def fire(self):
"""Fire the timer."""
assert self.isReady()
self._next = simtime.now() + self._cur_delay
self._cur_delay *= self._multiplier
self.fireAction()
def fire(self):
"""Fire the timer."""
assert self.isReady()
self._next = simtime.now() + self._cur_delay
self._cur_delay *= self._multiplier
self.fireAction()
def __init__(self, node):
# tornet.Node instance
self._node = node
# True iff we have marked this node as down.
self._markedDown = False
# True iff we have marked this node as up.
self._markedUp = False
# True iff we've attempted to connect to this node.
self._tried = False
# When did we add it (simulated)?
self._addedAt = simtime.now()
# True iff the node is listed as a guard in the most recent consensus
self._listed = True
def __init__(self, node):
# tornet.Node instance
self._node = node
# True iff we have marked this node as down.
self._markedDown = False
# True iff we have marked this node as up.
self._markedUp = False
# True iff we've attempted to connect to this node.
self._tried = False
# When did we add it (simulated)?
self._addedAt = simtime.now()
# True iff the node is listed as a guard in the most recent consensus
self._listed = True
def isReady(self):
"""Return true iff the timer is ready to fire now."""
if self._paused:
return False
return self._next <= simtime.now()
def addedWithin(self, nSec):
"""Return ``True`` iff this guard was added within the last **nSec**
simulated seconds.
"""
return self._addedAt + nSec >= simtime.now()
def isReady(self):
"""Return true iff the timer is ready to fire now."""
if self._paused:
return False
return self._next <= simtime.now()
def addedWithin(self, nSec):
"""Return ``True`` iff this guard was added within the last **nSec**
simulated seconds.
"""
return self._addedAt + nSec >= simtime.now()
def isReady(self):
"""Return true iff the timer is ready to fire now."""
return self._next <= simtime.now()
def addedWithin(self, nSec):
"""Return true iff this guard was added within the last 'nSec'
simulated seconds."""
return self._addedAt + nSec >= simtime.now()