def __init__(self,
threadLock,
shared_data,
domuid,
rtxen_or_credit,
timeslice_us,
min_heart_rate,
max_heart_rate,
keys=['test'],
base_path='/local/domain'):
threading.Thread.__init__(self)
self.domuid = (domuid)
self.other_domuid = args["RTdomUs_Dummy"]
if self.domuid == args["CreditdomUs"]:
self.other_domuid = args["CreditdomUs_Dummy"]
self.stride = int(10 / int(domuid))
self.keys = keys
self.base_path = base_path
self.threadLock = threadLock
self.shared_data = shared_data
self.algo = args["algo"]
# if self.domuid==monitoring_domU[1]:
# self.algo = 0
self.rtxen_or_credit = rtxen_or_credit # 1 is rtds, 0 is credit
self.target_reached_cnt = 0
self.min_heart_rate = min_heart_rate
self.max_heart_rate = max_heart_rate
self.timeslice_us = timeslice_us
self.mid = (min_heart_rate + max_heart_rate) / 2
self.pid = apid.AdapPID(self.mid, 1, min_heart_rate, max_heart_rate)
def __init__(self,
threadLock,
shared_data,
domuid,
rtxen_or_credit,
timeslice_us,
min_heart_rate,
max_heart_rate,
keys=['test'],
base_path='/local/domain'):
threading.Thread.__init__(self)
self.domuid = (domuid)
self.other_domuid = monitoring_domU[0]
if self.domuid == monitoring_domU[0]:
self.other_domuid = monitoring_domU[1]
self.stride = int(10 / int(domuid))
self.keys = keys
self.base_path = base_path
self.threadLock = threadLock
self.shared_data = shared_data
self.algo = args["algo"]
if self.domuid == monitoring_domU[1]:
self.algo = 4
self.rtxen_or_credit = rtxen_or_credit # 1 is rtds, 0 is credit
self.target_reached_cnt = 0
self.min_heart_rate = min_heart_rate
self.max_heart_rate = max_heart_rate
self.timeslice_us = timeslice_us
self.mid = (min_heart_rate + max_heart_rate) / 2
self.pid = apid.AdapPID(self.mid, 1, min_heart_rate, max_heart_rate)
self.allocMod = res_alloc.ResourceAllocation(
args["static_alloc"], timeslice_us, min_heart_rate, max_heart_rate,
self.algo, self.domuid, self.other_domuid, self.shared_data,
rtxen_or_credit)
def __init__(self,
threadLock,
shared_data,
domuid,
xen_sched,
timeslice_us,
min_heart_rate,
max_heart_rate,
keys=['test'],
base_path='/local/domain'):
threading.Thread.__init__(self)
self.domuid = (domuid)
self.other_domuid = monitoring_domU[0]
if self.domuid == monitoring_domU[0]:
self.other_domuid = monitoring_domU[1]
self.stride = int(10 / int(domuid))
self.keys = keys
self.base_path = base_path
self.threadLock = threadLock
self.shared_data = shared_data
self.algo = 4
if self.domuid == monitoring_domU[1]:
self.algo = 0
self.xen_sched = xen_sched # 1 is rtds, 0 is credit
self.target_reached_cnt = 0
self.min_heart_rate = min_heart_rate
self.max_heart_rate = max_heart_rate
self.timeslice_us = timeslice_us
self.mid = (min_heart_rate + max_heart_rate) / 2
self.pid = apid.AdapPID(self.mid, 1, min_heart_rate, max_heart_rate)
def __init__(self,static_alloc, timeslice_us,min_heart_rate,max_heart_rate,algo,domuid,other_domuid,shared_data,rtxen_or_credit): self.static_alloc = static_alloc self.timeslice_us = timeslice_us self.mid_heart_rate=(min_heart_rate+max_heart_rate)/2 self.min_heart_rate=min_heart_rate self.max_heart_rate=max_heart_rate self.pid = apid.AdapPID(self.mid_heart_rate,1,min_heart_rate,max_heart_rate) self.algo = algo self.target_reached_cnt = 0 self.step_size = int(timeslice_us * 0.01) self.shared_data = shared_data self.domuid = domuid self.other_domuid = other_domuid self.rtxen_or_credit = rtxen_or_credit