def main():
ymls = sys.argv[1:]
if not ymls:
raise SystemExit('usage: {0} file1.yml [file2.yml [file3.yml]]'.format(sys.argv[0]))
conn = iaas.connect_to_zone(config.zone , config.key, config.secret)
conn.stop_instances(instances=[config.instances],force=True)
print "reset_instances:", conn.reset_instances(instances=[config.instances], login_mode="keypair", login_keypair=config.keypair)
check_ret_code = lambda x : x.get("ret_code") == 0
# 等待重置成功后启动主机
print "start_instances:", retry(conn.start_instances,kw={'instances': [config.instances], 'force': True} , check=check_ret_code)
# 等待开放22端口
for vxnet in conn.describe_instances(instances=[config.instances])['instance_set'][0]['vxnets']:
ip = vxnet["private_ip"]
retry(detect_port, args=(ip ,22))
for yml in ymls:
if not os.path.isfile(yml):
raise SystemError("ERROR: '{0}'is not a file".format(yml))
os.system("ansible-playbook -i /etc/ansible/base-hosts " + yml)
print "stop_instances:", conn.stop_instances(instances=[config.instances],force=True)
print "capture_instance:", retry(conn.capture_instance, args=(config.instances,),
kw={"image_name" : config.image_name}, check=check_ret_code)
def real_start(self):
conn = connect_to_zone(self.zone, self.api_id, self.api_key)
ret = conn.run_instances(image_id=self.image,
instance_type=self.conf,
login_mode="keypair",
login_keypair=self.keypair,
vxnets=[self.vxnets])
self.instance_id = ret["instances"]
ret = self.wait_booting(conn)
self.host = ret["vxnets"][0]["private_ip"]
self.conn_puppet()
def real_start(self):
conn = connect_to_zone(self.zone, self.api_id, self.api_key)
ret = conn.run_instances(image_id=self.image,
instance_type=self.conf,
login_mode="keypair",
login_keypair=self.keypair,
vxnets=[self.vxnets])
self.instance_id = ret["instances"]
ret = self.wait_booting(conn)
self.host = ret["vxnets"][0]["private_ip"]
self.conn_puppet()
def startClusters(cluster):
# 连接zone
conn = iaas.connect_to_zone(config.zone, config.key, config.secret)
data = conn.describe_clusters(clusters=[cluster])
# 如果集群不存在则
if data["total_count"] != 1:
sys.stderr.write("find cluster Error\n")
return False
# 酌情启动集群
status = data["cluster_set"][0]["status"]
nodes = data["cluster_set"][0]["nodes"]
ips = [node["private_ip"] for node in nodes]
if status == "stopped":
conn.start_clusters(clusters=[cluster])
for ip in ips:
try:
retry(detect_port, args=(ip, 6379))
except SystemError as e:
return False
return ips
def main():
check_ret_code = lambda x : x.get("ret_code") == 0
if len(sys.argv) < 3:
raise SyntaxError('至少2个参数')
cluseter = sys.argv[1]
ansibleArgv = sys.argv[2:]
# cluseter = "cl-dvmpwi5x"
cluseterHosts = "/tmp/{0}.host".format(cluseter )
conn = iaas.connect_to_zone(config.zone, config.key, config.secret)
conn.describe_clusters(clusters=[cluseter])
data = conn.describe_clusters(clusters=[cluseter])
with open(cluseterHosts,'w' ) as f:
f.write("[{0}]\n".format(cluseter))
f.write('\n'.join(node["private_ip"] for node in data['cluster_set'][0]['nodes']))
cmds = "ansible {0} -i {1} {2}".format(cluseter, cluseterHosts, " ".join(ansibleArgv))
print cmds
# os.system(cmds)
cmds = ["ansible", cluseter, "-i", cluseterHosts] + ansibleArgv
subprocess.call(cmds)
os.remove(cluseterHosts)
STAND_BY_STATE = [
"running", # 主机准备好
"available", # ip准备好
]
response_resources_name = [
"instance_set", # 主机键值
"eip_set", # ip键值
]
CN_SERVER_NAME = 'server_cn'
CN_IP_NAME = 'ip_cn'
conn = connect_to_zone(
'gd1',
config.QC_GD1_KEY_ID,
config.QC_GD1_ACCESS_KEY,
)
def show_all_image():
rs = [(item['image_id'], item['image_name']) for item in
conn.describe_images(zone='gd1', provider='system', limit=200)['image_set']]
rs.sort()
return rs
def ensure_keypair():
"""
确保不会重新创建key
:return: keypair_id
def main():
check_ret_code = lambda x: x.get("ret_code") == 0
parser = optparse.OptionParser(
usage='{0} [--reset] file1.yml [file2.yml [file3.yml]]'.format(
sys.argv[0]))
parser.add_option('--append',
action='store_true',
dest='append',
default=False,
help=u'给镜像添加脚本, 不重置系统')
parser.add_option('--instances',
action='store',
dest='instances',
help='主机instances,默认读取"config.py"',
default=config.instances,
metavar=config.instances)
parser.add_option('--zone',
action='store',
dest='zone',
help='区id, 默认读取config.ini',
default=config.zone,
metavar=config.zone)
option, args = parser.parse_args()
if not args:
parser.error("not file")
conn = iaas.connect_to_zone(option.zone, config.key, config.secret)
# 重置系统
if not option.append:
conn.stop_instances(instances=[option.instances], force=True)
print "reset_instances:", conn.reset_instances(
instances=[option.instances],
login_mode="keypair",
login_keypair=config.keypair)
# 等待重置成功后启动主机
print "start_instances:", retry(conn.start_instances,
kw={
'instances': [option.instances],
'force': True
},
check=check_ret_code)
# 等待开放22端口
for vxnet in conn.describe_instances(
instances=[option.instances])['instance_set'][0]['vxnets']:
ip = vxnet["private_ip"]
retry(detect_port, args=(ip, 22))
for yml in args:
if not os.path.isfile(yml):
raise SystemError("ERROR: '{0}'is not a file".format(yml))
os.system("ansible-playbook " + yml)
print "stop_instances:", conn.stop_instances(instances=[option.instances],
force=True)
print "capture_instance:", retry(conn.capture_instance,
args=(option.instances, ),
kw={"image_name": config.image_name},
check=check_ret_code)
def real_terminate(self):
self.puppet.fire_worker()
self.puppet.shutdown()
conn = connect_to_zone(self.zone, self.api_id, self.api_key)
conn.terminate_instances(self.instance_id)
def real_terminate(self):
self.puppet.fire_worker()
self.puppet.shutdown()
conn = connect_to_zone(self.zone, self.api_id, self.api_key)
conn.terminate_instances(self.instance_id)
def connect(self):
con = iaas.connect_to_zone('gd1',
self.qy_access_key_id,
self.qy_secret_access_key)
return con
def __init__(self):
self.clt = iaas.connect_to_zone(
'pek1',
settings.QINGCLOUD_ACCESSKEY,
settings.QINGCLOUD_ACCESSSECRET,
)
if __name__ == '__main__':
parser = optparse.OptionParser(usage=usage)
parser.add_option('-e', '--exclude', action='append', dest='exclude', help='排除的主机ID', default=[], metavar='i-bbgthwwo')
parser.add_option('-z', '--zone', action='store', dest='zone', help='处理的区域 默认:{0}'.format(config.zone),
default=config.zone, metavar=config.zone)
option, args = parser.parse_args()
# if len(sys.argv) == 1 or (len(sys.argv) > 3 and sys.argv[2] not in [ "exclude", "e"]):
# raise SystemExit(usage)
vxnet = args[0]
exclude = option.exclude
# 连接zone
conn = iaas.connect_to_zone(option.zone, config.key, config.secret)
# 关闭集群
data = conn.describe_clusters(status=["active"])
for cluster_info in data["cluster_set"]:
cluster = cluster_info.get("cluster_id")
if cluster_info["vxnet"]["vxnet_id"] != vxnet:
continue
if cluster in exclude:
continue
if any(tag['tag_id'] in exclude for tag in cluster_info["tags"]):
continue
conn.stop_clusters(clusters=[cluster])
# 关闭主机
data = conn.describe_instances(status=["running"])
STAND_BY_STATE = [
"running", # 主机准备好
"available", # ip准备好
]
response_resources_name = [
"instance_set", # 主机键值
"eip_set", # ip键值
]
CN_SERVER_NAME = 'server_cn'
CN_IP_NAME = 'ip_cn'
conn = connect_to_zone(
'gd1',
config.QC_GD1_KEY_ID,
config.QC_GD1_ACCESS_KEY,
)
def show_all_image():
rs = [(item['image_id'], item['image_name'])
for item in conn.describe_images(
zone='gd1', provider='system', limit=200)['image_set']]
rs.sort()
return rs
def ensure_keypair():
"""
确保不会重新创建key
