Test control terminal, resource management terminal, electronic test equipment management system

Abstract

This invention discloses an electronic test equipment management system, including an electronic test equipment (1), a test control terminal (2), and a resource management terminal (3). The test control terminal (2) is configured with: a data monitoring module that records "device link records"; and a data monitoring module that records "device access records". The resource management terminal (3) is configured with: an alarm module that issues alarm information after matching "device link records", "device access records" and "predetermined alarm strategies"; and a device status reset module that resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the alarm information. This invention uses the operator's operation on the electronic test equipment as the monitoring object, then analyzes the operation data, and manages the status of the electronic test equipment based on the analysis results.

Description

Technical Field

[0001] This invention relates to the field of equipment management technology, specifically to test terminals, management terminals, and electronic test equipment management systems. Background Technology

[0002] Currently, the electronic testing equipment (instruments) needed in the field of automated testing are often temporarily set up based on the requirements of the device under test (DUT). The required electronic testing equipment is obtained by the applicant through application. In most cases, applicants apply for more equipment than they need, leading to waste.

[0003] The management of electronic testing equipment (instruments) generally follows two technological development paths: First, it involves statistical management of the application and return of electronic testing equipment during its entry and exit. Second, to achieve monitoring and management of electronic testing equipment, hardware modifications are made to the equipment, adding network communication devices that are bound to it. These network communication devices then interact with the management system via network routing, forming an Internet of Things (IoT) to monitor the dynamic changes of the electronic testing equipment. This approach utilizes the IoT concept for electronic testing equipment. However, this design has the following limitations: 1. It requires hardware modifications to transform the electronic testing equipment into a network station device, resulting in high costs; 2. Some electronic testing equipment (instruments) cannot be modified, making implementation impossible; 3. This design does not manage the operation of the tester and the equipment itself, but rather the equipment itself; it cannot effectively obtain information on whether the tester has performed their usage; therefore, it cannot effectively monitor the actual usage status of the electronic testing equipment or link the electronic testing equipment with the tester for management.

[0004] Therefore, the technical problem to be solved by the present invention is: how to monitor electronic test equipment for all types of electronic test equipment, in conjunction with the testers' testing work, and manage the status of electronic test equipment based on the monitoring results. Summary of the Invention

[0005] The technical problem to be solved by this invention is how to monitor electronic test equipment for all types of electronic test equipment, in conjunction with the testers' testing work, and manage the status of electronic test equipment based on the monitoring results.

[0006] This invention is achieved through the following technical solution:

[0007] The electronic test equipment management system includes the electronic test equipment on the managed side, the test control terminal on the test side, and the resource management terminal on the management side.

[0008] The test control terminal is configured with:

[0009] The data monitoring module records a "device link record" each time a link is established between the test control terminal and the electronic test equipment.

[0010] A data monitoring module that records a "device access record" each time an access is established between the test control terminal and the electronic test equipment;

[0011] The resource management terminal is configured with:

[0012] An alarm module that issues alarm information after matching "device link records", "device access records" and "pre-defined alarm policies";

[0013] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the alarm information.

[0014] The technical approach of this invention is to directly monitor the operational actions of existing testing software modules and treat these actions as the status of the electronic testing equipment. This achieves management of the electronic testing equipment without requiring hardware modifications. Simultaneously, by linking the electronic testing equipment to human operation, it improves user-friendliness.

[0015] Meanwhile, another patent proposes directly monitoring the response actions of the interface of the host management computer connected to the electronic testing equipment; the response actions of this interface are regarded as the status of the electronic testing equipment. This achieves management of the electronic testing equipment without requiring hardware modifications. Furthermore, by linking the electronic testing equipment to human operation for management, it improves user-friendliness.

[0016] The design concept of this invention is to avoid hardware modifications to electronic testing equipment. Instead of monitoring the equipment itself, this invention changes the traditional monitoring approach to monitoring the operator's actions on the equipment. The operational data is then analyzed, and the status of the equipment is managed based on the analysis results. This monitoring and management method binds the actual operation of the electronic testing equipment to the operator's actions. This prevents operators from occupying the equipment for extended periods, thus avoiding resource waste caused by unused equipment.

[0017] In this invention, device linking and device access are triggered when the operator uses the test control terminal to perform test control operations on the electronic test equipment. Essentially, they are active actions generated by triggering.

[0018] For example, test software is installed within the test control terminal. The software interface includes controls for device linking and access. When an operator uses the test control terminal to control the electronic test equipment, they trigger these controls. At this point, the test control terminal establishes an active device link and access with the electronic test equipment. This invention records this process, creating action records. Traditional technologies do not create these records, nor do they utilize them for equipment management.

[0019] Based on the above ideas, the first problem this invention aims to solve is finding a monitoring target that corresponds to "the tester's operation of electronic test equipment." Research has shown that when using electronic test equipment, the tester typically needs to temporarily assemble the equipment (instruments) according to the requirements of the device under test (DUT), and then connect the electronic test equipment to a test control terminal. The test control terminal's role is to control the electronic test equipment; it is generally configured with "test cases." The tester imports these "test cases" from external sources, and the test control terminal issues test commands based on the test cases, thereby generating a test report. Therefore, the assembled electronic test equipment will inevitably be linked to and accessed by the test control terminal, and the tester's use of the test control terminal to link and access the electronic test equipment constitutes a usage operation. Therefore, based on this scenario, this invention configures the aforementioned data monitoring module within the test control terminal. When the tester uses the test control terminal to link and access the electronic test equipment, the data monitoring module can monitor and obtain the corresponding operation type and operation data, thereby determining whether the tester has used the electronic test equipment and the specific data of that use. Therefore, by configuring a resource management terminal that analyzes the "device link records" and "device access records" and resets the status of the electronic test equipment based on the analysis results, effective management of the electronic test equipment can be achieved, and this is an effective management based on the actual operation process.

[0020] The resource management terminal of this invention relies on the obtained "device link records" and "device access records" to obtain the usage rate of the corresponding electronic testing equipment, and sets corresponding management strategies to achieve effective management of the usage process of the electronic testing equipment. For example, it first calculates the usage frequency and duration, and then uses judgment logic to manage strategies for different situations.

[0021] The design concept of this invention is based on "equipment operation", which can achieve the association and management of "equipment" and "operation", avoiding the traditional management system that only cares about the current status of the equipment and ignores the "operation" information generated by the tester, thus improving the system's user-friendliness to the tester.

[0022] Preferably, a further embodiment of the present invention:

[0023] The test control terminal is configured with:

[0024] Test case configuration module and / or test module,

[0025] The test case configuration module and / or the test module are configured with:

[0026] The link module enables the test control terminal to establish a link with the electronic test equipment. The data monitoring module monitors and records the "device link record" generated by the link module when the test control terminal and the electronic test equipment establish a link.

[0027] An access module enables the test control terminal to establish access with the electronic test equipment. A data monitoring module monitors and records the "device access record" generated by the access module when the test control terminal and the electronic test equipment establish access.

[0028] Preferably, a further embodiment of the present invention:

[0029] The link module is configured with:

[0030] The module that generates the triggered link control; the module that sends the link request; and the module that receives the response to the link request.

[0031] When the link control is triggered once, the request module sends a link request once, and the confirmation module receives a link request response once, the data monitoring module generates a corresponding "device link record".

[0032] Preferably, a further embodiment of the present invention:

[0033] The test case configuration module is configured with:

[0034] Write a test case module with at least one test case;

[0035] The test module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0036] The access module for the test case configuration module is the test case testing module;

[0037] Each time the test case testing module issues a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0038] Preferably, a further embodiment of the present invention:

[0039] The test module is configured with:

[0040] The test transceiver module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0041] The access module for the test module is: the test send / receive module;

[0042] Each time the test transceiver module sends a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0043] Preferably, a further embodiment of the present invention:

[0044] The “Device Linking Record” includes: the name of the linked electronic test equipment, the linking record time for each link, the number of links counted based on the number of linking record times, and the record date;

[0045] The “Device Access Record” includes: the name of the accessed electronic test equipment, the time of each access record, the number of accesses calculated based on the number of access times, and the record date.

[0046] Thus, this invention is based on adding a data monitoring module to a test control terminal that has a test case configuration module and a test module. By relying on the data monitoring module to obtain the "device link record" and "device access record" when the tester operates on the test case configuration module and the test module, the tester's operation data on the device can be obtained. This allows for the correlation monitoring of the device and the tester's actions. The obtained "device link record" and "device access record" are used to characterize the tester's associated operations on the device.

[0047] After obtaining the aforementioned "device link record" and "device access record", the present invention also needs to solve how to analyze the "device link record" and "device access record" and reset the current state of the electronic test equipment based on the analysis results, so as to effectively recycle the electronic test equipment and make effective use of the electronic test equipment while being friendly to testers.

[0048] When testers perform tests on the device under test (DUT), the process generally involves two actions. The first action is physical connection and data path linking. Physical connection refers to physically connecting the electronic test equipment (via Ethernet, serial port, Bluetooth, etc.) to the test control terminal. Data path linking refers to using the test management software on the test control terminal (including the linking modules for test case configuration and testing modules) to establish a data path connection, thereby ensuring a smooth test environment. The second action is data access, which refers to the interactive process of the test control terminal issuing test case commands to the electronic test equipment and the electronic test equipment providing response data.

[0049] Under normal use, both the first and second actions will be executed and recorded. Generally, the second action takes longer to execute (reflecting the normal test duration).

[0050] In cases of abnormal use, only the first action may be executed, while the second action may not be executed or may be executed for a short period of time.

[0051] Therefore, the present invention needs to first analyze the "device link record" and "device access record" to determine whether the action execution is effective, and then respond with control strategy based on the effectiveness.

[0052] Meanwhile, since the "Device Link Record" and "Device Access Record" are sent from the test control terminal to the resource management terminal, and the test control terminal acts as a storage device for these records and retrieves them from its storage space, it is essentially a scanner. After scanning the "Device Link Record" and "Device Access Record," it analyzes them. Because there is a date difference between the current scan date of the test control terminal and the date of a certain stored "Device Link Record" or "Device Access Record," this date difference can be used to determine if the record uploaded by the test control terminal has exceeded the predetermined date. In this case, it can be assumed that the operator has not used the corresponding electronic test equipment for a long time, and therefore the electronic test equipment needs to be recycled and its status in the system reset.

[0053] Therefore, we need to analyze the "device link records" to obtain the first criterion, analyze the "device access records" to obtain the second criterion, and compare the dates to obtain the third criterion.

[0054] The status of electronic testing equipment is reset based on the above three criteria. For example, when using electronic testing equipment, each connection to the device is recorded once (referring to the link validity threshold X below) as a "device connection record," and the connection status is considered "valid." Each access to the device is recorded as a "device access record," and "device access records" exceeding 30 minutes (referring to the access validity value Y below) are considered "valid" for access. In the above cases, and if the recording date of these records does not exceed the specified date, they are considered to be in normal use. For another example, electronic testing equipment that has not had a valid usage record beyond the specified date is detected in real time. After these electronic testing equipment are detected, their status in the resource management terminal is reset to "idle." The specified date here is 3 days by default, but the specified time can be modified according to the actual situation (referring to the preset date validity threshold Z below).

[0055] Therefore, a preferred further embodiment of the present invention is as follows:

[0056] The alarm module is configured with:

[0057] A data conversion module that determines whether a link is valid when the number of links is greater than or equal to the link validity threshold X in the "pre-defined alarm policy" is a "valid" data conversion module that determines whether a link is valid when the number of links is less than the link validity threshold X in the "pre-defined alarm policy" is an "invalid" data conversion module.

[0058] A data conversion module that calculates the time difference between the first access record time and the last access record time within the recorded date; a data conversion module that marks the time difference as the valid duration; a data conversion module that determines whether the access is valid as "valid" when the time difference is greater than or equal to the access validity value Y in the "predetermined alarm policy"; and a data conversion module that determines whether the access is valid as "invalid" when the time difference is less than the access validity value Y in the "predetermined alarm policy".

[0059] A data conversion module that calculates the date difference between the current scan date and the record date corresponding to whether the link is valid and whether the access is valid; a data conversion module that determines the validity of the date comparison as "valid" when the date difference is less than the preset date validity threshold Z in the "preset alarm policy"; and a data conversion module that determines the validity of the date comparison as "invalid" when the date difference is greater than or equal to the preset date validity threshold Z in the "preset alarm policy".

[0060] Therefore, a preferred further embodiment of the present invention is as follows:

[0061] The alarm module is configured with:

[0062] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0063] The logic determination module is tuned to "AND" logic; the logic determination module issues normal device information when the first criterion, the second criterion, and the third criterion are all "valid"; the logic determination module issues device alarm information when at least one of the first criterion, the second criterion, and the third criterion is "invalid".

[0064] This solution employs a "choose at least one" decision logic, meaning that a system is considered normal only if all the aforementioned criteria are valid; otherwise, a reset is required. The advantage of this strategy is its simplicity, but it's not very tester-friendly. There's a possibility that a tester might encounter unforeseen circumstances where matching fails. For example, the test might have only progressed to the link stage, and the test cases have been imported, but other tasks prevent further testing, resulting in the inability to generate access records. Consequently, the device might be reclaimed, requiring the tester to reapply for the device.

[0065] Therefore, a preferred further embodiment of the present invention is as follows:

[0066] The alarm module is configured with:

[0067] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0068] The logic determination module that issues normal device information when the third criterion is "valid", the first criterion is "valid", and the second criterion is "valid";

[0069] The logic judgment module that issues the first type of alarm information when the third criterion is "invalid" and the first criterion is "valid", the second criterion is "invalid" or the second criterion is "valid";

[0070] The logic judgment module that issues a second type of alarm message when the third criterion is "invalid", the first criterion is "invalid", and the second criterion is "invalid".

[0071] This solution employs a two-tier decision-making logic, prioritizing the third criterion, meaning the third criterion has higher priority than the first and second criteria. Furthermore, if the first and second criteria differ, the issued alarm categories will differ, resulting in different subsequent alarm management paths. The subsequent alarm management paths are as follows:

[0072] It also includes: an administrator's mobile terminal on the management side that receives the second type of alarm information and provides "recycling confirmation" information;

[0073] The resource management terminal is configured with:

[0074] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the second type of alarm information; the device status reset module locks the reset status to "idle" based on the "recycling confirmation" information.

[0075] Preferably, a further embodiment of the present invention:

[0076] It also includes: the tester's mobile terminal on the test side that receives the first type of alarm information and provides feedback of "recycling confirmation" or "no recycling confirmation";

[0077] The resource management terminal is configured with:

[0078] Based on the first type of alarm information and the "recycling confirmation" information, the status of the corresponding electronic test equipment is reset from "in use" to "idle" and the equipment status reset module is locked.

[0079] Based on the first type of alarm information and the "do not recycle confirmation" information, the device status reset module will change the status of the corresponding electronic test equipment from "in use" to "in use".

[0080] The first and second types of alarm signals mentioned above allow for different personnel to confirm their reset, thus making their management hierarchical and improving their user-friendliness.

[0081] This invention provides a test control terminal, which is configured with:

[0082] The data monitoring module records a "device link record" each time a link is established between the test control terminal and the electronic test equipment.

[0083] A data monitoring module that records a "device access record" each time an access is established between the test control terminal and the electronic test equipment.

[0084] The test control terminal is configured with:

[0085] Test case configuration module and / or test module,

[0086] The test case configuration module and / or the test module are configured with:

[0087] The link module enables the test control terminal to establish a link with the electronic test equipment. The data monitoring module monitors and records the "device link record" generated by the link module when the test control terminal and the electronic test equipment establish a link.

[0088] An access module enables the test control terminal to establish access with the electronic test equipment. A data monitoring module monitors and records the "device access record" generated by the access module when the test control terminal and the electronic test equipment establish access.

[0089] The link module is configured with:

[0090] The module that generates the triggered link control; the module that sends the link request; and the module that receives the response to the link request.

[0091] When the link control is triggered once, the request module sends a link request once, and the confirmation module receives a link request response once, the data monitoring module generates a corresponding "device link record".

[0092] The test case configuration module is configured with:

[0093] Write a test case module with at least one test case;

[0094] The test module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0095] The access module for the test case configuration module is the test case testing module;

[0096] Each time the test case testing module issues a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0097] The test module is configured with:

[0098] The test transceiver module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0099] The access module for the test module is: the test send / receive module;

[0100] Each time the test transceiver module sends a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0101] The “Device Linking Record” includes: the name of the linked electronic test equipment, the linking record time for each link, the number of links counted based on the number of linking record times, and the record date;

[0102] The “Device Access Record” includes: the name of the accessed electronic test equipment, the time of each access record, the number of accesses calculated based on the number of access times, and the record date.

[0103] This invention provides a resource management terminal, which is configured with:

[0104] An alarm module that issues alarm information after matching "device link records", "device access records" and "pre-defined alarm policies";

[0105] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the alarm information.

[0106] The alarm module is configured with:

[0107] A data conversion module that determines whether a link is valid when the number of links is greater than or equal to the link validity threshold X in the "pre-defined alarm policy" is a "valid" data conversion module that determines whether a link is valid when the number of links is less than the link validity threshold X in the "pre-defined alarm policy" is an "invalid" data conversion module.

[0108] A data conversion module that calculates the time difference between the first access record time and the last access record time within the recorded date; a data conversion module that marks the time difference as the valid duration; a data conversion module that determines whether the access is valid as "valid" when the time difference is greater than or equal to the access validity value Y in the "predetermined alarm policy"; and a data conversion module that determines whether the access is valid as "invalid" when the time difference is less than the access validity value Y in the "predetermined alarm policy".

[0109] A data conversion module that calculates the date difference between the current scan date and the record date corresponding to whether the link is valid and whether the access is valid; a data conversion module that determines the validity of the date comparison as "valid" when the date difference is less than the preset date validity threshold Z in the "preset alarm policy"; and a data conversion module that determines the validity of the date comparison as "invalid" when the date difference is greater than or equal to the preset date validity threshold Z in the "preset alarm policy".

[0110] The alarm module is configured with:

[0111] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0112] The logic determination module is tuned to "AND" logic; the logic determination module issues normal device information when the first criterion, the second criterion, and the third criterion are all "valid"; the logic determination module issues device alarm information when at least one of the first criterion, the second criterion, and the third criterion is "invalid".

[0113] The alarm module is configured with:

[0114] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0115] The logic determination module that issues normal device information when the third criterion is "valid", the first criterion is "valid", and the second criterion is "valid";

[0116] The logic judgment module that issues the first type of alarm information when the third criterion is "invalid" and the first criterion is "valid" and the second criterion is "valid";

[0117] The logic judgment module that issues a second type of alarm message when the third criterion is "invalid", the first criterion is "invalid", and the second criterion is "invalid".

[0118] It also includes: an administrator's mobile terminal on the management side that receives the second type of alarm information and provides "recycling confirmation" information;

[0119] The resource management terminal is configured with:

[0120] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the second type of alarm information; the device status reset module locks the reset status to "idle" based on the "recycling confirmation" information.

[0121] It also includes: the tester's mobile terminal on the test side that receives the first type of alarm information and provides feedback of "recycling confirmation" or "no recycling confirmation";

[0122] The resource management terminal is configured with:

[0123] Based on the first type of alarm information and the "recycling confirmation" information, the status of the corresponding electronic test equipment is reset from "in use" to "idle" and the equipment status reset module is locked.

[0124] Based on the first type of alarm information and the "do not recycle confirmation" information, the device status reset module will change the status of the corresponding electronic test equipment from "in use" to "in use".

[0125] Compared with existing technologies, this invention has the following advantages and beneficial effects: It proposes a monitoring system that can target the operation of specific equipment, thereby making equipment management more user-friendly and better reflecting the true status of the equipment. It also proposes a scanning and screening method to identify overdue and unused equipment, thus making equipment management more user-friendly and improving equipment utilization. Furthermore, it proposes a data processing path that improves utilization based on utilization rate. Attached Figure Description

[0126] The accompanying drawings, which are included to provide a further understanding of the embodiments of the present invention and form part of this application, are not intended to limit the embodiments of the present invention.

[0127] Figure 1 This is a schematic diagram of the structure of the present invention.

[0128] Figure 2 This is a schematic diagram of the test control terminal.

[0129] Figure 3 This is a schematic diagram of the principle of a resource management terminal.

[0130] Figure 4A screenshot of the test case configuration module for the test control terminal.

[0131] Figure 5 This is a screenshot of the test module interface for the test control terminal.

[0132] Figure 6 This provides a record table for the data monitoring module to obtain device connection records.

[0133] Figure 7 This provides a record table for the data monitoring module to obtain device access records.

[0134] Figure 8 This is a status table for the first criterion, the second criterion, and the third criterion. Detailed Implementation

[0135] To make the objectives, technical solutions, and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the embodiments and accompanying drawings. The illustrative embodiments and descriptions of the present invention are only used to explain the present invention and are not intended to limit the present invention.

[0136] Example 1

[0137] like Figure 1 As shown,

[0138] The electronic test equipment management system includes the electronic test equipment 1 on the managed side, the test control terminal 2 on the test side, and the resource management terminal 3 on the management side;

[0139] Among them, the test control terminal is a device used to manage the test of electronic test equipment during testing. It can be understood as a host computer, which is generally formed by installing test software on a general PC.

[0140] The resource management terminal typically consists of a database server and an application server, with the database server serving as a data storage device and the application server as a computing and instruction device. The application server is also typically equipped with a lending and return inventory management module. However, this part of the management function is not the focus of this invention. The focus of this invention is on setting up an alarm module and an equipment status reset module that are associated with the lending and return inventory management module. That is, the alarm module is used for analysis, and the status reset module is used for status reset. The object of the status reset module is the status of the equipment data in the lending and return inventory management module.

[0141] The test control terminal is configured with:

[0142] The data monitoring module records a "device link record" each time a link is established between the test control terminal and the electronic test equipment.

[0143] A data monitoring module that records a "device access record" each time an access is established between the test control terminal and the electronic test equipment;

[0144] The resource management terminal is configured with:

[0145] An alarm module that issues alarm information after matching "device link records", "device access records" and "pre-defined alarm policies";

[0146] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the alarm information.

[0147] The design concept of this invention is to avoid hardware modifications to electronic testing equipment. Instead of monitoring the equipment itself, this invention changes the monitoring approach to monitor the operator's actions on the equipment. The operational data is then analyzed, and the status of the electronic testing equipment is managed based on the analysis results. This monitoring and management method binds the actual operation of the electronic testing equipment to the operator's actions. This prevents operators from occupying the equipment for extended periods, thus avoiding resource waste caused by unused equipment.

[0148] Based on the above ideas, the first problem this invention aims to solve is finding a monitoring target that corresponds to "the tester's operation of electronic test equipment." Research has shown that when using electronic test equipment, the tester typically needs to temporarily assemble the equipment (instruments) according to the requirements of the device under test (DUT), and then connect the electronic test equipment to a test control terminal. The test control terminal's role is to control the electronic test equipment; it is generally configured with "test cases." The tester imports these "test cases" from external sources, and the test control terminal issues test commands based on the test cases, thereby generating a test report. Therefore, the assembled electronic test equipment will inevitably be linked to and accessed by the test control terminal, and the tester's use of the test control terminal to link and access the electronic test equipment constitutes a usage operation. Therefore, based on this scenario, this invention configures the aforementioned data monitoring module within the test control terminal. When the tester uses the test control terminal to link and access the electronic test equipment, the data monitoring module can monitor and obtain the corresponding operation type and operation data, thereby determining whether the tester has used the electronic test equipment and the specific data of that use. Therefore, by configuring a resource management terminal that analyzes the "device link records" and "device access records" and resets the status of the electronic test equipment based on the analysis results, effective management of the electronic test equipment can be achieved, and this is an effective management based on the actual operation process.

[0149] The resource management terminal of this invention relies on the obtained "device link records" and "device access records" to obtain the usage rate of the corresponding electronic testing equipment, and sets corresponding management strategies to achieve effective management of the usage process of the electronic testing equipment. For example, it first calculates the usage frequency and duration, and then uses judgment logic to manage strategies for different situations.

[0150] The design concept of this invention is based on "equipment operation", which can achieve the association and management of "equipment" and "operation", avoiding the traditional management system that only cares about the current status of the equipment and ignores the "operation" information generated by the tester, thus improving the system's user-friendliness to the tester.

[0151] Preferably, a further embodiment of the present invention:

[0152] like Figure 2 , Figure 4 , Figure 5 ,

[0153] The test control terminal is configured with:

[0154] Test case configuration module and / or test module,

[0155] The test case configuration module and / or the test module are configured with:

[0156] The link module enables the test control terminal to establish a link with the electronic test equipment. The data monitoring module monitors and records the "device link record" generated by the link module when the test control terminal and the electronic test equipment establish a link.

[0157] An access module enables the test control terminal to establish access with the electronic test equipment. A data monitoring module monitors and records the "device access record" generated by the access module when the test control terminal and the electronic test equipment establish access.

[0158] Preferably, a further embodiment of the present invention:

[0159] like Figure 2 , Figure 4 , Figure 5 ,

[0160] The link module is configured with:

[0161] The module that generates the triggered link control; the module that sends the link request; and the module that receives the response to the link request.

[0162] When the link control is triggered once, the request module sends a link request once, and the confirmation module receives a link request response once, the data monitoring module generates a corresponding "device link record".

[0163] exist Figure 4, Figure 5 The diagram illustrates the link control. The data monitoring module can detect a series of operations after the tester triggers the link control, and can obtain the name of the corresponding device, the operation type (link), and the time of each link.

[0164] Preferably, a further embodiment of the present invention:

[0165] like Figure 2 , Figure 4 , Figure 5 ,

[0166] The test case configuration module is configured with:

[0167] Write a test case module with at least one test case;

[0168] The test module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0169] The access module for the test case configuration module is the test case testing module;

[0170] Each time the test case testing module issues a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0171] exist Figure 4 The diagram illustrates the test case module. Typically, testers first import or write test cases, encapsulate them into the test case module, and then, when calling the module to perform a test, triggering the test button shown in the attached diagram, obtains a series of subsequent operation data, such as the name of the accessed device, the operation type (access), and the time of each access. Generally, issuing one test command according to the test cases is sufficient to obtain one access record.

[0172] Preferably, a further embodiment of the present invention:

[0173] The test module is configured with:

[0174] The test transceiver module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0175] The access module for the test module is: the test send / receive module;

[0176] Each time the test transceiver module sends a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0177] The test module, like the test case module, can also obtain access records.

[0178] Preferably, a further embodiment of the present invention:

[0179] like Figure 6 , Figure 7 ,

[0180] The “Device Linking Record” includes: the name of the linked electronic test equipment, the linking record time for each link, the number of links counted based on the number of linking record times, and the record date;

[0181] The “Device Access Record” includes: the name of the accessed electronic test equipment, the time of each access record, the number of accesses calculated based on the number of access times, and the record date.

[0182] Thus, this invention is based on adding a data monitoring module to a test control terminal that has a test case configuration module and a test module. By relying on the data monitoring module to obtain the "device link record" and "device access record" when the tester operates on the test case configuration module and the test module, the tester's operation data on the device can be obtained. This allows for the correlation monitoring of the device and the tester's actions. The obtained "device link record" and "device access record" are used to characterize the tester's associated operations on the device.

[0183] After obtaining the aforementioned "device link record" and "device access record", the present invention also needs to solve how to analyze the "device link record" and "device access record" and reset the current state of the electronic test equipment based on the analysis results, so as to effectively recycle the electronic test equipment and make effective use of the electronic test equipment while being friendly to testers.

[0184] When testers perform tests on the device under test (DUT), the process generally involves two actions. The first action is physical connection and data path linking. Physical connection refers to physically connecting the electronic test equipment (via Ethernet, serial port, Bluetooth, etc.) to the test control terminal. Data path linking refers to using the test management software on the test control terminal (including the linking modules for test case configuration and testing modules) to establish a data path connection, thereby ensuring a smooth test environment. The second action is data access, which refers to the interactive process of the test control terminal issuing test case commands to the electronic test equipment and the electronic test equipment providing response data.

[0185] Under normal use, both the first and second actions will be executed and recorded. Generally, the second action takes longer to execute (reflecting the normal test duration).

[0186] In cases of abnormal use, only the first action may be executed, while the second action may not be executed or may be executed for a short period of time.

[0187] Therefore, the present invention needs to first analyze the "device link record" and "device access record" to determine whether the action execution is effective, and then respond with control strategy based on the effectiveness.

[0188] Meanwhile, since the "Device Link Record" and "Device Access Record" are sent from the test control terminal to the resource management terminal, and the test control terminal acts as a storage device for these records and retrieves them from its storage space, it is essentially a scanner. After scanning the "Device Link Record" and "Device Access Record," it analyzes them. Because there is a date difference between the current scan date of the test control terminal and the date of a certain stored "Device Link Record" or "Device Access Record," this date difference can be used to determine if the record uploaded by the test control terminal has exceeded the predetermined date. In this case, it can be assumed that the operator has not used the corresponding electronic test equipment for a long time, and therefore the electronic test equipment needs to be recycled and its status in the system reset.

[0189] Therefore, we need to analyze the "device link records" to obtain the first criterion, analyze the "device access records" to obtain the second criterion, and compare the dates to obtain the third criterion.

[0190] The status of electronic testing equipment is reset based on the above three criteria. For example, when using electronic testing equipment, each connection to the device is recorded once (referring to the link validity threshold X below) as a "device connection record," and the connection status is considered "valid." Each access to the device is recorded as a "device access record," and "device access records" exceeding 30 minutes (referring to the access validity value Y below) are considered "valid" for access. In the above cases, and if the recording date of these records does not exceed the specified date, they are considered to be in normal use. For another example, electronic testing equipment that has not had a valid usage record beyond the specified date is detected in real time. After these electronic testing equipment are detected, their status in the resource management terminal is reset to "idle." The specified date here is 3 days by default, but the specified time can be modified according to the actual situation (referring to the preset date validity threshold Z below).

[0191] Therefore, a preferred further embodiment of the present invention is as follows:

[0192] like Figure 8 In this table, the value "1" represents "valid" and "0" represents "invalid".

[0193] The alarm module is configured with:

[0194] A data conversion module that determines whether a link is valid when the number of links is greater than or equal to the link validity threshold X in the "pre-defined alarm policy" is a "valid" data conversion module that determines whether a link is valid when the number of links is less than the link validity threshold X in the "pre-defined alarm policy" is an "invalid" data conversion module.

[0195] A data conversion module that calculates the time difference between the first access record time and the last access record time within the recorded date; a data conversion module that marks the time difference as the valid duration; a data conversion module that determines whether the access is valid as "valid" when the time difference is greater than or equal to the access validity value Y in the "predetermined alarm policy"; and a data conversion module that determines whether the access is valid as "invalid" when the time difference is less than the access validity value Y in the "predetermined alarm policy".

[0196] A data conversion module that calculates the date difference between the current scan date and the record date corresponding to whether the link is valid and whether the access is valid; a data conversion module that determines the validity of the date comparison as "valid" when the date difference is less than the preset date validity threshold Z in the "preset alarm policy"; and a data conversion module that determines the validity of the date comparison as "invalid" when the date difference is greater than or equal to the preset date validity threshold Z in the "preset alarm policy".

[0197] Therefore, a preferred further embodiment of the present invention is as follows:

[0198] The alarm module is configured with:

[0199] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0200] The logic determination module is tuned to "AND" logic; the logic determination module issues normal device information when the first criterion, the second criterion, and the third criterion are all "valid"; the logic determination module issues device alarm information when at least one of the first criterion, the second criterion, and the third criterion is "invalid".

[0201] This solution employs a "choose at least one" decision logic, meaning that a system is considered normal only if all the aforementioned criteria are valid; otherwise, a reset is required. The advantage of this strategy is its simplicity, but it's not very tester-friendly. There's a possibility that a tester might encounter unforeseen circumstances where matching fails. For example, the test might have only progressed to the link stage, and the test cases have been imported, but other tasks prevent further testing, resulting in the inability to generate access records. Consequently, the device might be reclaimed, requiring the tester to reapply for the device.

[0202] Therefore, a preferred further embodiment of the present invention is as follows:

[0203] The alarm module is configured with:

[0204] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0205] The logic determination module that issues normal device information when the third criterion is "valid", the first criterion is "valid", and the second criterion is "valid";

[0206] The logic judgment module that issues the first type of alarm information when the third criterion is "invalid" and the first criterion is "valid", the second criterion is "invalid" or the second criterion is "valid";

[0207] The logic judgment module that issues a second type of alarm message when the third criterion is "invalid", the first criterion is "invalid", and the second criterion is "invalid".

[0208] This solution employs a two-tier decision-making logic, prioritizing the third criterion, meaning the third criterion has higher priority than the first and second criteria. Furthermore, if the first and second criteria differ, the issued alarm categories will differ, resulting in different subsequent alarm management paths. The subsequent alarm management paths are as follows:

[0209] It also includes: an administrator's mobile terminal on the management side that receives the second type of alarm information and provides "recycling confirmation" information;

[0210] Resource management terminal 3 is configured with:

[0211] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the second type of alarm information; the device status reset module locks the reset status to "idle" based on the "recycling confirmation" information.

[0212] Preferably, a further embodiment of the present invention:

[0213] It also includes: the tester's mobile terminal on the test side that receives the first type of alarm information and provides feedback of "recycling confirmation" or "no recycling confirmation";

[0214] Resource management terminal 3 is configured with:

[0215] Based on the first type of alarm information and the "recycling confirmation" information, the status of the corresponding electronic test equipment is reset from "in use" to "idle" and the equipment status reset module is locked.

[0216] Based on the first type of alarm information and the "do not recycle confirmation" information, the device status reset module will change the status of the corresponding electronic test equipment from "in use" to "in use".

[0217] The first and second types of alarm signals mentioned above allow for different personnel to confirm their reset, thus making their management hierarchical and improving their user-friendliness.

[0218] Example 2

[0219] Participate in the attached Figure 1 -Appendix Figure 8 ;

[0220] This invention provides a test control terminal, which is configured with:

[0221] The data monitoring module records a "device link record" each time a link is established between the test control terminal and the electronic test equipment.

[0222] A data monitoring module that records a "device access record" each time an access is established between the test control terminal and the electronic test equipment.

[0223] The test control terminal is configured with:

[0224] Test case configuration module and / or test module,

[0225] The test case configuration module and / or the test module are configured with:

[0226] The link module enables the test control terminal to establish a link with the electronic test equipment. The data monitoring module monitors and records the "device link record" generated by the link module when the test control terminal and the electronic test equipment establish a link.

[0227] An access module enables the test control terminal to establish access with the electronic test equipment. A data monitoring module monitors and records the "device access record" generated by the access module when the test control terminal and the electronic test equipment establish access.

[0228] The link module is configured with:

[0229] The module that generates the triggered link control; the module that sends the link request; and the module that receives the response to the link request.

[0230] When the link control is triggered once, the request module sends a link request once, and the confirmation module receives a link request response once, the data monitoring module generates a corresponding "device link record".

[0231] The test case configuration module is configured with:

[0232] Write a test case module with at least one test case;

[0233] The test module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0234] The access module for the test case configuration module is the test case testing module;

[0235] Each time the test case testing module issues a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0236] The test module is configured with:

[0237] The test transceiver module is responsible for calling test cases to generate test commands, issuing test commands, and receiving corresponding feedback.

[0238] The access module for the test module is: the test send / receive module;

[0239] Each time the test transceiver module sends a test command and receives a corresponding feedback, the data monitoring module generates a "device access record".

[0240] The “Device Linking Record” includes: the name of the linked electronic test equipment, the linking record time for each link, the number of links counted based on the number of linking record times, and the record date;

[0241] The “Device Access Record” includes: the name of the accessed electronic test equipment, the time of each access record, the number of accesses calculated based on the number of access times, and the record date.

[0242] Example 3

[0243] Participate in the attached Figure 1 -Appendix Figure 8 ;

[0244] This invention provides a resource management terminal, which is configured with:

[0245] An alarm module that issues alarm information after matching "device link records", "device access records" and "pre-defined alarm policies";

[0246] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the alarm information.

[0247] The alarm module is configured with:

[0248] A data conversion module that determines whether a link is valid when the number of links is greater than or equal to the link validity threshold X in the "pre-defined alarm policy" is a "valid" data conversion module that determines whether a link is valid when the number of links is less than the link validity threshold X in the "pre-defined alarm policy" is an "invalid" data conversion module.

[0249] A data conversion module that calculates the time difference between the first access record time and the last access record time within the recorded date; a data conversion module that marks the time difference as the valid duration; a data conversion module that determines whether the access is valid as "valid" when the time difference is greater than or equal to the access validity value Y in the "predetermined alarm policy"; and a data conversion module that determines whether the access is valid as "invalid" when the time difference is less than the access validity value Y in the "predetermined alarm policy".

[0250] A data conversion module that calculates the date difference between the current scan date and the record date corresponding to whether the link is valid and whether the access is valid; a data conversion module that determines the validity of the date comparison as "valid" when the date difference is less than the preset date validity threshold Z in the "preset alarm policy"; and a data conversion module that determines the validity of the date comparison as "invalid" when the date difference is greater than or equal to the preset date validity threshold Z in the "preset alarm policy".

[0251] The alarm module is configured with:

[0252] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0253] The logic determination module is tuned to "AND" logic; the logic determination module issues normal device information when the first criterion, the second criterion, and the third criterion are all "valid"; the logic determination module issues device alarm information when at least one of the first criterion, the second criterion, and the third criterion is "invalid".

[0254] The alarm module is configured with:

[0255] A logic decision module that uses the validity of a link as the first criterion, the validity of an access as the second criterion, and the validity of a date comparison as the third criterion.

[0256] The logic determination module that issues normal device information when the third criterion is "valid", the first criterion is "valid", and the second criterion is "valid";

[0257] The logic judgment module that issues the first type of alarm information when the third criterion is "invalid" and the first criterion is "valid" and the second criterion is "valid";

[0258] The logic judgment module that issues a second type of alarm message when the third criterion is "invalid", the first criterion is "invalid", and the second criterion is "invalid".

[0259] It also includes: an administrator's mobile terminal on the management side that receives the second type of alarm information and provides "recycling confirmation" information;

[0260] The resource management terminal is configured with:

[0261] The device status reset module resets the status of the corresponding electronic test equipment from "in use" to "idle" based on the second type of alarm information; the device status reset module locks the reset status to "idle" based on the "recycling confirmation" information.

[0262] It also includes: the tester's mobile terminal on the test side that receives the first type of alarm information and provides feedback of "recycling confirmation" or "no recycling confirmation";

[0263] The resource management terminal is configured with:

[0264] Based on the first type of alarm information and the "recycling confirmation" information, the status of the corresponding electronic test equipment is reset from "in use" to "idle" and the equipment status reset module is locked.

[0265] Based on the first type of alarm information and the "do not recycle confirmation" information, the device status reset module will change the status of the corresponding electronic test equipment from "in use" to "in use".

[0266] The specific embodiments described above further illustrate the purpose, technical solution, and beneficial effects of the present invention. It should be understood that the above description is only a specific embodiment of the present invention and is not intended to limit the scope of protection of the present invention. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the scope of protection of the present invention.

Claims

1. An electronic test equipment management system, characterized by, The device includes an electronic test device on the managed side, a test control terminal on the test side, and a resource management terminal on the management side. The test control terminal is configured with a data monitoring module that records a device link record containing the device name, link time, and link number when the test control terminal establishes a physical link with the electronic test device. When the link control is triggered once, the request module sends a link request, and the confirmation module receives a link request response, the data monitoring module forms a device link record. The data monitoring module records a device access record containing the device name, access time, and access duration when the test control terminal establishes a data access with the electronic test device. When the use case test module sends a test command and receives a corresponding feedback, the data monitoring module forms a device access record. The resource management terminal is configured with an alarm module that sends an alarm information according to the matching of the device link record, the device access record, and the predetermined alarm strategy. The alarm module generates classified alarm information according to the comparison results of the link number in the device link record with the preset link effective threshold X, the comparison results of the time difference between the first and last access time in the device access record with the preset access effective value Y, and the comparison results of the date difference between the current date and the record date corresponding to the access validity with the preset date effective threshold Z. The alarm information includes first and second alarms. The alarm module is configured with a logical decision module that takes the link validity as the first criterion, the access validity as the second criterion, and the date comparison validity as the third criterion. When the third criterion is valid, the first criterion is valid, and the second criterion is valid, the logical decision module sends a device normal information. When the third criterion is invalid, the first criterion is valid, and the second criterion is invalid or the second criterion is valid, the logical decision module sends a first-class alarm information. When the third criterion is invalid, the first criterion is invalid, and the second criterion is invalid, the logical decision module sends a second-class alarm information. A device state reset module is used to trigger a test operator confirmation process according to the first-class alarm information and reset the device state to idle or keep the original state according to the confirmation result. According to the second-class alarm information, an administrator forced recovery process is triggered directly to reset the device state to idle and lock.

2. The electronic test equipment management system of claim 1, wherein, The test control terminal is configured with a use case configuration module or a test module. The use case configuration module or the test module is configured with a link module that establishes a link between the test control terminal and the electronic test device. The data monitoring module monitors and records the device link record generated by the link module when the test control terminal establishes a link with the electronic test device. The access module establishes an access between the test control terminal and the electronic test device. The data monitoring module monitors and records the device access record generated by the access module when the test control terminal establishes an access with the electronic test device.

3. The electronic test equipment management system of claim 2, wherein, The link module is configured with a triggered link control; a request module that sends a link request; and a confirmation module that receives a link request response.

4. The electronic test equipment management system of claim 2 or 3, wherein, The use case configuration module is configured with a use case module that writes at least one test use case; and a use case test module that invokes the test use case to generate a test command, sends the test command, and receives corresponding feedback. The access module of the use case configuration module is for the use case test module.

5. The electronic test equipment management system of claim 2 or 3, wherein, The test module is configured with a test transceiver module that invokes the test use case to generate a test command, sends the test command, and receives corresponding feedback; the access module of the test module is for the test transceiver module; and the data monitoring module forms a device access record corresponding to each time the test transceiver module sends a test command and receives corresponding feedback.

6. The electronic test equipment management system of claim 1, wherein, The alarm module is configured with a data conversion module that determines whether the link is valid based on whether the number of links is greater than or equal to a link validity threshold X in a predetermined alarm strategy, a data conversion module that determines whether the link is valid based on whether the number of links is less than the link validity threshold X in the predetermined alarm strategy, a data conversion module that calculates the time difference between the first access record time and the last access record time within the record date, a data conversion module that sets the time difference as the validity duration, a data conversion module that determines whether the access is valid based on whether the time difference is greater than or equal to an access validity value Y in the predetermined alarm strategy, a data conversion module that determines whether the access is valid based on whether the time difference is less than the access validity value Y in the predetermined alarm strategy, a data conversion module that calculates the date difference between the current scan date and the record date corresponding to whether the link is valid and whether the access is valid, a data conversion module that determines whether the date comparison is valid based on whether the date difference is less than a preset date validity threshold Z in the predetermined alarm strategy, and a data conversion module that determines whether the date comparison is valid based on whether the date difference is greater than or equal to the preset date validity threshold Z in the predetermined alarm strategy.

7. The electronic test equipment management system of claim 6, wherein, The alarm module is configured with a logical decision module that takes the status of whether the link is valid as the first criterion, takes the status of whether the access is valid as the second criterion, and takes the status of whether the date comparison is valid as the third criterion. The logical decision module is set to a logic; the logical decision module sends device normal information when all of the first criterion, the second criterion, and the third criterion are valid; and the logical decision module sends device alarm information when at least one of the first criterion, the second criterion, and the third criterion is invalid.

8. The electronic test equipment management system of claim 6, wherein, It also includes a manager mobile terminal on the management side that receives the second type of alarm information and feeds back recovery confirmation information; and a resource management terminal that is configured with a device state reset module that resets the state of the corresponding electronic test device from in use to idle based on the second type of alarm information. A device state reset module that locks the state of the device that is reset to idle based on the recovery confirmation information.

9. The electronic test equipment management system of claim 6, wherein, The test side of the test terminal is configured with a test manager mobile terminal for receiving the first type of alarm information and feeding back the recycling confirmation information or non-recycling confirmation; the resource management terminal is configured with a device state resetting module for resetting the state of the corresponding electronic test equipment from use to idle and locking according to the first type of alarm information and recycling confirmation information; and resetting the state of the corresponding electronic test equipment from use to keeping according to the first type of alarm information and non-recycling confirmation information.

10. A test control terminal, characterized by The test control terminal is configured with a data monitoring module for recording a device link record when the test control terminal establishes a link with the electronic test equipment once; the data monitoring module forms the device link record corresponding when the link control is triggered once, the request module sends a link request once, and the confirmation module receives a link request response once; the test control terminal is configured with a data monitoring module for recording a device access record when the test control terminal establishes an access with the electronic test equipment once; the data monitoring module forms the device access record corresponding when the case test module sends a test command and receives a corresponding feedback; the test control terminal is configured with a case configuration module or / and a test module; the case configuration module or / and the test module is configured with a link module for establishing a link between the test control terminal and the electronic test equipment; the data monitoring module monitors and records the device link record generated by the link module when the test control terminal establishes a link with the electronic test equipment; an access module for establishing an access between the test control terminal and the electronic test equipment; the data monitoring module monitors and records the device access record generated by the access module when the test control terminal establishes an access with the electronic test equipment; an alarm information sending module for sending alarm information according to the matching of the device link record, the device access record and the predetermined alarm strategy; a classified alarm information generating module for generating classified alarm information according to the comparison results of the link times in the device link record and the preset link effective threshold X, the comparison results of the time difference between the first and last access time in the device access record and the preset access effective value Y, and the comparison results of the date difference between the current date and the record date corresponding to the access effective date and the preset date effective threshold Z; wherein the alarm information includes a first type of alarm and a second type of alarm; a logical judgment module for taking the state of whether the link is effective as the first criterion, taking the state of whether the access is effective as the second criterion, and taking the state of whether the date comparison is effective as the third criterion; a logical judgment module for sending device normal information when the third criterion is valid, the first criterion is valid, and the second criterion is valid; a logical judgment module for sending the first type of alarm information when the third criterion is invalid, the first criterion is valid, and the second criterion is invalid or the second criterion is valid; and a logical judgment module for sending the second type of alarm information when the third criterion is invalid, the first criterion is invalid, and the second criterion is invalid.

11. The test control terminal according to claim 10, characterized in that, The link module is configured with a triggered link control; a request module for sending a link request; and a confirmation module for receiving a link request response.

12. The test control terminal according to claim 10 or 11, characterized by, The use case configuration module is configured with a use case module with at least one test case; the test case is called to generate a test command, and the use case test module sends the test command and receives the corresponding feedback; The access module of the use case configuration module is the use case test module.

13. The test control terminal according to claim 10 or 11, characterized by, The test module is configured with a test transceiver module that calls the test case to generate a test command, and sends the test command and receives the corresponding feedback; the access module of the test module is the test transceiver module; when the test transceiver module sends a test command and receives a corresponding feedback each time, the data monitoring module forms a device access record corresponding each time.

14. The test control terminal according to claim 10, characterized by The device link record includes the linked electronic test equipment name, the link record time of each link, the link times counted according to the link record time, and the record date; the device access record includes the accessed electronic test equipment name, the access record time of each access, the access times counted according to the access record time, and the record date.

15. A resource management terminal, characterized by The resource management terminal is configured with an alarm module that sends an alarm information according to the matching of the device link record, the device access record and the predetermined alarm strategy, and is used to generate classified alarm information according to the comparison result of the link times in the device link record and the preset link effective threshold X, the comparison result of the time difference between the first and last access time in the device access record and the preset access effective value Y, and the date difference between the current date and the record date corresponding to whether the access is effective and the preset date effective threshold Z; wherein the alarm information includes a first type of alarm and a second type of alarm; the alarm module is configured with a logical judgment module that takes the state of whether the link is effective as the first criterion, takes the state of whether the access is effective as the second criterion, and takes the state of whether the date comparison is effective as the third criterion; when the third criterion is valid, the first criterion is valid, and the second criterion is valid, the logical judgment module sends a device normal information; when the third criterion is invalid, the first criterion is valid, and the second criterion is invalid or the second criterion is valid, the logical judgment module sends a first type of alarm information; when the third criterion is invalid, the first criterion is invalid, and the second criterion is invalid, the logical judgment module sends a second type of alarm information; when the link control is triggered once, the request module sends a link request once, and the confirmation module receives a link request response once, the data monitoring module forms a device link record corresponding each time; when the use case test module sends a test command and receives a corresponding feedback each time, the data monitoring module forms a device access record corresponding each time; the state of the corresponding electronic test equipment is reset by the device state reset module from the use state to the idle state according to the alarm information.

16. The resource management terminal according to claim 15, characterized by The alarm module is configured with a data conversion module that determines the status of the link as valid when the number of links is greater than or equal to the link validity threshold X in the predetermined alarm strategy, and determines the status of the link as invalid when the number of links is less than the link validity threshold X in the predetermined alarm strategy; a data conversion module that calculates the time difference between the first access record time and the last access record time within the record date; a data conversion module that sets the time difference as the valid duration; a data conversion module that determines the status of the access as valid when the time difference is greater than or equal to the access validity value Y in the predetermined alarm strategy, and determines the status of the access as invalid when the time difference is less than the access validity value Y in the predetermined alarm strategy; a data conversion module that calculates the date difference between the current scanning date and the record date corresponding to the status of the link and the status of the access; a data conversion module that determines the status of the date comparison as valid when the date difference is less than the preset date validity threshold Z in the predetermined alarm strategy, and determines the status of the date comparison as invalid when the date difference is greater than or equal to the preset date validity threshold Z in the predetermined alarm strategy.

17. The resource management terminal according to claim 16, characterized by The alarm module is configured with a logic determination module that takes the status of the link as the first criterion, the status of the access as the second criterion, and the status of the date comparison as the third criterion; The logic determination module is set to the logic; the logic determination module issues a device normal information when the first criterion, the second criterion, and the third criterion are all valid; the logic determination module issues a device alarm information when at least one of the first criterion, the second criterion, and the third criterion is invalid.

18. The resource management terminal of claim 16, wherein, It also includes a manager mobile terminal of the management side that receives the second type of alarm information and feeds back the recycling confirmation information; the resource management terminal is configured with a device state reset module that resets the state of the corresponding electronic test equipment from use to idle according to the second type of alarm information; The device state reset module that locks the state of the device that is reset to idle according to the recycling confirmation information.

19. The resource management terminal of claim 16, wherein, It also includes a tester mobile terminal of the test side that receives the first type of alarm information and feeds back the recycling confirmation information or no recycling confirmation; the resource management terminal is configured with a device state reset module that resets the state of the corresponding electronic test equipment from use to idle and locks according to the first type of alarm information and the recycling confirmation information; a device state reset module that keeps the state of the corresponding electronic test equipment as use according to the first type of alarm information and the no recycling confirmation information.

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