CN1767453A - Automatic test method and system - Google Patents
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Abstract
This invention discloses an automatic test method and a system, in which, the method includes: inputting definition information of a message structure, compiling a message interface definition, editing a message example, writing a script file for test, operating a foreground agent, driving the tested module and/or process, forwarding the driving message sent by the background to related module and/or process and intercepting the output of the tested object to be sent to the background, operating the test script file, receiving the fed information of the foreground and outputting the test result, which can realize the test to the protocol layer semantic/service layer semantic, the unit test to independent module and integrated test to multiple modules and also provides a module message sequence pattern to be greatly convenient for the system debugging and location for the faulty. Said system provides a method for testing script examples to realize automatic test.
Description
Technical Field
The invention relates to a test method and a test system in the field of computer communication, in particular to an automatic test method and an automatic test system for executing a test case by using a script and driving a tested object by using a message.
Background
In the field of computer communication, software testing aims and focuses on testing whether a business process is correct, whether a protocol processing process is correct, system fault tolerance and the like. And due to the fact that a universal testing tool is adopted, due to the fact that the requirement on universality is high, the semantics of a source code layer is mainly concerned, and the problems of source code coverage rate, memory leakage and the like are tested through analyzing and tracking the execution of the source code. Moreover, in the communication software test, a test case is often required to be constructed in the service layer semantics, so that the conventional universal test tool cannot meet the requirement, and the universal test tool is not suitable for the software test in the computer communication system.
Although a protocol analyzer can be selected for protocol software in the communication field, the protocol analyzer has the following problems: firstly, a protocol analyzer tests specific protocol families, but the protocol analyzer cannot be used for some new protocols or extended functions, and the available protocol analyzers are few when many new products are developed; secondly, the protocol analyzer is expensive; finally, the protocol analyzer can only perform the final system test, but cannot perform the unit test on the single module or perform the integrated test on several modules, and the unit test on the single module in the communication processing program is an effective way to ensure the correctness of the whole system.
In a computer communication system, a modular design is generally adopted, the coupling degree between modules is small, and message communication is adopted between the modules. In the design and development stage of the system, system debugging and fault location often need to refer to a message sequence chart between modules. At this time, neither the general test tool nor the protocol analyzer can satisfy the requirements.
In general test tools, the capability of automatic execution of tests is poor, and although some tools adopt a robot method, the flexibility is poor, and the test tools mainly aim at some interface operations and the like. In the test of the computer communication system, the foreground communication system and the background test system work independently and are connected through a communication cable, and in order to test the normal condition of the foreground communication system and the working capacity under overload, a background test program is often required to send a large amount of messages to the foreground system, and the test program can be automatically executed for a long time. Obviously, a general purpose test tool cannot meet this requirement.
In addition, in the existing testing tools, it is also difficult to complete the testing of fault tolerance capability in computer communication systems, for example, in telecommunication software, 30% of codes process normal flows, and 70% of codes process abnormal flows, the testing of correct flows is emphasized by the general testing tools, and the testing of abnormal handling capability is very insufficient.
Disclosure of Invention
The technical problem to be solved by the invention is to overcome the following technical problems in the test of the computer communication system by the existing general test tool and protocol analyzer: unit testing of independent modules and integration testing of multiple modules cannot be achieved; the module message sequence chart cannot be provided, and system debugging and error positioning are not facilitated; the automatic test function cannot be realized.
The technical scheme adopted for realizing the technical problem to be solved by the invention is summarized as follows:
on the one hand, an automatic test system is provided, which comprises a main control module, a user interface interaction module, a message interface compiling module, a message editing module, a test case script editing module, a script execution module, a foreground and background communication module, a foreground agent module, a test case database, an interface module and a test report generating module, wherein:
the main control module is used for receiving and responding to all operation instructions of a user and coordinating and controlling the operation of other modules;
the user interface interaction module realizes the interaction between the main control module and the operation of a user;
the message interface compiling module is used for compiling message structure definition information and generating and storing message interface description information;
the message editing module reads in the stored message interface description information to generate a message statement, generates and stores a message instance from the message statement and edits a domain value in the message instance;
the test case script editing module is used for editing the text of the test case script;
the script execution module is used for executing a test case script written by a user;
the foreground and background communication modules are used for realizing information interaction between a foreground and a background of the test system;
the foreground agent module is used for driving the tested module and/or process, transmitting the driving message sent by the background to the corresponding module and/or process, and simultaneously sending the information fed back by the tested object to the background
The test case database and the interface module are used for storing messages and scripts in a centralized manner and outputting corresponding messages and scripts according to the query, read and write commands of the main control module;
the test report generating module is used for processing the test result and generating a test report with a certain format.
In another aspect, a method of automated testing is provided, comprising the steps of:
1) inputting message structure definition information;
2) compiling a message interface definition;
3) editing a specific message example;
4) writing a test case script file;
5) running foreground agent to drive the tested module and/or process, transmitting the drive message from the background to the corresponding module and/or process, and intercepting the output of the tested object and transmitting to the background;
6) running a test script file;
7) receiving foreground feedback information;
8) and outputting a test result.
By adopting the technical scheme of the invention, the technical problems of a general test tool and a protocol analyzer in the test of a computer communication system can be overcome, and the following functions can be completed: the system can realize the semantic test of a protocol layer/service layer, can realize the unit test of an independent module and the integrated test of a plurality of modules, and can provide a module message sequence chart, thereby greatly facilitating the debugging and error positioning of the system. In addition, the system provides a method for executing the test case by the script, and the automatic test function is realized. Meanwhile, the system also has the capability of testing the code fault tolerance.
Drawings
FIG. 1 is a schematic diagram of a system architecture of an automatic test system provided by the present invention;
FIG. 2 is a schematic interface diagram of a message interface compiling module provided by the present invention;
FIG. 3 illustrates a message editing module workflow diagram provided by the present invention;
FIG. 4 illustrates a communication diagram of a foreground and background communication module provided by the present invention;
FIG. 5 is a schematic diagram of a foreground proxy module provided by the present invention;
FIG. 6 shows a schematic diagram of a test report generation module interface provided by the present invention.
Detailed Description
The following description will illustrate embodiments of the present invention with reference to the accompanying drawings.
Fig. 1 shows a system structure diagram of an automatic test system provided by the present invention. In the present invention, the running position of the tested object is called as foreground, the module operated by the tester is called as background, and the distribution of each module in fig. 1 in the foreground and background is as follows:
foreground: the foreground agent module and the foreground communication module;
background: the system comprises a message interface compiling module, a message editing module, a test case script editing module, a script executing module, a user interface interaction module, a background communication module, a test case management database and interface module, a test report generating module and a main control module.
According to the automatic test system provided by the invention, the complete test method comprises the following steps:
1) inputting message structure definition information;
2) compiling a message interface definition;
3) editing a specific message example;
4) writing a test case script file;
5) running foreground agent to drive the tested module and/or process, transmitting the drive message from the background to the corresponding module and/or process, and intercepting the output of the tested object and transmitting to the background;
6) running a test script file;
7) receiving foreground feedback information;
8) and outputting a test result.
The functions and the work flow of each functional module in the automatic test system are specifically described as follows:
message interface compiling module
Fig. 2 shows an interface schematic diagram of the message interface compiling module provided by the present invention, and as shown in fig. 2, the message interface compiling module performs the following functions: the message structure definition information is compiled to generate a message structure description message, i.e. message interface description information, which can be stored in a message interface document. The stored message interface description information can be read in again and input into the message editing module for reuse. The generation result of the message interface compiling module, namely 'message interface description information', is not available in the existing similar test system tools, and the message interface description information can be stored and reused. When the message is used again, the stored message interface description information is directly read in without compiling the message structure information.
The input of the message interface compiling module is message structure body definition information, and the output is message interface description information. The message structure definition information is generally message structure information defined in various programming languages. The message interface compiling module is mainly used for compiling message structure definitions of different types to generate uniform interface messages, namely message interface description information, wherein the message interface description information is information in a specific format defined by the system and is convenient for message editing and processing.
Message editing module
Fig. 3 shows a message editing module workflow diagram provided by the present invention. As shown in fig. 3, the message editing module implements the functions of: and generating a message statement from the message interface description information stored by the message interface compiling module, generating a message instance from the message statement, and editing the domain value in the message instance. Wherein a message declaration refers to an object that includes only relationships between domains in a message. The message instance refers to an object which comprises the relationship among all the domains in the message and also comprises all the domain values.
The input of the message editing module is a message interface description message, and the output is a message example.
The message editing module provides a set of convenient and easy-to-use message editing method on the basis of meeting the requirements of the tested object. The message instance is divided into a message header and a message header. The information recorded in the message header is mainly information such as the source and destination addresses of the message. The message body is the content that actually drives the tested object.
The work flow of the message editing module for realizing the editing function comprises the following steps:
1) reading in message interface information, wherein a message interface document is from a message interface compiling module;
2) generating a message statement, wherein the message statement represents a type of message, the type of message has the same structure, the structure is a multi-defined structure in the message statement, and the message statement cannot be used for sending and receiving;
3) generating a message instance, wherein the message instance is a specific message and is instantiated from a message declaration, the instance has the same structure as the message declaration, but can edit the values of all the fields and can be used for driving the operation of the tested object;
4) editing the message instance, wherein the assignment of each domain in the message instance is completed in the step;
5) and storing the message instance, and finally, storing the message instance as a specific message instance file which is the message loaded when the test case script is executed.
A message instance is a specific entity that can be saved, copied, etc. In the invention, the processing method of the message editing module is different from the processing method of the existing similar tool in that: the processing method of the similar tool is a management method of engineering, and the message instance is put in the engineering and is not stored as an independent entity. By adopting the message editing method, the repeated utilization of the message instance and the management of the test case can be very convenient through the saved message instance file.
Third, test case script editing module
The test case script editing module completes the functions of: and finishing text editing of the test case script. A complete test case requires two parts: message instances and test case scripts. Wherein, the message example is a message for driving the tested object. Test case scripts are a set of instructions for controlling the flow of tests.
The output of the module is a test case script document, in which all the processing flows to the tested object are written, such as: load messages, send messages, receive messages, determine messages, and the like. During the test, the script document is executed by the script interpreter, and the automatic test function is completed by means of the script execution. The script interpreter is a program for interpreting and executing script commands, which refer to commands that are defined in advance and can be recognized and executed by the script interpreter. Meanwhile, the script interpreter defines the grammar of the script file, and the file which accords with the grammar, namely the script file, does not need to be compiled and is directly interpreted and executed by the script interpreter. In addition, script interpreters typically define a method for extending script commands.
Fourth, test case management database and interface module
The test case management database and the interface module have the functions of: and realizing the management of the test cases. The database module has the function of carrying out centralized storage management on the messages and the test cases so as to facilitate the testers to conveniently inquire and reuse the needed test case scripts and messages.
Inputting a test case management database and an interface module: the main control module sends inquiry, reading and writing commands and relevant messages and scripts. The output of this module is: corresponding messages and scripts.
In the invention, the processing method of the test case management database and the interface module is different from the processing method of the existing similar tool in that the module is not arranged in the similar tool and is managed by test engineering. In the invention, the module is used as an independent module, a unified test case management method is provided, and a test team can share the test cases in the case database through the module, so that the manageability of the test process is improved, and the utilization rate of the test cases is improved.
Fifthly, script execution module
The script execution module has the functions of: and executing the test case script written by the user.
The script execution module has the following inputs: the test case script file is written strictly according to the grammar rules defined by the script interpreter. This module performs the functions of its script execution by the script interpreter. In the present invention, the script interpreter provides any one of the following 4 aspects of command extensions and combinations thereof, in addition to general execution flow control and I/O (input/output) control:
1) a message operation interface: commands for message load commands, save messages, read message specified field value commands, set message specified field values, and the like.
2) Message flow control interface: for delay commands, message send commands, message receive commands, set communication channel commands, etc.
3) An annotation printing interface: for printing echo message commands, printing user prompt commands, etc.
4) Test log operation command interface: for logging, etc.
Sixthly, user interface interaction module
The user interface interaction module has the functions of: and realizing the operation interaction with the user. The module mainly comprises two parts: a graphical interface operating interface and a command line interface.
The image interface operation interface is used for processing the operation of the system by a user through the image interface. The command line interface provides a method for command parsing execution: the user can check the state of the tested target, check the sending message and the like through the interface. The processing method of the user interface interaction module is different from the processing method of the prior similar tool in that the similar tool does not have a command line interface, the interface is provided in the invention to realize the function of executing the immediate command, and the immediate command refers to a command which does not need to be executed by a script.
The user interface interaction module completes interaction with the main control module, and the output command of the module drives the main control module to input the command of the user and the operation result returned by the main control module.
Seven, front and back desk communication module
Fig. 4 shows a communication diagram of a foreground and background communication module provided by the present invention. The functions of the foreground and background communication modules are as follows: and information interaction between the foreground and the background of the test system is realized.
The foreground and background communication module further comprises a foreground communication module and a background communication module. Wherein,
input information of foreground communication module: a connection command initiated by the script execution module, a message sent by the script execution module and a message sent by the background communication module. Output of foreground communication module: the message returned to the script execution module and the message sent to the background communication module.
Inputting a background communication module: the message sent by the foreground communication module and the message sent by the background agent module. Output of the background communication module: messages to the background, messages to the background agent.
Eight, front desk agent module
Fig. 5 shows a schematic structural diagram of a foreground proxy module provided by the present invention. As shown, the module implements the functions of: and driving the tested module and/or process, forwarding the driving message sent by the background to the corresponding module and/or process, and sending the information fed back by the tested object to the background. The module runs on the side of the measured object.
Driving the module under test means operating the module under test. The module under test may be a single module or a combination of several modules, depending on the test strategy.
The foreground agent module forwards the message to the tested module and/or process by analyzing the destination address of the sent driving message. Meanwhile, the test agent also monitors and intercepts the message flow of the tested object and sends useful messages to the background.
In the invention, the processing method of the foreground agent module is different from the processing method of the existing similar tool in that the foreground agent of the similar tool needs to modify the source code when the tested object changes every time, but in the invention, the module is designed on the basis of an operating system support layer of a foreground, all the tested objects run on the operating system support, the foreground agent module is designed as one part of the operating system support, and the tested objects are independent from the foreground agent module.
Nine, master control module
The main control module has the functions of: receiving and responding all the operation instructions of the user, and controlling and coordinating the operation of other modules in the background of the invention.
The module for inputting information to the main control module comprises:
1) user interaction interface module
2) Message editing module
3) Script editing module
4) Script execution module
5) Test case management database and interface module thereof
The relevant modules for receiving the output control of the main control module are as follows:
1) user interaction interface module
2) Test case management database and interface module thereof
3) Test report generation module
4) Script execution module
Ten, test report generation module
FIG. 6 shows a schematic diagram of a test report generation module interface provided by the present invention. The module realizes the following functions: and generating a test report in a certain format for test analysis, such as generating a message time sequence chart and a test log.
The input information of the module is: and (5) recording a test result table. The test result record table includes all the contents related to the message and the operation, such as: action time, send message content, feedback message content, etc. The output of this module is: and (6) reporting the test.
While the disclosed method and system for automated testing has been particularly described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various obvious changes in form and details may be made therein without departing from the scope and spirit of the invention. The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive, and all changes and modifications that come within the spirit and scope of the invention are desired to be protected.
Claims (13)
1. An automatic test system is characterized by comprising a main control module, a user interface interaction module, a message interface compiling module, a message editing module, a test case script editing module, a script execution module, a foreground and background communication module, a foreground agent module, a test case database, an interface module and a test report generating module, wherein:
the main control module is used for receiving and responding to all operation instructions of a user and coordinating and controlling the operation of other modules;
the user interface interaction module realizes the interaction between the main control module and the operation of a user;
the message interface compiling module is used for compiling message structure definition information and generating and storing message interface description information;
the message editing module reads in the stored message interface description information to generate a message statement, generates and stores a message instance from the message statement and edits a domain value in the message instance;
the test case script editing module is used for editing the text of the test case script;
the script execution module is used for executing a test case script written by a user;
the foreground and background communication modules are used for realizing information interaction between a foreground and a background of the test system;
the foreground agent module is used for driving the tested module and/or process, transmitting the driving message sent by the background to the corresponding module and/or process, and simultaneously sending the information fed back by the tested object to the background
The test case database and the interface module are used for storing messages and scripts in a centralized manner and outputting corresponding messages and scripts according to the query, read and write commands of the main control module;
the test report generating module is used for processing the test result and generating a test report with a certain format.
2. The automatic test system of claim 1, wherein the message interface description information generated by the message interface compiling module has a uniform setting format.
3. The automatic test system of claim 1, wherein the message composition module saves the message instance in a message instance file.
4. The automatic test system of claim 1, wherein the script execution module further comprises any one of the following interfaces and combinations thereof:
a message operation interface;
a message flow control interface;
an annotation printing interface;
the test log operates the command interface.
5. The system of claim 1, wherein the user interface interaction module further comprises a command line interface.
6. The system of claim 1, wherein the foreground and background communication modules further comprise a foreground communication module and a background communication module, wherein,
the foreground communication module receives a connection command initiated by the script execution module, a message sent by the script execution module and a message sent by the background communication module, and sends the messages to the script execution module and the background communication module;
the background communication module receives the message sent by the foreground communication module and the message sent by the background agent module, and sends the related message to the background and the background agent.
7. The system of claim 1, wherein the foreground agent module is located on an operating system support layer.
8. An automatic testing method, characterized by comprising the steps of:
1) inputting message structure definition information;
2) compiling a message interface definition;
3) editing a specific message example;
4) writing a test case script file;
5) running foreground agent to drive the tested module and/or process, transmitting the drive message from the background to the corresponding module and/or process, and intercepting the output of the tested object and transmitting to the background;
6) running a test script file;
7) receiving foreground feedback information;
8) and outputting a test result.
9. The automated test method of claim 8, further comprising the step of building a test case script database.
10. The automatic test method of claim 8 or 9 wherein the step of compiling a message interface definition further comprises the step of generating and storing message interface description information.
11. The automated testing method of claim 8 or 9, wherein the step of compiling specific message instances further comprises the step of saving the message instances in a message instance file.
12. The automatic test method of claim 8 or 9, further comprising the step of executing an immediate command.
13. The automated testing method of claim 8 or 9, wherein the step of running the test script file further comprises executing any one of the following commands and combinations thereof:
a message operation interface command;
a message flow control interface command;
an annotation print interface command;
and testing the log operation command.
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