CN112468555B - Macro command group control scheme based on cloud mobile phone - Google Patents
Macro command group control scheme based on cloud mobile phone Download PDFInfo
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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
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
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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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Abstract
The invention relates to a macro command group control system based on a cloud mobile phone, which comprises: the cloud mobile phone terminal comprises an operation terminal, a total router, a control link, a test link and a plurality of cloud mobile phones; the operation end and the cloud mobile phone end are connected through two parallel links formed by a control link and a test link.
Description
Technical Field
The invention relates to the field of cloud mobile phone control, in particular to a macro command group control scheme based on a cloud mobile phone.
Background
Along with popularization of smart phones, a group control function of a cloud phone macro command is also gradually paid attention to in the industry, and a group control of a Yun Shouji macro command realizes functions of simultaneous operation, batch installation/uninstallation, batch starting/stopping and the like of a plurality of cloud phones, so that high-flow control can be realized at the same time.
The traditional cloud mobile phone group control needs to manually and manually operate one cloud machine, and the rest cloud machines are driven to carry out batch tasks through the group control. The group control of Yun Shouji macro command means that cloud machine instructions can be set in advance, timing operation is performed, manual operation is replaced, and batch tasks are automatically timed. The group control of Yun Shouji macro commands is used for carrying out batch timing execution instructions on the hundred-platform cloud mobile phones, so that the batch cloud mobile phones can be automatically operated at regular time, such as restarting, starting applications, round-robin tasks and the like, one-key recording scripts and custom multi-set macro schemes are supported, multi-thread operation is carried out for different applications, and meanwhile, the multi-set macro schemes are executed, so that the working efficiency of the cloud machines is greatly improved.
The group control of the existing cloud mobile phone macro command is generally realized through complicated multi-level USB and HUB connection in the following way, so that the system connection is complicated, and the redundancy and the low transmission efficiency of the system are also caused by the excessive levels of HUB connection when the number of mobile phones is large.
In summary, a macro command group control scheme based on a cloud mobile phone is needed to simplify the complexity of the system, improve the control transmission efficiency, and ensure the group control stability.
Disclosure of Invention
The technical problems to be solved by the invention are as follows: the group control of the existing cloud mobile phone macro command is generally realized through complicated multi-level USB and HUB connection in the following way, so that the system connection is complicated, and the problem of redundancy and low transmission efficiency of the system is also caused by excessive levels of HUB connection when the number of mobile phones is large.
The technical scheme adopted for solving the technical problems is as follows:
a macro command group control system based on a cloud handset, the system comprising: the cloud mobile phone terminal comprises an operation terminal, a total router, a control link, a test link and a plurality of cloud mobile phones; the operation end and the cloud mobile phone end are connected through two parallel links formed by a control link and a test link.
Furthermore, the operation end is a computer or other hardware terminal provided with group control software of the mobile phone, and the operation end can be provided with a macro command.
Further, the operation terminal is connected to a total router through a communication network, the communication network is a wired or wireless network connection, and the total router is a router with double WANs.
Furthermore, one side of the general router is connected with the operation end, and the other side of the general router is respectively connected with the control link and the test link through the double WAN interfaces.
Further, the control link includes: one side of the router is connected with a control service end of the master router, the other side of the control service end is connected with a router group, the router group comprises a plurality of routers, one side of the router group is connected with the control service end, the other side of the router group is connected with a cloud mobile phone end, and each router in the router group can be connected with any mobile phone in the cloud mobile phone end through a wireless network.
Further, the test link includes: one side is connected with a test control end of the main router, the other side of the test control end is connected with a test router, the other side of the test router is connected with a cloud mobile phone end, and the wireless network connection mode of the test router can be wireless network automatic connection of default configuration, so that n cloud mobile phones of the cloud mobile phone end can automatically perform default automatic connection on signals of the test router.
Further, each model of the plurality of routers in the test router and router group is identical.
Furthermore, a rapid receiving and transmitting detection end is further arranged between the cloud mobile phone end and the test control end.
Furthermore, one side of the rapid receiving and transmitting detection end is connected with the cloud mobile phone end, and the other side of the rapid receiving and transmitting detection end is connected with the test control end and is used for receiving feedback signals sent by the cloud mobile phone end and sending the feedback signals to the test control end after collecting the feedback signals.
The macro command group control method based on the cloud mobile phone of the macro command group control system based on the cloud mobile phone comprises the following steps:
s1, starting an operation end, and switching a connection link of a total router into a test link through the operation end;
s2, the operation end firstly transmits test control signals to the n cloud mobile phones through the test links, the test control end receives feedback signals of the test control signals, and the feedback signals are converted into equipment information and duration information and then transmitted to the control server and the operation end;
s3, after the equipment information and the time length information are obtained by the operation end, switching the link of the total router into a control link, and closing the test router;
s4, the control server generates a corresponding connection relation between each router in the router group and the cloud mobile phone according to the equipment information and the time length information, and configures each router in the router group according to the corresponding connection relation;
s5, the operation end sends a group control instruction through a plurality of routers in parallel in the total router, the control server and the router group to realize group control.
The macro command group control scheme based on the cloud mobile phone has the technical effects of simplifying system complexity, improving control transmission efficiency and ensuring group control stability.
Drawings
Fig. 1 is a schematic structural diagram of a macro command group control system based on a cloud mobile phone.
Detailed Description
The macro command group control scheme based on the cloud mobile phone of the present invention will be described in further detail below.
The present invention will be described in more detail below with reference to the attached drawings, in which preferred embodiments of the present invention are shown, it being understood that one skilled in the art can modify the present invention described herein while still achieving the beneficial effects of the present invention. Accordingly, the following description is to be construed as broadly known to those skilled in the art and not as limiting the invention.
In the interest of clarity, not all features of an actual implementation are described. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. It will be appreciated that in the development of any such actual embodiment, numerous implementation details must be made in order to achieve the developer's specific goals.
In order to make the objects and features of the present invention more comprehensible, embodiments accompanied with figures are described in detail below. It should be noted that the drawings are in a very simplified form and all employ non-precise ratios, and are merely convenient and clear to aid in the description of the embodiments of the invention.
Fig. 1 is a schematic structural diagram of a macro command group control system based on a cloud mobile phone.
The macro command group control system based on the cloud mobile phone comprises an operation end, a total router, a control link, a test link and a cloud mobile phone end comprising a plurality of cloud mobile phones.
The operation end and the cloud mobile phone end are connected through two parallel links formed by a control link and a test link.
The operation end can be a computer or other hardware terminals for installing group control software of the mobile phone, and can be provided with a macro command and can realize manual control of execution of the macro command.
The operation terminal is connected to the total router through a communication network. The communication network can be wired or wireless network connection, and the total router can be a router with double WANs, so that the router can conveniently realize the switching of a control link and a test link parallel link.
One side of the main router is connected with the operation end, and the other side of the main router is respectively connected with the control link and the test link through the double WAN interfaces.
Wherein the control link comprises: one side is connected with a control service end of the master router, and the other side of the control service end is connected with a router group, wherein the router group comprises a plurality of routers, for example: the first router and the second router (as shown in fig. 1), the preferred router group may comprise 2,3,4,5, or even more routers. One side of the router group is connected with the control server, the other side of the router group is connected with the cloud mobile phone, and specifically, each router in the router group can be connected with any mobile phone in the cloud mobile phone through a wireless network. The control link is used to communicate formal group control signals.
The test link includes: one side is connected with a test control end of the master router, the other side of the test control end is connected with a test router, the other side of the test router is connected with a cloud mobile phone end, and specifically, the test router can be connected with any mobile phone in the cloud mobile phone end through a wireless network. The wireless network connection mode of the test router can be wireless network automatic connection of default configuration, so that n cloud mobile phones at the cloud mobile phone end can automatically perform default automatic connection on signals of the test router. Each model of the plurality of routers in the test router and router group is identical.
The test link is used for testing the signal transmission efficiency of a single switch to n cloud mobile phones in the cloud mobile phone end. Before sending the group control command, the operation end sends test control signals to the n cloud mobile phones through the test link, preferably, the test control signals can be wireless network configuration signals sent to the n cloud mobile phones respectively, and the wireless network configuration signals include: network login configuration information for each of a plurality of routers in a router group in a control link, such as: router network names, gateways, IP, proxy addresses, security levels, passwords, etc., such that each of the plurality of routers in the router group is an alternative device to which each of the n cloud handsets may connect. After each of the n cloud mobile phones receives the test control signal sent by the test link, each of the n cloud mobile phones sends the MAC address of the mobile phone to the test control end through the test router after the wireless network connection configuration of the mobile phone is completed, and the equipment number and the configuration completion time are returned. After receiving the information, the test control terminal stores the corresponding MAC address and equipment number information, and generates the configuration transmission duration of the mobile phone according to the time difference between the transmission of the test control signal and the receiving of the configuration completion time.
As an alternative embodiment, a fast receiving and transmitting detection end may be further included between the cloud mobile phone end and the test control end, where one side of the fast receiving and transmitting detection end is connected to the cloud mobile phone end, and the other side of the fast receiving and transmitting detection end is connected to the test control end, and is configured to receive a feedback signal sent by the cloud mobile phone end, and collect the feedback signal and send the feedback signal to the test control end. After each of the n cloud mobile phones receives the test control signal sent by the test link, after the wireless network connection configuration of the mobile phones is completed, each of the n cloud mobile phones returns the MAC address of the mobile phone, the equipment number and the configuration completion time to the test control end through a quick receiving and sending detection end (instead of returning through the original path of the test router) which is independently arranged between the cloud mobile phone end and the test control end. The information sending manner of the cloud mobile phone terminal to the rapid receiving and sending detection terminal can be instant message sending and the like.
And the test control end sends the MAC address, the equipment number and the configuration transmission time length of the mobile phone to the control server end and sends the MAC address, the equipment number and the configuration transmission time length of the mobile phone to the operation end through the total router.
And the control server side sends the information to the control server side according to the MAC address, the equipment number and the configuration transmission time length of the mobile phone, and configures the corresponding connection relation between each router in the router group and the cloud mobile phone, namely each router in the router group needs to connect and transmit equipment to a plurality of mobile phones in n cloud mobile phones, so that the efficiency of signal transmission is obtained.
Specifically, n cloud mobile phones are provided with numbers of 1,2,3 … … and n, and a time duration sequence fed back to a test control end through the cloud mobile phones is a= { Ti } = { T1, T2, T3, … … and Tn }, wherein the number sequence i= {1,2,3, … … and n }. The time length is arranged in an ascending order, and the time length sequence of the ascending order is obtained as a' =sort (Ti) =tj, namely, the new number sequence j is rearranged according to the time length value after the ascending order is carried out, and the original number sequence i is obtained. And (3) arranging the serial numbers of the cloud mobile phones in the sequence j in the rearranged order, and sequentially and alternately distributing the serial numbers to a plurality of routers. The communication pressure of a plurality of mobile phones can be equally distributed to a plurality of routers, so that the efficiency of communication transmission is improved while the simplification of equipment connection is ensured.
For example, assuming that there are 10 cloud handsets and two routers in the router group, the numbers are respectively 1-6, the time sequence fed back to the test control end by the cloud handsets is a= { Ti } = { T1, T2, T3, … …, T6} = {0.02,0.5,0.1,0.06,0.08,0.09}, the sequence i= {1,2,3,4,5,6}, the time is arranged in ascending order, the time sequence obtained in ascending order is a' = sort (Ti) = {0.02,0.06,0.08,0.09,0.1,0.5 = Tj, the new number sequence j= {1,4,5,6,3,2}, and the sequence after the cloud handset numbers in the sequence j are rearranged is sequentially allocated to 2 routers in turn. Namely, the first router allocates the 1 st, 3 rd and 5 th mobile phone numbers in the j sequence, namely j=1, 5,3; the second router assigns the 2 nd, 4 th and 6 th in the j sequence of handset numbers, i.e., j= 4,6,2.
After the operation end obtains the information of the configuration transmission time length of the MAC address, the equipment number and the mobile phone, the operation end indicates that the test process is completed, and the operation end switches the link of the total router into a control link and closes the test router.
The control server starts each router in the router group according to the corresponding connection relation between each router in the router group and the cloud mobile phone, and sets the network connection configuration of each router according to the corresponding connection relation, wherein the network connection configuration specifically shields the MAC address and the equipment number of the cloud mobile phone which are not correspondingly linked by the router. Based on the configuration method, the cloud mobile phone is automatically connected to a router of a router group of the cloud mobile phone.
After the automatic connection with the corresponding connection relation is established, the operation end can send a group control instruction through a main router, a control service end and a plurality of routers in parallel in the router group, so that group control is realized.
The following describes a macro command group control method based on the group control system and based on a cloud mobile phone, which specifically comprises the following steps:
s1, starting an operation end, and switching a connection link of a total router into a test link through the operation end.
Specifically, the operation terminal is connected to the master router through a communication network. The communication network can be wired or wireless network connection, and the total router can be a router with double WANs, so that the router can conveniently realize the switching of a control link and a test link parallel link.
S2, the operation end firstly transmits test control signals to the n cloud mobile phones through the test links, the test control end receives feedback signals of the test control signals, and the feedback signals are converted into equipment information and duration information and then transmitted to the control server and the operation end.
Specifically, before sending the group control command, the operation end sends test control signals to the n cloud mobile phones through the test link, where the test control signals may be wireless network configuration signals sent to the n cloud mobile phones respectively, where the wireless network configuration signals include: network login configuration information for each of a plurality of routers in a router group in a control link, such as: router network names, gateways, IP, proxy addresses, security levels, passwords, etc., such that each of the plurality of routers in the router group is an alternative device to which each of the n cloud handsets may connect.
After each of the n cloud mobile phones receives the test control signal sent by the test link, each of the n cloud mobile phones sends the MAC address of the mobile phone to the test control end through the test router after the wireless network connection configuration of the mobile phone is completed, and the equipment number and the configuration completion time are returned. After receiving the information, the test control terminal stores the corresponding MAC address and equipment number information, and generates the configuration transmission duration of the mobile phone according to the time difference between the transmission of the test control signal and the receiving of the configuration completion time.
Alternatively, after each of the n cloud mobile phones receives the test control signal sent by the test link, after completing the configuration of the wireless network connection, each of the n cloud mobile phones returns the MAC address of itself, the device number and the configuration completion time to the test control end through a fast transceiver detection end (instead of returning through the original path of the test router) which is separately arranged between the cloud mobile phone end and the test control end. The information sending manner of the cloud mobile phone terminal to the rapid receiving and sending detection terminal can be instant message sending and the like.
And the test control end sends the MAC address, the equipment number and the configuration transmission time length of the mobile phone to the control server end and sends the MAC address, the equipment number and the configuration transmission time length of the mobile phone to the operation end through the total router.
S3, after the equipment information and the time length information are obtained by the operation end, switching the link of the total router into a control link, and closing the test router.
After the test control terminal transmits the MAC address, the equipment number and the configuration transmission time length information of the mobile phone, the test process is finished, the operation terminal sends an instruction to the total router, the test router is closed, and the link of the total router is switched to a control link.
S4, the control server generates a corresponding connection relation between each router in the router group and the cloud mobile phone according to the equipment information and the time length information, and configures each router in the router group according to the corresponding connection relation.
The control server side sends the information to the control server side according to the MAC address, the equipment number and the configuration transmission time length of the mobile phone, generates a corresponding connection relation between each router in the router group and the cloud mobile phone, and configures the corresponding connection relation between each router in the router group and the cloud mobile phone according to the corresponding connection relation, namely, each router in the router group needs to connect and transmit equipment to a plurality of mobile phones in n cloud mobile phones, so that the efficiency of signal transmission is obtained.
Specifically, n cloud mobile phones are provided with numbers of 1,2,3 … … and n, and a time duration sequence fed back to a test control end through the cloud mobile phones is a= { Ti } = { T1, T2, T3, … … and Tn }, wherein the number sequence i= {1,2,3, … … and n }. The time length is arranged in an ascending order, and the time length sequence of the ascending order is obtained as a' =sort (Ti) =tj, namely, the new number sequence j is rearranged according to the time length value after the ascending order is carried out, and the original number sequence i is obtained. And (3) arranging the serial numbers of the cloud mobile phones in the sequence j in the rearranged order, and sequentially and alternately distributing the serial numbers to a plurality of routers. The communication pressure of a plurality of mobile phones can be equally distributed to a plurality of routers, so that the efficiency of communication transmission is improved while the simplification of equipment connection is ensured.
For example, assuming that there are 10 cloud handsets and two routers in the router group, the numbers are respectively 1-6, the time sequence fed back to the test control end by the cloud handsets is a= { Ti } = { T1, T2, T3, … …, T6} = {0.02,0.5,0.1,0.06,0.08,0.09}, the sequence i= {1,2,3,4,5,6}, the time is arranged in ascending order, the time sequence obtained in ascending order is a' = sort (Ti) = {0.02,0.06,0.08,0.09,0.1,0.5 = Tj, the new number sequence j= {1,4,5,6,3,2}, and the sequence after the cloud handset numbers in the sequence j are rearranged is sequentially allocated to 2 routers in turn. Namely, the first router allocates the 1 st, 3 rd and 5 th mobile phone numbers in the j sequence, namely j=1, 5,3; the second router assigns the 2 nd, 4 th and 6 th in the j sequence of handset numbers, i.e., j= 4,6,2.
The control server starts each router in the router group according to the corresponding connection relation between each router in the router group and the cloud mobile phone, and sets the network connection configuration of each router according to the corresponding connection relation, wherein the network connection configuration specifically shields the MAC address and the equipment number of the cloud mobile phone which are not correspondingly linked by the router. Based on the configuration method, the cloud mobile phone is automatically connected to a router of a router group of the cloud mobile phone.
S5, the operation end sends a group control instruction through a plurality of routers in parallel in the total router, the control server and the router group to realize group control.
After the automatic connection with the corresponding connection relation is established, the operation end can send a group control instruction through a main router, a control service end and a plurality of routers in parallel in the router group, so that group control is realized.
The macro command group control scheme based on the cloud mobile phone has the technical effects of simplifying system complexity, improving control transmission efficiency and ensuring group control stability.
The foregoing has outlined and described the basic principles, features, and advantages of the present invention in order that the description that follows is merely an example of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, but rather that the foregoing embodiments and description illustrate only the principles of the invention, and that the invention is susceptible to various equivalent changes and modifications without departing from the spirit and scope of the invention, all of which are intended to be within the scope of the invention as hereinafter claimed. The scope of the invention is defined by the appended claims and their equivalents.
Claims (9)
1. A group control method of a macro command group control system based on a cloud mobile phone is characterized by comprising the following steps: the macro command group control system comprises: the cloud mobile phone terminal comprises an operation terminal, a total router, a control link, a test link and a plurality of cloud mobile phones; the operation end and the cloud mobile phone end are connected through two parallel links consisting of a control link and a test link;
the control link comprises a control service end, one side of the control service end is connected with a master router, the other side of the control service end is connected with a router group, the router group comprises a plurality of routers, one side of the router group is connected with the control service end, the other side of the router group is connected with a cloud mobile phone end, and each router in the router group can be connected with any mobile phone in the cloud mobile phone end through a wireless network;
the test link comprises a test control end, one side of which is connected with the main router, the other side of which is connected with the test router, the other side of which is connected with the cloud mobile phone end, and the wireless network connection mode of the test router is wireless network automatic connection configured by default, so that n cloud mobile phones of the cloud mobile phone end can automatically perform default automatic connection on signals of the test router;
the group control method comprises the following steps:
s1, starting an operation end, and switching a connection link of a total router into a test link through the operation end;
s2, the operation end firstly transmits test control signals to the n cloud mobile phones through the test links, the test control end receives feedback signals of the test control signals, converts the feedback signals into equipment information and duration information and then transmits the equipment information and the duration information to the control server and the operation end, and the method specifically comprises the following steps: after each of the n cloud mobile phones receives a test control signal sent by a test link, after the wireless network connection configuration of the mobile phones is completed, each of the n cloud mobile phones returns the MAC address of the mobile phone, the equipment number and the configuration completion time to a test control end through a test router; after receiving the information, the test control end stores corresponding MAC address and equipment number information, generates configuration transmission time length of the mobile phone according to the time difference between the transmission of the test control signal and the reception of configuration completion time, and transmits the MAC address, the equipment number and the configuration transmission time length of the mobile phone to the control server end and to the operation end through the total router;
s3, after the equipment information and the time length information are obtained by the operation end, switching the link of the total router into a control link, and closing the test router;
s4, the control server generates a corresponding connection relation between each router in the router group and the cloud mobile phone according to the equipment information and the time length information, and configures each router in the router group according to the corresponding connection relation, and the method specifically comprises the following steps: specifically, n cloud mobile phones are provided with numbers of 1,2,3 … … and n, and a time duration sequence fed back to a test control end through the cloud mobile phones is a= { Ti } = { T1, T2, T3, … … and Tn }, wherein the number sequence i= {1,2,3, … … and n }; the time length is arranged in an ascending order, and the time length sequence of the ascending order is obtained as a' =sort (Ti) =tj, namely, a new number sequence j is rearranged according to the time length value after the ascending order is carried out, and an original number sequence i is obtained; sequentially distributing the rearranged sequence of the cloud mobile phone numbers in the sequence j to a plurality of routers in turn, and starting each router in the router group by a control server according to the corresponding connection relation between each router in the configured router group and the cloud mobile phone, and setting the network connection configuration of each router according to the corresponding connection relation, wherein the network connection configuration is particularly to shield the MAC address and the equipment number of the cloud mobile phone which are not correspondingly linked by the router; based on the configuration method, the cloud mobile phone is automatically connected to a router of a router group of the cloud mobile phone;
s5, the operation end sends a group control instruction through a plurality of routers in parallel in the total router, the control server and the router group to realize group control.
2. The group control method as claimed in claim 1, wherein: the operation end is a computer or other hardware terminal for installing group control software of the mobile phone, and the operation end is provided with a macro command.
3. The group control method as claimed in claim 1, wherein: the operation end is connected to a total router through a communication network, the communication network is connected through a wire or wireless network, and the total router is a router with double WANs.
4. The group control method as claimed in claim 1, wherein: one side of the main router is connected with the operation end, and the other side of the main router is respectively connected with the control link and the test link through the double WAN interfaces.
5. The group control method as claimed in claim 1, wherein: the control link includes: one side of the router is connected with a control service end of the master router, the other side of the control service end is connected with a router group, the router group comprises a plurality of routers, one side of the router group is connected with the control service end, the other side of the router group is connected with a cloud mobile phone end, and each router in the router group can be connected with any mobile phone in the cloud mobile phone end through a wireless network.
6. The group control method as claimed in claim 5, wherein: the test link includes: one side is connected with a test control end of the main router, the other side of the test control end is connected with a test router, the other side of the test router is connected with a cloud mobile phone end, and the wireless network connection mode of the test router is wireless network automatic connection of default configuration, so that n cloud mobile phones of the cloud mobile phone end can automatically perform default automatic connection on signals of the test router.
7. The group control method as claimed in claim 6, wherein: each model of the plurality of routers in the test router and router group is identical.
8. The group control method as claimed in claim 7, wherein: the cloud mobile phone terminal and the test control terminal further comprise a rapid receiving and transmitting detection terminal.
9. The group control method as claimed in claim 8, wherein: one side of the rapid receiving and transmitting detection end is connected with the cloud mobile phone end, and the other side of the rapid receiving and transmitting detection end is connected with the test control end and is used for receiving feedback signals sent by the cloud mobile phone end and sending the feedback signals to the test control end after collecting the feedback signals.
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