CN106303429B - Remote configuration method and device - Google Patents

Abstract

The application provides a kind of remote configuring method and device, which comprises establishes clientage with long-range monitor client；The preview icon of the long-range monitor client is obtained, and shows the preview icon in preview pane；The first configuration parameter is obtained, and shows the monitoring window of the corresponding monitoring scene of first configuration parameter in local device window；When detect the monitoring window is dragged and dropped into the order of the preview icon when, the long-range monitor client is sent by corresponding second configuration parameter of the monitoring scene, so that the long-range monitor client shows the monitoring scene according to second configuration parameter.Configuration parameter is only sent to long-range monitor client by the application local monitor client, can solve the larger problem of time delay, and remote equipment does not need the problem of giving local device, avoid security risk the control of itself yet.

Description

Remote configuration method and device

technical field

The present application relates to the field of communication technologies, and in particular, to a remote configuration method and device.

Background technique

In the current monitoring application scenario, the administrator often needs to configure the monitoring equipment. Figure 1 is a monitoring scene diagram of the four-screen monitoring window configured by the administrator locally. As shown in FIG. 1 , the administrator can locally configure pane 1 to display the video images of the monitoring device 1 , and panes 2 to 4 respectively display the video images of the monitoring devices 2 to 4 . In addition to configuring locally, it is often necessary to similarly configure remote device monitoring clients, or to guide and assist remote users in troubleshooting.

In the prior art, a local device directly logs in to a remote device through a remote connection (for example, a remote connection based on RDP (Remote Desktop Protocol), VNC (Virtual Network Computer, virtual network computer), and QQ remote assistance). On the device, obtain the control right of the remote device, and then configure the monitoring window of the remote device monitoring client. However, in the process that the local device configures the remote device monitoring client through the remote connection, the remote device needs to transmit the image displayed by the remote device window to the local device in real time through the network, and the local device needs to transmit the local device mouse to the remote device through the network. Or the operation command of the keyboard, the network delay is large, and for the remote device, the control of the remote device is handed over to the local device, and the security risk is also relatively large.

SUMMARY OF THE INVENTION

In view of this, the present application provides a remote configuration method and device to solve the problem of relatively large security risks in the existing remote configuration method.

According to a first aspect of the embodiments of the present application, a remote configuration method is provided, the method comprising:

Establish a trust relationship with the remote monitoring client;

acquiring the preview icon of the remote monitoring client, and displaying the preview icon in the preview pane;

acquiring a first configuration parameter, and displaying a monitoring window of a monitoring scenario corresponding to the first configuration parameter in the local device window;

When a command to drag and drop the monitoring window to the preview icon is detected, the second configuration parameter corresponding to the monitoring scene is saved, and the second configuration parameter is sent to the remote monitoring client, so that the The remote monitoring client displays the monitoring scene according to the second configuration parameter.

According to a second aspect of the embodiments of the present application, there is provided a remote configuration device, the device comprising:

Establishing a delegation relationship unit, which is used to establish a delegation relationship with the remote monitoring client;

a first acquiring unit, configured to acquire a preview icon of the remote monitoring client, and display the preview icon in the preview pane;

a second acquiring unit, configured to acquire a first configuration parameter, and display a monitoring window of a monitoring scenario corresponding to the first configuration parameter in the local device window;

a sending configuration unit, configured to save the second configuration parameter corresponding to the monitoring scene when a command to drag and drop the monitoring window to the preview icon is detected, and send the second configuration parameter to the remote A monitoring client, so that the remote monitoring client displays the monitoring scene according to the second configuration parameter.

Applying the embodiment of the present application, after the local monitoring client and the remote monitoring client establish a delegation relationship, obtain the preview icon of the remote monitoring client, display the preview icon of the remote monitoring client in the preview pane, and obtain the first configuration parameter , display the monitoring window of the monitoring scene corresponding to the first configuration parameter in the local device window, when a command to drag and drop the monitoring window to the preview icon is detected, save the second configuration parameter corresponding to the monitoring scene, and store the first The second configuration parameter is sent to the remote monitoring client, so that the remote monitoring client can display the monitoring scene according to the second configuration parameter. Based on the above implementation manner, after obtaining the first configuration parameter, the local monitoring client displays the monitoring window of the monitoring scene corresponding to the first configuration parameter in the local device window, and when a drag and drop command is detected, only the monitoring scene corresponding to the first configuration parameter is displayed in the local device window. The second configuration parameters of the remote monitoring client are sent to the remote monitoring client, without the need for the local device to log in to the remote device through a remote connection, and then configure the monitoring window of the remote monitoring client. Therefore, the remote device does not need to transmit the remote device to the local device in real time through the network. For the image displayed in the window, the local device does not need to transmit the operation commands of the mouse or keyboard of the local device to the remote device through the network, which reduces the process of exchanging data, so that the problem of large delay can be solved, and the remote device does not need to transfer itself. The control right is handed over to the local device, avoiding the problem of security risks.

Description of drawings

FIG. 1 is a monitoring scene diagram of a four-screen monitoring window configured locally by an administrator according to an exemplary embodiment of the present application;

FIG. 2A is a flowchart of an embodiment of a remote configuration method according to an exemplary embodiment of the present application;

2B is an interface display diagram in which the local monitoring client in the embodiment shown in FIG. 2A displays a preview icon of the remote monitoring client;

Fig. 2C is the interface display diagram of the local monitoring client after the administrator in the embodiment shown in Fig. 2A is configured locally;

2D is a monitoring scene diagram of the remote monitoring client after the remote configuration in the embodiment shown in FIG. 2A is completed;

Fig. 2E is an interface display diagram after the remote configuration of the local monitoring client in the embodiment shown in Fig. 2A is completed;

3 is a hardware structure diagram of a local monitoring client according to an exemplary embodiment of the present application;

FIG. 4 is a structural diagram of an embodiment of a remote configuration apparatus according to an exemplary embodiment of the present application.

Detailed ways

Exemplary embodiments will be described in detail herein, examples of which are illustrated in the accompanying drawings. Where the following description refers to the drawings, the same numerals in different drawings refer to the same or similar elements unless otherwise indicated. The implementations described in the illustrative examples below are not intended to represent all implementations consistent with this application. Rather, they are merely examples of apparatus and methods consistent with some aspects of the present application as recited in the appended claims.

The terminology used in this application is for the purpose of describing particular embodiments only and is not intended to limit the application. As used in this application and the appended claims, the singular forms "a," "the," and "the" are intended to include the plural forms as well, unless the context clearly dictates otherwise. It will also be understood that the term "and/or" as used herein refers to and includes any and all possible combinations of one or more of the associated listed items.

It should be understood that although the terms first, second, third, etc. may be used in this application to describe various information, such information should not be limited by these terms. These terms are only used to distinguish the same type of information from each other. For example, the first information may also be referred to as the second information, and similarly, the second information may also be referred to as the first information without departing from the scope of the present application. Depending on the context, the word "if" as used herein can be interpreted as "at the time of" or "when" or "in response to determining."

FIG. 2A is a flowchart of an embodiment of a remote configuration method according to an exemplary embodiment of the present application. This embodiment is applied to a local monitoring client. The local monitoring client can run on a computer or a tablet device. The computer and tablet devices may be collectively referred to as local devices. In this embodiment of the present application, the interface displayed by the local monitoring client may include a local device window and a preview pane. As shown in Figure 2A, this embodiment includes the following steps:

Step 201: Establish a trust relationship with the remote monitoring client.

In one example, when receiving an assistance request message carrying the device identification of the remote monitoring client, the local monitoring client can use the device identification to establish a delegation relationship with the remote monitoring client.

Among them, the remote monitoring client can actively send an assistance request message carrying the device identification to the local monitoring client, requesting the assistance of the local monitoring client, so as to establish a trust relationship with the local monitoring client, so that the local monitoring client is authorized by the remote monitoring client . The device identifier is used to uniquely identify the remote monitoring client, which may be characters, numbers, or a combination of characters and numbers, which is not limited here. In addition, the local monitoring client may also send a response message of the assistance request message to the remote monitoring client, so as to indicate to the remote monitoring client that the delegation relationship is successfully established.

In another example, the local monitoring client can also send a connection request message according to the IP address when detecting a command that carries the IP (Internet, Protocol, Internet Protocol) address, user name and password of the remote monitoring client To the remote monitoring client, the connection request message carries the username and the password, so that the remote monitoring client performs verification according to the username and the password, and returns a response message carrying the device identifier if the verification is successful; When receiving the response message carrying the device identification from the remote monitoring client, the device identification is used to establish a delegation relationship with the remote monitoring client.

The local monitoring client can also actively establish a delegation relationship with the remote monitoring client through the IP address, user name and preset password of the remote monitoring client, so as to obtain the authorization of the remote monitoring client. In addition, after the establishment of the delegation relationship is completed, the local monitoring client can also send a delegation relationship establishment success message to the remote monitoring client, so as to indicate to the remote monitoring client that the delegation relationship is successfully established.

For the process of establishing a trust relationship with the remote monitoring client using the device ID in the above two examples, the local monitoring client can save the device ID locally, and data interaction with the remote monitoring client can be realized according to the device ID.

Based on the description of step 201, it can be known that when the local monitoring client performs remote assistance to the remote monitoring client, the establishment of the delegation relationship can be established either by the remote monitoring client actively requesting the local monitoring client for establishment, or by the local monitoring client. Use the IP address, user name and password of the remote monitoring client to request the establishment of the remote monitoring client, so that the local monitoring client can either actively establish a trust relationship with the remote monitoring client, or passively establish a trust relationship with the remote monitoring client.

Step 202: Obtain the preview icon of the remote monitoring client, and display the preview icon in the preview pane.

After the delegation relationship is established, in one example, the local monitoring client can obtain the preview icon of the remote monitoring client locally, and display the preview icon of the remote monitoring client in the preview pane, so as to indicate to the user that it is related to the remote monitoring client Successfully established a trust relationship. The preview icon may be an icon pre-configured by the local monitoring client. FIG. 2B is an interface display diagram of the local monitoring client displaying the preview icon of the remote monitoring client in the embodiment shown in FIG. 2A . As shown in FIG. 2B , on the right side The preview icon of the remote monitoring client is displayed in the preview pane of , indicating that there is currently a remote monitoring client and a local monitoring client to establish a delegation relationship. The layout of the preview icon in the preview pane can also be adjusted according to the actual operation needs. , which is not limited here.

In another example, the local monitoring client can also obtain preconfigured preview icons from the remote monitoring client. The preview icons here correspond to the remote monitoring clients one by one.

Step 203: Acquire the first configuration parameter, and display the monitoring window of the monitoring scenario corresponding to the first configuration parameter in the local device window.

It should be noted that step 202 and step 203 are not executed in sequence, and may be executed simultaneously or not at the same time.

Specifically, the first configuration parameter is proposed by the user according to their own business requirements, and may include monitoring window layout, monitoring device identification, monitoring device services, and the like. For example, the monitoring window layout may be to divide the monitoring window into multiple panes, and each pane may be of different size, and may also run different monitoring services. In addition, the monitoring window can be dragged and closed.

The following uses an example to introduce the process of the local monitoring client acquiring the first configuration parameter and displaying the monitoring window of the monitoring scenario corresponding to the first configuration parameter in the local device window.

It is assumed that the first configuration parameter proposed by the user is specifically: the monitoring window is divided into four screens (4 panes) & the monitoring window size is 5*5 & the monitoring device is identified as Camera01, and the live video image of Camera01 is displayed in pane 1, the pane Panes 2 to 4 can display map services or playback services, which are not listed here. Therefore, the administrator configures the monitoring window of the local monitoring client as a four-split screen, and configures the display of the live video image of Camera01 in pane 1. For the process of displaying the live video image of Camera01 in pane 1, the local monitoring client can display the live video image of Camera01 in pane 1. The preconfigured configuration command requests the live video image of Camera01. The following is only an exemplary embodiment of acquiring the live video image, and the specific interaction process is not limited. For example, the local monitoring client can establish a signaling connection with the monitoring device based on the RTSP (Real Time Streaming Protocol) protocol, and then request live video images. The specific interaction process is as follows:

1. Obtain the IP address of Camera01 according to the Hello message broadcast by the monitoring device;

Among them, the monitoring device will broadcast Hello messages every preset time period to notify the monitoring device that it is available. The local monitoring client can first obtain the Hello message carrying Camera01, and then obtain the monitoring device carried in the Hello message. IP address, for example, IP1.

2. Use the IP to query whether Camera01 is available through the OPTION command;

3. Use the IP to obtain the capability set of Camera01 through the DESCRIBE command, that is, the description information of Camera01;

4. Use the IP to establish an RTSP session with Camera01 through the SETUP command;

5. Use the IP to request the start of transmitting the live video image through the PLAY command.

After receiving the live video image transmitted by Camera01, the local monitoring client displays the live video image of Camera01 in pane 1 of the monitoring window. Fig. 2C shows that the administrator in the embodiment shown in Fig. 2A locally monitors the client after local configuration. The interface display diagram of the terminal, as shown in Figure 2C, the monitoring device logo is displayed in the lower right corner of the video image in pane 1.

Step 204: when the command to drag and drop the monitoring window to the preview icon is detected, save the second configuration parameter corresponding to the monitoring scene, and send the second configuration parameter to the remote monitoring client, so that the remote monitoring client The terminal displays the monitoring scene according to the second configuration parameter.

The local monitoring client saves the second configuration parameter corresponding to the monitoring scenario when detecting the drag and drop command. Since the first configuration parameter is proposed by the user according to business requirements, it is a user-defined configuration parameter, and the remote monitoring client The second configuration parameter saved by the local monitoring client is a configuration parameter that the remote monitoring client can identify and resolve. Therefore, the second configuration parameter may be the same as the first configuration parameter, or may be the same as the first configuration parameter. The parameters are different. As described in step 203, the second configuration parameters include, in addition to the monitoring window divided into four screens, the monitoring window size of 5*5, the monitoring device identification Camera01, and the display of the live video image of Camera01 in pane 1, the IP address of Camera01 is also included. Address IP1 and configuration commands OPTION command, DESCRIBE command, SETUP command and PLAY command.

Specifically, when the remote monitoring client receives the second configuration parameter from the local monitoring client, it identifies and parses the second configuration parameter, and displays a monitoring window with a size of 5*5 in the remote device window according to the result obtained by the analysis, and monitors the The window is divided into four screens, and the live video image of Camera01 is displayed in pane 1, and finally the monitoring scene consistent with the local monitoring client is obtained. For the process of displaying the video image of Camera01 in pane 1, as described in step 203, no further description is given, but the remote monitoring client can directly use the IP address IP1 of Camera01 included in the second configuration parameter to establish signaling with Camera01 Connect to get the live video image of Camera01. FIG. 2D is a monitoring scene diagram of the remote monitoring client after the remote configuration in the embodiment shown in FIG. 2A is completed. Combined with FIG. 2C and FIG. 2D , the monitoring scene in the remote monitoring client is consistent with the monitoring scene in the local monitoring client .

Before sending the second configuration parameter to the remote monitoring client, the local monitoring client can first verify whether the remote monitoring client is running, and after determining that the remote monitoring client is running, send the second configuration parameter to the remote monitoring client client. For example, the local monitoring client can send a first configuration request message to the remote monitoring client, so that the remote monitoring client can use the first configuration request message to query whether it is running, and if it is running, return a response message; When the response message is sent from the remote monitoring client to the first configuration request message, the process of sending the second configuration parameter to the remote monitoring client is executed; otherwise, the sending of the second configuration parameter to the remote monitoring client is refused.

Based on the description of the local monitoring client verifying whether the remote monitoring client is running, if it is determined that the remote monitoring client is in a closed state, the second configuration parameter is refused to be sent to the remote monitoring client to save the consumption of network resources.

After displaying the monitoring scene according to the second configuration parameter, the remote monitoring client may return a configuration success message to the local monitoring client. When the local monitoring client receives the configuration success message sent by the remote monitoring client, it indicates completion. Remote configuration, obtain the startup icon, and display the startup icon in the preview icon of the remote monitoring client, FIG. 2E is the interface display diagram after the remote configuration of the local monitoring client in the embodiment shown in FIG. 2A is completed, as shown in FIG. 2E If the preview icon of the remote monitoring client in the preview pane displays the startup icon of the remote monitoring client, it means that the remote configuration is successful.

In addition, since each monitoring device can connect to a certain number of monitoring clients, the local monitoring client can also exit the current service and close the current monitoring window before sending the second configuration parameter to the remote monitoring client. , to disconnect from the monitoring device, for example, the TEARDOWN (close session) command can be used to disconnect from the monitoring device to stop the process of requesting live video images. In this way, it can be avoided that the monitoring device reaches the upper limit of the number of connections and cannot establish connections with other monitoring clients.

It should be noted that the local monitoring client can also implement the reverse drag and drop operation process. That is, when the local monitoring client detects a command to drag and drop the preview icon of the remote monitoring client to the local device window, that is, an anti-drag and drop command, and can send a second configuration request message to the remote monitoring client; After receiving the second configuration request message, the monitoring client returns the third configuration parameter to the local monitoring client; receives the third configuration parameter from the remote monitoring client, and displays the third configuration parameter in the local device window according to the third configuration parameter Monitoring window, which displays the monitoring scene consistent with the remote monitoring client.

The third configuration parameter may also include monitoring window layout, monitoring device identification, monitoring device service, monitoring device IP address, configuration commands, and the like. The local monitoring client displays the monitoring window in the local device window according to the third configuration parameter, and displays the monitoring scene consistent with the remote monitoring client in the monitoring window, please refer to the remote monitoring client according to the second configuration parameter. The process of displaying the monitoring window in the device window and displaying the monitoring scene consistent with the local monitoring client in the monitoring window will not be repeated here. At this time, the monitoring scene corresponding to the first configuration parameter of the local monitoring client is replaced by the monitoring scene corresponding to the third configuration parameter, and the configuration can be continued on the basis of the monitoring scene corresponding to the third configuration parameter.

It should be further noted that the local monitoring client can also implement the process of copying the configuration, that is, the local monitoring client establishes a delegation relationship with multiple remote monitoring clients at the same time, and displays the previews of the multiple remote monitoring clients in the preview pane. icon, when the copy command is detected and the command of the monitoring window is dragged and dropped to the preview icons of the multiple remote monitoring clients, the second configuration parameter is sent to the multiple remote monitoring clients, so that the multiple remote monitoring clients The monitoring scene is displayed according to the second configuration parameter.

Specifically, the local monitoring client detects the copy command, and the command to drag and drop the monitoring window to the preview icons of the multiple remote monitoring clients may be a command that detects that the CTRL key is pressed, and detects that the monitoring windows are respectively dragged and dropped To multiple preview icons command, that is, the administrator presses the CTRL key and drags and drops the monitoring window to the multiple preview icons respectively. The local monitoring client locally copies multiple copies of the second configuration parameters, and sends each copy of the second configuration parameters to each remote monitoring client.

Based on the description of step 204, the local monitoring client can achieve the purpose of configuring multiple remote monitoring clients at the same time by copying the configuration process, and the local monitoring client can also obtain the third configuration of the remote monitoring client by detecting the anti-drag and drop command parameter, so as to continue the configuration on the basis of the monitoring scenario corresponding to the third configuration parameter.

It can be known from the above embodiment that after the local monitoring client and the remote monitoring client establish a delegation relationship, the preview icon of the remote monitoring client is obtained, and the preview icon of the remote monitoring client is displayed in the preview pane; and the first configuration parameter is obtained. , and display the monitoring window of the monitoring scene corresponding to the first configuration parameter in the local device window, when the command to drag and drop the monitoring window to the preview icon is detected, the second configuration parameter corresponding to the monitoring scene is saved, and the The second configuration parameter is sent to the remote monitoring client, so that the remote monitoring client displays the monitoring scene according to the second configuration parameter. Based on the above implementation manner, after obtaining the first configuration parameter, the local monitoring client displays the monitoring window of the monitoring scene corresponding to the first configuration parameter in the local device window, and when a drag and drop command is detected, only the monitoring scene corresponding to the first configuration parameter is displayed in the local device window. The second configuration parameters of the remote monitoring client are sent to the remote monitoring client, without the need for the local device to log in to the remote device through a remote connection, and then configure the monitoring window of the remote monitoring client. Therefore, the remote device does not need to transmit the remote device to the local device in real time through the network. For the image displayed in the window, the local device does not need to transmit the operation commands of the mouse or keyboard of the local device to the remote device through the network, which reduces the process of exchanging data, so that the problem of large delay can be solved, and the remote device does not need to transfer itself. The control right is handed over to the local device, avoiding the problem of security risks.

Corresponding to the foregoing embodiments of the remote configuration method, the present application further provides an embodiment of a remote configuration apparatus.

The embodiments of the remote configuration apparatus of the present application can be applied to a local monitoring client. The apparatus embodiment may be implemented by software, or may be implemented by hardware or a combination of software and hardware. Taking software implementation as an example, a device in a logical sense is formed by reading the corresponding computer program instructions in the non-volatile memory into the memory for operation by the processor of the device where it is located. From the perspective of hardware, as shown in FIG. 3 , it is a hardware structure diagram of a local monitoring client shown in this application according to an exemplary embodiment, except for the processor, memory, network interface, and non-volatile hardware shown in FIG. 3 In addition to the volatile memory, the device in which the apparatus in the embodiment is located generally may further include other hardware according to the actual function of the device, and details are not described herein again.

FIG. 4 is a structural diagram of an embodiment of a remote configuration apparatus according to an exemplary embodiment of the present application. This embodiment is applied to a local monitoring client. The interface displayed by the local monitoring client includes a local device window and a preview pane. 4 , the apparatus includes: a unit for establishing a delegation relationship 410 , a first obtaining unit 420 , a second obtaining unit 430 , and a sending configuration unit 440 .

Wherein, establishing a trust relationship unit 410 is used to establish a trust relationship with the remote monitoring client;

a first obtaining unit 420, configured to obtain a preview icon of the remote monitoring client, and display the preview icon in the preview pane;

A second obtaining unit 430, configured to obtain a first configuration parameter, and display a monitoring window of a monitoring scenario corresponding to the first configuration parameter in the local device window;

The sending configuration unit 440 is configured to save the second configuration parameter corresponding to the monitoring scene when a command to drag and drop the monitoring window to the preview icon is detected, and send the second configuration parameter to the a remote monitoring client, so that the remote monitoring client displays the monitoring scene according to the second configuration parameter.

In an optional implementation manner, the establishment of a delegation relationship unit 410 is specifically configured to receive an assistance request message carrying the device identification of the remote monitoring client; establish a delegation relationship with the remote monitoring client by using the device identification; And/or, when detecting the command that carries the Internet Protocol IP address, user name and password of the remote monitoring client, send a connection request message to the remote monitoring client according to the IP address, and the request to connect The message carries the user name and the password, so that the remote monitoring client can verify the local monitoring client according to the user name and the password. A response message; when receiving a response message from the remote monitoring client carrying the device identification, establish a trust relationship with the remote monitoring client by using the device identification.

In another optional implementation manner, the apparatus further includes (not shown in FIG. 4 ):

a verification unit, specifically configured to send a first configuration request message to the remote monitoring client before the sending configuration unit 440 sends the second configuration parameter to the remote monitoring client, so that the remote monitoring client Use the first configuration request message to query whether it is running, and if it is running, return a response message; when receiving a response message to the first configuration request message from the remote monitoring client, execute sending the second configuration parameter process to the remote monitoring client; otherwise, refuse to send the second configuration parameter to the remote monitoring client.

In another optional implementation manner, the apparatus further includes (not shown in FIG. 4 ):

an anti-drag and drop unit, specifically configured to send a second configuration request message to the remote monitoring client when a command to drag and drop the preview icon of the remote monitoring client to the local device window is detected; wherein the After receiving the second configuration request message, the remote monitoring client returns the third configuration parameter to the local monitoring client; receives the third configuration parameter from the remote monitoring client, and according to the third configuration parameter , displaying a monitoring window in the local device window, where the monitoring window displays a monitoring scene consistent with the remote monitoring client.

In another optional implementation manner, the apparatus further includes (not shown in FIG. 4 ): a replication configuration unit, specifically configured to establish a delegation relationship with multiple remote monitoring clients; displaying in the preview pane preview icons of the multiple remote monitoring clients; when a copy command is detected and the command of the monitoring window is dragged and dropped to the preview icons of the multiple remote monitoring clients at the same time, the second configuration parameter is sent to the multiple remote monitoring clients simultaneously a plurality of remote monitoring clients, so that the plurality of remote monitoring clients can display the monitoring scene according to the second configuration parameter.

For details of the implementation process of the functions and functions of each unit in the above device, please refer to the implementation process of the corresponding steps in the above method, which will not be repeated here.

For the apparatus embodiments, since they basically correspond to the method embodiments, reference may be made to the partial descriptions of the method embodiments for related parts. The device embodiments described above are only illustrative, wherein the units described as separate components may or may not be physically separated, and the components shown as units may or may not be physical units, that is, they may be located in One place, or it can be distributed over multiple network elements. Some or all of the modules can be selected according to actual needs to achieve the purpose of the solution of the present application. Those of ordinary skill in the art can understand and implement it without creative effort.

It can be known from the above embodiment that after the local monitoring client and the remote monitoring client establish a delegation relationship, the preview icon of the remote monitoring client is obtained, the preview icon of the remote monitoring client is displayed in the preview pane, and the first configuration parameter is obtained. , display the monitoring window of the monitoring scene corresponding to the first configuration parameter in the local device window, when a command to drag and drop the monitoring window to the preview icon is detected, save the second configuration parameter corresponding to the monitoring scene, and store the first The second configuration parameter is sent to the remote monitoring client, so that the remote monitoring client can display the monitoring scene according to the second configuration parameter. Based on the above implementation manner, after obtaining the first configuration parameter, the local monitoring client displays the monitoring window of the monitoring scene corresponding to the first configuration parameter in the local device window, and when a drag and drop command is detected, only the monitoring scene corresponding to the first configuration parameter is displayed in the local device window. The second configuration parameters of the remote monitoring client are sent to the remote monitoring client, without the need for the local device to log in to the remote device through a remote connection, and then configure the monitoring window of the remote monitoring client. Therefore, the remote device does not need to transmit the remote device to the local device in real time through the network. For the image displayed in the window, the local device does not need to transmit the operation commands of the mouse or keyboard of the local device to the remote device through the network, which reduces the process of exchanging data, so that the problem of large delay can be solved, and the remote device does not need to transfer itself. The control right is handed over to the local device, avoiding the problem of security risks.

The above descriptions are only preferred embodiments of the present application, and are not intended to limit the present application. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present application shall be included in the present application. within the scope of protection.

Claims (10)

1. a kind of remote configuring method is applied in local monitor client, which is characterized in that the local monitor client is aobvious The interface shown includes local device window and preview pane, which comprises

Clientage is established with long-range monitor client；

The preview icon of the long-range monitor client is obtained, and shows the preview icon in the preview pane；

The first configuration parameter is obtained, and shows the corresponding monitoring scene of first configuration parameter in the local device window Monitoring window, first configuration parameter is that user is customized and local device can identify the parameter of parsing；

When detect the monitoring window is dragged and dropped into the order of the preview icon when, save the monitoring scene it is corresponding and Long-range monitor client can identify the second configuration parameter of parsing, and send the long-range prison for second configuration parameter Client is controlled, so that the long-range monitor client shows the monitoring scene according to second configuration parameter.

2. the method according to claim 1, wherein the mistake for establishing clientage with long-range monitor client Journey specifically includes:

Receive the assistance request message for carrying the device identification of the long-range monitor client；Utilize the device identification and institute It states long-range monitor client and establishes clientage；And/or

When detecting the order of the Internet protocol IP address for carrying the long-range monitor client, user name and password, Connection message will be requested to be sent to the long-range monitor client according to the IP address, the request connection message carries User name and the password are stated, so that the long-range monitor client is according to the user name and the password to the local prison Control client is verified, if being proved to be successful, returns to the response message for carrying device identification；When receiving from described remote When the response message for carrying device identification of range monitoring client, the device identification and the long-range monitor client are utilized Establish clientage.

3. the method according to claim 1, wherein it is described send second configuration parameter to it is described long-range Before monitor client, the method also includes:

The first configuration request message is sent to the long-range monitor client, so that the long-range monitor client utilizes described the One configuration request message inquires whether itself runs, if operation, returning response message；

When receiving the response message of the first configuration request message from the long-range monitor client, execute described the Two configuration parameters are sent to the process of the long-range monitor client；Otherwise, second configuration parameter is sent institute by refusal State long-range monitor client.

4. the method according to claim 1, wherein the method also includes:

When detecting that the preview icon by the long-range monitor client is dragged and dropped into the order of the local device window, to institute It states long-range monitor client and sends the second configuration request message；Wherein, the long-range monitor client is receiving described second After configuration request message, Xiang Suoshu local monitor client returns to third configuration parameter；

The third configuration parameter from the long-range monitor client is received, and according to the third configuration parameter, at described Show that monitoring window, the monitoring window are shown and the long-range consistent monitoring scene of monitor client in ground device window.

5. the method according to claim 1, wherein the method also includes:

Clientage is established with multiple long-range monitor clients；

The preview icon of multiple long-range monitor client is shown in the preview pane；

When detecting copy command, and to the order for monitoring window described in the preview icon drag and drop of multiple long-range monitor client When, second configuration parameter is sent to multiple long-range monitor client so that multiple long-range monitor client according to Second configuration parameter shows that the monitoring scene, the copy command include the order that CTRL key is pressed.

6. a kind of remote configuration device is applied in local monitor client, which is characterized in that the local monitor client is aobvious The interface shown includes local device window and preview pane, and described device includes:

Clientage unit is established, for establishing clientage with long-range monitor client；

First acquisition unit is shown for obtaining the preview icon of the long-range monitor client, and in the preview pane The preview icon；

Second acquisition unit for obtaining the first configuration parameter, and shows first configuration in the local device window The monitoring window of the corresponding monitoring scene of parameter, first configuration parameter are that user is customized and local device can identify solution The parameter of analysis；

Send configuration unit, for when detect the monitoring window is dragged and dropped into the order of the preview icon when, preservation institute It states that monitoring scene is corresponding and long-range monitor client can identify the second configuration parameter of parsing, and second configuration is joined Number is sent to the long-range monitor client, so that described in the long-range monitor client shows according to second configuration parameter Monitoring scene.

7. device according to claim 6, which is characterized in that

It is described to establish clientage unit, the assistance of the device identification of the long-range monitor client is carried specifically for receiving Request message；Clientage is established using the device identification and the long-range monitor client；And/or it is carried when detecting It, will according to the IP address when having the order of the Internet protocol IP address of the long-range monitor client, user name and password Request connection message is sent to the long-range monitor client, the request connection message carry the user name with it is described close Code, so that the long-range monitor client tests the local monitor client with the password according to the user name Card returns to the response message for carrying device identification if being proved to be successful；When receiving from the long-range monitor client When carrying the response message of device identification, clientage is established using the device identification and the long-range monitor client.

8. device according to claim 6, which is characterized in that described device further include:

Authentication unit, specifically for sending the long-range monitoring visitor for second configuration parameter in the transmission configuration unit Before the end of family, the first configuration request message is sent to the long-range monitor client, so that the long-range monitor client utilizes First configuration request message inquires whether itself runs, if operation, returning response message；When receiving from described remote When the response message of the first configuration request message of range monitoring client, execution sends second configuration parameter to described remote The process of range monitoring client；Otherwise, second configuration parameter is sent the long-range monitor client by refusal.

9. device according to claim 6, which is characterized in that described device further include:

Anti- drag and drop unit detects that the preview icon by the long-range monitor client is dragged and dropped into the local and sets specifically for working as When the order of standby window, the second configuration request message is sent to the long-range monitor client；Wherein, the long-range monitoring client After receiving second configuration request message, Xiang Suoshu local monitor client returns to third configuration parameter at end；It receives Third configuration parameter from the long-range monitor client, and according to the third configuration parameter, in the local device window Show that monitoring window, the monitoring window are shown and the long-range consistent monitoring scene of monitor client in mouthful.

10. according to any device of claim 6 to 9, which is characterized in that described device further include:

Replicated setup unit, specifically for establishing clientage with multiple long-range monitor clients；It is shown in the preview pane Show the preview icon of multiple long-range monitor client；When detecting copy command, and simultaneously to multiple long-range monitoring client When monitoring the order of window described in the preview icon drag and drop at end, second configuration parameter is sent to multiple long-range prison simultaneously Client is controlled, so that multiple long-range monitor client shows the monitoring scene, the duplication according to second configuration parameter Order includes the order that CTRL key is pressed.