def _launchInstance(self, doc, config):
log.msg("attempting to create context with document:\n"+doc)
contextClient = ContextClient()
try:
launches = contextClient.createFromString(doc)
if len(launches) != 1:
raise Exception("can only handle one launch at a time right now, sorry")
launch = launches[0]
conn = boto.connect_ec2(self.accessID, self.secret)
res = conn.run_instances(launch.image,
min_count=launch.quantity,
max_count=launch.quantity,
user_data=launch.userdata,
key_name=config.keypair)
response = []
for inst in res.instances:
if not self._waitInstance(inst,"running"):
res.stop_all()
raise ProvisionError("instance startup timed out")
response.append({ 'id' : inst.id,
'hostname' : inst.public_dns_name,
'type' : config.name })
# wait for the context broker to report OK
contextClient.monitor()
return response
finally:
contextClient.cleanup()
import time
from cpe_provisioner_ec2 import EC2Config
from cpe_provisioner_context import ContextClient
if __name__ == "__main__":
import sys
broker_url = sys.argv[1] # e.g: https://tp-x001.ci.uchicago.edu:8443/wsrf/services/NimbusContextBroker
broker_id = sys.argv[2] # e.g: /C=ae5d95ac-30aa-4c6b-b92c-84f25c7f3455/CN=localhost
print broker_url, broker_id
#clusterfile = EC2Config("test-1", "ami-xxxxxx", "xxx-keypair-xxx").toWorkspaceXml()
clusterfile = open("harness.xml").read()
contextClient = ContextClient(broker_url, broker_id)
lds = contextClient.createFromString(clusterfile) #launch descriptions
import pdb; pdb.set_trace()
time.sleep(2)
print contextClient.monitor()
(commonconf, ec2conf, opts) = get_confs(config_string)
commonconf.sshdkeypath=os.path.join(os.path.expanduser("~/"), ".ssh/id_rsa.pub") #XXX
config_logging(commonconf, opts, loglevel=logging.DEBUG)
ec2_iaction = AmazonInstantiationDummy(commonconf, ec2conf, userdata=userdata, count=run_number)
ec2_iaction.run()
iactionresult = ec2_iaction.result
dra = DefaultRetrieveAction(commonconf, iactionresult)
dra.run()
broker_ok(dra)
if __name__ == "__main__":
clusterfile = open(sys.argv[1]).read()
broker_url = sys.argv[2] # e.g: https://tp-x001.ci.uchicago.edu:8443/wsrf/services/NimbusContextBroker
broker_id = sys.argv[3] # e.g: /C=ae5d95ac-30aa-4c6b-b92c-84f25c7f3455/CN=localhost
contextClient = ContextClient(broker_url, broker_id)
launch_descrips = contextClient.createFromString(clusterfile)
TOTAL_AGENTS = sum(int(item.quantity) for item in launch_descrips)
create_nimbus_harness_dirs(TOTAL_AGENTS) #better way?
print "Starting %s ctx-agents..." % TOTAL_AGENTS
total = 0
for ld in launch_descrips:
cur_quantity = int(ld.quantity)
print "Current launch description quantity = ", cur_quantity
while cur_quantity > 0:
nimbus_dir = "/opt/nimbus"+str(total)
userdata = ld.userdata
config_string = nimbus_config_template.render(nimbus_dir)
thread = Thread(target=main, args=(total, config_string, userdata))
thread.start()
import time
from cpe_provisioner_ec2 import EC2Config
from cpe_provisioner_context import ContextClient
if __name__ == "__main__":
import sys
broker_url = sys.argv[
1] # e.g: https://tp-x001.ci.uchicago.edu:8443/wsrf/services/NimbusContextBroker
broker_id = sys.argv[
2] # e.g: /C=ae5d95ac-30aa-4c6b-b92c-84f25c7f3455/CN=localhost
print broker_url, broker_id
#clusterfile = EC2Config("test-1", "ami-xxxxxx", "xxx-keypair-xxx").toWorkspaceXml()
clusterfile = open("harness.xml").read()
contextClient = ContextClient(broker_url, broker_id)
lds = contextClient.createFromString(clusterfile) #launch descriptions
import pdb
pdb.set_trace()
time.sleep(2)
print contextClient.monitor()