def gen_TestUnifyBinary():
parser = Parser()
parser.parse_grammar(text=TestUnifyBinary.grammar)
parser.compile()
sents = [ "a0 b0", "a0 b1", "a1 b0", "a1 b1" ]
for sent in sents:
print(sent)
try:
parser.parse(sent)
tree = parser.make_tree()
tree2 = parser.unify_tree(tree)
print(tree2.pformat_ext())
except UnifyError as ue:
print(ue)
except ParseError as pe:
print(pe)
def gen_TestUnify():
parser = Parser()
parser.parse_grammar(text=TestUnify.grammar)
parser.compile()
sents = ["i am watching her", "she is watching me", "these men are watching us", "me am watching you", "she is watching i", "two man is watching it",
"a man watch us", "they watch us", "he watches the men", "he watches a men", "i watch him"]
for sent in sents:
print(sent)
try:
parser.parse(sent)
tree = parser.make_tree()
tree2 = parser.unify_tree(tree)
print(tree2.pformat_ext())
except UnifyError as ue:
print(ue)
except ParseError as pe:
print(pe)
def test_unify_basic(self):
for dst,param,src,exp_up,exp_down in self.cases:
with self.subTest(dst=dst,param=param,src=src):
try:
checklist = [key for key,val in dst.items() if val=='?']
_dst = {key:val for key,val in dst.items() if val!='?'}
result = Parser.unify_up(_dst,param,src,checklist)
except UnifyError:
result = None
self.assertEqual(result, exp_up)
with self.subTest(dst=dst,param=param,src=src):
try:
checklist = [key for key,val in dst.items() if val=='?']
_dst = {key:val for key,val in dst.items() if val!='?'}
result = Parser.unify_down(_dst,param,src,checklist)
except UnifyError:
result = None
self.assertEqual(result, exp_down)
def setUp(self):
parser = Parser()
parser.load_grammar(text=self.grammar)
parser.compile()
self.parser = parser
self.maxDiff = None
def genTestMacro():
parser = Parser()
parser.parse_grammar(text=TestMacro.grammar)
for rule in parser.rules:
print(rule)
def setUp(self):
parser = Parser()
parser.parse_grammar(text=self.grammar)
parser.compile()
self.parser = parser
from GLRParser import Parser, ParseError, GrammarError, Tree
grammar = """
%ifdef token1
%ifdef token2
S -> in : out1
%else
S -> in : out2
%endif
%else
%ifdef token2
S -> in : out3
%else
S -> in : out4
%endif
%endif
S -> in : out
"""
defines = [
"%define token1\n%define token2\n",
"%define token1\n",
"%define token2\n",
"",
]
for define in defines:
parser = Parser()
print(define)
parser.load_grammar(text=define + grammar)
print(parser.format_rules())
VP -> Vs : Vs -Ar
VP -> Ving : Ving -Hyor
VP -> Ved : Ved -dH
VP -> Ven : Ven -mHş
%macro V -> V,Vs,Ving,Ved,Ven
%form V -> turn,turns,turning,turned,turned
$V -> $turn : dön
$V -> $turn Obj : Obj çevir
$V -> $turn Obj down : Obj reddet
$V -> $turn down Obj : Obj reddet
Subj -> he
Obj -> it : onu
"""
try:
parser = Parser() # initialize parser object
parser.load_grammar(text=grammar) # load grammar from a file
sent = "he turned it down" # sentence to parse
print(parser.format_rules())
parser.compile() # constructs parsing tables
parser.parse(sent) # parse the sentence
tree = parser.make_tree() # generates parse forest
ttree = parser.trans_tree(tree) # translate the parse forest
print(ttree.pformatr()) # pretty-print the translated parse forest
for trans in ttree.enum(): # enumerate and print all alternative translations in the parse forest
import sys
sys.path.append("..")
from GLRParser import Parser, ParseError, GrammarError, Tree
try:
parser = Parser() # initialize parser object
parser.load_grammar(
"..\GLRParser\grm\simple_trans.grm") # load grammar from a file
sent = "i saw the man in the house with the telescope" # sentence to parse
parser.compile() # constructs parsing tables
parser.parse(sent) # parse the sentence
tree = parser.make_tree() # generates parse forest
ttree = parser.trans_tree(tree) # translate the parse forest
print(ttree.pformatr()) # pretty-print the translated parse forest
for trans in ttree.enum(
): # enumerate and print all alternative translations in the parse forest
print(trans.replace(" -", "")) # concat suffixes
except GrammarError as ge:
print(ge)
except ParseError as pe:
print(pe)
def genTransUnify():
# used for data generation
parser = Parser()
parser.load_grammar(text=TestTransUnify.grammar)
parser.compile()
parser.parse(TestTransUnify.sent)
tree = parser.make_tree()
utree = parser.unify_tree(tree)
print(utree.pformat_ext())
ttree = parser.trans_tree(utree)
#print(ttree.format(3))
#print(ttree.pformat(3))
#print(ttree.str_format(3))
#lst = ttree.list_format(3)
#print(Tree.convert_tree(lst).replace(" -",""))
trans_list = [parser.post_processor(trans) for trans in ttree.enum()]
print(trans_list)
%macro V -> V,Vs,Ving,Ved,Ven
%form V -> watch,watches,watching,watched,watched
%form V -> go,goes,going,went,gone
%suffix_macro V -> base,aorist,caus,passive
%suffix V -> izle,izler,izlet,izlen
%suffix V -> seyret,seyreder,seyrettir,seyredil
%suffix V -> git,gider,götür,gidil
$V -> $watch : izle | seyret
$V -> $go : git
"""
try:
parser = Parser("EN","TR") # initialize parser object
parser.load_grammar(text=grammar) # load grammar from a text
sent = "i watch" # sentence to parse
parser.compile() # constructs parsing tables
parser.parse(sent) # parse the sentence
tree = parser.make_tree() # generates parse forest
ttree = parser.trans_tree(tree) # translate the parse forest
print(ttree.pformatr()) # pretty-print the translated parse forest
for trans in ttree.enum(): # enumerate and print all alternative translations in the parse forest
print(trans) # raw outpu
print(parser.post_processor(trans)) # postprocessed output
def setUp(self):
parser = Parser()
parser.load_grammar(text=self.grammar, reverse=self.reverse)
parser.compile()
self.parser = parser
def genTestCost(cls):
parser = Parser()
parser.load_grammar(text=cls.grammar, reverse=cls.reverse)
parser.compile()
for sent in cls.sents:
parser.parse(sent)
tree = parser.make_tree()
utree = parser.unify_tree(tree)
ttree = parser.trans_tree(utree)
print(list(sorted(ttree.enumx())))
def genTrans():
# used for data generation
parser = Parser()
parser.parse_grammar(text=TestTrans.grammar)
parser.compile()
parser.parse(TestTrans.sent)
tree = parser.make_tree()
ttree = parser.trans_tree(tree)
print(ttree.formatr())
print(ttree.pformatr())
print(ttree.str_formatr())
lst = ttree.list_formatr()
#print(Tree.convert_tree(lst).replace(" -",""))
trans_list = [parser.post_processor(trans) for trans in ttree.enum()]
print(trans_list)
