def test_sparql_ascii_stress(self):
seed("sacala dunga dunga dunga")
for _ in xrange(100):
expression = random_expression(only_ascii=True)
_, s = expression_to_sparql(expression)
self._standard_check(s, expression)
self._sparql_check(s)
def get_code(expression, language):
"""
Given an expression and a supported language, it
returns the query for that expression on that language.
"""
if language == "sparql":
if len(expression) > 1:
return expression_to_sparql(expression, True)
else:
return expression_to_sparql(expression, False)
elif language == "dot":
return expression_to_dot(expression)
elif language == "mql":
return generate_mql(expression)
else:
message = u"Language '{}' is not supported"
raise ValueError(message.format(language))
def test_sparql_stress(self):
seed("sacala dunga dunga dunga")
for _ in xrange(100):
expression = random_expression()
try:
_, s = expression_to_sparql(expression)
except ValueError as error:
if "Unable to generate sparql" in str(error):
continue
self._standard_check(s, expression)
self._sparql_check(s)
def get_code(expression, language):
"""
Given an expression and a supported language, it
returns the query for that expression on that language.
"""
if language == "sparql":
return expression_to_sparql(expression, True) #add True for all information
elif language == "dot":
return expression_to_dot(expression)
elif language == "mql":
return generate_mql(expression)
else:
message = u"Language '{}' is not supported"
raise ValueError(message.format(language))
def test_sparql_takes_unicode(self):
e = gen_fixedtype(u"·̣─@łæßð~¶½")
e += gen_datarel(u"tµŧurułej€", u"←ðßðæßđæßæđßŋŋæ @~~·ŋŋ·¶·ŋ“¶¬@@")
_, s = expression_to_sparql(e)
self._standard_check(s, e)
self._sparql_check(s)