class Test(unittest.TestCase):
def setUp(self):
io = CKYIO('../../../resources/GRAMMAR.IN','../../../resources/LEXICON.IN'
,'../../../resources/SENTENCES.IN')
outfile = 'OUTFILE.'
self.parser = CKY(io.readGrammar(), io.readLexicon(), outfile)
self.parser.matrix=[]
self.parser.initializeTable(4)
def tearDown(self):
self.parser = None
def testParseLexicon(self):
sent = 'Fivel ate the cheese'
self.parser.parseLexicon(sent)
self.assertEqual(self.parser.matrix[0][0].getElementAt(0).values()[0]
.getLeft(), 'NP', "At Left 00")
self.assertEqual(self.parser.matrix[0][0].getElementAt(0).values()[0]
.getRight(), 'Fivel', "At Right 00")
self.assertEqual(self.parser.matrix[1][1].getElementAt(0).values()[0]
.getLeft(), 'VP', "At Left 11")
self.assertEqual(self.parser.matrix[1][1].getElementAt(0).values()[0]
.getRight(), 'ate', "At Right 11")
self.assertEqual(self.parser.matrix[2][2].getElementAt(0).values()[0]
.getLeft(), 'DET', "At Left 22")
self.assertEqual(self.parser.matrix[2][2].getElementAt(0).values()[0]
.getRight(), 'the', "At Right 22")
self.assertEqual(self.parser.matrix[3][3].getElementAt(0).values()[0]
.getLeft(), 'NP', "At Left 33")
self.assertEqual(self.parser.matrix[3][3].getElementAt(0).values()[0]
.getRight(), 'cheese', "At Right 33")
def setUp(self):
io = CKYIO('../../../resources/GRAMMAR.IN',
'../../../resources/LEXICON.IN',
'../../../resources/SENTENCES.IN')
outfile = 'OUTFILE.'
self.parser = CKY(io.readGrammar(), io.readLexicon(), outfile)
self.parser.matrix = []
self.parser.initializeTable(4)
def setUp(self):
io = CKYIO('../../../resources/GRAMMAR.IN','../../../resources/LEXICON.IN'
,'../../../resources/SENTENCES.IN')
outfile = 'OUTFILE.'
self.parser = CKY(io.readGrammar(), io.readLexicon(), outfile)
self.parser.matrix=[]
self.parser.initializeTable(4)
class Test(unittest.TestCase):
def setUp(self):
io = CKYIO('../../../resources/GRAMMAR.IN',
'../../../resources/LEXICON.IN',
'../../../resources/SENTENCES.IN')
outfile = 'OUTFILE.'
self.parser = CKY(io.readGrammar(), io.readLexicon(), outfile)
self.parser.matrix = []
self.parser.initializeTable(4)
def tearDown(self):
self.parser = None
def testParseLexicon(self):
sent = 'Fivel ate the cheese'
self.parser.parseLexicon(sent)
self.assertEqual(
self.parser.matrix[0][0].getElementAt(0).values()[0].getLeft(),
'NP', "At Left 00")
self.assertEqual(
self.parser.matrix[0][0].getElementAt(0).values()[0].getRight(),
'Fivel', "At Right 00")
self.assertEqual(
self.parser.matrix[1][1].getElementAt(0).values()[0].getLeft(),
'VP', "At Left 11")
self.assertEqual(
self.parser.matrix[1][1].getElementAt(0).values()[0].getRight(),
'ate', "At Right 11")
self.assertEqual(
self.parser.matrix[2][2].getElementAt(0).values()[0].getLeft(),
'DET', "At Left 22")
self.assertEqual(
self.parser.matrix[2][2].getElementAt(0).values()[0].getRight(),
'the', "At Right 22")
self.assertEqual(
self.parser.matrix[3][3].getElementAt(0).values()[0].getLeft(),
'NP', "At Left 33")
self.assertEqual(
self.parser.matrix[3][3].getElementAt(0).values()[0].getRight(),
'cheese', "At Right 33")
# Theory of call:
# - args.dest : contains content user entered
# - e.g: args.grammar will return file name of file contain grammar
if args:
try:
#Call to main parser
#Read files
if(args.algorithm=="c"):
io = CKYIO(args.grammar, args.lexicon, args.sentence)
listGrammar = io.readGrammar()
listLexicon = io.readLexicon()
listSentence = io.readSentence()
#End read files
#Initialize CYK
cykInstance = CKY(listGrammar, listLexicon, args.outfile)
startTime = time.clock()
#Parse for each sentence INPUT
for sent in listSentence:
cykInstance.syntacticAnalyzer(sent)
#End parse
stopTime = time.clock()
print "Analysis success. " \
"Please check output file! \nTime is: " \
,stopTime-startTime
elif(args.algorithm=="e"):
io = EarleyIO()
gram1 = io.readGrammar(args.grammar)
gram2 = io.readLexicon(args.lexicon)
gram1.extend(gram2)
sents = io.readSentence(args.sentence)
# Theory of call:
# - args.dest : contains content user entered
# - e.g: args.grammar will return file name of file contain grammar
if args:
try:
#Call to main parser
#Read files
if (args.algorithm == "c"):
io = CKYIO(args.grammar, args.lexicon, args.sentence)
listGrammar = io.readGrammar()
listLexicon = io.readLexicon()
listSentence = io.readSentence()
#End read files
#Initialize CYK
cykInstance = CKY(listGrammar, listLexicon, args.outfile)
startTime = time.clock()
#Parse for each sentence INPUT
for sent in listSentence:
cykInstance.syntacticAnalyzer(sent)
#End parse
stopTime = time.clock()
print "Analysis success. " \
"Please check output file! \nTime is: " \
,stopTime-startTime
elif (args.algorithm == "e"):
io = EarleyIO()
gram1 = io.readGrammar(args.grammar)
gram2 = io.readLexicon(args.lexicon)
gram1.extend(gram2)
sents = io.readSentence(args.sentence)
