class SendMsgApp(messages.SendMsgApp):
"""
mmeowlink adapter to decocare's SendMsgApp
"""
def customize_parser(self, parser):
parser.add_argument('--radio_type',
choices=['mmcommander', 'subg_rfspy'])
parser = super(SendMsgApp, self).customize_parser(parser)
return parser
def prelude(self, args):
self.link = link = LinkBuilder().build(args.radio_type, args.port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def postlude(self, args):
# self.link.close( )
return
class SendMsgApp (messages.SendMsgApp):
"""
mmeowlink adapter to decocare's SendMsgApp
"""
def customize_parser (self, parser):
parser.add_argument('--radio_type', dest='radio_type', default='subg_rfspy', choices=['mmcommander', 'subg_rfspy'])
parser.add_argument('--mmcommander', dest='radio_type', action='store_const', const='mmcommander')
parser.add_argument('--subg_rfspy', dest='radio_type', action='store_const', const='subg_rfspy')
parser = super(SendMsgApp, self).customize_parser(parser)
return parser
def prelude (self, args):
port = args.port
builder = LinkBuilder( )
if port == 'scan':
port = builder.scan( )
self.link = link = LinkBuilder().build(args.radio_type, port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model( )
def postlude (self, args):
# self.link.close( )
return
class SendMsgApp(messages.SendMsgApp):
"""
mmeowlink adapter to decocare's SendMsgApp
"""
def customize_parser(self, parser):
parser = super(SendMsgApp, self).customize_parser(parser)
return parser
def prelude(self, args):
port = mmcommander_scan.scan()
self.link = link = Link(port=port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def postlude(self, args):
# self.link.close( )
return
def prelude(self, args):
self.link = link = LinkBuilder().build(args.radio_type, args.port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def prelude(self, args):
port = mmcommander_scan.scan()
self.link = link = Link(port=port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
class BaseMMeowlinkApp(decocare_messages.SendMsgApp):
"""
Base class used by other apps here
"""
def configure_radio_params(self, parser):
parser.add_argument('--radio_type',
dest='radio_type',
default='subg_rfspy',
choices=['mmcommander', 'subg_rfspy'])
parser.add_argument('--mmcommander',
dest='radio_type',
action='store_const',
const='mmcommander')
parser.add_argument('--subg_rfspy',
dest='radio_type',
action='store_const',
const='subg_rfspy')
return parser
def prelude(self, args):
port = args.port
builder = LinkBuilder()
if port == 'scan':
port = builder.scan()
self.link = link = LinkBuilder().build(args.radio_type, port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
# Early return if we don't want to send any radio comms. Useful from both
# the command line and for MMTuneApp
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def postlude(self, args):
return
def prelude(self, args):
port = args.port
builder = LinkBuilder()
if port == 'scan':
port = builder.scan()
self.link = link = LinkBuilder().build(args.radio_type, port)
link.open()
self.pump = Pump(self.link, args.serial)
self.model = None
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def prelude(self, args):
port = args.port
builder = LinkBuilder()
if port == 'scan':
port = builder.scan()
self.link = link = LinkBuilder().build(args.radio_type, port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
# Early return if we don't want to send any radio comms. Useful from both
# the command line and for MMTuneApp
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def prelude (self, args):
self.link = link = LinkBuilder().build(args.radio_type, args.port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model( )
class BaseMMeowlinkApp(decocare_messages.SendMsgApp):
"""
Base class used by other apps here
"""
def configure_radio_params(self, parser):
parser.add_argument('--radio_type', dest='radio_type', default='subg_rfspy', choices=['mmcommander', 'subg_rfspy'])
parser.add_argument('--mmcommander', dest='radio_type', action='store_const', const='mmcommander')
parser.add_argument('--subg_rfspy', dest='radio_type', action='store_const', const='subg_rfspy')
return parser
def prelude (self, args):
port = args.port
builder = LinkBuilder( )
if port == 'scan':
port = builder.scan( )
self.link = link = LinkBuilder().build(args.radio_type, port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
# Early return if we don't want to send any radio comms. Useful from both
# the command line and for MMTuneApp
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def postlude(self, args):
return
def prelude (self, args):
port = args.port
builder = LinkBuilder( )
if port == 'scan':
port = builder.scan( )
self.link = link = LinkBuilder().build(args.radio_type, port)
link.open()
# get link
# drain rx buffer
self.pump = Pump(self.link, args.serial)
# Early return if we don't want to send any radio comms. Useful from both
# the command line and for MMTuneApp
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
class BolusApp (BaseMMeowlinkApp):
""" %(prog)s - Send bolus command to a pump.
XXX: Be careful please!
Units might be wrong. Keep disconnected from pump until you trust it by
observing the right amount first.
"""
def customize_parser (self, parser):
parser.add_argument('units',
type=float,
help="Amount of insulin to bolus."
)
group = parser.add_mutually_exclusive_group(required=True)
group.add_argument('--515',
dest='strokes_per_unit',
action='store_const',
const=10
)
group.add_argument('--554',
dest='strokes_per_unit',
action='store_const',
const=40
)
group.add_argument('--strokes',
dest='strokes_per_unit',
type=int
)
parser.add_argument('--radio_type', dest='radio_type', default='subg_rfspy', choices=['mmcommander', 'subg_rfspy'])
parser.add_argument('--mmcommander', dest='radio_type', action='store_const', const='mmcommander')
parser.add_argument('--subg_rfspy', dest='radio_type', action='store_const', const='subg_rfspy')
# parser = super(BolusApp, self).customize_parser(parser)
return parser
def prelude(self, args):
port = args.port
builder = LinkBuilder()
if port == 'scan':
port = builder.scan()
self.link = link = LinkBuilder().build(args.radio_type, port)
link.open()
self.pump = Pump(self.link, args.serial)
self.model = None
if args.no_rf_prelude:
return
if not args.autoinit:
if args.init:
self.pump.power_control(minutes=args.session_life)
else:
self.autoinit(args)
self.sniff_model()
def postlude(self, args):
# self.link.close( )
return
def main (self, args):
print args
self.bolus(args);
def bolus (self, args):
query = commands.Bolus
kwds = dict(params=fmt_params(args))
resp = self.exec_request(self.pump, query, args=kwds,
dryrun=args.dryrun, render_hexdump=False)
return resp
