def run(self):
asninteger = asn_ints.AsnInt(self.nm)
asnbuf = asn_buffer.AsnBuf()
self.assertTrue(asninteger.BEnc(asnbuf) == self.ln)
byteCodes = asnbuf.Buffer()
self.assertTrue(len(byteCodes) == len(self.bc))
for x in range(len(byteCodes)):
self.assertTrue(self.bc[x] == byteCodes[x])
return True
def test_operations_default(self):
asninteger = asn_ints.AsnInt(1)
self.assertTrue(asninteger == 1)
self.assertTrue(asninteger > 0)
self.assertTrue(asninteger < 2)
asninteger += 1
self.assertTrue(asninteger == 2)
self.assertTrue((asninteger * 1) == 2)
self.assertTrue((asninteger - 1) == 1)
def run(self):
cnstraint_good = asn_ints.IntegerConstraint(self.nm-1, self.nm+1)
asninteger = asn_ints.AsnInt(self.nm)
asninteger.addConstraint(cnstraint_good)
buf = asn_buffer.AsnBuf()
self.assertTrue(asninteger.BEnc(buf) != 0)
cnstraint_bad = asn_ints.IntegerConstraint(self.nm+1, self.nm+2)
asninteger.addConstraint(cnstraint_bad)
with self.assertRaises(ValueError):
asninteger.BEnc(buf)
return True
def run(self):
asnbuf = asn_buffer.AsnBuf(self.bc)
asninteger = asn_ints.AsnInt()
self.assertTrue(asninteger.BDec(asnbuf, 0) == self.ln)
self.assertTrue(self.nm == int(asninteger))
return True