nse_simulator Namespace Reference

Classes
class	StellariumServer

Functions
def	broadcast (sport=2000, dport=55555, host='255.255.255.255', seconds_to_sleep=5)
def	timer (seconds_to_sleep=1, telescope=None)
def	handle_port2000 (reader, writer)
def	to_be (n, size)
def	from_be (b)
def	to_le (n, size)
def	from_le (b)
def	handle_stellarium_cmd (tel, d)
def	make_stellarium_status (tel, obs)
def	report_scope_pos (sleep=0.1, scope=None, obs=None)
def	main (stdscr)

Variables
	telescope = None
list	connections = []

Function Documentation

broadcast()

def nse_simulator.broadcast	(		sport = 2000,
			dport = 55555,
			host = '255.255.255.255',
			seconds_to_sleep = 5
	)

from_be()

def nse_simulator.from_be

(

b

)

from_le()

def nse_simulator.from_le

(

b

)

handle_port2000()

def nse_simulator.handle_port2000	(		reader,
			writer
	)

This function handles initial communication with the WiFly module and
delegates the real job of simulating the scope to the NexStarScope class.
It also handles all the dirty details of actual communication.

handle_stellarium_cmd()

def nse_simulator.handle_stellarium_cmd	(		tel,
			d
	)

main()

def nse_simulator.main

(

stdscr

)

make_stellarium_status()

def nse_simulator.make_stellarium_status	(		tel,
			obs
	)

report_scope_pos()

def nse_simulator.report_scope_pos	(		sleep = 0.1,
			scope = None,
			obs = None
	)

timer()

def nse_simulator.timer	(		seconds_to_sleep = 1,
			telescope = None
	)

to_be()

def nse_simulator.to_be	(		n,
			size
	)

to_le()

def nse_simulator.to_le	(		n,
			size
	)

Variable Documentation

connections

list nse_simulator.connections = []

telescope

nse_simulator.telescope = None