def _arraylist_of(self, xs):
"""
Converts a python list to a java.util.ArrayList
"""
a = ArrayList()
a.addAll(xs)
return a
def _arraylist_of(self, xs):
"""
Converts a python list to a java.util.ArrayList
"""
a = ArrayList()
a.addAll( xs )
return a
def getChildren(self, analyticFunctionOrdering):
""" generated source for method getChildren """
allChildren = ArrayList()
allChildren.addAll(getSourceConjunctChildren())
allChildren.addAll(getFunctionAddedChildren(analyticFunctionOrdering))
# print "Number of children being added: " + len(allChildren);
return allChildren
def javaConcat(list1, list2):
x = ArrayList()
x.addAll(list1)
x.addAll(list2)
return tuple(x)
def test_iter(self):
jlist = ArrayList()
jlist.addAll(range(0, 10))
i = iter(jlist)
x = list(i)
self.assert_(x == range(0, 10))
def getLibraryList(libType):
# iterate through all the result pages to return ALL found libraries
pagecount = 1
allLibs = ArrayList()
libList = flsBrowse(libType, pagecount, maxpagingresults)
while(not libList.isEmpty()):
allLibs.addAll(libList)
pagecount = pagecount + 1
libList = flsBrowse(libType, pagecount, maxpagingresults)
return allLibs
def getLibraryList(libType):
# iterate through all the result pages to return ALL found libraries
pagecount = 1
allLibs = ArrayList()
libList = flsBrowse(libType, pagecount, maxpagingresults)
while (not libList.isEmpty()):
allLibs.addAll(libList)
pagecount = pagecount + 1
libList = flsBrowse(libType, pagecount, maxpagingresults)
return allLibs
def getAugmentedDescription(self):
""" generated source for method getAugmentedDescription """
rval = ArrayList()
for gdl in description:
if isinstance(gdl, (GdlRelation, )):
if rel.__name__.__str__() == "base":
notBase = False
if notBase:
rval.add(gdl)
rval.addAll(self.getAnnotations())
return rval
def afront_insert(liaison, nodes_reader, size, point_metric):
""" Return the list of mutable nodes which have been inserted """
if point_metric:
remesh = VertexInsertion(liaison, point_metric)
else:
remesh = VertexInsertion(liaison, size)
inserted_vertices = ArrayList()
for g_id in xrange(1, liaison.mesh.getNumberOfGroups() + 1):
vs = nodes_reader.next()
remesh.insertNodes(vs, g_id)
inserted_vertices.addAll(remesh.mutableInserted)
return inserted_vertices
def afront_insert(liaison, nodes_reader, size, point_metric):
""" Return the list of mutable nodes which have been inserted """
if point_metric:
remesh = VertexInsertion(liaison, point_metric)
else:
remesh = VertexInsertion(liaison, size)
inserted_vertices = ArrayList()
for g_id in xrange(1, liaison.mesh.getNumberOfGroups()+1):
vs = nodes_reader.next()
remesh.insertNodes(vs, g_id)
inserted_vertices.addAll(remesh.mutableInserted)
return inserted_vertices
def getConstantAndVariableList(self, term):
""" generated source for method getConstantAndVariableList """
rval = ArrayList()
if isinstance(term, (GdlConstant, )):
rval.add(term)
return rval
elif isinstance(term, (GdlVariable, )):
rval.add(term)
return rval
func = term
for t in func.getBody():
rval.addAll(self.getConstantAndVariableList(t))
return rval
def flatten(self):
""" generated source for method flatten """
self.description = DeORer.run(self.description)
if noAnnotations():
GamerLogger.log("StateMachine", "Could not find 'base' annotations. Attempting to generate them...")
self.description = PropNetAnnotater(self.description).getAugmentedDescription()
GamerLogger.log("StateMachine", "Annotations generated.")
self.templates = recordTemplates(self.description)
self.instantiations = initializeInstantiations(self.description)
flatDescription = ArrayList()
for constant in templates.keySet():
flatDescription.addAll(getInstantiations(constant))
return flatDescription
def initializeInstantiations(self, description):
""" generated source for method initializeInstantiations """
trues = ArrayList()
for gdl in description:
if isinstance(gdl, (GdlSentence, )):
if sentence.__name__.getValue() == "base":
if sentence.arity() == 1:
trues.add(GdlPool.getRule(GdlPool.getRelation(GdlPool.getConstant("true"), [None]*)))
else:
self.expandTrue(sentence, 1, LinkedList(), results)
trues.addAll(results)
instantiations = HashMap()
instantiations.put(GdlPool.getConstant("true"), trues)
return instantiations
def getExtraParametersForStep(self, configurationAttributes, step):
basicmultiauth_result = self.basicmultiauthconfExternalAuthenticator.getExtraParametersForStep(configurationAttributes, step)
duo_result = self.duoExternalAuthenticator.getExtraParametersForStep(configurationAttributes, step)
if basicmultiauth_result == None:
return duo_result
if duo_result == None:
return basicmultiauth_result
result_list = ArrayList()
result_list.addAll(basicmultiauth_result)
result_list.addAll(duo_result)
return result_list
def readSequenceString(polymerName, sequence, seqReader=None):
''' Creates a polymer from the sequence provided with the name of polymerName
The sequence input can either be a chain of characters but will only work
if the desired polymer is RNA. If creating a polymer for a protein,
sequence must be a list using the 3 letter code.
'''
seqAList = ArrayList()
seqAList.addAll(sequence)
if (seqReader == None):
seqReader = Sequence()
seqReader.newPolymer()
seqReader.read(polymerName, seqAList, "")
updateAtomArray()
mol = Molecule.getActive()
return mol
def getExtraParametersForStep(self, configurationAttributes, step):
cas2_result = self.cas2ExternalAuthenticator.getExtraParametersForStep(configurationAttributes, step)
duo_result = self.duoExternalAuthenticator.getExtraParametersForStep(configurationAttributes, step)
if cas2_result == None:
return duo_result
if duo_result == None:
return cas2_result
result_list = ArrayList()
result_list.addAll(cas2_result)
result_list.addAll(duo_result)
return result_list
def getExtraParametersForStep(self, configurationAttributes, step):
print "Casa. getExtraParametersForStep %s" % str(step)
if step > 1:
list = ArrayList()
acr = CdiUtil.bean(Identity).getWorkingParameter("ACR")
if acr in self.authenticators:
module = self.authenticators[acr]
params = module.getExtraParametersForStep(module.configAttrs, step)
if params != None:
list.addAll(params)
list.addAll(Arrays.asList("ACR", "methods", "trustedDevicesInfo"))
print "extras are %s" % list
return list
return None
def getExtraParametersForStep(self, configurationAttributes, step):
print "Casa. getExtraParametersForStep %s" % str(step)
if step > 1:
list = ArrayList()
acr = CdiUtil.bean(Identity).getWorkingParameter("ACR")
if acr in self.authenticators:
module = self.authenticators[acr]
params = module.getExtraParametersForStep(module.configAttrs, step)
if params != None:
list.addAll(params)
list.addAll(Arrays.asList("ACR", "methods", "trustedDevicesInfo"))
print "extras are %s" % list
return list
return None
def getAnnotations(self):
""" generated source for method getAnnotations """
# Find universe and initial domains
for gdl in description:
processGdl(gdl, None)
processDomain(gdl)
# Compute the actual domains of everything
updateDomains()
# printDomains();
# printDomainRefs();
# Compute function corresponding to universal set for insertion in baseprops
body = ArrayList()
body.addAll(self.universe)
self.universalDom = GdlPool.getFunction(GdlPool.getConstant("thing"), body)
# Find next/init things and use them to instantiate base props
for gdl in description:
findAndInstantiateBaseProps(gdl)
self.baseRelations = mergeBaseRelations(self.baseRelations)
# Return the results
rval = ArrayList()
rval.addAll(self.baseRelations)
return rval
def getExtraParametersForStep(self, configurationAttributes, step):
print "MFA. getExtraParametersForStep called for step '%s'" % step
# Inject dependencies
identity = CdiUtil.bean(Identity)
flow = identity.getWorkingParameter("flow")
authenticatorType = identity.getWorkingParameter("authenticatorType")
# General Parameters
parameters = ArrayList(Arrays.asList("userId", "flow", "authenticatorType",
"nextStep", "rpShortName.en", "rpShortName.fr", "rpContent"))
# Registration Parameters
if (flow == "Register"):
parameters.add("recoveryCode")
if (authenticatorType == "TOTP" and step == 3):
parameters.addAll(Arrays.asList("totpEnrollmentRequest", "totpSecretKey", "qrLabel", "qrOptions"))
if (authenticatorType == "FIDO" and step == 2):
parameters.add("fido_u2f_registration_request")
if (flow == "Authenticate" and authenticatorType == "FIDO" and step == 2):
parameters.add("fido_u2f_authentication_request")
return parameters
def getExtraParametersForStep(self, configurationAttributes, step):
print "Casa. getExtraParametersForStep %s" % str(step)
list = ArrayList()
if step > 1:
acr = CdiUtil.bean(Identity).getWorkingParameter("ACR")
if acr in self.authenticators:
module = self.authenticators[acr]
params = module.getExtraParametersForStep(module.configAttrs, step)
if params != None:
list.addAll(params)
list.addAll(Arrays.asList("ACR", "methods", "trustedDevicesInfo"))
else:
list.add("externalProviders")
list.addAll(Arrays.asList("casa_contextPath", "casa_prefix", "casa_faviconUrl", "casa_extraCss", "casa_logoUrl"))
print "extras are %s" % list
return list
def test_len(self):
jlist = ArrayList()
jlist.addAll(range(0, 10))
self.assert_(len(jlist) == 10)
class Match(object):
""" generated source for class Match """
matchId = str()
randomToken = str()
spectatorAuthToken = str()
playClock = int()
startClock = int()
previewClock = int()
startTime = Date()
theGame = Game()
moveHistory = List()
stateHistory = List()
errorHistory = List()
stateTimeHistory = List()
isCompleted = bool()
isAborted = bool()
goalValues = List()
numRoles = int()
theCryptographicKeys = EncodedKeyPair()
thePlayerNamesFromHost = List()
isPlayerHuman = List()
theGdlScrambler = NoOpGdlScrambler()
@overloaded
def __init__(self, matchId, previewClock, startClock, playClock, theGame):
""" generated source for method __init__ """
self.matchId = matchId
self.previewClock = previewClock
self.startClock = startClock
self.playClock = playClock
self.theGame = theGame
self.startTime = Date()
self.randomToken = getRandomString(32)
self.spectatorAuthToken = getRandomString(12)
self.isCompleted = False
self.isAborted = False
self.numRoles = Role.computeRoles(theGame.getRules()).size()
self.moveHistory = ArrayList()
self.stateHistory = ArrayList()
self.stateTimeHistory = ArrayList()
self.errorHistory = ArrayList()
self.goalValues = ArrayList()
@__init__.register(object, str, Game, str)
def __init___0(self, theJSON, theGame, authToken):
""" generated source for method __init___0 """
theMatchObject = JSONObject(theJSON)
self.matchId = theMatchObject.getString("matchId")
self.startClock = theMatchObject.getInt("startClock")
self.playClock = theMatchObject.getInt("playClock")
if theGame == None:
self.theGame = RemoteGameRepository.loadSingleGame(theMatchObject.getString("gameMetaURL"))
if self.theGame == None:
raise RuntimeException("Could not find metadata for game referenced in Match object: " + theMatchObject.getString("gameMetaURL"))
else:
self.theGame = theGame
if theMatchObject.has("previewClock"):
self.previewClock = theMatchObject.getInt("previewClock")
else:
self.previewClock = -1
self.startTime = Date(theMatchObject.getLong("startTime"))
self.randomToken = theMatchObject.getString("randomToken")
self.spectatorAuthToken = authToken
self.isCompleted = theMatchObject.getBoolean("isCompleted")
if theMatchObject.has("isAborted"):
self.isAborted = theMatchObject.getBoolean("isAborted")
else:
self.isAborted = False
self.numRoles = Role.computeRoles(self.theGame.getRules()).size()
self.moveHistory = ArrayList()
self.stateHistory = ArrayList()
self.stateTimeHistory = ArrayList()
self.errorHistory = ArrayList()
theMoves = theMatchObject.getJSONArray("moves")
i = 0
while i < len(theMoves):
while j < len(moveElements):
theMove.add(GdlFactory.createTerm(moveElements.getString(j)))
j += 1
self.moveHistory.add(theMove)
i += 1
theStates = theMatchObject.getJSONArray("states")
i = 0
while i < len(theStates):
while j < len(stateElements):
theState.add(GdlFactory.create("( true " + stateElements.get(j).__str__() + " )"))
j += 1
self.stateHistory.add(theState)
i += 1
theStateTimes = theMatchObject.getJSONArray("stateTimes")
i = 0
while i < len(theStateTimes):
self.stateTimeHistory.add(Date(theStateTimes.getLong(i)))
i += 1
if theMatchObject.has("errors"):
while i < len(theErrors):
while j < len(errorElements):
theMoveErrors.add(errorElements.getString(j))
j += 1
self.errorHistory.add(theMoveErrors)
i += 1
self.goalValues = ArrayList()
try:
while i < len(theGoalValues):
self.goalValues.add(theGoalValues.getInt(i))
i += 1
except JSONException as e:
pass
# TODO: Add a way to recover cryptographic public keys and signatures.
# Or, perhaps loading a match into memory for editing should strip those?
if theMatchObject.has("playerNamesFromHost"):
self.thePlayerNamesFromHost = ArrayList()
while i < len(thePlayerNames):
self.thePlayerNamesFromHost.add(thePlayerNames.getString(i))
i += 1
if theMatchObject.has("isPlayerHuman"):
self.isPlayerHuman = ArrayList()
while i < len(isPlayerHumanArray):
self.isPlayerHuman.add(isPlayerHumanArray.getBoolean(i))
i += 1
# Mutators
def setCryptographicKeys(self, k):
""" generated source for method setCryptographicKeys """
self.theCryptographicKeys = k
def enableScrambling(self):
""" generated source for method enableScrambling """
self.theGdlScrambler = MappingGdlScrambler(Random(self.startTime.getTime()))
for rule in theGame.getRules():
self.theGdlScrambler.scramble(rule)
def setPlayerNamesFromHost(self, thePlayerNames):
""" generated source for method setPlayerNamesFromHost """
self.thePlayerNamesFromHost = thePlayerNames
def getPlayerNamesFromHost(self):
""" generated source for method getPlayerNamesFromHost """
return self.thePlayerNamesFromHost
def setWhichPlayersAreHuman(self, isPlayerHuman):
""" generated source for method setWhichPlayersAreHuman """
self.isPlayerHuman = isPlayerHuman
def appendMoves(self, moves):
""" generated source for method appendMoves """
self.moveHistory.add(moves)
def appendMoves2(self, moves):
""" generated source for method appendMoves2 """
# NOTE: This is appendMoves2 because it Java can't handle two
# appendMove methods that both take List objects with different
# templatized parameters.
theMoves = ArrayList()
for m in moves:
theMoves.add(m.getContents())
self.appendMoves(theMoves)
def appendState(self, state):
""" generated source for method appendState """
self.stateHistory.add(state)
self.stateTimeHistory.add(Date())
def appendErrors(self, errors):
""" generated source for method appendErrors """
self.errorHistory.add(errors)
def appendNoErrors(self):
""" generated source for method appendNoErrors """
theNoErrors = ArrayList()
i = 0
while i < self.numRoles:
theNoErrors.add("")
i += 1
self.errorHistory.add(theNoErrors)
def markCompleted(self, theGoalValues):
""" generated source for method markCompleted """
self.isCompleted = True
if theGoalValues != None:
self.goalValues.addAll(theGoalValues)
def markAborted(self):
""" generated source for method markAborted """
self.isAborted = True
# Complex accessors
def toJSON(self):
""" generated source for method toJSON """
theJSON = JSONObject()
try:
theJSON.put("matchId", self.matchId)
theJSON.put("randomToken", self.randomToken)
theJSON.put("startTime", self.startTime.getTime())
theJSON.put("gameMetaURL", getGameRepositoryURL())
theJSON.put("isCompleted", self.isCompleted)
theJSON.put("isAborted", self.isAborted)
theJSON.put("states", JSONArray(renderArrayAsJSON(renderStateHistory(self.stateHistory), True)))
theJSON.put("moves", JSONArray(renderArrayAsJSON(renderMoveHistory(self.moveHistory), False)))
theJSON.put("stateTimes", JSONArray(renderArrayAsJSON(self.stateTimeHistory, False)))
if len(self.errorHistory) > 0:
theJSON.put("errors", JSONArray(renderArrayAsJSON(renderErrorHistory(self.errorHistory), False)))
if len(self.goalValues) > 0:
theJSON.put("goalValues", self.goalValues)
theJSON.put("previewClock", self.previewClock)
theJSON.put("startClock", self.startClock)
theJSON.put("playClock", self.playClock)
if self.thePlayerNamesFromHost != None:
theJSON.put("playerNamesFromHost", self.thePlayerNamesFromHost)
if self.isPlayerHuman != None:
theJSON.put("isPlayerHuman", self.isPlayerHuman)
theJSON.put("scrambled", self.theGdlScrambler.scrambles() if self.theGdlScrambler != None else False)
except JSONException as e:
return None
if self.theCryptographicKeys != None:
try:
SignableJSON.signJSON(theJSON, self.theCryptographicKeys.thePublicKey, self.theCryptographicKeys.thePrivateKey)
if not SignableJSON.isSignedJSON(theJSON):
raise Exception("Could not recognize signed match: " + theJSON)
if not SignableJSON.verifySignedJSON(theJSON):
raise Exception("Could not verify signed match: " + theJSON)
except Exception as e:
System.err.println(e)
theJSON.remove("matchHostPK")
theJSON.remove("matchHostSignature")
return theJSON.__str__()
def toXML(self):
""" generated source for method toXML """
try:
theXML.append("<match>")
for key in JSONObject.getNames(theJSON):
if isinstance(value, (JSONObject, )):
raise RuntimeException("Unexpected embedded JSONObject in match JSON with tag " + key + "; could not convert to XML.")
elif not (isinstance(value, (JSONArray, ))):
theXML.append(renderLeafXML(key, theJSON.get(key)))
elif key == "states":
theXML.append(renderStateHistoryXML(self.stateHistory))
elif key == "moves":
theXML.append(renderMoveHistoryXML(self.moveHistory))
elif key == "errors":
theXML.append(renderErrorHistoryXML(self.errorHistory))
else:
theXML.append(renderArrayXML(key, value))
theXML.append("</match>")
return theXML.__str__()
except JSONException as je:
return None
def getMostRecentMoves(self):
""" generated source for method getMostRecentMoves """
if len(self.moveHistory) == 0:
return None
return self.moveHistory.get(len(self.moveHistory) - 1)
def getMostRecentState(self):
""" generated source for method getMostRecentState """
if len(self.stateHistory) == 0:
return None
return self.stateHistory.get(len(self.stateHistory) - 1)
def getGameRepositoryURL(self):
""" generated source for method getGameRepositoryURL """
return getGame().getRepositoryURL()
def __str__(self):
""" generated source for method toString """
return self.toJSON()
# Simple accessors
def getMatchId(self):
""" generated source for method getMatchId """
return self.matchId
def getRandomToken(self):
""" generated source for method getRandomToken """
return self.randomToken
def getSpectatorAuthToken(self):
""" generated source for method getSpectatorAuthToken """
return self.spectatorAuthToken
def getGame(self):
""" generated source for method getGame """
return self.theGame
def getMoveHistory(self):
""" generated source for method getMoveHistory """
return self.moveHistory
def getStateHistory(self):
""" generated source for method getStateHistory """
return self.stateHistory
def getStateTimeHistory(self):
""" generated source for method getStateTimeHistory """
return self.stateTimeHistory
def getErrorHistory(self):
""" generated source for method getErrorHistory """
return self.errorHistory
def getPreviewClock(self):
""" generated source for method getPreviewClock """
return self.previewClock
def getPlayClock(self):
""" generated source for method getPlayClock """
return self.playClock
def getStartClock(self):
""" generated source for method getStartClock """
return self.startClock
def getStartTime(self):
""" generated source for method getStartTime """
return self.startTime
def isCompleted(self):
""" generated source for method isCompleted """
return self.isCompleted
def isAborted(self):
""" generated source for method isAborted """
return self.isAborted
def getGoalValues(self):
""" generated source for method getGoalValues """
return self.goalValues
def getGdlScrambler(self):
""" generated source for method getGdlScrambler """
return self.theGdlScrambler
# Static methods
@classmethod
def getRandomString(cls, nLength):
""" generated source for method getRandomString """
theGenerator = Random()
theString = ""
i = 0
while i < nLength:
if nVal < 26:
theString += str(('a' + nVal))
elif nVal < 52:
theString += str(('A' + (nVal - 26)))
elif nVal < 62:
theString += str(('0' + (nVal - 52)))
i += 1
return theString
# JSON rendering methods
@classmethod
def renderArrayAsJSON(cls, theList, useQuotes):
""" generated source for method renderArrayAsJSON """
s = "["
i = 0
while i < len(theList):
# AppEngine-specific, not needed yet: if (o instanceof Text) o = ((Text)o).getValue();
if isinstance(o, (Date, )):
o = (o).getTime()
if useQuotes:
s += "\""
s += o.__str__()
if useQuotes:
s += "\""
if i < len(theList) - 1:
s += ", "
i += 1
return s + "]"
@classmethod
def renderStateHistory(cls, stateHistory):
""" generated source for method renderStateHistory """
renderedStates = ArrayList()
for aState in stateHistory:
renderedStates.add(renderStateAsSymbolList(aState))
return renderedStates
@classmethod
def renderMoveHistory(cls, moveHistory):
""" generated source for method renderMoveHistory """
renderedMoves = ArrayList()
for aMove in moveHistory:
renderedMoves.add(cls.renderArrayAsJSON(aMove, True))
return renderedMoves
@classmethod
def renderErrorHistory(cls, errorHistory):
""" generated source for method renderErrorHistory """
renderedErrors = ArrayList()
for anError in errorHistory:
renderedErrors.add(cls.renderArrayAsJSON(anError, True))
return renderedErrors
@classmethod
def renderStateAsSymbolList(cls, theState):
""" generated source for method renderStateAsSymbolList """
# Strip out the TRUE proposition, since those are implied for states.
s = "( "
for sent in theState:
s += sentString.substring(6, 2 - len(sentString)).trim() + " "
return s + ")"
# XML Rendering methods -- these are horribly inefficient and are included only for legacy/standards compatibility
@classmethod
def renderLeafXML(cls, tagName, value):
""" generated source for method renderLeafXML """
return "<" + tagName + ">" + value.__str__() + "</" + tagName + ">"
@classmethod
def renderMoveHistoryXML(cls, moveHistory):
""" generated source for method renderMoveHistoryXML """
theXML = StringBuilder()
theXML.append("<history>")
for move in moveHistory:
theXML.append("<move>")
for action in move:
theXML.append(cls.renderLeafXML("action", renderGdlToXML(action)))
theXML.append("</move>")
theXML.append("</history>")
return theXML.__str__()
@classmethod
def renderErrorHistoryXML(cls, errorHistory):
""" generated source for method renderErrorHistoryXML """
theXML = StringBuilder()
theXML.append("<errorHistory>")
for errors in errorHistory:
theXML.append("<errors>")
for error in errors:
theXML.append(cls.renderLeafXML("error", error))
theXML.append("</errors>")
theXML.append("</errorHistory>")
return theXML.__str__()
@classmethod
def renderStateHistoryXML(cls, stateHistory):
""" generated source for method renderStateHistoryXML """
theXML = StringBuilder()
theXML.append("<herstory>")
for state in stateHistory:
theXML.append(renderStateXML(state))
theXML.append("</herstory>")
return theXML.__str__()
@classmethod
def renderStateXML(cls, state):
""" generated source for method renderStateXML """
theXML = StringBuilder()
theXML.append("<state>")
for sentence in state:
theXML.append(renderGdlToXML(sentence))
theXML.append("</state>")
return theXML.__str__()
@classmethod
def renderArrayXML(cls, tag, arr):
""" generated source for method renderArrayXML """
theXML = StringBuilder()
i = 0
while i < len(arr):
theXML.append(cls.renderLeafXML(tag, arr.get(i)))
i += 1
return theXML.__str__()
@classmethod
def renderGdlToXML(cls, gdl):
""" generated source for method renderGdlToXML """
rval = ""
if isinstance(gdl, (GdlConstant, )):
return c.getValue()
elif isinstance(gdl, (GdlFunction, )):
if f.__name__.__str__() == "true":
return "<fact>" + cls.renderGdlToXML(f.get(0)) + "</fact>"
else:
rval += "<relation>" + f.__name__ + "</relation>"
while i < f.arity():
pass
i += 1
return rval
elif isinstance(gdl, (GdlRelation, )):
if relation.__name__.__str__() == "true":
while i < relation.arity():
pass
i += 1
return rval
else:
rval += "<relation>" + relation.__name__ + "</relation>"
while i < relation.arity():
pass
i += 1
return rval
else:
System.err.println("gdlToXML Error: could not handle " + gdl.__str__())
return None
def getTransactionsInfo(self, transactions):
mapTransactionToInfo = HashMap()
mapProgramToTransaction = HashMap()
if (transactions == None) or (len(transactions) == 0):
logger.info("getTransactionsInfo: transactions list is empty")
return mapTransactionToInfo
transactionsRS = self.__client.executeQuery('TSTC', '', 'TCODE', transactions, 'TCODE,PGMNA,DYPNO')#@@CMD_PERMISION sap protocol execution
while transactionsRS.next():
transaction = transactionsRS.getString("TCODE")
program = transactionsRS.getString("PGMNA")
screen = transactionsRS.getString("DYPNO")
if logger.isDebugEnabled():
logger.debug("-------------------------------------------------------")
logger.debug("getTransactionsInfo: transaction = " + transaction)
logger.debug("getTransactionsInfo: program = " + program)
logger.debug("getTransactionsInfo: screen = " + screen)
logger.debug("-------------------------------------------------------")
if (program == None) or (len(program) == 0):
program = "N/A"
logger.info("getTransactionsInfo: program for transaction [" + str(transaction) + "] is no available - setting to N/A.")
info = TransactionInfo(transaction,program,screen)
mapTransactionToInfo.put(transaction,info)
transForProgram = mapProgramToTransaction.get(program)
if transForProgram == None:
transForProgram = ArrayList()
mapProgramToTransaction.put(program,transForProgram)
transForProgram.add(transaction)
if logger.isDebugEnabled():
logger.debug("getTransactionsInfo: mapProgramToTransaction = " + str(mapProgramToTransaction))
if len(mapProgramToTransaction) == 0:
logger.info("getTransactionsInfo: failed to get programs for transactions " + str(transactions))
return mapProgramToTransaction
objNames = ArrayList(mapProgramToTransaction.keySet())
objNames.addAll(mapTransactionToInfo.keySet())
programsRS = self.__client.executeQuery('TADIR', "(OBJECT = 'PROG' OR OBJECT = 'TRAN') AND ", 'OBJ_NAME', objNames, 'OBJECT,OBJ_NAME,VERSID,DEVCLASS')#@@CMD_PERMISION sap protocol execution
while programsRS.next():
objectType = programsRS.getString("OBJECT")
if objectType == "PROG":
program = programsRS.getString("OBJ_NAME")
version = programsRS.getString("VERSID")
transForProgram = mapProgramToTransaction.get(program)
if transForProgram != None:
for ti in transForProgram:
info = mapTransactionToInfo.get(ti)
if info == None:
logger.info("program: Failed to find info for transaction [" + str(transaction) + "]")
else:
info.version = version
else:
logger.info("getTransactionsInfo: failed getting transactions for program [" + str(program) + "]")
else: # transaction
devclass = programsRS.getString("DEVCLASS");
transaction = programsRS.getString("OBJ_NAME")
info = mapTransactionToInfo.get(transaction)
if info == None:
logger.info("transaction: Failed to find info for transaction [" + str(transaction) + "]")
info = TransactionInfo(transaction,"N/A","")
mapTransactionToInfo.put(transaction,info)
info.devclass = devclass
if logger.isDebugEnabled():
logger.debug("--------------------------------------------------")
logger.debug("getTransactionsInfo: returning transaction info " + str(mapTransactionToInfo))
logger.debug("--------------------------------------------------")
return mapTransactionToInfo
def addFormToCompletedValues(cls, form, completedSentenceFormValues, constantChecker):
""" generated source for method addFormToCompletedValues """
sentences = ArrayList()
sentences.addAll(constantChecker.getTrueSentences(form))
completedSentenceFormValues.put(form, sentences)
w = p2.getW()
# Not sure these will act as pointers
l[0] = l[0] / LAYER_SCALE + box.x
l[1] = l[1] / LAYER_SCALE + box.y
w[0] = w[0] / LAYER_SCALE + box.x
w[1] = w[1] / LAYER_SCALE + box.y
# Free memory
project.getLoader().releaseAll()
# Collect current transforms from patches
inf_area = infinite_area()
vector_data = ArrayList()
for layer in layers:
vector_data.addAll(
cast_collection(layer.getDisplayables(VectorData, False, True),
VectorData, True))
vector_data.addAll(
cast_collection(layerset.getZDisplayables(VectorData, True),
VectorData, True))
# Propagate before or propagate after
# TO DO
# Apply transforms to patches
progress = 0
for mesh, layer in zip(meshes, layers):
Utils.log("Applying transforms to patches...")
IJ.showProgress(0, len(layers))
mlt = MovingLeastSquaresTransform2()