def map_kifs(src_rules, tgt_rules, src_pred_bins = {}, tgt_pred_bins={}):
gdlyacc.parse_file(src_rules)
src_int_rep = gdlyacc.int_rep.copy()
gdlyacc.parse_file(tgt_rules)
tgt_int_rep = gdlyacc.int_rep.copy()
best_map = do_mapping(src_int_rep, tgt_int_rep, src_pred_bins, tgt_pred_bins)
return best_map.get_pred_matches()
def run_mapper(src_kif, tgt_kif, del_tmp=True):
xkif_gen.parse_file(src_kif)
tmp_fd, src_xkif = tempfile.mkstemp(suffix='.xkif')
print >> sys.stderr, src_xkif
xkif = os.fdopen(tmp_fd, 'w')
xkif.write(xkif_gen.output)
xkif.close()
xkif_gen.parse_file(tgt_kif)
tmp_fd, tgt_xkif = tempfile.mkstemp(suffix='.xkif')
print >> sys.stderr, tgt_xkif
xkif = os.fdopen(tmp_fd, 'w')
xkif.write(xkif_gen.output)
xkif.close()
# find types
gdlyacc.parse_file(src_kif)
tmp_fd, src_types = tempfile.mkstemp()
print >> sys.stderr, src_types
os.fdopen(tmp_fd, 'w').write(
os.popen('python infer_types.py %s' % src_kif).read())
gdlyacc.parse_file(tgt_kif)
tmp_fd, tgt_types = tempfile.mkstemp()
print >> sys.stderr, tgt_types
os.fdopen(tmp_fd, 'w').write(
os.popen('python infer_types.py %s' % tgt_kif).read())
mapping = {}
output = os.popen(
'%s %s %s %s %s' %
(mapper, src_xkif, tgt_xkif, src_types, tgt_types)).readlines()
for line in output:
print line
if line.startswith('MATCH'):
tokens = line.split()
assert len(tokens) == 3, line
mapping[tokens[1]] = tokens[2]
if del_tmp:
os.remove(src_xkif)
os.remove(tgt_xkif)
os.remove(src_types)
os.remove(tgt_types)
return mapping
def run_mapper(src_kif, tgt_kif, del_tmp = True):
xkif_gen.parse_file(src_kif)
tmp_fd, src_xkif = tempfile.mkstemp(suffix='.xkif')
print >> sys.stderr, src_xkif
xkif = os.fdopen(tmp_fd, 'w')
xkif.write(xkif_gen.output)
xkif.close()
xkif_gen.parse_file(tgt_kif)
tmp_fd, tgt_xkif = tempfile.mkstemp(suffix='.xkif')
print >> sys.stderr, tgt_xkif
xkif = os.fdopen(tmp_fd, 'w')
xkif.write(xkif_gen.output)
xkif.close()
# find types
gdlyacc.parse_file(src_kif)
tmp_fd, src_types = tempfile.mkstemp()
print >> sys.stderr, src_types
os.fdopen(tmp_fd,'w').write(os.popen('python infer_types.py %s' % src_kif).read())
gdlyacc.parse_file(tgt_kif)
tmp_fd, tgt_types = tempfile.mkstemp()
print >> sys.stderr, tgt_types
os.fdopen(tmp_fd,'w').write(os.popen('python infer_types.py %s' % tgt_kif).read())
mapping = {}
output = os.popen('%s %s %s %s %s' % (mapper, src_xkif, tgt_xkif, src_types, tgt_types)).readlines()
for line in output:
print line
if line.startswith('MATCH'):
tokens = line.split()
assert len(tokens) == 3, line
mapping[tokens[1]] = tokens[2]
if del_tmp:
os.remove(src_xkif)
os.remove(tgt_xkif)
os.remove(src_types)
os.remove(tgt_types)
return mapping
if self.rule_grounded(er): existing = self.__g_elabs.setdefault(p,[]) duplicate = False for oldr in existing: if same_body_preds(oldr, er): duplicate = True break if not duplicate: existing.append(er) else: rules.append(er) if len(rules) == 0: del self.__ug_elabs[p] # at this point, all elaboration rules are grounded. We should be able to # go through all the other kinds of ungrounded rules while len(self.__ug_rules) > 0: for r in self.__ug_rules[:]: expand_bi = self.can_expand(r) assert expand_bi >= 0, "Rule is impossible to expand" expanded = self.expand(r, expand_bi) self.__ug_rules.remove(r) self.__ug_rules.extend(expanded) if __name__ == '__main__': gdlyacc.parse_file(sys.argv[1]) ex = Expander(gdlyacc.int_rep) grounded = ex.collapse() for r in grounded: print r
pmap = position map """
for src_p in pmap:
tgt_p = pmap[src_p]
src_c = src_p.fetch(src_g)
tgt_c = tgt_p.fetch(tgt_g)
assert src_c not in cmap or cmap[
src_c] == tgt_c, "Constant mapping inconsistency"
if src_c not in cmap:
cmap[src_c] = tgt_c
if __name__ == '__main__':
import psycocompile
# get the mapping
gdlyacc.parse_file(sys.argv[1])
src_int_rep = gdlyacc.int_rep.copy()
gdlyacc.parse_file(sys.argv[2])
tgt_int_rep = gdlyacc.int_rep.copy()
psyco.full()
best_map = rule_mapper2.do_mapping(src_int_rep, tgt_int_rep)
pred_map = dict((s.get_name(), t.get_name())
for s, t in best_map.get_pred_matches().items())
#src_c2p = build_c2p(src_int_rep, pred_map)
src_gnds = {} # pred -> [grounds]
for g in src_int_rep.get_statics() + src_int_rep.get_inits():
src_gnds.setdefault(g.get_predicate(), []).append(g)
