def createSimpleCategoricalFilter():
global FandS
panelIDOfInputSeq = request.args["panelID"]
ForSIDOfInputSeq = request.args["ForSID"]
selectedAttrName = request.args["attributeName"]
selectedAttrValue = request.args["attributeValue"]
# init FandS
newForSID = helper.getNewForSID(panelIDOfInputSeq)
FandS[panelIDOfInputSeq][newForSID] = {
"name": selectedAttrName + "=" + selectedAttrValue,
"input": ForSIDOfInputSeq + "-after", # input must be after
"output": None,
"averageTime": { "after": None },
"averageNumberOfEvents": { "after": None },
"applyToSequences": False,
"applyToRecordAttributes": True,
"trueStart": { "after": {} },
"trueEnd": { "after": {} }
}
# update output
helper.updateCategoricalFilterOutput(panelIDOfInputSeq, newForSID)
# change input of the ForS with the same input as the created ForS
ForSIDWithInputChanged = None
for currentForSID in FandS[panelIDOfInputSeq]:
if currentForSID != newForSID and currentForSID != ForSIDOfInputSeq: # a ForS can have its output as input
inputStringOfUpdatedForS = ForSIDOfInputSeq + "-after"
inputStringOfCurrentForS = FandS[panelIDOfInputSeq][currentForSID]["input"]
if inputStringOfUpdatedForS == inputStringOfCurrentForS:
ForSIDWithInputChanged = currentForSID
FandS[panelIDOfInputSeq][currentForSID]["input"] = newForSID + "-after"
break
# update all subsequent ForS (all inputs are correct after the above step)
currentForSID = ForSIDWithInputChanged
while currentForSID != None:
isPatternSplittingPoint = "orderedAVPairsForEachMatcher" in FandS[panelIDOfInputSeq][currentForSID]
if isPatternSplittingPoint:
helper.updatePatternSPOutput(panelIDOfInputSeq, currentForSID)
if not isPatternSplittingPoint:
helper.updateSimpleSPOutput(panelIDOfInputSeq, currentForSID)
currentForSID = helper.getNextForSID(panelIDOfInputSeq, currentForSID)
response = {
"updatedPanelID": panelIDOfInputSeq,
"minifiedFandS": helper.createMinifiedFandS()
}
return jsonify(response)
def removeSorF():
global FandS
panelID = request.args["panelID"]
ForSIDToBeDeleted = request.args["ForSID"]
inputStringOfDeletedForS = FandS[panelID][ForSIDToBeDeleted]["input"]
ForSIDAfterDeletedForS = helper.getNextForSID(panelID, ForSIDToBeDeleted)
if ForSIDAfterDeletedForS != None:
# change input of next ForS
FandS[panelID][ForSIDAfterDeletedForS][
"input"] = inputStringOfDeletedForS
# update all subsequent ForS
currentForSID = ForSIDAfterDeletedForS
while currentForSID != None:
isSplittingPoint = FandS[panelID][currentForSID][
"applyToSequences"]
isPatternSplittingPoint = "orderedAVPairsForEachMatcher" in FandS[
panelID][currentForSID]
isNumerical = "<=" in FandS[panelID][currentForSID]["name"]
if isSplittingPoint and isPatternSplittingPoint:
helper.updatePatternSPOutput(panelID, currentForSID)
if isSplittingPoint and not isPatternSplittingPoint:
helper.updateSimpleSPOutput(panelID, currentForSID)
if not isSplittingPoint and not isNumerical:
helper.updateCategoricalFilterOutput(panelID, currentForSID)
if not isSplittingPoint and isNumerical:
helper.updateNumericalFilterOutput(panelID, currentForSID)
currentForSID = helper.getNextForSID(panelID, currentForSID)
del FandS[panelID][ForSIDToBeDeleted]
response = {
"updatedPanelID": panelID,
"removedForSID": ForSIDToBeDeleted,
"minifiedFandS": helper.createMinifiedFandS()
}
return jsonify(response)
def createMultipleSimpleSplittingPoints(
): # cascading add is not required because multiple splitting points are added to new panel
global FandS
data = request.get_json()
panelIDOfInputSeq = data["panelID"]
ForSIDOfInputSeq = data["ForSID"]
AVPairs = data["AVPairs"]
currentInputForSID = ForSIDOfInputSeq
for AVPair in AVPairs:
# handle for av pair
if AVPair["type"] == "AVPair":
attributeName = AVPair["attributeName"]
attributeValue = AVPair["attributeValue"]
# init FandS
newForSID = helper.getNewForSID(panelIDOfInputSeq)
FandS[panelIDOfInputSeq][newForSID] = {
"name": attributeName + "=" + attributeValue,
"input": currentInputForSID + "-after", # input must be after
"output": None,
"averageTime": {
"before": None,
"after": None
}, # in second
"averageNumberOfEvents": {
"before": None,
"after": None
},
"applyToSequences": True,
"applyToRecordAttributes": False,
"trueStart": {
"before": {},
"after": {},
"not": {}
},
"trueEnd": {
"before": {},
"after": {},
"not": {}
}
}
# update output, averageTime, averageNumberOfEvents, trueStart and trueEnd
helper.updateSimpleSPOutput(panelIDOfInputSeq, newForSID)
# handle for event with multiple av pair
if AVPair["type"] == "Pattern":
name = AVPair["name"]
eventMatchers = AVPair["eventMatchers"]
orderedAVPairsForEachMatcher = AVPair[
"orderedAVPairsForEachMatcher"]
logicTableForEachMatcher = AVPair["logicTableForEachMatcher"]
# init FandS
newForSID = helper.getNewForSID(panelIDOfInputSeq)
FandS[panelIDOfInputSeq][newForSID] = {
"name": name,
"input": ForSIDOfInputSeq + "-after", # input must be after
"output": None,
"averageTime": {
"before": None,
"after": None
}, # in second
"averageNumberOfEvents": {
"before": None,
"after": None
},
"applyToSequences": True,
"applyToRecordAttributes": False,
"trueStart": {
"before": {},
"after": {},
"not": {}
},
"trueEnd": {
"before": {},
"after": {},
"not": {}
},
"eventMatchers": eventMatchers,
"orderedAVPairsForEachMatcher": orderedAVPairsForEachMatcher,
"logicTableForEachMatcher": logicTableForEachMatcher
}
# update output, averageTime, averageNumberOfEvents, trueStart and trueEnd
helper.updatePatternSPOutput(panelIDOfInputSeq, newForSID)
# update for next iteration
currentInputForSID = newForSID
response = {
"updatedPanelID": panelIDOfInputSeq,
"minifiedFandS": helper.createMinifiedFandS()
}
return jsonify(response)
def createPatternSplittingPoint():
global FandS
data = request.get_json()
panelIDOfInputSeq = data["panelID"]
ForSIDOfInputSeq = data["ForSID"]
name = data["name"]
eventMatchers = data["eventMatchers"]
orderedAVPairsForEachMatcher = data["orderedAVPairsForEachMatcher"]
logicTableForEachMatcher = data["logicTableForEachMatcher"]
# init FandS
newForSID = helper.getNewForSID(panelIDOfInputSeq)
FandS[panelIDOfInputSeq][newForSID] = {
"name": name,
"input": ForSIDOfInputSeq + "-after", # input must be after
"output": None,
"averageTime": {
"before": None,
"after": None
}, # in second
"averageNumberOfEvents": {
"before": None,
"after": None
},
"applyToSequences": True,
"applyToRecordAttributes": False,
"trueStart": {
"before": {},
"after": {},
"not": {}
},
"trueEnd": {
"before": {},
"after": {},
"not": {}
},
"eventMatchers": eventMatchers,
"orderedAVPairsForEachMatcher": orderedAVPairsForEachMatcher,
"logicTableForEachMatcher": logicTableForEachMatcher
}
# update output, averageTime, averageNumberOfEvents, trueStart and trueEnd
helper.updatePatternSPOutput(panelIDOfInputSeq, newForSID)
# change input of the ForS with the same input as the created ForS
ForSIDWithInputChanged = None
for currentForSID in FandS[panelIDOfInputSeq]:
if currentForSID != newForSID and currentForSID != ForSIDOfInputSeq: # a ForS can have its output as input
inputStringOfUpdatedForS = ForSIDOfInputSeq + "-after"
inputStringOfCurrentForS = FandS[panelIDOfInputSeq][currentForSID][
"input"]
if inputStringOfUpdatedForS == inputStringOfCurrentForS:
ForSIDWithInputChanged = currentForSID
FandS[panelIDOfInputSeq][currentForSID][
"input"] = newForSID + "-after"
break
# update all subsequent ForS
currentForSID = ForSIDWithInputChanged
while currentForSID != None:
isPatternSplittingPoint = "orderedAVPairsForEachMatcher" in FandS[
panelIDOfInputSeq][currentForSID]
if isPatternSplittingPoint:
helper.updatePatternSPOutput(panelIDOfInputSeq, currentForSID)
if not isPatternSplittingPoint:
helper.updateSimpleSPOutput(panelIDOfInputSeq, currentForSID)
currentForSID = helper.getNextForSID(panelIDOfInputSeq, currentForSID)
response = {
"updatedPanelID": panelIDOfInputSeq,
"minifiedFandS": helper.createMinifiedFandS()
}
return jsonify(response)
