CN115865731B - Gateway equipment and network set top box communication test system, method and storage medium - Google Patents
Gateway equipment and network set top box communication test system, method and storage medium Download PDFInfo
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Abstract
The invention relates to a communication test system, a method and a storage medium based on gateway equipment and a network set top box, which belong to the technical field of communication, and can aim at real-time detection of accidental collision of the gateway equipment and the network set top box in hotel application scenes through matching of a vibration detection device, a communication test device, a wiring looseness detection device and a device fault detection device, and can trigger a communication test link and a wiring looseness detection link in time when the vibration intensity is large and the wiring inside the gateway equipment or the network set top box is possibly loosened, so that hotel residents and hotel network management staff can timely perceive and know specific conditions through voice prompt or data visual prompt.
Description
Technical Field
The invention belongs to the technical field of communication, and particularly relates to a system, a method and a storage medium for testing communication between gateway equipment and a network set top box.
Background
In order to meet the requirements of users in places such as hotels, shops, government public service institutions and the like for high-speed surfing, mobile terminal access and video-on-demand, a plurality of access terminals are often required to be deployed, and therefore the problems of difficult wiring, multiple fault points and high cost are caused. The convergence gateway is accurately positioned in the hotel class and needs to be accessed to a plurality of terminal users, the gateway and the set top box are converged, a mechanism for implementing pipeline and service isolation maintenance on a maintenance framework is realized, and upper-layer equipment is smoothly deployed without change. Through zero configuration and pre-deployment, the installation link is automatic, the installation efficiency is improved, secondary door opening is avoided, and maintenance intellectualization, diagnosis remodelling and one-stop opening are realized. The operation and maintenance complexity and difficulty are reduced to a certain extent, and the equipment cost is reduced.
However, in the practical application scenario of hotels, the gateway device and the network set-top box are usually exposed on the television table and the television cabinet of the hotel, and when the hotel resident uses the television table and the television cabinet during meal or work, the situation that the gateway device or the network set-top box is collided carelessly often occurs, if the collision strength is large, the connection inside the gateway device or the network set-top box is easy to loose, and the hotel resident and the hotel network manager cannot easily perceive or even know the specific situation.
Therefore, a system, a method and a storage medium for testing the communication between the gateway device and the network set-top box are needed to solve the above problems.
Disclosure of Invention
The invention aims to provide a method, a system and a storage medium for testing communication between gateway equipment and a network set top box, which are used for solving the technical problems in the prior art, such as: in the hotel application scene, the gateway equipment and the network set top box are in loose connection in the gateway equipment or the network set top box due to accidental collision, and hotel households and hotel network management staff are not easy to perceive or even can not know specific conditions.
In order to achieve the above purpose, the technical scheme of the invention is as follows:
the gateway equipment and network set top box communication test system comprises a vibration detection device, a communication test device, a wiring looseness detection device, an equipment fault test device and a main control device;
the main control device is respectively connected with the vibration detection device, the communication test device, the wiring looseness detection device and the equipment fault test device;
the vibration detection device is used for detecting whether the gateway equipment or the network set top box vibrates or not and judging whether the real-time vibration intensity reaches the preset vibration intensity or not;
the communication testing device is used for testing whether the communication between the gateway equipment and the network set top box is interrupted or not;
the wiring looseness detection device is used for detecting whether a communication line inside gateway equipment or a network set top box is abnormal in looseness or not;
the equipment fault testing device is used for testing whether the gateway equipment or the network set top box has faults or not;
the main control device is used as a control core and is used for controlling the opening and closing of each device.
Further, the main control device controls the vibration detection device to be normally opened, and controls the communication test device, the wiring looseness detection device and the equipment fault test device to be normally closed;
when the vibration detection device judges that the real-time vibration intensity reaches the preset vibration intensity, the main control device controls the communication test device to be started;
when the communication testing device tests that the communication between the gateway equipment and the network set top box is interrupted, the main control device controls the connection loosening detection device to be started;
when the wiring looseness detection device detects that the communication line inside the gateway equipment or the network set top box is not in looseness abnormality, the main control device controls the equipment fault test device to be started.
Further, two communication modes are available between the gateway device and the network set top box;
the first communication mode is: the transmission of the communication signal sequentially passes through the gateway equipment, the communication controller and the network set top box;
the second communication mode is: the transmission of communication signals sequentially passes through the network set top box, the communication controller and the gateway equipment.
Further, if the communication testing device tests that the communication between the gateway equipment and the network set top box is interrupted in a first communication mode;
the equipment fault testing device comprises a gateway output detection unit, a first control input detection unit, a first control output detection unit and a set top box input detection unit;
the gateway output detection unit is used for detecting whether the signal of the output end of the gateway equipment is abnormal or not;
the first control input detection unit is used for detecting whether an input end signal of the communication controller connected with the gateway equipment is abnormal or not;
the first control output detection unit is used for detecting whether an output end signal of the communication controller connected with the network set top box is abnormal or not;
the set top box input detection unit is used for detecting whether the signal of the input end of the network set top box is abnormal.
Further, the main control device controls the gateway output detection unit, the first control input detection unit, the first control output detection unit and the set top box input detection unit to be normally closed;
when the main control device controls the equipment fault testing device to be started, the gateway output detection unit, the first control input detection unit, the first control output detection unit and the set top box input detection unit are started;
if the set top box input detection unit detects that the signal of the network set top box input end is normal, the main control device judges that the network set top box is in fault;
if the set top box input detection unit detects that the signal of the input end of the network set top box is abnormal, the first control output detection unit detects that the signal of the output end of the communication controller connected with the network set top box is normal, and the main control device judges that a communication link between the communication controller and the network set top box is faulty;
if the first control output detection unit detects that the signal of the output end of the communication controller connected with the network set top box is abnormal, and the first control input detection unit detects that the signal of the input end of the communication controller connected with the gateway equipment is normal, the main control device judges that the communication controller is faulty;
if the first control input detection unit detects that the signal of the input end of the communication controller connected with the gateway equipment is abnormal, and the gateway output detection unit detects that the signal of the output end of the gateway equipment is normal, the main control device judges that a communication link between the communication controller and the gateway equipment is faulty;
and if the gateway output detection unit detects that the signal of the gateway equipment output end is abnormal, the main control device judges that the gateway equipment fails.
Further, if the communication testing device tests that the communication between the gateway equipment and the network set top box is interrupted in a second communication mode;
the equipment fault testing device comprises a set top box output detection unit, a second control input detection unit, a second control output detection unit and a gateway input detection unit;
the set top box output detection unit is used for detecting whether the signal of the output end of the network set top box is abnormal or not;
the second control input detection unit is used for detecting whether an input end signal of the communication controller connected with the network set top box is abnormal or not;
the second control output detection unit is used for detecting whether the signal of the output end of the communication controller connected with the gateway equipment is abnormal or not;
the gateway input detection unit is used for detecting whether the signal of the input end of the gateway equipment is abnormal.
Further, the main control device controls the set top box output detection unit, the second control input detection unit, the second control output detection unit and the gateway input detection unit to be normally closed;
when the main control device controls the equipment fault testing device to be started, the set top box output detection unit, the second control input detection unit, the second control output detection unit and the gateway input detection unit are started;
if the gateway input detection unit detects that the signal of the input end of the gateway equipment is normal, the main control device judges that the gateway equipment is in fault;
if the gateway input detection unit detects that the signal of the input end of the gateway equipment is abnormal, the second control output detection unit detects that the signal of the output end connected with the gateway equipment by the communication controller is normal, and the main control device judges that a communication link between the communication controller and the gateway equipment is faulty;
if the second control output detection unit detects that the signal of the output end of the communication controller connected with the gateway equipment is abnormal, and the second control input detection unit detects that the signal of the input end of the communication controller connected with the network set top box is normal, the main control device judges that the communication controller is faulty;
if the second control input detection unit detects that the input end signal of the communication controller connected with the network set top box is abnormal, and the set top box output detection unit detects that the output end signal of the network set top box is normal, the main control device judges that a communication link between the communication controller and the network set top box is faulty;
and if the set top box output detection unit detects that the signal of the output end of the network set top box is abnormal, the main control device judges that the network set top box is in fault.
The communication test method of the gateway equipment and the network set top box adopts the communication test system of the gateway equipment and the network set top box to carry out communication test.
A storage medium having stored thereon a computer program which when executed performs a gateway device and network set top box communication test method as described above.
Compared with the prior art, the invention has the following beneficial effects:
through vibration detection device, communication testing device, the not hard up detection device of wiring, equipment fault testing device's cooperation, can be to gateway equipment and the real-time detection that network STB took place unexpected collision in the class application scenario of hotel, when vibration intensity is bigger, the inside wiring of gateway equipment or network STB is not hard up, also can in time trigger communication test link and the not hard up detection link of wiring, the system is through voice prompt or data visualization suggestion for hotel resident self and hotel network manager can in time perceive, know the specific condition. The vibration detection link is used as a trigger point for triggering the subsequent detection or test link, so that excessive devices can be prevented from being in an invalid action state for a long time, and the preset vibration intensity can be obtained according to historical fault data (equipment faults caused by vibration) of gateway equipment and a network set top box, so that most meaningless vibration data can be screened out; when the vibration intensity of the gateway equipment and the network set top box reaches the preset intensity, the communication interruption test is carried out through the communication test link, if the communication interruption occurs, the connection loosening detection link is triggered continuously, because from the view of the communication interruption caused by vibration, the most visual connection of the equipment is loosened, and if the connection of the equipment is not loosened but the communication is still interrupted, the equipment fault test is carried out, so that the fault detection and positioning efficiency is improved to a great extent.
Drawings
Fig. 1 is a schematic system configuration diagram of the embodiment.
Fig. 2 is a schematic diagram of a system start-up principle according to the embodiment.
Fig. 3 is a schematic diagram of a device failure test principle when the first communication mode of the embodiment is interrupted.
Fig. 4 is a schematic diagram of a device failure test principle when the second communication mode of the embodiment is interrupted.
Detailed Description
For the purpose of making the technical solution and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings and examples. It should be understood that the particular embodiments described herein are illustrative only and are not intended to limit the invention, i.e., the embodiments described are merely some, but not all, of the embodiments of the invention. The components of the embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
Thus, the following detailed description of the embodiments of the invention, as presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be made by a person skilled in the art without making any inventive effort, are intended to be within the scope of the present invention. It is noted that relational terms such as "first" and "second", and the like, are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions.
Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article or apparatus that comprises the element.
As shown in fig. 1, a communication test system of gateway equipment and a network set top box is provided, which comprises a vibration detection device, a communication test device, a wire looseness detection device, an equipment fault test device and a main control device;
the main control device is respectively connected with the vibration detection device, the communication test device, the wiring looseness detection device and the equipment fault test device;
the vibration detection device is used for detecting whether the gateway equipment or the network set top box vibrates or not and judging whether the real-time vibration intensity reaches the preset vibration intensity or not;
the communication testing device is used for testing whether the communication between the gateway equipment and the network set top box is interrupted or not;
the wiring looseness detection device is used for detecting whether a communication line inside gateway equipment or a network set top box is abnormal in looseness or not;
the equipment fault testing device is used for testing whether the gateway equipment or the network set top box has faults or not;
the main control device is used as a control core and is used for controlling the opening and closing of each device.
According to the scheme, through the cooperation of the vibration detection device, the communication test device, the wiring looseness detection device and the equipment fault detection device, the real-time detection of accidental collision of gateway equipment and the network set top box in hotel application scenes can be realized, when the vibration intensity is large and the wiring inside the gateway equipment or the network set top box is possibly loose, the communication test link and the wiring looseness detection link can be triggered timely, and the system can be timely perceived and known by hotel residents and hotel network management personnel through voice prompt or data visualization prompt.
Further, as shown in fig. 2, the main control device controls the vibration detection device to be normally opened, and controls the communication test device, the wire looseness detection device and the equipment fault test device to be normally closed;
when the vibration detection device judges that the real-time vibration intensity reaches the preset vibration intensity, the main control device controls the communication test device to be started;
when the communication testing device tests that the communication between the gateway equipment and the network set top box is interrupted, the main control device controls the connection loosening detection device to be started;
when the wiring looseness detection device detects that the communication line inside the gateway equipment or the network set top box is not in looseness abnormality, the main control device controls the equipment fault test device to be started.
In the scheme, the vibration detection link is used as a long-term action, the detection result is used as a trigger point for triggering the subsequent detection or test link, so that excessive devices can be prevented from being in an invalid action state for a long time, and the preset vibration intensity can be acquired according to historical fault data (equipment faults caused by vibration) of gateway equipment and a network set top box, so that most meaningless vibration data can be screened out; when the vibration intensity of the gateway equipment and the network set top box reaches the preset intensity, the communication interruption test is carried out through the communication test link, if the communication interruption occurs, the connection loosening detection link is triggered continuously, because from the view of the communication interruption caused by vibration, the most visual connection of the equipment is loosened, and if the connection of the equipment is not loosened but the communication is still interrupted, the equipment fault test is carried out, so that the fault detection and positioning efficiency is improved to a great extent.
Further, two communication modes are available between the gateway device and the network set top box;
the first communication mode is: the transmission of the communication signal sequentially passes through the gateway equipment, the communication controller and the network set top box;
the second communication mode is: the transmission of communication signals sequentially passes through the network set top box, the communication controller and the gateway equipment.
Further, if the communication testing device tests that the communication between the gateway equipment and the network set top box is interrupted in a first communication mode;
the equipment fault testing device comprises a gateway output detection unit, a first control input detection unit, a first control output detection unit and a set top box input detection unit;
the gateway output detection unit is used for detecting whether the signal of the output end of the gateway equipment is abnormal or not;
the first control input detection unit is used for detecting whether an input end signal of the communication controller connected with the gateway equipment is abnormal or not;
the first control output detection unit is used for detecting whether an output end signal of the communication controller connected with the network set top box is abnormal or not;
the set top box input detection unit is used for detecting whether the signal of the input end of the network set top box is abnormal.
Further, as shown in fig. 3, the main control device controls the gateway output detection unit, the first control input detection unit, the first control output detection unit and the set top box input detection unit to be normally closed;
when the main control device controls the equipment fault testing device to be started, the gateway output detection unit, the first control input detection unit, the first control output detection unit and the set top box input detection unit are started;
if the set top box input detection unit detects that the signal of the network set top box input end is normal, the main control device judges that the network set top box is in fault;
if the set top box input detection unit detects that the signal of the input end of the network set top box is abnormal, the first control output detection unit detects that the signal of the output end of the communication controller connected with the network set top box is normal, and the main control device judges that a communication link between the communication controller and the network set top box is faulty;
if the first control output detection unit detects that the signal of the output end of the communication controller connected with the network set top box is abnormal, and the first control input detection unit detects that the signal of the input end of the communication controller connected with the gateway equipment is normal, the main control device judges that the communication controller is faulty;
if the first control input detection unit detects that the signal of the input end of the communication controller connected with the gateway equipment is abnormal, and the gateway output detection unit detects that the signal of the output end of the gateway equipment is normal, the main control device judges that a communication link between the communication controller and the gateway equipment is faulty;
and if the gateway output detection unit detects that the signal of the gateway equipment output end is abnormal, the main control device judges that the gateway equipment fails.
In the scheme, through the cooperation among the gateway output detection unit, the first control input detection unit, the first control output detection unit and the set top box input detection unit, the first communication mode interruption can be rapidly and accurately positioned in fault, and subsequent overhaul and maintenance are facilitated.
Further, if the communication testing device tests that the communication between the gateway equipment and the network set top box is interrupted in a second communication mode;
the equipment fault testing device comprises a set top box output detection unit, a second control input detection unit, a second control output detection unit and a gateway input detection unit;
the set top box output detection unit is used for detecting whether the signal of the output end of the network set top box is abnormal or not;
the second control input detection unit is used for detecting whether an input end signal of the communication controller connected with the network set top box is abnormal or not;
the second control output detection unit is used for detecting whether the signal of the output end of the communication controller connected with the gateway equipment is abnormal or not;
the gateway input detection unit is used for detecting whether the signal of the input end of the gateway equipment is abnormal.
Further, as shown in fig. 4, the main control device controls the set top box output detection unit, the second control input detection unit, the second control output detection unit and the gateway input detection unit to be normally closed;
when the main control device controls the equipment fault testing device to be started, the set top box output detection unit, the second control input detection unit, the second control output detection unit and the gateway input detection unit are started;
if the gateway input detection unit detects that the signal of the input end of the gateway equipment is normal, the main control device judges that the gateway equipment is in fault;
if the gateway input detection unit detects that the signal of the input end of the gateway equipment is abnormal, the second control output detection unit detects that the signal of the output end connected with the gateway equipment by the communication controller is normal, and the main control device judges that a communication link between the communication controller and the gateway equipment is faulty;
if the second control output detection unit detects that the signal of the output end of the communication controller connected with the gateway equipment is abnormal, and the second control input detection unit detects that the signal of the input end of the communication controller connected with the network set top box is normal, the main control device judges that the communication controller is faulty;
if the second control input detection unit detects that the input end signal of the communication controller connected with the network set top box is abnormal, and the set top box output detection unit detects that the output end signal of the network set top box is normal, the main control device judges that a communication link between the communication controller and the network set top box is faulty;
and if the set top box output detection unit detects that the signal of the output end of the network set top box is abnormal, the main control device judges that the network set top box is in fault.
In the scheme, through the cooperation of the set top box output detection unit, the second control input detection unit, the second control output detection unit and the gateway input detection unit, the second communication mode interruption can be rapidly and accurately positioned in fault, and subsequent overhaul and maintenance are facilitated.
The communication test method of the gateway equipment and the network set top box adopts the communication test system of the gateway equipment and the network set top box to carry out communication test.
A storage medium having stored thereon a computer program which when executed performs a gateway device and network set top box communication test method as described above.
The above is a preferred embodiment of the present invention, and all changes made according to the technical solution of the present invention belong to the protection scope of the present invention when the generated functional effects do not exceed the scope of the technical solution of the present invention.
Claims (8)
1. The communication test system of the gateway equipment and the network set top box is characterized by comprising a vibration detection device, a communication test device, a wiring looseness detection device, an equipment fault test device and a main control device;
the main control device is respectively connected with the vibration detection device, the communication test device, the wiring looseness detection device and the equipment fault test device;
the vibration detection device is used for detecting whether the gateway equipment or the network set top box vibrates or not and judging whether the real-time vibration intensity reaches the preset vibration intensity or not;
the communication testing device is used for testing whether the communication between the gateway equipment and the network set top box is interrupted or not;
the wiring looseness detection device is used for detecting whether a communication line inside gateway equipment or a network set top box is abnormal in looseness or not;
the equipment fault testing device is used for testing whether the gateway equipment or the network set top box has faults or not;
the main control device is used as a control core and used for controlling the opening and closing of each device;
the main control device controls the vibration detection device to be normally opened, and controls the communication test device, the wiring looseness detection device and the equipment fault test device to be normally closed;
when the vibration detection device judges that the real-time vibration intensity reaches the preset vibration intensity, the main control device controls the communication test device to be started;
when the communication testing device tests that the communication between the gateway equipment and the network set top box is interrupted, the main control device controls the connection loosening detection device to be started;
when the wiring looseness detection device detects that the communication line inside the gateway equipment or the network set top box is not loosened and abnormal but communication is still interrupted, the main control device controls the equipment fault test device to be started.
2. The system for testing communication between gateway device and network set-top box according to claim 1, wherein there are two communication modes between gateway device and network set-top box;
the first communication mode is: the transmission of the communication signal sequentially passes through the gateway equipment, the communication controller and the network set top box;
the second communication mode is: the transmission of communication signals sequentially passes through the network set top box, the communication controller and the gateway equipment.
3. The system according to claim 2, wherein if the communication test device tests that the communication between the gateway device and the network set-top box is interrupted in the first communication mode, the communication between the gateway device and the network set-top box is interrupted;
the equipment fault testing device comprises a gateway output detection unit, a first control input detection unit, a first control output detection unit and a set top box input detection unit;
the gateway output detection unit is used for detecting whether the signal of the output end of the gateway equipment is abnormal or not;
the first control input detection unit is used for detecting whether an input end signal of the communication controller connected with the gateway equipment is abnormal or not;
the first control output detection unit is used for detecting whether an output end signal of the communication controller connected with the network set top box is abnormal or not;
the set top box input detection unit is used for detecting whether the signal of the input end of the network set top box is abnormal.
4. A gateway device and network set-top box communication test system according to claim 3, wherein the main control device controls the gateway output detection unit, the first control input detection unit, the first control output detection unit, the set-top box input detection unit to be normally closed;
when the main control device controls the equipment fault testing device to be started, the gateway output detection unit, the first control input detection unit, the first control output detection unit and the set top box input detection unit are started;
if the set top box input detection unit detects that the signal of the network set top box input end is normal, the main control device judges that the network set top box is in fault;
if the set top box input detection unit detects that the signal of the input end of the network set top box is abnormal, the first control output detection unit detects that the signal of the output end of the communication controller connected with the network set top box is normal, and the main control device judges that a communication link between the communication controller and the network set top box is faulty;
if the first control output detection unit detects that the signal of the output end of the communication controller connected with the network set top box is abnormal, and the first control input detection unit detects that the signal of the input end of the communication controller connected with the gateway equipment is normal, the main control device judges that the communication controller is faulty;
if the first control input detection unit detects that the signal of the input end of the communication controller connected with the gateway equipment is abnormal, and the gateway output detection unit detects that the signal of the output end of the gateway equipment is normal, the main control device judges that a communication link between the communication controller and the gateway equipment is faulty;
and if the gateway output detection unit detects that the signal of the gateway equipment output end is abnormal, the main control device judges that the gateway equipment fails.
5. The system according to claim 2, wherein if the communication test device tests that the communication between the gateway device and the network set-top box is interrupted in the second communication mode;
the equipment fault testing device comprises a set top box output detection unit, a second control input detection unit, a second control output detection unit and a gateway input detection unit;
the set top box output detection unit is used for detecting whether the signal of the output end of the network set top box is abnormal or not;
the second control input detection unit is used for detecting whether an input end signal of the communication controller connected with the network set top box is abnormal or not;
the second control output detection unit is used for detecting whether the signal of the output end of the communication controller connected with the gateway equipment is abnormal or not;
the gateway input detection unit is used for detecting whether the signal of the input end of the gateway equipment is abnormal.
6. The gateway device and network set-top box communication test system of claim 5, wherein the main control device controls the set-top box output detection unit, the second control input detection unit, the second control output detection unit, the gateway input detection unit to be normally closed;
when the main control device controls the equipment fault testing device to be started, the set top box output detection unit, the second control input detection unit, the second control output detection unit and the gateway input detection unit are started;
if the gateway input detection unit detects that the signal of the input end of the gateway equipment is normal, the main control device judges that the gateway equipment is in fault;
if the gateway input detection unit detects that the signal of the input end of the gateway equipment is abnormal, the second control output detection unit detects that the signal of the output end connected with the gateway equipment by the communication controller is normal, and the main control device judges that a communication link between the communication controller and the gateway equipment is faulty;
if the second control output detection unit detects that the signal of the output end of the communication controller connected with the gateway equipment is abnormal, and the second control input detection unit detects that the signal of the input end of the communication controller connected with the network set top box is normal, the main control device judges that the communication controller is faulty;
if the second control input detection unit detects that the input end signal of the communication controller connected with the network set top box is abnormal, and the set top box output detection unit detects that the output end signal of the network set top box is normal, the main control device judges that a communication link between the communication controller and the network set top box is faulty;
and if the set top box output detection unit detects that the signal of the output end of the network set top box is abnormal, the main control device judges that the network set top box is in fault.
7. A method for testing communication between gateway equipment and a network set-top box, which is characterized in that the gateway equipment according to any one of claims 1-6 is adopted to perform communication test with a network set-top box communication test system.
8. A storage medium having stored thereon a computer program which when executed performs the gateway device and network set top box communication test method of claim 7.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211505085.XA CN115865731B (en) | 2022-11-28 | 2022-11-28 | Gateway equipment and network set top box communication test system, method and storage medium |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211505085.XA CN115865731B (en) | 2022-11-28 | 2022-11-28 | Gateway equipment and network set top box communication test system, method and storage medium |
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| Publication Number | Publication Date |
|---|---|
| CN115865731A CN115865731A (en) | 2023-03-28 |
| CN115865731B true CN115865731B (en) | 2024-04-09 |
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