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| 'use strict';
Object.defineProperty(exports, "__esModule", {
value: true
});
exports.DELETE_TASKFLOW = exports.BIND_SIMULATION_TO_TASKFLOW = exports.UPDATE_TASKFLOW_METADATA = exports.UPDATE_TASKFLOW_TASKS = exports.UPDATE_TASKFLOW_STATUS = exports.ADD_TASKFLOW = exports.UPDATE_TASKFLOW_TASK_STATUS = exports.UPDATE_TASKFLOW_JOB_STATUS = exports.TRIGGER_UPDATE = exports.UPDATE_TASKFLOW_TASK_LOG = exports.UPDATE_TASKFLOW_JOB_LOG = exports.GET_TASKFLOW_JOB_LOG = exports.UPDATE_TASKFLOW_LOG = exports.GET_TASKFLOW_LOG = exports.UPDATE_TASKFLOW = exports.CLEAR_UPDATE_LOG = exports.PENDING_TASKFLOW_NETWORK = undefined;
exports.pendingNetworkCall = pendingNetworkCall;
exports.clearUpdateLog = clearUpdateLog;
exports.updateTaskflowLog = updateTaskflowLog;
exports.triggerUpdate = triggerUpdate;
exports.getTaskflowLog = getTaskflowLog;
exports.updateTaskflowJobLog = updateTaskflowJobLog;
exports.getTaskflowJobLog = getTaskflowJobLog;
exports.updateTaskflowTaskLog = updateTaskflowTaskLog;
exports.updateTaskflowJobStatus = updateTaskflowJobStatus;
exports.updateTaskflowTaskStatus = updateTaskflowTaskStatus;
exports.addTaskflow = addTaskflow;
exports.attachSimulationToTaskflow = attachSimulationToTaskflow;
exports.updateTaskflowStatus = updateTaskflowStatus;
exports.updateTaskflowMetadata = updateTaskflowMetadata;
exports.startTaskflow = startTaskflow;
exports.deleteTaskflow = deleteTaskflow;
exports.createTaskflow = createTaskflow;
exports.fetchTaskflowTasks = fetchTaskflowTasks;
exports.fetchTaskflow = fetchTaskflow;
exports.updateTaskflowFromSimulation = updateTaskflowFromSimulation;
exports.terminateTaskflow = terminateTaskflow;
var _network = require('./network');
var netActions = _interopRequireWildcard(_network);
var _projects = require('./projects');
var projActions = _interopRequireWildcard(_projects);
var _clusters = require('./clusters');
var clusterActions = _interopRequireWildcard(_clusters);
var _progress = require('./progress');
var progressActions = _interopRequireWildcard(_progress);
var _volumes = require('./volumes');
var volumeActions = _interopRequireWildcard(_volumes);
var _network2 = require('../../network');
var _network3 = _interopRequireDefault(_network2);
var _ = require('..');
function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }
function _interopRequireWildcard(obj) { Eif (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } }
var PENDING_TASKFLOW_NETWORK = exports.PENDING_TASKFLOW_NETWORK = 'PENDING_TASKFLOW_NETWORK';
var CLEAR_UPDATE_LOG = exports.CLEAR_UPDATE_LOG = 'CLEAR_UPDATE_LOG';
var UPDATE_TASKFLOW = exports.UPDATE_TASKFLOW = 'UPDATE_TASKFLOW';
var GET_TASKFLOW_LOG = exports.GET_TASKFLOW_LOG = 'UPDATE_TASKFLOW_LOG';
var UPDATE_TASKFLOW_LOG = exports.UPDATE_TASKFLOW_LOG = 'UPDATE_TASKFLOW_LOG';
var GET_TASKFLOW_JOB_LOG = exports.GET_TASKFLOW_JOB_LOG = 'GET_TASKFLOW_JOB_LOG';
var UPDATE_TASKFLOW_JOB_LOG = exports.UPDATE_TASKFLOW_JOB_LOG = 'UPDATE_TASKFLOW_JOB_LOG';
var UPDATE_TASKFLOW_TASK_LOG = exports.UPDATE_TASKFLOW_TASK_LOG = 'UPDATE_TASKFLOW_TASK_LOG';
var TRIGGER_UPDATE = exports.TRIGGER_UPDATE = 'TRIGGER_UPDATE';
var UPDATE_TASKFLOW_JOB_STATUS = exports.UPDATE_TASKFLOW_JOB_STATUS = 'UPDATE_TASKFLOW_JOB_STATUS';
var UPDATE_TASKFLOW_TASK_STATUS = exports.UPDATE_TASKFLOW_TASK_STATUS = 'UPDATE_TASKFLOW_TASK_STATUS';
var ADD_TASKFLOW = exports.ADD_TASKFLOW = 'ADD_TASKFLOW';
var UPDATE_TASKFLOW_STATUS = exports.UPDATE_TASKFLOW_STATUS = 'UPDATE_TASKFLOW_STATUS';
var UPDATE_TASKFLOW_TASKS = exports.UPDATE_TASKFLOW_TASKS = 'UPDATE_TASKFLOW_TASKS';
var UPDATE_TASKFLOW_METADATA = exports.UPDATE_TASKFLOW_METADATA = 'UPDATE_TASKFLOW_METADATA';
var BIND_SIMULATION_TO_TASKFLOW = exports.BIND_SIMULATION_TO_TASKFLOW = 'BIND_SIMULATION_TO_TASKFLOW';
var DELETE_TASKFLOW = exports.DELETE_TASKFLOW = 'DELETE_TASKFLOW';
/* eslint-disable no-shadow */
function pendingNetworkCall(taskflowId) {
var isPending = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : true;
return { type: PENDING_TASKFLOW_NETWORK, taskflowId: taskflowId, isPending: isPending };
}
// ----------------------------------------------------------------------------
// LOGGING
// ----------------------------------------------------------------------------
function clearUpdateLog() {
return { type: CLEAR_UPDATE_LOG };
}
function updateTaskflowLog(taskflowId, logEntry) {
return { type: UPDATE_TASKFLOW_LOG, taskflowId: taskflowId, logEntry: logEntry };
}
// this is a bit of a "force update" for StateTransitionBehavior
function triggerUpdate(taskflowId) {
return { type: TRIGGER_UPDATE, taskflowId: taskflowId };
}
function getTaskflowLog(taskflowId) {
return function (dispatch) {
var action = netActions.addNetworkCall('taskflow_log_' + taskflowId, 'Check taskflow log');
_network3.default.getTaskflowLog(taskflowId).then(function (resp) {
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch({ type: UPDATE_TASKFLOW_LOG, taskflowId: taskflowId, log: resp.data.log });
}).catch(function (error) {
dispatch(netActions.errorNetworkCall(action.id, error));
});
return action;
};
}
function updateTaskflowJobLog(taskflowId, jobId, logEntry) {
return { type: UPDATE_TASKFLOW_JOB_LOG, taskflowId: taskflowId, jobId: jobId, logEntry: logEntry };
}
function getTaskflowJobLog(taskflowId, jobId) {
return function (dispatch) {
var action = netActions.addNetworkCall('taskflow_job_log_' + jobId, 'Check job log');
_network3.default.getJobLog(jobId).then(function (resp) {
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch({
type: GET_TASKFLOW_JOB_LOG,
taskflowId: taskflowId,
jobId: jobId,
log: resp.data.log
});
}, function (error) {
dispatch(netActions.errorNetworkCall(action.id, error));
});
return action;
};
}
function updateTaskflowTaskLog(taskflowId, taskId, logEntry) {
return { type: UPDATE_TASKFLOW_TASK_LOG, taskflowId: taskflowId, taskId: taskId, logEntry: logEntry };
}
// ----------------------------------------------------------------------------
// STATUSES
function updateTaskflowJobStatus(taskflowId, jobId, status) {
if (status) {
return { type: UPDATE_TASKFLOW_JOB_STATUS, taskflowId: taskflowId, jobId: jobId, status: status };
}
return function (dispatch) {
var action = netActions.addNetworkCall('taskflow_job_status_' + jobId, 'Check job status');
_network3.default.getJobStatus(jobId).then(function (resp) {
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch({
type: UPDATE_TASKFLOW_JOB_STATUS,
taskflowId: taskflowId,
jobId: jobId,
status: resp.data.status
});
}, function (error) {
dispatch(netActions.errorNetworkCall(action.id, error));
});
return action;
};
}
function updateTaskflowTaskStatus(taskflowId, taskId, status) {
return { type: UPDATE_TASKFLOW_TASK_STATUS, taskflowId: taskflowId, taskId: taskId, status: status };
}
// ----------------------------------------------------------------------------
// CRUD operations
function addTaskflow(taskflow) {
var primaryJob = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : null;
return { type: ADD_TASKFLOW, taskflow: taskflow, primaryJob: primaryJob };
}
function attachSimulationToTaskflow(simulationId, taskflowId, stepName) {
return {
type: BIND_SIMULATION_TO_TASKFLOW,
taskflowId: taskflowId,
simulationId: simulationId,
stepName: stepName
};
}
function updateTaskflowStatus(id, status) {
return { type: UPDATE_TASKFLOW_STATUS, id: id, status: status };
}
function updateTaskflowMetadata(id, metadata) {
// metadata can have: { actions, allComplete, outputDirectory, primaryJob }
return { type: UPDATE_TASKFLOW_METADATA, id: id, metadata: metadata };
}
function startTaskflow(id, payload, simulationStep, location) {
return function (dispatch) {
var action = netActions.addNetworkCall('start_taskflow', 'Start taskflow');
_network3.default.startTaskflow(id, payload).then(function (resp) {
dispatch(netActions.successNetworkCall(action.id, resp));
Eif (simulationStep) {
var data = Object.assign({}, simulationStep.data, {
metadata: Object.assign({}, simulationStep.data.metadata, {
taskflowId: id
})
});
dispatch(projActions.updateSimulationStep(simulationStep.id, simulationStep.step, data, location));
}
}, function (error) {
dispatch(netActions.errorNetworkCall(action.id, error, 'form'));
});
return action;
};
}
function deleteTaskflow(taskflowId, simulationStep, location) {
Iif (_.store.getState().taskflows.pending.indexOf(taskflowId + '_delete') !== -1) {
return { type: 'NOOP' };
}
return function (dispatch) {
var action = netActions.addNetworkCall('delete_taskflow', 'Delete taskflow');
dispatch(pendingNetworkCall(taskflowId + '_delete', true));
_network3.default.deleteTaskflow(taskflowId).then(function (resp) {
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch({ type: DELETE_TASKFLOW, id: taskflowId });
Iif (simulationStep) {
dispatch(projActions.updateSimulationStep(simulationStep.id, simulationStep.step, simulationStep.data, location));
}
dispatch(pendingNetworkCall(taskflowId + '_delete', false));
}, function (error) {
dispatch(netActions.errorNetworkCall(action.id, error));
});
return action;
};
}
function createTaskflow(taskFlowName, primaryJob, payload, simulationStep, location) {
return function (dispatch) {
var action = netActions.addNetworkCall('create_taskflow', 'Create taskflow');
_network3.default.createTaskflow(taskFlowName).then(function (resp) {
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch(addTaskflow(resp.data, primaryJob));
dispatch(attachSimulationToTaskflow(simulationStep.id, resp.data._id, simulationStep.step));
dispatch(startTaskflow(resp.data._id, payload, simulationStep, location));
}, function (error) {
dispatch(netActions.errorNetworkCall(action.id, error, 'form'));
});
return action;
};
}
function fetchTaskflowTasks(taskflowId) {
Iif (_.store.getState().taskflows.pending.indexOf(taskflowId) !== -1) {
return { type: 'NOOP' };
}
return function (dispatch) {
var action = netActions.addNetworkCall('taskflow_tasks', 'Check tasks');
dispatch(pendingNetworkCall(taskflowId, true));
_network3.default.getTaskflowTasks(taskflowId).then(function (resp) {
var tasks = resp.data;
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch({ type: UPDATE_TASKFLOW_TASKS, taskflowId: taskflowId, tasks: tasks });
dispatch(pendingNetworkCall(taskflowId, false));
}, function (error) {
dispatch(netActions.errorNetworkCall(action.id, error));
dispatch(pendingNetworkCall(taskflowId, false));
dispatch({ type: DELETE_TASKFLOW, id: taskflowId });
});
return action;
};
}
function fetchTaskflow(id) {
return function (dispatch) {
var action = netActions.addNetworkCall('taskflow_tasks', 'Check tasks');
_network3.default.getTaskflow(id).then(function (resp) {
var taskflow = resp.data;
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch(addTaskflow(taskflow));
Eif (taskflow.meta) {
if (taskflow.meta.jobs) {
taskflow.meta.jobs.forEach(function (job) {
Eif (job.status !== 'complete' && job.status !== 'terminated') {
dispatch(updateTaskflowJobStatus(id, job._id));
dispatch(getTaskflowJobLog(id, job._id));
}
});
}
Eif (taskflow.meta.cluster) {
clusterActions.fetchClusters();
}
}
}).catch(function (error) {
dispatch(netActions.errorNetworkCall(action.id, error));
dispatch({ type: DELETE_TASKFLOW, id: id });
});
dispatch(fetchTaskflowTasks(id));
return action;
};
}
function updateTaskflowFromSimulation(simulation) {
return function (dispatch) {
Object.keys(simulation.steps).forEach(function (name) {
var taskflowId = simulation.steps[name].metadata.taskflowId;
Eif (taskflowId) {
dispatch(fetchTaskflow(taskflowId));
dispatch(attachSimulationToTaskflow(simulation._id, taskflowId, name));
}
});
return { type: 'NOOP' };
};
}
function terminateTaskflow(id) {
return function (dispatch) {
var action = netActions.addNetworkCall('terminate_taskflow_' + id, 'Terminate taskflow');
_network3.default.endTaskflow(id).then(function (resp) {
dispatch(netActions.successNetworkCall(action.id, resp));
}, function (error) {
dispatch(netActions.errorNetworkCall(action.id, error, 'form'));
});
return action;
};
}
// ----------------------------------------------------------------------------
// SSE Handling for taskflow, job, & task statuses
// ----------------------------------------------------------------------------
// find a discrete job and only update that one
function findJob(jobId) {
var updateLog = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : false;
return function (dispatch) {
var state = _.store.getState();
Object.keys(state.taskflows.mapById).forEach(function (id) {
if (state.taskflows.mapById[id].status !== 'complete' && state.taskflows.mapById[id].status !== 'terminated') {
var action = netActions.addNetworkCall('taskflow_tasks', 'Check tasks');
_network3.default.getTaskflow(id).then(function (resp) {
var taskflow = resp.data;
dispatch(netActions.successNetworkCall(action.id, resp));
dispatch(addTaskflow(taskflow));
if (taskflow.meta && taskflow.meta.jobs) {
taskflow.meta.jobs.forEach(function (job) {
// only update the status if the jobId is the one we're looking for
if (job._id === jobId) {
dispatch(updateTaskflowJobStatus(id, job._id));
if (updateLog) {
dispatch(getTaskflowJobLog(id, job._id));
}
}
});
}
}).catch(function (error) {
dispatch(netActions.errorNetworkCall(action.id, error));
dispatch({ type: DELETE_TASKFLOW, id: action.id });
});
} // close if status is (!terminated && !complete)
});
return { type: 'NOOP' };
};
}
// fetch tasks for each taskflow, the task objects which come back have log and status.
function findTask() {
return function (dispatch) {
var taskflows = _.store.getState().taskflows;
Object.keys(taskflows.mapById).forEach(function (id) {
if (taskflows.mapById[id].status !== 'complete' && taskflows.mapById[id].status !== 'terminated') {
dispatch(fetchTaskflowTasks(id));
}
});
return { type: 'NOOP' };
};
}
// updates taskflow.flow if the flow object has no meta.
// this is called when we get a cluster event for an unknown cluster
function updateTaskflowObject() {
var state = _.store.getState();
var taskflows = Object.keys(state.taskflows.mapById).map(function (key) {
return state.taskflows.mapById[key];
});
for (var i = 0; i < taskflows.length; i++) {
if (!taskflows[i].flow.meta && taskflows[i].flow._id) {
(0, _.dispatch)(fetchTaskflow(taskflows[i].flow._id));
}
}
(0, _.dispatch)(clusterActions.fetchClusters(null));
}
function getTaskflowIdFromId(id, type) {
switch (type) {
case 'task':
{
return _.store.getState().taskflows.taskflowMapByTaskId[id];
}
case 'job':
{
return _.store.getState().taskflows.taskflowMapByJobId[id];
}
case 'cluster':
{
return _.store.getState().preferences.clusters.mapById[id];
}
case 'profile':
{
return _.store.getState().preferences.clusters.mapById[id];
}
default:
{
return null;
}
}
}
function processStatusEvent(id, type, status) {
var taskflowId = getTaskflowIdFromId(id, type);
if (process.env.NODE_ENV !== 'production') {
console.log(type + ' status ' + status);
}
if (type === 'taskflow') {
(0, _.dispatch)(updateTaskflowStatus(id, status));
} else if (taskflowId) {
switch (type) {
case 'job':
(0, _.dispatch)(updateTaskflowJobStatus(taskflowId, id, status));
break;
case 'task':
(0, _.dispatch)(updateTaskflowTaskStatus(taskflowId, id, status));
break;
case 'cluster':
if (status === 'created') {
// we need to fetch some new cluster props when this happens
(0, _.dispatch)(clusterActions.fetchCluster(id));
}
(0, _.dispatch)(clusterActions.updateClusterStatus(id, status));
break;
case 'profile':
(0, _.dispatch)(clusterActions.updateClusterStatus(id, status));
break;
case 'volume':
(0, _.dispatch)(volumeActions.updateVolumeStatus(id, status));
break;
default:
console.log('unrecognized ServerEvent with type "' + type + '",' + (' taskflowId "' + taskflowId + '", and status "' + status + '"'));
break;
}
} else {
switch (type) {
case 'job':
// find and update job
(0, _.dispatch)(findJob(id));
break;
case 'task':
// update all tasks for each taskflow
(0, _.dispatch)(findTask());
break;
case 'cluster':
// update taskflow meta, fetch clusters
updateTaskflowObject();
break;
case 'profile':
(0, _.dispatch)(clusterActions.fetchClusters('ec2'));
break;
case 'volume':
(0, _.dispatch)(volumeActions.updateVolumeStatus(id, status));
break;
default:
console.log('unrecognized ServerEvent with type "' + type + '",' + (' id "' + id + '", and status "' + status + '"'));
}
}
}
function processLogEvent(id, type, log) {
var taskflowId = getTaskflowIdFromId(id, type);
if (process.env.NODE_ENV !== 'production') {
console.log(type + ' log ' + id);
}
if (type === 'taskflow') {
(0, _.dispatch)(updateTaskflowLog(id, log));
} else if (taskflowId) {
switch (type) {
case 'job':
(0, _.dispatch)(updateTaskflowJobLog(taskflowId, id, log));
break;
case 'task':
(0, _.dispatch)(updateTaskflowTaskLog(taskflowId, id, log));
break;
case 'cluster':
(0, _.dispatch)(clusterActions.appendToClusterLog(id, log));
break;
case 'volume':
(0, _.dispatch)(volumeActions.appendToVolumeLog(id, log));
break;
default:
console.log('unrecognized ServerEvent with type "' + type + '",' + (' id "' + id + '", and log: '), log);
}
} else {
switch (type) {
case 'job':
(0, _.dispatch)(findJob(id, true));
break;
case 'task':
(0, _.dispatch)(findTask());
break;
case 'cluster':
(0, _.dispatch)(clusterActions.fetchClusters(null));
break;
case 'volume':
(0, _.dispatch)(volumeActions.fetchVolumes());
break;
default:
console.log('unrecognized ServerEvent with type "' + type + '",' + (' id "' + id + '", and log: '), log);
}
}
}
_network3.default.onEvent(function (resp) {
var type = resp.type.split('.')[0];
var id = resp.data._id;
if (resp.data.status) {
processStatusEvent(id, type, resp.data.status);
} else if (resp.data.log) {
processLogEvent(id, type, resp.data.log);
} else if (resp.type === 'progress') {
if (process.env.NODE_ENV !== 'production') {
console.log(resp.data.message, resp.data.current + '/' + resp.data.total);
}
(0, _.dispatch)(progressActions.onProgress(resp.data.current));
}
});
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