def __init__(
self,
reactor,
tossim=None,
time_control=None,
):
print "modwatch initiated"
#if tossim is not None:
# print "load watch with tossim: ",tossim
self.tossim = tossim or reactor.service.resolve("Tossim")
#print "self.tossim.getNode(0).getVariable()", self.tossim.getNode(0).getVariable()
#self.tossim = T5
self.time_control = time_control or reactor.service.resolve(
"TimeControl")
#self.probe_loader = probe_loader
self.watcher = Watcher()
def __init__(self, reactor, tossim=None,time_control=None,):
print "modwatch initiated"
#if tossim is not None:
# print "load watch with tossim: ",tossim
self.tossim = tossim or reactor.service.resolve("Tossim")
#print "self.tossim.getNode(0).getVariable()", self.tossim.getNode(0).getVariable()
#self.tossim = T5
self.time_control = time_control or reactor.service.resolve("TimeControl")
#self.probe_loader = probe_loader
self.watcher = Watcher()
class ModWatch(object):
"""
Watch Binding.
"""
log = logging.getLogger(__name__)
def __init__(
self,
reactor,
tossim=None,
time_control=None,
):
print "modwatch initiated"
#if tossim is not None:
# print "load watch with tossim: ",tossim
self.tossim = tossim or reactor.service.resolve("Tossim")
#print "self.tossim.getNode(0).getVariable()", self.tossim.getNode(0).getVariable()
#self.tossim = T5
self.time_control = time_control or reactor.service.resolve(
"TimeControl")
#self.probe_loader = probe_loader
self.watcher = Watcher()
def handler(self):
def sendWatchMsg(var):
watch = ReactWatch.Msg()
watch.set_var_id(var.id)
watch.set_value(str(current))
from simx.act.context import R
R.reply(watch)
def handle_delta(matched, var):
sendWatchMsg(var)
if matched:
RR.debug("WATCH TRIGGERED %s: val=%s)" %
(var.expr_str, str(var.last)))
TimeControl.stop()
delta = self.watcher.generate_delta()
for i in delta:
print "i: ", i
handle_delta(*i)
def replyWatch(self, var):
"""
Send the variable binding information in a reply.
"""
resp = ReactBindWatch.Msg()
resp.set_node(var.node_id)
resp.set_var_id(var.id)
resp.set_var_type(0)
resp.set_varname(var.name)
resp.set_watchexpr(var.expr_str)
from simx.act.context import R
R.reply(resp)
def ADD(self, node_ids, varname, expr_str=""):
"""
nodes - iterable of node ids
varname - name of variable, string
"""
for node_id in node_ids:
#SINGLE_ADD(node_id, varname, expr_str=expr_str)
SINGLE_A(node_id, varname, expr_str=expr_str)
def SINGLE_ADD(self, node_id, varname, expr_str=""):
#node = self.tossim[node_id]
node = self.tossim.getNode(node_id)
self.log.debug("Adding variable '%s' on mote %d" % (varname, node_id))
if not node:
self.log.debug("NO NODE WITH ID: %d" % node_id)
return
try:
var = self.watcher.bind(node, varname, expr_str)
if not var:
raise BindingFailed("Failed to bind")
except Exception, e:
self.log.debug("BIND FAILED (%d:%s): %s" %
(node_id, varname, e.message))
else:
class ModWatch(object):
"""
Watch Binding.
"""
log = logging.getLogger(__name__)
def __init__(self, reactor, tossim=None,time_control=None,):
print "modwatch initiated"
#if tossim is not None:
# print "load watch with tossim: ",tossim
self.tossim = tossim or reactor.service.resolve("Tossim")
#print "self.tossim.getNode(0).getVariable()", self.tossim.getNode(0).getVariable()
#self.tossim = T5
self.time_control = time_control or reactor.service.resolve("TimeControl")
#self.probe_loader = probe_loader
self.watcher = Watcher()
def handler(self):
def sendWatchMsg(var):
watch = ReactWatch.Msg()
watch.set_var_id(var.id)
watch.set_value(str(current))
from simx.act.context import R
R.reply(watch)
def handle_delta (matched, var):
sendWatchMsg(var)
if matched:
RR.debug("WATCH TRIGGERED %s: val=%s)" %
(var.expr_str, str(var.last)))
TimeControl.stop()
delta = self.watcher.generate_delta()
for i in delta:
print "i: ",i
handle_delta(*i)
def replyWatch(self,var):
"""
Send the variable binding information in a reply.
"""
resp = ReactBindWatch.Msg()
resp.set_node(var.node_id)
resp.set_var_id(var.id)
resp.set_var_type(0)
resp.set_varname(var.name)
resp.set_watchexpr(var.expr_str)
from simx.act.context import R
R.reply(resp)
def ADD(self,node_ids, varname, expr_str=""):
"""
nodes - iterable of node ids
varname - name of variable, string
"""
for node_id in node_ids:
#SINGLE_ADD(node_id, varname, expr_str=expr_str)
SINGLE_A(node_id, varname, expr_str=expr_str)
def SINGLE_ADD(self,node_id, varname, expr_str=""):
#node = self.tossim[node_id]
node = self.tossim.getNode(node_id)
self.log.debug("Adding variable '%s' on mote %d" % (varname, node_id))
if not node:
self.log.debug("NO NODE WITH ID: %d" % node_id)
return
try:
var = self.watcher.bind(node, varname, expr_str)
if not var:
raise BindingFailed("Failed to bind")
except Exception, e:
self.log.debug("BIND FAILED (%d:%s): %s" %
(node_id, varname, e.message))
else:
