def _wload_rtapp(self, wl_idx, wlspec, cpus):
conf = wlspec['conf']
self._log.debug('Configuring [%s] rt-app...', conf['class'])
# Setup a default "empty" task name prefix
if 'prefix' not in conf:
conf['prefix'] = 'task_'
# Setup a default loadref CPU
loadref = None
if 'loadref' in wlspec:
loadref = wlspec['loadref']
if conf['class'] == 'profile':
params = {}
# Load each task specification
for task_name, task in conf['params'].items():
if task['kind'] not in wlgen.__dict__:
self._log.error('RTA task of kind [%s] not supported',
task['kind'])
raise ValueError(
'unsupported "kind" value for task [{}] '
'in RT-App workload specification'.format(task))
task_ctor = getattr(wlgen, task['kind'])
num_tasks = task.get('tasks', 1)
task_idxs = self._wload_task_idxs(wl_idx, num_tasks)
for idx in task_idxs:
idx_name = "_{}".format(idx) if len(task_idxs) > 1 else ""
task_name_idx = conf['prefix'] + task_name + idx_name
params[task_name_idx] = task_ctor(**task['params']).get()
rtapp = wlgen.RTA(self.target,
wl_idx,
calibration=self.te.calibration())
rtapp.conf(kind='profile',
params=params,
loadref=loadref,
cpus=cpus,
run_dir=self.te.run_dir,
duration=conf.get('duration'))
return rtapp
if conf['class'] == 'periodic':
task_idxs = self._wload_task_idxs(wl_idx, conf['tasks'])
params = {}
for idx in task_idxs:
task = conf['prefix'] + str(idx)
params[task] = wlgen.Periodic(**conf['params']).get()
rtapp = wlgen.RTA(self.target,
wl_idx,
calibration=self.te.calibration())
rtapp.conf(kind='profile',
params=params,
loadref=loadref,
cpus=cpus,
run_dir=self.te.run_dir,
duration=conf.get('duration'))
return rtapp
if conf['class'] == 'custom':
rtapp = wlgen.RTA(self.target,
wl_idx,
calibration=self.te.calibration())
rtapp.conf(kind='custom',
params=conf['json'],
duration=conf.get('duration'),
loadref=loadref,
cpus=cpus,
run_dir=self.te.run_dir)
return rtapp
raise ValueError('unsupported \'class\' value for [{}] '
'RT-App workload specification'.format(wl_idx))
def _wload_rtapp(self, wl_idx, wlspec, cpus):
conf = wlspec['conf']
logging.debug(r'%14s - Configuring [%s] rt-app...',
'RTApp', conf['class'])
# Setup a default "empty" task name prefix
if 'prefix' not in conf:
conf['prefix'] = 'task_'
# Setup a default loadref CPU
loadref = None
if 'loadref' in wlspec:
loadref = wlspec['loadref']
if conf['class'] == 'profile':
params = {}
# Load each task specification
for task_name in conf['params']:
task = conf['params'][task_name]
task_name = conf['prefix'] + task_name
if task['kind'] not in wlgen.__dict__:
logging.error(r'%14s - RTA task of kind [%s] not supported',
'RTApp', task['kind'])
raise ValueError('Configuration error - '
'unsupported \'kind\' value for task [{}] '\
'in RT-App workload specification'\
.format(task))
task_ctor = getattr(wlgen, task['kind'])
params[task_name] = task_ctor(**task['params']).get()
rtapp = wlgen.RTA(self.target,
wl_idx, calibration = self.te.calibration())
rtapp.conf(kind='profile', params=params, loadref=loadref,
cpus=cpus, run_dir=self.te.run_dir)
return rtapp
if conf['class'] == 'periodic':
task_idxs = self._wload_task_idxs(wl_idx, conf['tasks'])
params = {}
for idx in task_idxs:
task = conf['prefix'] + str(idx)
params[task] = wlgen.Periodic(**conf['params']).get()
rtapp = wlgen.RTA(self.target,
wl_idx, calibration = self.te.calibration())
rtapp.conf(kind='profile', params=params, loadref=loadref,
cpus=cpus, run_dir=self.te.run_dir)
return rtapp
if conf['class'] == 'custom':
rtapp = wlgen.RTA(self.target,
wl_idx, calibration = self.te.calib)
rtapp.conf(kind='custom',
params=conf['json'],
duration=conf['duration'],
loadref=loadref,
cpus=cpus, run_dir=self.te.run_dir)
return rtapp
raise ValueError('Configuration error - '
'unsupported \'class\' value for [{}] '\
'RT-App workload specification'\
.format(wl_idx))