def setUp(self):
logging.basicConfig(level=logging.INFO)
global _test_EventLoop
self.loop = new_event_loop()
assert self.loop is not _test_EventLoop
_test_EventLoop = self.loop
set_event_loop(None)
def setUp(self):
logging.basicConfig(level=logging.INFO)
global _test_EventLoop
self.loop = new_event_loop()
assert self.loop is not _test_EventLoop
_test_EventLoop = self.loop
set_event_loop(None)
def interact(role=None):
cli = CoroCLI('pre-alpha')
inject_standard_commands(cli)
loop = new_event_loop()
set_event_loop(loop)
loop.run_until_complete(cli.repl())
def main():
@coroutine
def show_config(cli, cmd, rol):
yield from cli.writeln(repr(config))
config = eval(open('lightshow.cfg').read())
if config.get('record'):
exec('from wsrec import WS2812')
print('recording')
else:
exec('from ws2812 import WS2812')
@coroutine
def fuzzle(cli, cmd, rol):
args = rol.split()
try:
n = int(args[0])
except:
n = 1
for i in range(n):
yield lightshow.fuzzle('a_flag')
@coroutine
def fuzzkill(cli, cmd, rol):
args = rol.split()
try:
n = int(args[0])
except:
n = 1
lightshow.a_flag = n
yield
@coroutine
def test(cli, cmd, rol):
yield from cli.write(b'\x1b[s\x1b[1;40H\x1b[2K')
yield from cli.write(b'Hey there!')
yield from cli.write('\x1b[u')
rr = lightshow.rr
rr.supertitle = lightshow.supertitle
#yield from rr.timer_keep_leds_current()
#rr.balls.append(Ball(ω=2.1, Fd=0.01, color=(64,0,0)))
#rr.balls.append(Ball(ω=2.08, Fd=0.01, color=(0,64,0)))
#rr.balls.append(Ball(θ=3.1, Fd=0.0025, color=(0,0,255)))
#rr.balls.append(Ball(θ=-0.733, ω=0, Fd=0.01, color=(64, 64, 64)))
#for i in range(8):
# rr.balls.append(Ball(θ=-0.733, ω=rand.uniform(0.0, -0.3), Fd=0.01, color=(8,8,8)))
leds = lightshow.percolator.leds
for i in range(7, 63, 7):
leds[i] = lightshow.percolator.stoichiometric
#leds[28].off()
#rr.balls.append(Ball(θ=-0.733, ω=rand.uniform(0.0, -0.3), Fd=0.01, color=(8,8,8)))
yield lightshow.percolator.bingo()
#print(rr.balls)
yield rr.integrate_continuously()
@coroutine
def eval_cmd(cli, cmd, rol):
d = {
'cli': cli,
'loop': (yield GetRunningLoop(None)),
'l': lightshow,
'pyb': pyb
}
try:
v = eval(rol, d)
except Exception as e:
v = e
yield from cli.writeln(repr(v))
@coroutine
def exec_cmd(cli, cmd, rol):
d = {
'cli': cli,
'loop': (yield GetRunningLoop(None)),
'l': lightshow,
'pyb': pyb
}
try:
exec(rol, d)
except Exception as e:
yield from cli.writeln(repr(e))
cli = CoroCLI(config.get('role'))
inject_standard_commands(cli)
cli.command_dispatch['conf'] = show_config
cli.command_dispatch['fuzzle'] = fuzzle
cli.command_dispatch['fuzzoff'] = fuzzkill
cli.command_dispatch['test'] = test
lightshow = Lightshow(write_fun=cli.write, config=config)
lightshow.a_flag = 0
cli.command_dispatch['perk'] = lightshow.perk
cli.command_dispatch['play'] = lightshow.play
cli.command_dispatch['stop'] = lightshow.stop
cli.command_dispatch['exec'] = exec_cmd
cli.command_dispatch['eval'] = eval_cmd
#loop = new_event_loop(64) # Pre-allocate space for 64 delayed send/call
loop = new_event_loop() # Pre-allocate space for 64 delayed send/call
set_event_loop(loop)
loop.run_until_complete(run(cli, lightshow, config))
def main():
@coroutine
def show_config(cli, cmd, rol):
yield from cli.writeln(repr(config))
config = eval(open('lightshow.cfg').read())
if config.get('record'):
exec('from wsrec import WS2812')
print('recording')
else:
exec('from ws2812 import WS2812')
@coroutine
def fuzzle(cli, cmd, rol):
args = rol.split()
try:
n = int(args[0])
except:
n = 1
for i in range(n):
yield lightshow.fuzzle('a_flag')
@coroutine
def fuzzkill(cli, cmd, rol):
args = rol.split()
try:
n = int(args[0])
except:
n = 1
lightshow.a_flag = n
yield
@coroutine
def test(cli, cmd, rol):
yield from cli.write(b'\x1b[s\x1b[1;40H\x1b[2K')
yield from cli.write(b'Hey there!')
yield from cli.write('\x1b[u')
rr = lightshow.rr
rr.supertitle = lightshow.supertitle
#yield from rr.timer_keep_leds_current()
#rr.balls.append(Ball(ω=2.1, Fd=0.01, color=(64,0,0)))
#rr.balls.append(Ball(ω=2.08, Fd=0.01, color=(0,64,0)))
#rr.balls.append(Ball(θ=3.1, Fd=0.0025, color=(0,0,255)))
#rr.balls.append(Ball(θ=-0.733, ω=0, Fd=0.01, color=(64, 64, 64)))
#for i in range(8):
# rr.balls.append(Ball(θ=-0.733, ω=rand.uniform(0.0, -0.3), Fd=0.01, color=(8,8,8)))
leds = lightshow.percolator.leds
for i in range(7, 63, 7):
leds[i] = lightshow.percolator.stoichiometric
#leds[28].off()
#rr.balls.append(Ball(θ=-0.733, ω=rand.uniform(0.0, -0.3), Fd=0.01, color=(8,8,8)))
yield lightshow.percolator.bingo()
#print(rr.balls)
yield rr.integrate_continuously()
@coroutine
def eval_cmd(cli, cmd, rol):
d = {'cli': cli,
'loop': (yield GetRunningLoop(None)),
'l': lightshow,
'pyb': pyb
}
try:
v = eval(rol, d)
except Exception as e:
v = e
yield from cli.writeln(repr(v))
@coroutine
def exec_cmd(cli, cmd, rol):
d = {'cli': cli,
'loop': (yield GetRunningLoop(None)),
'l': lightshow,
'pyb': pyb
}
try:
exec(rol, d)
except Exception as e:
yield from cli.writeln(repr(e))
cli = CoroCLI(config.get('role'))
inject_standard_commands(cli)
cli.command_dispatch['conf'] = show_config
cli.command_dispatch['fuzzle'] = fuzzle
cli.command_dispatch['fuzzoff'] = fuzzkill
cli.command_dispatch['test'] = test
lightshow = Lightshow(write_fun=cli.write, config=config)
lightshow.a_flag = 0
cli.command_dispatch['perk'] = lightshow.perk
cli.command_dispatch['play'] = lightshow.play
cli.command_dispatch['stop'] = lightshow.stop
cli.command_dispatch['exec'] = exec_cmd
cli.command_dispatch['eval'] = eval_cmd
#loop = new_event_loop(64) # Pre-allocate space for 64 delayed send/call
loop = new_event_loop() # Pre-allocate space for 64 delayed send/call
set_event_loop(loop)
loop.run_until_complete(run(cli, lightshow, config))
