1. 获取TP和Live的xml response
2. 以其中一个数据点 ticker 为基准进行比较，ticker相同才进行比对
3. 从外部文件读取各个数据点允许的偏差值，偏差范围以内的不同认为是正常
4. API中的数据点提供的是Data ID, 而用户希望错误日志以UI上的Data Name进行打印，因此需要从外部文件读取Data ID和Data Name的映射关系
5. 计算Data point失败的比例
6. 将错误日志输出到本地的文本文件
import static java.lang.Math.* import com.eviware.soapui.support.GroovyUtilsimport com.eviware.soapui.support.XmlHolderimport org.apache.poi.ss.usermodel.Cell;import org.apache.poi.ss.usermodel.Row;import org.apache.poi.xssf.usermodel.XSSFSheet;import org.apache.poi.xssf.usermodel.XSSFWorkbook;// The parameter allowableDeviation means the allowable deviation can be ? percent, e.g. allowableDeviation = 0.03 , the allowable deviation is 3%def allowableDeviation// Fail messageArrayList failMessageList = new ArrayList()String failMessage// Get test stepsdef currentStepIndex = context.currentStepIndexString currentStepName = testRunner.testCase.getTestStepAt(currentStepIndex).nameString previousStepName = testRunner.testCase.getTestStepAt(currentStepIndex-1).nameString prePreStepName = testRunner.testCase.getTestStepAt(currentStepIndex-2).name// File pathString testDataPath = testRunner.testCase.testSuite.project.getPropertyValue( "testDataPath" )String dataIdMappingFile = testDataPath+"\\DataIdMappingPA.xml"String dataDeviationFile = testDataPath+"\\RTQDataAllowableDeviation.xlsx"String testResultPath = testRunner.testCase.testSuite.project.getPropertyValue( "testResultPath" )// Get allowable deviationHashMap dataDeviationMap = getAllowableDeviation(dataDeviationFile)// Get responsedef groovyUtils = new GroovyUtils( context )def xmlHolderLive = groovyUtils.getXmlHolder( prePreStepName+"#ResponseAsXml" )def xmlHolderTP = groovyUtils.getXmlHolder( previousStepName+"#ResponseAsXml" )// Get recordsdef nodesArrayLive = xmlHolderLive.getDomNodes("//B/I" )def nodesArrayTP =xmlHolderTP.getDomNodes("//B/I")List nodesListLive = nodesArrayLive.toList()List nodesListTP = nodesArrayTP.toList()int recordsNumberLive = nodesListLive.size()int recordsNumberTP = nodesListTP.size()log.info "Total Records Number on Live = "+recordsNumberLivelog.info "Total Records Number on TP = "+recordsNumberTP// Failed recordsint failedRecordsNumber=0// Get Map of Data ID and Data NamegetMapOfDataIdAndNameFromExternelFile(dataIdMappingFile)HashMap dataIDAndNameMap = new HashMap()dataIDAndNameMap = getMapOfDataIdAndNameFromExternelFile(dataIdMappingFile)def attributesNumber = nodesListLive.get(0).attributes.getLength()// Get Map of Data Name and Data ValueHashMap recordMapLive = new HashMap()HashMap recordMapTP = new HashMap()def dataNamedef dataValuerecordMapLive = getRecordMap(nodesListLive,recordsNumberLive,attributesNumber,dataIDAndNameMap,recordMapLive)recordMapTP = getRecordMap(nodesListTP,recordsNumberTP,attributesNumber,dataIDAndNameMap,recordMapTP)// Compare data value on TP and Live based on tickerIterator iter = recordMapLive.entrySet().iterator()while (iter.hasNext()) { Map.Entry entry = (Map.Entry) iter.next() def ticker = entry.getKey() HashMap dataMapLive = entry.getValue() HashMap dataMapTP =recordMapTP.get(ticker) Iterator iter2 = dataMapLive.entrySet().iterator() while (iter2.hasNext()) { Map.Entry entry2 = (Map.Entry) iter2.next() def dataNameLive = entry2.getKey() def dataValueLive = entry2.getValue() def dataValueTP = dataMapTP.get(dataNameLive) if(dataValueTP==null){ failMessage = "Ticker = "+ticker+" , Data Point = "+dataNameLive+" , TP = "+"Not Exist"+" , Live = "+dataValueLive failMessageList.add(failMessage) } if(dataValueLive != dataValueTP){ if(((dataValueTP=="")&&(dataValueTP!=""))||((dataValueTP!="")&&(dataValueTP==""))){ failMessage = "Ticker = "+ticker+" , Data Point = "+dataNameLive+" , TP = "+dataValueTP+" , Live = "+dataValueLive failMessageList.add(failMessage) } if(dataValueLive.isFloat()&&dataValueTP.isFloat()){ allowableDeviation = dataDeviationMap.get(dataNameLive) if(allowableDeviation==null){ allowableDeviation=0 } addFailMessageAboutFloatDiff(failMessageList,ticker,dataNameLive,dataValueTP,dataValueLive, allowableDeviation) } else{ failMessage = "Ticker = "+ticker+" , Data Point = "+dataNameLive+" , TP = "+dataValueTP+" , Live = "+dataValueLive failMessageList.add(failMessage) } } }} // Get total data points numberint totalDataPointsNumber = recordsNumberLive*attributesNumberlog.info "Total Data Points Number = "+totalDataPointsNumber// Get failed data points numberint failedDataPointsNumber = failMessageList.size()log.info "Failed Data Points Number = "+failedDataPointsNumberdef failedPercentage = failedDataPointsNumber/totalDataPointsNumberlog.error "Failed Data Points Percentage = "+((int)(failedPercentage*10000))/100+"%"// Print out all failed data pointsif(failedDataPointsNumber>0){ def testResultFile = new File(testResultPath+ currentStepName+".txt") if (testResultFile.exists()) { testResultFile.delete() } for(j=0; j allowableDeviation){ failMessage ="Ticker = "+ticker+" , Data Point = "+dataName+" , TP = "+dataValueTP+" , Live = "+dataValueLive+" , Allowable Deviation = "+allowableDeviation failMessageList.add(failMessage) }}// Get allowable deviation from externel filedef getAllowableDeviation(String dataDeviationFile){ HashMap map = new HashMap() File file = new File(dataDeviationFile) try{ XSSFWorkbook wb = new XSSFWorkbook(new FileInputStream(dataDeviationFile)) XSSFSheet sheet = wb.getSheetAt(0) Row row Cell cellDataName Cell cellDataDeviation int rows = sheet.physicalNumberOfRows def dataName def dataDeviation (1.. row = sheet.getRow(r) if (row != null){ cellDataName = row.getCell(1) cellDataDeviation = row.getCell(2) if (cellDataName != null){ dataName = cellDataName.getStringCellValue() } if (cellDataDeviation != null){ switch (cellDataDeviation.getCellType()){ case cellDataDeviation.CELL_TYPE_NUMERIC: dataDeviation = cellDataDeviation.getNumericCellValue() break case cellDataDeviation.CELL_TYPE_STRING: dataDeviation = cellDataDeviation.getStringCellValue() break case cellDataDeviation.CELL_TYPE_BLANK: break default: break } } } map.put(dataName,dataDeviation) } return map } catch (Exception e){ log.info "Exception :" + e.getMessage() }}