def checkspeedofeventstrtolist(self):
orderstr = '(1,1,0),o2,ORDER:MOVE,2,0,(1,1,1),(2,2,2),(3,3,3),(4,4,4)'
import time
LOOPSIZE = 550
starttime1 = time.time()
for i in range(1,LOOPSIZE):
resultlist = eventStrToList_OLD( orderstr )
endtime1 = time.time()
timetaken1 = endtime1-starttime1
starttime2 = time.time()
for i in range(1,LOOPSIZE):
resultlist = eventStrToList( orderstr )
endtime2 = time.time()
timetaken2 = endtime2-starttime2
## starttime3 = time.time()
## for i in range(1,LOOPSIZE):
## pass
## endtime3 = time.time()
## timetaken3 = endtime3-starttime3
assert timetaken2 < timetaken1
def checkspeedofeventstrtolist(self):
orderstr = '(1,1,0),o2,ORDER:MOVE,2,0,(1,1,1),(2,2,2),(3,3,3),(4,4,4)'
import time
LOOPSIZE = 550
starttime1 = time.time()
for i in range(1, LOOPSIZE):
resultlist = eventStrToList_OLD(orderstr)
endtime1 = time.time()
timetaken1 = endtime1 - starttime1
starttime2 = time.time()
for i in range(1, LOOPSIZE):
resultlist = eventStrToList(orderstr)
endtime2 = time.time()
timetaken2 = endtime2 - starttime2
## starttime3 = time.time()
## for i in range(1,LOOPSIZE):
## pass
## endtime3 = time.time()
## timetaken3 = endtime3-starttime3
assert timetaken2 < timetaken1
def checkNormalOrder(self):
orderstr = "(1,1,0),o2,ORDER:MOVE,2,0,(1,1,1),(2,2,2),(3,3,3),(4,4,4)"
assert eventStrToList(orderstr) == [
"(1,1,0)",
"o2",
"ORDER:MOVE",
"2",
"0",
"(1,1,1)",
"(2,2,2)",
"(3,3,3)",
"(4,4,4)",
]
def checkNormalOrder(self): orderstr = '(1,1,0),o2,ORDER:MOVE,2,0,(1,1,1),(2,2,2),(3,3,3),(4,4,4)' assert eventStrToList( orderstr ) == ['(1,1,0)', 'o2', 'ORDER:MOVE', '2', '0', '(1,1,1)','(2,2,2)','(3,3,3)','(4,4,4)']
def checkNormal(self): assert eventStrToList( self.normalstr ) == ['(1,1,0)', 'o2', 'AT', '2']
def checkSimple(self):
assert eventStrToList( self.simplestr ) == ['1', 'o2', 'AT', '2']
assert eventStrToList( self.simplestr ) == self.simplestr.split(',')
def extractQualityInfo(event):
info = eventStrToList(event)
if len(info) > 4:
return int(info[4]) # if there is a quality attribute, grab it
else:
return 0
def checkNormal(self):
assert eventStrToList(self.normalstr) == ["(1,1,0)", "o2", "AT", "2"]
def checkSplitHasWithDicts(self):
has = "(1, 6, 0),me_1,HAS,{'coord':(0,0),'ammo':500,'experience':0}"
assert len(has.split(',')) == 9
assert len(eventStrToList( has )) == 4
def checkSplitModernAT(self):
at = "(1, 6, 0),me_6,AT,(32, 32)"
assert len(eventStrToList(at)) == 4
def checkNormalOrder(self):
orderstr = '(1,1,0),o2,ORDER:MOVE,2,0,(1,1,1),(2,2,2),(3,3,3),(4,4,4)'
assert eventStrToList(orderstr) == [
'(1,1,0)', 'o2', 'ORDER:MOVE', '2', '0', '(1,1,1)', '(2,2,2)',
'(3,3,3)', '(4,4,4)'
]
def checkNormal(self):
assert eventStrToList(self.normalstr) == ['(1,1,0)', 'o2', 'AT', '2']
def checkSimple(self):
assert eventStrToList(self.simplestr) == ['1', 'o2', 'AT', '2']
assert eventStrToList(self.simplestr) == self.simplestr.split(',')
def extractQualityInfo(event):
info = eventStrToList(event)
if len(info) > 4:
return int(info[4]) # if there is a quality attribute, grab it
else:
return 0
def checkSplitModernAT(self): at = "(1, 6, 0),me_6,AT,(32, 32)" assert len(eventStrToList( at )) == 4
def checkSplitFutureAT(self): at = "(1, 6, 0),me_6,AT,(32, 32),((0,0),(1,1))" assert len(eventStrToList( at )) == 5
def checkSplitFutureAT(self):
at = "(1, 6, 0),me_6,AT,(32, 32),((0,0),(1,1))"
assert len(eventStrToList(at)) == 5
def checkSplitHasWithDicts(self):
has = "(1, 6, 0),me_1,HAS,{'coord':(0,0),'ammo':500,'experience':0}"
assert len(has.split(',')) == 9
assert len(eventStrToList(has)) == 4
def checkSimple(self):
assert eventStrToList(self.simplestr) == ["1", "o2", "AT", "2"]
assert eventStrToList(self.simplestr) == self.simplestr.split(",")
