def _uri_for(_type, _triple_term, term):
"""
gets the uri to use for encoding the given term.
:param str _type: What does the term refer to, either frame or FE
:param str _triple_term: What is the role of the term in the triple; either
predicate or object
:param str term: The actual triple term
:return: The uri
:rtype: str
:raises ValueError: if `_triple_term` is not predicate or object
"""
dbpo = FRAME_DBPO_MAP.get(_type, {}).get(term)
if dbpo:
if _triple_term == 'predicate':
return NAMESPACES['ontology'] + quote(dbpo.encode('utf8'))
elif _triple_term == 'object':
# Uppercase first letter
dbpo = dbpo[0].upper() + dbpo[1:]
return NAMESPACES['resource'] + quote(dbpo.encode('utf8'))
else:
raise ValueError("The triple term must be either 'predicate' or 'object', got " \
+ _triple_term)
else:
label = FRAME_IT_TO_EN.get(_type, {}).get(term) or term
if _triple_term == 'predicate':
return NAMESPACES['fact_extraction'] + quote(label.encode('utf8'))
elif _triple_term == 'object':
# Uppercase first letter
label = label[0].upper() + label[1:]
return NAMESPACES['resource'] + quote(label.encode('utf8'))
else:
raise ValueError("The triple term must be either 'predicate' or 'object', got " \
+ _triple_term)
def _uri_for(_type, _triple_term, term):
"""
gets the uri to use for encoding the given term.
:param str _type: What does the term refer to, either frame or FE
:param str _triple_term: What is the role of the term in the triple; either
predicate or object
:param str term: The actual triple term
:return: The uri
:rtype: str
:raises ValueError: if `_triple_term` is not predicate or object
"""
dbpo = FRAME_DBPO_MAP.get(_type, {}).get(term)
if dbpo:
if _triple_term == 'predicate':
return NAMESPACES['ontology'] + quote(dbpo.encode('utf8'))
elif _triple_term == 'object':
# Uppercase first letter
dbpo = dbpo[0].upper() + dbpo[1:]
return NAMESPACES['resource'] + quote(dbpo.encode('utf8'))
else:
raise ValueError("The triple term must be either 'predicate' or 'object', got " \
+ _triple_term)
else:
label = FRAME_IT_TO_EN.get(_type, {}).get(term) or term
if _triple_term == 'predicate':
return NAMESPACES['fact_extraction'] + quote(label.encode('utf8'))
elif _triple_term == 'object':
# Uppercase first letter
label = label[0].upper() + label[1:]
return NAMESPACES['resource'] + quote(label.encode('utf8'))
else:
raise ValueError("The triple term must be either 'predicate' or 'object', got " \
+ _triple_term)
def _uri_for(_type, _triple_term, term):
dbpo = FRAME_DBPO_MAP.get(_type, {}).get(term)
if dbpo:
if _triple_term == 'predicate':
return NAMESPACES['ontology'] + quote(dbpo.encode('utf8'))
elif _triple_term == 'object':
# Uppercase first letter
dbpo = dbpo[0].upper() + dbpo[1:]
return NAMESPACES['resource'] + quote(dbpo.encode('utf8'))
else:
raise ValueError("The triple term must be either 'predicate' or 'object', got " \
+ _triple_term)
else:
label = FRAME_IT_TO_EN.get(_type, {}).get(term) or term
if _triple_term == 'predicate':
return NAMESPACES['fact_extraction'] + quote(label.encode('utf8'))
elif _triple_term == 'object':
# Uppercase first letter
label = label[0].upper() + label[1:]
return NAMESPACES['resource'] + quote(label.encode('utf8'))
else:
raise ValueError("The triple term must be either 'predicate' or 'object', got " \
+ _triple_term)
