CN114780357A - Simulation test system monitoring method and monitoring system based on B _ S framework - Google Patents

Abstract

The invention proposes a simulation test system monitoring method and monitoring system based on B_S architecture, including allocating IP and ports for simulation test system sub-modules; collecting IP and ports allocated by simulation test system sub-modules to form a configuration database; collecting simulation tests The running status information of the system sub-modules is sent; the running status information of the sub-modules of the simulation test system is received, the configuration database is read, and the mapping relationship between the IP and ports in the configuration database and the sub-modules of the simulation test system one-to-one is established; The mapping relationship encapsulates the running status information of the sub-modules of the simulation test system to generate corresponding response data, and sends the response data of different sub-modules of the simulation test system respectively; receives the response data of the sub-modules of the simulation test system, and judges the correctness of the response data; Processing the judgment results can reduce the serious impact on the simulation test or equipment.

Description

A kind of simulation test system monitoring method and monitoring system based on B_S framework

technical field

The invention belongs to the technical field of equipment monitoring, and relates to a monitoring technology of a simulation test system, in particular to a simulation test system monitoring method and a monitoring system based on a B_S architecture.

Background technique

The large-scale simulation test system is composed of different functional modules. These functional modules can abstract different functional software parts and functional hardware parts. The functional software parts include the software part of the test stage, the software part of the test completion stage, and the test data acquisition software part, etc. , the functional hardware part includes test equipment, acquisition equipment, display equipment and so on. In the actual simulation test process, many functional software parts and functional hardware parts will have more or less large and small faults. However, in the simulation test stage, these faults are difficult to be quickly identified by humans. Therefore, it is necessary to carry out corresponding monitoring in the test simulation stage, but there is no corresponding monitoring technology in the existing technology, so it is impossible to monitor the running status of the simulation test system and collect the running status information, which leads to troubleshooting, disconnection of test equipment, and test results. If the equipment is shut down and other operations are not timely, it will have a serious impact on the simulation test and equipment.

SUMMARY OF THE INVENTION

Aiming at the problem that the working process of the simulation test system in the prior art lacks corresponding monitoring technology, which leads to untimely operations such as troubleshooting, disconnection of test equipment, and shutdown of test equipment, which affects the simulation test results, the present invention proposes a B_S-based architecture. Simulation test system monitoring method and monitoring system. The invention can realize the monitoring of the functional software part and the functional hardware part of the simulation test system, and give a warning prompt, which is convenient for quick troubleshooting, disconnection of the test equipment, shutdown of the test equipment, etc. The specific technical scheme is as follows:

A simulation test system monitoring method based on B_S architecture, comprising the following steps:

Allocate IP and ports for simulation test system sub-modules;

Collect IPs and ports assigned by sub-modules of the simulation test system to form a configuration database;

Collect and send the running status information of the sub-modules of the simulation test system;

Receive the running status information of the sub-modules of the simulation test system, read the configuration database, and establish a one-to-one mapping relationship between the IP and ports in the configuration database and the sub-modules of the simulation test system;

According to the mapping relationship, the operating state information of the simulation test system sub-modules is encapsulated to generate corresponding response data, and the response data of different simulation test system sub-modules are respectively sent;

Receive the response data of the sub-module of the simulation test system, and judge the correctness of the response data;

If there is an abnormality in the response data, generate abnormality warning information, and perform abnormality prompt;

If there is no abnormality in the response data, normal prompt information is generated and a normal prompt is performed.

Further limited, the method also includes:

Obtain abnormal warning information or normal prompt information, and display the generated abnormal warning information or normal prompt information.

Further limited, if the response data is abnormal, generating abnormal warning information, and performing abnormal warning information, the method further includes: starting, restarting or stopping one or more sub-modules of the simulation test system according to the abnormal warning information.

It is further limited that if the response data is abnormal, generating abnormal warning information, and performing the abnormal warning, the method further includes: acquiring the abnormal warning information, and storing the abnormal warning information.

Further limited, the sub-modules of the simulation test system include a test data processing module, a test data acquisition module, a power distribution management module, a test management module and test equipment.

Further limited, the running state information of the simulation test system sub-module includes start-stop information of the simulation test system sub-module, operation process information of the simulation test system sub-module, and operation result information of the simulation test system sub-module.

A monitoring system of a simulation test system based on B_S architecture, comprising:

Assignment module: used to assign IP and ports to the sub-modules of the simulation test system;

Configuration data module: used to collect IP and ports allocated by sub-modules of the simulation test system to form a configuration database;

Acquisition module: used to collect and send the running status information of the sub-modules of the simulation test system;

Information encapsulation module: used to receive the running status information of the sub-modules of the simulation test system, read the configuration database, and establish a one-to-one mapping relationship between the IP and ports in the configuration database and the sub-modules of the simulation test system;

And the judgment module: for receiving the response data corresponding to the simulation test system sub-module, judging the correctness of the response data, if the response data is abnormal, then generate abnormal warning information, and carry out abnormal prompt; If there is no abnormality, a normal prompt message will be generated and a normal prompt will be given.

Further limited, the monitoring system of the simulation test system based on the B_S architecture also includes

Display module: used to obtain abnormal warning information or normal prompt information generated by the judgment module, and display the generated abnormal warning information or normal prompt information.

Further limited, the judging module further includes one or more sub-modules of the simulation test system for starting, restarting or stopping according to the abnormal warning information.

Further limited, the monitoring system of the simulation test system based on the B_S architecture also includes

Storage module: used to obtain the abnormal warning information generated by the judgment module, and store the abnormal warning information.

Compared with the existing ones, the beneficial effects of the present invention are:

1, the present invention is based on the simulation test system monitoring method of B_S framework, it allocates IP and port to each simulation test system sub-module; And the allocated IP and port, the allocated IP and port are summarized, form the configuration database, through The configuration database is convenient for query and matching; collect the running status information of each sub-module of the simulation test system, and send the running status information; map the collected running status information with IP and port to realize the running status information and IP and port and encapsulate the operating status information of each simulation test system sub-module to generate response data corresponding to each simulation test system sub-module, judge the response data corresponding to each simulation test system sub-module, and determine the corresponding simulation test system sub-modules. Whether there is any abnormality in the response data, and give a corresponding prompt; the monitoring of each simulation test system sub-module in the present invention involves the monitoring of the hardware part and the monitoring of the software part, that is, the judgment of each simulation test system sub-module involves to the hardware part and the program part; the monitoring of the simulation test system is realized by the present invention, and it is convenient to perform operations such as troubleshooting, disconnection of the test equipment, and shutdown of the test equipment according to the monitoring results. equipment is severely affected.

2. The monitoring method of the simulation test system based on the B_S architecture of the present invention further includes acquiring abnormal warning information or normal prompt information, and displaying the generated abnormal warning information or normal prompt information, so as to facilitate intuitive observation of the abnormal warning information or normal prompt information. .

3. The present invention also includes one or more sub-modules of the simulation test system to start, restart or stop according to the abnormal warning information, so as to realize the remote operation of the simulation test system.

4. The monitoring method of the simulation test system based on the B_S architecture of the present invention further includes acquiring abnormal warning information, and storing the abnormal warning information, and the storage of the abnormal warning information facilitates subsequent tracing and query.

Description of drawings

Fig. 1 is the process schematic diagram of the simulation test system monitoring method based on B_S framework of embodiment 1;

Fig. 2 is the process schematic diagram of the simulation test system monitoring method based on B_S framework of embodiment 2;

Fig. 3 is the schematic diagram of the monitoring system of the simulation test system based on B_S framework of embodiment 3;

FIG. 4 is a schematic diagram of the monitoring system of the simulation test system based on the B_S architecture in the fourth embodiment.

Detailed ways

The technical solutions of the present invention will be further explained below with reference to the accompanying drawings and examples, but the present invention is not limited to the embodiments described below.

Example 1

Referring to FIG. 1 , a method for monitoring a simulation test system based on the B_S architecture of the present embodiment includes the following steps:

S01: assign IP and ports to each simulation test system sub-module; each simulation test system sub-module corresponds to an IP and a port, and the IP and port corresponding to each simulation test system sub-module are unique;

S02: Collect the IPs and ports allocated by each simulation test system sub-module, summarize the allocated IP and ports, and form a configuration database; the configuration database is equivalent to a data table, through which each simulation test system sub-module corresponds to Summarize IP and port;

S03: Collect the running status information of each simulation test system sub-module, and send the running status information; the running status information includes software running status information and hardware running status information corresponding to each simulation test system sub-module; Whether the part starts normally, whether there is a warning message or error message in the software part, whether the hardware part starts normally, whether there is a warning message or error message in the hardware part;

S04: receive the running status information of the simulation test system sub-modules sent in step S03, read the configuration database of step S02, and map according to the IP and ports summarized in the configuration database of step S02, so that the collected simulation test system sub-modules The operating status information of each simulation test system sub-module corresponds to the IP and port of each simulation test system sub-module one-to-one, and according to the corresponding relationship, the operating status information of each simulation test system sub-module is encapsulated to generate the corresponding response data of each simulation test system sub-module, and the corresponding response data of each simulation test system sub-module is generated. The response data corresponding to the sub-modules of the simulation test system is sent; the mapping of the IP and ports summarized in the configuration database refers to the establishment of network communication between the IP and ports summarized in the configuration database and the running status information of each sub-module of the simulation test system. The network communication mode can be udp, tcp or http, so that the running status information of each sub-module can be accurately matched and sent;

S05: Receive the response data corresponding to each simulation test system sub-module in step S04, and judge the correctness of the response data corresponding to each simulation test system sub-module. If it is judged that the response data corresponding to the simulation test system sub-module is abnormal, then Generate abnormal warning information, and perform abnormal prompting. If it is judged that the response data corresponding to the sub-module of the corresponding simulation test system is not abnormal, normal prompting information is generated.

Taking the test data acquisition module of the simulation test system as an example, the monitoring method of the simulation test system based on the B_S architecture of this embodiment will be described.

S01: assign IP and port to the test data acquisition module of the simulation test system; the test data acquisition module corresponds to an IP and a port, and the IP and port corresponding to the test data acquisition module are both unique;

S02: Collect the IP and ports allocated by the test data acquisition module, and summarize the allocated IP and ports to form a configuration database; the configuration database is equivalent to a data table, through which the test data acquisition module and other simulation test system subsystems are collected. The IP and port corresponding to the module are summarized;

S03: Collect the running status information of the test data acquisition module, and send the running status information; the running status information includes software running status information and hardware running status information corresponding to the test data acquisition module; Whether the software part starts normally, whether the software part of the test data acquisition module has warning information or error information, whether the hardware part of the test data acquisition module starts normally, and whether there is warning information or error information in the hardware part of the test data acquisition module;

S04: Receive the operating status information sent in step S03, read the configuration database in step S02, and map according to the IP and port summarized in the configuration database in step S02, so that the operating status information of the collected test data acquisition module and the test data are collected The IP of the module corresponds to the port one by one, and according to the corresponding relationship, the operating status information of the test data acquisition module is encapsulated to generate the response data corresponding to each sub-module of the simulation test system, and the response data of the test data acquisition module is sent; The summary IP and port mapping refers to the establishment of network communication between the summary IP and port in the configuration database and the operating status information of the test data acquisition module. The network communication method can be udp, tcp or http, so that the test data acquisition module The running status information can be accurately matched and sent;

S05: Receive the response data corresponding to the test data acquisition module in step S04, and judge the correctness of the response data corresponding to the test data acquisition module, if it is judged that the response data corresponding to the test data acquisition module is abnormal, then generate abnormal warning information, And abnormal prompting is performed. If it is judged that the response data corresponding to the test data acquisition module is not abnormal, normal prompting information is generated.

It should be noted that each simulation test system sub-module of the simulation test system of this embodiment may also be a test data processing module, a simulation data import module, a power distribution management module, a test management module and a test equipment.

Example 2

Referring to FIG. 2 , a method for monitoring a simulation test system based on the B_S architecture of the present embodiment, on the basis of Embodiment 1, further includes:

S06: Acquire the abnormal warning information or the normal prompt information in step S05, and display the generated abnormal warning information or the normal prompt information.

Wherein, step S05 further includes starting, restarting or stopping one or more sub-modules of the simulation test system according to the abnormal warning information.

Further, step S05 further includes acquiring abnormal warning information, and storing the abnormal warning information.

Take the test data acquisition module of the simulation test system as an example to illustrate:

S06: Acquire the abnormal warning information or normal prompt information of the test data acquisition module in step S05, and display the abnormal warning information or normal prompt information of the test data acquisition module. Wherein, step S05 further includes starting, restarting or stopping the test data acquisition module according to the abnormal warning information. Further, step S05 also includes the acquired abnormal warning information of the test data acquisition module, and stores the abnormal warning information of the test data acquisition module, so as to facilitate subsequent tracing and viewing.

Example 3

Referring to FIG. 3 , a monitoring system of a simulation test system based on the B_S architecture of the present embodiment is formed on the basis of the monitoring method of the simulation test system based on the B_S architecture of Embodiment 1, and includes an allocation module and a configuration data module. , acquisition module, information encapsulation module and judgment module,

Allocation module: used to allocate IP and ports to each simulation test system sub-module of the simulation test system;

Configuration data module: used to collect the IP and ports allocated by each sub-module of the simulation test system, and summarize the allocated IP and ports to form a configuration database;

Allocation module: used to allocate IP and ports for each simulation test system sub-module of the simulation test system; each simulation test system sub-module corresponds to an IP and a port, and the IP and port corresponding to each simulation test system sub-module are both only;

Configuration data module: used to collect the IP and ports allocated by each simulation test system sub-module, and summarize the allocated IP and ports to form a configuration database; the configuration database is equivalent to a data table, through which each simulation test system is analyzed. Summarize the IP and port corresponding to the sub-module;

Acquisition module: used to collect the running status information of each simulation test system sub-module, and send the running status information; the running status information includes software running status information and hardware running status information corresponding to each simulation test system sub-module; specifically, It can be whether the software part starts normally, whether there is warning information or error information in the software part, whether the hardware part starts normally, whether there is warning information or error information in the hardware part;

Information encapsulation module: used to receive running status information, read the configuration database, and map according to the IP and ports summarized in the configuration database, so that the collected running status information of each sub-module of the simulation test system is related to the IP and port of each sub-module. One-to-one correspondence, and according to the corresponding relationship, the operating status information of each simulation test system sub-module is encapsulated to generate response data corresponding to each simulation test system sub-module, and the response data corresponding to each simulation test system sub-module is sent; The summary IP and port mapping refers to the establishment of network communication between the summary IP and port in the configuration database and the running status information of each simulation test system sub-module. The network communication method can be udp, tcp or http, so that each simulation The running status information of the sub-modules of the test system can be accurately matched and sent;

Judgment module: used to receive the response data corresponding to each simulation test system sub-module, and judge the correctness of the response data corresponding to each simulation test system sub-module. If it is judged that the response data corresponding to the simulation test system sub-module is abnormal, then Generate abnormal warning information, and perform abnormal prompting. If it is judged that the response data corresponding to the sub-module of the corresponding simulation test system is not abnormal, normal prompting information is generated.

Taking the test data acquisition module of the simulation test system as an example, the monitoring system of the simulation test system based on the B_S architecture of this embodiment will be described.

Allocation module: used to allocate IP and port for the test data acquisition module of the simulation test system; the test data acquisition module corresponds to an IP and a port, and the IP and port corresponding to the test data acquisition module are unique;

Configuration data module: used to collect the IP and ports allocated by the test data acquisition module, and summarize the allocated IP and ports to form a configuration database; the configuration database is equivalent to a data table, through which the test data acquisition module and other The IP and ports corresponding to the sub-modules of the simulation test system are summarized;

Acquisition module: used to collect the running status information of the test data acquisition module, and send the running status information; the running status information includes software running status information and hardware running status information corresponding to the test data acquisition module; specifically, it can be test data Whether the software part of the acquisition module starts normally, whether there is a warning message or error message in the software part of the test data acquisition module, whether the hardware part of the test data acquisition module starts normally, and whether there is a warning message or error message in the hardware part of the test data acquisition module;

Information encapsulation module: used to receive running status information, read the configuration database, and map according to the IP and ports summarized in the configuration database, so that the collected running status information of the test data acquisition module is the same as the IP and port of the test data acquisition module. One-to-one correspondence, and according to the corresponding relationship, the operating status information of the test data acquisition module is encapsulated to generate the response data corresponding to each sub-module of the simulation test system, and the response data of the test data acquisition module is sent; Mapping refers to the establishment of network communication between the IP and ports summarized in the configuration database and the running status information of the test data acquisition module. The network communication method can be udp, tcp or http, so that the running status information of the test data acquisition module can be realized. accurate matching and sending;

Judgment module: Receive the response data corresponding to the test data acquisition module, and judge the correctness of the response data corresponding to the test data acquisition module. If it is judged that the response data corresponding to the test data acquisition module is abnormal, an abnormal warning message is generated and the Abnormal prompt, if it is judged that there is no abnormality in the response data corresponding to the test data acquisition module, a normal prompt message will be generated.

It should be noted that each sub-module of the simulation test system in this embodiment may also be a test data processing module, a simulation data import module, a power distribution management module, a test management module and a test equipment.

Example 4

Referring to FIG. 4 , this embodiment is a monitoring system of a simulation test system based on the B_S architecture, based on Embodiment 3, it further includes a display module and a storage module,

Display module: used to obtain abnormal warning information or normal prompt information generated by the judgment module, and display the generated abnormal warning information or normal prompt information.

Storage module: used to obtain the abnormal warning information generated by the judgment module, and store the abnormal warning information.

Wherein, the judging module also includes one or more sub-modules of the simulation test system for starting, restarting or stopping according to the abnormal warning information.

Take the test data acquisition module of the simulation test system as an example to illustrate:

Display module: used to obtain the abnormal warning information or normal prompt information of the test data acquisition module generated by the judgment module, and display the generated abnormal warning information or normal prompt information of the test data acquisition module.

Storage module: used to obtain the abnormal warning information of the test data acquisition module generated by the judgment module, and store the abnormal warning information of the test data acquisition module.

Wherein, the judgment module further includes starting, restarting or stopping the test data acquisition module according to the abnormal warning information of the test data acquisition module.

Claims (10)

1. A simulation test system monitoring method based on a B _ S framework is characterized by comprising the following steps:

allocating an IP and a port for the simulation test system submodule;

collecting IP and ports distributed by a sub-module of the simulation test system to form a configuration database;

collecting and sending the running state information of the sub-module of the simulation test system;

receiving the running state information of the simulation test system sub-modules, reading the configuration database, and establishing a one-to-one corresponding mapping relation between the IP and the ports in the configuration database and the simulation test system sub-modules;

packaging the operation state information of the simulation test system sub-modules according to the mapping relation to generate corresponding response data, and respectively sending the response data of different simulation test system sub-modules;

receiving response data of the sub-module of the simulation test system, and judging the correctness of the response data;

if the response data is abnormal, generating abnormal warning information and performing abnormal prompt;

and if the response data is not abnormal, generating normal prompt information and performing normal prompt.

2. The method for monitoring a simulation test system based on a bs architecture of claim 1, wherein the method further comprises:

and acquiring abnormal warning information or normal prompt information, and displaying the generated abnormal warning information or normal prompt information.

3. The method for monitoring simulation test system based on B _ S architecture as claimed in claim 1,

if the response data is abnormal, generating abnormal warning information, and after the abnormal warning, further comprising: and starting, restarting or stopping one or more simulation test system sub-modules according to the abnormal warning information.

4. The method according to claim 1, wherein if the response data is abnormal, generating an abnormal warning message, and performing an abnormal prompt further comprises: and acquiring the abnormal warning information and storing the abnormal warning information.

5. The method for monitoring the simulation test system based on the B _ S architecture as claimed in claim 1, wherein the sub-modules of the simulation test system comprise a test data processing module, a test data acquisition module, a power distribution management module, a test management module and test equipment.

6. The method according to claim 1, wherein the operation status information of the sub-module of the simulation test system includes start-stop information of the sub-module of the simulation test system, operation process information of the sub-module of the simulation test system, and operation result information of the sub-module of the simulation test system.

7. A monitoring system of a simulation test system based on a B _ S architecture is characterized by comprising

A distribution module: the system is used for distributing IP and ports for the simulation test system sub-modules;

a configuration data module: the system comprises a simulation test system submodule, a configuration database and a control module, wherein the simulation test system submodule is used for acquiring an IP (Internet protocol) and a port distributed by the simulation test system submodule to form the configuration database;

an acquisition module: the simulation test system is used for acquiring and sending the running state information of the sub-module of the simulation test system;

an information packaging module: the system comprises a configuration database, a simulation test system submodule and a control module, wherein the configuration database is used for receiving the running state information of the simulation test system submodule, reading the configuration database and establishing the mapping relation between the IP and the port in the configuration database and the simulation test system submodule;

and a judging module: the simulation test system comprises a simulation test system submodule and a data processing submodule, wherein the simulation test system submodule is used for receiving response data corresponding to the simulation test system submodule, judging the correctness of the response data, generating abnormal warning information if the response data is abnormal, and performing abnormal prompt; and if the response data is not abnormal, generating normal prompt information and carrying out normal prompt.

8. The monitoring system of the simulation test system based on the B _ S architecture as claimed in claim 7, wherein the monitoring system of the simulation test system based on the B _ S architecture further comprises

A display module: and the warning module is used for acquiring the abnormal warning information or the normal prompt information generated by the judging module and displaying the generated abnormal warning information or the normal prompt information.

9. The monitoring system of simulation test system based on B _ S architecture as claimed in claim 7, wherein the determining module further comprises one or more simulation test system sub-modules for starting, restarting or stopping according to the abnormal warning information.

10. The monitoring system of the simulation test system based on the B _ S architecture as claimed in claim 7 or 9, wherein the monitoring system of the simulation test system based on the B _ S architecture further comprises

A storage module: and the abnormal warning information generating module is used for acquiring the abnormal warning information generated by the judging module and storing the abnormal warning information.

Images