def test_get_should_return_different_instances_for_different_symbols(self):
symbolMap = SymbolMap()
s_symbol1 = "A"
s_symbol2 = "B"
data1 = symbolMap.get(s_symbol1)
data2 = symbolMap.get(s_symbol2)
assert data1 is not data2
def test_get_should_return_different_instances_for_different_symbols(self):
symbolMap = SymbolMap()
s_symbol1 = "A"
s_symbol2 = "B"
data1 = symbolMap.get(s_symbol1)
data2 = symbolMap.get(s_symbol2)
assert data1 is not data2
def test_load_after_data_was_updated_should_return_data(self):
s_symbol = "SYMB11"
data = {"a": 0, "b": 1, "c": 2}
provider = CachedProvider(SymbolMap())
provider.update(s_symbol, data)
result = provider.load(s_symbol)
assert len(result) == 3
def test_should_subclass_abstractProvider(self):
provider = CotahistProvider(mock(SymbolMap()))
assert isinstance(provider, AbstractProvider)
def test_get_should_return_same_instance_for_same_symbol(self):
symbolMap = SymbolMap()
s_symbol = "A"
data1 = symbolMap.get(s_symbol)
data2 = symbolMap.get(s_symbol)
assert data1 is data2
def test_get_should_return_empty_dict_for_not_present_symbols(self):
symbolMap = SymbolMap()
s_symbol = "A"
data = symbolMap.get(s_symbol)
assert len(data) == 0
def test_get_should_return_an_dict_instance(self):
symbolMap = SymbolMap()
s_symbol = "A"
data = symbolMap.get(s_symbol)
assert isinstance(data, dict)
def test_load_when_nothing_was_updated_should_return_None(self):
s_symbol = "SYMB11"
provider = CachedProvider(SymbolMap())
assert provider.load(s_symbol) is None
def test_get_should_return_same_instance_for_same_symbol(self):
symbolMap = SymbolMap()
s_symbol = "A"
data1 = symbolMap.get(s_symbol)
data2 = symbolMap.get(s_symbol)
assert data1 is data2
def test_get_should_return_empty_dict_for_not_present_symbols(self):
symbolMap = SymbolMap()
s_symbol = "A"
data = symbolMap.get(s_symbol)
assert len(data) == 0
def test_get_should_return_an_dict_instance(self):
symbolMap = SymbolMap()
s_symbol = "A"
data = symbolMap.get(s_symbol)
assert isinstance(data, dict)
