange the layout of the displayed window of the application software such as the size and location etc. by dragging or other operations to facilitate operating according to their own habits.
However, with the development of technology, a lot of applications, such as instant messaging tools including MSN, Fetion, etc., have been provided with many additional features (i.e. value-added services) so as to meet the need of competition and to attract users. In addition, the application software become applicable to various network terminals, such that the user can either use a computer (PC) to log in the application software via Internet, or to use different mobile terminals to log in via mobile communication network such as TD-WCDMA. Due to different display resolutions and sizes of different terminal desktop systems, the user may have to re-arrange the desktop layout of application software and their additional features when using application software in different terminals, which results in inconvenient operation and unstable desktop of applications, making the user feel tired and affecting the security of applications. Hence, there is an urgent need to improve the terminal desktop system of network application software.
Present invention provides a terminal desktop processing system, a terminal, a server and a method, which improve the usability and stability of terminal desktop, making users feel better when using the terminal desktop.
A terminal desktop processing system, provided to achieve the object of the present invention, includes:
a terminal, configured to execute network application software; and
a server, connected to the terminal via a network;
the terminal includes:
a scanning module, configured to scan desktop layout of the application software, and to obtain desktop layout information of the application software; and
a transmission module, configured to transmit the desktop layout information of the application software obtained by the scanning module to the server via the network; and
the server includes:
a correlation module, configured to correlate the desktop layout information with the application software at the server end after receiving the desktop layout information related to the application software.
A terminal for executing network application software is further provided to achieve the object of the present invention, includes:
a scanning module, configured to scan desktop layout of application software, and to obtain the desktop layout information of the application software; and
a transmission module, configured to transmit the desktop layout information of the application software obtained by the scanning module to the server via a network.
A server is further provided to achieve the object of the present invention, which is connected to the terminal executing the network application software via the network. The server includes:
a correlation module, configured to correlate the desktop layout information with the application software at the server end after receiving the desktop layout information related to the application software.
A terminal desktop processing method is further provided to achieve the object of the invention, which is based on the hardware architecture of the terminal for executing network application software and a server connected to the terminal via a network. The terminal includes the following steps:
Step A: the terminal scans the desktop layout of the application software, and obtains the desktop layout information of the application software;
Step B: the terminal transmits the desktop layout information of application software obtained to a server via the network; and
Step C: the server correlates the desktop layout information with the application software at the server after receiving the desktop layout information related to the application software.
The beneficial effect of the present invention is that the terminal desktop processing system, the terminal, the server and the method of the present invention allow the user to share the same desktop layout in different terminals by storing and reading the terminal desktop layout information. Thus, even when the user logins the same application software using different terminals, the same desktop layout of the application software saved can still be read, which improves the usability, stability and the security of the terminal desktop, making the user feel better when using the terminal desktop.
In order to make the technical solutions and advantages of the present invention more clear, the terminal desktop processing system, the terminal, the server and the method of the present invention will be further described in detail in the following with reference to the accompanying drawings and the embodiments. It will be appreciated that the embodiments described herein are to be considered in all respects as illustrative rather than limitative to the scope of the present invention.
In an embodiment as illustrated in
The terminal 10 includes a scanning module 102, configured to scan desktop layout of the application software, and to obtain the desktop layout information of the application software.
Preferably, the desktop layout information refers to all window information contained in the desktop layout of the application software, including the rectangular area information occupied by each window of the desktop layout of the application software, which further includes the location, size and state information of each window of the desktop layout.
More preferably, the window information includes six parameters as follows:
an X parameter, representing the distance from the window to a point in the desktop (e.g. the upper left corner of the desktop) in horizontal direction;
a Y parameter, representing the distance from the window to a point in the desktop (e.g. the upper left corner of the desktop) in vertical direction;
a width parameter, representing the width occupied by the window;
a height parameter, representing the height occupied by the window;
a Z parameter, representing a stack-order of the windows; the lager the Z value is, the upper the window will be when it is stacked with the other windows; and
a window mode parameter (windowMode), representing a window state mode, such as maximized mode (max), restore mode (restore), etc.
A transmission module 103 is configured to transmit the desktop layout information of the application software obtained by the scanning module 102 to the server 20 via a network.
The server 20 includes a correlation module 201, configured to correlate the desktop layout information with the application software at the server end after receiving the desktop layout information related to the application software.
Preferably, as an embodiment, shown in
a reading module 105, configured to request the server 20 for the desktop layout information and to read the desktop layout information correlated with the application software stored in the server 20 end and correlate; and
a layout module 106, configured to change the layout of the application software in the terminal 10 according to the desktop layout information after the desktop layout information of the application software is read by the reading module 105.
Preferably, as an embodiment, the layout module 106 of the terminal 10 is also configured to change the rectangular area of each window one by one and the stack-order of the desktop window according to the desktop layout information, thereby changing the layout of the application software in the terminal 10.
More preferably, as an embodiment, shown in
a detection module 101, configured to detect and to start the storing of the desktop layout of the application software;
a trigger module 104, configured to trigger and to start updating the desktop layout of the application software when a user runs the application software in the terminal 10; and
a display module 107, configured to update the desktop system of the terminal 10 and to display the stored desktop layout of the application software after the layout of the application software is changed by the layout module 106.
Preferably, as an embodiment, shown in
a storage module 202, configured to save the desktop layout information of the application software which has been correlated by the correlation module 201;
a feedback module 203, configured to feed the prompt information about successful storage of the desktop layout information back to the terminal 10 after the desktop layout information of the application software is stored by the storage module 202; and
a prompt module 204, configured to determine whether there is correlated desktop layout information with the application software after the user runs the application software and connects it with the terminal via the network; in case there is correlated desktop layout information, the prompt module 204 sends a message to the terminal to prompt the user to update the desktop layout by using the stored desktop layout information.
The terminal 10 determines whether to trigger the updating of the desktop layout according to the prompt message sent by the prompt module 204 of the server 20.
The terminal 10 in the embodiment of the present invention can be various kinds of terminals that are connected to the server 20 via a network and can execute the network application software, including but not limited to a computer terminal, a variety of mobile terminals, a PDA terminal, or a reader terminal (e.g. iPAD), etc.
The network in the embodiment of the present invention can be various interconnected networks having terminals and server architectures, including but not limited to the Internet, local area network, the mobile communication network (e.g. WCDMA, TD-CDMA, CDMA2000, TD-LTE, LTE etc.), Wi-Fi network, Bluetooth network, etc.
Accordingly, as shown in
Step S100: the terminal scans the desktop layout of the application software, and obtains the desktop layout information of the application software.
The terminal scans all the windows of the desktop layout of the current application software, obtaining the rectangular area occupied by each window of the desktop of the application software, and also obtaining the information of each window by setting a point on the desktop of the application software (e.g. the upper left corner of desktop) as the original point.
Preferably, the step of obtaining the information of each window specifically includes: decomposing each window into six parameters of each window of the desktop of the application software as follows:
an X parameter, representing the distance from the window to a point of the desktop (e.g. the upper left corner of the desktop) in horizontal direction;
a Y parameter, representing the distance from the window to a point of the desktop (e.g. the upper left corner of the desktop) in vertical direction;
a width parameter, representing the width occupied by the window;
a height parameter, representing the height occupied by the window;
a Z parameter, representing a stack-order of the window; the lager the Z value is, the upper the window will be when it is stacked with the other windows; and
a window mode parameter (windowMode), representing a window state mode, such as maximized mode (max), restore mode (restore), etc.
More preferably, as an applicable mode, if the window mode parameter (windowMode) is “restore”, then the decomposing of the window into the four parameters of X, Y, width and height can be calculated by two methods as follows.
1) calculating the parameters according to the percentage of window pixels in the desktop, such that when the resolution of the terminal changes, the desktop can still maintain visual consistency;
for example, the parameter of width or height percentage is calculated as follows:
parameter of width or height percentage=pixels/desktop width or height; and
2) calculating the parameters directly based on the pixel values, which is suitable for fixed-size windows.
Step S200: the terminal transmits the desktop layout information of the application software obtained to the server via network.
The terminal obtains the desktop layout information of all windows of the network application software and transmits the information to the server to correlate and store.
Step S300: the server correlates the desktop layout information with the application software at the server after receiving the desktop layout information related to the application software.
Preferably, as an embodiment shown in
Step S400: the terminal requests the server for the desktop layout information and reads the desktop layout information correlated with the application software stored in the server end.
Step S500: the terminal changes the layout of the application software in the terminal according to the desktop layout information after reading the desktop layout information of the application software.
The terminal changes the rectangular area of each window one by one and the stack-order of the desktop window according to the desktop layout information, so as to change the layout of the application software in the terminal.
Preferably, the window state mode (windowMode) is set according to data values; when the window state mode is “restore”, there will be two different situations with regard to the changing process according to the way by which the desktop layout information is stored.
1) If the parameters are calculated based on the percentage of pixel values in the window when saving the window information, then the changing process is calculated based on the pixel values:
setting the X, Y, width and height of the window directly as pixel values stored by the user.
2) If the parameters are calculated according to a percentage value of window pixels in the desktop when saving the window information, then calculation is based on the percentage: first convert the percentage into pixel values, then set the X, Y, width and height of the window as the pixel values stored by the user.
For example, the width or height is calculated as follows.
Method for calculation: width or height percentage parameter x current width or height of the desktop window.
More preferably, as an embodiment, shown in
Step S100′: the terminal detects and starts storing the desktop layout of the application software;
As an embodiment, the terminal detects the desktop change of the application software at certain times and starts saving the desktop layout of the application software; or the terminal detects that the user has pressed the key in the terminal and starts the storing of the desktop layout of the application software.
More preferably, as an embodiment, the method further includes the following steps after step S300.
Step S310: the server stores the correlated desktop layout information of the application software correlate.
Step S320: the server feeds feed the prompt information about successful storage of the desktop layout information back to the terminal after the desktop layout information of the application software is stored by the server.
More preferably, the method further includes the following steps before step S400.
Step S410′: to trigger and start updating the desktop layout of the application software when the user is running the application software in the terminal.
Step S420′: when the application software is started by the user and connected to the server end via network, the server determines whether there is correlated desktop layout information with the application software by with the terminal.
Step S430′: if no, then end and return; otherwise, in case there is correlated desktop layout information, the server sends a prompt message to the terminal to prompt the user to update the desktop layout by using the stored desktop layout information.
Step S440′: the terminal determines whether to trigger the updating of the desktop layout according to the prompt message sent by the server.
More preferably, the method further includes the following step after step S500.
Step S600: the terminal updates the desktop system of the terminal and displays the stored desktop layout of the application software after the terminal changes the layout of the application software.
The terminal desktop processing system, the terminal, the server and the method of the present invention allow the user to share the same desktop layout in different terminals by storing and reading the terminal desktop layout information, such that even if the user logs in the same application software using different terminals, the same desktop layout of the application software stored can still be read, which improves the usability, stability and the security of the terminal desktop and makes the user feel better when using the terminal desktop.
Finally, it should be noted that modifications and variations can be made by the skilled in the art, which will be within the scope of the present invention. Therefore, if the modifications and variations of the present invention are within the scope of the claims and their equivalent technology, then the present invention is also intended to include these modifications and variations.
| Number | Date | Country | Kind |
|---|---|---|---|
| 201110029326.3 | Jan 2011 | CN | national |
| Filing Document | Filing Date | Country | Kind | 371c Date |
|---|---|---|---|---|
| PCT/CN2011/084185 | 12/19/2011 | WO | 00 | 3/14/2013 |
