软件验收测试规范英文第一版.docx

软件验收测试规范英文第一版.docx

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软件验收测试规范英文第一版

SoftwareAcceptanceTestSpecification

ISSUEHISTORY

Issue

DateIssued

Author（s）

ChangeNo.

1

2015-01-19

ZRJC

AMENDMENTHISTORY

Issue

DateIssued

Details

Approval

TABLEOFCONTENTS

1INTRODUCTION

1.1TESTOBJECTIVESANDCOVERAGE

ThepurposeofthisSystemVerificationPlan（SoftwareAcceptanceTest–SWATChecklist）istodocumenttheteststobeperformedontheZRJCSCL1141Aprojectsoftwareonthebench.TheSystemVerificationbenchtestinginvolvessimulatingthesystem’senvironmenttogivelocalcontrolandnetworkcontroloverthesoftware.VACtesting（FactoryAcceptanceTest–FAT）andfieldtraintesting（SiteAcceptanceTest–SAT）phasesareplannedfollowingsuccessfulcompletionofbenchtesting

1.2TESTCLASSIFICATION

TypeTest.

1.3DOCUMENTOVERVIEW

Thisdocumentisstructuredinthefollowingmanner.

（a）Section1–Thissectiondescribedthebackground,contextandenvironmentforthetest.

（b）Section2–Thissectioncontainstheactualtestchecklist

（c）Section3–Thissectioncontainscommentstobemadeonthetestanddetailsthenon-conformancesarisingfromthetest.

1.4REFERENCEDOCUMENTS

DocumentReference

IssueDate

Issue

Number

Author

Title

T002VACSoftwareRequirementSpecification.doc

18/1/2015

A

ZRJC

VAC SoftwareRequirements Specification

1.5DEFINITIONS&ABBREVIATIONS

Term

Definition

TMS

TrainManagementSystem

HDLC

High-LevelDataLinkControl

FAT

FreshAirTemperature

RAT

ReturnAirTemperature

SRS

SoftwareRequirementsSpecification

VAC

VentilationandAirConditioning

HMI

ElectricalTouchScreenforVACControl

ZRJC

GuangzhouZhongcheRailwayVehiclesEquipmentJoint-StockCo.,Ltd

TS

Standardtemperature

RH

ReturnAirhumidity

PTU

PortableTestUnit

2TESTPREPARATION,SETUPANDSAFETY

2.1TESTSAFETY

Thetestenvironmentuseslowvoltages（24VDC）andappropriatesafetyprecautionsshouldbeobserved.

2.2TESTENVIRONMENT

Company

ZRJC

Address

No.38NanbianRoad,HaizhuDistrict,Guangzhou,China

Location

ElectricalResearchDepartment

Date

2.3SOFTWAREVERSIONINPUTID

KEIL:

V4.73.0.0

Vb:

V6.0

Qt:

QtCreator2.8.1

2.4HARDWARECONFIGURATION

Modelofcontroller

CRPC11

Serialnumberofcontroller：

N/A-boardsonly

2.4.1TestEquipmentIdentification

Computer

XPormoreadvancedastheoperatingsystem

HDLCMaster

ModelHMT-1EMDNetworkTestingPlatform

HMI

HMI-02

2.5TESTPREPARATIONANDSETUP

Thetestershallberesponsibleforconductingthetestasperthetestprocedureinthisdocument.Thetestershallalsoberesponsibleforconfiguringthetestenvironmentandsetupoftestequipmentasperthatasshowninfigure1.

错误！

链接无效。

Figure1ControllerTestingEnvironmentConfiguration

2.6TESTMETHODANDCRITERIA

2.6.1ComputerTestMethod

Thetestcomputerisusedfordownloadingsoftware,runningthePTUsoftwareandTMSsimulatorsoftware.SerialportcommunicationlineshallbeusedtoconnectX6portofcontrollerand485communicationlineshallbeusedtoconnecttheX5portofcontroller.

2.6.2HDLCTestMethod

2.6.2.1NetworkCardConfiguration

Asshowninfigure1,connectthetestequipment,testlinesandcontroller.Dialthe60inputswitchestocorrectpositionaccordingtothecorrespondingsoftwarecontrolspecification.DrawoutthecommunicationlinefromcomputerforconnectingtheX5portofcontroller.Confirmthejumpercappositionofnetworkcardiscorrect.Andpleaseseebelowfordetailedspecification:

Figure2HDLCCommunicationBoardDiagram：

JumperSetting：

JP2：

programmingandoperationselection,

1-2:

programming；2-3：

operation；

JP9:

485bus120Ωresistance：

Disconnect：

removethe120Ωresistance；

Connect：

placethe120Ωresistanceinparallel；

LEDlight：

LD1：

RSRS232send；LD2：

RSRS232receive；LD3：

HDLCsend；LD4：

HDLCreceive；LD5：

CPUoperateindicatorlight；LD6：

datavalidationerrorinstruction

JX5：

DB9/M；JX7：

DB9/F；（1-9pinsofJX5andJX7arecorrespondinglyconnected）

Signaldefinition：

6—RS485A；2—RS485B；5—SGND；

HDLCMastershallbeconnectedtoX5andX7portsofcontrollerbyHDLCcommunicationline.

2.6.2.2InstallTMSSimulatorSoftwareintheTestComputer

InstallTMSSimulatorSoftwareforthetestcomputerthensupplypowertocontroller.Thesoftwareinterfaceisasshowninbelowfigure:

Theleftpartisforsendinginstruction,bydoubleclickingthedatainthisarea,modificationforeachbytecanberealized.Andtherightpartisforreceivinginstruction.Oncethereisdatareturnedfromcontroller,theywillbedisplayedatthisarea.

Figure2.6.1

Asshowninbelowfigure,fillininputinstructionattheleftpart:

Figure2.6.2

Byclicking

dialogbox（asshowninfigure4.4）willpopup.Select“OneShot”fordatasingletransmission,otherwiseisfordatacontinuoustransmission.Andthenclick

communicationbeginsandinterfaceasshowninfigure2.6.3appears.

Figure2.6.3

Figure2.6.4

Keepitinnormalcommunicationformorethan2hours,observethecommunicationlightstoconfirmitisnormalwithoutproblems.

Thenormalmodeis：

JP2selectedtooperate；

JP9selectedtoconnect；

LD5flickers；

DuringcommunicationLD1、LD2、LD3、LD4flicker.

Note:

ifLD6ison,thatmeansthereissomethingwiththecommunicationboard

Ifthetestresultsarequalified,click

firstthendisconnectthepowertoreplacethenextcommunicationboardcard.Click

toclearthecountingbeforetestingnewcard.

2.6.3HMITestMethod

TheHMIisusedforlocalcontroloverthecontroller.ItisconnectedtoX3portofcontrollerbyCANdataline.

2.6.4TestEquipmentTestMethod

Thetestequipmentisasshowninbelowfigure:

Figure2.1

Onthetopleftcorner,therearepowersupplyconnectingterminal,powerswitchesandpowerindicatorlights.Therearetotal30LEDoutputs（DO01~DO30）tosimulatetherelayoutputs,and60inputs（DI01~DI60）tosimulateeachinstructionandfaultinput;andthereare61kadjustablepotentiometerstosimulatethetemperaturesensorPT100,820kadjustablepotentiometerstostimulatethetemperaturesensorNTC;setvariablesfromDI1~DI60,upwardlydialthecorrespondingswitch,thecorrespondingvariable=0,anddownwardlydialthecorrespondingswitch,thecorrespondingvariable=1（e.g.downwardlydialthefirstswitch,thenDI1changesfrom0to1:

pulsetheDI1=0then1）.

ThebelowtableshowstheIOofthetestequipmentmappingthevariablesofcontroller:

Variable

Definition

IO

CF11_HOT

Condenserfan11overheatprotection

DI1

CF12_HOT

Condenserfan12overheatprotection

DI2

CP11_HOT

Compressor11overheatprotection

DI3

CP12_HOT

Compressor12overheatprotection

DI4

CP13_HOT

Compressor13overheatprotection

DI5

CP14_HOT

Compressor14overheatprotection

DI6

EF11_HOT

Fan11overheatprotection

DI7

HT1_HOT

Electricheater1overheatprotection

DI8

EF12_HOT

Fan12overheatprotection

DI9

CP11_HIGHPRESSURE

Compressor11highpressureprotection

DI10

CP11_LOWPRESSURE

Compressor11lowpressureprotection

DI11

CP11_ExhaustHot

Compressor11exhaustprotection

DI12

CP12_HIGHPRESSURE

Compressor12highpressureprotection

DI13

CP12_LOWPRESSURE

Compressor12lowpressureprotection

DI14

CP12_ExhaustHot

Compressor12exhaustprotection

DI15

CP13_HIGHPRESSURE

Compressor13highpressureprotection

DI16

CP13_LOWPRESSURE

Compressor13lowpressureprotection

DI17

CP13_ExhaustHot

Compressor13exhaustprotection

DI18

CP14_HIGHPRESSURE

Compressor14highpressureprotection

DI19

CP14_LOWPRESSURE

Compressor14lowpressureprotection

DI20

CP14_ExhaustHot

Compressor14exhaustprotection

DI21

MixAirValve1_FB

Mixedairdamper1feedback

DI22

EmergAirValve1_FB

Emergencyairdamper1onfeedback

DI23

INVERTER1_FB

Inverter1fault

DI24

Smoke1_FB

Smoke1alarmsignal

DI25

Smoke1_Fault

SmakeDetecter1Fault

DI26

380_OV

Three-phaseelectricover-voltage

DI27

380_LV

Three-phaseelectriclack-voltage

DI28

HT1

Electricheater1

DO1

CF11

Condenserfan11

DO2

CF12

Condenserfan12

DO3

CP11

Compressor11

DO4

CP12

Compressor12

DO5

CP13

Compressor13

DO6

CP14

Compressor14

DO7

EF1

Normalventilationnormalfan1

DO8

EIF1

Emergencyventilationfan1

DO9

MixAirValve1_ON

Mixedairdamper1on

DO10

MixAirValve1_OFF

Mixedairdamper1off

DO11

EmergAirValve1_ON

Emergencyairdamper1on

DO12

EmergAirValve1_OFF

Emergencyairdamper1off

DO13

INVERTER1

Inverter1operates

DO14

Tr1

Returnairtemperaturesensor1

AI1.

Th1

ReturnAirhumiditySensor

AI2.

Tef1

EvaporationFan1Sensor

AI3.

Tef2

EvaporationFan2Sensor

AI4.

Tf1

FreshAirSensor

AI5.

Tcf

CoolingAirSensor

AI6.

2.7TestContents

No.

TestItems

Notes

1

InitialSetUpAndStartUpTests

Programinitialisation

2

Startingup

3

InputsandOutputs

I/Omapping

4

NetworkControl

HDLCnetworktest

5

Networkcontroloperationconditiontest

6

Emergencyventilationmode

7

Loadsheddingmode

8

Dehumidificationmode

9

Smokealarm

10

LocalControl

CANnetworktest

11

Localcontroloperationconditiontest

12

Readanddeletethefault

13

Readanddeletetheruntime

14

Setandreadthesystemtime

15

Readthetargettemperature

16

Networkcontrolinstructionswitching

17

Inputandoutputstatusmonitoring

18

Communicationportdatamonitoring

19

Dampercontrol

Freshairdampercontrol

20

Returnairdampercontrol

21

Emergencybypassairdampercontrol

22

FaultSimulation

Compressorfault

23

Condenserfanfault

24

Fanfault

25

D