def new_funcnode(db, T, obj, forcename=None):
from rpython.rtyper.rtyper import llinterp_backend
if db.sandbox:
if (getattr(obj, 'external', None) is not None and
not obj._safe_not_sandboxed):
from rpython.translator.sandbox import rsandbox
obj.__dict__['graph'] = rsandbox.get_sandbox_stub(
obj, db.translator.rtyper)
obj.__dict__.pop('_safe_not_sandboxed', None)
obj.__dict__.pop('external', None)
if forcename:
name = forcename
else:
name = _select_name(db, obj)
if hasattr(obj, 'graph'):
return FuncNode(db, T, obj, name)
elif getattr(obj, 'external', None) is not None:
assert obj.external == 'C'
if db.sandbox:
assert obj._safe_not_sandboxed
return ExternalFuncNode(db, T, obj, name)
elif hasattr(obj._callable, "c_name"):
return ExternalFuncNode(db, T, obj, name) # this case should only be used for entrypoints
elif db.translator.rtyper.backend is llinterp_backend:
# on llinterp, anything goes
return ExternalFuncNode(db, T, obj, name)
else:
raise ValueError("don't know how to generate code for %r" % (obj,))
def new_funcnode(db, T, obj, forcename=None):
from rpython.rtyper.rtyper import llinterp_backend
if db.sandbox:
if (getattr(obj, 'external', None) is not None and
not obj._safe_not_sandboxed):
from rpython.translator.sandbox import rsandbox
obj.__dict__['graph'] = rsandbox.get_sandbox_stub(
obj, db.translator.rtyper)
obj.__dict__.pop('_safe_not_sandboxed', None)
obj.__dict__.pop('external', None)
if forcename:
name = forcename
else:
name = _select_name(db, obj)
if hasattr(obj, 'graph'):
return FuncNode(db, T, obj, name)
elif getattr(obj, 'external', None) is not None:
assert obj.external == 'C'
if db.sandbox:
assert obj._safe_not_sandboxed
return ExternalFuncNode(db, T, obj, name)
elif hasattr(obj._callable, "c_name"):
return ExternalFuncNode(db, T, obj, name) # this case should only be used for entrypoints
elif db.translator.rtyper.backend is llinterp_backend:
# on llinterp, anything goes
return ExternalFuncNode(db, T, obj, name)
else:
raise ValueError("don't know how to generate code for %r" % (obj,))