CN116633991A - User interface display control method and system for remote scene - Google Patents
User interface display control method and system for remote scene Download PDFInfo
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- CN116633991A CN116633991A CN202310903796.0A CN202310903796A CN116633991A CN 116633991 A CN116633991 A CN 116633991A CN 202310903796 A CN202310903796 A CN 202310903796A CN 116633991 A CN116633991 A CN 116633991A
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- 238000012216 screening Methods 0.000 claims description 11
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/14—Session management
- H04L67/141—Setup of application sessions
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
The invention relates to the technical field of computer frame design, and provides a user interface display control method and a system for a remote scene, which are characterized in that a server side is utilized to remotely control different user sides, a remote connection inquiry instruction is sent to the user side which needs to be remotely operated by the server side, the remote connection between the server side and the user side is realized, and the normal and stable communication between the server side and the user side is ensured; constructing a virtual control platform at a server side, distributing the use permission of the virtual control platform to the user side based on the work logs of all the user sides, and displaying the interface window mirror image of the corresponding user side to the virtual control platform so that the server side can directly display the running state of the user side; and the virtual control platform can also send a program work trigger instruction to the corresponding user terminal to realize the direct control of the server terminal to the user terminal, so that the display state of the virtual control platform to the interface window is changed in time, and the control reliability of the virtual control platform to the user terminal is ensured.
Description
Technical Field
The invention relates to the technical field of computer frame design, in particular to a user interface display control method and a system for a remote scene.
Background
In an office place, a plurality of work terminals are usually provided, each of which works independently of the other and performs work tasks such as processing corresponding data editing and image processing. In order to timely grasp the working state of each working terminal machine, the working log data of each working terminal machine is generally extracted at the background end of the working terminal machine, and the working log data is analyzed to obtain the real-time working state of the working terminal machine. However, the above method can only obtain the work log data of the work terminal in one direction, cannot form substantial operation interaction with the work terminal, cannot intuitively and adaptively display the operation interface of the work terminal, and reduces the reliability and instantaneity of remote control of the work terminal.
Disclosure of Invention
Aiming at the defects existing in the prior art, the invention provides a user interface display control method and a system for a remote scene, which utilize a server to remotely control different user terminals, send a remote connection inquiry command to the user terminal of which the server needs to remotely operate, realize the remote connection between the server and the user terminal and ensure the normal and stable communication between the server and the user terminal; constructing a virtual control platform at a server side, distributing the use permission of the virtual control platform to the user side based on the work logs of all the user sides, and displaying the interface window mirror image of the corresponding user side to the virtual control platform so that the server side can directly display the running state of the user side; the method can also send a program work trigger instruction to the corresponding user terminal through the virtual control platform to realize the direct control of the server terminal to the user terminal, so as to change the display state of the virtual control platform to the interface window in time and ensure the control reliability of the virtual control platform to the user terminal; the allocation state of the use authority of the virtual control platform to the user side is timely adjusted, and the server side is guaranteed to effectively control all the user sides in time.
The invention provides a user interface display control method for a remote scene, which comprises the following steps:
step S1, determining a user side which is required to be remotely operated currently by a server side based on a work log of the server side; based on the network currently connected with the server, a remote connection inquiry instruction is sent to all the user terminals, so that the remote connection between the server and all the user terminals is realized;
step S2, constructing a virtual control platform matched with the user side at the server side, and adjusting and distributing the use permission of the virtual control platform to all the user sides based on the work logs of all the user sides; the interface window mirror image of the user with the use authority is displayed on the virtual control platform;
step S3, based on the operation of the server side on the virtual control platform, a program work trigger instruction is sent to the user side with the use permission; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform;
step S4, based on the real-time task progress state of the user side with the use permission, adjusting the allocation state of the use permission to all the user sides; and after the allocation and adjustment of the use permission occur, the remote connection state of the service end and the corresponding user end is adjusted.
In the embodiment of the disclosure, in the step S1, a user side that the server side needs to perform remote operation currently is determined based on a work log of the server side; based on the network to which the server is currently connected, a remote connection inquiry instruction is sent to all the user terminals, so as to realize the remote connection between the server and all the user terminals, and the method comprises the following steps:
extracting equipment identity information of a user side, which the server side expects to be connected, from a work log of the server side; comparing the equipment identity information with a preset equipment identity information blacklist, and if the equipment identity information exists in the preset equipment identity information blacklist, determining that the server is forbidden to be connected with the user side; if the equipment identity information does not exist in a preset equipment identity information blacklist, determining that the server is allowed to be connected with the user terminal, and taking all the user terminals allowed to be connected as the user terminals which are currently required to be remotely operated by the server;
based on the data transmission state of the network currently connected with the server, sending remote connection inquiry instructions to all user sides needing remote operation at a matched frequency;
When the user side needing to carry out remote operation returns a remote connection response message, the remote connection between the service side and the user side is realized based on the gateway addresses of the service side and the user side.
In the step S2, a virtual control platform matched with a user terminal is built at the server terminal, and the allocation of the use authority of the virtual control platform to all user terminals is adjusted based on the work logs of all user terminals; and displaying the mirror image of the interface window of the user side with the use authority to the virtual control platform, which comprises the following steps:
based on the memory occupation information of all user terminals remotely connected with the server terminal, constructing a virtual control platform which can be matched with all user terminals on the server terminal;
extracting the execution deadline information of the work task of each user terminal from the respective work logs of all the user terminals, and generating a virtual control platform use permission distribution sequence list about all the user terminals based on the execution deadline information of the work task; based on the virtual control platform use right allocation sequence list, adjusting allocation of the use right about the virtual control platform to all the user terminals;
And acquiring application program operation data corresponding to the work task currently processed by the user side with the use right, and displaying an interface window mirror image of the corresponding application program to the virtual control platform based on the application program operation data.
In one embodiment of the disclosure, in the step S3, a program work trigger instruction is sent to the user side having the use right based on the operation of the server side on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform, wherein the method comprises the following steps:
based on the menu operation state of the interface window displayed by the server side in the mirror image of the virtual control platform, sending a program work trigger instruction to the user side with the use permission;
acquiring application program operation data which are changed after the user receives the program operation trigger instruction, and returning a response to the program operation trigger instruction to the server based on the changed application program operation data so as to adjust the display state of the interface window on the virtual control platform; the display state comprises the display state of the document data currently edited by the interface window or the interface layout display state of the interface window.
In one embodiment of the disclosure, in the step S4, based on a real-time task progress status of the user side having the usage right, an allocation status of the usage right to all the user sides is adjusted; and after the allocation adjustment of the usage rights, adjusting the remote connection state between the server and the corresponding user side, including:
judging whether the user side with the use authority finishes the currently processed work task, if so, canceling the use authority of the user side on the virtual control platform and distributing the use authority to other user sides;
after the allocation and adjustment of the use permission occur, the remote connection state between the server side and the user side which has cancelled the use permission of the virtual control platform is interrupted.
The present application also provides a user interface display control system for a remote scene, comprising:
the system comprises a client screening module, a server screening module and a remote control module, wherein the client screening module is used for determining a client which is required to be remotely operated by the server currently based on a work log of the server;
the remote connection module is used for sending remote connection inquiry instructions to all user terminals based on the network currently connected with the server terminal, so that the remote connection between the server terminal and all user terminals is realized;
The user interface mirror image mapping module is used for constructing a virtual control platform matched with the user terminal at the service terminal, and adjusting and distributing the use permission of the virtual control platform to all the user terminals based on the work logs of all the user terminals; the interface window mirror image of the user with the use authority is displayed on the virtual control platform;
the user interface display control module is used for sending a program work trigger instruction to the user side with the use permission based on the operation of the server side on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform;
the remote connection changing module is used for adjusting the allocation state of the use permission to all the user terminals based on the real-time task progress state of the user terminals with the use permission; and after the allocation and adjustment of the use permission occur, the remote connection state of the service end and the corresponding user end is adjusted.
In one embodiment of the present disclosure, a client screening module determines, based on a work log of a server, a client that the server currently needs to perform remote operation, including:
Extracting equipment identity information of a user side, which the server side expects to be connected, from a work log of the server side; comparing the equipment identity information with a preset equipment identity information blacklist, and if the equipment identity information exists in the preset equipment identity information blacklist, determining that the server is forbidden to be connected with the user side; if the equipment identity information does not exist in a preset equipment identity information blacklist, determining that the server is allowed to be connected with the user terminal, and taking all the user terminals allowed to be connected as the user terminals which are currently required to be remotely operated by the server;
the remote connection module sends a remote connection inquiry instruction to all user terminals based on the network currently connected with the service terminal, so as to realize the remote connection between the service terminal and all user terminals, and the remote connection module comprises:
based on the data transmission state of the network currently connected with the server, sending remote connection inquiry instructions to all user sides needing remote operation at a matched frequency;
when the user side needing to carry out remote operation returns a remote connection response message, the remote connection between the service side and the user side is realized based on the gateway addresses of the service side and the user side.
In one embodiment of the disclosure, a user interface mirror mapping module constructs a virtual control platform matched with a user terminal at the service terminal, and adjusts and distributes the use authority of the virtual control platform to all the user terminals based on the work logs of all the user terminals; and displaying the mirror image of the interface window of the user side with the use authority to the virtual control platform, which comprises the following steps:
based on the memory occupation information of all user terminals remotely connected with the server terminal, constructing a virtual control platform which can be matched with all user terminals on the server terminal;
extracting the execution deadline information of the work task of each user terminal from the respective work logs of all the user terminals, and generating a virtual control platform use permission distribution sequence list about all the user terminals based on the execution deadline information of the work task; based on the virtual control platform use right allocation sequence list, adjusting allocation of the use right about the virtual control platform to all the user terminals;
and acquiring application program operation data corresponding to the work task currently processed by the user side with the use right, and displaying an interface window mirror image of the corresponding application program to the virtual control platform based on the application program operation data.
In one embodiment of the disclosure, a user interface display control module sends a program work trigger instruction to a user terminal with the use permission based on the operation of the server terminal on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform, wherein the method comprises the following steps:
based on the menu operation state of the interface window displayed by the server side in the mirror image of the virtual control platform, sending a program work trigger instruction to the user side with the use permission;
acquiring application program operation data which are changed after the user receives the program operation trigger instruction, and returning a response to the program operation trigger instruction to the server based on the changed application program operation data so as to adjust the display state of the interface window on the virtual control platform; the display state comprises the display state of the document data currently edited by the interface window or the interface layout display state of the interface window.
In one embodiment of the disclosure, the remote connection change module adjusts the allocation status of the use right to all the user terminals based on the real-time task progress status of the user terminals with the use right; and after the allocation adjustment of the usage rights, adjusting the remote connection state between the server and the corresponding user side, including:
Judging whether the user side with the use authority finishes the currently processed work task, if so, canceling the use authority of the user side on the virtual control platform and distributing the use authority to other user sides;
after the allocation and adjustment of the use permission occur, the remote connection state between the server side and the user side which has cancelled the use permission of the virtual control platform is interrupted.
Compared with the prior art, the user interface display control method and the system for the remote scene utilize the server to remotely control different user ends, send a remote connection inquiry instruction to the user end of which the server needs to remotely operate, realize the remote connection between the server and the user end and ensure normal and stable communication between the server and the user end; constructing a virtual control platform at a server side, distributing the use permission of the virtual control platform to the user side based on the work logs of all the user sides, and displaying the interface window mirror image of the corresponding user side to the virtual control platform so that the server side can directly display the running state of the user side; the method can also send a program work trigger instruction to the corresponding user terminal through the virtual control platform to realize the direct control of the server terminal to the user terminal, so as to change the display state of the virtual control platform to the interface window in time and ensure the control reliability of the virtual control platform to the user terminal; the allocation state of the use authority of the virtual control platform to the user side is timely adjusted, and the server side is guaranteed to effectively control all the user sides in time.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims thereof as well as the appended drawings.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
In order to more clearly illustrate the embodiments of the invention or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, it being obvious that the drawings in the following description are only some embodiments of the invention, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
Fig. 1 is a flow chart of a user interface display control method for a remote scene provided by the invention.
Fig. 2 is a schematic diagram of a user interface display control system for a remote scene according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1, a flowchart of a user interface display control method for a remote scene according to an embodiment of the present invention is shown. The user interface display control method for the remote scene comprises the following steps:
step S1, determining a user side which is required to be remotely operated by a server side currently based on a work log of the server side; based on the network currently connected with the server, a remote connection inquiry instruction is sent to all the user terminals, so that the remote connection between the server and all the user terminals is realized;
step S2, a virtual control platform matched with the user side is built at the server side, and the allocation of the use permission of the virtual control platform to all the user sides is adjusted based on the work logs of all the user sides; the interface window mirror image of the user with the use authority is displayed on the virtual control platform;
step S3, based on the operation of the server side on the virtual control platform, a program work trigger instruction is sent to the user side with the use permission; based on the response of the user side with the use permission to the program work trigger instruction, the display state of the interface window on the virtual control platform is adjusted;
step S4, based on the real-time task progress state of the user side with the use permission, the allocation state of the use permission to all the user sides is adjusted; and after the allocation and adjustment of the use permission, the remote connection state of the server and the corresponding user terminal is adjusted.
The beneficial effects of the technical scheme are as follows: according to the user interface display control method for the remote scene, different user terminals are remotely controlled by the server terminal, a remote connection inquiry instruction is sent to the user terminal of the server terminal needing remote operation, remote connection between the server terminal and the user terminal is realized, and normal and stable communication between the server terminal and the user terminal is ensured; constructing a virtual control platform at a server side, distributing the use permission of the virtual control platform to the user side based on the work logs of all the user sides, and displaying the interface window mirror image of the corresponding user side to the virtual control platform so that the server side can directly display the running state of the user side; the method can also send a program work trigger instruction to the corresponding user terminal through the virtual control platform to realize the direct control of the server terminal to the user terminal, so as to change the display state of the virtual control platform to the interface window in time and ensure the control reliability of the virtual control platform to the user terminal; the allocation state of the use authority of the virtual control platform to the user side is timely adjusted, and the server side is guaranteed to effectively control all the user sides in time.
Preferably, in step S1, a user side that the server side needs to perform remote operation currently is determined based on a work log of the server side; based on the network to which the server is currently connected, a remote connection inquiry instruction is sent to all the user terminals, so as to realize the remote connection between the server and all the user terminals, and the method comprises the following steps:
Extracting equipment identity information of a user side which the server side expects to be connected from a work log of the server side; comparing the equipment identity information with a preset equipment identity information blacklist, and if the equipment identity information exists in the preset equipment identity information blacklist, determining that the server side is forbidden to be connected with the user side; if the equipment identity information does not exist in the preset equipment identity information blacklist, determining that the server side is allowed to be connected with the user side, and taking all the user sides allowed to be connected as the user sides which are currently required to be remotely operated by the server side;
based on the data transmission state of the network currently connected with the server, sending a remote connection inquiry command to all user terminals needing remote operation at a matched frequency;
when the user side needing remote operation returns a remote connection response message, the remote connection between the server side and the user side is realized based on the gateway addresses of the server side and the user side.
The beneficial effects of the technical scheme are as follows: extracting equipment identity information of a user side possibly associated with a task executed by a server side from a work log of the server side, and taking the equipment identity information as the equipment identity information of the user side which the server side expects to be connected; and comparing the equipment identity information with a preset equipment identity information blacklist, and judging whether the equipment identity information exists in the preset equipment identity information blacklist. When the equipment identity information exists in a preset equipment identity information blacklist, the corresponding user side is indicated to influence the data security of the server side, and the connection between the server side and the user side is forbidden at the moment; when the equipment identity information does not exist in the preset equipment identity information blacklist, the fact that the corresponding user terminal does not influence the data safety of the server terminal is indicated, and the server terminal is allowed to be connected with the corresponding user terminal. In addition, according to the data transmission bandwidth occupancy rate of the network currently connected with the server, the sending frequency of sending remote connection inquiry instructions to all user terminals needing remote operation is increased as the data transmission bandwidth occupancy rate is larger, so that the instructions can be timely and reliably transmitted to the user terminals under the condition that network data transmission is busy. When the user side needing remote operation returns a remote connection response message, a remote connection channel between the server side and the user side is constructed based on the gateway addresses of the server side and the user side, and the communication stability between the server side and the user side is ensured.
Preferably, in step S2, a virtual control platform matched with the user end is built at the server end, and the allocation of the usage rights related to the virtual control platform to all the user ends is adjusted based on the work logs of all the user ends; and displaying the mirror image of the interface window of the user side with the use authority to the virtual control platform, comprising:
based on the memory occupation information of all the user terminals remotely connected with the server terminal, constructing a virtual control platform which can be matched with all the user terminals on the server terminal;
extracting the execution deadline information of the work task of each user terminal from the respective work logs of all the user terminals, and generating a virtual control platform use permission distribution sequence list about all the user terminals based on the execution deadline information of the work task; based on the order list of the virtual control platform usage rights allocation, adjusting the allocation of the usage rights related to the virtual control platform to all the user terminals;
and acquiring application program operation data corresponding to the work task currently processed by the user side with the use authority, and displaying the interface window mirror image of the corresponding application program to the virtual control platform based on the application program operation data.
The beneficial effects of the technical scheme are as follows: and acquiring the device memory occupation value of each user terminal in the running process of the remote connection of the server terminal, and constructing a corresponding virtual control platform on the server terminal by taking the maximum device memory occupation value as a reference, wherein the allowable memory utilization value of the virtual control platform on the server terminal is larger than or equal to the maximum device memory occupation value, thereby ensuring that the virtual control platform can be compatible with all the user terminals. In addition, the work task execution deadline information of each user side is extracted from the respective work logs of all the user sides, namely, the work task execution deadline of each user side, and a virtual control platform use permission distribution sequence list related to all the user sides is generated according to the sequence from near to far of the work task execution deadline, namely, the closer the work task execution deadline is, the more preferentially the corresponding user side obtains the use permission distribution sequence of the virtual control platform. Based on the virtual control platform use permission distribution sequence list, the distribution of the use permission about the virtual control platform to all the user terminals is adjusted, so that the equal use opportunity of each user terminal to the virtual control platform can be ensured. And then based on the application program running data corresponding to the work task currently processed by the user terminal with the use authority, the interface window mirror image of the corresponding application program is displayed on the virtual control platform, so that the service terminal can intuitively obtain the working state of the user terminal in real time through the virtual control platform.
Preferably, in step S3, a program work trigger instruction is sent to a user side with a use right based on the operation of the server side on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, the display state of the interface window on the virtual control platform is adjusted, and the method comprises the following steps:
based on the menu operation state of the interface window displayed by the server in the mirror image of the virtual control platform, sending a program work trigger instruction to the user side with the use authority;
acquiring application program operation data which are changed after the user receives the program operation trigger instruction, and returning a response to the program operation trigger instruction to the server based on the changed application program operation data, so as to adjust the display state of the interface window on the virtual control platform; the display state comprises the display state of the document data currently edited by the interface window or the display state of the interface layout of the interface window.
The beneficial effects of the technical scheme are as follows: the server takes the virtual control platform as a port, and sends a program work trigger instruction to the user side with use authority for the menu operation state of the mirror image display interface window (such as clicking operation state of different function menus of the interface window), so that after the user side receives the program work trigger instruction, the user side can generate operation change of the application program under the trigger of the instruction, and at the moment, the user side can return response to the virtual control platform on the server side based on the changed application program operation data, so that the virtual control platform can adjust the display state of the interface window, and the display consistency of the interface window of the virtual control platform and the interface window of the user side is ensured.
Preferably, in step S4, the allocation status of the usage rights to all the clients is adjusted based on the real-time task progress status of the clients having the usage rights; after the allocation and adjustment of the use permission, the remote connection state between the server and the corresponding user terminal is adjusted, which comprises the following steps:
judging whether the user terminal with the use authority finishes the currently processed work task, if so, canceling the use authority of the user terminal on the virtual control platform, and distributing the use authority to other user terminals;
after the allocation adjustment of the use permission occurs, the remote connection state between the server side and the user side which has cancelled the use permission of the virtual control platform is interrupted.
The beneficial effects of the technical scheme are as follows: and when the user terminal with the use authority of the virtual control platform finishes the currently processed work task, canceling the use authority of the user terminal on the virtual control platform, so that the virtual control platform is in an idle state, and distributing the use authority of the virtual control platform to the corresponding user terminal according to the determined virtual control platform use authority distribution sequence list. When the use authority of the virtual control platform is distributed and changed, the remote connection state between the server and the user terminal which has cancelled the use authority of the virtual control platform is interrupted, and the remote connection load of the server to the user terminal is reduced.
Referring to fig. 2, a schematic frame diagram of a user interface display control system for a remote scene according to an embodiment of the present invention is provided. The user interface display control system for a remote scene includes:
the user terminal screening module is used for determining a user terminal which is required to be remotely operated currently by the server terminal based on the work log of the server terminal;
the remote connection module is used for sending remote connection inquiry instructions to all user terminals based on the network currently connected with the server terminal, so that the remote connection between the server terminal and all user terminals is realized;
the user interface mirror image mapping module is used for constructing a virtual control platform matched with the user end at the service end, and adjusting and distributing the use permission of the virtual control platform to all the user ends based on the work logs of all the user ends; the interface window mirror image of the user with the use authority is displayed on the virtual control platform;
the user interface display control module is used for sending a program work trigger instruction to the user terminal with the use authority based on the operation of the server terminal on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, the display state of the interface window on the virtual control platform is adjusted;
The remote connection change module is used for adjusting the allocation state of the use authority to all the user terminals based on the real-time task progress state of the user terminals with the use authority; and after the allocation and adjustment of the use permission, the remote connection state of the server and the corresponding user terminal is adjusted.
The beneficial effects of the technical scheme are as follows: the user interface display control system for the remote scene utilizes the server to remotely control different user terminals, and sends a remote connection inquiry instruction to the user terminal of which the server needs to remotely operate, so that the remote connection between the server and the user terminal is realized, and the normal and stable communication between the server and the user terminal is ensured; constructing a virtual control platform at a server side, distributing the use permission of the virtual control platform to the user side based on the work logs of all the user sides, and displaying the interface window mirror image of the corresponding user side to the virtual control platform so that the server side can directly display the running state of the user side; the method can also send a program work trigger instruction to the corresponding user terminal through the virtual control platform to realize the direct control of the server terminal to the user terminal, so as to change the display state of the virtual control platform to the interface window in time and ensure the control reliability of the virtual control platform to the user terminal; the allocation state of the use authority of the virtual control platform to the user side is timely adjusted, and the server side is guaranteed to effectively control all the user sides in time.
Preferably, the client screening module determines, based on a work log of the server, a client that the server currently needs to perform remote operation, including:
extracting equipment identity information of a user side which the server side expects to be connected from a work log of the server side; comparing the equipment identity information with a preset equipment identity information blacklist, and if the equipment identity information exists in the preset equipment identity information blacklist, determining that the server side is forbidden to be connected with the user side; if the equipment identity information does not exist in the preset equipment identity information blacklist, determining that the server side is allowed to be connected with the user side, and taking all the user sides allowed to be connected as the user sides which are currently required to be remotely operated by the server side;
the remote connection module sends a remote connection inquiry instruction to all user terminals based on the network currently connected with the server terminal, so as to realize the remote connection between the server terminal and all the user terminals, and the remote connection module comprises:
based on the data transmission state of the network currently connected with the server, sending a remote connection inquiry command to all user terminals needing remote operation at a matched frequency;
when the user side needing remote operation returns a remote connection response message, the remote connection between the server side and the user side is realized based on the gateway addresses of the server side and the user side.
The beneficial effects of the technical scheme are as follows: extracting equipment identity information of a user side possibly associated with a task executed by a server side from a work log of the server side, and taking the equipment identity information as the equipment identity information of the user side which the server side expects to be connected; and comparing the equipment identity information with a preset equipment identity information blacklist, and judging whether the equipment identity information exists in the preset equipment identity information blacklist. When the equipment identity information exists in a preset equipment identity information blacklist, the corresponding user side is indicated to influence the data security of the server side, and the connection between the server side and the user side is forbidden at the moment; when the equipment identity information does not exist in the preset equipment identity information blacklist, the fact that the corresponding user terminal does not influence the data safety of the server terminal is indicated, and the server terminal is allowed to be connected with the corresponding user terminal. In addition, according to the data transmission bandwidth occupancy rate of the network currently connected with the server, the sending frequency of sending remote connection inquiry instructions to all user terminals needing remote operation is increased as the data transmission bandwidth occupancy rate is larger, so that the instructions can be timely and reliably transmitted to the user terminals under the condition that network data transmission is busy. When the user side needing remote operation returns a remote connection response message, a remote connection channel between the server side and the user side is constructed based on the gateway addresses of the server side and the user side, and the communication stability between the server side and the user side is ensured.
Preferably, the user interface mirror image mapping module builds a virtual control platform matched with the user end at the service end, and adjusts and distributes the use permission about the virtual control platform to all the user ends based on the work logs of all the user ends; and displaying the mirror image of the interface window of the user side with the use authority to the virtual control platform, comprising:
based on the memory occupation information of all the user terminals remotely connected with the server terminal, constructing a virtual control platform which can be matched with all the user terminals on the server terminal;
extracting the execution deadline information of the work task of each user terminal from the respective work logs of all the user terminals, and generating a virtual control platform use permission distribution sequence list about all the user terminals based on the execution deadline information of the work task; based on the order list of the virtual control platform usage rights allocation, adjusting the allocation of the usage rights related to the virtual control platform to all the user terminals;
and acquiring application program operation data corresponding to the work task currently processed by the user side with the use authority, and displaying the interface window mirror image of the corresponding application program to the virtual control platform based on the application program operation data.
The beneficial effects of the technical scheme are as follows: and acquiring the device memory occupation value of each user terminal in the running process of the remote connection of the server terminal, and constructing a corresponding virtual control platform on the server terminal by taking the maximum device memory occupation value as a reference, wherein the allowable memory utilization value of the virtual control platform on the server terminal is larger than or equal to the maximum device memory occupation value, thereby ensuring that the virtual control platform can be compatible with all the user terminals. In addition, the work task execution deadline information of each user side is extracted from the respective work logs of all the user sides, namely, the work task execution deadline of each user side, and a virtual control platform use permission distribution sequence list related to all the user sides is generated according to the sequence from near to far of the work task execution deadline, namely, the closer the work task execution deadline is, the more preferentially the corresponding user side obtains the use permission distribution sequence of the virtual control platform. Based on the virtual control platform use permission distribution sequence list, the distribution of the use permission about the virtual control platform to all the user terminals is adjusted, so that the equal use opportunity of each user terminal to the virtual control platform can be ensured. And then based on the application program running data corresponding to the work task currently processed by the user terminal with the use authority, the interface window mirror image of the corresponding application program is displayed on the virtual control platform, so that the service terminal can intuitively obtain the working state of the user terminal in real time through the virtual control platform.
Preferably, the user interface display control module sends a program work trigger instruction to the user side with the use authority based on the operation of the server side on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, the display state of the interface window on the virtual control platform is adjusted, and the method comprises the following steps:
based on the menu operation state of the interface window displayed by the server in the mirror image of the virtual control platform, sending a program work trigger instruction to the user side with the use authority;
acquiring application program operation data which are changed after the user receives the program operation trigger instruction, and returning a response to the program operation trigger instruction to the server based on the changed application program operation data, so as to adjust the display state of the interface window on the virtual control platform; the display state comprises the display state of the document data currently edited by the interface window or the display state of the interface layout of the interface window.
The beneficial effects of the technical scheme are as follows: the server takes the virtual control platform as a port, and sends a program work trigger instruction to the user side with use authority for the menu operation state of the mirror image display interface window (such as clicking operation state of different function menus of the interface window), so that after the user side receives the program work trigger instruction, the user side can generate operation change of the application program under the trigger of the instruction, and at the moment, the user side can return response to the virtual control platform on the server side based on the changed application program operation data, so that the virtual control platform can adjust the display state of the interface window, and the display consistency of the interface window of the virtual control platform and the interface window of the user side is ensured.
Preferably, the remote connection change module adjusts the allocation state of the use authority to all the user terminals based on the real-time task progress state of the user terminals with the use authority; after the allocation and adjustment of the use permission, the remote connection state between the server and the corresponding user terminal is adjusted, which comprises the following steps:
judging whether the user terminal with the use authority finishes the currently processed work task, if so, canceling the use authority of the user terminal on the virtual control platform, and distributing the use authority to other user terminals;
after the allocation adjustment of the use permission occurs, the remote connection state between the server side and the user side which has cancelled the use permission of the virtual control platform is interrupted.
The beneficial effects of the technical scheme are as follows: and when the user terminal with the use authority of the virtual control platform finishes the currently processed work task, canceling the use authority of the user terminal on the virtual control platform, so that the virtual control platform is in an idle state, and distributing the use authority of the virtual control platform to the corresponding user terminal according to the determined virtual control platform use authority distribution sequence list. When the use authority of the virtual control platform is distributed and changed, the remote connection state between the server and the user terminal which has cancelled the use authority of the virtual control platform is interrupted, and the remote connection load of the server to the user terminal is reduced.
As can be seen from the foregoing embodiments, the method and system for controlling user interface display of a remote scene utilize a server to remotely control different user terminals, and send a remote connection inquiry command to a user terminal that needs to be remotely operated by the server, so as to realize remote connection between the server and the user terminal, and ensure normal and stable communication between the server and the user terminal; constructing a virtual control platform at a server side, distributing the use permission of the virtual control platform to the user side based on the work logs of all the user sides, and displaying the interface window mirror image of the corresponding user side to the virtual control platform so that the server side can directly display the running state of the user side; the method can also send a program work trigger instruction to the corresponding user terminal through the virtual control platform to realize the direct control of the server terminal to the user terminal, so as to change the display state of the virtual control platform to the interface window in time and ensure the control reliability of the virtual control platform to the user terminal; the allocation state of the use authority of the virtual control platform to the user side is timely adjusted, and the server side is guaranteed to effectively control all the user sides in time.
It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.
Claims (10)
1. A user interface display control method for a remote scene, comprising the steps of:
step S1, determining a user side which is required to be remotely operated currently by a server side based on a work log of the server side; based on the network currently connected with the server, a remote connection inquiry instruction is sent to all the user terminals, so that the remote connection between the server and all the user terminals is realized;
step S2, constructing a virtual control platform matched with the user side at the server side, and adjusting and distributing the use permission of the virtual control platform to all the user sides based on the work logs of all the user sides; the interface window mirror image of the user with the use authority is displayed on the virtual control platform;
step S3, based on the operation of the server side on the virtual control platform, a program work trigger instruction is sent to the user side with the use permission; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform;
step S4, based on the real-time task progress state of the user side with the use permission, adjusting the allocation state of the use permission to all the user sides; and after the allocation and adjustment of the use permission occur, the remote connection state of the service end and the corresponding user end is adjusted.
2. The user interface display control method for a remote scene as recited in claim 1, wherein:
in the step S1, a user side that the server side needs to remotely operate is determined based on a work log of the server side; based on the network to which the server is currently connected, a remote connection inquiry instruction is sent to all the user terminals, so as to realize the remote connection between the server and all the user terminals, and the method comprises the following steps:
extracting equipment identity information of a user side, which the server side expects to be connected, from a work log of the server side; comparing the equipment identity information with a preset equipment identity information blacklist, and if the equipment identity information exists in the preset equipment identity information blacklist, determining that the server is forbidden to be connected with the user side; if the equipment identity information does not exist in a preset equipment identity information blacklist, determining that the server is allowed to be connected with the user terminal, and taking all the user terminals allowed to be connected as the user terminals which are currently required to be remotely operated by the server;
based on the data transmission state of the network currently connected with the server, sending remote connection inquiry instructions to all user sides needing remote operation at a matched frequency;
When the user side needing to carry out remote operation returns a remote connection response message, the remote connection between the service side and the user side is realized based on the gateway addresses of the service side and the user side.
3. The user interface display control method for a remote scene as recited in claim 1, wherein:
in the step S2, a virtual control platform matched with the user terminal is built at the server terminal, and the allocation of the use authority of the virtual control platform to all the user terminals is adjusted based on the work logs of all the user terminals; and displaying the mirror image of the interface window of the user side with the use authority to the virtual control platform, which comprises the following steps:
based on the memory occupation information of all user terminals remotely connected with the server terminal, constructing a virtual control platform which can be matched with all user terminals on the server terminal;
extracting the execution deadline information of the work task of each user terminal from the respective work logs of all the user terminals, and generating a virtual control platform use permission distribution sequence list about all the user terminals based on the execution deadline information of the work task; based on the virtual control platform use right allocation sequence list, adjusting allocation of the use right about the virtual control platform to all the user terminals;
And acquiring application program operation data corresponding to the work task currently processed by the user side with the use right, and displaying an interface window mirror image of the corresponding application program to the virtual control platform based on the application program operation data.
4. The user interface display control method for a remote scene as recited in claim 1, wherein:
in the step S3, a program work trigger instruction is sent to the user terminal with the use right based on the operation of the server terminal on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform, wherein the method comprises the following steps:
based on the menu operation state of the interface window displayed by the server side in the mirror image of the virtual control platform, sending a program work trigger instruction to the user side with the use permission;
acquiring application program operation data which are changed after the user receives the program operation trigger instruction, and returning a response to the program operation trigger instruction to the server based on the changed application program operation data so as to adjust the display state of the interface window on the virtual control platform; the display state comprises the display state of the document data currently edited by the interface window or the interface layout display state of the interface window.
5. The user interface display control method for a remote scene as recited in claim 1, wherein:
in the step S4, based on the real-time task progress status of the user side having the usage right, the allocation status of the usage right to all the user sides is adjusted; and after the allocation adjustment of the usage rights, adjusting the remote connection state between the server and the corresponding user side, including:
judging whether the user side with the use authority finishes the currently processed work task, if so, canceling the use authority of the user side on the virtual control platform and distributing the use authority to other user sides;
after the allocation and adjustment of the use permission occur, the remote connection state between the server side and the user side which has cancelled the use permission of the virtual control platform is interrupted.
6. A user interface display control system for a remote scene, comprising:
the system comprises a client screening module, a server screening module and a remote control module, wherein the client screening module is used for determining a client which is required to be remotely operated by the server currently based on a work log of the server;
the remote connection module is used for sending remote connection inquiry instructions to all user terminals based on the network currently connected with the server terminal, so that the remote connection between the server terminal and all user terminals is realized;
The user interface mirror image mapping module is used for constructing a virtual control platform matched with the user terminal at the service terminal, and adjusting and distributing the use permission of the virtual control platform to all the user terminals based on the work logs of all the user terminals; the interface window mirror image of the user with the use authority is displayed on the virtual control platform;
the user interface display control module is used for sending a program work trigger instruction to the user side with the use permission based on the operation of the server side on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform;
the remote connection changing module is used for adjusting the allocation state of the use permission to all the user terminals based on the real-time task progress state of the user terminals with the use permission; and after the allocation and adjustment of the use permission occur, the remote connection state of the service end and the corresponding user end is adjusted.
7. The user interface display control system for a remote scene as recited in claim 6, wherein:
the user terminal screening module determines a user terminal which is required to be remotely operated currently by a server terminal based on a work log of the server terminal, and the user terminal screening module comprises:
Extracting equipment identity information of a user side, which the server side expects to be connected, from a work log of the server side; comparing the equipment identity information with a preset equipment identity information blacklist, and if the equipment identity information exists in the preset equipment identity information blacklist, determining that the server is forbidden to be connected with the user side; if the equipment identity information does not exist in a preset equipment identity information blacklist, determining that the server is allowed to be connected with the user terminal, and taking all the user terminals allowed to be connected as the user terminals which are currently required to be remotely operated by the server;
the remote connection module sends a remote connection inquiry instruction to all user terminals based on the network currently connected with the service terminal, so as to realize the remote connection between the service terminal and all user terminals, and the remote connection module comprises:
based on the data transmission state of the network currently connected with the server, sending remote connection inquiry instructions to all user sides needing remote operation at a matched frequency;
when the user side needing to carry out remote operation returns a remote connection response message, the remote connection between the service side and the user side is realized based on the gateway addresses of the service side and the user side.
8. The user interface display control system for a remote scene as recited in claim 6, wherein:
the user interface mirror image mapping module builds a virtual control platform matched with the user end at the service end, and adjusts and distributes the use permission about the virtual control platform to all the user ends based on the work logs of all the user ends; and displaying the mirror image of the interface window of the user side with the use authority to the virtual control platform, which comprises the following steps:
based on the memory occupation information of all user terminals remotely connected with the server terminal, constructing a virtual control platform which can be matched with all user terminals on the server terminal;
extracting the execution deadline information of the work task of each user terminal from the respective work logs of all the user terminals, and generating a virtual control platform use permission distribution sequence list about all the user terminals based on the execution deadline information of the work task; based on the virtual control platform use right allocation sequence list, adjusting allocation of the use right about the virtual control platform to all the user terminals;
and acquiring application program operation data corresponding to the work task currently processed by the user side with the use right, and displaying an interface window mirror image of the corresponding application program to the virtual control platform based on the application program operation data.
9. The user interface display control system for a remote scene as recited in claim 6, wherein:
the user interface display control module sends a program work trigger instruction to the user terminal with the use permission based on the operation of the service terminal on the virtual control platform; based on the response of the user side with the use permission to the program work trigger instruction, adjusting the display state of the interface window on the virtual control platform, wherein the method comprises the following steps:
based on the menu operation state of the interface window displayed by the server side in the mirror image of the virtual control platform, sending a program work trigger instruction to the user side with the use permission;
acquiring application program operation data which are changed after the user receives the program operation trigger instruction, and returning a response to the program operation trigger instruction to the server based on the changed application program operation data so as to adjust the display state of the interface window on the virtual control platform; the display state comprises the display state of the document data currently edited by the interface window or the interface layout display state of the interface window.
10. The user interface display control system for a remote scene as recited in claim 6, wherein:
the remote connection changing module adjusts the allocation state of the use right to all the user terminals based on the real-time task progress state of the user terminals with the use right; and after the allocation adjustment of the usage rights, adjusting the remote connection state between the server and the corresponding user side, including:
judging whether the user side with the use authority finishes the currently processed work task, if so, canceling the use authority of the user side on the virtual control platform and distributing the use authority to other user sides;
after the allocation and adjustment of the use permission occur, the remote connection state between the server side and the user side which has cancelled the use permission of the virtual control platform is interrupted.
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