def _setQueue(taskName, batchState):
yield _blockOnTask(taskName)
cluster = yield loadCluster(
'localhost', batchState['pipeline_config']['cluster.CLUSTER_NAME'],
'guest')
yield defer_utils.tryUntil(
10,
lambda: _getOutput(batchState, [
'/opt/clovr_pipelines/workflow/project_saved_templates/clovr_lgt_wrapper/set_queue.sh',
cluster['master']['public_dns']
],
log=True),
onFailure=defer_utils.sleep(2))
conf = config.configFromStream(open('/tmp/machine.conf'))
# Remove autoshutdown, we want no part of that
yield ssh.runProcessSSH(cluster['master']['public_dns'],
'rm -v /var/vappio/runtime/noautoshutdown',
stdoutf=None,
stderrf=None,
sshUser=conf('ssh.user'),
sshFlags=conf('ssh.options'),
log=True)
def runInstances(credClient,
ami,
key,
iType,
groups,
availZone,
bidPrice,
minInstances,
maxInstances,
userData):
def _runInstances(num):
if bidPrice:
return credClient.runSpotInstances(bidPrice=bidPrice,
ami=ami,
key=key,
instanceType=iType,
groups=groups,
availabilityZone=availZone,
numInstances=num,
userData=userData)
else:
return credClient.runInstances(ami=ami,
key=key,
instanceType=iType,
groups=groups,
availabilityZone=availZone,
numInstances=num,
userData=userData)
instances = []
@defer.inlineCallbacks
def _startInstances():
startedInstances = yield _runInstances(maxInstances - len(instances))
instances.extend(startedInstances)
if len(instances) < minInstances:
raise InstanceStartError('Wanted %d instances got %d' %
(maxInstances - len(instances),
len(startedInstances)))
try:
yield defer_utils.tryUntil(RUN_INSTANCE_TRIES,
_startInstances,
onFailure=defer_utils.sleep(30))
except Exception, err:
## If we got an exception then terminate any instances
## that were started and reraise exception.
## The last thing we want is to leak instances
##
## This is not completely safe! We should probably
## raise an exception with the started instances in it
## and let the caller decide what to do with them
log.err('Error starting instances')
log.err(err)
defer_utils.mapSerial(lambda iChunk :
credClient.terminateInstances(iChunk),
func.chunk(5, instances))
def initialize(self):
cacheId = lambda d: func.updateDict(d, {"_id": d["user_name"] + "_" + d["pipeline_name"]})
self.cache = yield mongo_cache.createCache("pipelines_cache", cacheId)
self.persistManager.addDependent(self)
self.tagNotify.addDependent(self)
pipelines = yield defer_utils.tryUntil(
10, lambda: self.persistManager.loadAllPipelinesByAdmin({}), onFailure=defer_utils.sleep(2)
)
for pipeline in pipelines:
self.workQueue.add(self._pipelineToDictAndCache, "load", pipeline)
def subscribe(mq, state):
yield defer_utils.tryUntil(10,
lambda : _monitorAnyPipelines(mq, state),
onFailure=defer_utils.sleep(2))
processPipelineList = queue.returnResponse(defer_pipe.pipe([queue.keysInBody(['cluster',
'user_name']),
_forwardToCluster(state.conf, state.conf('pipelines.list_www')),
handleWWWPipelineList]))
queue.subscribe(mq,
state.conf('pipelines.list_www'),
state.conf('pipelines.concurrent_list'),
queue.wrapRequestHandler(state, processPipelineList))
def subscribe(mq, state):
yield defer_utils.tryUntil(10,
lambda: _monitorAnyPipelines(mq, state),
onFailure=defer_utils.sleep(2))
processPipelineList = queue.returnResponse(
defer_pipe.pipe([
queue.keysInBody(['cluster', 'user_name']),
_forwardToCluster(state.conf, state.conf('pipelines.list_www')),
handleWWWPipelineList
]))
queue.subscribe(mq, state.conf('pipelines.list_www'),
state.conf('pipelines.concurrent_list'),
queue.wrapRequestHandler(state, processPipelineList))
def runInstances(credClient, ami, key, iType, groups, availZone, bidPrice,
minInstances, maxInstances, userData):
def _runInstances(num):
if bidPrice:
return credClient.runSpotInstances(bidPrice=bidPrice,
ami=ami,
key=key,
instanceType=iType,
groups=groups,
availabilityZone=availZone,
numInstances=num,
userData=userData)
else:
return credClient.runInstances(ami=ami,
key=key,
instanceType=iType,
groups=groups,
availabilityZone=availZone,
numInstances=num,
userData=userData)
instances = []
@defer.inlineCallbacks
def _startInstances():
startedInstances = yield _runInstances(maxInstances - len(instances))
instances.extend(startedInstances)
if len(instances) < minInstances:
raise InstanceStartError(
'Wanted %d instances got %d' %
(maxInstances - len(instances), len(startedInstances)))
try:
yield defer_utils.tryUntil(RUN_INSTANCE_TRIES,
_startInstances,
onFailure=defer_utils.sleep(30))
except Exception, err:
## If we got an exception then terminate any instances
## that were started and reraise exception.
## The last thing we want is to leak instances
##
## This is not completely safe! We should probably
## raise an exception with the started instances in it
## and let the caller decide what to do with them
log.err('Error starting instances')
log.err(err)
defer_utils.mapSerial(
lambda iChunk: credClient.terminateInstances(iChunk),
func.chunk(5, instances))
def initialize(self):
cacheId = lambda d : func.updateDict(d, {'_id': d['user_name'] +
'_' +
d['pipeline_name']})
self.cache = yield mongo_cache.createCache('pipelines_cache',
cacheId)
self.persistManager.addDependent(self)
self.tagNotify.addDependent(self)
pipelines = yield defer_utils.tryUntil(10,
lambda : self.persistManager.loadAllPipelinesByAdmin({}),
onFailure=defer_utils.sleep(2))
for pipeline in pipelines:
self.workQueue.add(self._pipelineToDictAndCache, 'load', pipeline)
def performQueryNoParse(host, url, var, headers=None, timeout=30, tries=4, debug=False):
if tries == 0:
raise RetriesFailed()
if headers is None:
headers = {}
d = defer_utils.tryUntil(tries,
lambda : getPage(('http://' + host + url).encode('utf_8'),
method='POST',
postdata=urllib.urlencode({'request': json.dumps(var)}),
headers=func.updateDict(headers, {'Content-Type': 'application/x-www-form-urlencoded'}),
connectionTimeout=timeout,
timeout=timeout),
onFailure=defer_utils.sleep(10))
def _error(f):
log.err(f)
return f
d.addErrback(_error)
return d
def _setQueue(taskName, batchState):
yield _blockOnTask(taskName)
cluster = yield loadCluster('localhost',
batchState['pipeline_config']['cluster.CLUSTER_NAME'],
'guest')
yield defer_utils.tryUntil(10,
lambda : _getOutput(batchState,
['/opt/clovr_pipelines/workflow/project_saved_templates/clovr_lgt_wrapper/set_queue.sh',
cluster['master']['public_dns']],
log=True),
onFailure=defer_utils.sleep(2))
conf = config.configFromStream(open('/tmp/machine.conf'))
# Remove autoshutdown, we want no part of that
yield ssh.runProcessSSH(cluster['master']['public_dns'],
'rm -v /var/vappio/runtime/noautoshutdown',
stdoutf=None,
stderrf=None,
sshUser=conf('ssh.user'),
sshFlags=conf('ssh.options'),
log=True)
def instantiateCredential(conf, cred):
if not conf('config_loaded', default=False):
conf = config.configFromConfig(conf,
base=config.configFromStream(open(conf('conf_file')),
base=conf))
certFile = os.path.join(conf('general.secure_tmp'), cred.name + '_cert.pem')
keyFile = os.path.join(conf('general.secure_tmp'), cred.name + '_key.pem')
mainDeferred = defer.succeed(None)
if not os.path.exists(certFile) and not os.path.exists(keyFile):
tmpCertFile = os.path.join(conf('general.secure_tmp'), cred.name + '_cert-tmp.pem')
tmpKeyFile = os.path.join(conf('general.secure_tmp'), cred.name + '_key-tmp.pem')
if 'ec2_url' not in cred.metadata:
return defer.fail(Exception('You must have an ec2_url'))
parsedUrl = urlparse.urlparse(cred.metadata['ec2_url'])
if ':' not in parsedUrl.netloc:
return defer.fail(Exception('Your URL must contain a port'))
host, port = parsedUrl.netloc.split(':')
fout = open(tmpCertFile, 'w')
fout.write(cred.cert)
fout.close()
fout = open(tmpKeyFile, 'w')
fout.write(cred.pkey)
fout.close()
d = commands.runProcess(['nimbusCerts2EC2.py',
'--in-cert=' + tmpCertFile,
'--out-cert=' + certFile,
'--in-key=' + tmpKeyFile,
'--out-key=' + keyFile,
'--java-cert-dir=/tmp',
'--java-cert-host=' + host,
'--java-cert-port=' + port],
stdoutf=None,
stderrf=None,
log=True)
def _chmod(_exitCode):
return commands.runProcess(['chmod', '+r', keyFile], stdoutf=None, stderrf=None)
d.addCallback(_chmod)
def _unlink(v):
os.unlink(tmpCertFile)
os.unlink(tmpKeyFile)
return v
d.addCallback(_unlink)
d.addErrback(_unlink)
mainDeferred.addCallback(lambda _ : d)
ec2Home = cred.metadata.get('ec2_api_tools', '/opt/ec2-api-tools-1.3-57419')
newCred = func.Record(name=cred.name, conf=conf, cert=certFile, pkey=keyFile, ec2Path=os.path.join(ec2Home, 'bin'),
env=dict(EC2_JVM_ARGS='-Djavax.net.ssl.trustStore=/tmp/jssecacerts',
EC2_HOME=ec2Home,
EC2_URL=cred.metadata['ec2_url']))
if os.path.exists(conf('cluster.cluster_private_key') + '.pub'):
pubKey = open(conf('cluster.cluster_private_key') + '.pub').read().rstrip()
def _addKeypair():
keyPairDefer = ec2.addKeypair(newCred, conf('cluster.key') + '||' + pubKey)
def _printError(f):
log.msg('Adding keypair failed, retrying')
log.err(f)
return f
keyPairDefer.addErrback(_printError)
return keyPairDefer
mainDeferred.addCallback(lambda _ : defer_utils.tryUntil(10, _addKeypair, onFailure=defer_utils.sleep(30)))
mainDeferred.addCallback(lambda _ : newCred)
return mainDeferred
def _(*args, **kwargs):
return defer_utils.tryUntil(n,
lambda : f(*args, **kwargs),
onFailure=defer_utils.sleep(30),
retry=retryIfTTLError)
def instantiateCredential(conf, cred):
if not conf('config_loaded', default=False):
conf = config.configFromConfig(conf,
base=config.configFromStream(open(
conf('conf_file')),
base=conf))
certFile = os.path.join(conf('general.secure_tmp'),
cred.name + '_cert.pem')
keyFile = os.path.join(conf('general.secure_tmp'), cred.name + '_key.pem')
mainDeferred = defer.succeed(None)
if not os.path.exists(certFile) and not os.path.exists(keyFile):
tmpCertFile = os.path.join(conf('general.secure_tmp'),
cred.name + '_cert-tmp.pem')
tmpKeyFile = os.path.join(conf('general.secure_tmp'),
cred.name + '_key-tmp.pem')
if 'ec2_url' not in cred.metadata:
return defer.fail(Exception('You must have an ec2_url'))
parsedUrl = urlparse.urlparse(cred.metadata['ec2_url'])
if ':' not in parsedUrl.netloc:
return defer.fail(Exception('Your URL must contain a port'))
host, port = parsedUrl.netloc.split(':')
fout = open(tmpCertFile, 'w')
fout.write(cred.cert)
fout.close()
fout = open(tmpKeyFile, 'w')
fout.write(cred.pkey)
fout.close()
d = commands.runProcess([
'nimbusCerts2EC2.py', '--in-cert=' + tmpCertFile,
'--out-cert=' + certFile, '--in-key=' + tmpKeyFile,
'--out-key=' + keyFile, '--java-cert-dir=/tmp',
'--java-cert-host=' + host, '--java-cert-port=' + port
],
stdoutf=None,
stderrf=None,
log=True)
def _chmod(_exitCode):
return commands.runProcess(['chmod', '+r', keyFile],
stdoutf=None,
stderrf=None)
d.addCallback(_chmod)
def _unlink(v):
os.unlink(tmpCertFile)
os.unlink(tmpKeyFile)
return v
d.addCallback(_unlink)
d.addErrback(_unlink)
mainDeferred.addCallback(lambda _: d)
ec2Home = cred.metadata.get('ec2_api_tools',
'/opt/ec2-api-tools-1.3-57419')
newCred = func.Record(
name=cred.name,
conf=conf,
cert=certFile,
pkey=keyFile,
ec2Path=os.path.join(ec2Home, 'bin'),
env=dict(EC2_JVM_ARGS='-Djavax.net.ssl.trustStore=/tmp/jssecacerts',
EC2_HOME=ec2Home,
EC2_URL=cred.metadata['ec2_url']))
if os.path.exists(conf('cluster.cluster_private_key') + '.pub'):
pubKey = open(conf('cluster.cluster_private_key') +
'.pub').read().rstrip()
def _addKeypair():
keyPairDefer = ec2.addKeypair(newCred,
conf('cluster.key') + '||' + pubKey)
def _printError(f):
log.msg('Adding keypair failed, retrying')
log.err(f)
return f
keyPairDefer.addErrback(_printError)
return keyPairDefer
mainDeferred.addCallback(lambda _: defer_utils.tryUntil(
10, _addKeypair, onFailure=defer_utils.sleep(30)))
mainDeferred.addCallback(lambda _: newCred)
return mainDeferred
def _(*args, **kwargs):
return defer_utils.tryUntil(n,
lambda: f(*args, **kwargs),
onFailure=defer_utils.sleep(30),
retry=retryIfTTLError)
