def testDecoderBase(self):
# Allocate message, write reference payload
msg = Message()
msg.init(MSGID)
msg.buf.skip(12)
msg.buf.write(PAYLOAD)
msg.finish()
# Allocate and init decoder
dec = Decoder()
dec.init(msg)
# Read
try:
i8 = dec.readI8()
u8 = dec.readU8()
i16 = dec.readI16()
u16 = dec.readU16()
i32 = dec.readI32()
u32 = dec.readU32()
i64 = dec.readI64()
u64 = dec.readU64()
sval = dec.readStr()
buf = dec.readBuf()
f32 = dec.readF32()
f64 = dec.readF64()
# Check
self.assertEqual(VAL_I8, i8)
self.assertEqual(VAL_U8, u8)
self.assertEqual(VAL_I16, i16)
self.assertEqual(VAL_U16, u16)
self.assertEqual(VAL_I32, i32)
self.assertEqual(VAL_U32, u32)
self.assertEqual(VAL_I64, i64)
self.assertEqual(VAL_U64, u64)
self.assertEqual(VAL_STR, sval)
self.assertEqual(len(VAL_BUF), len(buf))
self.assertEqual(VAL_BUF, buf)
self.assertEqual(VAL_F32, f32)
self.assertEqual(VAL_F64, f64)
except DecodeException as ex:
self.fail(ex.message)
# Clear
dec.clear()
msg.clear()
def testDecoderBase(self):
# Allocate message, write reference payload
msg = Message()
msg.init(MSGID)
msg.buf.skip(12)
msg.buf.write(PAYLOAD)
msg.finish()
# Allocate and init decoder
dec = Decoder()
dec.init(msg)
# Read
try:
i8 = dec.readI8()
u8 = dec.readU8()
i16 = dec.readI16()
u16 = dec.readU16()
i32 = dec.readI32()
u32 = dec.readU32()
i64 = dec.readI64()
u64 = dec.readU64()
sval = dec.readStr()
buf = dec.readBuf()
f32 = dec.readF32()
f64 = dec.readF64()
# Check
self.assertEqual(VAL_I8, i8)
self.assertEqual(VAL_U8, u8)
self.assertEqual(VAL_I16, i16)
self.assertEqual(VAL_U16, u16)
self.assertEqual(VAL_I32, i32)
self.assertEqual(VAL_U32, u32)
self.assertEqual(VAL_I64, i64)
self.assertEqual(VAL_U64, u64)
self.assertEqual(VAL_STR, sval)
self.assertEqual(len(VAL_BUF), len(buf))
self.assertEqual(VAL_BUF, buf)
self.assertEqual(VAL_F32, f32)
self.assertEqual(VAL_F64, f64)
except DecodeException as ex:
self.fail(ex.message)
# Clear
dec.clear()
msg.clear()
def testEncoderBase(self):
# Allocate message */
msg = Message()
msg.init(MSGID)
# Allocate and init encoder
enc = Encoder()
enc.init(msg)
# Write
try:
enc.writeI8(VAL_I8)
enc.writeU8(VAL_U8)
enc.writeI16(VAL_I16)
enc.writeU16(VAL_U16)
enc.writeI32(VAL_I32)
enc.writeU32(VAL_U32)
enc.writeI64(VAL_I64)
enc.writeU64(VAL_U64)
enc.writeStr(VAL_STR)
enc.writeBuf(VAL_BUF)
enc.writeF32(VAL_F32)
enc.writeF64(VAL_F64)
except EncodeException as ex:
self.fail(ex.message)
msg.finish()
# Buffer check
data = msg.buf.getData()
header = data[:12]
payload = data[12:]
self.assertEqual(len(HEADER), len(header))
self.assertEqual(len(PAYLOAD), len(payload))
self.assertEqual(HEADER, header)
self.assertEqual(PAYLOAD, payload)
# Clear
enc.clear()
msg.clear()
def testEncoderBase(self):
# Allocate message */
msg = Message()
msg.init(MSGID)
# Allocate and init encoder
enc = Encoder()
enc.init(msg)
# Write
try:
enc.writeI8(VAL_I8)
enc.writeU8(VAL_U8)
enc.writeI16(VAL_I16)
enc.writeU16(VAL_U16)
enc.writeI32(VAL_I32)
enc.writeU32(VAL_U32)
enc.writeI64(VAL_I64)
enc.writeU64(VAL_U64)
enc.writeStr(VAL_STR)
enc.writeBuf(VAL_BUF)
enc.writeF32(VAL_F32)
enc.writeF64(VAL_F64)
except EncodeException as ex:
self.fail(ex.message)
msg.finish()
# Buffer check
data = msg.buf.getData()
header = data[:12]
payload = data[12:]
self.assertEqual(len(HEADER), len(header))
self.assertEqual(len(PAYLOAD), len(payload))
self.assertEqual(HEADER, header)
self.assertEqual(PAYLOAD, payload)
# Clear
enc.clear()
msg.clear()