def isVector(cxx_type):
if isinstance(cxx_type, bc.ParmVarDecl):
cxx_type = cxx_type.type
is_lvalue = False
is_const = False
if isinstance(cxx_type, bc.ElaboratedType):
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.namedType
if isinstance(cxx_type, bc.LValueReferenceType):
is_lvalue = True
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.pointeeType
if isinstance(cxx_type, bc.ElaboratedType):
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.namedType
# print type(cxx_type), cxx_type
# print (isinstance(cxx_type, bc.TemplateSpecializationType) and
# bc.is_std_vector(cxx_type.sugar.decl))
# print ((isinstance(cxx_type, bc.TemplateSpecializationType) and
# bc.is_std_vector(cxx_type.sugar.decl) and
# isinstance(cxx_type.args[0].type, bc.RecordType)))
if (isinstance(cxx_type, bc.TemplateSpecializationType) and
bc.is_std_vector(cxx_type.sugar.decl) and
isinstance(base.eraseTypedef(cxx_type.args[0].type),
bc.RecordType)):
is_const = is_const or cxx_type.isConstQualified
if is_lvalue and not is_const:
return False
return base.eraseTypedef(cxx_type.args[0].type), is_const, is_lvalue
return False
def check(klass, creator, cxx_type, func_conv):
if isinstance(cxx_type, bc.BuiltinType):
k = creator.getClass(cxx_type)
if isinstance(k, BuiltinClass) or isinstance(k, BuiltinInterface):
return klass(creator, cxx_type, func_conv)
elif (isinstance(cxx_type, bc.LValueReferenceType) and isinstance(
base.eraseTypedef(cxx_type.pointeeType), bc.BuiltinType)
and cxx_type.pointeeType.isConstQualified):
pt = base.eraseTypedef(cxx_type.pointeeType)
k = creator.getClass(pt)
if isinstance(k, BuiltinClass) or isinstance(k, BuiltinInterface):
return klass(creator, pt, func_conv)
def isVector(cxx_type):
# print "-" * 100
# print type(cxx_type), cxx_type
if isinstance(cxx_type, bc.LValueReferenceType):
cxx_type = cxx_type.pointeeType
if isinstance(cxx_type, bc.ElaboratedType):
cxx_type = cxx_type.namedType
# print type(cxx_type), cxx_type
# print (isinstance(cxx_type, bc.TemplateSpecializationType) and
# cxx_type.sugar.decl.path == 'std::vector')
# print ((isinstance(cxx_type, bc.TemplateSpecializationType) and
# cxx_type.sugar.decl.path == 'std::vector' and
# isinstance(cxx_type.args[0].type, bc.RecordType)))
# if isinstance(cxx_type, bc.TemplateSpecializationType):
# cxx_type.show()
# if (isinstance(cxx_type, bc.TemplateSpecializationType) and
# cxx_type.sugar.decl.path == 'std::vector'):
# print "-" * 100
# print cxx_type
# print cxx_type.args[0].type
# print string_plugin.isString(cxx_type.args[0].type)
# print base.eraseTypedef(cxx_type.args[0].type)
if (isinstance(cxx_type, bc.TemplateSpecializationType)
and cxx_type.sugar.decl.path == 'std::vector' and
string_plugin.isString(base.eraseTypedef(cxx_type.args[0].type))):
return True
return False
def isVector(cxx_type):
if isinstance(cxx_type, bc.ParmVarDecl):
cxx_type = cxx_type.type
is_lvalue = False
is_const = False
if isinstance(cxx_type, bc.ElaboratedType):
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.namedType
if isinstance(cxx_type, bc.LValueReferenceType):
is_lvalue = True
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.pointeeType
if isinstance(cxx_type, bc.ElaboratedType):
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.namedType
if (isinstance(cxx_type, bc.TemplateSpecializationType)
and (bc.is_std_vector(cxx_type.sugar.decl))):
is_const = is_const or cxx_type.isConstQualified
if is_lvalue and not is_const:
return False, None, None
t = base.eraseTypedef(cxx_type.args[0].type)
return string_plugin.getString(t), is_const, is_lvalue
return False, None, None
def getVectorElem(cxx_type):
if isinstance(cxx_type, bc.LValueReferenceType):
cxx_type = cxx_type.pointeeType
if isinstance(cxx_type, bc.ElaboratedType):
cxx_type = cxx_type.namedType
if (isinstance(cxx_type, bc.TemplateSpecializationType)
and cxx_type.sugar.decl.path == 'std::vector' and
string_plugin.isString(base.eraseTypedef(cxx_type.args[0].type))):
return cxx_type.args[0].type
def _getAllBases(decl):
s = set()
for i in decl.bases:
if i.access == "public":
t = base.eraseTypedef(i.type)
if isinstance(t, bc.TemplateSpecializationType):
t = t.sugar
d = t.decl
s.add(d)
s.update(_getAllBases(d))
return s
def listBases(self, decl, with_declared=True):
l = [decl]
res = []
while l:
d = l.pop()
for b in d.bases:
if b.access == 'public':
t = base.eraseTypedef(b.type)
if isinstance(t, bc.TemplateSpecializationType):
t = t.sugar
ct = t.decl
if (not with_declared) and ct in self.declared_classes:
continue
l.append(ct)
res.append(ct)
return res
def isVector(cxx_type):
if isinstance(cxx_type, bc.ParmVarDecl):
cxx_type = cxx_type.type
is_lvalue = False
is_const = False
if isinstance(cxx_type, bc.ElaboratedType):
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.namedType
if isinstance(cxx_type, bc.LValueReferenceType):
is_lvalue = True
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.pointeeType
if isinstance(cxx_type, bc.ElaboratedType):
is_const = is_const or cxx_type.isConstQualified
cxx_type = cxx_type.namedType
# print type(cxx_type), cxx_type
# print (isinstance(cxx_type, bc.TemplateSpecializationType) and
# cxx_type.sugar.decl.path == 'std::vector')
# print ((isinstance(cxx_type, bc.TemplateSpecializationType) and
# cxx_type.sugar.decl.path == 'std::vector' and
# isinstance(cxx_type.args[0].type, bc.RecordType)))
if (isinstance(cxx_type, bc.TemplateSpecializationType)
and (bc.is_std_vector(cxx_type.sugar.decl))):
# print "=" * 80
# print cxx_type
# print cxx_type.args[0].type
# print "=" * 80
if isinstance(cxx_type.args[0].type, bc.BuiltinType):
raise Exception()
elif isinstance(cxx_type.args[0].type, bc.PointerType):
return False, None, None
is_const = is_const or cxx_type.isConstQualified
if is_lvalue and not is_const:
return False, None, None
t = base.eraseTypedef(cxx_type.args[0].type)
if isinstance(t, bc.TemplateSpecializationType):
return False, None, None
return t, is_const, is_lvalue
return False, None, None
def declare(self, decl):
# print("!" * 80)
# print("field !!")
# print(decl)
# print(isinstance(decl, bc.RecordDecl))
if not isinstance(decl, bc.RecordDecl):
return False
# print("decl.describedClassTemplate: ", decl.describedClassTemplate)
# TODO: bug fix,,,
# if decl.describedClassTemplate is not None:
# return False
# print("access = ", decl.access)
if decl.access != "public" and decl.access != "none":
return False
cc = bc.RecordType(decl, isConstQualified=True)
nc = bc.RecordType(decl, isConstQualified=False)
cc = self.creator.getClass(cc)
nc = self.creator.getClass(nc)
cc.setImpl(decl)
nc.addBase(cc)
nc.priority = 10
for i in self.listAllMethods(decl, const=True):
conv = self.creator.getFunctionConverter(i)
cc.addFunction(conv)
for i in self.listAllMethods(decl, const=False):
conv = self.creator.getFunctionConverter(i)
nc.addFunction(conv)
# print("=" * 80)
# print("field !!")
# print(decl)
for field in self.listAllFields(decl):
# print(field)
ft = field.type
if isinstance(ft, bc.SubstTemplateTypeParmType):
ft = ft.sugar
if (isinstance(base.eraseTypedef(ft), bc.BuiltinType)
or isinstance(base.eraseTypedef(ft), bc.EnumType)):
rt = ft
else:
rt = bc.LValueReferenceType(ft, isConstQualified=True)
f = CXXGetterDecl("%s::get_%s" % (decl.path, field.name), None, rt,
[], decl)
f.field_name = field.name
gconv = CXXGetterConverter(self.creator, f)
cc.addFunction(gconv)
if not (isinstance(base.eraseTypedef(ft), bc.BuiltinType)
or isinstance(base.eraseTypedef(ft), bc.EnumType)):
rt = bc.LValueReferenceType(ft, isConstQualified=False)
f = CXXGetterDecl("%s::get_%s" % (decl.path, field.name), None,
rt, [], decl)
f.field_name = field.name
gconv = CXXGetterConverter(self.creator, f)
nc.addFunction(gconv)
f = CXXSetterDecl("%s::set_%s" % (decl.path, field.name), None,
bc.BuiltinType("void"), [
bc.ParmVarDecl("arg", ft),
], decl)
f.field_name = field.name
sconv = CXXSetterConverter(self.creator, f)
nc.addFunction(sconv)
t = gconv.return_converter.getObjCType()
if not gconv.return_converter.isValid():
continue
if gconv.isValid():
cc.addProperty(
objc_class.Property(t,
field.name,
getter=gconv.getName(),
other_attribs='assign, nonatomic'))
gname = gconv.getName()
else:
gname = None
if sconv.isValid():
# t = sconv.arg_converters[0].getObjCType()
t = gconv.return_converter.getObjCType()
nc.addProperty(
objc_class.Property(t,
field.name,
getter=gname,
setter=sconv.getName(),
other_attribs='assign, nonatomic'))
if False and self.hasCopyConstructor(decl):
f = CXXCopyDecl(decl.path + "::__copy__", None,
bc.RecordType(decl), [], decl)
conv = self.creator.getFunctionConverter(f)
cc.addFunction(conv)
f = CXXAssignOperatorDecl(
decl.path + "::__assign__", None, bc.BuiltinType("void"), [
bc.ParmVarDecl(
"arg",
bc.LValueReferenceType(
bc.RecordType(decl, isConstQualified=True)),
),
], decl)
conv = self.creator.getFunctionConverter(f)
nc.addFunction(conv)
return True