if(RxStart!=RxStop)
{
 while((RxStop>=RxStart)&&(RxStop-RxStart>=X+4))
 {
  if(RxBuff[RxStart & 0xFF]==0xAA && RxBuff[(RxStart+X) & 0xFF]==0xCC &&
  RxBuff[(RxStart+X+1) & 0xFF]==0x33  &&  RxBuff[(RxStart+X+2) & 0xFF]==0xC3
  && RxBuff[(RxStart+X+3) & 0xFF]==0x3C)
  {
   if(CheckSum==OK)
   {
    switch(RxBuff[RxStart+1 & 0xFF])
    {

    }
   }
  }
 }
}

publish("someTopic","someMessage")

publish_f32("foo",1.23e-4)
publish_u32("bar",56789)

// Add an indexing meaning to the topic
publish("foo:1",45) // foo with index = 1
publish("foo:2",56) // foo with index = 2

// Add a grouping meaning to the topic
publish("bar/foo",67) // foo is under group 'bar'

// Combine
publish("bar/foo:45",54)

// your device's uart library function signatures (usually you already have them)
int32_t read(void * buf, uint32_t sizeToRead);
int32_t readable();
int32_t write(void * buf, uint32_t sizeToWrite);
int32_t writeable();

// At the beginning of main function, this is the ONLY code you have to add to support a new device with telemetry
TM_transport transport;
transport.read = read;
transport.write = write;
transport.readable = readable;
transport.writeable = writeable;

// Init telemetry with the transport structure
init_telemetry(&transport);

// and you're good to start publishing
publish_i32("foobar",...

import runner
import pytelemetry.pytelemetry as tm
import pytelemetry.transports.serialtransport as transports
import time

transport = transports.SerialTransport()
telemetry = tm.pytelemetry(transport)
app = runner.Runner(transport,telemetry)

def printer(topic, data):
    print(topic," : ", data)

options = dict()
options['port'] = "COM20"
options['baudrate'] = 9600

app.connect(options)

telemetry.subscribe(None, printer)
telemetry.publish('bar',1354,'int32')
time.sleep(3)

app.terminate()

pytlm