def test_join_queries_upper(self):
"""Return query string with uppercased operator"""
operator = 'foo'
args = ['bar', 'baz']
returned_value = _join_queries(operator, args)
# Operator should be uppercased
self.assertTrue(operator.upper() in returned_value)
def test_join_queries_upper(self):
"""Return query string with uppercased operator"""
operator = 'foo'
args = ['bar', 'baz']
returned_value = _join_queries(operator, args)
# Operator should be uppercased
self.assertTrue(operator.upper() in returned_value)
def test_join_queries_construction(self):
"""Return correct number of operators"""
operator = 'foo'
args = ['bar']
returned_value = _join_queries(operator, args)
# With only one arg, operator should not appear
self.assertFalse(operator in returned_value)
# The return value should be the lone arg
self.assertEquals(returned_value, args[0])
args.extend(('baz', 'qux'))
returned_value = _join_queries('foo', args)
# Operator should still not appear
self.assertFalse(operator in returned_value)
# Operator should appear one less time than length of args
self.assertEquals(returned_value.count(operator.upper()),
len(args) - 1)
def test_join_queries_construction(self):
"""Return correct number of operators"""
operator = 'foo'
args = ['bar']
returned_value = _join_queries(operator, args)
# With only one arg, operator should not appear
self.assertFalse(operator in returned_value)
# The return value should be the lone arg
self.assertEquals(returned_value, args[0])
args.extend(('baz', 'qux'))
returned_value = _join_queries('foo', args)
# Operator should still not appear
self.assertFalse(operator in returned_value)
# Operator should appear one less time than length of args
self.assertEquals(returned_value.count(operator.upper()),
len(args) - 1)
def test_join_queries_args(self):
"""Throw exception if args is not list or splat of strings"""
operator = 'foo'
args = ('bar', 'baz')
# Args should not a tuple
with self.assertRaises(TypeError) as error:
_join_queries(operator, args)
self.assertEquals(type(error.exception), TypeError)
# Args should not a sequence of integers or floats
with self.assertRaises(TypeError) as error:
_join_queries(operator, 1, 1.1)
self.assertEquals(type(error.exception), TypeError)
# Args can be a list of strings
args = ['bar', 'baz']
returned_value = _join_queries(operator, args)
self.assertEquals(type(returned_value), str)
# Args can be a sequence of strings
returned_value = _join_queries(operator, 'bar', 'baz', 'qux')
self.assertEquals(type(returned_value), str)
def test_join_queries_args(self):
"""Throw exception if args is not list or splat of strings"""
operator = 'foo'
args = ('bar', 'baz')
# Args should not a tuple
with self.assertRaises(TypeError) as error:
_join_queries(operator, args)
self.assertEquals(type(error.exception), TypeError)
# Args should not a sequence of integers or floats
with self.assertRaises(TypeError) as error:
_join_queries(operator, 1, 1.1)
self.assertEquals(type(error.exception), TypeError)
# Args can be a list of strings
args = ['bar', 'baz']
returned_value = _join_queries(operator, args)
self.assertEquals(type(returned_value), str)
# Args can be a sequence of strings
returned_value = _join_queries(operator, 'bar', 'baz', 'qux')
self.assertEquals(type(returned_value), str)
