def run(self, args):
if not self.args(args):
return False
self.handler = StandardResultHandler(self._pageName, self._host,
self._port)
self.establishCommonTopLevelOptions(self.options, self._pythonPath)
self.pushRunOptionsToTest()
self.establishConnection(self.makeHttpRequest(), self._host,
self._port)
self.validateConnection()
if not self.options.pythonPath:
classpathItems = self._processClasspathDocument()
if classpathItems:
cpMsg = "Classpath received from server: " + classpathItems
if self.options.verbose:
conMsg.rmsg(cpMsg)
else:
conMsg.tmsg(cpMsg)
self._pythonPath, renamesFileName = self.extractPythonPath(
classpathItems, self.options)
self._renamesFileName = firstNonNone(renamesFileName,
self._renamesFileName)
self.pushRunOptionsToTest()
self.establishTestLevelOptions(self.options, self._pythonPath)
FG.appConfigInterface("beforeRunExecution")
self.executor = FitNesseTestExecutor(self.fixtureListener,
self.options)
result = self.executor.process(self._renamesFileName)
FG.appConfigInterface("afterRunExecution", result)
self._finalCount()
self.closeConnection()
self.handler.cleanUp()
self._statsHandler.endOfAllTests()
self._statsHandler.writeStats()
return True
def run(self, args):
if not self.args(args):
return False
self.handler = StandardResultHandler(self._pageName,
self._host, self._port)
self.establishCommonTopLevelOptions(self.options, self._pythonPath)
self.pushRunOptionsToTest()
self.establishConnection(self.makeHttpRequest(),
self._host, self._port)
self.validateConnection()
if not self.options.pythonPath:
classpathItems = self._processClasspathDocument()
if classpathItems:
cpMsg = "Classpath received from server: " + classpathItems
if self.options.verbose:
conMsg.rmsg(cpMsg)
else:
conMsg.tmsg(cpMsg)
self._pythonPath, renamesFileName = self.extractPythonPath(
classpathItems, self.options)
self._renamesFileName = firstNonNone(renamesFileName,
self._renamesFileName)
self.pushRunOptionsToTest()
self.establishTestLevelOptions(self.options, self._pythonPath)
FG.appConfigInterface("beforeRunExecution")
self.executor = FitNesseTestExecutor(self.fixtureListener,
self.options)
result = self.executor.process(self._renamesFileName)
FG.appConfigInterface("afterRunExecution", result)
self._finalCount()
self.closeConnection()
self.handler.cleanUp()
self._statsHandler.endOfAllTests()
self._statsHandler.writeStats()
return True
def run(self):
FG.RunOptions = self.options
self.pushRunOptionsToTest()
if not self._runObj.verify():
return -1
FG.appConfigInterface("beforeRunExecution")
self._runObj.run()
finalTotals = conTotal.finalTotal()
FG.appConfigInterface("afterRunExecution", finalTotals)
stats.writeXMLFile()
return finalTotals.numErrors()
def run(self):
for item, opts in self.executionList:
FG.appConfigInterface("individualTestOptions", opts)
self.pushRunOptionsToTest()
result = self.establishTestLevelOptions(opts, [])
if result is True:
item.run()
else:
conMsg.err(result)
FG.Options = FG.RunOptions
return
def run(self):
for item, opts in self.executionList:
FG.appConfigInterface("individualTestOptions", opts)
self.pushRunOptionsToTest()
result = self.establishTestLevelOptions(opts, [])
if result is True:
item.run()
else:
conMsg.err(result)
FG.Options = FG.RunOptions
return
def run(self):
FG.RunOptions = self.options
self.pushRunOptionsToTest()
if not self._runObj.verify():
return -1
FG.appConfigInterface("beforeRunExecution")
self._runObj.run()
finalTotals = conTotal.finalTotal()
FG.appConfigInterface("afterRunExecution", finalTotals)
stats.writeXMLFile()
return finalTotals.numErrors()
def run(self, argv):
result = self.args(argv)
if not result:
return result
self.establishCommonTopLevelOptions(self.options,
self._addToPythonPath)
self.establishConnection(self._makeHttpRequest(), self.host, self.port)
self.validateConnection()
FG.appConfigInterface("beforeRunExecution")
self.executor = FitNesseTestExecutor(TablePrintingFixtureListener(),
self.options)
self.counts = self.executor.process(self._renameFileName)
FG.appConfigInterface("afterRunExecution", self.counts)
self.closeConnection()
self.exit()
return self.exitCode()
def getMeaningfulMessage(self):
__pychecker__ = "no-classattr" # self.args
args = self.args
if len(args) == 0:
args = ("zeroLengthArgs",)
#
numParms, isExc, doTrace, template = self.templates.get(args[0],
(None, None, None, None))
if numParms is None:
isExc, doTrace = EXC, TRACE
msg = ("Unknown Message Key. Application Configuration Exit"
" did not override it.")
exitResult = FitGlobal.appConfigInterface("mapErrorMessage", args,
isExc, doTrace)
#
if exitResult is None:
return self.extractEnglishMessage(args)
if isinstance(exitResult, StringTypes):
return isExc, doTrace, exitResult
if exitResult[0] is None:
isExc, doTrace, msg = self.extractEnglishMessage(args)
doTrace = exitResult[1]
return isExc, doTrace, msg
msg, doTrace = exitResult
return isExc, doTrace, msg
def bind (self, heads):
self.columnBindings = [None] * heads.size()
self.columnExecutors = [None] * len(self.columnBindings)
i = 0
classTypeDict = getattr(self.__class__, "_typeDict", {})
extendedProcess = classTypeDict.get(".extendedLabelProcess")
typeDict = self.getTargetClass()._typeDict
dotMarkup = typeDict.get(".markup")
dotDisplay = FitGlobal.getDiagnosticOption("displayLabelMapping")
if dotDisplay is None:
dotDisplay = (typeDict.get(".display") == "on")
while heads:
if extendedProcess == "on":
try:
kind, name = self.processLabel(heads.text(), i)
except Exception, e:
self.exception(heads, e)
heads = heads.more
i += 1
continue
if kind == "continue":
name, kind = self._extractColumnTypeFromOldMarkup(name, typeDict)
elif kind == "lookup":
kind = self._extractColumnTypeUsingMetadata(name, typeDict)
elif dotMarkup == "off":
name = self.camel(heads.text())
kind = self._extractColumnTypeUsingMetadata(name, typeDict)
def doRows(self, rows):
exceptionIfNone(rows, "ColumnHeadsMissing")
self._shouldTakeExits = self._extractMetaData(".takeRowExits")
if self._shouldTakeExits is None:
self._shouldTakeExits = FitGlobal.appConfigInterface(
"columnFixtureExits", rows)
self.bind(rows.parts)
super(ColumnFixture, self).doRows(rows.more)
def run(self, argv):
result = self.args(argv)
if not result:
return result
self.establishCommonTopLevelOptions(self.options,
self._addToPythonPath)
self.establishConnection(self._makeHttpRequest(),
self.host, self.port)
self.validateConnection()
FG.appConfigInterface("beforeRunExecution")
self.executor = FitNesseTestExecutor(
TablePrintingFixtureListener(),
self.options)
self.counts = self.executor.process(self._renameFileName)
FG.appConfigInterface("afterRunExecution", self.counts)
self.closeConnection()
self.exit()
return self.exitCode()
def doTable(self, table):
shouldTakeExits = self._extractMetaData(".takeSetupExits")
if shouldTakeExits is None:
shouldTakeExits = FitGlobal.appConfigInterface(
"fixtureSetUpExit", table)
if shouldTakeExits is not False:
self.setUpFixture(table.parts)
self.doRows(table.parts.more)
if shouldTakeExits is not False:
self.tearDownFixture()
def doTable(self, table):
shouldTakeExits = self._extractMetaData(".takeSetupExits")
if shouldTakeExits is None:
shouldTakeExits = FitGlobal.appConfigInterface(
"fixtureSetUpExit", table)
if shouldTakeExits is not False:
self.setUpFixture(table.parts)
self.doRows(table.parts.more)
if shouldTakeExits is not False:
self.tearDownFixture()
def run(self):
FG.inFileName = FG.fsa.abspath(self.inFileName)
FG.outFileName = FG.fsa.abspath(self.outFileName)
head, tail = FG.fsa.split(self.inFileName)
try:
stack.push(head)
self.parseTree = self.getParseTree(self.inFileName)
self.parseTree = stack.wrapParseTree(self.parseTree)
stack.pop()
except Exception, e:
FG.appConfigInterface("beforeTestExecution",
FG.inFileName, e)
conMsg.err("Unexpected Exception in parsing %s" % FG.inFileName)
print "Unexpected Exception in parsing %s" % FG.inFileName
exType, exInfo, exTrace = sys.exc_info()
traceback.print_exception(exType, exInfo, exTrace,
None, sys.stdout)
traceback.print_exception(exType, exInfo, exTrace,
None, conMsg)
conTotal.fileResult(self.inFileName, Counts(0,0,0,1))
return Counts(0,0,0,1)
def handleParseException(self, e, docName):
excClass, info, tb = sys.exc_info()
traceList = traceback.format_exception(excClass, info, tb)
trace = "".join(traceList)
conMsg.tmsg("Parse exception occurred!: " + trace)
html = "<table><tr><td>Unable to parse input. Input ignored</td></tr></table>"
tables = Parse(html)
tables.leader = docName + "\n" + tables.leader
self.fixture.exception(tables, e)
self.fixture.listener.createPage(tables)
self.counts += self.fixture.counts
try:
self.fixture.listener.tableFinished(tables)
self.fixture.listener.tablesFinished(self.counts)
except:
pass
self.fixture.listener.writeCounts(self.fixture.counts,
self.options.verbose)
FG.appConfigInterface("afterTestExecution", self.fixture.counts,
self.fixture.summary)
return
def run(self):
FG.inFileName = FG.fsa.abspath(self.inFileName)
FG.outFileName = FG.fsa.abspath(self.outFileName)
head, tail = FG.fsa.split(self.inFileName)
try:
stack.push(head)
self.parseTree = self.getParseTree(self.inFileName)
self.parseTree = stack.wrapParseTree(self.parseTree)
stack.pop()
except Exception, e:
FG.appConfigInterface("beforeTestExecution",
FG.inFileName, e)
conMsg.err("Unexpected Exception in parsing %s" % FG.inFileName)
print "Unexpected Exception in parsing %s" % FG.inFileName
exType, exInfo, exTrace = sys.exc_info()
traceback.print_exception(exType, exInfo, exTrace,
None, sys.stdout)
traceback.print_exception(exType, exInfo, exTrace,
None, conMsg)
conTotal.fileResult(self.inFileName, Counts(0,0,0,1))
return Counts(0,0,0,1)
def __init__(self, instance, name, typeName, metaData = None):
__pychecker__ = "no-noeffect" # two or stmts below
super(FloatAdapter, self).__init__(instance, name, typeName,
metaData = metaData)
metaData = metaData or {}
self.precision = metaData.get("%s.precision" % name) or 4
self.charBounds = metaData.get("%s.charBounds" % name) or "5"
self.checkOptions = "eer" # current default, change for 2.0???
self.checkOptions = firstNonNone(FitGlobal.appConfigInterface(
"fpTypeAdapterCheck"), self.checkOptions)
self.checkOptions = firstNonNone(metaData.get(
"%s.checkType" % name), self.checkOptions)
def process(self, renamesFile=""):
self._renameFileName = renamesFile
self.fixture = Fixture()
self.fixture.listener = self.fixtureListener
self.fixture.listener.runner = self
try:
while True:
try:
self._newFixture()
size = FitProtocol.readSize(netIn)
if not size: break
conMsg.tmsg("processing document of size: %s \n" % size)
document = FitProtocol.readDocument(netIn, size)
firstSep = document.find("\n")
if firstSep > -1:
docName = document[:firstSep]
else:
conMsg.emsg("Malformed Document received!. Exiting!")
raise Exception("Malformed Document received!")
conMsg.tmsg("new document: '%s'" % docName)
tables = Parse(document)
shouldExecute = FG.appConfigInterface(
"beforeTestExecution", docName, tables)
if shouldExecute is not False:
## outDir = getattr(self.options, "outputDir", None)
## if outDir:
## docName = docName or "The Test"
## FG.outFileName = (
## "%s/%s.html" % (outDir, docName))
self.fixture.listener.createPage(tables)
self.fixture.doTables(tables)
self.fixture.listener.writeCounts(
self.fixture.counts, self.options.verbose)
self.counts += self.fixture.counts
FG.appConfigInterface("afterTestExecution",
self.fixture.counts,
self.fixture.summary)
except ParseException, e:
self.handleParseException(e, docName)
conMsg.tmsg("completion signal received\n")
def process(self, renamesFile=""):
self._renameFileName = renamesFile
self.fixture = Fixture()
self.fixture.listener = self.fixtureListener
self.fixture.listener.runner = self
try:
while True:
try:
self._newFixture()
size = FitProtocol.readSize(netIn)
if not size: break
conMsg.tmsg("processing document of size: %s \n" % size)
document = FitProtocol.readDocument(netIn, size)
firstSep = document.find("\n")
if firstSep > -1:
docName = document[:firstSep]
else:
conMsg.emsg("Malformed Document received!. Exiting!")
raise Exception("Malformed Document received!")
conMsg.tmsg("new document: '%s'" % docName)
tables = Parse(document)
shouldExecute = FG.appConfigInterface(
"beforeTestExecution", docName, tables)
if shouldExecute is not False:
## outDir = getattr(self.options, "outputDir", None)
## if outDir:
## docName = docName or "The Test"
## FG.outFileName = (
## "%s/%s.html" % (outDir, docName))
self.fixture.listener.createPage(tables)
self.fixture.doTables(tables)
self.fixture.listener.writeCounts(
self.fixture.counts, self.options.verbose)
self.counts += self.fixture.counts
FG.appConfigInterface("afterTestExecution",
self.fixture.counts,
self.fixture.summary)
except ParseException, e:
self.handleParseException(e, docName)
conMsg.tmsg("completion signal received\n")
def handleParseException(self, e, docName):
excClass, info, tb = sys.exc_info()
traceList = traceback.format_exception(excClass, info, tb)
trace = "".join(traceList)
conMsg.tmsg("Parse exception occurred!: " + trace)
html = "<table><tr><td>Unable to parse input. Input ignored</td></tr></table>"
tables = Parse(html)
tables.leader = docName + "\n" + tables.leader
self.fixture.exception(tables, e)
self.fixture.listener.createPage(tables)
self.counts += self.fixture.counts
try:
self.fixture.listener.tableFinished(tables)
self.fixture.listener.tablesFinished(self.counts)
except:
pass
self.fixture.listener.writeCounts(
self.fixture.counts, self.options.verbose)
FG.appConfigInterface("afterTestExecution",
self.fixture.counts,
self.fixture.summary)
return
def __init__(self, instance, name, typeName, metaData=None):
__pychecker__ = "no-noeffect" # two or stmts below
super(FloatAdapter, self).__init__(instance,
name,
typeName,
metaData=metaData)
metaData = metaData or {}
self.precision = metaData.get("%s.precision" % name) or 4
self.charBounds = metaData.get("%s.charBounds" % name) or "5"
self.checkOptions = "eer" # current default, change for 2.0???
self.checkOptions = firstNonNone(
FitGlobal.appConfigInterface("fpTypeAdapterCheck"),
self.checkOptions)
self.checkOptions = firstNonNone(metaData.get("%s.checkType" % name),
self.checkOptions)
def mapLabel(self, label, kind=None, default=None):
result = FitGlobal.appConfigInterface("mapLabel", label)
if result is None or result[0] is None:
pass
elif result[0] == "done":
return result[1]
else:
kind = result[1]
kind = kind or default or "default"
if kind == "camel":
return self._camelLabelMapping(label)
elif kind == "gracefulNames":
return self._gracefulNamesLabelMapping(label)
elif kind == "extended":
return self._extendedLabelMapping(label)
elif kind == "default":
if FitGlobal.Environment == "FitNesse":
return self._gracefulNamesLabelMapping(label)
else:
return self._camelLabelMapping(label)
raise FitException("InvalidKindForMapLabel", kind)
def mapLabel(self, label, kind=None, default=None):
result = FitGlobal.appConfigInterface("mapLabel", label)
if result is None or result[0] is None:
pass
elif result[0] == "done":
return result[1]
else:
kind = result[1]
kind = kind or default or "default"
if kind == "camel":
return self._camelLabelMapping(label)
elif kind == "gracefulNames":
return self._gracefulNamesLabelMapping(label)
elif kind == "extended":
return self._extendedLabelMapping(label)
elif kind == "default":
if FitGlobal.Environment == "FitNesse":
return self._gracefulNamesLabelMapping(label)
else:
return self._camelLabelMapping(label)
raise FitException("InvalidKindForMapLabel", kind)
def loadFixture(self, pathToClass, shouldBeAFixture = True):
self.originalNameRequested = pathToClass
newPath = FitGlobal.appConfigInterface("mapFixture", pathToClass)
if newPath is not None:
pathToClass = newPath
else:
if self.isGracefulName(pathToClass):
pathToClass = self.unGracefulName(pathToClass)
pathToClass = self._renameFixture(pathToClass)
parts = pathToClass.split(".")
if newPath is None and len(parts) == 1:
for prefix in self._rememberedPackages:
newParts = prefix.split(".") + parts
newPath = ".".join(newParts)
try:
result = self._loadModuleIsLastElement(newPath, newParts,
shouldBeAFixture)
except FitException:
continue
return result
result = self._loadModuleIsLastElement(pathToClass, parts,
shouldBeAFixture)
elif len(parts) == 1:
result = self._loadModuleIsLastElement(pathToClass, parts,
shouldBeAFixture)
else:
result = self._loadClassIsLastElement(pathToClass, parts,
shouldBeAFixture)
packageName = ".".join(parts[:-2])
if result is None:
result = self._loadModuleIsLastElement(pathToClass, parts,
shouldBeAFixture)
packageName = ".".join(parts[:-1])
self.rememberPackage(packageName)
return result
def shouldReturnNoneFromUnimplementedExit(self):
exitResult = FitGlobal.appConfigInterface("unimplementedTestExit")
assert exitResult is None
def shouldReturnResultFromRealExit(self):
exitResult = FitGlobal.appConfigInterface("mapErrorMessage",
("Test003",), None, None)
assert exitResult == "It's magic!"
def shouldReturnNoneFromUnimplementedExit(self):
exitResult = FitGlobal.appConfigInterface("unimplementedTestExit")
assert exitResult is None
def parms(self, optv):
self.options = Options(optv, BatchBase.parmDict, "BatchBase")
# was self._parmDict
opts = self.options
FG.RunOptions = opts
FG.Options = opts
conMsg.setVerbose(opts.verbose)
errMsgs = opts.eMsgs
fileList = opts.posParms
if not opts.isValid:
for msg in errMsgs:
conMsg.err(msg)
self._usage()
return False
if opts.standardsLevel == "":
FG.SpecificationLevel = "1.1"
elif opts.standardsLevel != "1.1":
conMsg.err("Standards level must be 1.1")
FG.SpecificationLevel = "1.1"
else:
FG.SpecificationLevel = opts.standardsLevel
if opts.standardMode is True:
if opts.useCSS is True:
conMsg.err("Standards mode requested. CSS output suppressed")
opts.useCSS = False
parmEditOK = ParmEditStatus()
runType = "?"
result = self._loadAppConfigurationModule(opts)
if result is not True:
conMsg.err(result)
parmEditOK += False
if 2 <= len(fileList) <= 3:
self.inDir = FG.fsa.abspath(fileList[0])
self.outDir = FG.fsa.abspath(fileList[1])
statFile = FG.fsa.join(self.outDir, "FitStatistics.xml")
if FG.fsa.isdir(self.inDir):
self.inFile = None
runType = "d"
self._runObj = DirectoryRunner(self.inDir, self.outDir,
self.options)
if not FG.fsa.isdir(self.outDir):
conMsg.err(
"Output must be existing directory for input directory option")
parmEditOK += False
elif (FG.fsa.isfile(self.inDir)):
self.inFile = self.inDir
self.inDir, tail = FG.fsa.split(self.inFile)
root, ext = FG.fsa.splitext(self.inFile)
if ext == ".txt":
if len(fileList) > 2:
conMsg.err(
"Rename File not allowed for list of files option")
parmEditOK += False
runType = "l"
self._runObj = FileListRunner(self.inFile, self.outDir,
self.options)
if not self.options.isValid:
for msg in self.options.eMsgs:
conMsg.err(msg)
self._usage()
return False
parmEditOK += FG.appConfigInterface("listOfFilesOptions",
self.options)
if not FG.fsa.isdir(self.outDir):
conMsg.err(
"Output must be existing directory for List of Files option")
parmEditOK += False
else:
runType = "h"
self._runObj = HTMLRunner(self.inFile, self.outDir,
self.options)
statFile = ""
head, tail = FG.fsa.split(self.outDir)
if not FG.fsa.isdir(head):
conMsg.err(
"Output directory for result file must exist.")
parmEditOK += False
else:
if FG.fsa.exists(self.outDir) and not FG.fsa.isfile(self.outDir):
conMsg.err(
"Output for single file option must be a file.")
parmEditOK += False
else:
conMsg.err("'%s' does not exist!\n" % self.inDir)
parmEditOK += False
else:
conMsg.err("Wrong number of positional parameters\n")
parmEditOK += False
# options from the "list of files" have been merged at this point
parmEditOK += self._extractDiagnosticOptions(opts,
FG.RunDiagnosticOptions)
result = self._extractRunLevelSymbols(opts,
FG.RunLevelSymbols)
parmEditOK += result
if len(fileList) == 3:
loadOK = self._loadRenameFile(fileList[2])
if not loadOK:
conMsg.err("Rename file '%s' failed to load" % fileList[2])
parmEditOK += loadOK
else:
default = FG.fsa.join(self.inDir, "FixtureRenames.txt")
self._loadRenameFile(default)
self.runType = runType
Variations.returnVariation()
if parmEditOK:
self._setupStatisticsFile(runType, opts, statFile)
self._setupConsoleStatisticsPrint(opts, runType)
stack.init(opts)
return True
self._usage()
return False
def shouldReturnResultFromRealExit(self):
exitResult = FitGlobal.appConfigInterface("mapErrorMessage",
("Test003", ), None, None)
assert exitResult == "It's magic!"
class HTMLRunner(object):
def __init__(self, inFileName, outFileName, options):
self.inFileName = inFileName
self.outFileName = outFileName
self.options = options
#
# --------- phase 2 --- verify that the files exist.
#
def verify(self):
error = False
if not FG.fsa.isfile(self.inFileName):
conMsg.err("%s does not exist!\n" % self.inFileName)
error = True
if FG.fsa.isdir(self.outFileName):
head, tail = FG.fsa.split(self.inFileName)
self.outFileName = FG.fsa.join(self.outFileName, tail)
else:
head, tail = FG.fsa.split(self.outFileName)
if not FG.fsa.isdir(head):
conMsg.err("%s is not a directory!" % head)
error = True
return not error
#
# -------- Phase 3 - Run the test.
#
def run(self):
FG.inFileName = FG.fsa.abspath(self.inFileName)
FG.outFileName = FG.fsa.abspath(self.outFileName)
head, tail = FG.fsa.split(self.inFileName)
try:
stack.push(head)
self.parseTree = self.getParseTree(self.inFileName)
self.parseTree = stack.wrapParseTree(self.parseTree)
stack.pop()
except Exception, e:
FG.appConfigInterface("beforeTestExecution",
FG.inFileName, e)
conMsg.err("Unexpected Exception in parsing %s" % FG.inFileName)
print "Unexpected Exception in parsing %s" % FG.inFileName
exType, exInfo, exTrace = sys.exc_info()
traceback.print_exception(exType, exInfo, exTrace,
None, sys.stdout)
traceback.print_exception(exType, exInfo, exTrace,
None, conMsg)
conTotal.fileResult(self.inFileName, Counts(0,0,0,1))
return Counts(0,0,0,1)
shouldExecute = FG.appConfigInterface("beforeTestExecution",
FG.inFileName, self.parseTree)
if shouldExecute in (True, None):
self.fixture = Fixture()
self.fixture.summary["input file"] = FG.inFileName
self.fixture.summary["input update"] = FG.fsa.timeUpdated(self.inFileName)
self.fixture.summary["output file"] = FG.outFileName
self.fixture.doTables(self.parseTree)
if self.options.outputEncodingForce:
self.encoding = self.options.outputEncodingForce
self.encodingType = "OutputOverride"
if self.options.useCSS:
outDir, foo = FG.fsa.split(FG.outFileName)
self._createFitCSSFile(outDir)
self._addCSSStuffToHeader(self.parseTree)
self._fixMetaTag(self.parseTree, self.encoding, self.encodingType)
textOut = self.parseTree.toString()
self.write(textOut, self.encoding)
FG.appConfigInterface("afterTestExecution",
self.fixture.counts,
self.fixture.summary)
conTotal.fileResult(self.inFileName, self.fixture.counts)
stats.reportStats(FG.inFileName, self.fixture.counts,
self.fixture.summary)
return self.fixture.counts
else:
counts = Counts(0,0,1)
summary = {}
summary["input file"] = FG.inFileName
summary["input update"] = FG.fsa.timeUpdated(self.inFileName)
summary["output file"] = FG.outFileName
stats.reportStats(FG.inFileName, None, summary)
conTotal.fileResult(FG.inFileName, None)
return counts
def shouldReturnNoneIfNoExitIsInstalled(self):
self._setAppConfig((None, None, None, None))
exitResult = FitGlobal.appConfigInterface("mapErrorMessage",
("Test003",), None, None)
assert exitResult is None
def parms(self, optv):
self.options = Options(optv, BatchBase.parmDict, "BatchBase")
# was self._parmDict
opts = self.options
FG.RunOptions = opts
FG.Options = opts
conMsg.setVerbose(opts.verbose)
errMsgs = opts.eMsgs
fileList = opts.posParms
if not opts.isValid:
for msg in errMsgs:
conMsg.err(msg)
self._usage()
return False
if opts.standardsLevel == "":
FG.SpecificationLevel = "1.1"
elif opts.standardsLevel != "1.1":
conMsg.err("Standards level must be 1.1")
FG.SpecificationLevel = "1.1"
else:
FG.SpecificationLevel = opts.standardsLevel
if opts.standardMode is True:
if opts.useCSS is True:
conMsg.err("Standards mode requested. CSS output suppressed")
opts.useCSS = False
parmEditOK = ParmEditStatus()
runType = "?"
result = self._loadAppConfigurationModule(opts)
if result is not True:
conMsg.err(result)
parmEditOK += False
if 2 <= len(fileList) <= 3:
self.inDir = FG.fsa.abspath(fileList[0])
self.outDir = FG.fsa.abspath(fileList[1])
statFile = FG.fsa.join(self.outDir, "FitStatistics.xml")
if FG.fsa.isdir(self.inDir):
self.inFile = None
runType = "d"
self._runObj = DirectoryRunner(self.inDir, self.outDir,
self.options)
if not FG.fsa.isdir(self.outDir):
conMsg.err(
"Output must be existing directory for input directory option")
parmEditOK += False
elif (FG.fsa.isfile(self.inDir)):
self.inFile = self.inDir
self.inDir, tail = FG.fsa.split(self.inFile)
root, ext = FG.fsa.splitext(self.inFile)
if ext == ".txt":
if len(fileList) > 2:
conMsg.err(
"Rename File not allowed for list of files option")
parmEditOK += False
runType = "l"
self._runObj = FileListRunner(self.inFile, self.outDir,
self.options)
if not self.options.isValid:
for msg in self.options.eMsgs:
conMsg.err(msg)
self._usage()
return False
parmEditOK += FG.appConfigInterface("listOfFilesOptions",
self.options)
if not FG.fsa.isdir(self.outDir):
conMsg.err(
"Output must be existing directory for List of Files option")
parmEditOK += False
else:
runType = "h"
self._runObj = HTMLRunner(self.inFile, self.outDir,
self.options)
statFile = ""
head, tail = FG.fsa.split(self.outDir)
if not FG.fsa.isdir(head):
conMsg.err(
"Output directory for result file must exist.")
parmEditOK += False
else:
if FG.fsa.exists(self.outDir) and not FG.fsa.isfile(self.outDir):
conMsg.err(
"Output for single file option must be a file.")
parmEditOK += False
else:
conMsg.err("'%s' does not exist!\n" % self.inDir)
parmEditOK += False
else:
conMsg.err("Wrong number of positional parameters\n")
parmEditOK += False
# options from the "list of files" have been merged at this point
parmEditOK += self._extractDiagnosticOptions(opts,
FG.RunDiagnosticOptions)
result = self._extractRunLevelSymbols(opts,
FG.RunLevelSymbols)
parmEditOK += result
if len(fileList) == 3:
loadOK = self._loadRenameFile(fileList[2])
if not loadOK:
conMsg.err("Rename file '%s' failed to load" % fileList[2])
parmEditOK += loadOK
else:
default = FG.fsa.join(self.inDir, "FixtureRenames.txt")
self._loadRenameFile(default)
self.runType = runType
Variations.returnVariation()
if parmEditOK:
self._setupStatisticsFile(runType, opts, statFile)
self._setupConsoleStatisticsPrint(opts, runType)
stack.init(opts)
return True
self._usage()
return False
def shouldReturnNoneIfNoExitIsInstalled(self):
self._setAppConfig((None, None, None, None))
exitResult = FitGlobal.appConfigInterface("mapErrorMessage",
("Test003", ), None, None)
assert exitResult is None
