def can_put(self, p):
from js.object_space import isundefined, isnull_or_undefined
desc = self.get_own_property(p)
if desc is not None:
if is_accessor_descriptor(desc) is True:
if isundefined(desc.setter):
return False
else:
return True
return desc.writable
proto = self.prototype()
if isnull_or_undefined(proto):
return self.extensible()
assert isinstance(proto, W_BasicObject)
inherited = proto.get_property(p)
if inherited is None:
return self.extensible()
if is_accessor_descriptor(inherited) is True:
if isundefined(inherited.setter):
return False
else:
return True
else:
if self.extensible() is False:
return False
else:
return inherited.writable
def split(this, args):
from js.object_space import isundefined
this.check_object_coercible()
separator = get_arg(args, 0, None)
limit = get_arg(args, 1)
string = this.to_string()
if isundefined(limit):
import math
lim = int(math.pow(2, 32) - 1)
else:
lim = limit.ToUInt32()
if lim == 0 or separator is None:
return [string]
r = separator.to_string()
if r == u'':
i = 0
splitted = []
while i < len(string):
splitted += [string[i]]
i += 1
return splitted
else:
splitted = _rsplit(string, r, lim)
return splitted
def split(this, args):
from js.object_space import isundefined
this.check_object_coercible()
separator = get_arg(args, 0, None)
limit = get_arg(args, 1)
string = this.to_string()
if isundefined(limit):
import math
lim = int(math.pow(2, 32) - 1)
else:
lim = limit.ToUInt32()
if lim == 0 or separator is None:
return [string]
r = separator.to_string()
if r == u'':
i = 0
splitted = []
while i < len(string):
splitted += [string[i]]
i += 1
return splitted
else:
splitted = _rsplit(string, r, lim)
return splitted
def Call(self, args=[], this=None, calling_context=None):
from js.object_space import _w, isnull_or_undefined, isundefined
if len(args) >= 1 and not isnull_or_undefined(args[0]):
return _w(args[0].ToNumber())
elif len(args) >= 1 and isundefined(args[0]):
return _w(NAN)
else:
return _w(0.0)
def _can_idx_put(self, idx):
from js.object_space import isundefined, isnull_or_undefined
prop = self._get_iprop(idx)
if prop is None:
desc = None
else:
desc = prop.to_property_descriptor()
#desc = self._get_own_idx_property(idx)
if desc is not None:
if is_accessor_descriptor(desc) is True:
if isundefined(desc.setter):
return Descr(False, desc, None, prop)
else:
return Descr(True, desc, None, prop)
return Descr(desc.writable, desc, None, prop)
proto = self.prototype()
if isnull_or_undefined(proto):
return Descr(self.extensible(), None, None, prop)
assert isinstance(proto, W_BasicObject)
if isinstance(proto, W__Array):
inherited = proto._get_idx_property(idx)
else:
p = unicode(str(idx))
inherited = proto.get_property(p)
if inherited is None:
return Descr(self.extensible(), None, None, prop)
if is_accessor_descriptor(inherited) is True:
if isundefined(inherited.setter):
return Descr(False, None, inherited, prop)
else:
return Descr(True, None, inherited, prop)
else:
if self.extensible() is False:
return Descr(False, None, inherited, prop)
else:
return Descr(inherited.writable, None, inherited, prop)
def sort_compare(obj, j, k, comparefn=newundefined()):
from js.object_space import isundefined
j_string = j
k_string = k
has_j = obj.has_property(j)
has_k = obj.has_property(k)
if has_j is False and has_k is False:
return 0
if has_j is False:
return 1
if has_k is False:
return -1
x = obj.get(j_string)
y = obj.get(k_string)
if isundefined(x) and isundefined(y):
return 0
if isundefined(x):
return 1
if isundefined(y):
return -1
if not isundefined(comparefn):
if not comparefn.is_callable():
from js.exception import JsTypeError
raise JsTypeError(u'')
from js.jsobj import W_BasicFunction
assert isinstance(comparefn, W_BasicFunction)
res = comparefn.Call(args=[x, y], this=newundefined())
return res.ToInteger()
x_string = x.to_string()
y_string = y.to_string()
if x_string < y_string:
return -1
if x_string > y_string:
return 1
return 0
def sort_compare(obj, j, k, comparefn=newundefined()):
from js.object_space import isundefined
j_string = j
k_string = k
has_j = obj.has_property(j)
has_k = obj.has_property(k)
if has_j is False and has_k is False:
return 0
if has_j is False:
return 1
if has_k is False:
return -1
x = obj.get(j_string)
y = obj.get(k_string)
if isundefined(x) and isundefined(y):
return 0
if isundefined(x):
return 1
if isundefined(y):
return -1
if not isundefined(comparefn):
if not comparefn.is_callable():
from js.exception import JsTypeError
raise JsTypeError(u'')
from js.jsobj import W_BasicFunction
assert isinstance(comparefn, W_BasicFunction)
res = comparefn.Call(args=[x, y], this=newundefined())
return res.ToInteger()
x_string = x.to_string()
y_string = y.to_string()
if x_string < y_string:
return -1
if x_string > y_string:
return 1
return 0
def join(this, args):
from js.object_space import isundefined
separator = get_arg(args, 0)
o = this.ToObject()
len_val = o.get(u'length')
length = len_val.ToUInt32()
if isundefined(separator):
sep = u','
else:
sep = separator.to_string()
if length == 0:
return u''
element0 = o.get(u'0')
if isnull_or_undefined(element0):
r = u''
else:
r = element0.to_string()
k = 1
while(k < length):
s = r + sep
element = o.get(unicode(str(k)))
if isnull_or_undefined(element):
_next = u''
else:
_next = element.to_string()
r = s + _next
k += 1
return r
def join(this, args):
from js.object_space import isundefined
separator = get_arg(args, 0)
o = this.ToObject()
len_val = o.get(u'length')
length = len_val.ToUInt32()
if isundefined(separator):
sep = u','
else:
sep = separator.to_string()
if length == 0:
return u''
element0 = o.get(u'0')
if isnull_or_undefined(element0):
r = u''
else:
r = element0.to_string()
k = 1
while (k < length):
s = r + sep
element = o.get(unicode(str(k)))
if isnull_or_undefined(element):
_next = u''
else:
_next = element.to_string()
r = s + _next
k += 1
return r