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 += '<br>\n'
sHtml += oGraph.renderGraph()
return sHtml
def generateReportBody(self):
self._sTitle = 'Success rate'
adPeriods = self._oModel.getSuccessRates()
sReport = ''
oTable = WuiHlpGraphDataTable('Period',
['Succeeded', 'Skipped', 'Failed'])
#for i in range(len(adPeriods) - 1, -1, -1):
for i in range(len(adPeriods)):
dStatuses = adPeriods[i]
cSuccess = dStatuses[
ReportModelBase.ksTestStatus_Success] + dStatuses[
ReportModelBase.ksTestStatus_Skipped]
cTotal = cSuccess + dStatuses[ReportModelBase.ksTestStatus_Failure]
sPeriod = self._oModel.getPeriodDesc(i)
if cTotal > 0:
iPctSuccess = dStatuses[
ReportModelBase.ksTestStatus_Success] * 100 / cTotal
iPctSkipped = dStatuses[
ReportModelBase.ksTestStatus_Skipped] * 100 / cTotal
iPctFailure = dStatuses[
ReportModelBase.ksTestStatus_Failure] * 100 / cTotal
oTable.addRow(
sPeriod, [iPctSuccess, iPctSkipped, iPctFailure], [
'%s%% (%d)' %
(iPctSuccess,
dStatuses[ReportModelBase.ksTestStatus_Success]),
'%s%% (%d)' %
(iPctSkipped,
dStatuses[ReportModelBase.ksTestStatus_Skipped]),
'%s%% (%d)' %
(iPctFailure,
dStatuses[ReportModelBase.ksTestStatus_Failure]),
])
else:
oTable.addRow(sPeriod, [0, 0, 0], ['0%', '0%', '0%'])
cTotalNow = adPeriods[0][ReportModelBase.ksTestStatus_Success]
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Skipped]
cSuccessNow = cTotalNow
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Failure]
sReport += '<p>Current success rate: '
if cTotalNow > 0:
sReport += '%s%% (thereof %s%% skipped)</p>\n' \
% ( cSuccessNow * 100 / cTotalNow, adPeriods[0][ReportModelBase.ksTestStatus_Skipped] * 100 / cTotalNow)
else:
sReport += 'N/A</p>\n'
oGraph = WuiHlpBarGraph('success-rate', oTable, self._oDisp)
oGraph.setRangeMax(100)
sReport += oGraph.renderGraph()
return sReport
def generateReportBody(self):
self._sTitle = "Success rate"
adPeriods = self._oModel.getSuccessRates()
sReport = ""
oTable = WuiHlpGraphDataTable("Period", ["Succeeded", "Skipped", "Failed"])
# for i in range(len(adPeriods) - 1, -1, -1):
for i in range(len(adPeriods)):
dStatuses = adPeriods[i]
cSuccess = dStatuses[ReportModelBase.ksTestStatus_Success] + dStatuses[ReportModelBase.ksTestStatus_Skipped]
cTotal = cSuccess + dStatuses[ReportModelBase.ksTestStatus_Failure]
sPeriod = self._oModel.getPeriodDesc(i)
if cTotal > 0:
iPctSuccess = dStatuses[ReportModelBase.ksTestStatus_Success] * 100 / cTotal
iPctSkipped = dStatuses[ReportModelBase.ksTestStatus_Skipped] * 100 / cTotal
iPctFailure = dStatuses[ReportModelBase.ksTestStatus_Failure] * 100 / cTotal
oTable.addRow(
sPeriod,
[iPctSuccess, iPctSkipped, iPctFailure],
[
"%s%% (%d)" % (iPctSuccess, dStatuses[ReportModelBase.ksTestStatus_Success]),
"%s%% (%d)" % (iPctSkipped, dStatuses[ReportModelBase.ksTestStatus_Skipped]),
"%s%% (%d)" % (iPctFailure, dStatuses[ReportModelBase.ksTestStatus_Failure]),
],
)
else:
oTable.addRow(sPeriod, [0, 0, 0], ["0%", "0%", "0%"])
cTotalNow = adPeriods[0][ReportModelBase.ksTestStatus_Success]
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Skipped]
cSuccessNow = cTotalNow
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Failure]
sReport += "<p>Current success rate: "
if cTotalNow > 0:
sReport += "%s%% (thereof %s%% skipped)</p>\n" % (
cSuccessNow * 100 / cTotalNow,
adPeriods[0][ReportModelBase.ksTestStatus_Skipped] * 100 / cTotalNow,
)
else:
sReport += "N/A</p>\n"
oGraph = WuiHlpBarGraph("success-rate", oTable, self._oDisp)
oGraph.setRangeMax(100)
sReport += oGraph.renderGraph()
return sReport
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:
uPct = oRow.cHits * 100 / oRow.cTotal;
aiValues.append(uPct);
asValues.append('%u%% (%u/%u)' % (uPct, oRow.cHits, oRow.cTotal));
else:
aiValues.append(0);
asValues.append('0');
oTable.addRow(oPeriod.sDesc, aiValues, asValues);
if True: # pylint: disable=W0125
aiValues = [];
asValues = [];
for idKey in aidSorted:
uPct = oSet.dcHitsPerId[idKey] * 100 / oSet.dcTotalPerId[idKey];
aiValues.append(uPct);
asValues.append('%u%% (%u/%u)' % (uPct, oSet.dcHitsPerId[idKey], oSet.dcTotalPerId[idKey]));
oTable.addRow('Totals', aiValues, asValues);
oGraph = WuiHlpBarGraph(sIdBase, oTable, self._oDisp);
oGraph.setRangeMax(uPctMax);
sHtml += '<br>\n';
sHtml += oGraph.renderGraph();
return sHtml;
def generateReportBody(self):
self._sTitle = 'Success rate';
adPeriods = self._oModel.getSuccessRates();
sReport = '';
oTable = WuiHlpGraphDataTable('Period', [ 'Succeeded', 'Skipped', 'Failed' ]);
#for i in range(len(adPeriods) - 1, -1, -1):
for i in range(len(adPeriods)):
dStatuses = adPeriods[i];
cSuccess = dStatuses[ReportModelBase.ksTestStatus_Success] + dStatuses[ReportModelBase.ksTestStatus_Skipped];
cTotal = cSuccess + dStatuses[ReportModelBase.ksTestStatus_Failure];
sPeriod = self._oModel.getPeriodDesc(i);
if cTotal > 0:
iPctSuccess = dStatuses[ReportModelBase.ksTestStatus_Success] * 100 / cTotal;
iPctSkipped = dStatuses[ReportModelBase.ksTestStatus_Skipped] * 100 / cTotal;
iPctFailure = dStatuses[ReportModelBase.ksTestStatus_Failure] * 100 / cTotal;
oTable.addRow(sPeriod, [ iPctSuccess, iPctSkipped, iPctFailure ],
[ '%s%% (%d)' % (iPctSuccess, dStatuses[ReportModelBase.ksTestStatus_Success]),
'%s%% (%d)' % (iPctSkipped, dStatuses[ReportModelBase.ksTestStatus_Skipped]),
'%s%% (%d)' % (iPctFailure, dStatuses[ReportModelBase.ksTestStatus_Failure]), ]);
else:
oTable.addRow(sPeriod, [ 0, 0, 0 ], [ '0%', '0%', '0%' ]);
cTotalNow = adPeriods[0][ReportModelBase.ksTestStatus_Success];
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Skipped];
cSuccessNow = cTotalNow;
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Failure];
sReport += '<p>Current success rate: ';
if cTotalNow > 0:
sReport += '%s%% (thereof %s%% skipped)</p>\n' \
% ( cSuccessNow * 100 / cTotalNow, adPeriods[0][ReportModelBase.ksTestStatus_Skipped] * 100 / cTotalNow);
else:
sReport += 'N/A</p>\n'
oGraph = WuiHlpBarGraph('success-rate', oTable, self._oDisp);
oGraph.setRangeMax(100);
sReport += oGraph.renderGraph();
return sReport;
def generateReportBody(self):
self._sTitle = 'Success rate';
adPeriods = self._oModel.getSuccessRates();
sReport = '';
oTable = WuiHlpGraphDataTable('Period', [ 'Succeeded', 'Skipped', 'Failed' ]);
#for i in range(len(adPeriods) - 1, -1, -1):
for i, dStatuses in enumerate(adPeriods):
cSuccess = dStatuses[ReportModelBase.ksTestStatus_Success] + dStatuses[ReportModelBase.ksTestStatus_Skipped];
cTotal = cSuccess + dStatuses[ReportModelBase.ksTestStatus_Failure];
sPeriod = self._oModel.getPeriodDesc(i);
if cTotal > 0:
oTable.addRow(sPeriod,
[ dStatuses[ReportModelBase.ksTestStatus_Success] * 100 / cTotal,
dStatuses[ReportModelBase.ksTestStatus_Skipped] * 100 / cTotal,
dStatuses[ReportModelBase.ksTestStatus_Failure] * 100 / cTotal, ],
[ self.fmtPctWithHits(dStatuses[ReportModelBase.ksTestStatus_Success], cTotal),
self.fmtPctWithHits(dStatuses[ReportModelBase.ksTestStatus_Skipped], cTotal),
self.fmtPctWithHits(dStatuses[ReportModelBase.ksTestStatus_Failure], cTotal), ]);
else:
oTable.addRow(sPeriod, [ 0, 0, 0 ], [ '0%', '0%', '0%' ]);
cTotalNow = adPeriods[0][ReportModelBase.ksTestStatus_Success];
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Skipped];
cSuccessNow = cTotalNow;
cTotalNow += adPeriods[0][ReportModelBase.ksTestStatus_Failure];
sReport += '<p>Current success rate: ';
if cTotalNow > 0:
sReport += '%s%% (thereof %s%% skipped)</p>\n' \
% ( cSuccessNow * 100 / cTotalNow, adPeriods[0][ReportModelBase.ksTestStatus_Skipped] * 100 / cTotalNow);
else:
sReport += 'N/A</p>\n'
oGraph = WuiHlpBarGraph('success-rate', oTable, self._oDisp);
oGraph.setRangeMax(100);
sReport += oGraph.renderGraph();
return sReport;
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 += '<p>Warning: Many failures without assigned reason!</p>\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
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 = '<p>Current success rate: '
if cTotalNow > 0:
cSkippedNow = adPeriods[0][ReportModelBase.ksTestStatus_Skipped]
if cSkippedNow > 0:
sReport += '%s (thereof %s skipped)</p>\n' \
% (self.fmtPct(cSuccessNow, cTotalNow), self.fmtPct(cSkippedNow, cTotalNow),)
else:
sReport += '%s (none skipped)</p>\n' % (self.fmtPct(
cSuccessNow, cTotalNow), )
else:
sReport += 'N/A</p>\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
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 += '<p>Warning: Many failures without assigned reason!</p>\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;