def run(self):
super(Lims, self).runSimulate()
# Do the work
# post processing
properties = {}
tokens = self.getTokenList().getTokensByOwnerAndSpec("ap", self, properties, lockedState=True)
if tokens == None or len(tokens) == 0:
utils.logTrace("No Assay Plate barcode")
tokenApInProcess = tokens[0]
barcodeAP = tokenApInProcess.getProperty("barcodeAP")
properties = {}
tokens = self.getTokenList().getTokensByOwnerAndSpec("sp", None, properties, lockedState=False)
numreq = 3
for token in tokens:
color = token.getProperty("color")
if color == "free":
token.setProperty("barcodeAP", barcodeAP)
token.setProperty("prevTransition", "lims")
token.setProperty("color", "reserved")
numreq -= 1
if numreq <= 0:
break
# Complete transition
super(Lims, self).complete()
utils.log("Exit " + self.getName() + " " + repr(os.getpid()) + " " + threading.currentThread().getName())
exit()
def IsEnabled(self, tokenList):
# First get common properties across required tokens
commonValuesByTokenName = {}
for transitionProperty in self.properties.keys():
commonValuesByTokenName[transitionProperty] = {}
for reqTokenName, tokenSpec in self.requiredTokensByState.items():
tokensAvailable = 0
numRequired = tokenSpec[1]
if reqTokenName in tokenList.list:
tokens = tokenList.getTokensByOwnerAndSpec(
reqTokenName, transitionOwnerObject=None, properties=tokenSpec[0], lockedState=False
)
for token in tokens:
tokensAvailable += 1
for transitionPropertyName in self.properties.keys():
if transitionPropertyName in token.getProperties():
if not token.getName() in commonValuesByTokenName[transitionPropertyName]:
commonValuesByTokenName[transitionPropertyName][token.getName()] = []
commonValuesByTokenName[transitionPropertyName][token.getName()].append(
token.getProperty(transitionPropertyName)
)
if tokensAvailable < numRequired:
utils.log("Cannot run " + self.getName() + " because not enough " + reqTokenName + "'s available.'")
return False, {}
else:
utils.log("Cannot run " + self.getName() + " because token " + reqTokenName + " not available.")
return False, {}
# So commonValuesByTokenName is owned by the transitionItem and manages the properties that it cares about.
# For each one of these properties, it contains a list of all of its required tokens and the values of that property
# across those tokens. The idea is that the transition can specify that for a given property if the tokens available
# contain that property then their values must match. For example, if the "dosing" transition requires an "assay plate"
# and a "source plate" token then it may require that the common assay plate barcode be the same in both tokens for
# those tokens to be acquired by the instance of the transition.
intersections = {}
intersect = []
for transitionPropertyName in commonValuesByTokenName.keys():
prev = []
req = ["any"]
if transitionPropertyName in self.properties and self.properties[transitionPropertyName] != None:
req = self.properties[transitionPropertyName]
if transitionPropertyName == "prevTransition" and "prevTransition" in self.properties:
prev = prev + self.properties["prevTransition"]
if "any" in req:
intersections[transitionPropertyName] = intersect
for tokenName in commonValuesByTokenName[transitionPropertyName].keys():
current = commonValuesByTokenName[transitionPropertyName][tokenName]
if len(prev) > 0 and len(current) > 0:
intersect = [val for val in prev if val in current]
if len(intersect) == 0:
utils.log(
"Cannot run "
+ self.getName()
+ " because no matching on "
+ transitionPropertyName
+ " for "
+ tokenName
)
return False, {}
prev = intersect
else:
prev = current
intersect = current
intersections[transitionPropertyName] = intersect
for tokenName in intersections.keys():
valueList = intersections[tokenName]
# We may have found more than one set of common property values. Choose one set only.
intersections[tokenName] = [valueList[0]] # Choose single member of overlap
utils.log("Candidate " + self.getName() + " intersection " + repr(intersections))
return True, intersections