def new_symbol(self, string):
# Allocate a new symbol and set its class to be the symbol class
result = Symbol(self._nilObject, string)
result.set_class(self._symbolClass)
# Insert the new symbol into the symbol table
self._symbol_table.insert(result)
# Return the freshly allocated symbol
return result
def new_symbol(self, string):
# Allocate a new symbol and set its class to be the symbol class
result = Symbol(self._nilObject, string)
result.set_class(self._symbolClass)
# Insert the new symbol into the symbol table
self._symbol_table.insert(result)
# Return the freshly allocated symbol
return result
def setUp(self):
self.symbol = Symbol(Object(None), "test")
unary_signature_strings = [
"size", "addTwo", "use", "call",
"parse", "hash", "notify", "setUp",
"weight", "isOk", "isNotOk", "create"
]
self.unary_signature_symbols = [Symbol(Object(None),string) for string in unary_signature_strings]
binary_signature_chars = [
"~", "&", "|", "*", "/",
"@", "+", "-", "=", ">",
"<", ",", "%", "\\"
]
self.binary_signature_symbols = [Symbol(Object(None),char) for char in binary_signature_chars]
keyword2_signature_strings = [
"at:put:", "remove:from:", "add:withKey:",
"choose:from:", "add:from:", "choose:and:"
]
self.keyword2_signature_symbols = [Symbol(Object(None),string) for string in keyword2_signature_strings]
keyword3_signature_strings = [
"at:put:and:", "choose:divide:andAddTo:",
"add:to:andNotify:", "parse:addTo:export:"
]
self.keyword3_signature_symbols = [Symbol(Object(None),string) for string in keyword3_signature_strings]
def _new_symbol(self, string):
result = Symbol(string)
# Insert the new symbol into the symbol table
self._symbol_table[string] = result
return result
def setUp(self):
self.table = SymbolTable()
self.symbol = Symbol(nilObject=Object(None), value="foo")
def test_get_class(self):
integer_class = Class(self.universe)
integer_class.set_name(Symbol(Object(None), "Integer"))
self.assertEqual(integer_class, self.object_integer.get_class())
def setUp(self):
self.universe = Universe
self.object_integer = Object(None)
self.integer_class = Class(self.universe)
self.integer_class.set_name(Symbol(Object(None), "Integer"))
self.object_integer._class = self.integer_class
class SymbolTestCase(unittest.TestCase):
def setUp(self):
self.symbol = Symbol(Object(None), "test")
unary_signature_strings = [
"size", "addTwo", "use", "call",
"parse", "hash", "notify", "setUp",
"weight", "isOk", "isNotOk", "create"
]
self.unary_signature_symbols = [Symbol(Object(None),string) for string in unary_signature_strings]
binary_signature_chars = [
"~", "&", "|", "*", "/",
"@", "+", "-", "=", ">",
"<", ",", "%", "\\"
]
self.binary_signature_symbols = [Symbol(Object(None),char) for char in binary_signature_chars]
keyword2_signature_strings = [
"at:put:", "remove:from:", "add:withKey:",
"choose:from:", "add:from:", "choose:and:"
]
self.keyword2_signature_symbols = [Symbol(Object(None),string) for string in keyword2_signature_strings]
keyword3_signature_strings = [
"at:put:and:", "choose:divide:andAddTo:",
"add:to:andNotify:", "parse:addTo:export:"
]
self.keyword3_signature_symbols = [Symbol(Object(None),string) for string in keyword3_signature_strings]
def test_get_string(self):
self.assertEqual("test", self.symbol.get_string())
# ====
def test_is_binary_signature_binary_symbol(self):
for symbol in self.binary_signature_symbols:
self.assertTrue(symbol.is_binary_signature())
def test_is_binary_signature_unary_symbol(self):
for symbol in self.unary_signature_symbols:
self.assertFalse(symbol.is_binary_signature())
def test_is_binary_signature_keyword2_symbol(self):
for symbol in self.keyword2_signature_symbols:
self.assertFalse(symbol.is_binary_signature())
def test_is_binary_signature_keyword3_symbol(self):
for symbol in self.keyword3_signature_symbols:
self.assertFalse(symbol.is_binary_signature())
# ====
# ====
def test_determine_number_of_signature_arguments_unary_symbol(self):
for symbol in self.unary_signature_symbols:
self.assertEqual(1,symbol._determine_number_of_signature_arguments())
def test_determine_number_of_signature_arguments_binary_symbol(self):
for symbol in self.binary_signature_symbols:
self.assertEqual(2,symbol._determine_number_of_signature_arguments())
def test_determine_number_of_signature_arguments_keyword2_symbol(self):
for symbol in self.keyword2_signature_symbols:
self.assertEqual(3,symbol._determine_number_of_signature_arguments())
def test_determine_number_of_signature_arguments_keyword3_symbol(self):
for symbol in self.keyword3_signature_symbols:
self.assertEqual(4,symbol._determine_number_of_signature_arguments())
# ====
# ====
def test_get_number_of_signature_arguments_unary_symbol(self):
for symbol in self.unary_signature_symbols:
self.assertEqual(1,symbol.get_number_of_signature_arguments())
def test_get_number_of_signature_arguments_binary_symbol(self):
for symbol in self.binary_signature_symbols:
self.assertEqual(2,symbol.get_number_of_signature_arguments())
def test_get_number_of_signature_arguments_keyword2_symbol(self):
for symbol in self.keyword2_signature_symbols:
self.assertEqual(3,symbol.get_number_of_signature_arguments())
def test_get_number_of_signature_arguments_keyword3_symbol(self):
for symbol in self.keyword3_signature_symbols:
self.assertEqual(4,symbol.get_number_of_signature_arguments())
# ====
def test_str(self):
self.assertEqual("#test", str(self.symbol))