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
class GmakeQemuLoad(Task, ResultsProvider, SourceFileProvider):
__info__ = ["host", "srcPath", "objPath", "*sysmonOut"]
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 __cmd(self, target, sshPort="5555"):
rlist = ["ssh", "root@localhost", "-p", sshPort,
'make -C %s O=%s -j %s %s' \
% (self.srcPath, self.objPath,
str(self.cores*2), target)]
return rlist
def wait(self, m):
logPath = self.host.getLogPath(self)
perfproc = None
guestperfproc = None
with Progress("Starting vm"):
import time
# Boot vm
# TODO: Fix the number generation for qmp and ssh port for VMs
absBenchRoot = os.path.abspath(".")
vmProc = QemuVMDeamon(self.host, absBenchRoot, "ubuntu-server.img",
self.vmcores, self.threads, self.sockets,
4444, 5555, 1)
vmProc.startVM()
self.vmProcs.append(vmProc)
# checking for oversubscribed cloud case
if self.multiVM is True:
vmProcNew = QemuVMDeamon(self.host, absBenchRoot,
"ubuntu-server-copy.img",
self.vmcores, self.threads,
self.sockets, 4445, 5556, 2)
vmProcNew.startVM()
self.vmProcs.append(vmProcNew)
print "wait for VM to come up, sleeping 46 seconds"
# Lets sleep for sometime as the VM booting takes some time
self.host.r.run(['sleep', '1'])
time.sleep(1)
if self.qpin is True:
for proc in self.vmProcs:
proc.pinVCPUs()
time.sleep(45)
with Progress("Preparing build"):
# mount tmpfs-separate
def prepare(sshPort="5555"):
self.host.r.run([
"ssh", "-p", sshPort, "root@localhost",
'sudo ./mkmounts tmpfs-separate'
])
# prefetch the directories
self.host.r.run([
"ssh", "-p", sshPort, "root@localhost",
'./prefetch -r -x "*/.git" bench/fs-bench/tmp/linux-3.18/'
])
# # Gen defconfig
self.host.r.run(self.__cmd("defconfig", sshPort))
# Build init/main.o first. This gets most of the serial
# early build stages out of th way.
self.host.r.run(self.__cmd("init/main.o", sshPort),
stdout=logPath)
prepare()
if self.multiVM is True:
prepare("5556")
# Build for real
#
# XXX If we want to eliminate the serial startup, monitor
# starting with " CHK include/generated/compile.h" or maybe
# with the first " CC" line.
#self.host.sudo.run()
self.host.sudo.run([
'mount', '-o', 'remount,mode=0755', '-t', 'debugfs', 'nodev',
'/sys/kernel/debug'
])
# get the kallsyms and kmodules of guest
proc = mparts.vmstat.StartMonitor("KVMNumbers", "data.csv")
if self.lockStats is not None:
self.lockStats.allowCollectLockStatsHost(0)
self.lockStats.cleanLockStats()
self.lockStats.allowCollectLockStatsHost(1)
if self.multiVM is True:
mparts.vmstat.StartLKC("5556", self.cores, self.srcPath,
self.objPath)
perfFile = os.path.join(os.path.abspath("."), self.resultPath,
"perf-gmakeqemu-%s.dat" % self.cores)
traceFile = os.path.join(os.path.abspath("."), self.resultPath,
"kvmtrace-gmake-%s.dat" % self.cores)
with PerfRecording(self.host, perfFile, self.perfRecord, self.perfBin,
self.perfKVMRec, self.perfGuestRec):
with KVMTrace(self.host, traceFile, self.kvmTrace):
self.host.r.run(self.sysmon.wrap(self.__cmd("vmlinux")),
stdout=logPath)
if self.lockStats is not None:
self.lockStats.dumpLockStats(
os.path.join(self.resultPath, "lock-stats-%s" % (self.cores)))
self.lockStats.allowCollectLockStatsHost(0)
mparts.vmstat.TerminateMonitor(proc)
# Get result
log = self.host.r.readFile(logPath)
self.sysmonOut = self.sysmon.parseLog(log)
self.setResults(1, "build", "builds", self.sysmonOut["time.real"])
maybeMakedirs(self.resultPath)
os.rename("data.csv", os.path.join(self.resultPath, "data.csv"))
with Progress("Stopping vm"):
for proc in self.vmProcs:
proc.stopVM()
class GmakeQemuLoad(Task, ResultsProvider, SourceFileProvider):
__info__ = ["host", "srcPath", "objPath", "*sysmonOut"]
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 __cmd(self, target, sshPort="5555"):
rlist = ["ssh", "root@localhost", "-p", sshPort,
'make -C %s O=%s -j %s %s' \
% (self.srcPath, self.objPath,
str(self.cores*2), target)]
return rlist
def wait(self, m):
logPath = self.host.getLogPath(self)
perfproc = None
guestperfproc = None
with Progress("Starting vm"):
import time
# Boot vm
# TODO: Fix the number generation for qmp and ssh port for VMs
absBenchRoot = os.path.abspath(".")
vmProc = QemuVMDeamon(self.host, absBenchRoot,
"ubuntu-server.img", self.vmcores, self.threads,
self.sockets, 4444, 5555, 1)
vmProc.startVM()
self.vmProcs.append(vmProc)
# checking for oversubscribed cloud case
if self.multiVM is True:
vmProcNew = QemuVMDeamon(self.host, absBenchRoot,
"ubuntu-server-copy.img", self.vmcores,
self.threads, self.sockets, 4445,
5556, 2)
vmProcNew.startVM()
self.vmProcs.append(vmProcNew)
print "wait for VM to come up, sleeping 46 seconds"
# Lets sleep for sometime as the VM booting takes some time
self.host.r.run(['sleep', '1'])
time.sleep(1)
if self.qpin is True:
for proc in self.vmProcs:
proc.pinVCPUs()
time.sleep(45)
with Progress("Preparing build"):
# mount tmpfs-separate
def prepare(sshPort="5555"):
self.host.r.run(["ssh", "-p", sshPort, "root@localhost",
'sudo ./mkmounts tmpfs-separate'])
# prefetch the directories
self.host.r.run(["ssh", "-p", sshPort, "root@localhost",
'./prefetch -r -x "*/.git" bench/fs-bench/tmp/linux-3.18/'])
# # Gen defconfig
self.host.r.run(self.__cmd("defconfig", sshPort))
# Build init/main.o first. This gets most of the serial
# early build stages out of th way.
self.host.r.run(self.__cmd("init/main.o", sshPort), stdout = logPath)
prepare();
if self.multiVM is True:
prepare("5556")
# Build for real
#
# XXX If we want to eliminate the serial startup, monitor
# starting with " CHK include/generated/compile.h" or maybe
# with the first " CC" line.
#self.host.sudo.run()
self.host.sudo.run(['mount', '-o', 'remount,mode=0755',
'-t', 'debugfs', 'nodev', '/sys/kernel/debug'])
# get the kallsyms and kmodules of guest
proc = mparts.vmstat.StartMonitor("KVMNumbers", "data.csv")
if self.lockStats is not None:
self.lockStats.allowCollectLockStatsHost(0)
self.lockStats.cleanLockStats()
self.lockStats.allowCollectLockStatsHost(1)
if self.multiVM is True:
mparts.vmstat.StartLKC("5556", self.cores, self.srcPath, self.objPath)
perfFile = os.path.join(os.path.abspath("."), self.resultPath,
"perf-gmakeqemu-%s.dat" % self.cores)
traceFile = os.path.join(os.path.abspath("."), self.resultPath,
"kvmtrace-gmake-%s.dat" % self.cores)
with PerfRecording(self.host, perfFile, self.perfRecord,
self.perfBin, self.perfKVMRec, self.perfGuestRec):
with KVMTrace(self.host, traceFile, self.kvmTrace):
self.host.r.run(self.sysmon.wrap(self.__cmd("vmlinux")),
stdout = logPath)
if self.lockStats is not None:
self.lockStats.dumpLockStats(os.path.join(self.resultPath,
"lock-stats-%s" % (self.cores)))
self.lockStats.allowCollectLockStatsHost(0)
mparts.vmstat.TerminateMonitor(proc)
# Get result
log = self.host.r.readFile(logPath)
self.sysmonOut = self.sysmon.parseLog(log)
self.setResults(1, "build", "builds", self.sysmonOut["time.real"])
maybeMakedirs(self.resultPath)
os.rename("data.csv", os.path.join(self.resultPath, "data.csv"))
with Progress("Stopping vm"):
for proc in self.vmProcs:
proc.stopVM()
