def wrap(x):
if isinstance(x, int): return utility.wrap_int(x)
if isinstance(x, float): return utility.wrap_float(x)
if isinstance(x, model.W_Object): return x
if isinstance(x, str) and len(x) == 1: return utility.wrap_char(x)
if isinstance(x, str): return utility.wrap_string(x)
raise NotImplementedError
def build_smalltalk_class(name, format, w_superclass=w_Object,
w_classofclass=None, methods={}):
if w_classofclass is None:
w_classofclass = build_smalltalk_class(None, 0x94,
w_superclass.w_class,
w_Metaclass)
w_methoddict = build_methoddict(methods)
size = constants.CLASS_NAME_INDEX + 1
w_class = model.W_PointersObject(w_classofclass, size)
w_class.store(constants.CLASS_SUPERCLASS_INDEX, w_superclass)
w_class.store(constants.CLASS_METHODDICT_INDEX, w_methoddict)
w_class.store(constants.CLASS_FORMAT_INDEX, utility.wrap_int(format))
if name is not None:
w_class.store(constants.CLASS_NAME_INDEX, utility.wrap_string(name))
return w_class
def w(any):
if any is None:
return objtable.w_nil
if isinstance(any, str):
# assume never have strings of length 1
if len(any) == 1:
return utility.wrap_chr(any)
else:
return utility.wrap_string(any)
if isinstance(any, int):
return utility.wrap_int(any)
if isinstance(any, bool):
return utility.wrap_bool(any)
if isinstance(any, float):
return utility.wrap_float(any)
else:
raise Exception
def w(any):
if any is None:
return objtable.w_nil
if isinstance(any, str):
# assume never have strings of length 1
if len(any) == 1:
return utility.wrap_chr(any)
else:
return utility.wrap_string(any)
if isinstance(any, int):
return utility.wrap_int(any)
if isinstance(any, bool):
return utility.wrap_bool(any)
if isinstance(any, float):
return utility.wrap_float(any)
else:
raise Exception
def build_smalltalk_class(name,
format,
w_superclass=w_Object,
w_classofclass=None,
methods={}):
if w_classofclass is None:
w_classofclass = build_smalltalk_class(None, 0x94,
w_superclass.w_class,
w_Metaclass)
w_methoddict = build_methoddict(methods)
size = constants.CLASS_NAME_INDEX + 1
w_class = model.W_PointersObject(w_classofclass, size)
w_class.store(constants.CLASS_SUPERCLASS_INDEX, w_superclass)
w_class.store(constants.CLASS_METHODDICT_INDEX, w_methoddict)
w_class.store(constants.CLASS_FORMAT_INDEX, utility.wrap_int(format))
if name is not None:
w_class.store(constants.CLASS_NAME_INDEX, utility.wrap_string(name))
return w_class
def build_methoddict(methods):
size = int(len(methods) * 1.5)
w_methoddict = w_MethodDict.as_class_get_shadow().new(size)
w_array = w_Array.as_class_get_shadow().new(size)
for i in range(size):
w_array.store(i, objtable.w_nil)
w_methoddict.store(constants.METHODDICT_NAMES_INDEX+i, objtable.w_nil)
w_tally = utility.wrap_int(len(methods))
w_methoddict.store(constants.METHODDICT_TALLY_INDEX, w_tally)
w_methoddict.store(constants.METHODDICT_VALUES_INDEX, w_array)
positions = range(size)
random.shuffle(positions)
for selector, w_compiledmethod in methods.items():
pos = positions.pop()
w_selector = utility.wrap_string(selector)
w_methoddict.store(constants.METHODDICT_NAMES_INDEX+pos, w_selector)
w_array.store(pos, w_compiledmethod)
#print w_methoddict._vars
return w_methoddict
def build_methoddict(methods):
size = int(len(methods) * 1.5)
w_methoddict = w_MethodDict.as_class_get_shadow().new(size)
w_array = w_Array.as_class_get_shadow().new(size)
for i in range(size):
w_array.store(i, objtable.w_nil)
w_methoddict.store(constants.METHODDICT_NAMES_INDEX + i,
objtable.w_nil)
w_tally = utility.wrap_int(len(methods))
w_methoddict.store(constants.METHODDICT_TALLY_INDEX, w_tally)
w_methoddict.store(constants.METHODDICT_VALUES_INDEX, w_array)
positions = range(size)
random.shuffle(positions)
for selector, w_compiledmethod in methods.items():
pos = positions.pop()
w_selector = utility.wrap_string(selector)
w_methoddict.store(constants.METHODDICT_NAMES_INDEX + pos, w_selector)
w_array.store(pos, w_compiledmethod)
#print w_methoddict._vars
return w_methoddict
def fakesymbol(s, _cache={}):
try:
return _cache[s]
except KeyError:
result = _cache[s] = wrap_string(s)
return result
def fakesymbol(s, _cache={}):
try:
return _cache[s]
except KeyError:
result = _cache[s] = wrap_string(s)
return result
