def _process_deployment_info(self): has_error = False errmsg = "" deployment_info = self._management_data_layer_client.get(self._deployment_info_key) num_trials = 0 sleep_time = 1.0 while num_trials < 5 and (deployment_info is None or deployment_info == ""): time.sleep(sleep_time) deployment_info = self._management_data_layer_client.get(self._deployment_info_key) num_trials = num_trials + 1 sleep_time = sleep_time * 2 if num_trials == 5: has_error = True errmsg = "Could not retrieve deployment info: " + self._deployment_info_key if not has_error: # if we're running on kubernetes, the endpoint will correspond to the assigned url # if we're running on bare-metal, the endpoint will correspond to the hostip + docker-mapped port self._external_endpoint = self._management_data_layer_client.getMapEntry(self._workflowid + "_workflow_endpoint_map", endpoint_key) num_trials = 0 sleep_time = 1.0 while num_trials < 5 and (self._external_endpoint is None or self._external_endpoint == ""): time.sleep(sleep_time) self._external_endpoint = self._management_data_layer_client.getMapEntry(self._workflowid + "_workflow_endpoint_map", endpoint_key) num_trials = num_trials + 1 sleep_time = sleep_time * 2 if num_trials == 5: has_error = True errmsg = "Could not retrieve endpoint: " + self._endpoint_key # in Kubernetes, endpoint is the externally visible URL # in bare-metal, endpoint is the current host's address # for session support, in FunctionWorker, we need current host address (bare-metal) # or current node address (kubernetes) # for parallel state support, in FunctionWorker, either would be fine # As such, let the FunctionWorker know both and let it decide what to do if 'KUBERNETES_SERVICE_HOST' in os.environ: # get current node's internal address self._internal_endpoint = "http://" + socket.gethostbyname(socket.gethostname()) + ":" + str(os.getenv("PORT", "8080")) else: # bare-metal mode: the current host's address and external address are the same self._internal_endpoint = self._external_endpoint if not has_error: self._logger.info("External endpoint: %s", self._external_endpoint) self._logger.info("Internal endpoint: %s", self._internal_endpoint) self._deployment = Deployment(deployment_info,\ self._hostname, self._userid, self._sandboxid, self._workflowid,\ self._workflowname, self._queue, self._datalayer, \ self._logger, self._external_endpoint, self._internal_endpoint) self._deployment.set_child_process("fb", self._fluentbit_process, self._command_args_map_fluentbit) has_error, errmsg = self._deployment.process_deployment_info() return has_error, errmsg
def deploy_cloud(self): dep = Deployment(self.dea, YAML_CONF_DIR, self.env_id, self.node_roles_dict, self.no_health_check, self.deploy_timeout) if not self.no_deploy_environment: dep.deploy() else: log('Configuration is done. Deployment is not launched.')
def deploy_cloud(self): dep = Deployment(self.dea, YAML_CONF_DIR, self.env_id, self.node_roles_dict, self.no_health_check, self.deploy_timeout) if not self.no_deploy_environment: dep.deploy() else: log('Configuration is done. Deployment is not launched.')
def main() -> None: args = parse_arguments() nr = InitNornir("config.yaml") update_host_vars(nr.inventory) update_description(nr.inventory) deployment = Deployment(args.topologies, nr.inventory) import ipdb ipdb.set_trace()
def simple_deployment_fixture(simple_box): """ This fixture will return a simple Deployment with width 10, height 20, x_pos 5, y_pos 15, colour black and name "simple" """ deployment = Deployment("simple", simple_box) return deployment
def execute(action, action_info, environment, consul_api): if isinstance(action, InstallAction): deployment_config = { 'cause': 'Deployment', 'deployment_id': action.deployment_id, 'environment': environment, 'last_deployment_id': action_info['last_deployment_id'], 'platform': platform.system().lower(), 'service': action.service } deployment = Deployment(config=deployment_config, consul_api=consul_api, aws_config=config['aws']) return deployment.run() elif isinstance(action, IgnoreAction): logging.info('Found Ignore action, not installing \'{0}\''.format(action.service.id)) return {'id': action.deployment_id, 'is_success': True} elif isinstance(action, UninstallAction): logging.info('Uninstall action not yet supported!') return {'id': action.deployment_id, 'is_success': True}
def main(argv): file = argv[1]; graph = Graph(); # read input file of teacher and student relation and create graph network with open(file) as f: for line in f: line = line.strip().split(',') user1 = User(line[0]) user2 = User(line[1]) graph.addConnection(user1, user2, True) version = '2.0' newversion = Deployment(graph, version) print "----Initial state:----" printAllUsers(graph) # Ask admin to select the node to start the deployment process node = raw_input('Select node to deploy: ') user = graph.getUser(node) threshold = None strict = None isthreshold = raw_input('Do you want to limit the infection[y/n]: ') if isthreshold == 'y': threshold = int(raw_input('Enter the limit: ')) isstrict = raw_input('Is this limit strict[y/n]: ') if isstrict == 'y': strict = 'strict' newversion.deploy(user, threshold, strict) print "------Final State-------" printAllUsers(graph) plotGraph(graph)
def createDeployment(studyId, deploymentData): #check that deploymentData is valid if not ("name" in deploymentData and type(deploymentData["name"])==str and len(deploymentData["name"])>0): raise errors.BadRequestError("Deployment must have attribute 'name' (type=str and length>0)") if not ("goalSampleSize" in deploymentData and type(deploymentData["goalSampleSize"]) in [int, Decimal] and deploymentData["goalSampleSize"]>0): raise errors.BadRequestError("Deployment must have attribute 'goalSampleSize' (type=int and value>0)") if not ("facility" in deploymentData and type(deploymentData["facility"]) in [str, dict] and len(deploymentData["facility"])>0): raise errors.BadRequestError("Deployment must have attribute 'facility' (type=str or dict and length>0)") #construct the deployment d = Deployment() d.name = deploymentData["name"] if "description" in deploymentData: d.description = deploymentData["description"] d.goalSampleSize = int(deploymentData["goalSampleSize"]) d.facility = facility_db_access.loadFacility(deploymentData["facility"]) #create the deployment (by updating its parent study) return study_db_access.createDeploymentForStudy(studyId, d)
def get_deployments(data): """ Look through the data and pull out a list of deployment objects from it Args: data: the parsed yaml data (nested lists and dicts) Returns: A list of Deployment objects """ # look for elements of the list that have kind==Deployment deployments = [] for section in data: if section.get("kind", "") == "Deployment": metadata = section.get("metadata", None) if metadata: name = metadata.get("name", None) if name: deployments.append(Deployment(name)) return deployments
#! /usr/bin/env python import os.path from code import InteractiveConsole from deployment import Deployment D = Deployment() console = InteractiveConsole(locals={"D": D, "ec2": D.ec2}) pyrc = os.path.expanduser(os.path.join("~", ".pythonrc.py")) if os.path.exists(pyrc): console.runsource(open(pyrc).read()) console.interact()
class SandboxAgent: def __init__(self, hostname, queue, datalayer, sandboxid, userid, workflowid, elasticsearch, workflowname, endpoint_key): self._start = time.time() self._python_version = sys.version_info self._hostname = hostname self._queue = queue self._datalayer = datalayer self._elasticsearch = elasticsearch self._userid = userid self._sandboxid = sandboxid self._workflowid = workflowid self._workflowname = workflowname # _XXX_: we'll use the endpoint_key to look up our endpoint self._endpoint_key = endpoint_key self._deployment_info_key = "deployment_info_workflow_" + self._workflowid self._logger = logging_helpers.setup_logger(self._sandboxid, LOG_FILENAME) self._fluentbit_process, self._command_args_map_fluentbit = logging_helpers.setup_fluentbit_and_elasticsearch_index( self._logger, FLUENTBIT_FOLDER, self._elasticsearch, ELASTICSEARCH_INDEX_WF, ELASTICSEARCH_INDEX_FE) self._logger.info("hostname (and container name): %s", self._hostname) self._logger.info("elasticsearch nodes: %s", self._elasticsearch) self._logger.info("queueservice: %s", self._queue) self._logger.info("datalayer: %s", self._datalayer) self._logger.info("user id: %s", self._userid) self._logger.info("sandbox id: %s", self._sandboxid) self._logger.info("workflow id: %s", self._workflowid) self._logger.info("workflow name: %s", self._workflowname) self._logger.info("endpoint_key: %s", self._endpoint_key) self._instructions_topic = "instructions_" + self._sandboxid self._management_data_layer_client = DataLayerClient( locality=1, sid="Management", wid="Management", is_wf_private=True, connect=self._datalayer) self._logger.info("Management data layer client connected after %s s", str(time.time() - self._start)) # to be declared later self._local_queue_client = None self._deployment = None self._queue_service_process = None self._frontend_process = None # visible to the outside world: either kubernetes assigned URL or bare-metal host address + exposed port self._external_endpoint = None # visible internally: kubernetes node address or same as bare-metal external endpoint self._internal_endpoint = None self._is_running = False self._shutting_down = False def _handle_instruction(self, instruction): error = None action = instruction["action"] if "parameters" in instruction: parameters = instruction["parameters"] if action == "stop-function-worker": self._deployment.stop_function_worker(parameters["functionTopic"]) elif action == "shutdown": self.shutdown() else: error = "Unsupported 'action' in instruction: " + action return error def _get_and_handle_message(self): error = None lqm = self._local_queue_client.getMessage(self._instructions_topic, POLL_TIMEOUT) if lqm is not None: lqcm = LocalQueueClientMessage(lqm) key = lqcm.get_key() value = lqcm.get_value() self._logger.info(key + " " + value) try: instruction = json.loads(value) error = self._handle_instruction(instruction) except Exception as exc: error = "Couldn't decode instruction: " + str(exc) self._logger.error(error) if error is None: self._logger.info( "Handled instruction successfully at t+ %s s", str(time.time() - self._start)) def _process_deployment_info(self): has_error = False errmsg = "" deployment_info = self._management_data_layer_client.get( self._deployment_info_key) num_trials = 0 sleep_time = 1.0 while num_trials < 5 and (deployment_info is None or deployment_info == ""): time.sleep(sleep_time) deployment_info = self._management_data_layer_client.get( self._deployment_info_key) num_trials = num_trials + 1 sleep_time = sleep_time * 2 if num_trials == 5: has_error = True errmsg = "Could not retrieve deployment info: " + self._deployment_info_key if not has_error: # if we're running on kubernetes, the endpoint will correspond to the assigned url # if we're running on bare-metal, the endpoint will correspond to the hostip + docker-mapped port self._external_endpoint = self._management_data_layer_client.getMapEntry( self._workflowid + "_workflow_endpoint_map", endpoint_key) num_trials = 0 sleep_time = 1.0 while num_trials < 5 and (self._external_endpoint is None or self._external_endpoint == ""): time.sleep(sleep_time) self._external_endpoint = self._management_data_layer_client.getMapEntry( self._workflowid + "_workflow_endpoint_map", endpoint_key) num_trials = num_trials + 1 sleep_time = sleep_time * 2 if num_trials == 5: has_error = True errmsg = "Could not retrieve endpoint: " + self._endpoint_key # in Kubernetes, endpoint is the externally visible URL # in bare-metal, endpoint is the current host's address # for session support, in FunctionWorker, we need current host address (bare-metal) # or current node address (kubernetes) # for parallel state support, in FunctionWorker, either would be fine # As such, let the FunctionWorker know both and let it decide what to do if 'KUBERNETES_SERVICE_HOST' in os.environ: # get current node's internal address self._internal_endpoint = "http://" + socket.gethostbyname( socket.gethostname()) + ":" + str(os.getenv("PORT", "8080")) else: # bare-metal mode: the current host's address and external address are the same self._internal_endpoint = self._external_endpoint if not has_error: self._logger.info("External endpoint: %s", self._external_endpoint) self._logger.info("Internal endpoint: %s", self._internal_endpoint) self._deployment = Deployment(deployment_info,\ self._hostname, self._userid, self._sandboxid, self._workflowid,\ self._workflowname, self._queue, self._datalayer, \ self._logger, self._external_endpoint, self._internal_endpoint) self._deployment.set_child_process( "fb", self._fluentbit_process, self._command_args_map_fluentbit) has_error, errmsg = self._deployment.process_deployment_info() return has_error, errmsg # SIGTERM kills Thrift before we can handle stuff def sigterm(self, signum, frame): self.shutdown() # raise interrupt to kill main sequence when shutdown was not received through the queue raise InterruptedError def sigchld(self, signum, _): if not self._shutting_down: should_shutdown, pid = self._deployment.check_child_process() if should_shutdown: self._update_deployment_status( True, "A sandbox process stopped unexpectedly.") self.shutdown(reason="Process with pid: " + str(pid) + " stopped unexpectedly.") def shutdown(self, reason=None): self._shutting_down = True if reason is not None: self._logger.error("Shutting down sandboxagent due to reason: " + reason) else: self._logger.info("Gracefully shutting down sandboxagent") self._logger.info("Shutting down the frontend...") if self._frontend_process is not None: self._frontend_process.terminate() self._logger.info("Shutting down the function worker(s)...") self._deployment.shutdown() # shut down the local queue client, so that we can also shut down the queue service self._local_queue_client.removeTopic(self._instructions_topic) self._local_queue_client.shutdown() self._logger.info("Shutting down the queue service...") if self._queue_service_process is not None: process_utils.terminate_and_wait_child(self._queue_service_process, "queue service", 5, self._logger) # we can't do this here, because there may be other sandboxes running the same workflow #self._management_data_layer_client.put("workflow_status_" + self._workflowid, "undeployed") self._management_data_layer_client.shutdown() self._logger.info("Shutting down fluent-bit...") time.sleep(2) # flush interval of fluent-bit process_utils.terminate_and_wait_child(self._fluentbit_process, "fluent-bit", 5, self._logger) self._is_running = False try: self._frontend_process.wait(30) except subprocess.TimeoutExpired as exc: self._frontend_process.kill() _, _ = self._frontend_process.communicate() self._logger.info("Shutdown complete") def _stop_deployment(self, reason, errmsg): self._logger.error( "Stopping deployment due to error in launching %s...", reason) self._logger.error(errmsg) self._update_deployment_status(True, errmsg) self._management_data_layer_client.shutdown() os._exit(1) def _update_deployment_status(self, has_error, errmsg): sbstatus = {} sbstatus["errmsg"] = errmsg if has_error: sbstatus["status"] = "failed" else: sbstatus["status"] = "deployed" # set our own status in the map self._management_data_layer_client.putMapEntry( self._workflowid + "_sandbox_status_map", self._endpoint_key, json.dumps(sbstatus)) def run(self): has_error = False errmsg = "" ts_qs_launch = time.time() # 1. launch the QueueService here self._logger.info("Launching QueueService...") cmdqs = "java -jar /opt/mfn/queueservice.jar" command_args_map_qs = {} command_args_map_qs["command"] = cmdqs command_args_map_qs["wait_until"] = "Starting local queue..." error, self._queue_service_process = process_utils.run_command( cmdqs, self._logger, wait_until="Starting local queue...") if error is not None: has_error = True errmsg = "Could not start the sandbox queue service: " + str(error) if has_error: self._stop_deployment("queue service", errmsg) ts_fw_launch = time.time() # 2. process the deployment info and start function workers self._logger.info( "Going to parse the deployment info and get the endpoint...") has_error, errmsg = self._process_deployment_info() if has_error: self._stop_deployment("workflow", errmsg) ts_fe_launch = time.time() # 3. launch the frontend self._logger.info("Launching frontend...") cmdweb = "/opt/mfn/frontend" fenv = dict(os.environ) workflow = self._deployment.get_workflow() fenv["MFN_ENTRYTOPIC"] = workflow.getWorkflowEntryTopic() fenv["MFN_RESULTTOPIC"] = workflow.getWorkflowExitTopic() fenv["MFN_QUEUE"] = self._queue # MFN_DATALAYER already set command_args_map_fe = {} command_args_map_fe["command"] = cmdweb command_args_map_fe["custom_env"] = fenv command_args_map_fe[ "wait_until"] = "Frontend is ready to handle requests" error, self._frontend_process = process_utils.run_command( cmdweb, self._logger, custom_env=fenv, wait_until="Frontend is ready to handle requests") if error is not None: has_error = True errmsg = "Could not start the frontend: " + str(error) if has_error: self._stop_deployment("frontend", errmsg) self._logger.info("frontend started") t_fe = (time.time() - ts_fe_launch) * 1000.0 t_fw = (ts_fe_launch - ts_fw_launch) * 1000.0 t_qs = (ts_fw_launch - ts_qs_launch) * 1000.0 self._logger.info( "QS launch time: %s (ms), FWs download + launch time: %s (ms), FE launch time: %s (ms)", str(t_qs), str(t_fw), str(t_fe)) self._deployment.set_child_process("qs", self._queue_service_process, command_args_map_qs) self._deployment.set_child_process("fe", self._frontend_process, command_args_map_fe) # 4. start listening for additional instructions if any self._local_queue_client = LocalQueueClient(connect=self._queue) self._local_queue_client.addTopic(self._instructions_topic) self._is_running = True signal.signal(signal.SIGTERM, self.sigterm) children_pids = self._deployment.get_all_children_pids() children_pids.sort() self._logger.info("All children pids: " + str(children_pids)) signal.signal(signal.SIGCHLD, self.sigchld) # update our own sandbox status self._update_deployment_status(False, errmsg) #self._management_data_layer_client.put("workflow_status_" + self._workflowid, "deployed") #self._management_data_layer_client.delete("workflow_status_error_" + self._workflowid) self._logger.info("Successfully deployed.") while self._is_running: try: self._get_and_handle_message() except Exception as exc: self._logger.error("%s", str(exc)) time.sleep(2)
def CreateDeployment(self, info): deployment = Deployment(info) self.etcd.deploymentList.append(deployment) print("Deployment " + deployment.deploymentLabel + " created")
from os import path from kubernetes import client, config, watch from deployment import Deployment from pod import Pod config.load_kube_config() v1 = client.CoreV1Api() print("Listing pods with their IPs:") ret = v1.list_pod_for_all_namespaces(watch=False) for i in ret.items: print("%s\t%s\t%s" % (i.status.pod_ip, i.metadata.namespace, i.metadata.name)) if __name__ == '__main__': yaml_file = "yamls/deployments/nginx-deployment.yaml" yaml_file_path = path.join(path.dirname(__file__), yaml_file) deployment = Deployment("nginx-deployment", "default", yaml_file_path) deployment.patch() # deployment.patch() # deployment.delete() pods = Pod() pods.get_pods()
def deploy_cloud(self): dep = Deployment(self.dea, YAML_CONF_DIR, self.env_id, self.node_roles_dict, self.no_health_check) dep.deploy()
def deploy(args): D = Deployment() D.ensure_static_resources() with D.security(): D.rolling_base() D.ensure_dynamic_instances(args.revision) # The idea behind the D.security() context manager is to have an easy way to # expose port 22 on AWS instances, run ansible playbooks on them, and then # promptly close off port 22 access. # # However, D.security() will only consider instances that were around at the # time the context was created. So, if ensure_dynamic_instances ends up # deciding that it needs to (re)create some instances, then the new instanes # will not have their ports exposed. # # The straightforward solution, which is what is implemented here, is to # just exit the security context and enter a new one, at which point we'd be # sure to have all the ports we need exposed. with D.security(): D.rolling_deploy() D.send_bot("deploy complete")
def test_create_deployment(name, simple_box): """ Test that we can create a deployment with the right name """ deployment = Deployment(name, simple_box) assert deployment.name == name
def stage(args): D = Deployment() rev, staged = D.check_rev(args.revision) if staged: D.send_bot("revision {} already staged".format(rev)) else: D.ensure_static_resources() with D.security(): D.rolling_base() D.ensure_dynamic_instances(args.revision) # See above comment explaining why we use two separate block contexts with D.security(): D.rolling_stage(args.revision) D.send_bot("revision {} successfully staged".format(rev))
def deploy_cloud(self): dep = Deployment(self.dea, YAML_CONF_DIR, self.env_id, self.node_id_roles_dict) dep.deploy()
def loadDeployment(deploymentData): """Returns a Deployment object for the given data""" #check that the deploymentData is valid if not ("deploymentId" in deploymentData and type(deploymentData["deploymentId"])==str and len(deploymentData["deploymentId"])>0): raise errors.BadRequestError("Deployment must have attribute 'deploymentId' (type=str and length>0)") if not ("name" in deploymentData and type(deploymentData["name"])==str and len(deploymentData["name"])>0): raise errors.BadRequestError("Deployment must have attribute 'name' (type=str and length>0)") if not ("status" in deploymentData and type(deploymentData["status"])==str and len(deploymentData["status"])>0): raise errors.BadRequestError("Deployment must have attribute 'status' (type=str and length>0)") if not ("dateCreated" in deploymentData and type(deploymentData["dateCreated"])==str and len(deploymentData["dateCreated"])>0): raise errors.BadRequestError("Deployment must have attribute 'dateCreated' (type=str and length>0)") if not ("dateModified" in deploymentData and type(deploymentData["dateModified"])==str and len(deploymentData["dateModified"])>0): raise errors.BadRequestError("Deployment must have attribute 'dateCreated' (type=str and length>0)") if not ("archived" in deploymentData and type(deploymentData["archived"])==bool): raise errors.BadRequestError("Deployment must have attribute 'archived' (type=bool)") if not ("goalSampleSize" in deploymentData and type(deploymentData["goalSampleSize"]) in [int, Decimal] and deploymentData["goalSampleSize"]>0): raise errors.BadRequestError("Deployment must have attribute 'goalSampleSize' (type=int and value>0)") if not ("currentSampleSize" in deploymentData and type(deploymentData["currentSampleSize"]) in [int, Decimal] and deploymentData["currentSampleSize"]>=0): raise errors.BadRequestError("Deployment must have attribute 'currentSampleSize' (type=int and value>=0)") if not ("facility" in deploymentData and type(deploymentData["facility"]) in [str, dict] and len(deploymentData["facility"])>0): raise errors.BadRequestError("Deployment must have attribute 'facility' (type=str or dict and length>0)") #construct the deployment d = Deployment() d.deploymentId = deploymentData["deploymentId"] d.name = deploymentData["name"] if "description" in deploymentData: d.description = deploymentData["description"] d.status = deploymentData["status"] d.dateCreated = deploymentData["dateCreated"] d.dateModified = deploymentData["dateModified"] d.archived = deploymentData["archived"] d.goalSampleSize = int(deploymentData["goalSampleSize"]) d.currentSampleSize = int(deploymentData["currentSampleSize"]) d.facility = facility_db_access.loadFacility(deploymentData["facility"]) return d
parser.add_argument('--end', '-e', type=int, default=16, help='end step') parser.add_argument('--clean', '-c', action='store_true', help='cleanup instances') args = parser.parse_args() def validate_deployment_id(deployment_id): # Since hydra depends on dashes and gce api doesn't allow other non-aphanumeric characters # in instance names, don't allow them in deployment_ids if re.match(r"^[a-z0-9]+$", deployment_id): return deployment_id else: exception_msg = "--deployment_id | -i <%s> cannot contain non-alphanumeric characters" % (deployment_id) raise ValueError(exception_msg) if __name__ == "__main__": deployment_id = validate_deployment_id(args.deployment_id) config_file = args.config_file config = Config(deployment_id) config.parse_config_file(config_file) # Will populate config section list of config. dep = Deployment(config) if args.clean: print("==> Removing deployment nodes for deployment-id: %s" % deployment_id) dep.cleanup() else: for step in range(args.start, args.end + 1): print ("======================= STEP %d =======================" % step) dep.deploy(step)
def validate_deployment_id(deployment_id): # Since hydra depends on dashes and gce api doesn't allow other non-aphanumeric characters # in instance names, don't allow them in deployment_ids if re.match(r"^[A-Za-z0-9]+$", deployment_id): return deployment_id else: exception_msg = "--deployment_id | -i <%s> cannot contain non-alphanumeric characters" % ( deployment_id) raise ValueError(exception_msg) if __name__ == "__main__": deployment_id = validate_deployment_id(args.deployment_id) config_file = args.config_file config = Config(deployment_id) config.parse_config_file( config_file) # Will populate config section list of config. dep = Deployment(config) if args.clean: print("==> Removing deployment nodes for deployment-id: %s" % deployment_id) dep.cleanup() else: for step in range(args.start, args.end + 1): print("======================= STEP %d =======================" % step) dep.deploy(step)
def CreateDeployment(self, info): deployment = Deployment(info) self.etcd.deploymentList.append(deployment)