def __make_dispentry(self, finder, interface, mthname, idlflags, argspec,
invkind):
# We build a _dispmap_ entry now that maps invkind and
# dispid to implementations that the finder finds;
# IDispatch_Invoke will later call it.
paramflags = [((_encode_idl(x[0]), x[1]) + tuple(x[3:]))
for x in argspec]
# XXX can the dispid be at a different index? Check codegenerator.
dispid = idlflags[0]
impl = finder.get_impl(interface, mthname, paramflags, idlflags)
self._dispimpl_[(dispid, invkind)] = impl
# invkind is really a set of flags; we allow both
# DISPATCH_METHOD and DISPATCH_PROPERTYGET (win32com uses
# this, maybe other languages too?)
if invkind in (1, 2):
self._dispimpl_[(dispid, 3)] = impl
def __make_dispentry(self,
finder, interface, mthname,
idlflags, argspec, invkind):
# We build a _dispmap_ entry now that maps invkind and
# dispid to implementations that the finder finds;
# IDispatch_Invoke will later call it.
paramflags = [((_encode_idl(x[0]), x[1]) + tuple(x[3:])) for x in argspec]
dispid = idlflags[0] # XXX can the dispid be at a different index? Check codegenerator.
impl = finder.get_impl(interface, mthname, paramflags, idlflags)
self._dispimpl_[(dispid, invkind)] = impl
# invkind is really a set of flags; we allow both
# DISPATCH_METHOD and DISPATCH_PROPERTYGET (win32com uses
# this, maybe other languages too?)
if invkind in (1, 2):
self._dispimpl_[(dispid, 3)] = impl
