WO2011063652A1 - Method and device for testing talk right management function automatically in cluster system - Google Patents

Abstract

A device for testing the talk right management function automatically in a cluster system is provided. The device is connected to the talk right management function module in the cluster system. Both the talk right management function module and the automatic testing device are connected to every testing terminal. The automatic testing device is set for controlling every testing terminal's talk right application operation. The automatic testing device calculates every testing terminal's simulation talk right state according to talk right management rules, and compares the calculated state with every testing terminal's talk right state output by the talk right management function module, then judges the performance of the talk right management function module. And a method for testing the talk right management function automatically in a cluster system is provided. The device and the method solve the problems caused by the complexity of manual operation and the incapability of observing a mass of terminals' talk right management results visually, test the stability of the talk right management function under certain traffic pressure by using a simple method, increase testing efficiency and reduce testing cost.

Description

 Automatic test method and device for voice right management function in cluster system

Technical field

 The present invention relates to a trunking communication system, and more particularly to an automatic testing method and apparatus for a voice right management function in a cluster system.

Background technique

 The trunking communication system is an advanced mobile scheduling system that represents the development direction of a dedicated mobile communication network that is one of the communication systems. The trunking communication system has the function of sharing and automatically selecting channels for all users of the system; it is a multi-purpose, high-efficiency wireless dispatching communication system that shares resources, shares costs, and shares channel devices and services. Since the digital trunking communication system has the advantages of large system capacity, high frequency utilization, and diverse functions, it has become the mainstream technology in the field of trunking communication. The voice communication of the trunking communication has a remarkable feature, that is, the Push To Talk (PTT) method is used to connect, and the called party can answer the call without going off-hook, and the connection speed is fast, and the group call and the like are supported. Due to these characteristics of cluster communication, it is widely used in some professional mobile communication fields, such as large enterprises, transportation, taxi dispatch, port, public security, fire protection and other departments.

 In a group call in a cluster communication, a group consists of a certain number of members. After the call is initiated, any authorized user in the group can apply for the right to speak (hereinafter referred to as the right to speak), and only one member can be in the group at any time. Get the right to speak and speak, at this time the other members are all in the listening state, that is, the one-to-many relationship. Since there are a large number of members in a group in a cluster call, and only one member can occupy the right to speak, in actual applications, there are often cases where multiple members simultaneously apply for the right to speak, and the user may be In the case of applying for the right to call when occupying, the system needs to manage the right to speak within the group call.

Members in each group determine their priority within the group when they are assigned, indicating their ability to obtain the right to speak within the group call. The higher the priority, the easier it is for members to obtain the right to speak. When the right of the group call is occupied by the low priority member, if the high priority member applies for the right to call, the system can force the release of the right of the low priority member and grant the right to the high priority member. When different members with the same priority apply for the right to call, the first member to be applied for the right to receive the call. Other members who do not exceed the queue queue length will be queued. After the current member rights are released, the members in the queue will be Obtain the right of call in the order of the queue.

 When multiple members apply for the right at the same time or in sequence, the system decides according to the priority of the members in the group and the order in which the right to apply is made, so that the first application member with the highest priority is guaranteed the right to speak. In addition, each group member has a single maximum talk time, and the call right that is occupied after the single maximum talk time is forcibly released by the system. Due to the large number of members in the group call group, the call rights management of the group call in actual application is an important business function.

 At present, for the test of the right management function in the cluster system, a small number of members of a single group are usually required to apply for the right to call, and the right to manage the result is directly observed by the terminal display interface. However, such a test method has problems in that the test process is uncontrollable, time-consuming and laborious, the test efficiency is low, the test cost is high, and the actual test result is not satisfactory. For the cluster system under the pressure of certain traffic volume, the voice management function and its stability test, such as the correctness of the voice management results among different groups of users, due to the number of group calls and the number of members in the group, it is lacking. Intuitive testing methods.

Summary of the invention

 The technical problem to be solved by the present invention is to provide an automatic test method and device for the call right management function in a cluster system, so as to improve test efficiency and reduce test cost.

 In order to solve the above technical problem, the present invention provides an automatic test device for a call right management function in a cluster system, which is connected to a call rights management function module of a cluster system, and the call rights management function module and the automatic test device are both The test terminal is connected to the test terminal, wherein the automatic test device is configured to control the call right application operation of each test terminal, calculate an analog call right state of each test terminal according to the call right management rule, and output the same to the call right management function module. The call status of each test terminal is compared to determine the performance of the call rights management function module.

 Preferably, the above automatic test device further has the following features:

The automatic testing device includes a control module, a collection module, and a determination module. The control module is configured to simulate an operation of the manual test terminal, and control each test terminal to initiate a call right application; the collection module is configured to collect each Testing the right state of the terminal and the voice right operation, and notifying the judgment module; the determining module is configured to learn the right state and the right operation of each test terminal from the collection module, and calculate each according to the right management rule Test the terminal's analog call state and Comparing with the right state of each test terminal output by the call rights management function module. Preferably, the above automatic test device further has the following features:

 The control module further includes a test script storage unit; the test script storage unit is configured to store a test instance; and the control module is further configured to simulate a manual test terminal according to the test instance in the test script storage unit The operation controls the test terminals to initiate a call request.

 Preferably, the above automatic test device further has the following features:

 The determining module includes a call right management rule storage unit, a test terminal parameter storage unit, a call right management simulation unit, a comparison unit, and a statistics unit; the call rights management rule storage unit is configured to store a call right management rule; a terminal parameter storage unit, configured to store parameters of each test terminal; the call right management simulation unit is configured to calculate, according to the call rights management rule, the call rights state and the voice right operation of each test terminal learned by the collection module The analog call state of each test terminal; the comparison unit is configured to perform the simulated call rights state of each test terminal calculated by the call rights management simulation unit and the call rights state of each test terminal output by the call rights management function module Comparing; the statistical unit is configured to count performance parameters of the call rights management function module.

 Preferably, the above automatic test device further has the following features:

 The parameters of the test terminal include the priority, the duration of the call application, the number of call applications, and the call application interval.

 In order to solve the above technical problem, the present invention further provides an automatic test method for a call right management function in a cluster system, comprising: an automatic test device controlling a call right application operation of each test terminal; and calculating a simulation of each test terminal according to a call right management rule The right state of the call; the simulated call state of each test terminal is compared with the call state of each test terminal output by the tested call rights management function module; and the performance of the call rights management function module is determined.

 Preferably, the above automatic test method further has the following features:

The step of the automatic test device controlling the call request operation of each test terminal includes: the automatic test device simulates the operation of the test terminal manually, and controls each test terminal to initiate a call right application; and the simulation of each test terminal is calculated according to the call right management rule The steps of the voice rights state include: collecting the voice rights state and the voice rights operation of each test terminal, and calculating the simulated voice rights state of each test terminal according to the voice rights management rule. Preferably, the above automatic test method further has the following features:

 The automatic test device stores a test instance, and the automatic test device simulates the operation of the test terminal manually according to the test instance, and controls each test terminal to initiate a call right application.

 Preferably, the above automatic test method further has the following features:

 The automatic test device stores the call rights management rule and parameters of each test terminal; and the step of determining the performance of the call rights management function module includes: counting performance parameters of the call rights management function module.

 Preferably, the above automatic test method further has the following features:

 The parameters of the test terminal include the priority, the duration of the call application, the number of call applications, and the call application interval.

 The invention can control a large number of terminals to repeatedly perform different call right application operations through test scripts in the test system, and can automatically collect the call right management results and judge the correctness thereof by the test device, thereby overcoming the cumbersome manual operation and not being able to visually observe a large number of terminals. The problem of the right to manage the results of the call, to test the stability of the voice management function under certain traffic pressure in a simple way, improve the test efficiency and reduce the test cost. BRIEF abstract

 1 is a structural diagram of an automatic test apparatus for a call right management function in a cluster system according to the present invention; FIG. 2 is a flowchart of an automatic test method for a call right management function in a cluster system according to the present invention; FIG. 3 is an automatic embodiment of the present invention; A flow chart of the test device simulating the voice management function.

Preferred embodiment of the invention

 As shown in FIG. 1, the automatic test device 100 of the call rights management function in the cluster system is connected to the call rights management function module 110 of the cluster system, and the call rights management function module 110 and the automatic test device 100 are both connected to the test terminal 120. The automatic test apparatus 100 includes a control module 101, a collection module 102, and a determination module 103.

The automatic testing device 100 is configured to control the right to apply for the operation of each test terminal, according to the right to speak The management rule calculates the simulated voice state of each test terminal, and compares it with the voice state of each test terminal output by the voice rights management function module 110 to determine the performance of the voice rights management function module 110.

 The control module 101 is configured to simulate the operation of the test terminal by the manual, and control the test right of each test terminal. Control module 101 also includes a test script storage unit configured to store test instances. The control module is further configured to simulate the operation of the test terminal according to the test instance in the test script storage unit, and control each test terminal to initiate a call right application.

 The collection module 102 is configured to collect the voice rights and voice rights operations of the respective test terminals, and notify the judgment module 103. The right to speak state includes authorization, release, queuing, and so on.

 The determining module 103 is configured to learn the right state and the right operation of each test terminal from the collection module 102, calculate the simulated voice state of each test terminal according to the right to use management rule, and output the result to the voice management function module 110. The call status of each test terminal is compared.

 The judging module 103 includes a call right management rule storage unit, a test terminal parameter storage unit, a right management simulation unit, a comparison unit, and a statistical unit.

 The call right management rule storage unit is set to store the call right management rule.

 The test terminal parameter storage unit is configured to store parameters of each test terminal; the parameters of the test terminal include a priority, a duration of the call right application, a number of call rights applications, and a call right application interval.

 The voice right management simulation unit is configured to calculate the simulated voice rights state of each test terminal according to the voice rights management rules and the voice rights state and the voice rights operation of each test terminal learned by the collection module 102.

 The comparing unit is configured to compare the simulated voice state of each test terminal calculated by the voice rights management simulation unit with the voice state of each test terminal output by the voice rights management function module 110.

 The statistical unit is set to the performance parameter of the statistical call rights management function module 110.

 As shown in Figure 2, the automatic test methods for the call rights management function in the cluster system include:

 Step 201: The automatic testing device controls the call right operation operation of each test terminal;

The test device is stored in the automatic test device. The automatic test device controls the operation of the test terminal according to the test instance, and controls each test terminal to initiate a call application. Different test instances can simulate the call-righting behavior of a large number of different members in a single or multiple groups, resulting in different call-of-rights application signals. Step 202: The automatic testing device calculates an analog voice state of each test terminal according to the right to call management rule.

 The automatic test device stores the call rights management rule and the parameters of each test terminal. The parameters of the test terminal include the priority, the duration of the call application, the number of call rights applications, and the call application interval. The automatic test device calculates the simulated right state of each test terminal according to the right state and the right operation of each test terminal learned by the collection module according to the right management rule.

 Step 203: The automatic test device compares the calculated simulated call state of each test terminal with the call state of each test terminal output by the measured call rights management function module, and determines the performance of the call rights management function module.

 The automatic test device also counts the performance parameters of the call rights management function module after performing the above comparison.

 As shown in FIG. 3, taking the three members with high, medium, and low priority in the group as an example, the process of simulating the voice management function module of the automatic test device in the present invention is illustrated by the following process:

 Step 301: The member with the call permission in the group initiates the group call successfully, and no member applies for the call right, and the call right is in an idle state;

 Step 302: The medium priority member in the group applies for the right to speak when the right is idle;

 Step 303: The scheduling system grants the right to the medium-priority member, and the medium-priority member obtains the right to succeed;

 Step 304: The high-priority member applies for the call right during the middle-priority member possessing the right to call; Step 305: The scheduling system forcibly releases the right of the medium-priority member;

 Step 306: The scheduling system grants the right to the high-priority member, and the high-priority member obtains the right to succeed;

 Step 307: During the period in which the high-priority member possesses the call right, the low-priority member applies for the call right. Step 308: The dispatching system sends a call queue notification to the low-priority member, indicating that the low-priority member is currently in the call queue state;

Step 309: During low-priority member queuing, the high-priority member actively releases the call right. In step 310, the scheduling system grants the call right to the low-priority member, and the low-priority member obtains the call right. Success

 Step 311: The low priority member always occupies the call right. When the maximum talk time timer of the low priority member expires, the scheduling system forcibly releases the call right of the low priority member, and the call right returns to the idle state.

 The invention can simultaneously control a large number of different terminals to apply for the right to speak, simulate different application rights of different members within the group or between groups, can accurately control the cooperative operation time of multiple users, and can directly judge and record the test results. Test the stability of the voice management function under different traffic pressures, and solve the problem that the voice management result cannot be directly observed through a large number of terminals under a certain traffic pressure, which improves the test efficiency and saves the test cost.

 One of ordinary skill in the art will appreciate that all or a portion of the steps above may be accomplished by a program to instruct the associated hardware, such as a read-only memory, a magnetic disk, or an optical disk. Alternatively, all or part of the steps of the above embodiments may also be implemented using one or more integrated circuits. Correspondingly, each module/unit in the above embodiment may be implemented in the form of hardware or in the form of a software function module. The invention is not limited to any specific form of combination of hardware and software.

 There are a variety of other embodiments of the present invention, and it is to be understood that the various modifications and changes may be made without departing from the spirit and scope of the invention.

Industrial applicability

 The automatic test method and device for the call right management function in the cluster system provided by the invention can simultaneously control a large number of different terminals to apply for the right to call, and simulate different application rights of different members within the group or between the groups, which can be accurately controlled. Multi-user collaborative operation time, and can directly judge and record the test results, test the stability of the voice management function under different traffic pressures, and solve the problem that the voice management result cannot be directly observed through a large number of terminals under a certain traffic pressure. Abnormal problems improve test efficiency and save test costs.

Claims

Claim  An automatic test device for a call right management function in a cluster system, which is connected to a call management function module of the cluster system, wherein the call rights management function module and the automatic test device are connected to each test terminal;  The automatic test device is configured to control a call operation operation of each test terminal, calculate an analog call rights state of each test terminal according to a call right management rule, and perform a call right with each test terminal output by the call rights management function module The status is compared to determine the performance of the voice management function module.  2. The automatic test apparatus according to claim 1, wherein  The automatic testing device includes a control module, a collection module and a determination module;  The control module is configured to simulate an operation of the manual test terminal, and control each test terminal to issue a call right application;  The collection module is configured to collect a voice rights state and a voice rights operation of each test terminal, and notify the judgment module;  The determining module is configured to learn the right state of the call and the operation of the voice of each test terminal from the collection module, calculate an analog voice state of each test terminal according to the right to use management rule, and associate the call state with the call right management function The call status of each test terminal output by the module is compared.  3. The automatic test apparatus according to claim 2, wherein  The control module further includes a test script storage unit;  The test script storage unit is configured to store a test instance; and  The control module is further configured to simulate an operation of the test terminal according to the test instance in the test script storage unit, and control each test terminal to initiate a call right application.  4. The automatic test apparatus according to claim 2 or 3, wherein  The determining module includes a call right management rule storage unit, a test terminal parameter storage unit, a right management simulation unit, a comparison unit, and a statistics unit;  The call rights management rule storage unit is configured to store a call right management rule;  The test terminal parameter storage unit is configured to store parameters of each test terminal; The call rights management simulation unit is configured to follow the call management module according to the call right management module Obtaining the voice rights state and the voice rights operation of each test terminal, and calculating the simulated voice rights state of each test terminal;  The comparing unit is configured to compare the simulated voice rights state of each test terminal calculated by the voice rights management simulation unit with the voice rights state of each test terminal output by the voice rights management function module; the statistical unit is set to The performance parameters of the call rights management function module are counted.  5. The automatic test apparatus according to claim 4, wherein  The parameters of the test terminal include the priority, the duration of the call application, the number of call applications, and the call application interval.  6. An automatic test method for a call right management function in a cluster system, comprising:  The automatic test device controls the call operation operation of each test terminal;  Calculating the simulated voice state of each test terminal according to the right management rule;  Comparing the simulated call state of each test terminal with the call state of each test terminal output by the tested call rights management function module;  Determine the performance of the call management function module.  7. The automatic test method according to claim 6, wherein  The step of the automatic test device controlling the call right application operation of each test terminal includes: the automatic test device simulates the operation of the test terminal manually, and controls each test terminal to initiate a call right application;  The step of calculating the simulated call rights state of each test terminal according to the call rights management rule comprises: collecting the call rights state and the call rights operation of each test terminal, and calculating the simulated call rights state of each test terminal according to the call rights management rule.  8. The automatic test method according to claim 7, wherein  The automatic test device stores a test instance, and the automatic test device simulates the operation of the test terminal manually according to the test instance, and controls each test terminal to initiate a call right application.  9. The automatic test method according to claim 6, 7 or 8, wherein The automatic test device stores the call rights management rule and parameters of each test terminal; the step of determining the performance of the call rights management function module includes: counting performance parameters of the call rights management function module. 10. The automatic test method according to claim 9, wherein  The parameters of the test terminal include the priority, the duration of the call application, the number of call applications, and the call application interval.