def genTrans():
# used for data generation
parser = Parser()
parser.load_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)
def genTransUnify():
# used for data generation
parser = Parser()
parser.parse_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)
%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
except GrammarError as ge:
print(ge)
except ParseError as pe:
print(pe)