def main():
parser = setupArgs()
args = parser.parse_args()
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
opsc.waitForCluster(cname=args.clustername,
pause=args.pause,
trys=args.trys) # Block until cluster created
clusters = opsc.session.get(
"{url}/api/v2/lcm/clusters/".format(url=opsc.url)).json()
for r in clusters['results']:
if r['name'] == args.clustername:
cid = r['id']
opsc.waitForNodes(numnodes=args.clustersize,
pause=args.pause,
trys=args.trys)
if args.dclevel:
datacenters = opsc.session.get(
"{url}/api/v2/lcm/datacenters/".format(url=opsc.url)).json()
for r in datacenters['results']:
dcid = r['id']
print "Triggering install for DC, id = {i}".format(i=dcid)
opsc.triggerInstall(None, dcid)
else:
print "Triggering install for cluster, id = {i}".format(i=cid)
opsc.triggerInstall(cid, None)
def main():
parser = setupArgs()
args = parser.parse_args()
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
# get cluster id, assume 1 cluster
clusterconf = opsc.session.get(
"{url}/cluster-configs".format(url=opsc.url)).json()
cid = clusterconf.keys()[0]
# get all node configs
nodes = opsc.session.get("{url}/{id}/nodes".format(url=opsc.url,
id=cid)).json()
# loop of configs, counting nodes in each dc
datacenters = {}
for n in nodes:
if n['dc'] in datacenters:
datacenters[n['dc']] += 1
else:
datacenters[n['dc']] = 1
# reuse dict for post data in REST call
# min(3,#) handles edge case where # of nodes < 3
for d in datacenters:
datacenters[d] = min(3, datacenters[d])
# keyspaces to alter
# leaving out LocalStrategy (system & system_schema) and EverywhereStrategy (dse_system & solr_admin)
keyspaces = [
"system_auth", "system_distributed", "system_traces", "dse_analytics",
"dse_security", "dse_perf", "dse_leases", "cfs_archive",
"spark_system", "cfs", "dsefs", "OpsCenter", "HiveMetaStore"
]
postdata = {
"strategy_class": "NetworkTopologyStrategy",
"strategy_options": datacenters,
"durable_writes": True
}
rawjson = json.dumps(postdata)
# loop over keyspaces
print "Looping over keyspaces: {k}".format(k=keyspaces)
print "NOTE: No response indicates success"
# keep track of non-sucess keyspaces to skip repairing
skip = []
for ks in keyspaces:
print "Calling: PUT {url}/{id}/keyspaces/{ks} with {d}".format(
url=opsc.url, id=cid, ks=ks, d=rawjson)
response = opsc.session.put("{url}/{id}/keyspaces/{ks}".format(
url=opsc.url, id=cid, ks=ks),
data=rawjson).json()
print "Response: "
if response != None:
# add to keyspaces to skip
skip.append(ks)
print "Non-success for keyspace: {ks}, excluding later...".format(
ks=ks)
lcm.pretty(response)
print "Calling repair on all keyspaces/nodes:"
print "Skipping keyspaces: {s}".format(s=skip)
def main():
parser = setupArgs()
args = parser.parse_args()
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
# Block until cluster created
opsc.waitForCluster(args.clustername, args.pause, args.trys)
clusters = opsc.session.get("{url}/api/v1/lcm/clusters/".format(url=opsc.url)).json()
for r in clusters['results']:
if r['name'] == args.clustername:
cid = r['id']
# Check if the DC --this-- node should belong to exists, if not add DC
if opsc.checkForDC(args.dcname):
print "Datacenter {d} exists".format(d=args.dcname)
else:
print "Datacenter {n} doesn't exist, creating...".format(n=args.dcname)
opsc.addDC(args.dcname, cid)
# kludge, assuming ony one cluster
dcid = ""
datacenters = opsc.session.get("{url}/api/v1/lcm/datacenters/".format(url=opsc.url)).json()
for d in datacenters['results']:
if d['name'] == args.dcname:
dcid = d['id']
# always add self to DC
nodes = opsc.session.get("{url}/api/v1/lcm/datacenters/{dcid}/nodes/".format(url=opsc.url, dcid=dcid)).json()
nodecount = nodes['count']
# simple counting for node number hits a race condition... work around
#nodename = 'node'+str(nodecount)
# aws metadata service instance-id
#inst = requests.get("http://169.254.169.254/latest/meta-data/instance-id").content
nodename = 'node-'+args.nodeid
nodeconf = json.dumps({
'name': nodename,
"datacenter-id": dcid,
"rack": args.rack,
"ssh-management-address": args.pubip,
"listen-address": args.privip,
"rpc-address": "0.0.0.0",
"broadcast-address": args.pubip,
"broadcast-rpc-address": args.pubip})
node = opsc.session.post("{url}/api/v1/lcm/nodes/".format(url=opsc.url), data=nodeconf).json()
print "Added node '{n}', json:".format(n=nodename)
lcm.pretty(node)
nodes = opsc.session.get("{url}/api/v1/lcm/datacenters/{dcid}/nodes/".format(url=opsc.url, dcid=dcid)).json()
nodecount = nodes['count']
print "{n} nodes in datacenter {d}".format(n=nodecount, d=dcid)
print "Exiting addNode..."
def main():
parser = setupArgs()
args = parser.parse_args()
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
count = 0
while True:
count += 1
if count > args.trys:
print "Maximum attempts, exiting"
exit()
try:
jobs = opsc.session.get(
"{url}/api/v2/lcm/jobs/".format(url=opsc.url)).json()
except requests.exceptions.Timeout as e:
print "Request {c} to OpsC timeout after initial connection, exiting.".format(
c=count)
exit()
except requests.exceptions.ConnectionError as e:
print "Request {c} to OpsC refused after initial connection, exiting.".format(
c=count)
exit()
lcm.pretty(jobs)
if jobs['count'] == 0:
print "No jobs found on try {c}, sleeping {p} sec...".format(
c=count, p=args.pause)
time.sleep(args.pause)
continue
if runningJob(jobs):
print "Jobs running/pending on try {c}, sleeping {p} sec...".format(
c=count, p=args.pause)
time.sleep(args.pause)
continue
if (not runningJob(jobs)) and (jobs['count'] < args.num):
print "Jobs found on try {c} but num {j} < {n}, sleeping {p} sec...".format(
c=count, j=jobs['count'], n=args.num, p=args.pause)
time.sleep(args.pause)
continue
if (not runningJob(jobs)) and (jobs['count'] >= args.num):
print "No jobs running/pending and num >= {n} on try {c}, exiting".format(
n=args.num, c=count)
break
def main():
parser = setupArgs()
args = parser.parse_args()
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
# get cluster id, assume 1 cluster
clusterconf = opsc.session.get(
"{url}/cluster-configs".format(url=opsc.url)).json()
cid = clusterconf.keys()[0]
# get all node configs
nodes = opsc.session.get("{url}/{id}/nodes".format(url=opsc.url,
id=cid)).json()
# loop of configs, counting nodes in each dc
datacenters = {}
for n in nodes:
if n['dc'] in datacenters:
datacenters[n['dc']] += 1
else:
datacenters[n['dc']] = 1
# reuse dict for post data in REST call
# min(3,#) handles edge case where # of nodes < 3
for d in datacenters:
datacenters[d] = min(3, datacenters[d])
# keyspaces to alter
# leaving out LocalStrategy (system & system_schema) and EverywhereStrategy (dse_system & solr_admin)
keyspaces = [
"system_auth", "system_distributed", "system_traces", "dse_analytics",
"dse_security", "dse_perf", "dse_leases", "cfs_archive",
"spark_system", "cfs", "dsefs", "OpsCenter", "HiveMetaStore"
]
postdata = {
"strategy_class": "NetworkTopologyStrategy",
"strategy_options": datacenters,
"durable_writes": True
}
rawjson = json.dumps(postdata)
# loop over keyspaces
print "Looping over keyspaces: {k}".format(k=keyspaces)
print "NOTE: No response indicates success"
# keep track of non-sucess keyspaces to skip repairing
skip = []
for ks in keyspaces:
print "Calling: PUT {url}/{id}/keyspaces/{ks} with {d}".format(
url=opsc.url, id=cid, ks=ks, d=rawjson)
response = opsc.session.put("{url}/{id}/keyspaces/{ks}".format(
url=opsc.url, id=cid, ks=ks),
data=rawjson).json()
print "Response: "
if response != None:
# add to keyspaces to skip
skip.append(ks)
print "Non-success for keyspace: {ks}, excluding later...".format(
ks=ks)
lcm.pretty(response)
print "Calling repair on all keyspaces/nodes:"
print "Skipping keyspaces: {s}".format(s=skip)
for ks in keyspaces:
if ks in skip:
print "Skipping keyspace {ks}".format(ks=ks)
continue
print "Repairing {ks}...".format(ks=ks)
for node in nodes:
nodeip = str(node['node_ip'])
print " ...on node {n}".format(n=nodeip)
response = opsc.session.post(
"{url}/{id}/ops/repair/{node}/{ks}".format(url=opsc.url,
id=cid,
node=nodeip,
ks=ks),
data='{"is_sequential": false}').json()
print " ", response
running = True
count = 0
while (running):
print " Sleeping 2s after check {c}...".format(c=count)
time.sleep(2)
status = opsc.session.get("{url}/request/{r}/status".format(
url=opsc.url, r=response)).json()
count += 1
if (status['state'] != u'running'):
print " Status of request {r} is: {s}".format(
r=response, s=status['state'])
running = False
if (count >= 15):
print " Status 'running' after {c} checks, continuing".format(
c=count)
running = False
def main():
parser = setupArgs()
args = parser.parse_args()
checkArgs(args)
# Basic repo config
dserepo = {
"name": "DSE repo",
"username": args.repouser,
"password": args.repopw
}
if args.verbose:
print "Default repo config:"
tmp = dserepo.copy()
tmp['password'] = "******"
lcm.pretty(tmp)
# If privkey passed read key content...
if args.privkey != None:
keypath = os.path.abspath(args.privkey)
with open(keypath, 'r') as keyfile:
privkey = keyfile.read()
print "Will create cluster {c} on {u} with keypath {k}".format(
c=args.clustername, u=args.opsc_ip, k=keypath)
dsecred = {
"become-mode": "sudo",
"use-ssh-keys": True,
"name": "DSE creds",
"login-user": args.username,
"ssh-private-key": privkey,
"become-user": None
}
# ...otherwise use a pw
else:
print "Will create cluster {c} on {u} with password".format(
c=args.clustername, u=args.opsc_ip)
dsecred = {
"become-mode": "sudo",
"use-ssh-keys": False,
"name": "DSE creds",
"login-user": args.username,
"login-password": args.password,
"become-user": None
}
if args.becomepw:
dsecred['become-password'] = args.password
if args.verbose:
print "Default creds:"
tmp = dsecred.copy()
if 'login-password' in tmp: tmp['login-password'] = "******"
if 'become-password' in tmp: tmp['become-password'] = "******"
if 'ssh-private-key' in tmp: tmp['ssh-private-key'] = "ZZZZZ"
lcm.pretty(tmp)
# Minimal config profile
defaultconfig = {
"name": "Default config",
"datastax-version": args.dsever,
"json": {
'cassandra-yaml': {
"authenticator":
"com.datastax.bdp.cassandra.auth.DseAuthenticator",
"num_tokens": 8,
"allocate_tokens_for_local_replication_factor": 3,
"endpoint_snitch":
"org.apache.cassandra.locator.GossipingPropertyFileSnitch",
"compaction_throughput_mb_per_sec": 64
},
"dse-yaml": {
"authorization_options": {
"enabled": True
},
"authentication_options": {
"enabled": True
},
"dsefs_options": {
"enabled": True
}
}
}
}
# Since this isn't necessarily being called on the nodes where 'datapath'
# exists checking is pointless
if args.datapath != None:
print "--datapath {p} passed, setting root datapath in default config".format(
p=args.datapath)
defaultconfig["json"]["cassandra-yaml"]["data_file_directories"] = [
os.path.join(args.datapath, "data")
]
defaultconfig["json"]["cassandra-yaml"][
"saved_caches_directory"] = os.path.join(args.datapath,
"saved_caches")
defaultconfig["json"]["cassandra-yaml"][
"commitlog_directory"] = os.path.join(args.datapath, "commitlog")
defaultconfig["json"]["dse-yaml"]["dsefs_options"][
"work_dir"] = os.path.join(args.datapath, "dsefs")
defaultconfig["json"]["dse-yaml"]["dsefs_options"][
"data_directories"] = [{
"dir":
os.path.join(args.datapath, "dsefs/data")
}]
# if --aoss option passed, enable AOSS
if args.aoss and args.dsever.startswith('6'):
print "--aoss passed, adding enable AOSS to default config"
defaultconfig["json"]["dse-yaml"]["alwayson_sql_options"] = {
"enabled": True
}
defaultconfig["json"]["dse-yaml"]["resource_manager_options"] = {
"worker_options": {
"workpools": [{
"memory": "0.4",
"cores": "0.4",
"name": "alwayson_sql"
}]
}
}
elif args.aoss and args.dsever.startswith('5'):
print "WARNING: --aoss passed and DSE version <6, ignoring --aoss"
# if nojava option passed, disable java/jce
if args.nojava:
print "--nojava passed, adding disable java to default config"
defaultconfig["json"]["java-setup"] = {}
defaultconfig["json"]["java-setup"]["manage-java"] = False
# Overriding all config profile logic above
# Todo, read config json from a file or http endpoint
if args.config != None:
print "WARNING: --config passed, OVERRIDING ALL OTHER config arguments"
print "WARNING: Failed install job possible, e.g. if config json data"
print "WARNING: paths don't match existing disks/paths"
defaultconfig = json.loads(args.config)
if args.verbose:
print "Default config profile:"
lcm.pretty(defaultconfig)
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
# Return config instead of bool?
# This check is here to allow calling script from node instances if desired.
# Ie script may be called multiple times.
# Cluster doesn't esist -> must be 1st node -> do setup
c = opsc.checkForCluster(args.clustername)
if not c:
print "Cluster {n} doesn't exist, creating...".format(
n=args.clustername)
cred = opsc.addCred(json.dumps(dsecred))
repo = opsc.addRepo(json.dumps(dserepo))
conf = opsc.addConfig(json.dumps(defaultconfig))
cid = opsc.addCluster(args.clustername, cred['id'], repo['id'],
conf['id'], args.dbpasswd)
else:
print "Cluster {n} exists, exiting...".format(n=args.clustername)
def main():
parser = setupArgs()
args = parser.parse_args()
print "Starting alterKeyspaces: {t}".format(t=time.ctime())
print "Sleeping {s} sec before start...".format(s=args.delay)
time.sleep(args.delay)
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
# get cluster id, assume 1 cluster
clusterconf = opsc.session.get(
"{url}/cluster-configs".format(url=opsc.url)).json()
if len(clusterconf.keys()) == 0:
print "Error: no clusters, exiting."
# exiting with 0 as to not propigate error up to deploy
exit()
if args.verbose:
lcm.pretty(clusterconf)
cid = clusterconf.keys()[0]
# get all node configs
nodes = opsc.session.get("{url}/{id}/nodes".format(url=opsc.url,
id=cid)).json()
if len(nodes) == 0:
print "Error: no nodes, exiting."
# exiting with 0 as to not propigate error up to deploy
exit()
if args.verbose:
lcm.pretty(nodes)
# loop of configs, counting nodes in each dc
datacenters = {}
for n in nodes:
if n['dc'] in datacenters:
datacenters[n['dc']] += 1
else:
datacenters[n['dc']] = 1
# reuse dict for post data in REST call
# min(3,#) handles edge case where # of nodes < 3
for d in datacenters:
datacenters[d] = min(3, datacenters[d])
# keyspaces to alter
# leaving out LocalStrategy (system & system_schema) and EverywhereStrategy (dse_system & solr_admin)
keyspaces = {
"system_auth", "system_distributed", "system_traces", "dse_analytics",
"dse_security", "dse_perf", "dse_leases", "cfs_archive",
"spark_system", "cfs", "dsefs", "OpsCenter", "HiveMetaStore"
}
postdata = {
"strategy_class": "NetworkTopologyStrategy",
"strategy_options": datacenters,
"durable_writes": True
}
rawjson = json.dumps(postdata)
# loop over keyspaces
print "Looping over keyspaces: {k}".format(k=', '.join(keyspaces))
print "NOTE: No response indicates success"
# keep track of non-sucess keyspaces to skip repairing
skip = set()
for ks in keyspaces:
print "Calling: PUT {url}/{id}/keyspaces/{ks} with {d}".format(
url=opsc.url, id=cid, ks=ks, d=rawjson)
response = opsc.session.put("{url}/{id}/keyspaces/{ks}".format(
url=opsc.url, id=cid, ks=ks),
data=rawjson).json()
print "Response: {r}".format(r=response)
if response != None:
# add to keyspaces to skip
skip.add(ks)
print "Non-success for keyspace: {ks}, excluding later...".format(
ks=ks)
lcm.pretty(response)
print "Skipping keyspaces: {s}".format(s=', '.join(skip))
for ks in skip:
keyspaces.discard(ks)
# look for version on all nodes, in case agent is down on some
# dummy version for edge case where all agents aren't reporting, then bail
version = '0'
for n in nodes:
if 'dse' in n['node_version']:
version = n['node_version']['dse']
if version.startswith('0'):
print "Error: no DSE version found, exiting."
# exiting with 0 as to not propigate error up to deploy
exit(0)
if version.startswith('5'):
if args.norepair:
print "--norepair passed, skipping repair and exiting."
exit(0)
print "DSE version: {v}, calling repairs".format(v=version)
print "Running repairs"
runRepair(opsc, cid, nodes, keyspaces)
else:
print "DSE version: {v}".format(v=version)
if args.nodesync:
# Explicitly add dse_system/solr_admin which aren't passed in because they're
# EverywhereStrategy and therefore un-altered
keyspaces.add("dse_system")
keyspaces.add("solr_admin")
# Explicitly skip system_auth and opsc KS's
keyspaces.discard("OpsCenter")
keyspaces.discard("system_auth")
enableNodesync(opsc, cid, keyspaces)
# Explicitly repair keyspaces system_auth and OpsCenter
if args.norepair:
print "--norepair passed, skipping repair and exiting."
exit(0)
runRepair(opsc, cid, nodes, {"system_auth", "OpsCenter"})
else:
if args.norepair:
print "--norepair passed, skipping repair and exiting."
exit(0)
runRepair(opsc, cid, nodes, keyspaces)
def main():
parser = setupArgs()
args = parser.parse_args()
checkArgs(args)
# Basic repo config
dserepo = json.dumps({
"name":"DSE repo",
"username":args.repouser,
"password":args.repopw})
# If privkey passed read key content...
if args.privkey != None:
keypath = os.path.abspath(args.privkey)
with open(keypath, 'r') as keyfile:
privkey = keyfile.read()
print "Will create cluster {c} on {u} with keypath {k}".format(c=args.clustername, u=args.opsc_ip, k=keypath)
dsecred = json.dumps({
"become-mode":"sudo",
"use-ssh-keys":True,
"name":"DSE creds",
"login-user":args.username,
"ssh-private-key":privkey,
"become-user":None})
# ...otherwise use a pw
else:
print "Will create cluster {c} on {u} with password".format(c=args.clustername, u=args.opsc_ip)
dsecred = json.dumps({
"become-mode":"sudo",
"use-ssh-keys":False,
"name":"DSE creds",
"login-user":args.username,
"login-password":args.password,
"become-user":None})
# Minimal config profile
# Todo, read config json from a file
defaultconfig = {
"name":"Default config",
"datastax-version": args.dsever,
"json": {
'cassandra-yaml': {
"authenticator":"com.datastax.bdp.cassandra.auth.DseAuthenticator",
"num_tokens":32,
"endpoint_snitch":"GossipingPropertyFileSnitch"
},
"dse-yaml": {
"authorization_options": {"enabled": True},
"authentication_options": {"enabled": True}
}
}}
# Since this isn't necessarily being called on the nodes where 'datapath'
# exists checking is pointless
if args.datapath != None:
defaultconfig["json"]["cassandra-yaml"]["data_file_directories"] = [os.path.join(args.datapath, "data")]
defaultconfig["json"]["cassandra-yaml"]["saved_caches_directory"] = os.path.join(args.datapath, "saved_caches")
defaultconfig["json"]["cassandra-yaml"]["commitlog_directory"] = os.path.join(args.datapath, "commitlog")
defaultconfig = json.dumps(defaultconfig)
opsc = lcm.OpsCenter(args.opsc_ip, args.opscuser, args.opscpw)
# Block waiting for OpsC to spin up, create session & login if needed
opsc.setupSession(pause=args.pause, trys=args.trys)
# Return config instead of bool?
# This check is here to allow calling script from node instances if desired.
# Ie script may be called multiple times.
# Cluster doesn't esist -> must be 1st node -> do setup
c = opsc.checkForCluster(args.clustername)
if not c:
print "Cluster {n} doesn't exist, creating...".format(n=args.clustername)
cred = opsc.addCred(dsecred)
repo = opsc.addRepo(dserepo)
conf = opsc.addConfig(defaultconfig)
cid = opsc.addCluster(args.clustername, cred['id'], repo['id'], conf['id'])
else:
print "Cluster {n} exists, exiting...".format(n=args.clustername)