def render(self, gen):
self.rendered = True
gen.begin_class(self, self.super_class)
for inter in self.interfaces:
gen.implements(inter)
for field, fielddef in self.fields.values():
gen.add_field(field)
# Emit the constructor:
gen.begin_constructor()
# set default values for fields
for field, f_default in self.fields.values():
if field.jtype is not jVoid:
gen.load_jvm_var(self, 0) # load this ptr
# load default value of field
push_constant(gen.db, field.OOTYPE, f_default, gen)
field.store(gen) # store value into field
gen.end_constructor()
for method in self.methods.values():
method.render(gen)
for method in self.abstract_methods.values():
gen.begin_j_function(self, method)
gen.new_with_jtype(jPyPyAbstractMethodException)
gen.throw()
gen.end_function()
gen.end_class()
def create_pointer(self, gen):
if not self.value:
TYPE = ootype.ROOT
gen.push_null(TYPE)
else:
TYPE = self.value._TYPE
push_constant(self.db, self.value._TYPE, self.value, gen)
gen.create_weakref(TYPE)
def create_pointer(self, gen):
if not self.value:
TYPE = ootype.ROOT
gen.push_null(TYPE)
else:
TYPE = self.value._TYPE
push_constant(self.db, self.value._TYPE, self.value, gen)
gen.create_weakref(TYPE)
def render(self, ilasm):
if self.is_root(self.INSTANCE):
return
self.ilasm = ilasm
self.gen = CLIBaseGenerator(self.db, ilasm)
if self.namespace:
ilasm.begin_namespace(self.namespace)
ilasm.begin_class(self.name,
self.get_base_class(),
abstract=self.is_abstract())
for f_name, (f_type, f_default) in self.INSTANCE._fields.iteritems():
cts_type = self.cts.lltype_to_cts(f_type)
f_name = self.cts.escape_name(f_name)
if cts_type != CTS.types.void:
ilasm.field(f_name, cts_type)
self._ctor()
self._toString()
for m_name, m_meth in self.INSTANCE._methods.iteritems():
if hasattr(m_meth, 'graph'):
# if the first argument's type is not a supertype of
# this class it means that this method this method is
# not really used by the class: don't render it, else
# there would be a type mismatch.
args = m_meth.graph.getargs()
SELF = args[0].concretetype
if not ootype.isSubclass(self.INSTANCE, SELF):
continue
f = self.db.genoo.Function(self.db,
m_meth.graph,
m_name,
is_method=True)
f.render(ilasm)
else:
# abstract method
METH = m_meth._TYPE
arglist = [(self.cts.lltype_to_cts(ARG), 'v%d' % i)
for i, ARG in enumerate(METH.ARGS)
if ARG is not ootype.Void]
returntype = self.cts.lltype_to_cts(METH.RESULT)
ilasm.begin_function(m_name, arglist, returntype, False,
'virtual') #, 'abstract')
ilasm.add_comment('abstract method')
if isinstance(METH.RESULT, ootype.OOType):
ilasm.opcode('ldnull')
else:
push_constant(self.db, METH.RESULT, 0, self.gen)
ilasm.opcode('ret')
ilasm.end_function()
ilasm.end_class()
if self.namespace:
ilasm.end_namespace()
def create_pointer(self, gen):
gen.prepare_cast_ptr_to_weak_address()
if not self.value:
TYPE = ootype.ROOT
gen.push_null(TYPE)
else:
TYPE = self.value._TYPE
push_constant(self.db, self.value._TYPE, self.value, gen)
gen.finalize_cast_ptr_to_weak_address(TYPE)
def render(self, ilasm):
if self.is_root(self.INSTANCE):
return
self.ilasm = ilasm
self.gen = CLIBaseGenerator(self.db, ilasm)
if self.namespace:
ilasm.begin_namespace(self.namespace)
ilasm.begin_class(self.name, self.get_base_class(), abstract=self.is_abstract())
for f_name, (f_type, f_default) in self.INSTANCE._fields.iteritems():
cts_type = self.cts.lltype_to_cts(f_type)
f_name = self.cts.escape_name(f_name)
if cts_type != CTS.types.void:
ilasm.field(f_name, cts_type)
self._ctor()
self._toString()
for m_name, m_meth in self.INSTANCE._methods.iteritems():
if hasattr(m_meth, 'graph'):
# if the first argument's type is not a supertype of
# this class it means that this method this method is
# not really used by the class: don't render it, else
# there would be a type mismatch.
args = m_meth.graph.getargs()
SELF = args[0].concretetype
## if not ootype.isSubclass(self.INSTANCE, SELF):
## continue
f = self.db.genoo.Function(self.db, m_meth.graph, m_name, is_method = True)
f.render(ilasm)
else:
# abstract method
METH = m_meth._TYPE
arglist = [(self.cts.lltype_to_cts(ARG), 'v%d' % i)
for i, ARG in enumerate(METH.ARGS)
if ARG is not ootype.Void]
returntype = self.cts.lltype_to_cts(METH.RESULT)
ilasm.begin_function(m_name, arglist, returntype, False, 'virtual') #, 'abstract')
ilasm.add_comment('abstract method')
if isinstance(METH.RESULT, ootype.OOType):
ilasm.opcode('ldnull')
else:
push_constant(self.db, METH.RESULT, METH.RESULT._defl(), self.gen)
ilasm.opcode('ret')
ilasm.end_function()
ilasm.end_class()
if self.namespace:
ilasm.end_namespace()
def _check_for_void_dict(self, gen):
KEYTYPE = self.value._TYPE._KEYTYPE
keytype = self.cts.lltype_to_cts(KEYTYPE)
keytype_T = self.cts.lltype_to_cts(self.value._TYPE.KEYTYPE_T)
VALUETYPE = self.value._TYPE._VALUETYPE
valuetype = self.cts.lltype_to_cts(VALUETYPE)
valuetype_T = self.cts.lltype_to_cts(self.value._TYPE.VALUETYPE_T)
if VALUETYPE is ootype.Void:
gen.add_comment(' CLI Dictionary w/ void value')
class_name = PYPY_DICT_OF_VOID % keytype
for key in self.value._dict:
gen.ilasm.opcode('dup')
push_constant(self.db, KEYTYPE, key, gen)
meth = 'void class %s::ll_set(%s)' % (class_name, keytype_T)
gen.ilasm.call_method(meth, False)
return True
return False
def _check_for_void_dict(self, gen):
KEYTYPE = self.value._TYPE._KEYTYPE
keytype = self.cts.lltype_to_cts(KEYTYPE)
keytype_T = self.cts.lltype_to_cts(self.value._TYPE.KEYTYPE_T)
VALUETYPE = self.value._TYPE._VALUETYPE
valuetype = self.cts.lltype_to_cts(VALUETYPE)
valuetype_T = self.cts.lltype_to_cts(self.value._TYPE.VALUETYPE_T)
if VALUETYPE is ootype.Void:
gen.add_comment(' CLI Dictionary w/ void value')
class_name = PYPY_DICT_OF_VOID % keytype
for key in self.value._dict:
gen.ilasm.opcode('dup')
push_constant(self.db, KEYTYPE, key, gen)
meth = 'void class %s::ll_set(%s)' % (class_name, keytype_T)
gen.ilasm.call_method(meth, False)
return True
return False
def _ctor(self):
self.ilasm.begin_function('.ctor', [], 'void', False, 'specialname', 'rtspecialname', 'instance')
self.ilasm.opcode('ldarg.0')
self.ilasm.call('instance void %s::.ctor()' % self.get_base_class())
# set default values for fields
default_values = self.INSTANCE._fields.copy()
default_values.update(self.INSTANCE._overridden_defaults)
for f_name, (F_TYPE, f_default) in default_values.iteritems():
INSTANCE_DEF, _ = self.INSTANCE._lookup_field(f_name)
cts_type = self.cts.lltype_to_cts(F_TYPE)
f_name = self.cts.escape_name(f_name)
if cts_type != 'void':
self.ilasm.opcode('ldarg.0')
push_constant(self.db, F_TYPE, f_default, self.gen)
class_name = self.db.class_name(INSTANCE_DEF)
self.ilasm.set_field((cts_type, class_name, f_name))
self.ilasm.opcode('ret')
self.ilasm.end_function()
def _ctor(self):
self.ilasm.begin_function('.ctor', [], 'void', False, 'specialname', 'rtspecialname', 'instance')
self.ilasm.opcode('ldarg.0')
self.ilasm.call('instance void %s::.ctor()' % self.get_base_class())
# set default values for fields
default_values = self.INSTANCE._fields.copy()
default_values.update(self.INSTANCE._overridden_defaults)
for f_name, (F_TYPE, f_default) in default_values.iteritems():
if getattr(F_TYPE, '_is_value_type', False):
continue # we can't set it to null
INSTANCE_DEF, _ = self.INSTANCE._lookup_field(f_name)
cts_type = self.cts.lltype_to_cts(F_TYPE)
f_name = self.cts.escape_name(f_name)
if cts_type != CTS.types.void:
self.ilasm.opcode('ldarg.0')
push_constant(self.db, F_TYPE, f_default, self.gen)
class_name = self.db.class_name(INSTANCE_DEF)
self.ilasm.set_field((cts_type, class_name, f_name))
self.ilasm.opcode('ret')
self.ilasm.end_function()
def load(self, value):
if isinstance(value, flowmodel.Variable):
jty, idx = self._var_data(value)
return self.load_jvm_var(jty, idx)
if isinstance(value, SubOperation):
return render_sub_op(value, self.db, self)
if isinstance(value, flowmodel.Constant):
return push_constant(self.db, value.concretetype, value.value, self)
raise Exception('Unexpected type for v in load(): '+
repr(value.concretetype) + " v=" + repr(value))
def initialize_data(self, constgen, gen):
if self.value is not None:
push_constant(self.db, self.value._TYPE, self.value, gen)
gen.ilasm.call_method('void %s::ll_set(object)' % self.get_type(),
True)
return True
def initialize_data(self, constgen, gen):
if self.value is not None:
push_constant(self.db, self.value._TYPE, self.value, gen)
gen.ilasm.call_method('void %s::ll_set(object)' % self.get_type(), True)
return True
def load(self, v):
if isinstance(v, flowmodel.Constant):
push_constant(self.db, v.concretetype, v.value, self)
else:
assert False
def load(self, v):
if isinstance(v, flowmodel.Constant):
push_constant(self.db, v.concretetype, v.value, self)
else:
assert False
