def main(args=["E:\\workspace\\spf\\geoquery"]):
resource_dir = os.path.join(args[0], "resources/")
experiments_dir = os.path.join(args[0], "experiments/")
data_dir = os.path.join(experiments_dir, "data")
types_files = os.path.join(resource_dir, "geo.types")
predicate_ontology = os.path.join(resource_dir, "geo.preds.ont")
simple_ontology = os.path.join(resource_dir, "geo.consts.ont")
LogicLanguageServices.set_instance(
LogicLanguageServices.Builder(TypeRepository(types_files), FlexibleTypeComparator())
.add_constants_to_ontology(simple_ontology)
.add_constants_to_ontology(predicate_ontology)
.set_numeral_type_name("i")
.close_ontology(True)
.build()
)
expr = LogicalExpressionBuilder.read("(size:<lo,i> (argmax:<<e,t>,<<e,i>,e>> (lambda $0:e (and:<t*,t> (city:<c,t> $0) (loc:<lo,<lo,t>> $0 alaska:s))) (lambda $1:e (size:<lo,i> $1))))")
import sys
sys.exit(0)
category_services = LogicalExpressionCategoryServices(True, True)
unfactored_constants = {LogicalConstant.read("the:<<e,t>,e>"), LogicalConstant.read("exists:<<e,t>,t>")}
FactoredLexiconServices.set(unfactored_constants)
read_lexicon = Lexicon()
def text_filter(x):
return x
read_lexicon.add_entries_from_file(os.path.join(resource_dir, "seed.lex"), text_filter, category_services,
LexicalEntry.Origin.FIXED_DOMAIN)
def build(self):
"""
Method for building a LogicLanguageServices
:return: spf.mr.lambda_.logic_language_services.LogicLanguageServices
"""
conjunction_predicate = LogicalConstant.read('and:<t*,t>', self.type_repository)
disjunction_predicate = LogicalConstant.read('or:<t*,t>', self.type_repository)
negation_predicate = LogicalConstant.read('not:<t,t>', self.type_repository)
index_increase_predicate = LogicalConstant.read('inc:<%s,%s>' % (
self.type_repository.get_index_type().get_name(),
self.type_repository.get_index_type().get_name()), self.type_repository)
true_constant = LogicalConstant.create('true:t', self.type_repository.get_truth_value_type())
false_constant = LogicalConstant.create('false:t', self.type_repository.get_truth_value_type())
if len(self.constants_files) == 0:
ontology = None
if self.ontology_closed:
raise RuntimeError('Closed ontology requested, but no logical constants were provided.')
else:
constants = self.read_constants_from_files(self.constants_files, self.type_repository)
constants.add(conjunction_predicate)
constants.add(disjunction_predicate)
constants.add(negation_predicate)
constants.add(index_increase_predicate)
constants.add(true_constant)
constants.add(false_constant)
ontology = Ontology(constants, self.ontology_closed)
return LogicLanguageServices(self.type_repository,
self.numeral_type_name,
self.type_comparator,
ontology,
conjunction_predicate,
disjunction_predicate,
negation_predicate,
index_increase_predicate,
true_constant,
false_constant,
self.printer)
def read_constants_from_file(cls, filename, type_repository):
stripped_file = ''
for line in open(filename, 'r'):
line = line.strip()
line = re.split('\\s*//', line)[0]
if len(line) != 0:
stripped_file += line + " "
ret = set()
lisp_reader = LispReader(StringIO(stripped_file))
while lisp_reader.has_next():
expr = LogicalConstant.read(lisp_reader.next(), type_repository)
ret.add(expr)
return ret
def read(line, origin):
equals_index = line.find("=")
tokens_string, constants_string = line[1: equals_index - 1], line[equals_index + 2: -1]
tokens = tokens_string.split(", ")
constants = [LogicalConstant.read(constant) for constant in constants_string.split()]
return Lexeme(tokens, constants, origin)