def register():
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pos", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
# prop.setAtomlevellinear(True)
dlvhex.addAtom("id2", (dlvhex.PREDICATE, dlvhex.CONSTANT), 1, prop)
def register():
prop = dlvhex.ExtSourceProperties()
# setdiff is monotonic in input predicate 0 and antimonotonic in input predicate 1
prop.addMonotonicInputPredicate(0)
prop.addAntimonotonicInputPredicate(1)
# output element 0 can only contain values which appear in the first input predicate
prop.addRelativeFiniteOutputDomain(0, 0)
# setdiff has two predicate input parametrers and its output arity is 1
dlvhex.addAtom("setdiff", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
def register():
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pos", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
# prop.setAtomlevellinear(True)
dlvhex.addAtom("id2", (dlvhex.PREDICATE, dlvhex.CONSTANT), 1, prop)
def register():
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0)
prop.addFiniteOutputDomain(1)
prop.addFiniteOutputDomain(2)
dlvhex.addAtom("rdf", (dlvhex.CONSTANT, ), 3, prop)
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0)
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1, prop)
def register():
reg_dyadic('pyForward')
dlvhex.addAtom('pyRank8', (dlvhex.CONSTANT, dlvhex.CONSTANT), 0,
get_prop())
dlvhex.addAtom('pyPawn', (dlvhex.CONSTANT, dlvhex.CONSTANT), 0, get_prop())
reg_dyadic('pyHead')
reg_dyadic('pyTail')
dlvhex.addAtom('pyEmpty', (dlvhex.CONSTANT, ), 0, get_prop())
dlvhex.addAtom('pyPiece', (dlvhex.CONSTANT, ), 0, get_prop())
reg_triadic('pyPrepend')
dlvhex.addAtom('pyDbg', (dlvhex.CONSTANT, ), 0, get_prop())
def register(arguments):
logging.info("Java API loaded with arguments %s", arguments)
global loadedPlugins
for classname in arguments:
logging.info("loading Java Plugin %s", classname)
try:
jclass = jpype.JClass(classname)
assert (jclass is not None)
logging.debug("instantiating Plugin")
jinst = jclass()
assert (jinst is not None)
jholder = JavaPluginHolder(classname, jinst)
assert (jholder is not None)
loadedPlugins.append(jholder)
logging.info("registering atoms of plugin %s with name %s",
classname, jinst.getName())
for jpluginatom in jholder.jplugin.createAtoms():
pred = str(jpluginatom.getPredicate())
inputArguments = jpluginatom.getInputArguments()
outputArguments = jpluginatom.getOutputArguments()
jesp = jpluginatom.getExtSourceProperties()
prop = convertExtSourceProperties(jesp)
if pred in globals():
logging.error(
"trying to override '%s' in globals - duplicate external atom name or conflict with python internal names",
pred)
else:
globals()[pred] = JavaPluginCallWrapper(
pred, jholder, jpluginatom)
dlvhex.addAtom(pred, convertInputArguments(inputArguments),
int(outputArguments), prop)
except JException as e:
logJavaExceptionWithStacktrace(e)
raise
logging.info("loaded %d Java plugins", len(loadedPlugins))
def register():
# setdiff has two predicate input parameters
# and its output arity is 1
dlvhex.addAtom("setdiff",
(dlvhex.PREDICATE, dlvhex.PREDICATE), 1)
# concat has arbitrarily many input parameters
# of type constant (=TUPLE) and its output arity is 1
dlvhex.addAtom("concat", (dlvhex.TUPLE,), 1)
# sortandmap has two predicate input parameters
# and its output arity is 2
dlvhex.addAtom("sortandmap",
(dlvhex.PREDICATE, dlvhex.PREDICATE), 2)
def register():
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0)
prop.addFiniteOutputDomain(1)
prop.addFiniteOutputDomain(2)
prop.addFiniteOutputDomain(3)
dlvhex.addAtom("route", (dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT ), 4, prop)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("needRestaurant", (dlvhex.PREDICATE, dlvhex.CONSTANT ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setFunctional(True)
dlvhex.addAtom("getJSON", (dlvhex.CONSTANT, dlvhex.TUPLE ), 1, prop)
def register():
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pos", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
def register():
dlvhex.addAtom("needFuel", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0)
def register():
dlvhex.addAtom("multiply", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("test",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 2)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("neg", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("aOrNotB", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("parity", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("fibonacci", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
prop.addAntimonotonicInputPredicate(1)
dlvhex.addAtom("testSetMinus", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1,
prop)
dlvhex.addAtom("testSetMinus2", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
# prop.addMonotonicInputPredicate(0)
# prop.addAntimonotonicInputPredicate(1)
prop.addAtomDependency(0, 0, 0)
prop.addAtomDependency(1, 0, 0)
dlvhex.addAtom("testSetMinusPartial", (dlvhex.PREDICATE, dlvhex.PREDICATE),
1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("contains", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.setComplianceCheck(1)
prop.addFiniteOutputDomain(0)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("adjacent", (dlvhex.CONSTANT, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.setComplianceCheck(2)
dlvhex.addAtom("pick",
(dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.PREDICATE), 3,
prop)
prop = dlvhex.ExtSourceProperties()
dlvhex.addAtom("fair", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("isEmpty", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("numberOfBalls",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addAntimonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("partialTest", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("date", (), 1)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("satCheck", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pseudoBoolean", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("generalizedSubsetSum",
(dlvhex.PREDICATE, dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("subgraph", (dlvhex.PREDICATE, dlvhex.PREDICATE), 2, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("preferences", (dlvhex.PREDICATE, dlvhex.PREDICATE), 2,
prop)
prop = dlvhex.ExtSourceProperties()
dlvhex.addAtom("greater", (dlvhex.CONSTANT, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("sizeDist",
(dlvhex.PREDICATE, dlvhex.PREDICATE, dlvhex.CONSTANT), 2,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("strategicConflict", (dlvhex.PREDICATE, dlvhex.PREDICATE),
0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("controls", (dlvhex.PREDICATE, ), 2, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("controlsMajority", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("controlsMajorityWithMax",
(dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("controlsMajorityNonmonotonic",
(dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
#prop.addMonotonicInputPredicate(0)
#prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("strategic", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("idPartial", (dlvhex.PREDICATE, ), 1, prop)
dlvhex.addAtom("greaterOrEqual",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
prop = dlvhex.ExtSourceProperties()
prop.addWellorderingStrlen(0, 0)
dlvhex.addAtom("tail", (dlvhex.CONSTANT, ), 1, prop)
dlvhex.addAtom("cnt", (dlvhex.PREDICATE, ), 1)
def register():
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0)
dlvhex.addAtom("edges", (dlvhex.CONSTANT, ), 1, prop)
dlvhex.addAtom("check",
(dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
def register():
#XFAIL = expected failure
dlvhex.addAtom("testA", (dlvhex.PREDICATE, ), 1)
dlvhex.addAtom("testB", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1)
dlvhex.addAtom("testC", (dlvhex.PREDICATE, ), 1)
dlvhex.addAtom("testZeroArity0", tuple(), 0)
dlvhex.addAtom("testZeroArity1", tuple(), 0)
#XFAIL unused dlvhex.addAtom("testConcatAll", (dlvhex.PREDICATE,), 1)
#unused dlvhex.addAtom("testListDomain", (dlvhex.TUPLE,), 1)
#unused dlvhex.addAtom("testListConcat", (dlvhex.TUPLE,), 1)
#unused dlvhex.addAtom("testListLength", (dlvhex.CONSTANT,dlvhex.CONSTANT), 1)
#unused dlvhex.addAtom("testListSplit", (dlvhex.CONSTANT,dlvhex.CONSTANT), 2)
#unused dlvhex.addAtom("testListHalf", (dlvhex.CONSTANT,), 2)
#unused dlvhex.addAtom("testListMerge", (dlvhex.CONSTANT,dlvhex.CONSTANT,dlvhex.CONSTANT), 2)
dlvhex.addAtom("testSubstr",
(dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("testStrlen", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("testSmallerThan", (dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
dlvhex.addAtom("testEven", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0)
#unused dlvhex.addAtom("testOdd", (dlvhex.PREDICATE,dlvhex.PREDICATE), 0)
#unused dlvhex.addAtom("testLessThan", (dlvhex.PREDICATE,dlvhex.PREDICATE), 0)
#unused dlvhex.addAtom("testEqual", (dlvhex.PREDICATE,dlvhex.PREDICATE), 0)
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 1)
#XFAIL partial dlvhex.addAtom("idp", (dlvhex.PREDICATE,), 1)
dlvhex.addAtom("idc", (dlvhex.CONSTANT, ), 1)
#TODO testCautiousQuery
dlvhex.addAtom("testSetMinus", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1)
dlvhex.addAtom("testSetMinus2", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1)
dlvhex.addAtom("testNonmon", (dlvhex.PREDICATE, ), 1)
dlvhex.addAtom("testNonmon2", (dlvhex.PREDICATE, ), 1)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("isEmpty", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("testIsEmpty", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("numberOfBalls",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0,
prop)
dlvhex.addAtom("testNumberOfBalls",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addAntimonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
dlvhex.addAtom("testNumberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT),
0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
dlvhex.addAtom("testNumberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT),
0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("partialTest", (dlvhex.PREDICATE, ), 0, prop)
#XFAIL (TODO) sumD0
#XFAIL getreq
#unused mapping
#unused getSizes
#unused getSizesRestr
#XFAIL getDiagnoses
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0)
dlvhex.addAtom("testConcat", (dlvhex.TUPLE, ), 1, prop)
dlvhex.addAtom("functionCompose", (dlvhex.TUPLE, ), 1)
dlvhex.addAtom("functionDecompose", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("functionDecompose1", (dlvhex.CONSTANT, ), 2)
dlvhex.addAtom("functionDecompose2", (dlvhex.CONSTANT, ), 3)
dlvhex.addAtom("functionDecompose3", (dlvhex.CONSTANT, ), 4)
dlvhex.addAtom("getArity", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("isFunctionTerm", (dlvhex.CONSTANT, ), 0)
dlvhex.addAtom("rdf", (dlvhex.CONSTANT, ), 3)
def register():
dlvhex.addAtom("get_routes", (dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT), 3)
dlvhex.addAtom("get_routes_data", (dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT), 3)
dlvhex.addAtom("get_max_pollution", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("get_parking_spaces", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("get_availability", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("get_total_cost", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("get_walking_distance", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
def register():
# concat has arbitrarily many input parameters
# of type constant (=TUPLE) and its output arity is 1
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
def register():
dlvhex.addAtom("multiply", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("test", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 2)
dlvhex.addAtom("fibonacci", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
prop.addAntimonotonicInputPredicate(1)
dlvhex.addAtom("testSetMinus", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
dlvhex.addAtom("testSetMinus2", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
dlvhex.addAtom("date", (), 1)
def register():
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 1)
def register():
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pos", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
def register():
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0) # specify that the graph is finite
dlvhex.addAtom("friendsOfDegree", (dlvhex.CONSTANT,), 1, prop)
def register():
# concat has arbitrarily many input parameters
# of type constant (=TUPLE) and its output arity is 1
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
def reg_dyadic(name):
dlvhex.addAtom(name, (dlvhex.CONSTANT, ), 1, get_prop())
def register():
dlvhex.addAtom("multiply", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("test",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 2)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("neg", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("aOrNotB", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("parity", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("fibonacci", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
prop.addAntimonotonicInputPredicate(1)
dlvhex.addAtom("testSetMinus", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1,
prop)
dlvhex.addAtom("testSetMinus2", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
# prop.addMonotonicInputPredicate(0)
# prop.addAntimonotonicInputPredicate(1)
dlvhex.addAtom("testSetMinusPartial", (dlvhex.PREDICATE, dlvhex.PREDICATE),
1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("isEmpty", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("numberOfBalls",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addAntimonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("partialTest", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("date", (), 1)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("satCheck", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pseudoBoolean", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("generalizedSubsetSum",
(dlvhex.PREDICATE, dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("strategicConflict", (dlvhex.PREDICATE, dlvhex.PREDICATE),
0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("controls", (dlvhex.PREDICATE, ), 2, prop)
dlvhex.addAtom("greaterOrEqual",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
prop = dlvhex.ExtSourceProperties()
prop.addWellorderingStrlen(0, 0)
dlvhex.addAtom("tail", (dlvhex.CONSTANT, ), 1, prop)
def register(arguments=None):
if arguments == ['foo', '3']:
sys.stdout.write("testplugin loaded with arguments %s" %
str(arguments))
if arguments == ['jsonout']:
dlvhex.registerModelCallbackClass(JSONModelCallback)
#XFAIL = expected failure
dlvhex.addAtom("testA", (dlvhex.PREDICATE, ), 1)
dlvhex.addAtom("testB", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1)
dlvhex.addAtom("testC", (dlvhex.PREDICATE, ), 1)
dlvhex.addAtom("testZeroArity0", tuple(), 0)
dlvhex.addAtom("testZeroArity1", tuple(), 0)
#XFAIL unused dlvhex.addAtom("testConcatAll", (dlvhex.PREDICATE,), 1)
#unused dlvhex.addAtom("testListDomain", (dlvhex.TUPLE,), 1)
#unused dlvhex.addAtom("testListConcat", (dlvhex.TUPLE,), 1)
#unused dlvhex.addAtom("testListLength", (dlvhex.CONSTANT,dlvhex.CONSTANT), 1)
#unused dlvhex.addAtom("testListSplit", (dlvhex.CONSTANT,dlvhex.CONSTANT), 2)
#unused dlvhex.addAtom("testListHalf", (dlvhex.CONSTANT,), 2)
#unused dlvhex.addAtom("testListMerge", (dlvhex.CONSTANT,dlvhex.CONSTANT,dlvhex.CONSTANT), 2)
dlvhex.addAtom("testSubstr",
(dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("testStrlen", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("testSmallerThan", (dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
dlvhex.addAtom("testEven", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0)
#unused dlvhex.addAtom("testOdd", (dlvhex.PREDICATE,dlvhex.PREDICATE), 0)
#unused dlvhex.addAtom("testLessThan", (dlvhex.PREDICATE,dlvhex.PREDICATE), 0)
#unused dlvhex.addAtom("testEqual", (dlvhex.PREDICATE,dlvhex.PREDICATE), 0)
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 1)
#XFAIL partial dlvhex.addAtom("idp", (dlvhex.PREDICATE,), 1)
dlvhex.addAtom("idc", (dlvhex.CONSTANT, ), 1)
#TODO testCautiousQuery
dlvhex.addAtom("testSetMinus", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1)
dlvhex.addAtom("testSetMinusLearn", (dlvhex.PREDICATE, dlvhex.PREDICATE),
1)
dlvhex.addAtom("testNonmon", (dlvhex.PREDICATE, ), 1)
dlvhex.addAtom("testNonmon2", (dlvhex.PREDICATE, ), 1)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("isEmpty", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("testIsEmpty", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("numberOfBalls",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0,
prop)
dlvhex.addAtom("testNumberOfBalls",
(dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0,
prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addAntimonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
dlvhex.addAtom("testNumberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT),
0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0,
prop)
dlvhex.addAtom("testNumberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT),
0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("partialTest", (dlvhex.PREDICATE, ), 0, prop)
# someSelected and variations
dlvhex.addAtom("someSelected", (dlvhex.PREDICATE, ), 0)
dlvhex.addAtom("someSelectedLearning", (dlvhex.PREDICATE, ), 0)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("someSelectedPartial", (dlvhex.PREDICATE, ), 0, prop)
#XFAIL (TODO) sumD0
#XFAIL getreq
#unused mapping
#unused getSizes
#unused getSizesRestr
#XFAIL getDiagnoses
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0)
dlvhex.addAtom("testConcat", (dlvhex.TUPLE, ), 1, prop)
dlvhex.addAtom("functionCompose", (dlvhex.TUPLE, ), 1)
dlvhex.addAtom("functionDecompose", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("functionDecompose1", (dlvhex.CONSTANT, ), 2)
dlvhex.addAtom("functionDecompose2", (dlvhex.CONSTANT, ), 3)
dlvhex.addAtom("functionDecompose3", (dlvhex.CONSTANT, ), 4)
dlvhex.addAtom("getArity", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("isFunctionTerm", (dlvhex.CONSTANT, ), 0)
dlvhex.addAtom("rdf", (dlvhex.CONSTANT, ), 3)
dlvhex.addAtom("issue_2_num", (dlvhex.PREDICATE, ), 1)
dlvhex.addAtom("testArity1OneTupleA", (), 1)
dlvhex.addAtom("testArity1OneTupleB", (), 1)
dlvhex.addAtom("testArity1TwoTuples", (), 1)
dlvhex.addAtom("testStoreParseable", (dlvhex.CONSTANT, ), 1)
def reg_monadic(name):
dlvhex.addAtom(name, (dlvhex.CONSTANT, ), 0, get_prop())
def register():
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
def register():
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain(0)
dlvhex.addAtom("friendsOfDegree", (dlvhex.CONSTANT, ), 1, prop)
def register():
dlvhex.addAtom("multiply", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("test", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 2)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("neg", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("aOrNotB", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("parity", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("fibonacci", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
prop.addAntimonotonicInputPredicate(1)
dlvhex.addAtom("testSetMinus", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
dlvhex.addAtom("testSetMinus2", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
# prop.addMonotonicInputPredicate(0)
# prop.addAntimonotonicInputPredicate(1)
dlvhex.addAtom("testSetMinusPartial", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("isEmpty", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("numberOfBalls", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addAntimonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("partialTest", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("date", (), 1)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("satCheck", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pseudoBoolean", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("generalizedSubsetSum", (dlvhex.PREDICATE, dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("strategicConflict", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("controls", (dlvhex.PREDICATE, ), 2, prop)
dlvhex.addAtom("greaterOrEqual", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
prop = dlvhex.ExtSourceProperties()
prop.addWellorderingStrlen(0, 0)
dlvhex.addAtom("tail", (dlvhex.CONSTANT, ), 1, prop)
def register():
prop = dlvhex.ExtSourceProperties()
# specify that "edges" produces finite set of output tuples
prop.addFiniteOutputDomain(0)
dlvhex.addAtom("edges", (dlvhex.CONSTANT, dlvhex.CONSTANT), 2, prop)
def register():
prop = dlvhex.ExtSourceProperties()
# specify that "edges" produces finite set of output tuples
prop.addFiniteOutputDomain(0)
dlvhex.addAtom("edges", (dlvhex.CONSTANT, dlvhex.CONSTANT), 2, prop)
def register():
prop = dlvhex.ExtSourceProperties()
prop.addFiniteOutputDomain ( 0 )
dlvhex.addAtom("edges",(dlvhex.CONSTANT,), 1, prop)
dlvhex.addAtom("check",(dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.CONSTANT,), 1, prop)
def reg_triadic(name):
dlvhex.addAtom(name, (dlvhex.CONSTANT, dlvhex.CONSTANT), 1, get_prop())
def register():
dlvhex.addAtom("test", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 2)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("neg", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("aOrNotB", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("parity", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("fibonacci", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("date", (), 1)
prop = dlvhex.ExtSourceProperties()
dlvhex.addAtom("greater", (dlvhex.CONSTANT, dlvhex.CONSTANT), 0, prop)
dlvhex.addAtom("greaterOrEqual", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
prop = dlvhex.ExtSourceProperties()
prop.addWellorderingStrlen(0, 0)
dlvhex.addAtom("tail", (dlvhex.CONSTANT, ), 1, prop)
dlvhex.addAtom("cnt", (dlvhex.PREDICATE, ), 1)
def register():
"""Registers the external predicate into DLVHEX."""
dlvhex.addAtom("isCollision", (dlvhex.PREDICATE, ), 0)
def register():
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 1)
def register():
dlvhex.addAtom("multiply", (dlvhex.CONSTANT, dlvhex.CONSTANT), 1)
dlvhex.addAtom("test", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 2)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("id", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("neg", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("aOrNotB", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setSupportSets(True)
prop.setCompletePositiveSupportSets(True)
dlvhex.addAtom("parity", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("fibonacci", (dlvhex.CONSTANT, ), 1)
dlvhex.addAtom("concat", (dlvhex.TUPLE, ), 1)
prop = dlvhex.ExtSourceProperties()
prop.addMonotonicInputPredicate(0)
prop.addAntimonotonicInputPredicate(1)
dlvhex.addAtom("testSetMinus", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
dlvhex.addAtom("testSetMinus2", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
# prop.addMonotonicInputPredicate(0)
# prop.addAntimonotonicInputPredicate(1)
prop.addAtomDependency(0,0,0)
prop.addAtomDependency(1,0,0)
dlvhex.addAtom("testSetMinusPartial", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("contains", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.setComplianceCheck(1)
prop.addFiniteOutputDomain(0)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("adjacent", (dlvhex.CONSTANT, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.setComplianceCheck(2)
dlvhex.addAtom("pick", (dlvhex.CONSTANT, dlvhex.CONSTANT, dlvhex.PREDICATE), 3, prop)
prop = dlvhex.ExtSourceProperties()
dlvhex.addAtom("fair", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("isEmpty", (dlvhex.PREDICATE, ), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("numberOfBalls", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addAntimonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsSE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("numberOfBallsGE", (dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("partialTest", (dlvhex.PREDICATE, ), 0, prop)
dlvhex.addAtom("date", (), 1)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("satCheck", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("pseudoBoolean", (dlvhex.CONSTANT, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("generalizedSubsetSum", (dlvhex.PREDICATE, dlvhex.PREDICATE, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("subgraph", (dlvhex.PREDICATE, dlvhex.PREDICATE), 2, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("preferences", (dlvhex.PREDICATE, dlvhex.PREDICATE), 2, prop)
prop = dlvhex.ExtSourceProperties()
dlvhex.addAtom("greater", (dlvhex.CONSTANT, dlvhex.CONSTANT), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("sizeDist", (dlvhex.PREDICATE, dlvhex.PREDICATE, dlvhex.CONSTANT), 2, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("strategicConflict", (dlvhex.PREDICATE, dlvhex.PREDICATE), 0, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
dlvhex.addAtom("controls", (dlvhex.PREDICATE, ), 2, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("controlsMajority", (dlvhex.PREDICATE, dlvhex.PREDICATE ), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("controlsMajorityWithMax", (dlvhex.PREDICATE, dlvhex.PREDICATE ), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
dlvhex.addAtom("controlsMajorityNonmonotonic", (dlvhex.PREDICATE, dlvhex.PREDICATE ), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
#prop.addMonotonicInputPredicate(0)
#prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("strategic", (dlvhex.PREDICATE, dlvhex.PREDICATE), 1, prop)
prop = dlvhex.ExtSourceProperties()
prop.setProvidesPartialAnswer(True)
prop.addMonotonicInputPredicate(0)
prop.addMonotonicInputPredicate(1)
dlvhex.addAtom("idPartial", (dlvhex.PREDICATE,), 1, prop)
dlvhex.addAtom("greaterOrEqual", (dlvhex.PREDICATE, dlvhex.CONSTANT, dlvhex.CONSTANT), 0)
prop = dlvhex.ExtSourceProperties()
prop.addWellorderingStrlen(0, 0)
dlvhex.addAtom("tail", (dlvhex.CONSTANT, ), 1, prop)
dlvhex.addAtom("cnt", (dlvhex.PREDICATE, ), 1)
