def test_value_obj(self):
data = uter.char(5)
data_char = uter.char(data)
data = uter.uchar(5)
data_uchar = uter.uchar(data)
data = uter.short(5)
data_short = uter.short(data)
data = uter.ushort(5)
data_ushort = uter.ushort(data)
data = uter.int(5)
data_int = uter.int(data)
data = uter.uint(5)
data_uint = uter.uint(data)
data = uter.long(5)
data_long = uter.long(data)
data = uter.ulong(5)
data_ulong = uter.ulong(data)
data = uter.longlong(5)
data_longlong = uter.longlong(data)
data = uter.ulonglong(5)
data_ulonglong = uter.ulonglong(data)
self.assertEqual(True, data_char._GetValue() == 5, "")
self.assertEqual(True, data_uchar._GetValue() == 5, "")
self.assertEqual(True, data_short._GetValue() == 5, "")
self.assertEqual(True, data_ushort._GetValue() == 5, "")
self.assertEqual(True, data_int._GetValue() == 5, "")
self.assertEqual(True, data_uint._GetValue() == 5, "")
self.assertEqual(True, data_long._GetValue() == 5, "")
self.assertEqual(True, data_ulong._GetValue() == 5, "")
self.assertEqual(True, data_longlong._GetValue() == 5, "")
self.assertEqual(True, data_ulonglong._GetValue() == 5, "")
def test_stub_2(self):
fun = uter.export.function("fun_do_something_1")
stub = uter.export.function("fun_call_by_other")
stub._Stub(self.stub_2)
result = fun._Call(uter.int(1), uter.int(1))
stub._Stub(None)
self.assertEqual(True, result._GetValue() == 0, "")
def test_elseif(self):
fun_obj = uter.export.function("fun_coverage_if_elseif")
int_obj = uter.int(1)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 8, "")
covinfo = fun_obj._Coverage._Count()
self.assertEqual(True, covinfo["covs"] != covinfo["sum"], "")
int_obj = uter.int(2)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 9, "")
int_obj = uter.int(3)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 10, "")
int_obj = uter.int(4)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 11, "")
int_obj = uter.int(5)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 12, "")
def test_new_def_type_obj_val(self):
datatype_1 = uter.struct((uter.char, "a"), (uter.int, "b"))
dataobj_1 = datatype_1(uter.char(8), uter.int(9))
print dataobj_1
self.assertEqual(True, dataobj_1.a._GetValue() == 8, "")
self.assertEqual(True, dataobj_1.b._GetValue() == 9, "")
datatype_2 = uter.struct((uter.char, "a"), (uter.short, "b"),
(uter.int, "c"))
dataobj_2 = datatype_2(uter.char(10), uter.short(11), uter.int(12))
print dataobj_2
self.assertEqual(True, dataobj_2.a._GetValue() == 10, "")
self.assertEqual(True, dataobj_2.b._GetValue() == 11, "")
self.assertEqual(True, dataobj_2.c._GetValue() == 12, "")
datatype_3 = uter.struct((uter.char, "a"), (uter.char, "b"))
dataobj_3 = datatype_3(uter.char(13), uter.char(14))
print dataobj_3
self.assertEqual(True, dataobj_3.a._GetValue() == 13, "")
self.assertEqual(True, dataobj_3.b._GetValue() == 14, "")
datatype_4 = uter.struct((uter.int, "a"), (uter.char, "b"),
(uter.char, "c"), (uter.char, "d"))
dataobj_4 = datatype_4(uter.int(15), uter.char(16), uter.char(17),
uter.char(18))
print dataobj_4
self.assertEqual(True, dataobj_4.a._GetValue() == 15, "")
self.assertEqual(True, dataobj_4.b._GetValue() == 16, "")
self.assertEqual(True, dataobj_4.c._GetValue() == 17, "")
self.assertEqual(True, dataobj_4.d._GetValue() == 18, "")
def test_base_call(self):
fun = uter.export.function("fun_0_in_so")
print fun
obj = fun._Call()
self.assertEqual(True, obj._GetValue() == 20, "")
fun = uter.export.function("fun_1_in_so")
obj = fun._Call(uter.int(5))
self.assertEqual(True, obj._GetValue() == 25, "")
fun = uter.export.function("fun_2_in_so")
obj = fun._Call(uter.int(5), uter.int(10))
self.assertEqual(True, obj._GetValue() == 35, "")
fun = uter.export.function("fun_3_in_so")
obj = fun._Call(uter.int(5), uter.int(10), uter.int(20))
self.assertEqual(True, obj._GetValue() == 55, "")
fun = uter.export.function("fun_v_in_so")
obj = fun._Call()
self.assertEqual(True, obj == uter.void, "")
fun = uter.export.function("fun_p_in_so")
obj = fun._Call(uter.dopoint(uter.int(5)), uter.dopoint(uter.int(10)))
self.assertEqual(True, obj._GetValue() == 35, "")
fun = uter.export.function("fun_pp_in_so")
obj = fun._Call(uter.dopoint(uter.dopoint(uter.int(5))), uter.dopoint(uter.dopoint(uter.int(10))))
self.assertEqual(True, obj._GetValue() == 35, "")
fun = uter.export.function("fun_a_int_so")
x = uter.array(uter.int, 1)()
x[0]._SetValue(5)
y = uter.array(uter.int, 1)()
y[0]._SetValue(10)
obj = fun._Call(x, y)
self.assertEqual(True, obj._GetValue() == 35, "")
fun = uter.export.function("fun_aa_int_so")
fun = uter.export.function("fun_st_in_so")
sttype = uter.export.struct("st_arg")
stobj = sttype()
stobj.x._SetValue(5)
stobj.y._SetValue(10)
obj = fun._Call(stobj)
self.assertEqual(True, obj._GetValue() == 35, "")
fun = uter.export.function("fun_stp_in_so")
sttype = uter.export.struct("st_arg")
stobj = sttype()
stobj.x._SetValue(5)
stobj.y._SetValue(10)
obj = fun._Call(uter.dopoint(stobj))
self.assertEqual(True, obj._GetValue() == 35, "")
def test_eq(self):
fun_obj = uter.export.function("fun_coverage_if_eq")
int_obj = uter.int(5)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 8, "")
covinfo = fun_obj._Coverage._Count()
self.assertEqual(True, covinfo["covs"] != covinfo["sum"], "")
int_obj = uter.int(6)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 18, "")
def test_dowhile(self):
fun_obj = uter.export.function("fun_coverage_dowhile")
int_obj = uter.int(0)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 2, "")
covinfo = fun_obj._Coverage._Count()
self.assertEqual(True, covinfo["covs"] == covinfo["sum"], "")
int_obj = uter.int(2)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 4, "")
def test_new_02(self):
datatype = uter.export.struct("stinst_1_out_1")
data1 = uter.char(1)
data2 = uter.int(2)
data3 = uter.int(3)
data4 = uter.char(4)
data5 = uter.int(5)
data = datatype((data1, data2), (data3, data4), data5)
print data
self.assertEqual(True, data.m_1.m_1._GetValue() == 1, "")
self.assertEqual(True, data.m_1.m_2._GetValue() == 2, "")
self.assertEqual(True, data.m_2.m_1._GetValue() == 3, "")
self.assertEqual(True, data.m_2.m_2._GetValue() == 4, "")
self.assertEqual(True, data.m_3._GetValue() == 5, "")
def test_setnum(self):
data_char = uter.char()
data_uchar = uter.uchar()
data_short = uter.short()
data_ushort = uter.ushort()
data_int = uter.int()
data_uint = uter.uint()
data_long = uter.long()
data_ulong = uter.ulong()
data_longlong = uter.longlong()
data_ulonglong = uter.ulonglong()
data_char._SetValue(5)
data_uchar._SetValue(5)
data_short._SetValue(5)
data_ushort._SetValue(5)
data_int._SetValue(5)
data_uint._SetValue(5)
data_long._SetValue(5)
data_ulong._SetValue(5)
data_longlong._SetValue(5)
data_ulonglong._SetValue(5)
self.assertEqual(True, data_char._GetValue() == 5, "")
self.assertEqual(True, data_uchar._GetValue() == 5, "")
self.assertEqual(True, data_short._GetValue() == 5, "")
self.assertEqual(True, data_ushort._GetValue() == 5, "")
self.assertEqual(True, data_int._GetValue() == 5, "")
self.assertEqual(True, data_uint._GetValue() == 5, "")
self.assertEqual(True, data_long._GetValue() == 5, "")
self.assertEqual(True, data_ulong._GetValue() == 5, "")
self.assertEqual(True, data_longlong._GetValue() == 5, "")
self.assertEqual(True, data_ulonglong._GetValue() == 5, "")
def test_error_init_2(self):
exception_happend = False
z = uter.char(10)
try:
data = uter.int(z)
except uter.error.ArgError, e:
exception_happend = True
def test_error_init_3(self):
data = uter.int()
exception_happend = False
try:
data._SetValue("x")
except uter.error.ArgError, e:
exception_happend = True
def test_int(self):
data_obj = uter.int()
data_obj._SetValue(1)
self.assertEqual(True, data_obj._GetValue() == 1, "")
data_obj._SetValue(-(2 ** 31))
self.assertEqual(True, data_obj._GetValue() == -(2 ** 31), "")
data_obj._SetValue((2 ** 31) - 1)
self.assertEqual(True, data_obj._GetValue() == (2 ** 31) - 1, "")
data_obj._SetValue(-(2 ** 31) - 1)
self.assertEqual(True, data_obj._GetValue() == (2 ** 31) - 1, "")
data_obj._SetValue(2 ** 31)
self.assertEqual(True, data_obj._GetValue() == -(2 ** 31), "")
def test_switch_nobreak(self):
fun_obj = uter.export.function("fun_coverage_switch_nobreak")
int_obj = uter.int(1)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 2, "")
covinfo = fun_obj._Coverage._Count()
self.assertEqual(True, covinfo["covs"] != covinfo["sum"], "")
int_obj = uter.int(2)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 7, "")
int_obj = uter.int(3)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 4, "")
int_obj = uter.int(4)
ret_obj = fun_obj._Call(int_obj)
self.assertEqual(True, ret_obj._GetValue() == 100, "")
def test_new_export_type_obj_val(self):
datatype_1 = uter.export.struct("st_base_1")
dataobj_1 = datatype_1(uter.int(8))
print dataobj_1
self.assertEqual(True, dataobj_1.m_1._GetValue() == 8, "")
datatype_2 = uter.export.struct("st_base_2")
dataobj_2 = datatype_2(uter.int(9), uter.int(10))
print dataobj_2
self.assertEqual(True, dataobj_2.m_1._GetValue() == 9, "")
self.assertEqual(True, dataobj_2.m_2._GetValue() == 10, "")
datatype_3 = uter.export.struct("st_base_3")
dataobj_3 = datatype_3(uter.char(11), uter.char(12))
print dataobj_3
self.assertEqual(True, dataobj_3.m_1._GetValue() == 11, "")
self.assertEqual(True, dataobj_3.m_2._GetValue() == 12, "")
datatype_4 = uter.export.struct("st_base_4")
dataobj_4 = datatype_4(uter.char(13), uter.int(14))
print dataobj_4
self.assertEqual(True, dataobj_4.m_1._GetValue() == 13, "")
self.assertEqual(True, dataobj_4.m_2._GetValue() == 14, "")
def test_int_right(self):
data_obj = uter.int()
data_obj._SetValue(2)
data_obj._RightShift(1)
self.assertEqual(True, data_obj._GetValue() == 1, "")
data_obj._SetValue(4)
data_obj._RightShift(2)
self.assertEqual(True, data_obj._GetValue() == 1, "")
data_obj._SetValue(-(1 << 31))
data_obj._RightShift(1)
self.assertEqual(True, data_obj._GetValue() % (1 << 32) == (((-(1 << 31)) % (1 << 32)) >> 1), "")
def test_int_left(self):
data_obj = uter.int()
data_obj._SetValue(1)
data_obj._LeftShift(1)
self.assertEqual(True, data_obj._GetValue() == 2, "")
data_obj._SetValue(1)
data_obj._LeftShift(2)
self.assertEqual(True, data_obj._GetValue() == 4, "")
data_obj._SetValue((1 << 31) - 1)
data_obj._LeftShift(1)
self.assertEqual(True, data_obj._GetValue() % (1 << 32) == (((1 << 31) - 1) << 1) & ((1 << 32) - 1), "")
def test_call(self):
fun = uter.export.function("fun_do_something_1")
result = fun._Call(uter.int(-1), uter.int(1))
self.assertEqual(True, result._GetValue() == -1, "")
fun = uter.export.function("fun_do_something_1")
result = fun._Call(uter.int(1), uter.int(-1))
self.assertEqual(True, result._GetValue() == -1, "")
fun = uter.export.function("fun_do_something_1")
result = fun._Call(uter.int(1), uter.int(1))
self.assertEqual(True, result._GetValue() == 0, "")
def test_base_stub(self):
fun_stub = uter.export.function("fun_stub_in_so")
fun_call = uter.export.function("fun_call_in_so")
obj = fun_call._Call(uter.int(10), uter.int(5))
self.assertEqual(True, obj._GetValue() == 15, "")
fun_stub._Stub(self.script_stub_1)
obj = fun_call._Call(uter.int(10), uter.int(5))
self.assertEqual(True, obj._GetValue() == 5, "")
fun_stub._Stub()
obj = fun_call._Call(uter.int(10), uter.int(5))
self.assertEqual(True, obj._GetValue() == 15, "")
def test_match(self):
data_char = uter.char()
data_uchar = uter.uchar()
data_short = uter.short()
data_ushort = uter.ushort()
data_int = uter.int()
data_uint = uter.uint()
data_long = uter.long()
data_ulong = uter.ulong()
data_longlong = uter.longlong()
data_ulonglong = uter.ulonglong()
self.assertEqual(True, uter.char._MatchObj(data_char), "")
self.assertEqual(True, uter.uchar._MatchObj(data_uchar), "")
self.assertEqual(True, uter.short._MatchObj(data_short), "")
self.assertEqual(True, uter.ushort._MatchObj(data_ushort), "")
self.assertEqual(True, uter.int._MatchObj(data_int), "")
self.assertEqual(True, uter.uint._MatchObj(data_uint), "")
self.assertEqual(True, uter.long._MatchObj(data_long), "")
self.assertEqual(True, uter.ulong._MatchObj(data_ulong), "")
self.assertEqual(True, uter.longlong._MatchObj(data_longlong), "")
self.assertEqual(True, uter.ulonglong._MatchObj(data_ulonglong), "")
self.assertEqual(True, not uter.char._MatchObj(data_uchar), "")
self.assertEqual(True, not uter.uchar._MatchObj(data_char), "")
self.assertEqual(True, not uter.short._MatchObj(data_ushort), "")
self.assertEqual(True, not uter.ushort._MatchObj(data_short), "")
self.assertEqual(True, not uter.int._MatchObj(data_uint), "")
self.assertEqual(True, not uter.uint._MatchObj(data_int), "")
self.assertEqual(True, not uter.long._MatchObj(data_ulong), "")
self.assertEqual(True, not uter.ulong._MatchObj(data_long), "")
self.assertEqual(True, not uter.longlong._MatchObj(data_ulonglong), "")
self.assertEqual(True, not uter.ulonglong._MatchObj(data_longlong), "")
self.assertEqual(True, not uter.char._MatchObj(1), "")
self.assertEqual(True, not uter.uchar._MatchObj(1), "")
self.assertEqual(True, not uter.short._MatchObj(1), "")
self.assertEqual(True, not uter.ushort._MatchObj(1), "")
self.assertEqual(True, not uter.int._MatchObj(1), "")
self.assertEqual(True, not uter.uint._MatchObj(1), "")
self.assertEqual(True, not uter.long._MatchObj(1), "")
self.assertEqual(True, not uter.ulong._MatchObj(1), "")
self.assertEqual(True, not uter.longlong._MatchObj(1), "")
self.assertEqual(True, not uter.ulonglong._MatchObj(1), "")
def test_gettype(self):
data_char = uter.char()
data_uchar = uter.uchar()
data_short = uter.short()
data_ushort = uter.ushort()
data_int = uter.int()
data_uint = uter.uint()
data_long = uter.long()
data_ulong = uter.ulong()
data_longlong = uter.longlong()
data_ulonglong = uter.ulonglong()
self.assertEqual(True, data_char._GetType() == uter.char, "")
self.assertEqual(True, data_uchar._GetType() == uter.uchar, "")
self.assertEqual(True, data_short._GetType() == uter.short, "")
self.assertEqual(True, data_ushort._GetType() == uter.ushort, "")
self.assertEqual(True, data_int._GetType() == uter.int, "")
self.assertEqual(True, data_uint._GetType() == uter.uint, "")
self.assertEqual(True, data_long._GetType() == uter.long, "")
self.assertEqual(True, data_ulong._GetType() == uter.ulong, "")
self.assertEqual(True, data_longlong._GetType() == uter.longlong, "")
self.assertEqual(True, data_ulonglong._GetType() == uter.ulonglong, "")
def test_getaddress(self):
data_char = uter.char()
data_uchar = uter.uchar()
data_short = uter.short()
data_ushort = uter.ushort()
data_int = uter.int()
data_uint = uter.uint()
data_long = uter.long()
data_ulong = uter.ulong()
data_longlong = uter.longlong()
data_ulonglong = uter.ulonglong()
self.assertEqual(True, data_char._GetAddress() != 0, "")
self.assertEqual(True, data_uchar._GetAddress() != 0, "")
self.assertEqual(True, data_short._GetAddress() != 0, "")
self.assertEqual(True, data_ushort._GetAddress() != 0, "")
self.assertEqual(True, data_int._GetAddress() != 0, "")
self.assertEqual(True, data_uint._GetAddress() != 0, "")
self.assertEqual(True, data_long._GetAddress() != 0, "")
self.assertEqual(True, data_ulong._GetAddress() != 0, "")
self.assertEqual(True, data_longlong._GetAddress() != 0, "")
self.assertEqual(True, data_ulonglong._GetAddress() != 0, "")
def test_value_default(self):
data_char = uter.char()
data_uchar = uter.uchar()
data_short = uter.short()
data_ushort = uter.ushort()
data_int = uter.int()
data_uint = uter.uint()
data_long = uter.long()
data_ulong = uter.ulong()
data_longlong = uter.longlong()
data_ulonglong = uter.ulonglong()
self.assertEqual(True, data_char._GetValue() == 0, "")
self.assertEqual(True, data_uchar._GetValue() == 0, "")
self.assertEqual(True, data_short._GetValue() == 0, "")
self.assertEqual(True, data_ushort._GetValue() == 0, "")
self.assertEqual(True, data_int._GetValue() == 0, "")
self.assertEqual(True, data_uint._GetValue() == 0, "")
self.assertEqual(True, data_long._GetValue() == 0, "")
self.assertEqual(True, data_ulong._GetValue() == 0, "")
self.assertEqual(True, data_longlong._GetValue() == 0, "")
self.assertEqual(True, data_ulonglong._GetValue() == 0, "")
def test_print(self):
data = uter.char()
print data
data = uter.uchar()
print data
data = uter.short()
print data
data = uter.ushort()
print data
data = uter.int()
print data
data = uter.uint()
print data
data = uter.long()
print data
data = uter.ulong()
print data
data = uter.longlong()
print data
data = uter.ulonglong()
print data
self.assertEqual(True, True, "")
def stub_2(a, b):
return uter.int(-1)
def stub_base_1_stub():
print "--------------stub_base_1_stub running--------------"
ret = uter.int(0)
return ret
def test_error_init_1(self):
exception_happend = False
try:
data = uter.int("x")
except uter.error.ArgError, e:
exception_happend = True
def script_stub_1(x, y): return uter.int(x._GetValue() - y._GetValue())
class test_case_new(unittest.TestCase):
def test_export_type_new_def_val(self):
datatype_1 = uter.export.union("un_base_1")
datatype_2 = uter.export.union("un_base_2")
dataobj_1 = datatype_1()
dataobj_2 = datatype_2()
print dataobj_1
print dataobj_2
self.assertEqual(True, dataobj_1.m_1._GetValue() == 0, "")
self.assertEqual(True, dataobj_2.m_1._GetValue() == 0, "")
self.assertEqual(True, dataobj_2.m_2._GetValue() == 0, "")
def test_export_type_new_mem_noval(self):
datatype_1 = uter.export.union("un_base_1")
datatype_2 = uter.export.union("un_base_2")
dataobj_1 = datatype_1("m_1")
dataobj_2 = datatype_2("m_1")
print dataobj_1
print dataobj_2
self.assertEqual(True, dataobj_1.m_1._GetValue() == 0, "")
self.assertEqual(True, dataobj_2.m_1._GetValue() == 0, "")
self.assertEqual(True, dataobj_2.m_2._GetValue() == 0, "")
def test_export_type_new_mem_eval(self):
datatype_1 = uter.export.union("un_base_1")
datatype_2 = uter.export.union("un_base_2")
dataobj_1 = datatype_1("m_1", ())
dataobj_21 = datatype_2("m_1", ())
dataobj_22 = datatype_2("m_2", ())
print dataobj_1
print dataobj_21
print dataobj_22
self.assertEqual(True, dataobj_1.m_1._GetValue() == 0, "")
self.assertEqual(True, dataobj_21.m_1._GetValue() == 0, "")
self.assertEqual(True, dataobj_21.m_2._GetValue() == 0, "")
self.assertEqual(True, dataobj_22.m_1._GetValue() == 0, "")
self.assertEqual(True, dataobj_22.m_2._GetValue() == 0, "")
def test_export_type_new_mem_num(self):
datatype_1 = uter.export.union("un_base_1")
datatype_2 = uter.export.union("un_base_2")
dataobj_1 = datatype_1("m_1", (8, ))
dataobj_21 = datatype_2("m_1", (8, ))
dataobj_22 = datatype_2("m_2", (8, ))
print dataobj_1
print dataobj_21
print dataobj_22
self.assertEqual(True, dataobj_1.m_1._GetValue() == 8, "")
self.assertEqual(True, dataobj_21.m_1._GetValue() == 8, "")
self.assertEqual(True, dataobj_21.m_2._GetValue() == 8, "")
self.assertEqual(True, dataobj_22.m_1._GetValue() == 8, "")
self.assertEqual(True, dataobj_22.m_2._GetValue() == 8, "")
def test_export_type_new_mem_obj(self):
datatype_1 = uter.export.union("un_base_1")
datatype_2 = uter.export.union("un_base_2")
arg = uter.uint(9)
dataobj_1 = datatype_1("m_1", (arg, ))
dataobj_21 = datatype_2("m_1", (arg, ))
arg = uter.uchar(9)
dataobj_22 = datatype_2("m_2", (arg, ))
print dataobj_1
print dataobj_21
print dataobj_22
self.assertEqual(True, dataobj_1.m_1._GetValue() == 9, "")
self.assertEqual(True, dataobj_21.m_1._GetValue() == 9, "")
self.assertEqual(True, dataobj_21.m_2._GetValue() == 9, "")
self.assertEqual(True, dataobj_22.m_1._GetValue() == 9, "")
self.assertEqual(True, dataobj_22.m_2._GetValue() == 9, "")
def test_export_type_new_maxval(self):
datatype_2 = uter.export.union("un_base_2")
dataobj_2 = datatype_2("m_1", (2**32 - 1, ))
print dataobj_2
self.assertEqual(True, dataobj_2.m_1._GetValue() == 2**32 - 1, "")
self.assertEqual(True, dataobj_2.m_2._GetValue() == 255, "")
def test_export_type_new_wrong(self):
datatype = uter.export.union("un_base_1")
except_happen = False
try:
data = datatype("m_111111", (9, ))
except uter.error.ArgError, e:
except_happen = True
print e
self.assertEqual(True, except_happen, "")
datatype = uter.export.union("un_base_1")
except_happen = False
try:
arg = uter.int(9)
data = datatype("m_1", (arg, ))
except uter.error.ArgError, e:
except_happen = True
print e
def test_point(self):
intdata = uter.int(5)
pointdata = uter.dopoint(intdata)
print pointdata
self.assertEqual(True, pointdata._GetValue() == intdata._GetAddress(), "")
def stub_1(a, b):
return uter.int(0)
