def test_llinterp_complete():
for opname, llop in LL_OPERATIONS.items():
if llop.canrun:
continue
assert opname in LL_INTERP_OPERATIONS
def test_canfold_opimpl_complete():
for opname, llop in LL_OPERATIONS.items():
assert opname == llop.opname
if llop.canfold:
func = opimpl.get_op_impl(opname)
assert callable(func)
def test_llinterp_complete():
for opname, llop in LL_OPERATIONS.items():
if llop.canrun:
continue
assert opname in LL_INTERP_OPERATIONS
return 'RPY_REVDB_CALL_VOID(%s);' % (call_code,)
return 'RPY_REVDB_CALL(%s, %s, %s);' % (call_code, cdecl(tp, '_e'),
expr_result)
def record_malloc_uid(expr):
return ' RPY_REVDB_REC_UID(%s);' % (expr,)
def boehm_register_finalizer(funcgen, op):
return 'rpy_reverse_db_register_destructor(%s, %s);' % (
funcgen.expr(op.args[0]), funcgen.expr(op.args[1]))
def cast_gcptr_to_int(funcgen, op):
return '%s = RPY_REVDB_CAST_PTR_TO_INT(%s);' % (
funcgen.expr(op.result), funcgen.expr(op.args[0]))
set_revdb_protected = set(opname for opname, opdesc in LL_OPERATIONS.items()
if opdesc.revdb_protect)
def prepare_database(db):
FUNCPTR = lltype.Ptr(lltype.FuncType([revdb._CMDPTR, lltype.Ptr(rstr.STR)],
lltype.Void))
ALLOCFUNCPTR = lltype.Ptr(lltype.FuncType([rffi.LONGLONG, llmemory.GCREF],
lltype.Void))
bk = db.translator.annotator.bookkeeper
cmds = getattr(db.translator, 'revdb_commands', {})
numcmds = [(num, func) for (num, func) in cmds.items()
if isinstance(num, int)]
S = lltype.Struct('RPY_REVDB_COMMANDS',
def test_canfold_opimpl_complete():
for opname, llop in LL_OPERATIONS.items():
assert opname == llop.opname
if llop.canfold:
func = opimpl.get_op_impl(opname)
assert callable(func)
