CN115243301B - Device for simulating 5G mobile network environment by software - Google Patents
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Abstract
The invention provides a device for simulating 5G mobile network environment by software, which comprises: the device bridging module is used for acquiring a connection serial port between the service software and the server and bridging the target testing device based on the connection serial port; the data testing module is used for testing 5G communication network parameters between the service software and the server based on the target testing device; and the evaluation module is used for evaluating the robust performance of the service software based on the 5G communication network parameters to complete the simulation of the service software in the 5G mobile network. By bridging the target testing device between the service software and the server, the network parameters in the 5G mobile network environment are efficiently and accurately simulated, so that the robustness of the service software can be accurately evaluated under different conditions, the detection time is greatly shortened, the detection efficiency is improved, and a large amount of manpower and material resources are saved.
Description
Technical Field
The invention relates to the technical field of communication, in particular to a device for simulating a 5G mobile network environment by software.
Background
At present, when the robust performance of service software is tested, usually after network parameters are modified, whether a line fails or not is checked in a way of drive test, in the general drive test process, network disconnection can be caused by switching among different base stations, the distance and shielding conditions of the base stations make the 5G network environment complex and changeable, in order to test different network conditions, the drive test process not only consumes time and labor, but also a plurality of indexes cannot be quantized;
therefore, the invention provides a device for simulating a 5G mobile network environment by software, which is used for efficiently and accurately simulating network parameters in the 5G mobile network environment by bridging a target testing device between service software and a server, is convenient for accurately evaluating the robust performance of the service software under different conditions, greatly shortens the detection time, improves the detection efficiency and saves a large amount of manpower and material resources.
Disclosure of Invention
The invention provides a device for simulating a 5G mobile network environment by software, which is used for efficiently and accurately simulating network parameters in the 5G mobile network environment by bridging a target testing device between service software and a server, is convenient for accurately evaluating the robustness of the service software under different conditions, greatly shortens the detection time, improves the detection efficiency and saves a large amount of manpower and material resources.
The invention provides a device for simulating 5G mobile network environment by software, which comprises:
the device bridging module is used for acquiring a connection serial port between the service software and the server and bridging the target testing device based on the connection serial port;
the data testing module is used for testing 5G communication network parameters between the service software and the server based on the target testing device;
and the evaluation module is used for evaluating the robust performance of the service software based on the 5G communication network parameters to complete the simulation of the service software in the 5G mobile network.
Preferably, the device for simulating a 5G mobile network environment by software includes:
the bridging mode based on the bridging target testing device connected with the serial port is as follows: and connecting the target testing device in series in a wired network between the service software and the server.
Preferably, the device for simulating a 5G mobile network environment by software includes:
the network analysis unit is used for acquiring the transmission characteristics and the network characteristics of the 5G mobile network after the target mapping device is bridged;
and the network operation parameter setting unit is used for setting network operation parameters in the target testing device based on the transmission characteristics and the network characteristics of the 5G mobile network.
Preferably, the device for simulating a 5G mobile network environment by software includes:
the reading subunit is configured to read a transmission characteristic and a network characteristic of the 5G mobile network, and determine a first characteristic parameter corresponding to the transmission characteristic and a second characteristic parameter corresponding to the network characteristic;
the environment configuration information acquisition subunit is used for respectively inputting the first characteristic parameter and the second characteristic parameter into a preset characteristic model for analysis, and outputting environment configuration information based on an analysis result;
the network operation parameter value confirming subunit is used for determining an environment configuration item of the target testing device and determining a network operation parameter value corresponding to the environment configuration item based on the environment configuration information;
the judging subunit is used for judging whether the network operation parameter value meets a preset condition or not;
a parameter setting subunit, configured to set the network operation parameter for the target test apparatus when the network operation parameter value meets the preset condition;
the parameter setting subunit is further configured to, when the network operation parameter value does not meet the preset condition, adjust the network operation parameter value based on the environment configuration information until the network operation parameter value meets the preset condition, and set the adjusted network operation parameter for the target testing device.
Preferably, the device for simulating a 5G mobile network environment by software includes:
the information reading unit is used for respectively acquiring first connection serial port information of the service software and second connection serial port information of the server;
a feature determining unit, configured to read the first connection serial port information to determine a first connection serial port feature of the service software, and simultaneously read the second connection serial port information to determine a second connection serial port feature of the service software;
a serial port communication mode confirming unit, configured to determine a bridged serial port communication mode based on the first connection serial port feature and the second connection serial port feature;
and the bridging unit is used for generating a serial port protocol based on the bridged serial port communication mode and bridging the target testing device in a connecting serial port between the service software and the server based on the serial port protocol.
Preferably, the apparatus for simulating a 5G mobile network environment by software, the bridging unit further includes:
a protocol generation preparation subunit, configured to determine a protocol common data segment based on the serial port communication manner, and obtain a communication address of the service software and a communication address of the server;
the protocol generation preparation subunit is further configured to generate a first protocol configuration byte based on the protocol common data segment, generate a second protocol configuration byte based on the communication address of the service software, and generate a third protocol configuration byte based on the communication address of the server;
and the protocol generation subunit is used for inputting the first protocol configuration byte, the second protocol configuration byte and the third protocol configuration byte into a protocol generation network for training and generating the serial port protocol based on a training result.
Preferably, the data testing module includes:
the data testing unit is used for testing 5G communication data in the 5G mobile network based on the target testing device after the service software and the server are started;
and the display unit is used for displaying the 5G communication data based on the preset control interface.
Preferably, the data testing module includes:
the test task obtaining unit is used for obtaining a first working characteristic of the service software and a second working characteristic of the server, and determining a test task of the target test device based on the first working characteristic and the second working characteristic;
the execution logic confirmation unit is used for reading the test task of the target test device and determining the execution logic corresponding to the test task;
the test unit is used for generating an execution instruction based on the execution logic corresponding to the test task, and controlling the target test device to perform test work according to the execution instruction to obtain the 5G communication network parameters;
the display unit is used for setting a test monitoring network based on the execution logic of the test task and filling the 5G communication network parameters into the test monitoring network based on the execution logic to carry out data distribution display;
the data change trend confirming unit is used for confirming the data change trend of the test data according to the data distribution display result;
the report generating unit is used for generating a 5G communication network parameter test report based on the data change trend and the data distribution display result;
the encryption unit is used for acquiring a report identifier of the 5G communication network parameter test report and determining an encryption factor for encrypting the 5G communication network parameter test report based on the report identifier;
the encryption unit is further used for encrypting the 5G communication network parameter test report based on the encryption factor;
the data storage sharing unit is used for determining the key code of the 5G communication network parameter test report based on the encryption result, and simultaneously writing the 5G communication network parameter test report into a parent node of a target block chain based on the key code;
the data storage sharing unit is further configured to determine an associated child node corresponding to the parent node based on the key code, and transmit the 5G communication network parameter test report to the associated child node;
and the data storage sharing unit is also used for storing and sharing the 5G communication network parameter test report based on the transmission result.
Preferably, the apparatus for simulating a 5G mobile network environment by software includes:
the attribute confirming unit is used for determining the service attribute of the business software, setting a data test strategy based on the service attribute and mapping the data test strategy to a data interface of the business software;
the data test item configuration unit is used for configuring data test items for the data interface based on the data test strategy and determining the item characteristics and the item attributes in the data test items;
the test case set creating unit is used for creating a test case set according to the data test items;
the target case set extraction unit is used for determining a case extraction standard based on the item characteristics and the item attributes in the data test items, extracting cases in the test case set based on the case extraction standard, and acquiring a target case set, wherein the target case set belongs to the test case set;
the constraint condition acquisition unit is used for inputting the target case set into the target mapping and testing device for analysis and determining a constraint condition for testing the target case set;
the test unit is used for acquiring a target program segment of the target case set, inputting the target program segment into the service software for testing based on the constraint condition, and determining the operation data of the service software in the 5G communication network parameters;
the analysis unit is used for analyzing the operation data of the service software and determining the number of first cases of the test cases accurately processed by the service software;
the analysis unit is further configured to obtain a second number of second cases of the target case set, where the second number of cases includes the first number of cases, and determine a target data proportion of the first number of cases to the second number of cases;
the evaluation unit is used for comparing the target data proportion with the preset proportion threshold value and judging the robust performance of the service software in the 5G network environment;
when the target data proportion is greater than the preset proportion threshold, judging that the robust performance of the service software in the 5G network environment is excellent;
when the target data proportion is equal to the preset proportion threshold, judging that the robustness of the service software in the 5G network environment is good;
when the target data proportion is smaller than the preset proportion threshold, judging that the robust performance of the service software in the 5G network environment is poor;
and the evaluation report generating unit is used for finishing the performance evaluation of the robust performance of the service software in the 5G mobile network based on the comparison result, generating an evaluation report and simultaneously transmitting the evaluation report to a target terminal based on the 5G mobile network.
Preferably, the apparatus for simulating a 5G mobile network environment by software further includes:
an optimization factor confirming subunit, configured to, when the robust performance of the service software in the 5G network environment is poor, read the 5G communication network parameter, and set an optimization factor based on a read result;
and the optimization subunit is used for modifying the 5G communication network parameters based on the optimization factor to realize the optimization of the robust performance of the service software in the 5G network environment.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a block diagram of an apparatus for simulating a 5G mobile network environment by software according to an embodiment of the present invention;
FIG. 2 is a block diagram of a bridge module of an apparatus for simulating a 5G mobile network environment by software according to an embodiment of the present invention;
fig. 3 is a block diagram of a data testing module in a device for simulating a 5G mobile network environment by software according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
Example 1:
the embodiment provides an apparatus for simulating a 5G mobile network environment by software, as shown in fig. 1, including:
the device bridging module is used for acquiring a connection serial port between the service software and the server and bridging the target testing device based on the connection serial port;
the data testing module is used for testing 5G communication network parameters between the service software and the server based on the target testing device;
and the evaluation module is used for evaluating the robust performance of the service software based on the 5G communication network parameters to complete the simulation of the service software in the 5G mobile network.
In this embodiment, the device bridging module includes: the bridging mode based on the bridging target testing device connected with the serial port is as follows: and connecting the target testing device in series in a wired network between the service software and the server.
In this embodiment, the connection serial port may be used to establish a data interface between the service software and the server, and is used to construct a data transmission link, so as to implement data interfacing and transmission.
In this embodiment, the target test device may be a device that simulates a 5G mobile network environment based on software.
In this embodiment, the 5G communication network parameter may be a peak bandwidth, a delay jitter range, a packet loss rate, a random drop time, and the like.
In this embodiment, the robust performance may be the ability of the service software to adapt to or overcome the network parameter change in time when the network parameter changes in the 5G mobile network environment.
The beneficial effects of the above technical scheme are: by bridging the target testing device between the service software and the server, the network parameters in the 5G mobile network environment are efficiently and accurately simulated, so that the robustness of the service software can be accurately evaluated under different conditions, the detection time is greatly shortened, the detection efficiency is improved, and a large amount of manpower and material resources are saved.
Example 2:
on the basis of embodiment 1, this embodiment provides a device for simulating a 5G mobile network environment by software, as shown in fig. 2, where the device bridging module includes:
the network analysis unit is used for acquiring the transmission characteristics and the network characteristics of the 5G mobile network after the target mapping device is bridged;
and the network operation parameter setting unit is used for setting network operation parameters in the target testing device based on the transmission characteristics and the network characteristics of the 5G mobile network.
In this embodiment, the transmission characteristics may be a transmission bandwidth, a transmission rate, and the like in the 5G mobile network.
In this embodiment, the network characteristics may be the structure or connection relationship of the network.
The beneficial effects of the above technical scheme are: the transmission characteristics and the network characteristics of the 5G mobile network are determined, so that the parameters of the 5G mobile network are accurately and effectively set, the robustness of the service software can be conveniently evaluated according to different network operation parameters, and the evaluation rigor and comprehensiveness are improved.
Example 3:
on the basis of embodiment 2, this embodiment provides a device for simulating a 5G mobile network environment by software, where the network operation parameter setting unit includes:
the reading subunit is used for reading the transmission characteristics and the network characteristics of the 5G mobile network and determining a first characteristic parameter corresponding to the transmission characteristics and a second characteristic parameter corresponding to the network characteristics;
the environment configuration information acquisition subunit is used for respectively inputting the first characteristic parameter and the second characteristic parameter into a preset characteristic model for analysis, and outputting environment configuration information based on an analysis result;
the network operation parameter value confirming subunit is used for determining an environment configuration item of the target testing device and determining a network operation parameter value corresponding to the environment configuration item based on the environment configuration information;
the judging subunit is used for judging whether the network operation parameter value meets a preset condition or not;
a parameter setting subunit, configured to set the network operation parameter for the target test apparatus when the network operation parameter value meets the preset condition;
the parameter setting subunit is further configured to, when the network operation parameter value does not meet the preset condition, adjust the network operation parameter value based on the environment configuration information until the network operation parameter value meets the preset condition, and set the adjusted network operation parameter for the target testing device.
In this embodiment, the first characteristic parameter may be a specific parameter value indicating the transmission performance of the 5G mobile network, such as a specific value of a packet loss rate and a transmission rate.
In this embodiment, the second characteristic parameter may be a specific parameter used to describe the network characteristics.
In this embodiment, the preset feature model is set in advance, and is used to determine the configuration parameters that need to be set for the mobile network according to the transmission features and the network characteristics.
In this embodiment, the environment configuration parameter may be a specific case where the target testing apparatus needs to adjust the parameter in the 5G mobile network.
In this embodiment, the environment configuration items may be types that require parameter configuration, including a packet loss rate, a transmission rate, a delay jitter range, and the like, and each item is an environment configuration item.
In this embodiment, the preset condition is set in advance and is used to measure whether the final configuration parameter meets the expected requirement, wherein the preset condition includes an expected value corresponding to each item.
The beneficial effects of the above technical scheme are: the configuration information of the mobile internet is accurately analyzed according to the transmission characteristics of the 5G mobile network and the specific parameter values corresponding to the network characteristics, meanwhile, the specific data for setting the network operation parameters are determined according to the configuration information, the network operation parameters of the mobile internet are accurately and effectively set through the target testing device, and therefore the robustness of service software is accurately evaluated.
Example 4:
on the basis of embodiment 1, this embodiment provides a device for simulating a 5G mobile network environment by software, where the device bridging module includes:
the information reading unit is used for respectively acquiring first connection serial port information of the service software and second connection serial port information of the server;
the feature determining unit is used for reading the first connection serial port information to determine the first connection serial port feature of the service software, and simultaneously reading the second connection serial port information to determine the second connection serial port feature of the service software;
a serial port communication mode confirming unit, configured to determine a bridged serial port communication mode based on the first connection serial port feature and the second connection serial port feature;
and the bridging unit is used for generating a serial port protocol based on the bridged serial port communication mode and bridging the target test device in a connecting serial port between the service software and the server based on the serial port protocol.
In this embodiment, the first serial port connection information may be data transmission attributes of a data interface used in data transmission and data docking in the service software, including transmission bandwidth and data transmission power.
In this embodiment, the second connection serial port information may be a data transmission attribute of a data interface in the server for data transmission or data interfacing, including a transmission rate and the like.
In this embodiment, the first connection serial port feature may be a key performance index parameter capable of representing the performance of the serial port in the first connection serial port information.
In this embodiment, the second connection serial port feature may be a key performance index parameter capable of representing the serial port performance in the second connection serial port information.
In this embodiment, the serial port communication mode may be simplex, half-duplex, full-duplex.
The beneficial effects of the above technical scheme are: the method and the device have the advantages that the accurate analysis of the serial port communication mode between the service software and the server is realized by determining the first connection serial port information of the service software and the second connection serial port information of the server, so that the bridging mode of the target testing device can be accurately judged according to the serial port communication mode, and the network parameters in the 5G mobile network environment can be efficiently and accurately simulated.
Example 5:
on the basis of embodiment 4, this embodiment provides an apparatus for simulating a 5G mobile network environment by software, where the bridging unit further includes:
a protocol generation preparation subunit, configured to determine a protocol common data segment based on the serial port communication manner, and obtain a communication address of the service software and a communication address of the server;
the protocol generation preparation subunit is further configured to generate a first protocol configuration byte based on the protocol common data segment, generate a second protocol configuration byte based on the communication address of the service software, and generate a third protocol configuration byte based on the communication address of the server;
and the protocol generation subunit is used for inputting the first protocol configuration byte, the second protocol configuration byte and the third protocol configuration byte into a protocol generation network for training and generating the serial port protocol based on a training result.
In this embodiment, the protocol common data segment may be used to represent transmission resources that can be called by the service software and the server when the service software and the server communicate with each other via a serial port.
In this embodiment, the first protocol configuration byte may be generated from the protocol common data segment for converting the protocol common data segment into a corresponding protocol configuration.
In this embodiment, the second protocol configuration byte may be generated according to a communication address, and is used to convert the communication address of the service software into a corresponding protocol form.
In this embodiment, the third protocol configuration byte may be generated according to the communication address, and is used to convert the communication address of the server into a corresponding protocol form.
The beneficial effects of the above technical scheme are: the protocol public data segment and the communication address between the service software and the server are converted into corresponding protocol configuration bytes by determining the protocol public data segment between the service software and the server and the communication address between the service software and the server, so that the determination of the serial port protocol between the service software and the server is realized, the 5G mobile network is conveniently and accurately and effectively simulated, and the robustness of the obtained service software is ensured to be reliable and effective enough.
Example 6:
on the basis of embodiment 1, this embodiment provides a device for simulating a 5G mobile network environment by software, and as shown in fig. 3, the data testing module includes:
the data testing unit is used for testing 5G communication data in the 5G mobile network based on the target testing device after the service software and the server are started;
and the display unit is used for displaying the 5G communication data based on the preset control interface.
In this embodiment, the predetermined control interface is set in advance in the target test apparatus.
The beneficial effects of the above technical scheme are: by testing 5G communication data in the 5G mobile network when the service software and the server work and displaying the data on a preset control interface, the specific situation of the current 5G communication parameters can be conveniently and visually known in time, the 5G mobile network parameters can be conveniently and pertinently adjusted, the accuracy of a software model is improved, and a large amount of manpower and material resources are saved.
Example 7:
on the basis of embodiment 1, this embodiment provides a device for simulating a 5G mobile network environment by software, where the data testing module includes:
a test task obtaining unit, configured to obtain a first working characteristic of the service software and a second working characteristic of the server, and determine a test task of the target test apparatus based on the first working characteristic and the second working characteristic;
the execution logic confirmation unit is used for reading the test task of the target test device and determining the execution logic corresponding to the test task;
the test unit is used for generating an execution instruction based on the execution logic corresponding to the test task, and controlling the target test device to perform test work according to the execution instruction to obtain the 5G communication network parameters;
the display unit is used for setting a test monitoring network based on the execution logic of the test task and filling the 5G communication network parameters into the test monitoring network based on the execution logic to carry out data distribution display;
the data change trend confirming unit is used for confirming the data change trend of the test data according to the data distribution display result;
the report generating unit is used for generating a 5G communication network parameter test report based on the data change trend and the data distribution display result;
the encryption unit is used for acquiring a report identifier of the 5G communication network parameter test report and determining an encryption factor for encrypting the 5G communication network parameter test report based on the report identifier;
the encryption unit is further used for encrypting the 5G communication network parameter test report based on the encryption factor;
the data storage sharing unit is used for determining the key code of the 5G communication network parameter test report based on the encryption result, and simultaneously writing the 5G communication network parameter test report into a parent node of a target block chain based on the key code;
the data storage sharing unit is further configured to determine an associated child node corresponding to the parent node based on the key code, and transmit the 5G communication network parameter test report to the associated child node;
and the data storage sharing unit is also used for storing and sharing the 5G communication network parameter test report based on the transmission result.
In this embodiment, the first working characteristic may be a working attribute used to characterize the service software, including the deployment of resources during the running process of the service software.
In this embodiment, the second working characteristic may be a working attribute used for characterizing the server, including a processing method of each data by the server, and the like.
In this embodiment, the test task may be to determine the items that the target testing device needs to detect according to the service software and the working characteristics of the server, for example: the first working characteristic is the working form of the service software, and the testing task is to detect whether the service software works all day or only works in a specific time period or works randomly, and vice versa.
In this embodiment, the execution logic may be an execution sequence in which the target test device executes the detection steps of the test task.
In this embodiment, the report identification may be a kind of label used for marking the kind of the 5G communication network parameter test report and the purpose of the report.
In this embodiment, the encryption factor may be a key used to encrypt the test report.
In this embodiment, the key encoding may be an encoding form corresponding to the encryption factor, so as to write the 5G communication network parameter test report into the blockchain according to the encoding form.
In this embodiment, the parent node of the target blockchain may be a shared memory region for storing test reports.
In this embodiment, the associated child node may be another node in the target block chain that communicates with the parent node and that may read the test report stored in the parent node.
The beneficial effects of the above technical scheme are: by determining the working characteristics of the service software and the server, the communication data between the service software and the server can be accurately acquired according to the working characteristics, and meanwhile, the acquired communication data is encrypted and stored to the block chain, so that the network parameters of the 5G mobile network can be effectively stored, reliable data support is provided for the evaluation of the robustness of the service software, a large amount of manpower and material resources are saved, and the test efficiency is improved.
Example 8:
on the basis of embodiment 1, this embodiment provides an apparatus for simulating a 5G mobile network environment by software, where the evaluation module includes:
the attribute confirming unit is used for determining the service attribute of the business software, setting a data test strategy based on the service attribute and mapping the data test strategy to a data interface of the business software;
the data test item configuration unit is used for configuring data test items for the data interface based on the data test strategy and determining the item characteristics and the item attributes in the data test items;
the test case set creating unit is used for creating a test case set according to the data test items;
the target case set extraction unit is used for determining a case extraction standard based on the item characteristics and the item attributes in the data test items, extracting cases in the test case set based on the case extraction standard, and acquiring a target case set, wherein the target case set belongs to the test case set;
the constraint condition acquisition unit is used for inputting the target case set into the target testing device for analysis and determining a constraint condition for testing the target case set;
the test unit is used for acquiring a target program segment of the target case set, inputting the target program segment into the service software for testing based on the constraint condition, and determining the operation data of the service software in the 5G communication network parameters;
the analysis unit is used for analyzing the operation data of the service software and determining the number of first cases of the test cases accurately processed by the service software;
the analysis unit is further configured to obtain a second number of instances of the target case set, where the second number of instances includes the first number of instances, and determine a target data proportion of the first number of instances to the second number of instances;
the evaluation unit is used for comparing the target data ratio with the preset ratio threshold value and judging the robust performance of the service software in the 5G network environment;
when the target data proportion is greater than the preset proportion threshold, judging that the robust performance of the service software in the 5G network environment is excellent;
when the target data proportion is equal to the preset proportion threshold, judging that the robustness of the service software in the 5G network environment is good;
when the target data proportion is smaller than the preset proportion threshold, judging that the robust performance of the service software in the 5G network environment is poor;
and the evaluation report generating unit is used for finishing the performance evaluation of the robust performance of the service software in the 5G mobile network based on the comparison result, generating an evaluation report and simultaneously transmitting the evaluation report to a target terminal based on the 5G mobile network.
In this embodiment, the service attribute may be a function performed by the business software and an object to be achieved.
In this embodiment, the data test item may be a test content for testing the service software under the current 5G network parameters.
In this embodiment, the item characteristics may be test requirements and test standards of the data test items, and the like.
In this embodiment, the item attribute may be a running numerical value that the data test item should theoretically reach, or the like.
In this embodiment, the test case set may simulate a data packet loss rate, a delay jitter range, and a peak bandwidth in the 5G network parameters, so as to determine the operation performance of the service software under the test case.
In this embodiment, the case extraction standard may be used to measure the type of the test case, and is set in advance.
In this embodiment, the target use case set may be a set used to test the capability or running performance of the service software to overcome the parameter change after the 5G network parameter is changed.
In this embodiment, the constraint condition may be a maximum operation capacity or an operation speed of the service software under different network parameters.
In this embodiment, the target program segment may be an encoded form of the target use case set.
In this embodiment, the first number of cases may be the number of test case items in the target case set that can be accurately overcome or accurately processed by the business software.
In this embodiment, the second number of cases may be the total number of test case items included in the target case set.
In this embodiment, the target data proportion may be a ratio of the number of accurately processed test cases to the total number.
In this embodiment, the preset duty threshold is set in advance, and is used for measuring the robust performance of the service software.
The beneficial effects of the above technical scheme are: the method comprises the steps of determining a test case set corresponding to the robust performance test of the service software, evaluating the robust performance of the service software according to different test cases in test case combination, generating corresponding evaluation reports of the robust performance of the service software on the different test cases, transmitting the evaluation reports to a target terminal for displaying, improving the accuracy of the robust performance evaluation and the reliability of evaluation results, simultaneously saving a large amount of manpower and material resources by simulating the different test cases, and realizing effective simulation of a 5G mobile network environment.
Example 9:
on the basis of embodiment 8, this embodiment provides an apparatus for simulating a 5G mobile network environment by software, where the evaluation unit further includes:
an optimization factor confirming subunit, configured to, when the robust performance of the service software in the 5G network environment is poor, read the 5G communication network parameter, and set an optimization factor based on a reading result;
and the optimization subunit is used for modifying the 5G communication network parameters based on the optimization factor to realize the optimization of the robust performance of the service software in the 5G network environment.
In this embodiment, the optimization factor may be a degree or a numerical value for optimizing the 5G communication network parameters when the robustness of the service software does not meet the requirement.
In this embodiment, the optimizing subunit includes:
determining a resource coordination factor of the service software and a resource coordination factor of a server in the 5G network environment;
based on the resource coordination factor of the service software and the resource coordination factor of the server, setting an optimization factor according to the following formula:
wherein β represents the optimization factor; alpha represents a resource coordination factor of the service software, and the value is (0.98, 1.02); ζ represents a resource coordination factor of the server, and the value range is (0.99, 1.01); f represents a function processing node of a transmission layer between the service software and the server; maxF represents a maximum value of the functional processing node; omega 1 (w 0 ,w 1 Eta) represents a state parameter function of the business software, and w 0 Representing the initial resource utilization condition of the service state software; w is a 1 Representing the current resource utilization condition of the service state software; eta represents a normalization factor, and the value range of the normalization factor is (1.01, 1.02); omega 2 (f 0 ,f 1 Eta) represents a state parameter function of the server, and f 0 Representing an initial resource utilization of the server; f. of 1 Representing a current resource utilization of the server; f r Representing a radio frequency parameter value in the 5G network environment; b is r Representing radio frequency parameter evaluation values in the 5G network environment; b represents the bearer bandwidth of the 5G network environment;
constructing an optimization model based on the optimization factors;
wherein M represents the optimization model; h represents the current 5G communication network parameter to be optimized; h represents the total number of the 5G communication network parameters to be optimized; phi is a h Representing the influence weight of the current 5G communication network parameter to be optimized on the service software processing service;
and inputting the 5G communication network parameters into the optimization model for optimization, and finishing the optimization of the robust performance of the service software in the 5G network environment based on the processing result.
The beneficial effects of the above technical scheme are: when the robustness of the service software does not meet the requirement, the 5G communication network parameters are optimized, so that the service software can normally run, the practicability of network parameter simulation is improved, the adaptability of the service software to the network parameters is conveniently found, and the simulation effect is improved.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (9)
1. An apparatus for simulating a 5G mobile network environment by software, comprising:
the device bridging module is used for acquiring a connection serial port between the service software and the server and bridging the target testing device based on the connection serial port;
the data testing module is used for testing 5G communication network parameters between the service software and the server based on the target testing device;
the evaluation module is used for evaluating the robust performance of the service software based on the 5G communication network parameters to complete the simulation of the service software in the 5G mobile network;
the evaluation module comprises:
the attribute confirming unit is used for determining the service attribute of the business software, setting a data test strategy based on the service attribute and mapping the data test strategy to a data interface of the business software;
the data test item configuration unit is used for configuring data test items for the data interface based on the data test strategy and determining the item characteristics and the item attributes in the data test items;
the test case set creating unit is used for creating a test case set according to the data test items;
the target case set extraction unit is used for determining a case extraction standard based on the item characteristics and the item attributes in the data test items, extracting cases in the test case set based on the case extraction standard, and acquiring a target case set, wherein the target case set belongs to the test case set;
the constraint condition acquisition unit is used for inputting the target case set into the target mapping and testing device for analysis and determining a constraint condition for testing the target case set;
the test unit is used for acquiring a target program segment of the target case set, inputting the target program segment into the service software for testing based on the constraint condition, and determining the operation data of the service software in the 5G communication network parameters;
the analysis unit is used for analyzing the operation data of the service software and determining the number of first cases of the test cases accurately processed by the service software;
the analysis unit is further configured to obtain a second number of instances of the target case set, where the second number of instances includes the first number of instances, and determine a target data proportion of the first number of instances to the second number of instances;
the evaluation unit is used for comparing the target data ratio with a preset ratio threshold value and judging the robust performance of the service software in the 5G network environment;
when the target data proportion is greater than the preset proportion threshold, judging that the robust performance of the service software in the 5G network environment is excellent;
when the target data proportion is equal to the preset proportion threshold, judging that the robustness of the service software in the 5G network environment is good;
when the target data proportion is smaller than the preset proportion threshold, judging that the robust performance of the service software in the 5G network environment is poor;
and the evaluation report generating unit is used for finishing the performance evaluation of the robust performance of the service software in the 5G mobile network based on the comparison result, generating an evaluation report and simultaneously transmitting the evaluation report to a target terminal based on the 5G mobile network.
2. The apparatus for simulating 5G mobile network environment by software according to claim 1, wherein the apparatus bridging module comprises:
the bridging mode based on the bridging target testing device connected with the serial port is as follows: and connecting the target testing device in series in a wired network between the service software and the server.
3. The apparatus for simulating 5G mobile network environment by software according to claim 1, wherein the apparatus bridging module comprises:
the network analysis unit is used for acquiring the transmission characteristics and the network characteristics of the 5G mobile network after the target mapping device is bridged;
and the network operation parameter setting unit is used for setting network operation parameters in the target testing device based on the transmission characteristics and the network characteristics of the 5G mobile network.
4. The apparatus of claim 3, wherein the network operation parameter setting unit comprises:
the reading subunit is used for reading the transmission characteristics and the network characteristics of the 5G mobile network and determining a first characteristic parameter corresponding to the transmission characteristics and a second characteristic parameter corresponding to the network characteristics;
the environment configuration information acquisition subunit is used for respectively inputting the first characteristic parameter and the second characteristic parameter into a preset characteristic model for analysis, and outputting environment configuration information based on an analysis result;
the network operation parameter value confirming subunit is used for determining an environment configuration item of the target testing device and determining a network operation parameter value corresponding to the environment configuration item based on the environment configuration information;
the judging subunit is used for judging whether the network operation parameter value meets a preset condition or not;
a parameter setting subunit, configured to set the network operation parameter for the target test apparatus when the network operation parameter value meets the preset condition;
the parameter setting subunit is further configured to, when the network operation parameter value does not meet the preset condition, adjust the network operation parameter value based on the environment configuration information until the network operation parameter value meets the preset condition, and set the adjusted network operation parameter for the target testing device.
5. The apparatus of claim 1, wherein the apparatus bridging module comprises:
the information reading unit is used for respectively acquiring first connection serial port information of the service software and second connection serial port information of the server;
a feature determining unit, configured to read the first connection serial port information to determine a first connection serial port feature of the service software, and simultaneously read the second connection serial port information to determine a second connection serial port feature of the service software;
a serial port communication mode confirming unit, configured to determine a bridged serial port communication mode based on the first connection serial port feature and the second connection serial port feature;
and the bridging unit is used for generating a serial port protocol based on the bridged serial port communication mode and bridging the target testing device in a connecting serial port between the service software and the server based on the serial port protocol.
6. The apparatus for simulating 5G mobile network environment by software according to claim 5, wherein the bridging unit further comprises:
a protocol generation preparation subunit, configured to determine a protocol common data segment based on the serial port communication manner, and obtain a communication address of the service software and a communication address of the server;
the protocol generation preparation subunit is further configured to generate a first protocol configuration byte based on the protocol common data segment, generate a second protocol configuration byte based on the communication address of the service software, and generate a third protocol configuration byte based on the communication address of the server;
and the protocol generation subunit is used for inputting the first protocol configuration byte, the second protocol configuration byte and the third protocol configuration byte into a protocol generation network for training and generating the serial port protocol based on a training result.
7. The apparatus of claim 1, wherein the data testing module comprises:
the data testing unit is used for testing 5G communication data in the 5G mobile network based on the target testing device after the service software and the server are started;
and the display unit is used for displaying the 5G communication data based on the data testing unit.
8. The apparatus of claim 1, wherein the data testing module comprises:
the test task obtaining unit is used for obtaining a first working characteristic of the service software and a second working characteristic of the server, and determining a test task of the target test device based on the first working characteristic and the second working characteristic;
the execution logic confirmation unit is used for reading the test task of the target test device and determining the execution logic corresponding to the test task;
the test unit is used for generating an execution instruction based on the execution logic corresponding to the test task, and controlling the target test device to perform test work according to the execution instruction to obtain the 5G communication network parameters;
the display unit is used for setting a test monitoring network based on the execution logic of the test task and filling the 5G communication network parameters into the test monitoring network based on the execution logic to carry out data distribution display;
the data change trend confirming unit is used for confirming the data change trend of the test data according to the data distribution display result;
the report generating unit is used for generating a 5G communication network parameter test report based on the data change trend and the data distribution display result;
the encryption unit is used for acquiring a report identifier of the 5G communication network parameter test report and determining an encryption factor for encrypting the 5G communication network parameter test report based on the report identifier;
the encryption unit is further used for encrypting the 5G communication network parameter test report based on the encryption factor;
the data storage sharing unit is used for determining the key code of the 5G communication network parameter test report based on an encryption result, and simultaneously writing the 5G communication network parameter test report into a parent node of a target block chain based on the key code;
the data storage sharing unit is further configured to determine an associated child node corresponding to the parent node based on the key code, and transmit the 5G communication network parameter test report to the associated child node;
and the data storage sharing unit is also used for storing and sharing the 5G communication network parameter test report based on the transmission result.
9. The apparatus for simulating 5G mobile network environment by software according to claim 1, wherein the evaluation unit further comprises:
an optimization factor confirming subunit, configured to, when the robust performance of the service software in the 5G network environment is poor, read the 5G communication network parameter, and set an optimization factor based on a read result;
and the optimization subunit is used for modifying the 5G communication network parameters based on the optimization factor to realize the optimization of the robust performance of the service software in the 5G network environment.
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