def __init__(self, s=None):
wx.grid.PyGridTableBase.__init__(self)
self.colLabels = ['Step']
if (s != None):
self.steps = s
else:
self.steps = Steps()
def convert_props(self, real_props=None, fake_props=None):
new_props = []
if real_props is not None:
if len(real_props) > 0:
for real_prop in real_props:
assert isinstance(real_prop, UseCaseEnvironmentProperties)
s = []
for step in real_prop.steps().theSteps:
s.append(StepAttributes(step.text(),step.synopsis(),step.actor(),step.actorType(),step.tags()))
real_prop.theSteps = s
new_props.append(real_prop)
elif fake_props is not None:
if len(fake_props) > 0:
for fake_prop in fake_props:
check_required_keys(fake_prop, UseCaseEnvironmentPropertiesModel.required)
steps = Steps()
for s in fake_prop['theSteps']:
steps.append(Step(s['theStepText'],s['theSynopsis'],s['theActor'],s['theActorType'],s['theTags']))
fake_prop['theSteps'] = steps
new_prop = UseCaseEnvironmentProperties(
environmentName=fake_prop['theEnvironmentName'],
preCond=fake_prop['thePreCond'],
steps=fake_prop['theSteps'],
postCond=fake_prop['thePostCond']
)
new_props.append(new_prop)
else:
self.close()
raise MissingParameterHTTPError(param_names=['real_props', 'fake_props'])
return new_props
class StepTable(wx.grid.PyGridTableBase):
def __init__(self, s=None):
wx.grid.PyGridTableBase.__init__(self)
self.colLabels = ['Step']
if (s != None):
self.steps = s
else:
self.steps = Steps()
def GetNumberRows(self):
return (self.steps).size()
def GetNumberCols(self):
return 1
def GetColLabelValue(self, col):
return 'Step'
def IsEmptyCell(self, row, col):
return False
def GetValue(self, row, col):
return (self.steps[row]).text()
def SetValue(self, row, col, value):
self.steps[row].setText(value)
def AppendRows(self, numRows=1):
pos = self.steps.size() - 1
self.InsertRows(pos, numRows)
def InsertRows(self, pos, numRows=1):
if (pos == -1):
pos = 0
newPos = pos + 1
if (self.steps.size() == 0):
lastLabel = 0
else:
lastLabel = pos
newLabel = lastLabel + 1
try:
self.steps.append(Step())
except ARMException, errorText:
dlg = wx.MessageDialog(self.GetView(), str(errorText), 'Add Step',
wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
dlg.Destroy()
return
self.addToView(newLabel)
grid = self.GetView()
grid.SetCellEditor(newPos, 0, wx.grid.GridCellAutoWrapStringEditor())
grid.SetCellRenderer(newPos, 0,
wx.grid.GridCellAutoWrapStringRenderer())
return True
class StepTable(wx.grid.PyGridTableBase):
def __init__(self,s = None):
wx.grid.PyGridTableBase.__init__(self)
self.colLabels = ['Step']
if (s != None):
self.steps = s
else:
self.steps = Steps()
def GetNumberRows(self):
return (self.steps).size()
def GetNumberCols(self):
return 1
def GetColLabelValue(self,col):
return 'Step'
def IsEmptyCell(self,row,col):
return False
def GetValue(self,row,col):
return (self.steps[row]).text()
def SetValue(self,row,col,value):
self.steps[row].setText(value)
def AppendRows(self,numRows=1):
pos = self.steps.size() - 1
self.InsertRows(pos,numRows)
def InsertRows(self,pos,numRows=1):
if (pos == -1):
pos = 0
newPos = pos + 1
if (self.steps.size() == 0):
lastLabel = 0
else:
lastLabel = pos
newLabel = lastLabel + 1
try:
self.steps.append(Step())
except ARMException,errorText:
dlg = wx.MessageDialog(self.GetView(),str(errorText),'Add Step',wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
dlg.Destroy()
return
self.addToView(newLabel)
grid = self.GetView()
grid.SetCellEditor(newPos,0,wx.grid.GridCellAutoWrapStringEditor())
grid.SetCellRenderer(newPos,0,wx.grid.GridCellAutoWrapStringRenderer())
return True
def testUseCase(self):
ucName = self.iUseCases[0]["theName"]
ucAuthor = self.iUseCases[0]["theAuthor"]
ucCode = self.iUseCases[0]["theCode"]
ucDesc = self.iUseCases[0]["theDescription"]
ucActor = self.iUseCases[0]["theActor"]
ucEnv = self.iUseCases[0]["theEnvironments"][0]
ucEnvName = ucEnv["theName"]
ucPre = ucEnv["thePreconditions"]
ucPost = ucEnv["thePostconditions"]
ss = Steps()
for ucStep in ucEnv["theFlow"]:
ss.append(Step(ucStep["theDescription"]))
ucep = UseCaseEnvironmentProperties(ucEnvName, ucPre, ss, ucPost)
iuc = UseCaseParameters(ucName, ucAuthor, ucCode, [ucActor], ucDesc,
[], [ucep])
b = Borg()
b.dbProxy.addUseCase(iuc)
theUseCases = b.dbProxy.getUseCases()
ouc = theUseCases[self.iUseCases[0]["theName"]]
self.assertEqual(iuc.name(), ouc.name())
self.assertEqual(iuc.tags(), ouc.tags())
self.assertEqual(iuc.author(), ouc.author())
self.assertEqual(iuc.code(), ouc.code())
self.assertEqual(iuc.actors(), ouc.actors())
self.assertEqual(iuc.description(), ouc.description())
self.assertEqual(iuc.author(), ouc.author())
self.assertEqual(iuc.environmentProperties()[0].preconditions(),
ouc.environmentProperties()[0].preconditions())
self.assertEqual(iuc.environmentProperties()[0].postconditions(),
ouc.environmentProperties()[0].postconditions())
iuc.theName = 'Updated name'
iuc.setId(ouc.id())
b.dbProxy.updateUseCase(iuc)
theUseCases = b.dbProxy.getUseCases()
ouc = theUseCases['Updated name']
self.assertEqual(iuc.name(), ouc.name())
self.assertEqual(iuc.tags(), ouc.tags())
self.assertEqual(iuc.author(), ouc.author())
self.assertEqual(iuc.code(), ouc.code())
self.assertEqual(iuc.actors(), ouc.actors())
self.assertEqual(iuc.description(), ouc.description())
self.assertEqual(iuc.author(), ouc.author())
self.assertEqual(iuc.environmentProperties()[0].preconditions(),
ouc.environmentProperties()[0].preconditions())
self.assertEqual(iuc.environmentProperties()[0].postconditions(),
ouc.environmentProperties()[0].postconditions())
b.dbProxy.deleteUseCase(ouc.id())
def setUpClass(cls):
call([os.environ['CAIRIS_CFG_DIR'] + "/initdb.sh"])
cairis.core.BorgFactory.initialise()
f = open(os.environ['CAIRIS_SRC'] + '/test/dataflow.json')
d = json.load(f)
f.close()
iEnvironments = d['environments']
iep1 = EnvironmentParameters(iEnvironments[0]["theName"],
iEnvironments[0]["theShortCode"],
iEnvironments[0]["theDescription"])
b = Borg()
b.dbProxy.addEnvironment(iep1)
iRoles = d['roles']
irp = RoleParameters(iRoles[0]["theName"], iRoles[0]["theType"],
iRoles[0]["theShortCode"],
iRoles[0]["theDescription"], [])
b.dbProxy.addRole(irp)
iUseCases = d['use_cases']
ucName = iUseCases[0]["theName"]
ucAuthor = iUseCases[0]["theAuthor"]
ucCode = iUseCases[0]["theCode"]
ucDesc = iUseCases[0]["theDescription"]
ucActor = iUseCases[0]["theActor"]
ucEnv = iUseCases[0]["theEnvironments"][0]
ucEnvName = ucEnv["theName"]
ucPre = ucEnv["thePreconditions"]
ucPost = ucEnv["thePostconditions"]
ss = Steps()
for ucStep in ucEnv["theFlow"]:
ss.append(Step(ucStep["theDescription"]))
ucep = UseCaseEnvironmentProperties(ucEnvName, ucPre, ss, ucPost)
iuc = UseCaseParameters(ucName, ucAuthor, ucCode, [ucActor], ucDesc,
[], [ucep])
b = Borg()
b.dbProxy.addUseCase(iuc)
for iAsset in d['assets']:
iaeps = [
AssetEnvironmentProperties(
iAsset["theEnvironmentProperties"][0][0],
iAsset["theEnvironmentProperties"][0][1],
iAsset["theEnvironmentProperties"][0][2])
]
iap = AssetParameters(iAsset["theName"], iAsset["theShortCode"],
iAsset["theDescription"],
iAsset["theSignificance"], iAsset["theType"],
"0", "N/A", [], [], iaeps)
b.dbProxy.addAsset(iap)
def convert_props(self, real_props=None, fake_props=None):
new_props = []
if real_props is not None:
if len(real_props) > 0:
for real_prop in real_props:
assert isinstance(real_prop, UseCaseEnvironmentProperties)
s = []
for step in real_prop.steps().theSteps:
excs = []
for excKey in step.exceptions():
exc = step.exception(excKey)
excs.append(
ExceptionAttributes(exc[0], exc[1], exc[2],
exc[3], exc[4]))
s.append(
StepAttributes(step.text(), step.synopsis(),
step.actor(), step.actorType(),
step.tags(), excs))
real_prop.theSteps = s
new_props.append(real_prop)
elif fake_props is not None:
if len(fake_props) > 0:
for fake_prop in fake_props:
check_required_keys(
fake_prop, UseCaseEnvironmentPropertiesModel.required)
steps = Steps()
for fs in fake_prop['theSteps']:
aStep = Step(fs['theStepText'], fs['theSynopsis'],
fs['theActor'], fs['theActorType'],
fs['theTags'])
for exc in fs['theExceptions']:
aStep.addException(
(exc['theName'], exc['theDimensionType'],
exc['theDimensionValue'],
exc['theCategoryName'],
exc['theDescription']))
steps.append(aStep)
fake_prop['theSteps'] = steps
new_prop = UseCaseEnvironmentProperties(
environmentName=fake_prop['theEnvironmentName'],
preCond=fake_prop['thePreCond'],
steps=fake_prop['theSteps'],
postCond=fake_prop['thePostCond'])
new_props.append(new_prop)
else:
self.close()
raise MissingParameterHTTPError(
param_names=['real_props', 'fake_props'])
return new_props
def resetUseCaseEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inPreconditions = 0
self.thePreconditions = ''
self.inPostconditions = 0
self.thePostconditions = ''
self.theSteps = Steps()
self.theCurrentStep = None
self.theCurrentStepNo = 0
self.theExcName = ''
self.theExcType = ''
self.theExcValue = ''
self.theExcCat = ''
self.inDefinition = 0
self.theDefinition = ''
def __init__(self,s = None):
wx.grid.PyGridTableBase.__init__(self)
self.colLabels = ['Step']
if (s != None):
self.steps = s
else:
self.steps = Steps()
def testUseCase(self):
ucName = self.iUseCases[0]["theName"]
ucAuthor = self.iUseCases[0]["theAuthor"]
ucCode = self.iUseCases[0]["theCode"]
ucDesc = self.iUseCases[0]["theDescription"]
ucActor = self.iUseCases[0]["theActor"]
ucEnv = self.iUseCases[0]["theEnvironments"][0]
ucEnvName = ucEnv["theName"]
ucPre = ucEnv["thePreconditions"]
ucPost = ucEnv["thePostconditions"]
ss = Steps()
for ucStep in ucEnv["theFlow"]:
ss.append(Step(ucStep["theDescription"]))
ucep = UseCaseEnvironmentProperties(ucEnvName,ucPre,ss,ucPost)
iuc = UseCaseParameters(ucName,ucAuthor,ucCode,[ucActor],ucDesc,[],[ucep])
b = Borg()
b.dbProxy.addUseCase(iuc)
theUseCases = b.dbProxy.getUseCases()
ouc = theUseCases[self.iUseCases[0]["theName"]]
self.assertEqual(iuc.name(),ouc.name())
self.assertEqual(iuc.tags(),ouc.tags())
self.assertEqual(iuc.author(),ouc.author())
self.assertEqual(iuc.code(),ouc.code())
self.assertEqual(iuc.actors(),ouc.actors())
self.assertEqual(iuc.description(),ouc.description())
self.assertEqual(iuc.author(),ouc.author())
self.assertEqual(iuc.environmentProperties()[0].preconditions(),ouc.environmentProperties()[0].preconditions())
self.assertEqual(iuc.environmentProperties()[0].postconditions(),ouc.environmentProperties()[0].postconditions())
iuc.theName = 'Updated name'
iuc.setId(ouc.id())
b.dbProxy.updateUseCase(iuc)
theUseCases = b.dbProxy.getUseCases()
ouc = theUseCases['Updated name']
self.assertEqual(iuc.name(),ouc.name())
self.assertEqual(iuc.tags(),ouc.tags())
self.assertEqual(iuc.author(),ouc.author())
self.assertEqual(iuc.code(),ouc.code())
self.assertEqual(iuc.actors(),ouc.actors())
self.assertEqual(iuc.description(),ouc.description())
self.assertEqual(iuc.author(),ouc.author())
self.assertEqual(iuc.environmentProperties()[0].preconditions(),ouc.environmentProperties()[0].preconditions())
self.assertEqual(iuc.environmentProperties()[0].postconditions(),ouc.environmentProperties()[0].postconditions())
b.dbProxy.deleteUseCase(ouc.id())
def resetUseCaseEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inPreconditions = 0
self.thePreconditions = ''
self.inPostconditions = 0
self.thePostconditions = ''
self.theSteps = Steps()
self.theCurrentStep = None
self.theCurrentStepNo = 0
self.theExcName = ''
self.theExcType = ''
self.theExcValue = ''
self.theExcCat = ''
self.inDefinition = 0
self.theDefinition = ''
self.theCognitiveAttribute = {}
self.theCognitiveAttribute['vigilance'] = (0, 'None')
self.theCognitiveAttribute['situation awareness'] = (0, 'None')
self.theCognitiveAttribute['stress'] = (0, 'None')
self.theCognitiveAttribute['workload'] = (0, 'None')
self.theCognitiveAttribute['risk awareness'] = (0, 'None')
def convert_props(self, real_props=None, fake_props=None):
new_props = []
if real_props is not None:
if len(real_props) > 0:
for real_prop in real_props:
assert isinstance(real_prop, UseCaseEnvironmentProperties)
s = []
for step in real_prop.steps().theSteps:
excs = []
for excKey in step.exceptions():
exc = step.exception(excKey)
excs.append(ExceptionAttributes(exc[0],exc[1],exc[2],exc[3],exc[4]))
s.append(StepAttributes(step.text(),step.synopsis(),step.actor(),step.actorType(),excs))
real_prop.theSteps = s
new_props.append(real_prop)
elif fake_props is not None:
if len(fake_props) > 0:
for fake_prop in fake_props:
check_required_keys(fake_prop, UseCaseEnvironmentPropertiesModel.required)
steps = Steps()
for fs in fake_prop['theSteps']:
aStep = Step(fs['theStepText'],fs['theSynopsis'],fs['theActor'],fs['theActorType'],[])
for exc in fs['theExceptions']:
aStep.addException((exc['theName'],exc['theDimensionType'],exc['theDimensionValue'],exc['theCategoryName'],exc['theDescription']))
steps.append(aStep)
fake_prop['theSteps'] = steps
new_prop = UseCaseEnvironmentProperties(
environmentName=fake_prop['theEnvironmentName'],
preCond=fake_prop['thePreCond'],
steps=fake_prop['theSteps'],
postCond=fake_prop['thePostCond']
)
new_props.append(new_prop)
else:
self.close()
raise MissingParameterHTTPError(param_names=['real_props', 'fake_props'])
return new_props
def convert_props(self, real_props=None, fake_props=None):
new_props = []
if real_props is not None:
if len(real_props) > 0:
for real_prop in real_props:
assert isinstance(real_prop, UseCaseEnvironmentProperties)
s = []
for step in real_prop.steps().theSteps:
s.append(
StepAttributes(step.text(), step.synopsis(),
step.actor(), step.actorType(),
step.tags()))
real_prop.theSteps = s
new_props.append(real_prop)
elif fake_props is not None:
if len(fake_props) > 0:
for fake_prop in fake_props:
check_required_keys(
fake_prop, UseCaseEnvironmentPropertiesModel.required)
steps = Steps()
for s in fake_prop['theSteps']:
steps.append(
Step(s['theStepText'], s['theSynopsis'],
s['theActor'], s['theActorType'],
s['theTags']))
fake_prop['theSteps'] = steps
new_prop = UseCaseEnvironmentProperties(
environmentName=fake_prop['theEnvironmentName'],
preCond=fake_prop['thePreCond'],
steps=fake_prop['theSteps'],
postCond=fake_prop['thePostCond'])
new_props.append(new_prop)
else:
self.close()
raise MissingParameterHTTPError(
param_names=['real_props', 'fake_props'])
return new_props
def setUpClass(cls):
call([os.environ['CAIRIS_CFG_DIR'] + "/initdb.sh"])
cairis.core.BorgFactory.initialise()
f = open(os.environ['CAIRIS_SRC'] + '/test/dataflow.json')
d = json.load(f)
f.close()
iEnvironments = d['environments']
iep1 = EnvironmentParameters(iEnvironments[0]["theName"],iEnvironments[0]["theShortCode"],iEnvironments[0]["theDescription"])
b = Borg()
b.dbProxy.addEnvironment(iep1)
iRoles = d['roles']
irp = RoleParameters(iRoles[0]["theName"], iRoles[0]["theType"], iRoles[0]["theShortCode"], iRoles[0]["theDescription"],[])
b.dbProxy.addRole(irp)
iUseCases = d['use_cases']
ucName = iUseCases[0]["theName"]
ucAuthor = iUseCases[0]["theAuthor"]
ucCode = iUseCases[0]["theCode"]
ucDesc = iUseCases[0]["theDescription"]
ucActor = iUseCases[0]["theActor"]
ucEnv = iUseCases[0]["theEnvironments"][0]
ucEnvName = ucEnv["theName"]
ucPre = ucEnv["thePreconditions"]
ucPost = ucEnv["thePostconditions"]
ss = Steps()
for ucStep in ucEnv["theFlow"]:
ss.append(Step(ucStep["theDescription"]))
ucep = UseCaseEnvironmentProperties(ucEnvName,ucPre,ss,ucPost)
iuc = UseCaseParameters(ucName,ucAuthor,ucCode,[ucActor],ucDesc,[],[ucep])
b = Borg()
b.dbProxy.addUseCase(iuc)
for iAsset in d['assets']:
iaeps = [AssetEnvironmentProperties(iAsset["theEnvironmentProperties"][0][0],iAsset["theEnvironmentProperties"][0][1],iAsset["theEnvironmentProperties"][0][2])]
iap = AssetParameters(iAsset["theName"],iAsset["theShortCode"],iAsset["theDescription"],iAsset["theSignificance"],iAsset["theType"],"0","N/A",[],[],iaeps)
b.dbProxy.addAsset(iap)
def resetUseCaseEnvironmentAttributes(self): self.theEnvironmentName = '' self.inPreconditions = 0 self.thePreconditions = '' self.inPostconditions = 0 self.thePostconditions = '' self.theSteps = Steps() self.theCurrentStep = None self.theCurrentStepNo = 0 self.theExcName = '' self.theExcType = '' self.theExcValue = '' self.theExcCat = '' self.inDefinition = 0 self.theDefinition = ''
class GoalsContentHandler(ContentHandler, EntityResolver):
def __init__(self, session_id=None):
b = Borg()
self.dbProxy = b.get_dbproxy(session_id)
self.configDir = b.configDir
self.theDomainProperties = []
self.theGoals = []
self.theObstacles = []
self.theRequirements = []
self.theUseCases = []
self.theCountermeasures = []
self.theReferenceLabelDictionary = {}
self.resetDomainPropertyAttributes()
self.resetGoalAttributes()
self.resetObstacleAttributes()
self.resetRequirementAttributes()
self.resetGoalAttributes()
self.resetUseCaseAttributes()
self.resetUseCaseEnvironmentAttributes()
self.resetCountermeasureAttributes()
def resolveEntity(self, publicId, systemId):
return systemId
def roles(self):
return self.theRoles
def domainProperties(self):
return self.theDomainProperties
def goals(self):
return self.theGoals
def obstacles(self):
return self.theObstacles
def requirements(self):
return self.theRequirements
def usecases(self):
return self.theUseCases
def countermeasures(self):
return self.theCountermeasures
def resetDomainPropertyAttributes(self):
self.inDomainProperty = 0
self.theName = ''
self.theTags = []
self.theType = ''
self.theDefinition = ''
self.theOriginator = ''
def resetGoalAttributes(self):
self.inGoal = 0
self.theName = ''
self.theTags = []
self.theOriginator = ''
self.theEnvironmentProperties = []
self.resetGoalEnvironmentAttributes()
def resetObstacleAttributes(self):
self.inObstacle = 0
self.theName = ''
self.theTags = []
self.theOriginator = ''
self.theEnvironmentProperties = []
self.resetObstacleEnvironmentAttributes()
def resetGoalEnvironmentAttributes(self):
self.inDefinition = 0
self.inFitCriterion = 0
self.inIssue = 0
self.theEnvironmentName = ''
self.theCategory = ''
self.thePriority = ''
self.theDefinition = ''
self.theConcerns = []
self.theConcernAssociations = []
def resetObstacleEnvironmentAttributes(self):
self.inDefinition = 0
self.theEnvironmentName = ''
self.theCategory = ''
self.theDefinition = ''
self.theConcerns = []
self.resetProbabilityElements()
def resetProbabilityElements(self):
self.theProbability = 0.0
self.inRationale = 0
self.theRationale = ''
def resetRequirementAttributes(self):
self.inDescription = 0
self.inRationale = 0
self.inFitCriterion = 0
self.inOriginator = 0
self.theReference = ''
self.theReferenceType = ''
self.theLabel = 0
self.theName = ''
self.theType = ''
self.thePriority = 0
self.theDescription = 0
self.theRationale = 0
self.theFitCriterion = 0
self.theOriginator = 0
def resetUseCaseAttributes(self):
self.inUseCase = 0
self.theName = ''
self.theTags = []
self.theAuthor = ''
self.theCode = ''
self.inDescription = 0
self.theDescription = ''
self.theActors = []
self.theEnvironmentProperties = []
self.resetUseCaseEnvironmentAttributes()
def resetUseCaseEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inPreconditions = 0
self.thePreconditions = ''
self.inPostconditions = 0
self.thePostconditions = ''
self.theSteps = Steps()
self.theCurrentStep = None
self.theCurrentStepNo = 0
self.theExcName = ''
self.theExcType = ''
self.theExcValue = ''
self.theExcCat = ''
self.inDefinition = 0
self.theDefinition = ''
self.theCognitiveAttribute = {}
self.theCognitiveAttribute['vigilance'] = (0, 'None')
self.theCognitiveAttribute['situation awareness'] = (0, 'None')
self.theCognitiveAttribute['stress'] = (0, 'None')
self.theCognitiveAttribute['workload'] = (0, 'None')
self.theCognitiveAttribute['risk awareness'] = (0, 'None')
self.inAverage = 0
self.theAverage = ''
def resetCountermeasureAttributes(self):
self.theName = ''
self.theType = ''
self.inDescription = 0
self.theDescription = ''
self.theEnvironmentProperties = []
self.resetCountermeasureEnvironmentAttributes()
def resetCountermeasureEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.theCost = ''
self.theCmRequirements = []
self.theTargets = []
self.theCmRoles = []
self.theTaskPersonas = []
self.theSpDict = {}
self.theSpDict['confidentiality'] = (0, 'None')
self.theSpDict['integrity'] = (0, 'None')
self.theSpDict['availability'] = (0, 'None')
self.theSpDict['accountability'] = (0, 'None')
self.theSpDict['anonymity'] = (0, 'None')
self.theSpDict['pseudonymity'] = (0, 'None')
self.theSpDict['unlinkability'] = (0, 'None')
self.theSpDict['unobservability'] = (0, 'None')
self.theTargetName = ''
self.theTargetEffectiveness = ''
self.theTargetResponses = []
self.resetMitigatingPropertyAttributes()
def resetMitigatingPropertyAttributes(self):
self.thePropertyName = ''
self.thePropertyValue = 'None'
self.inRationale = 0
self.theRationale = ''
def startElement(self, name, attrs):
self.currentElementName = name
if name == 'domainproperty':
self.inDomainProperty = 1
self.theName = attrs['name']
self.theType = attrs['type']
self.theOriginator = attrs['originator']
elif name == 'goal':
self.inGoal = 1
self.theName = attrs['name']
self.theOriginator = attrs['originator']
elif name == 'obstacle':
self.inObstacle = 1
self.theName = attrs['name']
self.theOriginator = attrs['originator']
elif name == 'goal_environment':
self.theEnvironmentName = attrs['name']
self.theCategory = attrs['category']
self.thePriority = attrs['priority']
elif name == 'obstacle_environment':
self.theEnvironmentName = attrs['name']
self.theCategory = u2s(attrs['category'])
elif name == 'probability':
self.theProbability = attrs['value']
elif name == 'rationale':
self.inRationale = 1
self.theRationale = ''
elif name == 'concern':
self.theConcerns.append(attrs['name'])
elif name == 'concern_association':
self.theConcernAssociations.append(
(attrs['source_name'], a2s(attrs['source_nry']),
attrs['link_name'], attrs['target_name'],
a2s(attrs['target_nry'])))
elif name == 'requirement':
self.theReference = attrs['reference']
if (self.theReference in self.theReferenceLabelDictionary):
self.theReferenceLabelDictionary[self.theReference] += 1
else:
self.theReferenceLabelDictionary[self.theReference] = 1
self.theLabel = self.theReferenceLabelDictionary[self.theReference]
try:
self.theName = attrs['name']
except KeyError:
self.theName = ''
self.theReferenceType = attrs['reference_type']
self.theType = u2s(attrs['type'])
self.thePriority = attrs['priority']
elif name == 'usecase':
self.inUseCase = 1
self.theName = attrs['name']
self.theAuthor = attrs['author']
self.theCode = attrs['code']
elif name == 'actor':
self.theActors.append(attrs['name'])
elif name == 'usecase_environment':
self.theEnvironmentName = attrs['name']
elif name == 'step':
self.theCurrentStepNo = attrs['number']
self.theCurrentStep = Step(attrs['description'])
elif name == 'exception':
self.theExcName = attrs['name']
self.theExcType = attrs['type']
if (self.theExcType == 'None'):
self.theExcValue = 'None'
self.theExcCat = 'None'
else:
try:
self.theExcValue = attrs['value']
self.theExcCat = u2s(attrs['category'])
except KeyError:
raise ARMException(
'Exception ' + self.theExcName +
' has a goal or requirement exception type but no related goal/requirement name or exception category'
)
elif name == 'countermeasure':
self.theName = attrs['name']
self.theType = attrs['type']
elif name == 'countermeasure_environment':
self.theEnvironmentName = attrs['name']
self.theCost = attrs['cost']
elif name == 'countermeasure_requirement':
self.theCmRequirements.append(attrs['name'])
elif name == 'target':
self.theTargetName = attrs['name']
self.theTargetEffectiveness = attrs['effectiveness']
elif name == 'target_response':
self.theTargetResponses.append(attrs['name'])
elif name == 'mitigating_property':
self.thePropertyName = attrs['name']
self.thePropertyValue = a2i(attrs['value'])
elif name == 'responsible_role':
self.theCmRoles.append(attrs['name'])
elif name == 'responsible_persona':
self.theTaskPersonas.append(
(attrs['task'], attrs['persona'], u2s(attrs['duration']),
u2s(attrs['frequency']), u2s(attrs['demands']),
u2s(attrs['goals'])))
elif (name == 'description'):
self.inDescription = 1
self.theDescription = ''
elif (name == 'definition'):
self.inDefinition = 1
self.theDefinition = ''
elif name == 'fit_criterion':
self.inFitCriterion = 1
self.theFitCriterion = ''
elif name == 'issue':
self.inIssue = 1
self.theIssue = ''
elif name == 'rationale':
self.inRationale = 1
self.theRationale = ''
elif name == 'originator':
self.inOriginator = 1
self.theOriginator = ''
elif name == 'preconditions':
self.inPreconditions = 1
self.thePreconditions = ''
elif name == 'postconditions':
self.inPostconditions = 1
self.thePostconditions = ''
elif name == 'tag':
if ((self.inDomainProperty == 1) or (self.inGoal == 1)
or (self.inObstacle == 1) or (self.inUseCase == 1)):
self.theTags.append(attrs['name'])
def characters(self, data):
if self.inDescription:
self.theDescription += data
if self.inDefinition:
self.theDefinition += data
elif self.inFitCriterion:
self.theFitCriterion += data
elif self.inIssue:
self.theIssue += data
elif self.inRationale:
self.theRationale += data
elif self.inOriginator:
self.theOriginator += data
elif self.inPreconditions:
self.thePreconditions += data
elif self.inPostconditions:
self.thePostconditions += data
def endElement(self, name):
if name == 'domainproperty':
p = DomainPropertyParameters(unescape(self.theName),
unescape(self.theDefinition),
self.theType,
unescape(self.theOriginator),
self.theTags)
self.theDomainProperties.append(p)
self.resetDomainPropertyAttributes()
elif name == 'goal_environment':
p = GoalEnvironmentProperties(self.theEnvironmentName, '',
unescape(self.theDefinition),
self.theCategory, self.thePriority,
unescape(self.theFitCriterion),
unescape(self.theIssue), [], [],
self.theConcerns,
self.theConcernAssociations)
self.theEnvironmentProperties.append(p)
self.resetGoalEnvironmentAttributes()
elif name == 'obstacle_environment':
p = ObstacleEnvironmentProperties(self.theEnvironmentName, '',
unescape(self.theDefinition),
self.theCategory, [], [],
self.theConcerns)
p.theProbability = self.theProbability
p.theProbabilityRationale = unescape(self.theRationale)
self.theEnvironmentProperties.append(p)
self.resetObstacleEnvironmentAttributes()
elif name == 'goal':
p = GoalParameters(unescape(self.theName),
unescape(self.theOriginator), self.theTags,
self.theEnvironmentProperties)
self.theGoals.append(p)
self.resetGoalAttributes()
elif name == 'obstacle':
p = ObstacleParameters(unescape(self.theName),
unescape(self.theOriginator), self.theTags,
self.theEnvironmentProperties)
self.theObstacles.append(p)
self.resetObstacleAttributes()
elif name == 'requirement':
reqId = self.dbProxy.newId()
r = cairis.core.RequirementFactory.build(
reqId, self.theLabel, unescape(self.theName),
unescape(self.theDescription), self.thePriority,
unescape(self.theRationale), unescape(self.theFitCriterion),
unescape(self.theOriginator), self.theType, self.theReference)
self.theRequirements.append(
(r, self.theReference, self.theReferenceType))
self.resetRequirementAttributes()
elif name == 'exception':
self.theCurrentStep.addException(
(self.theExcName, self.theExcType.lower(), self.theExcValue,
self.theExcCat, unescape(self.theDefinition)))
elif name == 'step':
self.theCurrentStep.setTags(self.theTags)
self.theSteps.append(self.theCurrentStep)
self.theCurrentStep = None
elif name == 'usecase_environment':
vProperty, vRationale = self.theCognitiveAttribute['vigilance']
saProperty, saRationale = self.theCognitiveAttribute[
'situation awareness']
sProperty, sRationale = self.theCognitiveAttribute['stress']
wProperty, wRationale = self.theCognitiveAttribute['workload']
raProperty, raRationale = self.theCognitiveAttribute[
'risk awareness']
p = UseCaseEnvironmentProperties(
self.theEnvironmentName, unescape(self.thePreconditions),
self.theSteps, unescape(self.thePostconditions),
[vProperty, saProperty, sProperty, wProperty, raProperty],
[vRationale, saRationale, sRationale, wRationale, raRationale])
self.theEnvironmentProperties.append(p)
self.resetUseCaseEnvironmentAttributes()
elif name == 'usecase':
p = UseCaseParameters(self.theName, self.theAuthor,
unescape(self.theCode), self.theActors,
unescape(self.theDescription), self.theTags,
self.theEnvironmentProperties)
self.theUseCases.append(p)
self.resetUseCaseAttributes()
elif name == 'countermeasure':
p = CountermeasureParameters(self.theName,
unescape(self.theDescription),
self.theType, self.theTags,
self.theEnvironmentProperties)
self.theCountermeasures.append(p)
self.resetCountermeasureAttributes()
elif name == 'mitigating_property':
self.theSpDict[self.thePropertyName] = (self.thePropertyValue,
unescape(
self.theDescription))
self.resetMitigatingPropertyAttributes()
elif name == 'countermeasure_environment':
cProperty, cRationale = self.theSpDict['confidentiality']
iProperty, iRationale = self.theSpDict['integrity']
avProperty, avRationale = self.theSpDict['availability']
acProperty, acRationale = self.theSpDict['accountability']
anProperty, anRationale = self.theSpDict['anonymity']
panProperty, panRationale = self.theSpDict['pseudonymity']
unlProperty, unlRationale = self.theSpDict['unlinkability']
unoProperty, unoRationale = self.theSpDict['unobservability']
p = CountermeasureEnvironmentProperties(
self.theEnvironmentName, self.theCmRequirements,
self.theTargets, [
cProperty, iProperty, avProperty, acProperty, anProperty,
panProperty, unlProperty, unoProperty
], [
cRationale, iRationale, avRationale, acRationale,
anRationale, panRationale, unlRationale, unoRationale
], self.theCost, self.theCmRoles, self.theTaskPersonas)
self.theEnvironmentProperties.append(p)
self.resetCountermeasureEnvironmentAttributes()
elif (name == 'target'):
self.theTargets.append(
Target(self.theTargetName, self.theTargetEffectiveness,
unescape(self.theRationale)))
self.theTargetResponses = []
elif (name == 'description'):
self.inDescription = 0
elif (name == 'definition'):
self.inDefinition = 0
elif name == 'fit_criterion':
self.inFitCriterion = 0
elif name == 'issue':
self.inIssue = 0
elif name == 'rationale':
self.inRationale = 0
elif name == 'originator':
self.inOriginator = 0
elif name == 'preconditions':
self.inPreconditions = 0
elif name == 'postconditions':
self.inPostconditions = 0
class UsabilityContentHandler(ContentHandler,EntityResolver):
def __init__(self):
self.thePersonas = []
self.theExternalDocuments = []
self.theDocumentReferences = []
self.theConceptReferences = []
self.thePersonaCharacteristics = []
self.theTaskCharacteristics = []
self.theTasks = []
self.theUseCases = []
b = Borg()
self.configDir = b.configDir
self.resetPersonaAttributes()
self.resetDocumentReferenceAttributes()
self.resetConceptReferenceAttributes()
self.resetPersonaCharacteristicAttributes()
self.resetTaskCharacteristicAttributes()
self.resetTaskAttributes()
self.resetUseCaseAttributes()
def resolveEntity(self,publicId,systemId):
return systemId
def personas(self):
return self.thePersonas
def externalDocuments(self):
return self.theExternalDocuments
def documentReferences(self):
return self.theDocumentReferences
def conceptReferences(self):
return self.theConceptReferences
def personaCharacteristics(self):
return self.thePersonaCharacteristics
def taskCharacteristics(self):
return self.theTaskCharacteristics
def tasks(self):
return self.theTasks
def usecases(self):
return self.theUseCases
def resetPersonaAttributes(self):
self.inActivities = 0
self.inAttitudes = 0
self.inAptitudes = 0
self.inMotivations = 0
self.inSkills = 0
self.inIntrinsic = 0
self.inContextual = 0
self.theName = ''
self.theTags = []
self.theType = ''
self.theImage = ''
self.isAssumptionPersona = False
self.theActivities = ''
self.theAptitudes = ''
self.theMotivations = ''
self.theSkills = ''
self.theIntrinsic = ''
self.theContextual = ''
self.theEnvironmentProperties = []
self.resetPersonaEnvironmentAttributes()
def resetPersonaEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.theRoles = []
self.isDirect = True
self.inNarrative = 0
self.theNarrative = ''
def resetExternalDocumentAttributes(self):
self.theName = ''
self.theVersion = ''
self.theDate = ''
self.theAuthors = ''
self.inDescription = 0
self.theDescription = ''
def resetDocumentReferenceAttributes(self):
self.inExcerpt = 0
self.theName = ''
self.theContributor = ''
self.theDocument = ''
self.theExcerpt = ''
def resetConceptReferenceAttributes(self):
self.inDescription = 0
self.theName = ''
self.theConcept = ''
self.theObject = ''
self.theDescription = ''
def resetPersonaCharacteristicAttributes(self):
self.thePersona = ''
self.theBvName = ''
self.theModalQualifier = ''
self.inDefinition = 0
self.theDefinition = ''
self.theGrounds = []
self.theWarrants = []
self.theRebuttals = []
def resetTaskCharacteristicAttributes(self):
self.theTask = ''
self.theModalQualifier = ''
self.inDefinition = 0
self.theDefinition = ''
self.theGrounds = []
self.theWarrants = []
self.theRebuttals = []
def resetTaskAttributes(self):
self.theName = ''
self.theTags = []
self.theCode = ''
self.theAuthor = ''
self.isAssumptionTask = False
self.inObjective = 0
self.theObjective = ''
self.theEnvironmentProperties = []
self.resetTaskEnvironmentAttributes()
def resetTaskEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inDependencies = 0
self.inNarrative = 0
self.inConsequences = 0
self.inBenefits = 0
self.theDependencies = ''
self.theNarrative = ''
self.theConsequences = ''
self.theBenefits = ''
self.theTaskPersonas = []
self.theConcerns = []
self.theConcernAssociations = []
def resetUseCaseAttributes(self):
self.theName = ''
self.theTags = []
self.theAuthor = ''
self.theCode = ''
self.inDescription = 0
self.theDescription = ''
self.theActors = []
self.theEnvironmentProperties = []
self.resetUseCaseEnvironmentAttributes()
def resetUseCaseEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inPreconditions = 0
self.thePreconditions = ''
self.inPostconditions = 0
self.thePostconditions = ''
self.theSteps = Steps()
self.theCurrentStep = None
self.theCurrentStepNo = 0
self.theExcName = ''
self.theExcType = ''
self.theExcValue = ''
self.theExcCat = ''
self.inDefinition = 0
self.theDefinition = ''
def startElement(self,name,attrs):
self.currentElementName = name
if name == 'persona':
self.theName = attrs['name']
self.theType = attrs['type']
self.theImage = attrs['image']
if self.theImage != "" and os.path.isfile(self.theImage) == False:
b = Borg()
self.theImage = b.imageDir + "/" + self.theImage
if (attrs['assumption_persona'] == 'TRUE'):
self.isAssumptionPersona = True
elif name == 'persona_environment':
self.theEnvironmentName = attrs['name']
if (attrs['is_direct'] == 'FALSE'):
self.isDirect = False
elif name == 'persona_role':
self.theRoles.append(attrs['name'])
elif name == 'external_document':
self.theName = attrs['name'].encode('utf-8')
self.theVersion = attrs['version']
self.theDate = attrs['date']
self.theAuthors = attrs['authors']
elif name == 'document_reference':
self.theName = attrs['name'].encode('utf-8')
self.theContributor = attrs['contributor']
self.theDocument = attrs['document']
elif name == 'concept_reference':
self.theName = attrs['name']
self.theConcept = attrs['concept']
self.theObject = attrs['object']
elif name == 'persona_characteristic':
self.thePersona = attrs['persona']
self.theBvName = u2s(attrs['behavioural_variable'])
self.theModalQualifier = attrs['modal_qualifier']
elif name == 'task_characteristic':
self.theTask = attrs['task']
self.theModalQualifier = attrs['modal_qualifier']
elif name == 'grounds':
refName = attrs['reference']
refType = attrs['type']
refArtifact = ''
self.theGrounds.append((refName,'',refType))
elif name == 'warrant':
refName = attrs['reference']
refType = attrs['type']
refArtifact = ''
self.theWarrants.append((refName,'',refType))
elif name == 'rebuttal':
refName = attrs['reference']
refType = attrs['type']
refArtifact = ''
self.theRebuttals.append((refName,'',refType))
elif name == 'task':
self.theName = attrs['name']
try:
self.theCode = attrs['code']
except KeyError:
self.theCode = ''
self.theAuthor = attrs['author']
if (attrs['assumption_task'] == 'TRUE'):
self.isAssumptionTask = True
elif name == 'task_environment':
self.theEnvironmentName = attrs['name']
elif name == 'task_persona':
self.theTaskPersonas.append((attrs['persona'],durationValue(attrs['duration']),frequencyValue(attrs['frequency']),attrs['demands'],attrs['goal_conflict']))
elif name == 'task_concern':
self.theConcerns.append(attrs['asset'])
elif name == 'task_concern_association':
self.theConcernAssociations.append((attrs['source_name'],a2s(attrs['source_nry']),attrs['link_name'],attrs['target_name'],a2s(attrs['target_nry'])))
elif name == 'usecase':
self.theName = attrs['name']
self.theAuthor = attrs['author']
self.theCode = attrs['code']
elif name == 'actor':
self.theActors.append(attrs['name'])
elif name == 'usecase_environment':
self.theEnvironmentName = attrs['name']
elif name == 'step':
self.theCurrentStepNo = attrs['number']
self.theCurrentStep = Step(attrs['description'])
elif name == 'exception':
self.theExcName = attrs['name']
self.theExcType = attrs['type']
self.theExcValue = attrs['value']
self.theExcCat = u2s(attrs['category'])
elif name == 'activities':
self.inActivities = 1
self.theActivities = ''
elif name == 'attitudes':
self.inAttitudes = 1
self.theAttitudes = ''
elif name == 'aptitudes':
self.inAptitudes = 1
self.theAptitudes = ''
elif name == 'motivations':
self.inMotivations = 1
self.theMotivations = ''
elif name == 'skills':
self.inSkills = 1
self.theSkills = ''
elif name == 'intrinsic':
self.inIntrinsic = 1
self.theIntrinsic = ''
elif name == 'contextual':
self.inContextual = 1
self.theContextual = ''
elif name == 'narrative':
self.inNarrative = 1
self.theNarrative = ''
elif name == 'consequences':
self.inConsequences = 1
self.theConsequences = ''
elif name == 'benefits':
self.inBenefits = 1
self.theBenefits = ''
elif name == 'excerpt':
self.inExcerpt = 1
self.theExcerpt = ''
elif name == 'description':
self.inDescription = 1
self.theDescription = ''
elif name == 'definition':
self.inDefinition = 1
self.theDefinition = ''
elif name == 'dependencies':
self.inDependencies = 1
self.theDependencies = ''
elif name == 'objective':
self.inObjective = 1
self.theObjective = ''
elif name == 'preconditions':
self.inPreconditions = 1
self.thePreconditions = ''
elif name == 'postconditions':
self.inPostconditions = 1
self.thePostconditions = ''
elif name == 'tag':
self.theTags.append(attrs['name'])
def characters(self,data):
if self.inActivities:
self.theActivities += data
elif self.inAttitudes:
self.theAttitudes += data
elif self.inAptitudes:
self.theAptitudes += data
elif self.inMotivations:
self.theMotivations += data
elif self.inSkills:
self.theSkills += data
elif self.inIntrinsic:
self.theIntrinsic += data
elif self.inContextual:
self.theContextual += data
elif self.inConsequences:
self.theConsequences += data
elif self.inBenefits:
self.theBenefits += data
elif self.inExcerpt:
self.theExcerpt += data
elif self.inDescription:
self.theDescription += data
elif self.inDefinition:
self.theDefinition += data
elif self.inDependencies:
self.theDependencies += data
elif self.inObjective:
self.theObjective += data
elif self.inPreconditions:
self.thePreconditions += data
elif self.inPostconditions:
self.thePostconditions += data
elif self.inNarrative:
self.theNarrative += data
def endElement(self,name):
if name == 'persona':
p = PersonaParameters(self.theName,self.theActivities,self.theAttitudes,self.theAptitudes,self.theMotivations,self.theSkills,self.theIntrinsic,self.theContextual,self.theImage,self.isAssumptionPersona,self.theType,self.theTags,self.theEnvironmentProperties,{})
self.thePersonas.append(p)
self.resetPersonaAttributes()
elif name == 'persona_environment':
p = PersonaEnvironmentProperties(self.theEnvironmentName,self.isDirect,self.theNarrative,self.theRoles,{'narrative':{}})
self.theEnvironmentProperties.append(p)
self.resetPersonaEnvironmentAttributes()
elif name == 'external_document':
p = ExternalDocumentParameters(self.theName,self.theVersion,self.theDate,self.theAuthors,self.theDescription)
self.theExternalDocuments.append(p)
self.resetExternalDocumentAttributes()
elif name == 'document_reference':
p = DocumentReferenceParameters(self.theName,self.theDocument,self.theContributor,self.theExcerpt)
self.theDocumentReferences.append(p)
self.resetDocumentReferenceAttributes()
elif name == 'concept_reference':
p = ConceptReferenceParameters(self.theName,self.theConcept,self.theObject,self.theDescription)
self.theConceptReferences.append(p)
self.resetConceptReferenceAttributes()
elif name == 'persona_characteristic':
p = PersonaCharacteristicParameters(self.thePersona,self.theModalQualifier,self.theBvName,self.theDefinition,self.theGrounds,self.theWarrants,[],self.theRebuttals)
self.thePersonaCharacteristics.append(p)
self.resetPersonaCharacteristicAttributes()
elif name == 'task_characteristic':
p = TaskCharacteristicParameters(self.theTask,self.theModalQualifier,self.theDefinition,self.theGrounds,self.theWarrants,[],self.theRebuttals)
self.theTaskCharacteristics.append(p)
self.resetTaskCharacteristicAttributes()
elif name == 'task':
p = TaskParameters(self.theName,self.theCode,self.theObjective,self.isAssumptionTask,self.theAuthor,self.theTags,self.theEnvironmentProperties)
self.theTasks.append(p)
self.resetTaskAttributes()
elif name == 'task_environment':
p = TaskEnvironmentProperties(self.theEnvironmentName,self.theDependencies,self.theTaskPersonas,self.theConcerns,self.theConcernAssociations,self.theNarrative,self.theConsequences,self.theBenefits,{'narrative':{},'consequences':{},'benefits':{}})
self.theEnvironmentProperties.append(p)
self.resetTaskEnvironmentAttributes()
elif name == 'exception':
self.theCurrentStep.addException((self.theExcName,self.theExcType,self.theExcValue,self.theExcCat,self.theDefinition))
elif name == 'step':
self.theCurrentStep.setTags(self.theTags)
self.theSteps.append(self.theCurrentStep)
self.theCurrentStep = None
elif name == 'usecase_environment':
p = UseCaseEnvironmentProperties(self.theEnvironmentName,self.thePreconditions,self.theSteps,self.thePostconditions)
self.theEnvironmentProperties.append(p)
self.resetUseCaseEnvironmentAttributes()
elif name == 'usecase':
p = UseCaseParameters(self.theName,self.theAuthor,self.theCode,self.theActors,self.theDescription,self.theTags,self.theEnvironmentProperties)
self.theUseCases.append(p)
self.resetUseCaseAttributes()
elif name == 'activities':
self.inActivities = 0
elif name == 'attitudes':
self.inAttitudes = 0
elif name == 'aptitudes':
self.inAptitudes = 0
elif name == 'motivations':
self.inMotivations = 0
elif name == 'skills':
self.inSkills = 0
elif name == 'intrinsic':
self.inIntrinsic = 0
elif name == 'contextual':
self.inContextual = 0
elif name == 'narrative':
self.inNarrative = 0
elif name == 'excerpt':
self.inExcerpt = 0
elif name == 'description':
self.inDescription = 0
elif name == 'definition':
self.inDefinition = 0
elif name == 'dependencies':
self.inDependencies = 0
elif name == 'objective':
self.inObjective = 0
elif name == 'preconditions':
self.inPreconditions = 0
elif name == 'postconditions':
self.inPostconditions = 0
elif name == 'benefits':
self.inBenefits = 0
elif name == 'consequences':
self.inConsequences = 0
class GoalsContentHandler(ContentHandler,EntityResolver):
def __init__(self,session_id = None):
b = Borg()
self.dbProxy = b.get_dbproxy(session_id)
self.configDir = b.configDir
self.theDomainProperties = []
self.theGoals = []
self.theObstacles = []
self.theRequirements = []
self.theUseCases = []
self.theCountermeasures = []
self.theReferenceLabelDictionary = {}
self.resetDomainPropertyAttributes()
self.resetGoalAttributes()
self.resetObstacleAttributes()
self.resetRequirementAttributes()
self.resetGoalAttributes()
self.resetUseCaseAttributes()
self.resetUseCaseEnvironmentAttributes()
self.resetCountermeasureAttributes()
def resolveEntity(self,publicId,systemId):
return systemId
def roles(self):
return self.theRoles
def domainProperties(self):
return self.theDomainProperties
def goals(self):
return self.theGoals
def obstacles(self):
return self.theObstacles
def requirements(self):
return self.theRequirements
def usecases(self):
return self.theUseCases
def countermeasures(self):
return self.theCountermeasures
def resetDomainPropertyAttributes(self):
self.inDomainProperty = 0
self.theName = ''
self.theTags = []
self.theType = ''
self.theDefinition = ''
self.theOriginator = ''
def resetGoalAttributes(self):
self.inGoal = 0
self.theName = ''
self.theTags = []
self.theOriginator = ''
self.theEnvironmentProperties = []
self.resetGoalEnvironmentAttributes()
def resetObstacleAttributes(self):
self.inObstacle = 0
self.theName = ''
self.theTags = []
self.theOriginator = ''
self.theEnvironmentProperties = []
self.resetObstacleEnvironmentAttributes()
def resetGoalEnvironmentAttributes(self):
self.inDefinition = 0
self.inFitCriterion = 0
self.inIssue = 0
self.theEnvironmentName = ''
self.theCategory = ''
self.thePriority = ''
self.theDefinition = ''
self.theConcerns = []
self.theConcernAssociations = []
def resetObstacleEnvironmentAttributes(self):
self.inDefinition = 0
self.theEnvironmentName = ''
self.theCategory = ''
self.theDefinition = ''
self.theConcerns = []
self.resetProbabilityElements()
def resetProbabilityElements(self):
self.theProbability = 0.0
self.inRationale = 0
self.theRationale = ''
def resetRequirementAttributes(self):
self.inDescription = 0
self.inRationale = 0
self.inFitCriterion = 0
self.inOriginator = 0
self.theReference = ''
self.theReferenceType = ''
self.theLabel = 0
self.theName = ''
self.theType = ''
self.thePriority = 0
self.theDescription = 0
self.theRationale = 0
self.theFitCriterion = 0
self.theOriginator = 0
def resetUseCaseAttributes(self):
self.inUseCase = 0
self.theName = ''
self.theTags = []
self.theAuthor = ''
self.theCode = ''
self.inDescription = 0
self.theDescription = ''
self.theActors = []
self.theEnvironmentProperties = []
self.resetUseCaseEnvironmentAttributes()
def resetUseCaseEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inPreconditions = 0
self.thePreconditions = ''
self.inPostconditions = 0
self.thePostconditions = ''
self.theSteps = Steps()
self.theCurrentStep = None
self.theCurrentStepNo = 0
self.theExcName = ''
self.theExcType = ''
self.theExcValue = ''
self.theExcCat = ''
self.inDefinition = 0
self.theDefinition = ''
def resetCountermeasureAttributes(self):
self.theName = ''
self.theType = ''
self.inDescription = 0
self.theDescription = ''
self.theEnvironmentProperties = []
self.resetCountermeasureEnvironmentAttributes()
def resetCountermeasureEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.theCost = ''
self.theCmRequirements = []
self.theTargets = []
self.theCmRoles = []
self.theTaskPersonas = []
self.theSpDict = {}
self.theSpDict['confidentiality'] = (0,'None')
self.theSpDict['integrity'] = (0,'None')
self.theSpDict['availability'] = (0,'None')
self.theSpDict['accountability'] = (0,'None')
self.theSpDict['anonymity'] = (0,'None')
self.theSpDict['pseudonymity'] = (0,'None')
self.theSpDict['unlinkability'] = (0,'None')
self.theSpDict['unobservability'] = (0,'None')
self.theTargetName = ''
self.theTargetEffectiveness = ''
self.theTargetResponses = []
self.resetMitigatingPropertyAttributes()
def resetMitigatingPropertyAttributes(self):
self.thePropertyName = ''
self.thePropertyValue = 'None'
self.inRationale = 0
self.theRationale = ''
def startElement(self,name,attrs):
self.currentElementName = name
if name == 'domainproperty':
self.inDomainProperty = 1
self.theName = attrs['name']
self.theType = attrs['type']
self.theOriginator = attrs['originator']
elif name == 'goal':
self.inGoal = 1
self.theName = attrs['name']
self.theOriginator = attrs['originator']
elif name == 'obstacle':
self.inObstacle = 1
self.theName = attrs['name']
self.theOriginator = attrs['originator']
elif name == 'goal_environment':
self.theEnvironmentName = attrs['name']
self.theCategory = attrs['category']
self.thePriority = attrs['priority']
elif name == 'obstacle_environment':
self.theEnvironmentName = attrs['name']
self.theCategory = u2s(attrs['category'])
elif name == 'probability':
self.theProbability = attrs['value']
elif name == 'rationale':
self.inRationale = 1
self.theRationale = ''
elif name == 'concern':
self.theConcerns.append(attrs['name'])
elif name == 'concern_association':
self.theConcernAssociations.append((attrs['source_name'],a2s(attrs['source_nry']),attrs['link_name'],attrs['target_name'],a2s(attrs['target_nry'])))
elif name == 'requirement':
self.theReference = attrs['reference']
if (self.theReference in self.theReferenceLabelDictionary):
self.theReferenceLabelDictionary[self.theReference] += 1
else:
self.theReferenceLabelDictionary[self.theReference] = 1
self.theLabel = self.theReferenceLabelDictionary[self.theReference]
try:
self.theName = attrs['name']
except KeyError:
self.theName = ''
self.theReferenceType = attrs['reference_type']
self.theType = u2s(attrs['type'])
self.thePriority = attrs['priority']
elif name == 'usecase':
self.inUseCase = 1
self.theName = attrs['name']
self.theAuthor = attrs['author']
self.theCode = attrs['code']
elif name == 'actor':
self.theActors.append(attrs['name'])
elif name == 'usecase_environment':
self.theEnvironmentName = attrs['name']
elif name == 'step':
self.theCurrentStepNo = attrs['number']
self.theCurrentStep = Step(attrs['description'])
elif name == 'exception':
self.theExcName = attrs['name']
self.theExcType = attrs['type']
if (self.theExcType == 'None'):
self.theExcValue = 'None'
self.theExcCat = 'None'
else:
try:
self.theExcValue = attrs['value']
self.theExcCat = u2s(attrs['category'])
except KeyError:
raise ARMException('Exception ' + self.theExcName + ' has a goal or requirement exception type but no related goal/requirement name or exception category')
elif name == 'countermeasure':
self.theName = attrs['name']
self.theType = attrs['type']
elif name == 'countermeasure_environment':
self.theEnvironmentName = attrs['name']
self.theCost = attrs['cost']
elif name == 'countermeasure_requirement':
self.theCmRequirements.append(attrs['name'])
elif name == 'target':
self.theTargetName = attrs['name']
self.theTargetEffectiveness = attrs['effectiveness']
elif name == 'target_response':
self.theTargetResponses.append(attrs['name'])
elif name == 'mitigating_property':
self.thePropertyName = attrs['name']
self.thePropertyValue = a2i(attrs['value'])
elif name == 'responsible_role':
self.theCmRoles.append(attrs['name'])
elif name == 'responsible_persona':
self.theTaskPersonas.append((attrs['task'],attrs['persona'],u2s(attrs['duration']),u2s(attrs['frequency']),u2s(attrs['demands']),u2s(attrs['goals'])))
elif (name == 'description'):
self.inDescription = 1
self.theDescription = ''
elif (name =='definition'):
self.inDefinition = 1
self.theDefinition = ''
elif name == 'fit_criterion':
self.inFitCriterion = 1
self.theFitCriterion = ''
elif name == 'issue':
self.inIssue = 1
self.theIssue = ''
elif name == 'rationale':
self.inRationale = 1
self.theRationale = ''
elif name == 'originator':
self.inOriginator = 1
self.theOriginator = ''
elif name == 'preconditions':
self.inPreconditions = 1
self.thePreconditions = ''
elif name == 'postconditions':
self.inPostconditions = 1
self.thePostconditions = ''
elif name == 'tag':
if ((self.inDomainProperty == 1) or (self.inGoal == 1) or (self.inObstacle == 1) or (self.inUseCase == 1)):
self.theTags.append(attrs['name'])
def characters(self,data):
if self.inDescription:
self.theDescription += data
if self.inDefinition:
self.theDefinition += data
elif self.inFitCriterion:
self.theFitCriterion += data
elif self.inIssue:
self.theIssue += data
elif self.inRationale:
self.theRationale += data
elif self.inOriginator:
self.theOriginator += data
elif self.inPreconditions:
self.thePreconditions += data
elif self.inPostconditions:
self.thePostconditions += data
def endElement(self,name):
if name == 'domainproperty':
p = DomainPropertyParameters(unescape(self.theName),unescape(self.theDefinition),self.theType,unescape(self.theOriginator),self.theTags)
self.theDomainProperties.append(p)
self.resetDomainPropertyAttributes()
elif name == 'goal_environment':
p = GoalEnvironmentProperties(self.theEnvironmentName,'',unescape(self.theDefinition),self.theCategory,self.thePriority,unescape(self.theFitCriterion),unescape(self.theIssue),[],[],self.theConcerns,self.theConcernAssociations)
self.theEnvironmentProperties.append(p)
self.resetGoalEnvironmentAttributes()
elif name == 'obstacle_environment':
p = ObstacleEnvironmentProperties(self.theEnvironmentName,'',unescape(self.theDefinition),self.theCategory,[],[],self.theConcerns)
p.theProbability = self.theProbability
p.theProbabilityRationale = unescape(self.theRationale)
self.theEnvironmentProperties.append(p)
self.resetObstacleEnvironmentAttributes()
elif name == 'goal':
p = GoalParameters(unescape(self.theName),unescape(self.theOriginator),self.theTags,self.theEnvironmentProperties)
self.theGoals.append(p)
self.resetGoalAttributes()
elif name == 'obstacle':
p = ObstacleParameters(unescape(self.theName),unescape(self.theOriginator),self.theTags,self.theEnvironmentProperties)
self.theObstacles.append(p)
self.resetObstacleAttributes()
elif name == 'requirement':
reqId = self.dbProxy.newId()
r = cairis.core.RequirementFactory.build(reqId,self.theLabel,unescape(self.theName),unescape(self.theDescription),self.thePriority,unescape(self.theRationale),unescape(self.theFitCriterion),unescape(self.theOriginator),self.theType,self.theReference)
self.theRequirements.append((r,self.theReference,self.theReferenceType))
self.resetRequirementAttributes()
elif name == 'exception':
self.theCurrentStep.addException((self.theExcName,self.theExcType.lower(),self.theExcValue,self.theExcCat,unescape(self.theDefinition)))
elif name == 'step':
self.theCurrentStep.setTags(self.theTags)
self.theSteps.append(self.theCurrentStep)
self.theCurrentStep = None
elif name == 'usecase_environment':
p = UseCaseEnvironmentProperties(self.theEnvironmentName,unescape(self.thePreconditions),self.theSteps,unescape(self.thePostconditions))
self.theEnvironmentProperties.append(p)
self.resetUseCaseEnvironmentAttributes()
elif name == 'usecase':
p = UseCaseParameters(self.theName,self.theAuthor,unescape(self.theCode),self.theActors,unescape(self.theDescription),self.theTags,self.theEnvironmentProperties)
self.theUseCases.append(p)
self.resetUseCaseAttributes()
elif name == 'countermeasure':
p = CountermeasureParameters(self.theName,unescape(self.theDescription),self.theType,self.theTags,self.theEnvironmentProperties)
self.theCountermeasures.append(p)
self.resetCountermeasureAttributes()
elif name == 'mitigating_property':
self.theSpDict[self.thePropertyName] = (self.thePropertyValue,unescape(self.theDescription))
self.resetMitigatingPropertyAttributes()
elif name == 'countermeasure_environment':
cProperty,cRationale = self.theSpDict['confidentiality']
iProperty,iRationale = self.theSpDict['integrity']
avProperty,avRationale = self.theSpDict['availability']
acProperty,acRationale = self.theSpDict['accountability']
anProperty,anRationale = self.theSpDict['anonymity']
panProperty,panRationale = self.theSpDict['pseudonymity']
unlProperty,unlRationale = self.theSpDict['unlinkability']
unoProperty,unoRationale = self.theSpDict['unobservability']
p = CountermeasureEnvironmentProperties(self.theEnvironmentName,self.theCmRequirements,self.theTargets,[cProperty,iProperty,avProperty,acProperty,anProperty,panProperty,unlProperty,unoProperty],[cRationale,iRationale,avRationale,acRationale,anRationale,panRationale,unlRationale,unoRationale],self.theCost,self.theCmRoles,self.theTaskPersonas)
self.theEnvironmentProperties.append(p)
self.resetCountermeasureEnvironmentAttributes()
elif (name == 'target'):
self.theTargets.append(Target(self.theTargetName,self.theTargetEffectiveness,unescape(self.theRationale)))
self.theTargetResponses = []
elif (name == 'description'):
self.inDescription = 0
elif (name =='definition'):
self.inDefinition = 0
elif name == 'fit_criterion':
self.inFitCriterion = 0
elif name == 'issue':
self.inIssue = 0
elif name == 'rationale':
self.inRationale = 0
elif name == 'originator':
self.inOriginator = 0
elif name == 'preconditions':
self.inPreconditions = 0
elif name == 'postconditions':
self.inPostconditions = 0
class UsabilityContentHandler(ContentHandler, EntityResolver):
def __init__(self):
self.thePersonas = []
self.theExternalDocuments = []
self.theDocumentReferences = []
self.theConceptReferences = []
self.thePersonaCharacteristics = []
self.theTaskCharacteristics = []
self.theTasks = []
self.theUseCases = []
b = Borg()
self.configDir = b.configDir
self.resetPersonaAttributes()
self.resetDocumentReferenceAttributes()
self.resetConceptReferenceAttributes()
self.resetPersonaCharacteristicAttributes()
self.resetTaskCharacteristicAttributes()
self.resetTaskAttributes()
self.resetUseCaseAttributes()
def resolveEntity(self, publicId, systemId):
return systemId
def personas(self):
return self.thePersonas
def externalDocuments(self):
return self.theExternalDocuments
def documentReferences(self):
return self.theDocumentReferences
def conceptReferences(self):
return self.theConceptReferences
def personaCharacteristics(self):
return self.thePersonaCharacteristics
def taskCharacteristics(self):
return self.theTaskCharacteristics
def tasks(self):
return self.theTasks
def usecases(self):
return self.theUseCases
def resetPersonaAttributes(self):
self.inActivities = 0
self.inAttitudes = 0
self.inAptitudes = 0
self.inMotivations = 0
self.inSkills = 0
self.inIntrinsic = 0
self.inContextual = 0
self.theName = ''
self.theTags = []
self.theType = ''
self.theImage = ''
self.isAssumptionPersona = False
self.theActivities = ''
self.theAptitudes = ''
self.theMotivations = ''
self.theSkills = ''
self.theIntrinsic = ''
self.theContextual = ''
self.theEnvironmentProperties = []
self.resetPersonaEnvironmentAttributes()
def resetPersonaEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.theRoles = []
self.isDirect = True
self.inNarrative = 0
self.theNarrative = ''
def resetExternalDocumentAttributes(self):
self.theName = ''
self.theVersion = ''
self.theDate = ''
self.theAuthors = ''
self.inDescription = 0
self.theDescription = ''
def resetDocumentReferenceAttributes(self):
self.inExcerpt = 0
self.theName = ''
self.theContributor = ''
self.theDocument = ''
self.theExcerpt = ''
def resetConceptReferenceAttributes(self):
self.inDescription = 0
self.theName = ''
self.theConcept = ''
self.theObject = ''
self.theDescription = ''
def resetPersonaCharacteristicAttributes(self):
self.thePersona = ''
self.theBvName = ''
self.theModalQualifier = ''
self.inDefinition = 0
self.theDefinition = ''
self.theGrounds = []
self.theWarrants = []
self.theRebuttals = []
def resetTaskCharacteristicAttributes(self):
self.theTask = ''
self.theModalQualifier = ''
self.inDefinition = 0
self.theDefinition = ''
self.theGrounds = []
self.theWarrants = []
self.theRebuttals = []
def resetTaskAttributes(self):
self.theName = ''
self.theTags = []
self.theCode = ''
self.theAuthor = ''
self.isAssumptionTask = False
self.inObjective = 0
self.theObjective = ''
self.theEnvironmentProperties = []
self.resetTaskEnvironmentAttributes()
def resetTaskEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inDependencies = 0
self.inNarrative = 0
self.inConsequences = 0
self.inBenefits = 0
self.theDependencies = ''
self.theNarrative = ''
self.theConsequences = ''
self.theBenefits = ''
self.theTaskPersonas = []
self.theConcerns = []
self.theConcernAssociations = []
def resetUseCaseAttributes(self):
self.theName = ''
self.theTags = []
self.theAuthor = ''
self.theCode = ''
self.inDescription = 0
self.theDescription = ''
self.theActors = []
self.theEnvironmentProperties = []
self.resetUseCaseEnvironmentAttributes()
def resetUseCaseEnvironmentAttributes(self):
self.theEnvironmentName = ''
self.inPreconditions = 0
self.thePreconditions = ''
self.inPostconditions = 0
self.thePostconditions = ''
self.theSteps = Steps()
self.theCurrentStep = None
self.theCurrentStepNo = 0
self.theExcName = ''
self.theExcType = ''
self.theExcValue = ''
self.theExcCat = ''
self.inDefinition = 0
self.theDefinition = ''
def startElement(self, name, attrs):
self.currentElementName = name
if name == 'persona':
self.theName = attrs['name']
self.theType = attrs['type']
self.theImage = attrs['image']
if self.theImage != "" and os.path.isfile(self.theImage) == False:
b = Borg()
self.theImage = self.theImage
if (attrs['assumption_persona'] == 'TRUE'):
self.isAssumptionPersona = True
elif name == 'persona_environment':
self.theEnvironmentName = attrs['name']
if (attrs['is_direct'] == 'FALSE'):
self.isDirect = False
elif name == 'persona_role':
self.theRoles.append(attrs['name'])
elif name == 'external_document':
self.theName = attrs['name'].encode('utf-8')
self.theVersion = attrs['version']
self.theDate = attrs['date']
self.theAuthors = attrs['authors']
elif name == 'document_reference':
self.theName = attrs['name'].encode('utf-8')
self.theContributor = attrs['contributor']
self.theDocument = attrs['document']
elif name == 'concept_reference':
self.theName = attrs['name']
self.theConcept = attrs['concept']
self.theObject = attrs['object']
elif name == 'persona_characteristic':
self.thePersona = attrs['persona']
self.theBvName = u2s(attrs['behavioural_variable'])
self.theModalQualifier = attrs['modal_qualifier']
elif name == 'task_characteristic':
self.theTask = attrs['task']
self.theModalQualifier = attrs['modal_qualifier']
elif name == 'grounds':
refName = attrs['reference']
refType = attrs['type']
refArtifact = ''
self.theGrounds.append((refName, '', refType))
elif name == 'warrant':
refName = attrs['reference']
refType = attrs['type']
refArtifact = ''
self.theWarrants.append((refName, '', refType))
elif name == 'rebuttal':
refName = attrs['reference']
refType = attrs['type']
refArtifact = ''
self.theRebuttals.append((refName, '', refType))
elif name == 'task':
self.theName = attrs['name']
try:
self.theCode = attrs['code']
except KeyError:
self.theCode = ''
self.theAuthor = attrs['author']
if (attrs['assumption_task'] == 'TRUE'):
self.isAssumptionTask = True
elif name == 'task_environment':
self.theEnvironmentName = attrs['name']
elif name == 'task_persona':
self.theTaskPersonas.append(
(attrs['persona'], durationValue(attrs['duration']),
frequencyValue(attrs['frequency']), attrs['demands'],
attrs['goal_conflict']))
elif name == 'task_concern':
self.theConcerns.append(attrs['asset'])
elif name == 'task_concern_association':
self.theConcernAssociations.append(
(attrs['source_name'], a2s(attrs['source_nry']),
attrs['link_name'], attrs['target_name'],
a2s(attrs['target_nry'])))
elif name == 'usecase':
self.theName = attrs['name']
self.theAuthor = attrs['author']
self.theCode = attrs['code']
elif name == 'actor':
self.theActors.append(attrs['name'])
elif name == 'usecase_environment':
self.theEnvironmentName = attrs['name']
elif name == 'step':
self.theCurrentStepNo = attrs['number']
self.theCurrentStep = Step(attrs['description'])
elif name == 'exception':
self.theExcName = attrs['name']
self.theExcType = attrs['type']
self.theExcValue = attrs['value']
self.theExcCat = u2s(attrs['category'])
elif name == 'activities':
self.inActivities = 1
self.theActivities = ''
elif name == 'attitudes':
self.inAttitudes = 1
self.theAttitudes = ''
elif name == 'aptitudes':
self.inAptitudes = 1
self.theAptitudes = ''
elif name == 'motivations':
self.inMotivations = 1
self.theMotivations = ''
elif name == 'skills':
self.inSkills = 1
self.theSkills = ''
elif name == 'intrinsic':
self.inIntrinsic = 1
self.theIntrinsic = ''
elif name == 'contextual':
self.inContextual = 1
self.theContextual = ''
elif name == 'narrative':
self.inNarrative = 1
self.theNarrative = ''
elif name == 'consequences':
self.inConsequences = 1
self.theConsequences = ''
elif name == 'benefits':
self.inBenefits = 1
self.theBenefits = ''
elif name == 'excerpt':
self.inExcerpt = 1
self.theExcerpt = ''
elif name == 'description':
self.inDescription = 1
self.theDescription = ''
elif name == 'definition':
self.inDefinition = 1
self.theDefinition = ''
elif name == 'dependencies':
self.inDependencies = 1
self.theDependencies = ''
elif name == 'objective':
self.inObjective = 1
self.theObjective = ''
elif name == 'preconditions':
self.inPreconditions = 1
self.thePreconditions = ''
elif name == 'postconditions':
self.inPostconditions = 1
self.thePostconditions = ''
elif name == 'tag':
self.theTags.append(attrs['name'])
def characters(self, data):
if self.inActivities:
self.theActivities += data
elif self.inAttitudes:
self.theAttitudes += data
elif self.inAptitudes:
self.theAptitudes += data
elif self.inMotivations:
self.theMotivations += data
elif self.inSkills:
self.theSkills += data
elif self.inIntrinsic:
self.theIntrinsic += data
elif self.inContextual:
self.theContextual += data
elif self.inConsequences:
self.theConsequences += data
elif self.inBenefits:
self.theBenefits += data
elif self.inExcerpt:
self.theExcerpt += data
elif self.inDescription:
self.theDescription += data
elif self.inDefinition:
self.theDefinition += data
elif self.inDependencies:
self.theDependencies += data
elif self.inObjective:
self.theObjective += data
elif self.inPreconditions:
self.thePreconditions += data
elif self.inPostconditions:
self.thePostconditions += data
elif self.inNarrative:
self.theNarrative += data
def endElement(self, name):
if name == 'persona':
p = PersonaParameters(self.theName, self.theActivities,
self.theAttitudes, self.theAptitudes,
self.theMotivations, self.theSkills,
self.theIntrinsic, self.theContextual,
self.theImage, self.isAssumptionPersona,
self.theType, self.theTags,
self.theEnvironmentProperties, {})
self.thePersonas.append(p)
self.resetPersonaAttributes()
elif name == 'persona_environment':
p = PersonaEnvironmentProperties(self.theEnvironmentName,
self.isDirect, self.theNarrative,
self.theRoles, {'narrative': {}})
self.theEnvironmentProperties.append(p)
self.resetPersonaEnvironmentAttributes()
elif name == 'external_document':
p = ExternalDocumentParameters(self.theName, self.theVersion,
self.theDate, self.theAuthors,
self.theDescription)
self.theExternalDocuments.append(p)
self.resetExternalDocumentAttributes()
elif name == 'document_reference':
p = DocumentReferenceParameters(self.theName, self.theDocument,
self.theContributor,
self.theExcerpt)
self.theDocumentReferences.append(p)
self.resetDocumentReferenceAttributes()
elif name == 'concept_reference':
p = ConceptReferenceParameters(self.theName, self.theConcept,
self.theObject, self.theDescription)
self.theConceptReferences.append(p)
self.resetConceptReferenceAttributes()
elif name == 'persona_characteristic':
p = PersonaCharacteristicParameters(
self.thePersona, self.theModalQualifier, self.theBvName,
self.theDefinition, self.theGrounds, self.theWarrants, [],
self.theRebuttals)
self.thePersonaCharacteristics.append(p)
self.resetPersonaCharacteristicAttributes()
elif name == 'task_characteristic':
p = TaskCharacteristicParameters(self.theTask,
self.theModalQualifier,
self.theDefinition,
self.theGrounds, self.theWarrants,
[], self.theRebuttals)
self.theTaskCharacteristics.append(p)
self.resetTaskCharacteristicAttributes()
elif name == 'task':
p = TaskParameters(self.theName, self.theCode, self.theObjective,
self.isAssumptionTask, self.theAuthor,
self.theTags, self.theEnvironmentProperties)
self.theTasks.append(p)
self.resetTaskAttributes()
elif name == 'task_environment':
p = TaskEnvironmentProperties(
self.theEnvironmentName, self.theDependencies,
self.theTaskPersonas, self.theConcerns,
self.theConcernAssociations, self.theNarrative,
self.theConsequences, self.theBenefits, {
'narrative': {},
'consequences': {},
'benefits': {}
})
self.theEnvironmentProperties.append(p)
self.resetTaskEnvironmentAttributes()
elif name == 'exception':
self.theCurrentStep.addException(
(self.theExcName, self.theExcType, self.theExcValue,
self.theExcCat, self.theDefinition))
elif name == 'step':
self.theCurrentStep.setTags(self.theTags)
self.theSteps.append(self.theCurrentStep)
self.theCurrentStep = None
elif name == 'usecase_environment':
p = UseCaseEnvironmentProperties(self.theEnvironmentName,
self.thePreconditions,
self.theSteps,
self.thePostconditions)
self.theEnvironmentProperties.append(p)
self.resetUseCaseEnvironmentAttributes()
elif name == 'usecase':
p = UseCaseParameters(self.theName, self.theAuthor, self.theCode,
self.theActors, self.theDescription,
self.theTags, self.theEnvironmentProperties)
self.theUseCases.append(p)
self.resetUseCaseAttributes()
elif name == 'activities':
self.inActivities = 0
elif name == 'attitudes':
self.inAttitudes = 0
elif name == 'aptitudes':
self.inAptitudes = 0
elif name == 'motivations':
self.inMotivations = 0
elif name == 'skills':
self.inSkills = 0
elif name == 'intrinsic':
self.inIntrinsic = 0
elif name == 'contextual':
self.inContextual = 0
elif name == 'narrative':
self.inNarrative = 0
elif name == 'excerpt':
self.inExcerpt = 0
elif name == 'description':
self.inDescription = 0
elif name == 'definition':
self.inDefinition = 0
elif name == 'dependencies':
self.inDependencies = 0
elif name == 'objective':
self.inObjective = 0
elif name == 'preconditions':
self.inPreconditions = 0
elif name == 'postconditions':
self.inPostconditions = 0
elif name == 'benefits':
self.inBenefits = 0
elif name == 'consequences':
self.inConsequences = 0
