def Dispatch(req, method, args):
# Default configuration
defcfg = {
'xmlrpc_server': {
'datadir': '/var/lib/rteval',
'db_server': 'localhost',
'db_port': 5432,
'database': 'rteval',
'db_username': '******',
'db_password': '******'
}
}
# Fetch configuration
cfg = rtevalConfig(defcfg)
cfg.Load(append=True)
# Prepare an object for executing the query
xmlrpc = XMLRPC_API1(config=cfg.GetSection('xmlrpc_server'))
# Exectute it
result = xmlrpc.Dispatch(method, args)
# Send the result
if type(result) == tuple:
req.write(dumps(result, None, methodresponse=1))
else:
req.write(dumps((result, ), None, methodresponse=1))
def Dispatch(req, method, args):
# Default configuration
defcfg = {'xmlrpc_server': { 'datadir': '/var/lib/rteval',
'db_server': 'localhost',
'db_port': 5432,
'database': 'rteval',
'db_username': '******',
'db_password': '******'
}
}
# Fetch configuration
cfg = rtevalConfig(defcfg)
cfg.Load(append=True)
# Prepare an object for executing the query
xmlrpc = XMLRPC_API1(config=cfg.GetSection('xmlrpc_server'))
# Exectute it
result = xmlrpc.Dispatch(method, args)
# Send the result
if type(result) == types.TupleType:
req.write(dumps(result, None, methodresponse=1))
else:
req.write(dumps((result,), None, methodresponse=1))
"metavar": "USEC"
}
}
def create(params, logger):
return Cyclictest(params, logger)
if __name__ == '__main__':
from rteval.rtevalConfig import rtevalConfig
l = Log()
l.SetLogVerbosity(Log.INFO | Log.DEBUG | Log.ERR | Log.WARN)
cfg = rtevalConfig({}, logger=l)
prms = {}
modprms = ModuleParameters()
for c, p in list(modprms.items()):
prms[c] = p['default']
cfg.AppendConfig('cyclictest', prms)
cfg_ct = cfg.GetSection('cyclictest')
cfg_ct.reportdir = "."
cfg_ct.buckets = 200
# cfg_ct.breaktrace = 30
runtime = 10
c = Cyclictest(cfg_ct, l)
c._WorkloadSetup()
"metavar": "USEC"}
}
def create(params, logger):
return Cyclictest(params, logger)
if __name__ == '__main__':
from rteval.rtevalConfig import rtevalConfig
l = Log()
l.SetLogVerbosity(Log.INFO|Log.DEBUG|Log.ERR|Log.WARN)
cfg = rtevalConfig({}, logger=l)
prms = {}
modprms = ModuleParameters()
for c, p in modprms.items():
prms[c] = p['default']
cfg.AppendConfig('cyclictest', prms)
cfg_ct = cfg.GetSection('cyclictest')
cfg_ct.reportdir = "."
cfg_ct.buckets = 200
# cfg_ct.breaktrace = 30
runtime = 10
c = Cyclictest(cfg_ct, l)
c._WorkloadSetup()
report_n.addChild(KernelInfo.MakeReport(self))
report_n.addChild(NetworkInfo.MakeReport(self))
report_n.addChild(SystemServices.MakeReport(self))
report_n.addChild(CPUtopology.MakeReport(self))
report_n.addChild(MemoryInfo.MakeReport(self))
report_n.addChild(dmi.DMIinfo.MakeReport(self))
report_n.addChild(cmdlineInfo.MakeReport(self))
return report_n
if __name__ == "__main__":
from rteval.rtevalConfig import rtevalConfig
l = Log()
l.SetLogVerbosity(Log.INFO | Log.DEBUG)
cfg = rtevalConfig(logger=l)
cfg.Load("../rteval.conf")
cfg.installdir = "."
si = SystemInfo(cfg, logger=l)
print("\tRunning on %s" % si.get_base_os())
print("\tNUMA nodes: %d" % si.mem_get_numa_nodes())
print("\tMemory available: %03.2f %s\n" % si.mem_get_size())
print("\tServices: ")
for (s, r) in list(si.services_get().items()):
print("\t\t%s: %s" % (s, r))
(curr, avail) = si.kernel_get_clocksources()
print("\tCurrent clocksource: %s" % curr)
print("\tAvailable clocksources: %s" % avail)