CN101170785A - Device and method for TCL to test base station software - Google Patents
Device and method for TCL to test base station software Download PDFInfo
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- CN101170785A CN101170785A CNA2006101500166A CN200610150016A CN101170785A CN 101170785 A CN101170785 A CN 101170785A CN A2006101500166 A CNA2006101500166 A CN A2006101500166A CN 200610150016 A CN200610150016 A CN 200610150016A CN 101170785 A CN101170785 A CN 101170785A
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Abstract
The invention discloses a device for testing base station software using TCL and a method thereof. The existing testing method has the disadvantages of non-visualization, inconvenient maintenance, inability of combined test, low testing efficiency, inconvenient script transplant, and modification need of the tested software. Aiming to solve the problems, the inventive device comprises an adaptation unit for adapting with the software interface of the tested software, a core processing unit for testing the tested software, and a communication module for communication between the adaptation unit and core processing unit. The method for testing base station software using TCL comprises (1) loading test script in the base station testing software; (2) testing the tested software; and (3) analyzing the testing information from the tested software, and obtaining results. The invention has the advantages of convenient script maintenance, automatic testing result judgment, easy-to-learn, and convenience for testing script development and script transplant; and is suitable for various software testing environments.
Description
Technical field
The present invention relates to the computer software testing field, relate in particular to a kind of apparatus and method based on Message Processing software (as NodeB software) automatic test.
Background technology
TCL (Tool Command Language, Tool Command Language), invention in 1980 is a kind of explanation execution script language.Now become a popular script describing language.He contains the command set of a cover core, support the flow process control of similar C language: the judgement of if branch, loop control, switch control, the definition of supporting process with call, and provide powerful array, tabulation and character string processing capacity (as the regular expression processing).TCL tests one of the most frequently used language automatically because of the fast feature of its ease for use, extensibility, complete function and development rate has become industrial quarters.
The characteristics of NodeB software are as described below: software distribution is on each veneer, wherein one is carried out communication as center processing plate and other each piece veneer, NodeB software also carries out communication with webmastering software, RNC simultaneously, though communication modes difference, but, all be based on the message processing facility operation for application program.After each board software operation, be in the reception message status, after receiving message, handle accordingly, be in the reception message status after finishing dealing with again.
In the software development process of NodeB, a testing requirement commonly used is that whether the test target veneer is normal for the processing of this message to certain veneer transmission interface message.Method of testing at present commonly used adds a UDP message sink module in tested software, the effect of this module is that the forwards that will receive is in the purpose communication node of application program.This method of testing need be write an application program sendudpmsg who sends message, this application program utility command line mode starts ipaddressport msgNo CnId＜msgBody 〉, each parameter meaning is as follows: the IP address of ipaddress tested software place veneer, the UDP receiver module receives the used port numbers of message in the port tested software, msgNo message number CnId tested software communication node sign (identifying different communication node in the veneer), msgBody is an Optional Field, if the message that sends does not have message content, then this parameter need not be filled in, if message body is arranged, then msgBody is the byte stream (representing in order to narrate convenient 16 systems that use) of message body.The tester at first writes the batch processing script of being made up of sendudpmsg, carries out under WINDOWS operating system then, and the form of script is as follows:
Suppose that message 3457 does not have message body, the message body of message 3455 is defined as follows:
struct?tagMsgBody
{
byte?byNum；
word?wCfn；
}
Above structure adopts the compact mode storage
Test script is as follows:
sendudpmsg?128.9.22.10?10000?3457?10
sendudpmsg?128.9.22.11?10000?3455?11?10?ED?5F
Above-mentioned script is that software CnId is that 10 node sends message 3457, no message body on the veneer of 128.9.22.10 to the IP address earlier; Be that software CnId is that 10 node sends message 3457 on the veneer of 128.9.22.11 to the IP address again, message content is byNum=16, wCfn=60767
Adopt above-mentioned testing scheme, shortcoming is as follows:
1) have binary code stream in the script, very not directly perceived, especially the labyrinth data are not easy to safeguard, as above Li 10 ED 5F must could understand the value of each field according to the message body definition of message 3455;
2) a little less than flow process is controlled in the script, can not carry out complicated combined test, as above example can only be carried out sequential testing, can not travel through test, branch testing;
3) can only send message, can not automation judge test result, test result must judge manually that testing efficiency is low;
4) some parameter in the script such as IP address and port numbers are not easy to the script transplanting;
5) must in tested software, add the message sink module and just can test, need to revise tested software.
Summary of the invention
At defective and the deficiency that prior art exists, the invention provides the apparatus and method that a kind of TCL of use carries out the base station software test, can carry out automation and judge, judge automatically whether test result is correct; Data representation is separated with flow process, and each several part can independent maintenance; Use certain UNCOL to represent the automatic test flow process; Simultaneously, use self-defined or universal description language representation message data; Need not revise tested software, just can test.
In order to reach the foregoing invention purpose, the device that the present invention uses TCL to carry out base station software test comprises and the software interface of tested software carries out adaptive adaptation unit, the core processing unit that tested software is tested and the communication module that is used for the two communication between adaptation unit and core processing unit;
Wherein, core processing unit sends test post by communication module to adaptation unit, and adaptation unit transfers to described tested software with described test post, and the test post that tested software is sent sends to core processing unit by communication module.
Above-mentioned use TCL carries out in the device of base station software test, described core processing unit comprises: the standard TCL interpreter module that order makes an explanation to standard TCL, to the TCL expansion interpreter module that the automatic test processing command makes an explanation, the coding/decoding module that test post is carried out encoding and decoding;
Wherein, standard TCL interpreter module is explained the TCL script that is input to core processing unit, order for standard TCL, directly translate into machine language, then give the translation of TCL expansion interpreter module for the TCL explosion command, and be the test post of test command to coding/decoding module transmission content according to standard TCL order and TCL explosion command, coding/decoding module is converted into the binary word throttling with described test post and sends to tested software by communication module and adaptation unit successively, and the binary word throttling from tested software of reception communication module forwarding, convert thereof into test post and send to TCL expansion interpreter module, carry out next step automatic test processing by TCL expansion interpreter module analytical test message and to tested software.
Above-mentioned use TCL carries out in the device of base station software test, and described TCL expansion interpreter module comprises the TCL explosion command distribution module of translation TCL explosion command; Judge the test event legitimacy, arrange the test and management module of test event order; The test post that reception is sent from tested software, and test post is carried out the scheduler module of Message Processing; Call the message management module that coding/decoding module carries out test post coding, decoding;
Wherein, the TCL explosion command of TCL expansion interpreter module translation input, obtain test script, the test and management module is arranged the test event order according to test script, after encoding, the test post that message management module invokes coding/decoding module will comprise the test event content sends to tested software, the test post that tested software returns is delivered to scheduler module and is carried out analyzing and processing after the decoding of message management module invokes coding/decoding module.
Above-mentioned use TCL carries out in the device of base station software test, described communication module comprises: be arranged at be used in the adaptation unit with core processing unit in the server end module carry out the communication module client of communication, and be arranged at be used in the core processing unit with adaptation unit in the client modules communication module server end that carries out communication.
Above-mentioned use TCL carries out in the device of base station software test, described adaptation unit is suitable by the various interface of message transmitting module and tested software, and described message transmitting module comprises: with on the peripheral single board and the suitable TCP communication server submodule of software interface of center processing plate communication, with on the test center disposable plates and the suitable TCP communication client device submodule of software interface of peripheral single board communication, with on the test center disposable plates and the suitable RUDP communication client device submodule of software interface of webmaster communication, with on the test center disposable plates and the suitable software interface NBAP encoding and decoding submodule of interface of RNC.
Above-mentioned use TCL carries out in the device of base station software test, core processing unit also comprises a timer, described timer picks up counting when core processing unit sends test post, timing stops when core processing unit is received the test post that tested software returns, if timer expiry is not received the test post that tested software returns yet, then notify core processing unit to carry out next test event.
A kind of TCL of use carries out the method for base station software test, may further comprise the steps:
(1) starts tested software and base station software testing apparatus, in the base station software testing apparatus, load test script;
(2) the base station software testing apparatus is tested tested software according to test script;
(3) the base station software testing apparatus is analyzed the test post that tested software returns, and obtains test result.
Above-mentioned use TCL carries out in the device of base station software test, and step (2) further comprises:
(21) the test and management module is arranged the test event order according to test script, and message management module invokes coding/decoding module is encoded to the test post that comprises the test event content;
(22) test post after will encoding sends to communication module;
(23) test post after communication module will be encoded sends to tested software by adaptation unit.
Above-mentioned use TCL carries out in the device of base station software test, and step (3) further comprises:
(31) test post that comprises test result that tested software returns sends to communication module by adaptation unit;
(32) communication module sends to the message management module with the described test post that comprises test result;
(33) message management module invokes coding/decoding module is decoded to the described test post that comprises test result, sends to scheduler module;
(34) scheduler module is analyzed the described test post that comprises test result, obtains test result.
Above-mentioned use TCL carries out in the device of base station software test, between step (2) and step (3), also comprise step (A): in a period of time that when core processing unit sends test post, begins, if do not receive the test post that tested software returns, then return step (2) and carry out next test event.
Adopt this technical scheme to carry out unit testing, integration testing, following benefit arranged based on the software of Message Processing:
1) tester need not add test code in tested software, just can test, and is very convenient;
2) adopt the TCL script technology to control testing process automatically, be beneficial to and carry out complicated combined test, script is easy to maintenance;
3) test result is judged in automation, has saved the time of tester's manual analyzing test result, and it is impossible relying on the artificial judgment test result when especially carrying out a large amount of regression test;
4) adopt the TCL language as the test script language, the test script exploitation is convenient in study easily;
5) being convenient to script transplants.
Description of drawings
Fig. 1 is NodeB software architecture figure;
Fig. 2 is the theory diagram of testing apparatus among the present invention;
Fig. 3 is the message transmitting module type that adaptation unit is supported among the present invention;
Fig. 4 is TCL explosion command modular structure figure among the present invention.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing:
Fig. 1 is the structure chart of NodeB software, form by a center processing plate and polylith peripheral processes plate, the center processing plate carries out communication by TCP mode and peripheral single board, the center processing plate of NodeB also carries out communication by RUDP and webmaster simultaneously, and carrying out communication with RNC, NodeB software need be handled NBAP message.Each board software is divided into the two large divisions basically from forming on the structure, communication module and upper application software, communication module can be configured to different modes according to the effect of place veneer, as carrying out the TCP communication at the TCP communication server end that has disposed on the peripheral single board on TCP telecommunication customer end and the center processing plate, on the center processing plate, also disposed the RUDP server and webmaster carries out communication, disposed NBAP coding/decoding module and RNC simultaneously and carry out the NBAP interacting message.Test purpose of the present invention is exactly that each veneer among the NodeB is tested for the Message Processing between above interface.Each veneer also comprises a UDP receiver module among the figure, is to be used for acceptance test message (not using method of testing of the present invention just to need this module).
The The general frame of technical solution of the present invention as shown in Figure 2, grey color part is a closely related part among the present invention among Fig. 2.
A kind of automatic test device based on Message Processing is applicable to the software systems that adopt interacting message between each module of test, and this automatic test device comprises with tested software and carries out adaptive adaptation unit and core processing unit.Wherein core processing unit comprises the standard TCL interpreter module that order makes an explanation to standard TCL, and the TCL expansion interpreter module with the automatic test processing command is made an explanation carries out message and represents and the coding/decoding module of handling; Adaptation unit comprises message transmitting module.This testing equipment also comprises the communication module that adaptation unit and core cell carry out communication.Why adopting the TCL language as the test script language, is because the test script exploitation is convenient in its easy study.
Message transmitting module in the adaptation unit has multiple communication modes, and each communication modes is encapsulated as a submodule, as shown in Figure 3, reinstates different communication submodules according to the interface difference of tested software.TCP communication server submodule is used to test on the peripheral single board software interface with the communication of center processing plate, TCP communication client device submodule is used on test center's disposable plates the software interface with the peripheral single board communication, RUDP communication client device submodule is used on test center's disposable plates the software interface with the webmaster communication, and NBAP encoding and decoding submodule is used for carrying out with RNC on test center's disposable plates the software interface of communication.Adopt adaptation unit to simulate the communication opposite end of tested software interface fully, as initiation message forwarding module type is the adaptation unit of TCP client, carry out the TCP communication with the center processing plate, to carry out communication in full accord for this communication modes and center processing plate and real peripheral single board for the center processing plate.Need not revise tested software so adopt adaptation unit to make, be convenient to script and transplant.
Core processing unit can adopt server client mode co-operation with a plurality of adaptation units, can test a plurality of interfaces of tested software so simultaneously when once testing, and each adaptation unit can be connected with each computer flexibly as required also.Another kind of framework is to cancel independently adaptation unit, and message transmitting module is directly embedded into center processing unit, operates on the different computers but this method makes a plurality of adaptation units to distribute, so the present invention does not adopt this framework.
Comprise following feature in the coding/decoding module: message coding and source codec.Message coding comprises read message structure and message field value from the message instance file, revises the value of certain field in the message, and the value of each field in the message is encoded to the binary word throttling.Source codec comprises read message structure from source template, and the binary word throttling is decoded as message structure according to the definition of source template, obtains the value of certain field in the message.Have binary code stream in the existing script, very not directly perceived, especially the labyrinth data are not easy to safeguard that after the present invention added coding/decoding module, the tester need not add test code in tested software, just can test, and was very convenient.
TCL explosion command module is divided into TCL explosion command distribution module, scheduler module, test and management module and message management module again in the core processing unit, as shown in Figure 4.
The test and management module is from being divided into test test plan, test assignment and test case in logic, a test plan comprises a plurality of test assignments, first test assignment is finished, and system automatically performs second test assignment, the execution of next test assignment and the like; A test assignment comprises a plurality of test cases, the next test case of automated system operation after a test case is finished.The test and management module is carried out legitimacy according to the context of current test script and is judged, as in test plan, can only carrying out test assignment, can not implementation of test cases, and in test assignment, can only implementation of test cases can not carry out other test assignment.Described test and management module is also finished as creating test plan, start test assignment, start adaptation unit, start test case, withdraw from test case, withdraw from adaptation unit, withdrawing from work such as test assignment.
The interface that described message management module invokes coding/decoding module provides is finished and load message structure from source template, functions such as loading message structure and message field value, coded message, decode messages, the value of obtaining and revise message field and transmission message from message instance.
Described scheduler module is in running and receives in the message process, when receiving message that tested software sends or the message that receives timer expiry, calls the message processing function of current test case and handles.
Message based automated testing method is applicable to the software systems of test based on Message Processing, may further comprise the steps:
1) template of use file file description tested software input and output message, this source template includes only abstract message definition, does not comprise the value of field concrete in the message;
2) generate one or more message instance file according to source template file and the specific purposes that will test, comprise the value of each field in the message in the message instance file;
3) write the TCL script file, order except the TCL that can use standard in this script file, can also use the order of expansion, be used to specify test process, the operation of control adaptation unit sends message to tested software, receives from tested message of sending, carry out automation and judge test process, output report;
4) start tested software;
5) start core processing unit, load the TCL script that also operation is write, test process can carry out automatically according to the script definition, and whether test pilot process and test information such as pass through prints in the report file;
6) according to last report file observation test result.
When testing according to the method described above, main work is to write the TCL script of expression testing process and the source template and the message instance of representing message data of expression message structure.If interface message does not change, as long as then source template file and message instance file are write once.The TCL script file need be write different scripts according to the test purpose difference.
Introduce the flow process of whole proposal below in detail:
After core processing unit starts, load the TCL test script, at first set up a test plan according to the content in the script, under test plan, create first test assignment and operation, in test assignment, start needed adaptation unit, and start first test case, after first test case operation finishes, carry out second use-case, the adaptation unit that stops to start after all test cases under this task are finished withdraws from this test assignment; Finish all test assignments under the current test plan by that analogy, and withdraw from current test plan; Up to executing all test plans, whole test process finishes like this.Flow process control has been strengthened in this measure, and script is easy to maintenance.When implementation of test cases, after finishing necessary initialization and other actions (as sending message) to tested software, enter into and receive condition of information, after adaptation unit starts, if receive the message that tested software sends, send to the scheduler module of core processing unit behind the recompile, the decoding function of scheduler module message call coding/decoding module is decoded according to the source template of correspondence, and the message processing function that then calls in the test case behind the source codec is handled.In order to prevent that test cell from all can not receive the message that tested software sends in for a long time, core processing unit provides timer function, start behind the timer up to timer expiry and do not receive that still processing that the message of expection then can carry out other is (according to actual conditions, might withdraw from test case in the mode of test crash, it is mutual to proceed other tests).If will send message to tested software in the TCL script, the encoding function of the message management module invokes coding/decoding module in the expansion TCL command module carries out message coding, call communication module then and send to adaptation unit, adaptation unit sends a message to tested software by message transmitting module.
Finish the automation of test in the test case script and judge method one: message based judgement; Method two: extract feature string according to the tested software type information and judge.Method one is mainly used in tested software interacting message in corresponding interface, for example, tested software can send some message, and the value of some field in the message has expected results simultaneously.Detect in order in the TCL use-case, to carry out automation, timer at first is set, result with test crash withdraws from test case in timer expiry processing function simultaneously, if at the appointed time receive expection message, further obtain the value of some field in the message, whether the value of judging these fields one by one equate with the value of expectation, if unequal then withdraw from test case with the result of test crash.Method two is mainly used in the occasion that can't judge with method one, tested software prints to some information in the log file in running, the test case script reads file and searches relevant information, if consistent then withdraw from test case, otherwise withdraw from test case with the result of test crash to test successful result with the feature string of expectation.Test result is judged in automation, has saved the time of tester's manual analyzing test result, and it is impossible relying on the artificial judgment test result when especially carrying out a large amount of regression test.
In order to describe the present invention, use NodeB to specifically describe, but the invention is not restricted to only test NodeB software as tested software, the present invention can be applied in any distributed, software based on Message Processing.
The present invention is through unit testing and the actual use of integration testing at the NodeB product, and is respond well.The present invention simultaneously also is applied in the smoke test every day process, also plays very big effect.
Claims (10)
1. device that uses TCL to carry out base station software test is characterized in that: comprise and the software interface of tested software carries out adaptive adaptation unit, the core processing unit that tested software is tested and the communication module that is used for the two communication between adaptation unit and core processing unit;
Wherein, core processing unit sends test post by communication module to adaptation unit, and adaptation unit transfers to described tested software with described test post, and the test post that tested software is sent sends to core processing unit by communication module.
2. the device that use TCL according to claim 1 carries out the base station software test, it is characterized in that: described core processing unit comprises: the standard TCL interpreter module that order makes an explanation to standard TCL, to the TCL expansion interpreter module that the automatic test processing command makes an explanation, the coding/decoding module that test post is carried out encoding and decoding;
Wherein, standard TCL interpreter module is explained the TCL script that is input to core processing unit, order for standard TCL, directly translate into machine language, then give the translation of TCL expansion interpreter module for the TCL explosion command, and be the test post of test command to coding/decoding module transmission content according to standard TCL order and TCL explosion command, coding/decoding module is converted into the binary word throttling with described test post and sends to tested software by communication module and adaptation unit successively, and the binary word throttling from tested software of reception communication module forwarding, convert thereof into test post and send to TCL expansion interpreter module, carry out next step automatic test processing by TCL expansion interpreter module analytical test message and to tested software.
3. the device that use TCL according to claim 2 carries out the base station software test is characterized in that: described TCL expansion interpreter module comprises the TCL explosion command distribution module of translation TCL explosion command; Judge the test event legitimacy, arrange the test and management module of test event order; The test post that reception is sent from tested software, and test post is carried out the scheduler module of Message Processing; Call the message management module that coding/decoding module carries out test post coding, decoding;
Wherein, the TCL explosion command of TCL expansion interpreter module translation input, obtain test script, the test and management module is arranged the test event order according to test script, after encoding, the test post that message management module invokes coding/decoding module will comprise the test event content sends to tested software, the test post that tested software returns is delivered to scheduler module and is carried out analyzing and processing after the decoding of message management module invokes coding/decoding module.
4. the device that use TCL according to claim 1 carries out the base station software test, it is characterized in that: described communication module comprises: be arranged at be used in the adaptation unit with core processing unit in the server end module carry out the communication module client of communication, and be arranged at be used in the core processing unit with adaptation unit in the client modules communication module server end that carries out communication.
5. the device that use TCL according to claim 1 carries out the base station software test, it is characterized in that: described adaptation unit is suitable by the various interface of message transmitting module and tested software, and described message transmitting module comprises: with on the peripheral single board and the suitable TCP communication server submodule of software interface of center processing plate communication, with on the test center disposable plates and the suitable TCP communication client device submodule of software interface of peripheral single board communication, with on the test center disposable plates and the suitable RUDP communication client device submodule of software interface of webmaster communication, with on the test center disposable plates and the suitable software interface NBAP encoding and decoding submodule of interface of RNC.
6. the device that use TCL according to claim 1 carries out the base station software test, it is characterized in that: core processing unit also comprises a timer, described timer picks up counting when core processing unit sends test post, timing stops when core processing unit is received the test post that tested software returns, if timer expiry is not received the test post that tested software returns yet, then notify core processing unit to carry out next test event.
7. one kind is used TCL to carry out the method that base station software is tested, and it is characterized in that: may further comprise the steps:
(1) starts tested software and base station software testing apparatus, in the base station software testing apparatus, load test script;
(2) the base station software testing apparatus is tested tested software according to test script;
(3) the base station software testing apparatus is analyzed the test post that tested software returns, and obtains test result.
8. the method that use TCL according to claim 7 carries out the base station software test, it is characterized in that: step (2) further comprises:
(21) the test and management module is arranged the test event order according to test script, and message management module invokes coding/decoding module is encoded to the test post that comprises the test event content;
(22) test post after will encoding sends to communication module;
(23) test post after communication module will be encoded sends to tested software by adaptation unit.
9. the method that use TCL according to claim 7 carries out the base station software test, it is characterized in that: step (3) further comprises:
(31) test post that comprises test result that tested software returns sends to communication module by adaptation unit;
(32) communication module sends to the message management module with the described test post that comprises test result;
(33) message management module invokes coding/decoding module is decoded to the described test post that comprises test result, sends to scheduler module;
(34) scheduler module is analyzed the described test post that comprises test result, obtains test result.
10. the method that use TCL according to claim 8 carries out the base station software test, it is characterized in that: between step (2) and step (3), also comprise step (A): in a period of time that when core processing unit sends test post, begins, if do not receive the test post that tested software returns, then return step (2) and carry out next test event.
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| CN101980173A (en) * | 2010-11-03 | 2011-02-23 | 北京世纪高通科技有限公司 | Method and device for system integrated test |
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| US6662312B1 (en) * | 2000-06-30 | 2003-12-09 | Qwest Communications International Inc. | Software-testing automation system |
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| CN101770457B (en) * | 2009-01-04 | 2012-07-04 | 英业达股份有限公司 | Network translation test system and method thereof |
| CN101860882A (en) * | 2010-03-25 | 2010-10-13 | 工业和信息化部电信传输研究所 | Method, device and system for controlling protocol consistency test by using wireless resources |
| CN101980173A (en) * | 2010-11-03 | 2011-02-23 | 北京世纪高通科技有限公司 | Method and device for system integrated test |
| CN104239015A (en) * | 2013-06-18 | 2014-12-24 | 上海斐讯数据通信技术有限公司 | Script language extension method |
| CN104239015B (en) * | 2013-06-18 | 2018-09-28 | 上海斐讯数据通信技术有限公司 | The extended method of script |
| WO2017000843A1 (en) * | 2015-06-30 | 2017-01-05 | 中兴通讯股份有限公司 | Automatic test method and device for board card |
| CN106324475A (en) * | 2015-06-30 | 2017-01-11 | 中兴通讯股份有限公司 | Automatic test method and device for board card |
| CN108399121A (en) * | 2017-02-06 | 2018-08-14 | 中兴通讯股份有限公司 | A kind of test method and device based on script |
| CN108399121B (en) * | 2017-02-06 | 2023-04-14 | 中兴通讯股份有限公司 | Script-based test method and device |
| CN109144861A (en) * | 2018-08-09 | 2019-01-04 | 京信通信系统（中国）有限公司 | Multifunction automatic test method and system |
| CN110781128A (en) * | 2019-11-05 | 2020-02-11 | 武汉虹信通信技术有限责任公司 | Control method and control adapter device of embedded equipment |
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| CN101170785B (en) | 2010-05-19 |
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