def summary(self):
group = get_header_ptr(self.value['headerAndGroup_'],
self.otc.ObjectGroup_ptr_t)
classp = get_header_ptr(group['headerAndClasp_'],
self.otc.JSClass_ptr_t)
non_native = classp['flags'] & self.otc.class_NON_NATIVE
# Use GDB to format the class name, but then strip off the address
# and the quotes.
class_name = str(classp['name'])
m = gdb_string_regexp.match(class_name)
if m:
class_name = m.group(1)
if non_native:
return '[object {}]'.format(class_name)
else:
native = self.value.cast(self.otc.NativeObject_ptr_t)
shape = deref(native['shape_'])
baseshape = get_header_ptr(shape['headerAndBase_'],
self.otc.BaseShape_ptr_t)
flags = baseshape['flags']
is_delegate = bool(flags & self.otc.flag_DELEGATE)
name = None
if class_name == 'Function':
function = self.value
concrete_type = function.type.strip_typedefs()
if concrete_type.code == gdb.TYPE_CODE_REF:
function = function.address
function = function.cast(self.otc.func_ptr_type)
atom = deref(function['atom_'])
name = str(atom) if atom else '<unnamed>'
return '[object {}{}]{}'.format(class_name,
' ' + name if name else '',
' delegate' if is_delegate else '')
def summary(self):
group = get_header_ptr(self.value, self.otc.ObjectGroup_ptr_t)
classp = get_header_ptr(group, self.otc.JSClass_ptr_t)
non_native = classp["flags"] & self.otc.class_NON_NATIVE
# Use GDB to format the class name, but then strip off the address
# and the quotes.
class_name = str(classp["name"])
m = gdb_string_regexp.match(class_name)
if m:
class_name = m.group(1)
if non_native:
return "[object {}]".format(class_name)
else:
native = self.value.cast(self.otc.NativeObject_ptr_t)
shape = deref(native["shape_"])
baseshape = get_header_ptr(shape, self.otc.BaseShape_ptr_t)
flags = baseshape["flags"]
is_delegate = bool(flags & self.otc.flag_DELEGATE)
name = None
if class_name == "Function":
function = self.value
concrete_type = function.type.strip_typedefs()
if concrete_type.code == gdb.TYPE_CODE_REF:
function = function.address
function = function.cast(self.otc.func_ptr_type)
atom = deref(function["atom_"])
name = str(atom) if atom else "<unnamed>"
return "[object {}{}]{}".format(
class_name,
" " + name if name else "",
" delegate" if is_delegate else "",
)
def summary(self):
group = deref(self.value['group_'])
classp = group['clasp_']
class_name = classp['name'].string()
non_native = classp['flags'] & self.otc.class_NON_NATIVE
if non_native:
return '[object {}]'.format(class_name)
else:
native = self.value.cast(self.otc.NativeObject_ptr_t)
shape = deref(native['shape_'])
baseshape = deref(shape['base_'])
flags = baseshape['flags']
is_delegate = bool(flags & self.otc.flag_DELEGATE)
name = None
if class_name == 'Function':
function = self.value
concrete_type = function.type.strip_typedefs()
if concrete_type.code == gdb.TYPE_CODE_REF:
function = function.address
function = function.cast(self.otc.func_ptr_type)
atom = deref(function['atom_'])
name = str(atom) if atom else '<unnamed>'
return '[object {}{}]{}'.format(class_name,
' ' + name if name else '',
' delegate' if is_delegate else '')
def summary(self):
group = deref(self.value['group_'])
classp = group['clasp_']
non_native = classp['flags'] & self.otc.class_NON_NATIVE
# Use GDB to format the class name, but then strip off the address
# and the quotes.
class_name = str(classp['name'])
m = gdb_string_regexp.match(class_name)
if m:
class_name = m.group(1)
if non_native:
return '[object {}]'.format(class_name)
else:
native = self.value.cast(self.otc.NativeObject_ptr_t)
shape = native['shapeOrExpando_'].cast(self.otc.Shape_ptr_t)
baseshape = deref(shape['base_'])
flags = baseshape['flags']
is_delegate = bool(flags & self.otc.flag_DELEGATE)
name = None
if class_name == 'Function':
function = self.value
concrete_type = function.type.strip_typedefs()
if concrete_type.code == gdb.TYPE_CODE_REF:
function = function.address
function = function.cast(self.otc.func_ptr_type)
atom = deref(function['atom_'])
name = str(atom) if atom else '<unnamed>'
return '[object {}{}]{}'.format(class_name,
' ' + name if name else '',
' delegate' if is_delegate else '')
def summary(self):
shape = deref(self.value['shape_'])
baseshape = deref(shape['base_'])
class_name = baseshape['clasp']['name'].string()
flags = baseshape['flags']
is_delegate = bool(flags & self.otc.flag_DELEGATE)
name = None
if class_name == 'Function':
function = self.value.cast(self.otc.func_ptr_type)
atom = deref(function['atom_'])
name = str(atom) if atom else '<unnamed>'
return '[object %s%s]%s' % (class_name,
' ' + name if name else '',
' delegate' if is_delegate else '')
def summary(self):
shape = get_header_ptr(self.value, self.otc.Shape_ptr_t)
baseshape = get_header_ptr(shape, self.otc.BaseShape_ptr_t)
classp = get_header_ptr(baseshape, self.otc.JSClass_ptr_t)
non_native = classp["flags"] & self.otc.class_NON_NATIVE
# Use GDB to format the class name, but then strip off the address
# and the quotes.
class_name = str(classp["name"])
m = gdb_string_regexp.match(class_name)
if m:
class_name = m.group(1)
if non_native:
return "[object {}]".format(class_name)
else:
flags = shape["objectFlags_"]["flags_"]
used_as_prototype = bool(flags
& self.otc.objectflag_IsUsedAsPrototype)
name = None
if class_name == "Function":
function = self.value
concrete_type = function.type.strip_typedefs()
if concrete_type.code == gdb.TYPE_CODE_REF:
function = function.address
function = function.cast(self.otc.func_ptr_type)
atom = deref(function["atom_"])
name = str(atom) if atom else "<unnamed>"
return "[object {}{}]{}".format(
class_name,
" " + name if name else "",
" used_as_prototype" if used_as_prototype else "",
)
def summary(self):
shape = deref(self.value['shape_'])
baseshape = deref(shape['base_'])
class_name = baseshape['clasp']['name'].string()
flags = baseshape['flags']
is_delegate = bool(flags & self.otc.flag_DELEGATE)
name = None
if class_name == 'Function':
if self.value.type.code == gdb.TYPE_CODE_PTR:
function = self.value.cast(self.otc.func_ptr_type)
elif self.value.type.code == gdb.TYPE_CODE_REF:
function = self.value.address.cast(self.otc.func_ptr_type)
atom = deref(function['atom_'])
name = str(atom) if atom else '<unnamed>'
return '[object %s%s]%s' % (class_name, ' ' + name if name else '',
' delegate' if is_delegate else '')
def summary(self):
shape = deref(self.value['shape_'])
baseshape = deref(shape['base_'])
group = deref(self.value['group_'])
class_name = group['clasp_']['name'].string()
flags = baseshape['flags']
is_delegate = bool(flags & self.otc.flag_DELEGATE)
name = None
if class_name == 'Function':
function = self.value
concrete_type = function.type.strip_typedefs()
if concrete_type.code == gdb.TYPE_CODE_REF:
function = function.address
function = function.cast(self.otc.func_ptr_type)
atom = deref(function['atom_'])
name = str(atom) if atom else '<unnamed>'
return '[object %s%s]%s' % (class_name,
' ' + name if name else '',
' delegate' if is_delegate else '')