def main():
## MASTER -> WORKER ###
print_int_coll([1,2,3,[41,42,43]]) #agent_3
print_obj_coll([DummyObject(1),DummyObject(2),DummyObject(3),[DummyObject(41),DummyObject(42),DummyObject(43)]]) #agent_2
## WORKER -> WORKER ###
print_worker_int_coll(compss_wait_on(create_int_collection_worker())) #agent_2 --> #agent_3
print_worker_obj_coll(compss_wait_on(create_object_collection_worker())) #agent_3 --> #agent_2
## WORKER -> MASTER ###
objCollection = create_object_collection() #agent_3
intCollection = create_int_collection() #agent_2
objCollection = compss_wait_on(objCollection)
intCollection = compss_wait_on(intCollection)
print("createObjCollectionResult:" + str(objCollection))
print("createIntCollectionResult:" + str(intCollection))
### COLLECTION DEPENDENCY ###
modify_dummy_obj(objCollection) #agent_3
objCollection = compss_wait_on(objCollection)
print(" modifiedObjColl:" + str(objCollection))
print_mod_obj_coll(objCollection) #agent_2
### COLLECTION_OUT ###
coll= [DummyObject(),DummyObject()]
gen_coll_out(coll)
coll = compss_wait_on(coll) #agent_2
print_coll_out(coll) #agent_3
coll = ["1","2","3","4","5","6"]
for elem in coll:
print_elem(elem) #agent_2
def create_object_collection():
print("executing create_object_collection")
return [
DummyObject(1),
DummyObject(2),
DummyObject(3), [DummyObject(41),
DummyObject(42),
DummyObject(43)]
]
def main():
time.sleep(6)
print("executing main")
time.sleep(6)
### MASTER -> WORKER ###
print("createObjCollectionResult:" +
str(compss_wait_on(create_object_collection())))
print("createIntCollectionResult:" +
str(compss_wait_on(create_int_collection())))
print_int_coll([1, 2, 3, [41, 42, 43]])
print_obj_coll([
DummyObject(1),
DummyObject(2),
DummyObject(3), [DummyObject(41),
DummyObject(42),
DummyObject(43)]
])
def readInput(file):
"""
+readInput() lees een inputfile en voert de commando's die daarin staan uit om: datatypes te creêren, .dot-files te creëren of om traverses te printen.
:param file: Het bestand waarin de commando's zouden staan.
Pre-condities: Het bestand moet commando's bevatten voor het maken van datatypes, het maken van .dot-files of het printen van traverses.
Post-condities: De commando's in het bestand zullen uitgevoerd worden.
"""
currentType = ""
ADT = None
printCount = 0
index = None
with open(file, 'r') as inputfile:
lines = inputfile.read().splitlines()
for line in lines:
if line.startswith("type"):
type_properties = line.split("=")
currentType = type_properties[1]
if currentType == "hlin" or currentType == "23" or currentType == "heap" or currentType == "rb" or currentType == "hsep" or currentType == "hquad":
continue
if type_properties[1].find(",") != -1:
split_properties = type_properties[1].split(",")
currentType = split_properties[0]
size = int(split_properties[1])
if currentType == "queue":
print(f"TYPE: {currentType}")
ADT = QueueTableWrapper(size)
printCount = 1
elif type_properties[1].find(",") == -1:
currentType = type_properties[1]
if currentType == "bst":
print(f"TYPE: {currentType}")
ADT = BSTTableWrapper()
printCount = 1
elif currentType == "234":
print(f"TYPE: {currentType}")
ADT = TwoThreeFourTreeTableWrapper()
printCount = 1
elif currentType == "stack":
print(f"TYPE: {currentType}")
ADT = StackTableWrapper()
printCount = 1
elif currentType == "ll":
print(f"TYPE: {currentType}")
ADT = ChainTableWrapper()
printCount = 1
index = 0
elif line.startswith("insert"):
if currentType == "hlin" or currentType == "23" or currentType == "heap" or currentType == "rb" or currentType == "hsep" or currentType == "hquad":
continue
insert_properties = line.split(" ")
key = int(insert_properties[1])
print(f"TYPE: {currentType} | Insert: {key}")
if currentType == "bst" or currentType == "234" or currentType == "stack" or currentType == "queue":
ADT.tableInsert(DummyObject(key))
elif currentType == "ll":
ADT.tableInsert(index, DummyObject(key))
index += 1
elif line.startswith("delete"):
if currentType == "hlin" or currentType == "23" or currentType == "heap" or currentType == "rb" or currentType == "hsep" or currentType == "hquad":
continue
delete_properties = line.split(" ")
if len(delete_properties) > 1:
key = int(delete_properties[1])
print(f"TYPE: {currentType} | delete: {key}")
if currentType == "bst":
ADT.tableDelete(DummyObject(key))
elif currentType == "234" or currentType == "ll":
ADT.tableDelete(key)
else:
print(f"TYPE: {currentType} | delete")
if currentType == "stack":
print(ADT.tableDelete())
elif currentType == "queue":
ADT.tableDelete()
elif line.startswith(
"print") and line.startswith("printsorted") is False:
if currentType == "hlin" or currentType == "23" or currentType == "heap" or currentType == "rb" or currentType == "hsep" or currentType == "hquad":
continue
if currentType == "234" or currentType == "bst" or currentType == "ll" or currentType == "stack" or currentType == "queue":
filename = currentType + "-" + str(printCount) + ".dot"
print(f"TYPE: {currentType} | ToDot: {filename}")
ADT.tablePrint(filename)
os.system(
f"dot -Tps {filename} -o {currentType}-{str(printCount)}.ps"
)
printCount += 1
elif line.startswith("printsorted"):
if currentType == "hlin" or currentType == "23" or currentType == "heap" or currentType == "rb" or currentType == "hsep" or currentType == "hquad":
continue
if currentType == "234" or currentType == "bst" or currentType == "ll":
print(f"TYPE: {currentType} | print sorted")
ADT.tableTraverse()
def gen_coll_out(c):
c[0]=DummyObject(11)
c[1]=DummyObject(12)
def create_object_collection_worker():
return [DummyObject(1),DummyObject(2),DummyObject(3),[DummyObject(41),DummyObject(42),DummyObject(43)]]