def parseQueryStr(query):
params = QueryWorkload.defaultSpec()
for op in query.split(','):
key, val = op.split(':')
if key == "qps":
params['queries_per_sec'] = int(val)
if key == 'ddoc':
params['ddoc'] = str(val)
if key == 'view':
params['view'] = str(val)
if key == 'bucket':
params['bucket'] = str(val)
if key == 'password':
params['password'] = str(val)
if key == 'include':
val = [str(v) for v in val.split(' ')]
params['include_filters'] = val
if key == 'exclude':
params['exclude_filters'] = str(val)
if key == 'idx':
params['indexed_key'] = str(val)
if key == 'start':
params['startkey'] = str(val)
if key == 'end':
params['endkey'] = str(val)
if key == 'limit':
params['limit'] = str(val)
if key == 'startid':
params['startkey_docid'] = str(val)
if key == 'endid':
params['endkey_docid'] = str(val)
return params
def monitorPhase(runTime, workloadIds, rebalancing=False, queryIds=None):
# monitor rebalance
# monitor pre/post conditions lala
running = True
end_time = time.time() + int(runTime)
while running:
if time.time() > end_time:
if rebalancing:
monitorRebalance()
rebalancing = False
elif workloadIds is not None:
for workloadId in workloadIds:
running = getWorkloadStatus(workloadId)
if running == True:
# there is still a workload active
continue
else:
running = False
else:
time.sleep(2)
if queryIds != None:
# stop queries
for qid in queryIds:
QueryWorkload.from_cache(qid).active = False
def monitorPhase(runTime, workloadIds, rebalancing = False, queryIds = None):
# monitor rebalance
# monitor pre/post conditions lala
running = True
phase_status = True
end_time = time.time() + int(runTime)
while running:
if time.time() > end_time:
if rebalancing:
phase_status = monitorRebalance()
rebalancing = False
elif workloadIds is not None and len(workloadIds) > 0:
for workloadId in workloadIds:
_status = getWorkloadStatus(workloadId)
if _status == False:
# remove stopped workload from list to stop polling
index = workloadIds.index(workloadId)
workloadIds.pop(index)
else:
running = False
time.sleep(2)
if queryIds != None:
# stop queries
for qid in queryIds:
QueryWorkload.from_cache(qid).active = False
return phase_status
def monitorPhase(runTime, workloadIds, rebalancing=False, queryIds=None):
# monitor rebalance
# monitor pre/post conditions lala
running = True
phase_status = True
end_time = time.time() + int(runTime)
while running:
if time.time() > end_time:
if rebalancing:
phase_status = monitorRebalance()
rebalancing = False
elif workloadIds is not None and len(workloadIds) > 0:
for workloadId in workloadIds:
_status = getWorkloadStatus(workloadId)
if _status == False:
# remove stopped workload from list to stop polling
index = workloadIds.index(workloadId)
workloadIds.pop(index)
else:
running = False
time.sleep(2)
if queryIds != None:
# stop queries
for qid in queryIds:
QueryWorkload.from_cache(qid).active = False
return phase_status
def parseQueryStr(query):
params = QueryWorkload.defaultSpec()
for op in query.split(','):
key, val = op.split(':')
if key == "qps":
params['queries_per_sec'] = int(val)
if key == 'ddoc':
params['ddoc'] = str(val)
if key == 'view':
params['view'] = str(val)
if key == 'bucket':
params['bucket'] = str(val)
if key == 'password':
params['password'] = str(val)
if key == 'include':
val = [str(v) for v in val.split(' ')]
params['include_filters'] = val
if key == 'exclude':
params['exclude_filters'] = str(val)
if key == 'idx':
params['indexed_key'] = str(val)
if key == 'start':
params['startkey'] = str(val)
if key == 'end':
params['endkey'] = str(val)
if key == 'limit':
params['limit'] = str(val)
if key == 'startid':
params['startkey_docid'] = str(val)
if key == 'endid':
params['endkey_docid'] = str(val)
return params
def monitorPhase(runTime, workloadIds, rebalancing = False, queryIds = None):
# monitor rebalance
# monitor pre/post conditions lala
running = True
end_time = time.time() + int(runTime)
while running:
if time.time() > end_time:
if rebalancing:
monitorRebalance()
rebalancing = False
elif workloadIds is not None:
for workloadId in workloadIds:
running = getWorkloadStatus(workloadId)
if running == True:
# there is still a workload active
continue
else:
running = False
else:
time.sleep(2)
if queryIds != None:
# stop queries
for qid in queryIds:
QueryWorkload.from_cache(qid).active = False
def parseQueryStr(query):
params = QueryWorkload.defaultSpec()
for op in query.split(","):
key, val = op.split(":")
if key == "qps":
params["queries_per_sec"] = int(val)
if key == "ddoc":
params["ddoc"] = str(val)
if key == "view":
params["view"] = str(val)
if key == "bucket":
params["bucket"] = str(val)
if key == "password":
params["password"] = str(val)
if key == "include":
val = [str(v) for v in val.split(" ")]
params["include_filters"] = val
if key == "exclude":
params["exclude_filters"] = str(val)
if key == "idx":
params["indexed_key"] = str(val)
if key == "start":
params["startkey"] = str(val)
if key == "end":
params["endkey"] = str(val)
if key == "limit":
params["limit"] = str(val)
if key == "startid":
params["startkey_docid"] = str(val)
if key == "endid":
params["endkey_docid"] = str(val)
return params
def _activateQueries(params):
queryRunnable = QueryWorkload(params)
logger.error("Starting queries: %s" % params)
queryRunnable.active = True
return queryRunnable.id
def _activateQueries(params):
queryRunnable = QueryWorkload(params)
logger.error("Starting queries: %s" % params)
queryRunnable.active = True
return queryRunnable.id
