def __init__(self, apache, cores, sysmon):
Task.__init__(self, host=apache.host)
ResultsProvider.__init__(self, cores)
self.apache = apache
self.host = apache.host
self.sysmon = sysmon
self.__mon = self.queueSrcFile(self.host, "mon-apache")
def __init__(self, apache, cores, sysmon):
Task.__init__(self, host = apache.host)
ResultsProvider.__init__(self, cores)
self.apache = apache
self.host = apache.host
self.sysmon = sysmon
self.__mon = self.queueSrcFile(self.host, "mon-apache")
def __init__(self, host, trial, cores, srcPath, objPath, sysmon,
benchRoot, coresPerSocket, resultPath, linuxSrc, qpin,
lockStats, multiVM, record, perfBin, perfKVMRec,
perfGuestRec, kvmStat, kvmTrace):
Task.__init__(self, host = host, trial = trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.srcPath = srcPath
self.objPath = objPath
self.sysmon = sysmon
self.benchRoot = benchRoot
self.coresPerSocket = coresPerSocket
self.resultPath = resultPath
self.perfRecord = record
self.perfBin = perfBin
self.perfKVMRec = perfKVMRec
self.perfGuestRec = perfGuestRec
self.linuxSrc = linuxSrc
self.qpin = qpin
self.multiVM = multiVM
self.vmProcs = []
self.sockets = 1
self.vmcores = self.coresPerSocket
if self.cores > 1:
self.sockets = self.cores / self.coresPerSocket
else:
self.vmcores = 1
self.threads = 1
self.lockStats = LockStats(self.host, sshPort = "5555") if \
lockStats else None # only one VM is being considered
self.kvmStat = kvmStat
self.kvmTrace = kvmTrace
def __init__(self, host, trial, cores, srcPath, objPath, sysmon, benchRoot,
coresPerSocket, resultPath, linuxSrc, qpin, lockStats,
multiVM, record, perfBin, perfKVMRec, perfGuestRec, kvmStat,
kvmTrace):
Task.__init__(self, host=host, trial=trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.srcPath = srcPath
self.objPath = objPath
self.sysmon = sysmon
self.benchRoot = benchRoot
self.coresPerSocket = coresPerSocket
self.resultPath = resultPath
self.perfRecord = record
self.perfBin = perfBin
self.perfKVMRec = perfKVMRec
self.perfGuestRec = perfGuestRec
self.linuxSrc = linuxSrc
self.qpin = qpin
self.multiVM = multiVM
self.vmProcs = []
self.sockets = 1
self.vmcores = self.coresPerSocket
if self.cores > 1:
self.sockets = self.cores / self.coresPerSocket
else:
self.vmcores = 1
self.threads = 1
self.lockStats = LockStats(self.host, sshPort = "5555") if \
lockStats else None # only one VM is being considered
self.kvmStat = kvmStat
self.kvmTrace = kvmTrace
def __init__(self, host, trial, eximPath, cores, clients, port, sysmon):
Task.__init__(self, host=host, trial=trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.trial = trial
self.eximPath = eximPath
self.clients = clients
self.port = port
self.sysmon = sysmon
def __init__(self, host, trial, cores, srcPath, objPath, sysmon):
Task.__init__(self, host=host, trial=trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.srcPath = srcPath
self.objPath = objPath
self.sysmon = sysmon
# This configuration was built by 'make defconfig'
self.__configFile = self.queueSrcFile(host, "x86_64_defconfig")
def __init__(self, host, trial, cores, srcPath, objPath, sysmon):
Task.__init__(self, host = host, trial = trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.srcPath = srcPath
self.objPath = objPath
self.sysmon = sysmon
# This configuration was built by 'make defconfig'
self.__configFile = self.queueSrcFile(host, "x86_64_defconfig")
def __init__(self, mhosts, memcached, sysmon):
Task.__init__(self)
ResultsProvider.__init__(self, cores=len(memcached.ports))
self.mhosts = mhosts
self.memcached = memcached
self.sysmon = sysmon
self.__paths = dict((h, self.queueSrcFile(h, "mcload"))
for h in set(mhost.host for mhost in mhosts))
self.__runners = dict((h, self.queueSrcFile(h, "run-mcload"))
for h in set(mhost.host for mhost in mhosts))
def __init__(self, mhosts, memcached, sysmon):
Task.__init__(self)
ResultsProvider.__init__(self, cores = len(memcached.ports))
self.mhosts = mhosts
self.memcached = memcached
self.sysmon = sysmon
self.__paths = dict((h, self.queueSrcFile(h, "mcload"))
for h in set(mhost.host for mhost in mhosts))
self.__runners = dict((h, self.queueSrcFile(h, "run-mcload"))
for h in set(mhost.host for mhost in mhosts))
def __init__(self, host, trial, cores, srcPath, objPath, sysmon, stats,
perfRecord, linuxSrc, resultPath, perfBin, noCaching):
Task.__init__(self, host=host, trial=trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.srcPath = srcPath
self.objPath = objPath
self.sysmon = sysmon
self.stats = stats
self.perfRecord = perfRecord
self.linuxSrc = linuxSrc
self.resultPath = resultPath
self.perfBin = perfBin
self.noCaching = noCaching
def __init__(self, host, trial, cores, metisPath, streamflow, model,
setcpus, fs, sysmon):
assert model in ["default", "hugetlb"], \
"Unknown Metis memory model %r" % model
Task.__init__(self, host=host, trial=trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.trial = trial
self.metisPath = metisPath
self.streamflow = streamflow
self.model = model
self.setcpus = setcpus
self.fs = fs
self.sysmon = sysmon
def __init__(self, host, trial, cores, metisPath, streamflow, model,
setcpus, fs, sysmon):
assert model in ["default", "hugetlb"], \
"Unknown Metis memory model %r" % model
Task.__init__(self, host = host, trial = trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.trial = trial
self.metisPath = metisPath
self.streamflow = streamflow
self.model = model
self.setcpus = setcpus
self.fs = fs
self.sysmon = sysmon
def __init__(self, host, trial, cores, srcPath, objPath,
sysmon, stats, perfRecord, linuxSrc, resultPath,
perfBin, noCaching):
Task.__init__(self, host = host, trial = trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.srcPath = srcPath
self.objPath = objPath
self.sysmon = sysmon
self.stats = stats
self.perfRecord = perfRecord
self.linuxSrc = linuxSrc
self.resultPath = resultPath
self.perfBin = perfBin
self.noCaching = noCaching
def __init__(self, host, trial, pg, cores, clients, rows, partitions,
batchSize, randomWritePct, sysmon):
Task.__init__(self, host = host, trial = trial)
ResultsProvider.__init__(self, cores)
# XXX Use this elsewhere
self.setInfoAttrs(PostgresLoad, locals())
self.pg = pg
self.sysmon = sysmon
self.__dbname = "pg%d-%d" % (self.rows, self.partitions)
self.__pgload = self.queueSrcFile(host, "pgload")
self.queueSrcFile(host, "libload")
if trial != 0:
# Only start one PostgresLoad object per data point
self.start = None
def __init__(self, host, trial, psearchyPath, filesPath, dbPath, cores,
mode, order, mem, dblim, setcpus, sysmon):
assert mode in [PsearchyLoad.MODE_THREAD, PsearchyLoad.MODE_PROCESS], \
"Invalid mode %s" % mode
assert order in [PsearchyLoad.ORDER_SEQ, PsearchyLoad.ORDER_RR], \
"Invalid order %s" % order
Task.__init__(self, host = host, trial = trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.trial = trial
self.psearchyPath = psearchyPath
self.filesPath = filesPath
self.dbPath = dbPath
self.mode = mode
self.order = order
self.mem = mem
self.dblim = dblim
self.setcpus = setcpus
self.sysmon = sysmon
def __init__(self, host, trial, psearchyPath, filesPath, dbPath, cores,
mode, order, mem, dblim, setcpus, sysmon):
assert mode in [PsearchyLoad.MODE_THREAD, PsearchyLoad.MODE_PROCESS], \
"Invalid mode %s" % mode
assert order in [PsearchyLoad.ORDER_SEQ, PsearchyLoad.ORDER_RR], \
"Invalid order %s" % order
Task.__init__(self, host=host, trial=trial)
ResultsProvider.__init__(self, cores)
self.host = host
self.trial = trial
self.psearchyPath = psearchyPath
self.filesPath = filesPath
self.dbPath = dbPath
self.mode = mode
self.order = order
self.mem = mem
self.dblim = dblim
self.setcpus = setcpus
self.sysmon = sysmon
