# -*- coding: utf-8 -*- # $Id: wuireport.py $ """ Test Manager WUI - Reports. """ __copyright__ = \ """ Copyright (C) 2012-2023 Oracle and/or its affiliates. This file is part of VirtualBox base platform packages, as available from https://www.virtualbox.org. This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, in version 3 of the License. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, see . The contents of this file may alternatively be used under the terms of the Common Development and Distribution License Version 1.0 (CDDL), a copy of it is provided in the "COPYING.CDDL" file included in the VirtualBox distribution, in which case the provisions of the CDDL are applicable instead of those of the GPL. You may elect to license modified versions of this file under the terms and conditions of either the GPL or the CDDL or both. SPDX-License-Identifier: GPL-3.0-only OR CDDL-1.0 """ __version__ = "$Revision: 155244 $" # Validation Kit imports. from common import webutils; from testmanager.webui.wuicontentbase import WuiContentBase, WuiTmLink, WuiSvnLinkWithTooltip; from testmanager.webui.wuihlpgraph import WuiHlpGraphDataTable, WuiHlpBarGraph; from testmanager.webui.wuitestresult import WuiTestSetLink, WuiTestResultsForTestCaseLink, WuiTestResultsForTestBoxLink; from testmanager.webui.wuiadmintestcase import WuiTestCaseDetailsLink; from testmanager.webui.wuiadmintestbox import WuiTestBoxDetailsLinkShort; from testmanager.core.report import ReportModelBase, ReportFilter; from testmanager.core.testresults import TestResultFilter; class WuiReportSummaryLink(WuiTmLink): """ Generic report summary link. """ def __init__(self, sSubject, aIdSubjects, sName = WuiContentBase.ksShortReportLink, tsNow = None, cPeriods = None, cHoursPerPeriod = None, fBracketed = False, dExtraParams = None): from testmanager.webui.wuimain import WuiMain; dParams = { WuiMain.ksParamAction: WuiMain.ksActionReportSummary, WuiMain.ksParamReportSubject: sSubject, WuiMain.ksParamReportSubjectIds: aIdSubjects, }; if dExtraParams is not None: dParams.update(dExtraParams); if tsNow is not None: dParams[WuiMain.ksParamEffectiveDate] = tsNow; if cPeriods is not None: dParams[WuiMain.ksParamReportPeriods] = cPeriods; if cPeriods is not None: dParams[WuiMain.ksParamReportPeriodInHours] = cHoursPerPeriod; WuiTmLink.__init__(self, sName, WuiMain.ksScriptName, dParams, fBracketed = fBracketed); class WuiReportBase(WuiContentBase): """ Base class for the reports. """ def __init__(self, oModel, dParams, fSubReport = False, aiSortColumns = None, fnDPrint = None, oDisp = None): WuiContentBase.__init__(self, fnDPrint = fnDPrint, oDisp = oDisp); self._oModel = oModel; self._dParams = dParams; self._fSubReport = fSubReport; self._sTitle = None; self._aiSortColumns = aiSortColumns; # Additional URL parameters for reports: from testmanager.webui.wuimain import WuiMain; self._dExtraParams = ReportFilter().strainParameters({} if oDisp is None else oDisp.getParameters(), (WuiMain.ksParamReportPeriods, WuiMain.ksParamReportPeriodInHours, WuiMain.ksParamEffectiveDate,)); # Additional URL parameters for test results: self._dExtraTestResultsParams = TestResultFilter().strainParameters(oDisp.getParameters(), (WuiMain.ksParamEffectiveDate,)); self._dExtraTestResultsParams[WuiMain.ksParamEffectivePeriod] = self.getPeriodForTestResults(); def generateNavigator(self, sWhere): """ Generates the navigator (manipulate _dParams). Returns HTML. """ assert sWhere in ('top', 'bottom',); return ''; def generateReportBody(self): """ This is overridden by the child class to generate the report. Returns HTML. """ return '

Must override generateReportBody!

'; def show(self): """ Generate the report. Returns (sTitle, HTML). """ sTitle = self._sTitle if self._sTitle is not None else type(self).__name__; sReport = self.generateReportBody(); if not self._fSubReport: sReport = self.generateNavigator('top') + sReport + self.generateNavigator('bottom'); sTitle = self._oModel.sSubject + ' - ' + sTitle; ## @todo add subject to title in a proper way! sReport += '\n\n\n\n' % (self._oModel.sSubject, self._oModel.aidSubjects); return (sTitle, sReport); # # Utility methods # def getPeriodForTestResults(self): """ Takes the report period length and count and translates it into a reasonable test result period (value). """ from testmanager.webui.wuimain import WuiMain; cHours = self._oModel.cPeriods * self._oModel.cHoursPerPeriod; if cHours > 7*24: cHours = cHours // 2; for sPeriodValue, _, cPeriodHours in WuiMain.kaoResultPeriods: sPeriod = sPeriodValue; if cPeriodHours >= cHours: return sPeriod; return sPeriod; @staticmethod def fmtPct(cHits, cTotal): """ Formats a percent number. Returns a string. """ uPct = cHits * 100 // cTotal; if uPct >= 10 and (uPct > 103 or uPct <= 95): return '%s%%' % (uPct,); return '%.1f%%' % (cHits * 100.0 / cTotal,); @staticmethod def fmtPctWithHits(cHits, cTotal): """ Formats a percent number with total in parentheses. Returns a string. """ return '%s (%s)' % (WuiReportBase.fmtPct(cHits, cTotal), cHits); @staticmethod def fmtPctWithHitsAndTotal(cHits, cTotal): """ Formats a percent number with total in parentheses. Returns a string. """ return '%s (%s/%s)' % (WuiReportBase.fmtPct(cHits, cTotal), cHits, cTotal); class WuiReportSuccessRate(WuiReportBase): """ Generates a report displaying the success rate over time. """ def generateReportBody(self): self._sTitle = 'Success rate'; fTailoredForGoogleCharts = True; # # Get the data and check if we have anything in the 'skipped' category. # adPeriods = self._oModel.getSuccessRates(); cTotalSkipped = 0; for dStatuses in adPeriods: cTotalSkipped += dStatuses[ReportModelBase.ksTestStatus_Skipped]; # # Output some general stats before the graphs. # cTotalNow = adPeriods[0][ReportModelBase.ksTestStatus_Success]; cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Skipped]; cSuccessNow = cTotalNow; cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Failure]; sReport = '

Current success rate: '; if cTotalNow > 0: cSkippedNow = adPeriods[0][ReportModelBase.ksTestStatus_Skipped]; if cSkippedNow > 0: sReport += '%s (thereof %s skipped)

\n' \ % (self.fmtPct(cSuccessNow, cTotalNow), self.fmtPct(cSkippedNow, cTotalNow),); else: sReport += '%s (none skipped)

\n' % (self.fmtPct(cSuccessNow, cTotalNow),); else: sReport += 'N/A

\n' # # Create the data table. # if fTailoredForGoogleCharts: if cTotalSkipped > 0: oTable = WuiHlpGraphDataTable(None, [ 'Succeeded', 'Skipped', 'Failed' ]); else: oTable = WuiHlpGraphDataTable(None, [ 'Succeeded', 'Failed' ]); else: if cTotalSkipped > 0: oTable = WuiHlpGraphDataTable('When', [ 'Succeeded', 'Skipped', 'Failed' ]); else: oTable = WuiHlpGraphDataTable('When', [ 'Succeeded', 'Failed' ]); for i, dStatuses in enumerate(adPeriods): cSuccesses = dStatuses[ReportModelBase.ksTestStatus_Success]; cFailures = dStatuses[ReportModelBase.ksTestStatus_Failure]; cSkipped = dStatuses[ReportModelBase.ksTestStatus_Skipped]; cSuccess = cSuccesses + cSkipped; cTotal = cSuccess + cFailures; sPeriod = self._oModel.getPeriodDesc(i); if fTailoredForGoogleCharts: if cTotalSkipped > 0: oTable.addRow(sPeriod, [ cSuccesses * 100 // cTotal if cTotal else 0, cSkipped * 100 // cTotal if cTotal else 0, cFailures * 100 // cTotal if cTotal else 0, ], [ self.fmtPct(cSuccesses, cTotal) if cSuccesses else None, self.fmtPct(cSkipped, cTotal) if cSkipped else None, self.fmtPct(cFailures, cTotal) if cFailures else None, ]); else: oTable.addRow(sPeriod, [ cSuccesses * 100 // cTotal if cTotal else 0, cFailures * 100 // cTotal if cTotal else 0, ], [ self.fmtPct(cSuccesses, cTotal) if cSuccesses else None, self.fmtPct(cFailures, cTotal) if cFailures else None, ]); elif cTotal > 0: if cTotalSkipped > 0: oTable.addRow(sPeriod, [ cSuccesses * 100 // cTotal, cSkipped * 100 // cTotal, cFailures * 100 // cTotal, ], [ self.fmtPctWithHits(cSuccesses, cTotal), self.fmtPctWithHits(cSkipped, cTotal), self.fmtPctWithHits(cFailures, cTotal), ]); else: oTable.addRow(sPeriod, [ cSuccesses * 100 // cTotal, cFailures * 100 // cTotal, ], [ self.fmtPctWithHits(cSuccesses, cTotal), self.fmtPctWithHits(cFailures, cTotal), ]); elif cTotalSkipped > 0: oTable.addRow(sPeriod, [ 0, 0, 0 ], [ '0%', '0%', '0%' ]); else: oTable.addRow(sPeriod, [ 0, 0 ], [ '0%', '0%' ]); # # Render the graph. # oGraph = WuiHlpBarGraph('success-rate', oTable, self._oDisp); oGraph.setRangeMax(100); sReport += oGraph.renderGraph(); # # Graph with absolute counts. # if fTailoredForGoogleCharts: if cTotalSkipped > 0: oTable = WuiHlpGraphDataTable(None, [ 'Succeeded', 'Skipped', 'Failed' ]); else: oTable = WuiHlpGraphDataTable(None, [ 'Succeeded', 'Failed' ]); for i, dStatuses in enumerate(adPeriods): cSuccesses = dStatuses[ReportModelBase.ksTestStatus_Success]; cFailures = dStatuses[ReportModelBase.ksTestStatus_Failure]; cSkipped = dStatuses[ReportModelBase.ksTestStatus_Skipped]; if cTotalSkipped > 0: oTable.addRow(None, #self._oModel.getPeriodDesc(i), [ cSuccesses, cSkipped, cFailures, ], [ str(cSuccesses) if cSuccesses > 0 else None, str(cSkipped) if cSkipped > 0 else None, str(cFailures) if cFailures > 0 else None, ]); else: oTable.addRow(None, #self._oModel.getPeriodDesc(i), [ cSuccesses, cFailures, ], [ str(cSuccesses) if cSuccesses > 0 else None, str(cFailures) if cFailures > 0 else None, ]); oGraph = WuiHlpBarGraph('success-numbers', oTable, self._oDisp); oGraph.invertYDirection(); sReport += oGraph.renderGraph(); return sReport; class WuiReportFailuresBase(WuiReportBase): """ Common parent of WuiReportFailureReasons and WuiReportTestCaseFailures. """ def _splitSeriesIntoMultipleGraphs(self, aidSorted, cMaxSeriesPerGraph = 8): """ Splits the ID array into one or more arrays, making sure we don't have too many series per graph. Returns array of ID arrays. """ if len(aidSorted) <= cMaxSeriesPerGraph + 2: return [aidSorted,]; cGraphs = len(aidSorted) // cMaxSeriesPerGraph + (len(aidSorted) % cMaxSeriesPerGraph != 0); cPerGraph = len(aidSorted) // cGraphs + (len(aidSorted) % cGraphs != 0); aaoRet = []; cLeft = len(aidSorted); iSrc = 0; while cLeft > 0: cThis = cPerGraph; if cLeft <= cPerGraph + 2: cThis = cLeft; elif cLeft <= cPerGraph * 2 + 4: cThis = cLeft // 2; aaoRet.append(aidSorted[iSrc : iSrc + cThis]); iSrc += cThis; cLeft -= cThis; return aaoRet; def _formatEdgeOccurenceSubject(self, oTransient): """ Worker for _formatEdgeOccurence that child classes overrides to format their type of subject data in the best possible way. """ _ = oTransient; assert False; return ''; def _formatEdgeOccurence(self, oTransient): """ Helper for formatting the transients. oTransient is of type ReportFailureReasonTransient or ReportTestCaseFailureTransient. """ sHtml = u'
  • '; if oTransient.fEnter: sHtml += 'Since '; else: sHtml += 'Until '; sHtml += WuiSvnLinkWithTooltip(oTransient.iRevision, oTransient.sRepository, fBracketed = 'False').toHtml(); sHtml += u', %s: ' % (WuiTestSetLink(oTransient.idTestSet, self.formatTsShort(oTransient.tsDone), fBracketed = False).toHtml(), ) sHtml += self._formatEdgeOccurenceSubject(oTransient); sHtml += u'
    • \n'; return sHtml; def _generateTransitionList(self, oSet): """ Generates the enter and leave lists. """ # Skip this if we're looking at builds. if self._oModel.sSubject in [self._oModel.ksSubBuild,] and len(self._oModel.aidSubjects) in [1, 2]: return u''; sHtml = u'

    Movements:

    \n' \ u'\n'; return sHtml; def _formatSeriesNameColumnHeadersForTable(self): """ Formats the series name column for the HTML table. """ return 'Subject Name'; def _formatSeriesNameForTable(self, oSet, idKey): """ Formats the series name for the HTML table. """ _ = oSet; return '%d' % (idKey,); def _formatRowValueForTable(self, oRow, oPeriod, cColsPerSeries): """ Formats a row value for the HTML table. """ _ = oPeriod; if oRow is None: return u' ' % (cColsPerSeries,); if cColsPerSeries == 2: return u'%u%%%u / %u' \ % (oRow.cHits * 100 // oRow.cTotal, oRow.cHits, oRow.cTotal); return u'%u' % (oRow.cHits,); def _formatSeriesTotalForTable(self, oSet, idKey, cColsPerSeries): """ Formats the totals cell for a data series in the HTML table. """ dcTotalPerId = getattr(oSet, 'dcTotalPerId', None); if cColsPerSeries == 2: return u'%u%%%u/%u' \ % (oSet.dcHitsPerId[idKey] * 100 // dcTotalPerId[idKey], oSet.dcHitsPerId[idKey], dcTotalPerId[idKey]); return u'%u' % (oSet.dcHitsPerId[idKey],); def _generateTableForSet(self, oSet, aidSorted = None, iSortColumn = 0, fWithTotals = True, cColsPerSeries = None): """ Turns the set into a table. Returns raw html. """ sHtml = u'\n'; if cColsPerSeries is None: cColsPerSeries = 2 if hasattr(oSet, 'dcTotalPerId') else 1; # Header row. sHtml += u' '; sHtml += self._formatSeriesNameColumnHeadersForTable(); for iPeriod, oPeriod in enumerate(reversed(oSet.aoPeriods)): sHtml += u'' \ % ( cColsPerSeries, self._oDisp.ksParamSortColumns, iPeriod, webutils.escapeElem(oPeriod.sDesc), '▼' if iPeriod == iSortColumn else ''); if fWithTotals: sHtml += u'' \ % ( cColsPerSeries, self._oDisp.ksParamSortColumns, len(oSet.aoPeriods), '▼' if iSortColumn == len(oSet.aoPeriods) else ''); sHtml += u'\n'; # Each data series. if aidSorted is None: aidSorted = oSet.dSubjects.keys(); sHtml += u' \n'; for iRow, idKey in enumerate(aidSorted): sHtml += u' ' % ('tmodd' if iRow & 1 else 'tmeven',); sHtml += u'' % (iRow + 1,); sHtml += self._formatSeriesNameForTable(oSet, idKey); for oPeriod in reversed(oSet.aoPeriods): oRow = oPeriod.dRowsById.get(idKey, None); sHtml += self._formatRowValueForTable(oRow, oPeriod, cColsPerSeries); if fWithTotals: sHtml += self._formatSeriesTotalForTable(oSet, idKey, cColsPerSeries); sHtml += u' \n'; sHtml += u' \n'; sHtml += u'
    #%s%sTotal%s
    #%u
    \n'; return sHtml; class WuiReportFailuresWithTotalBase(WuiReportFailuresBase): """ For ReportPeriodSetWithTotalBase. """ def _formatSeriedNameForGraph(self, oSubject): """ Format the subject name for the graph. """ return str(oSubject); def _getSortedIds(self, oSet): """ Get default sorted subject IDs and which column. """ # Figure the sorting column. if self._aiSortColumns is not None \ and self._aiSortColumns \ and abs(self._aiSortColumns[0]) <= len(oSet.aoPeriods): iSortColumn = abs(self._aiSortColumns[0]); fByTotal = iSortColumn >= len(oSet.aoPeriods); # pylint: disable=unused-variable elif oSet.cMaxTotal < 10: iSortColumn = len(oSet.aoPeriods); else: iSortColumn = 0; if iSortColumn >= len(oSet.aoPeriods): # Sort the total. aidSortedRaw = sorted(oSet.dSubjects, key = lambda idKey: oSet.dcHitsPerId[idKey] * 10000 // oSet.dcTotalPerId[idKey], reverse = True); else: # Sort by NOW column. dTmp = {}; for idKey in oSet.dSubjects: oRow = oSet.aoPeriods[-1 - iSortColumn].dRowsById.get(idKey, None); if oRow is None: dTmp[idKey] = 0; else: dTmp[idKey] = oRow.cHits * 10000 // max(1, oRow.cTotal); aidSortedRaw = sorted(dTmp, key = lambda idKey: dTmp[idKey], reverse = True); return (aidSortedRaw, iSortColumn); def _generateGraph(self, oSet, sIdBase, aidSortedRaw): """ Generates graph. """ sHtml = u''; fGenerateGraph = len(aidSortedRaw) <= 6 and len(aidSortedRaw) > 0; ## Make this configurable. if fGenerateGraph: # Figure the graph width for all of them. uPctMax = max(oSet.uMaxPct, oSet.cMaxHits * 100 // oSet.cMaxTotal); uPctMax = max(uPctMax + 2, 10); for _, aidSorted in enumerate(self._splitSeriesIntoMultipleGraphs(aidSortedRaw, 8)): asNames = []; for idKey in aidSorted: oSubject = oSet.dSubjects[idKey]; asNames.append(self._formatSeriedNameForGraph(oSubject)); oTable = WuiHlpGraphDataTable('Period', asNames); for _, oPeriod in enumerate(reversed(oSet.aoPeriods)): aiValues = []; asValues = []; for idKey in aidSorted: oRow = oPeriod.dRowsById.get(idKey, None); if oRow is not None: aiValues.append(oRow.cHits * 100 // oRow.cTotal); asValues.append(self.fmtPctWithHitsAndTotal(oRow.cHits, oRow.cTotal)); else: aiValues.append(0); asValues.append('0'); oTable.addRow(oPeriod.sDesc, aiValues, asValues); if True: # pylint: disable=using-constant-test aiValues = []; asValues = []; for idKey in aidSorted: uPct = oSet.dcHitsPerId[idKey] * 100 // oSet.dcTotalPerId[idKey]; aiValues.append(uPct); asValues.append(self.fmtPctWithHitsAndTotal(oSet.dcHitsPerId[idKey], oSet.dcTotalPerId[idKey])); oTable.addRow('Totals', aiValues, asValues); oGraph = WuiHlpBarGraph(sIdBase, oTable, self._oDisp); oGraph.setRangeMax(uPctMax); sHtml += '
    \n'; sHtml += oGraph.renderGraph(); return sHtml; class WuiReportFailureReasons(WuiReportFailuresBase): """ Generates a report displaying the failure reasons over time. """ def _formatEdgeOccurenceSubject(self, oTransient): return u'%s / %s' % ( webutils.escapeElem(oTransient.oReason.oCategory.sShort), webutils.escapeElem(oTransient.oReason.sShort),); def _formatSeriesNameColumnHeadersForTable(self): return 'Failure Reason'; def _formatSeriesNameForTable(self, oSet, idKey): oReason = oSet.dSubjects[idKey]; sHtml = u''; sHtml += u'%s / %s' % ( webutils.escapeElem(oReason.oCategory.sShort), webutils.escapeElem(oReason.sShort),); sHtml += u''; return sHtml; def generateReportBody(self): self._sTitle = 'Failure reasons'; # # Get the data and sort the data series in descending order of badness. # oSet = self._oModel.getFailureReasons(); aidSortedRaw = sorted(oSet.dSubjects, key = lambda idReason: oSet.dcHitsPerId[idReason], reverse = True); # # Generate table and transition list. These are the most useful ones with the current graph machinery. # sHtml = self._generateTableForSet(oSet, aidSortedRaw, len(oSet.aoPeriods)); sHtml += self._generateTransitionList(oSet); # # Check if most of the stuff is without any assign reason, if so, skip # that part of the graph so it doesn't offset the interesting bits. # fIncludeWithoutReason = True; for oPeriod in reversed(oSet.aoPeriods): if oPeriod.cWithoutReason > oSet.cMaxHits * 4: fIncludeWithoutReason = False; sHtml += '

    Warning: Many failures without assigned reason!

    \n'; break; # # Generate the graph. # fGenerateGraph = len(aidSortedRaw) <= 9 and len(aidSortedRaw) > 0; ## Make this configurable. if fGenerateGraph: aidSorted = aidSortedRaw; asNames = []; for idReason in aidSorted: oReason = oSet.dSubjects[idReason]; asNames.append('%s / %s' % (oReason.oCategory.sShort, oReason.sShort,) ) if fIncludeWithoutReason: asNames.append('No reason'); oTable = WuiHlpGraphDataTable('Period', asNames); cMax = oSet.cMaxHits; for _, oPeriod in enumerate(reversed(oSet.aoPeriods)): aiValues = []; for idReason in aidSorted: oRow = oPeriod.dRowsById.get(idReason, None); iValue = oRow.cHits if oRow is not None else 0; aiValues.append(iValue); if fIncludeWithoutReason: aiValues.append(oPeriod.cWithoutReason); if oPeriod.cWithoutReason > cMax: cMax = oPeriod.cWithoutReason; oTable.addRow(oPeriod.sDesc, aiValues); oGraph = WuiHlpBarGraph('failure-reason', oTable, self._oDisp); oGraph.setRangeMax(max(cMax + 1, 3)); sHtml += oGraph.renderGraph(); return sHtml; class WuiReportTestCaseFailures(WuiReportFailuresWithTotalBase): """ Generates a report displaying the failure reasons over time. """ def _formatEdgeOccurenceSubject(self, oTransient): sHtml = u'%s ' % ( webutils.escapeElem(oTransient.oSubject.sName),); sHtml += WuiTestCaseDetailsLink(oTransient.oSubject.idTestCase, fBracketed = False).toHtml(); return sHtml; def _formatSeriesNameColumnHeadersForTable(self): return 'Test Case'; def _formatSeriesNameForTable(self, oSet, idKey): oTestCase = oSet.dSubjects[idKey]; return u'%s %s %s' % \ ( WuiTestResultsForTestCaseLink(idKey, oTestCase.sName, self._dExtraTestResultsParams).toHtml(), WuiTestCaseDetailsLink(oTestCase.idTestCase).toHtml(), WuiReportSummaryLink(ReportModelBase.ksSubTestCase, oTestCase.idTestCase, dExtraParams = self._dExtraParams).toHtml(),); def _formatSeriedNameForGraph(self, oSubject): return oSubject.sName; def generateReportBody(self): self._sTitle = 'Test Case Failures'; oSet = self._oModel.getTestCaseFailures(); (aidSortedRaw, iSortColumn) = self._getSortedIds(oSet); sHtml = self._generateTableForSet(oSet, aidSortedRaw, iSortColumn); sHtml += self._generateTransitionList(oSet); sHtml += self._generateGraph(oSet, 'testcase-graph', aidSortedRaw); return sHtml; class WuiReportTestCaseArgsFailures(WuiReportFailuresWithTotalBase): """ Generates a report displaying the failure reasons over time. """ def __init__(self, oModel, dParams, fSubReport = False, aiSortColumns = None, fnDPrint = None, oDisp = None): WuiReportFailuresWithTotalBase.__init__(self, oModel, dParams, fSubReport = fSubReport, aiSortColumns = aiSortColumns, fnDPrint = fnDPrint, oDisp = oDisp); self.oTestCaseCrit = TestResultFilter().aCriteria[TestResultFilter.kiTestCases] # type: FilterCriterion @staticmethod def _formatName(oTestCaseArgs): """ Internal helper for formatting the testcase name. """ if oTestCaseArgs.sSubName: sName = u'%s / %s' % ( oTestCaseArgs.oTestCase.sName, oTestCaseArgs.sSubName, ); else: sName = u'%s / #%u' % ( oTestCaseArgs.oTestCase.sName, oTestCaseArgs.idTestCaseArgs, ); return sName; def _formatEdgeOccurenceSubject(self, oTransient): sHtml = u'%s ' % ( webutils.escapeElem(self._formatName(oTransient.oSubject)),); sHtml += WuiTestCaseDetailsLink(oTransient.oSubject.idTestCase, fBracketed = False).toHtml(); return sHtml; def _formatSeriesNameColumnHeadersForTable(self): return 'Test Case / Variation'; def _formatSeriesNameForTable(self, oSet, idKey): oTestCaseArgs = oSet.dSubjects[idKey]; sHtml = u''; dParams = dict(self._dExtraTestResultsParams); dParams[self.oTestCaseCrit.sVarNm] = oTestCaseArgs.idTestCase; dParams[self.oTestCaseCrit.oSub.sVarNm] = idKey; sHtml += WuiTestResultsForTestCaseLink(oTestCaseArgs.idTestCase, self._formatName(oTestCaseArgs), dParams).toHtml(); sHtml += u' '; sHtml += WuiTestCaseDetailsLink(oTestCaseArgs.idTestCase).toHtml(); #sHtml += u' '; #sHtml += WuiReportSummaryLink(ReportModelBase.ksSubTestCaseArgs, oTestCaseArgs.idTestCaseArgs, # sName = self._formatName(oTestCaseArgs), dExtraParams = self._dExtraParams).toHtml(); sHtml += u''; return sHtml; def _formatSeriedNameForGraph(self, oSubject): return self._formatName(oSubject); def generateReportBody(self): self._sTitle = 'Test Case Variation Failures'; oSet = self._oModel.getTestCaseVariationFailures(); (aidSortedRaw, iSortColumn) = self._getSortedIds(oSet); sHtml = self._generateTableForSet(oSet, aidSortedRaw, iSortColumn); sHtml += self._generateTransitionList(oSet); sHtml += self._generateGraph(oSet, 'testcasearg-graph', aidSortedRaw); return sHtml; class WuiReportTestBoxFailures(WuiReportFailuresWithTotalBase): """ Generates a report displaying the failure reasons over time. """ def _formatEdgeOccurenceSubject(self, oTransient): sHtml = u'%s ' % ( webutils.escapeElem(oTransient.oSubject.sName),); sHtml += WuiTestBoxDetailsLinkShort(oTransient.oSubject).toHtml(); return sHtml; def _formatSeriesNameColumnHeadersForTable(self): return 'Test Box'; def _formatSeriesNameForTable(self, oSet, idKey): oTestBox = oSet.dSubjects[idKey]; sHtml = u''; sHtml += WuiTestResultsForTestBoxLink(idKey, oTestBox.sName, self._dExtraTestResultsParams).toHtml() sHtml += u' '; sHtml += WuiTestBoxDetailsLinkShort(oTestBox).toHtml(); sHtml += u' '; sHtml += WuiReportSummaryLink(ReportModelBase.ksSubTestBox, oTestBox.idTestBox, dExtraParams = self._dExtraParams).toHtml(); sHtml += u''; sOsAndVer = '%s %s' % (oTestBox.sOs, oTestBox.sOsVersion.strip(),); if len(sOsAndVer) < 22: sHtml += u'%s' % (webutils.escapeElem(sOsAndVer),); else: # wonder if td.title works.. sHtml += u'%s...' \ % (webutils.escapeAttr(sOsAndVer), webutils.escapeElem(sOsAndVer[:20])); sHtml += u'%s' % (webutils.escapeElem(oTestBox.getArchBitString()),); sHtml += u'%s' % (webutils.escapeElem(oTestBox.getPrettyCpuVendor()),); sHtml += u'%s' % (oTestBox.getPrettyCpuVersion(),); if oTestBox.fCpuNestedPaging: sHtml += u', np'; elif oTestBox.fCpuHwVirt: sHtml += u', hw'; else: sHtml += u', raw'; if oTestBox.fCpu64BitGuest: sHtml += u', 64'; sHtml += u''; return sHtml; def _formatSeriedNameForGraph(self, oSubject): return oSubject.sName; def generateReportBody(self): self._sTitle = 'Test Box Failures'; oSet = self._oModel.getTestBoxFailures(); (aidSortedRaw, iSortColumn) = self._getSortedIds(oSet); sHtml = self._generateTableForSet(oSet, aidSortedRaw, iSortColumn); sHtml += self._generateTransitionList(oSet); sHtml += self._generateGraph(oSet, 'testbox-graph', aidSortedRaw); return sHtml; class WuiReportSummary(WuiReportBase): """ Summary report. """ def generateReportBody(self): self._sTitle = 'Summary'; sHtml = '

    This will display several reports and listings useful to get an overview of %s (id=%s).

    ' \ % (self._oModel.sSubject, self._oModel.aidSubjects,); aoReports = []; aoReports.append(WuiReportSuccessRate( self._oModel, self._dParams, fSubReport = True, aiSortColumns = self._aiSortColumns, fnDPrint = self._fnDPrint, oDisp = self._oDisp)); aoReports.append(WuiReportTestCaseFailures(self._oModel, self._dParams, fSubReport = True, aiSortColumns = self._aiSortColumns, fnDPrint = self._fnDPrint, oDisp = self._oDisp)); if self._oModel.sSubject == ReportModelBase.ksSubTestCase: aoReports.append(WuiReportTestCaseArgsFailures(self._oModel, self._dParams, fSubReport = True, aiSortColumns = self._aiSortColumns, fnDPrint = self._fnDPrint, oDisp = self._oDisp)); aoReports.append(WuiReportTestBoxFailures( self._oModel, self._dParams, fSubReport = True, aiSortColumns = self._aiSortColumns, fnDPrint = self._fnDPrint, oDisp = self._oDisp)); aoReports.append(WuiReportFailureReasons( self._oModel, self._dParams, fSubReport = True, aiSortColumns = self._aiSortColumns, fnDPrint = self._fnDPrint, oDisp = self._oDisp)); for oReport in aoReports: (sTitle, sContent) = oReport.show(); sHtml += '
    '; # drop this layout hack sHtml += '
    '; sHtml += '

    %s

    \n' % (webutils.escapeElem(sTitle),); sHtml += sContent; sHtml += '
    '; return sHtml;