import paxes_cinder.k2aclient.k2asample as k2asample
from paxes_cinder.k2aclient import client
import json
import sys
import logging
def ssp_health_check(cs):
check_results = cs.paxes.check_ssp_conf("/etc/cinder")
check_results_for_json = cs.paxes.result_output_as_dict(check_results)
json.dump(check_results_for_json, sys.stdout, sort_keys=True, indent=4)
if __name__ == '__main__':
k2acfg = k2asample.getk2acfg()
k2asample.configure_logging(logging.getLevelName(k2acfg['loglevel']))
cs = client.Client(k2acfg['api_version'],
k2acfg['k2_url'],
k2acfg['k2_username'],
k2acfg['k2_password'],
k2_auditmemento=k2acfg['k2_auditmemento'],
k2_certpath=k2acfg['k2_certpath'],
retries=k2acfg['retries'],
timeout=k2acfg['timeout'],
excdir=k2acfg['excdir'])
try:
ssp_health_check(cs)
except Exception as e:
logging.exception(e)
#
# =================================================================
# =================================================================
from __future__ import print_function
# from paxes_cinder.k2aclient.v1 import k2web
# from paxes_cinder.k2aclient.v1 import k2uom
import paxes_cinder.k2aclient.k2asample as k2asample
from paxes_cinder.k2aclient import client
import logging
if __name__ == '__main__':
k2acfg = k2asample.getk2acfg(cfgfile="my_sadek_k2a.cfg")
k2asample.configure_logging(logging.getLevelName(k2acfg['loglevel']))
cs = client.Client(k2acfg['api_version'],
k2acfg['k2_url'],
k2acfg['k2_username'],
k2acfg['k2_password'],
k2_auditmemento=k2acfg['k2_auditmemento'],
k2_certpath=k2acfg['k2_certpath'],
retries=k2acfg['retries'],
timeout=k2acfg['timeout'],
excdir=k2acfg['excdir'])
try:
wfs = cs.web_file.list()
for wf in wfs:
def run_simulation_with_pool():
"""Setup existing image pool and run"""
k2acfg = k2asample.getk2acfg()
k2asample.configure_logging(logging.getLevelName(k2acfg['loglevel']))
# k2asample.configure_logging(logging.DEBUG,
# k2_loglevel=logging.WARNING,
# logdir=expanduser("~"))
# # gerald 238
# k2_url = "9.114.181.238"
# k2_password = "******"
# k2_url = "hmc5.watson.ibm.com"
# k2_password = k2acfg['k2_password']
# cluster_id = "04628d39-67df-3047-b90e-c4d9b4057267" # p730_810_A
# result_file = 'my_sim_003_gerald'
# # gerald 168
# k2_url = "9.114.181.168"
# k2_password = "******"
# cluster_id = "02803f50-7063-3602-a304-fb54e4ca2d44" # p730_810_A
# result_file = 'my_sim_003_gerald_168'
# # N8
# title = "N8"
# k2_url = "hmc5.watson.ibm.com"
# k2_password = k2acfg['k2_password']
# cluster_id = "0c737495-d09a-337a-a7e9-6173d4bb6d20" # p730_810_A
# result_file = 'my_sim_003'
# N23 / N24
title = "N23/N24"
k2_url = "hmc5.watson.ibm.com"
k2_password = k2acfg['k2_password']
cluster_id = "ea1b0b5f-3b3a-39dc-bade-6e9cebd18bb2" # cluster-a
result_file = 'my_sim_003_cluster_a'
# # REJY
# title = "REJY"
# k2_url = "9.126.139.241"
# k2_password = k2acfg['k2_password']
# cluster_id = "c43fbdcd-95f2-3b4a-b643-234ff00eded4" # TestCluster
# result_file = 'my_sim_003_REJY'
# # N7
# k2_url = "hmc5.watson.ibm.com"
# k2_password = k2acfg['k2_password']
# cluster_id = "fe3fbe0f-5ba8-3374-ab75-7b653c9a57ff" # cluster-b
# result_file = 'my_sim_003_N7'
if not MOCK:
cs = client.Client(k2acfg['api_version'],
k2_url, # k2acfg['k2_url'],
k2acfg['k2_username'],
k2_password, # k2acfg['k2_password'],
k2_auditmemento=k2acfg['k2_auditmemento'],
k2_certpath=k2acfg['k2_certpath'],
retries=30, # k2acfg['retries']
timeout=1200, # k2acfg['timeout']
excdir="/tmp/ssp_simulation") # k2acfg['excdir']
else:
cs = None
use_fake_images = True
if not use_fake_images:
existing = ["RHEL64"]
image_pool = ImagePool(cs, cluster_id, existing)
else:
prefix = "P2Z-FAKEIMAGE-"
num_images = 1
image_size = 1
thin = True
lut = "VirtualIO_Image"
fake = (prefix, num_images, image_size, thin, lut)
image_pool = ImagePool(cs, cluster_id, fake=fake)
print "Image_pool_size: >%d<" % (len(image_pool._images),)
num_threads = 5
num_threads = 1
target_number_of_deploys = 30
target_number_of_deploys = 500
target_number_of_deploys = 5
target_number_of_deploys = 2000
target_number_of_deploys = 1000
min_deploys = 100
max_deploys = 200
max_deploys = 2000
min_snapshots = 100
max_snapshots = 200
s = simulation(title,
cluster_id,
image_pool,
result_file,
num_threads=num_threads,
target_number_of_deploys=target_number_of_deploys,
min_deploys=min_deploys,
max_deploys=max_deploys,
min_snapshots=min_snapshots,
max_snapshots=max_snapshots)
image_pool.destroy()
r = {}
r["total_number_of_image_deploys"] = s.total_number_of_image_deploys
r["total_number_of_snapshot_deploys"] = s.total_number_of_snapshot_deploys
r["total_number_of_snapshots"] = s.total_number_of_snapshots
r["current_number_of_deploys"] = len(s.deploys)
r["current_number_of_snapshots"] = len(s.snapshots)
r["total_number_of_deploy_exceptions"] = \
s.total_number_of_deploy_exceptions
r["total_number_of_delete_exceptions"] = \
s.total_number_of_delete_exceptions
print "Result:"
print json.dumps(r, indent=4)
giga = float(fsize) / 1024. / 1024. / 1024.
minu = float(upload_time) / 60.0
rate = minu / giga
webfile = cs.web_file.get(webfile.id)
print ("upload complete: webfile id: >%s<, expected size: >%d< "
"bytes, actual size: >%s< bytes, elapsed time: >%d< seconds, "
"rate: >%f< minutes/GB, k2resp: >%s<" %
(webfile.id, fsize, webfile.current_file_size_in_bytes,
upload_time, rate, uploadexc))
return webfile
if __name__ == '__main__':
k2acfg = k2asample.getk2acfg(cfgfile="k2a.cfg")
k2asample.configure_logging(logging.getLevelName(k2acfg['loglevel']))
cs = client.Client(k2acfg['api_version'],
k2acfg['k2_url'],
k2acfg['k2_username'],
k2acfg['k2_password'],
k2_auditmemento=k2acfg['k2_auditmemento'],
k2_certpath=k2acfg['k2_certpath'],
retries=k2acfg['retries'],
timeout=k2acfg['timeout'],
excdir=k2acfg['excdir'])
try:
#########
# Part one get nexus