def combine_features(a, b):
"""
Return an object that combines the feature labels a and b.
For now, this only does string concatenation; it can be extended
to unify 'featurelite' style dictionaries.
"""
def override_features(a, b):
return b
if isinstance(a, YAMLwrapper): a = a.value()
if isinstance(b, YAMLwrapper): b = b.value()
if isinstance(a, str) and isinstance(b, str):
return a+b
else:
d = {}
vars = {}
return unify(a, b, vars, fail=override_features)
return '%s%s' % (a, b)
def combine_features(a, b):
"""
Return an object that combines the feature labels a and b.
For now, this only does string concatenation; it can be extended
to unify 'featurelite' style dictionaries.
"""
def override_features(a, b):
return b
if isinstance(a, YAMLwrapper): a = a.value()
if isinstance(b, YAMLwrapper): b = b.value()
if isinstance(a, str) and isinstance(b, str):
return a + b
else:
d = {}
vars = {}
return unify(a, b, vars, fail=override_features)
return '%s%s' % (a, b)
def combine_features(a, b):
"""
Return an object that combines the feature labels a and b.
If a and b are strings, they are combined by concatenation (as in
the original PC-KIMMO). If they are feature dictionaries, then they
are unified in a way that always succeeds: the newer dictionary, b,
wins all conflicts.
"""
def override_features(a, b):
return b
if isinstance(a, YAMLwrapper): a = a.value()
if isinstance(b, YAMLwrapper): b = b.value()
if isinstance(a, str) and isinstance(b, str):
return a+b
else:
d = {}
vars = {}
return unify(a, b, vars, fail=override_features)
return '%s%s' % (a, b)
