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/**
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
var App = require('app');
require('models/stack_service_component');
require('models/hosts');
require('controllers/wizard');
require('controllers/installer');
require('controllers/wizard/step9_controller');
require('utils/helper');
require('utils/ajax/ajax');
var testHelpers = require('test/helpers');
var modelSetup = require('test/init_model_test');
var c, obj;
function getController() {
return App.WizardStep9Controller.create({
content: {controllerName: '', cluster: {status: ''}},
saveClusterStatus: Em.K,
saveInstalledHosts: Em.K,
togglePreviousSteps: Em.K,
setFinishState: Em.K,
changeParseHostInfo: Em.K,
parseHostInfoPolling: Em.K,
wizardController: Em.Object.create({
requestsId: [],
cluster: {oldRequestsId: []},
getDBProperty: function(name) {
return this.get(name);
}
})
});
}
describe('App.InstallerStep9Controller', function () {
beforeEach(function () {
App.set('supports.skipComponentStartAfterInstall', false);
modelSetup.setupStackServiceComponent();
c = getController();
obj = App.InstallerController.create();
App.ajax.send.restore();
sinon.stub(App.ajax, 'send', function() {
return {
then: function() {
return true;
},
retry: function() {
return {
then: Em.K,
complete: Em.K
};
},
complete: Em.K
};
});
});
afterEach(function () {
modelSetup.cleanStackServiceComponent();
});
App.TestAliases.testAsComputedEqual(getController(), 'showRetry', 'content.cluster.status', 'INSTALL FAILED');
describe('#isSubmitDisabled', function () {
var tests = Em.A([
{controllerName: 'addHostController', state: 'STARTED', e: false},
{controllerName: 'addHostController', state: 'START_SKIPPED', e: false},
{controllerName: 'addHostController', state: 'START FAILED', e: false},
{controllerName: 'addHostController', state: 'INSTALL FAILED', e: false},
{controllerName: 'addHostController', state: 'PENDING', e: true},
{controllerName: 'addHostController', state: 'INSTALLED', e: true},
{controllerName: 'addServiceController', state: 'STARTED', e: false},
{controllerName: 'addServiceController', state: 'START_SKIPPED', e: false},
{controllerName: 'addServiceController', state: 'START FAILED', e: false},
{controllerName: 'addServiceController', state: 'INSTALL FAILED', e: false},
{controllerName: 'addServiceController', state: 'PENDING', e: true},
{controllerName: 'addServiceController', state: 'INSTALLED', e: true},
{controllerName: 'installerController', state: 'STARTED', e: false},
{controllerName: 'installerController', state: 'START_SKIPPED', e: false},
{controllerName: 'installerController', state: 'START FAILED', e: false},
{controllerName: 'installerController', state: 'INSTALL FAILED', e: true},
{controllerName: 'installerController', state: 'INSTALLED', e: true},
{controllerName: 'installerController', state: 'PENDING', e: true}
]);
tests.forEach(function (test) {
var controller = App.WizardStep9Controller.create({
saveClusterStatus: Em.K,
saveInstalledHosts: Em.K,
content: {
controllerName: test.controllerName,
cluster: {
status: test.state
}
}
});
it('controllerName is ' + test.controllerName + '; cluster status is ' + test.state + '; isSubmitDisabled should be ' + test.e, function () {
expect(controller.get('isSubmitDisabled')).to.equal(test.e);
});
});
});
describe('#status', function () {
var tests = Em.A([
{
hosts: [
{status: 'failed'},
{status: 'success'}
],
isStepFailed: false,
progress: '100',
m: 'One host is failed',
e: 'failed'
},
{
hosts: [
{status: 'warning'},
{status: 'success'}
],
m: 'One host is failed and step is not failed',
isStepFailed: false,
progress: '100',
e: 'warning'
},
{
hosts: [
{status: 'warning'},
{status: 'success'}
],
m: 'One host is failed and step is failed',
isStepFailed: true,
progress: '100',
e: 'failed'
},
{
hosts: [
{status: 'success'},
{status: 'success'}
],
m: 'All hosts are success and progress is 100',
isStepFailed: false,
progress: '100',
e: 'success'
},
{
hosts: [
{status: 'success'},
{status: 'success'}
],
m: 'All hosts are success and progress is 50',
isStepFailed: false,
progress: '50',
e: 'info'
}
]);
tests.forEach(function (test) {
var controller = App.WizardStep9Controller.create({
saveClusterStatus: Em.K,
saveInstalledHosts: Em.K,
hosts: test.hosts,
isStepFailed: function () {
return test.isStepFailed
},
progress: test.progress
});
controller.updateStatus();
it(test.m, function () {
expect(controller.get('status')).to.equal(test.e);
});
});
});
describe('#resetHostsForRetry', function () {
var hosts = {'host1': Em.Object.create({status: 'failed', message: 'Failed'}), 'host2': Em.Object.create({status: 'success', message: 'Success'})};
beforeEach(function () {
c.reopen({content: {hosts: hosts}});
c.resetHostsForRetry();
});
Object.keys(hosts).forEach(function (name) {
if (hosts.hasOwnProperty(name)) {
it(name + '.status', function () {
expect(c.get('content.hosts')[name].get('status', 'pending')).to.equal('pending');
});
it(name + '.message', function () {
expect(c.get('content.hosts')[name].get('message', 'Waiting')).to.equal('Waiting');
});
}
});
});
describe('#setParseHostInfo', function () {
var tasks = Em.A([
Em.Object.create({
Tasks: Em.Object.create({
host_name: 'host1',
status: 'PENDING'
})
}),
Em.Object.create({
Tasks: Em.Object.create({
host_name: 'host1',
status: 'PENDING'
})
})
]);
var content = Em.Object.create({
cluster: Em.Object.create({
requestId: '11',
status: 'PENDING'
})
});
beforeEach(function(){
c.set('content', content)
});
it('Should make parseHostInfo false"', function () {
var polledData = Em.Object.create({
tasks: tasks,
Requests: Em.Object.create({
id: '222'
})
});
c.setParseHostInfo(polledData);
expect(c.get('parseHostInfo')).to.be.false;
});
it('Should set polledData"', function () {
var polledData = Em.Object.create({
tasks: tasks,
Requests: Em.Object.create({
id: '11'
})
});
c.setParseHostInfo(polledData);
var expected = [
{
"Tasks": {
"status": "PENDING",
"host_name": "host1",
"request_id": "11"
}
},
{
"Tasks": {
"status": "PENDING",
"host_name": "host1",
"request_id": "11"
}
}
];
var result = JSON.parse(JSON.stringify(c.get('polledData')));
expect(result).to.eql(expected);
});
it('Should set progress for hosts"', function () {
var polledData = Em.Object.create({
tasks: tasks,
Requests: Em.Object.create({
id: '11'
})
});
var hosts = Em.A([
Em.Object.create({
name: 'host1',
logTasks: [
{Tasks: {role: 'HDFS_CLIENT'}},
{Tasks: {role: 'DATANODE'}}
],
status: 'old_status',
progress: '10',
isNoTasksForInstall: true,
e: {status: 'old_status', progress: '10'}
}),
Em.Object.create({
name: 'host2',
logTasks: [
{Tasks: {role: 'HDFS_CLIENT'}}
],
status: 'old_status',
progress: '10',
e: {status: 'success', progress: '100'}
})
]);
c.set('hosts', hosts);
c.setParseHostInfo(polledData);
var expected = [
{
"name": "host1",
"logTasks": [
{
"Tasks": {
"role": "HDFS_CLIENT",
"status": "PENDING"
}
},
{
"Tasks": {
"role": "DATANODE"
}
}
],
"progress": "0",
"isNoTasksForInstall": false,
"e": {
"status": "old_status",
"progress": "10"
},
"status": "in_progress",
"message": ""
},
{
"name": "host2",
"logTasks": [
{
"Tasks": {
"role": "HDFS_CLIENT"
}
}
],
"progress": "33",
"e": {
"status": "success",
"progress": "100"
},
"status": "pending",
"isNoTasksForInstall": true,
"message": "Install complete (Waiting to start)"
}
];
var result = JSON.parse(JSON.stringify(c.get('hosts')));
expect(result).to.eql(expected);
});
});
var hostsForLoadAndRender = {
'host1': {
message: 'message1',
status: 'unknown',
progress: '1',
logTasks: [
{},
{}
],
bootStatus: 'REGISTERED'
},
'host2': {
message: '',
status: 'failed',
progress: '1',
logTasks: [
{},
{}
],
bootStatus: ''
},
'host3': {
message: '',
status: 'waiting',
progress: null,
logTasks: [
{},
{}
],
bootStatus: ''
},
'host4': {
message: 'message4',
status: null,
progress: '10',
logTasks: [
{}
],
bootStatus: 'REGISTERED'
}
};
describe('#loadHosts', function () {
beforeEach(function() {
c.reopen({content: {hosts: hostsForLoadAndRender}});
c.loadHosts();
});
it('Only REGISTERED hosts', function () {
var loadedHosts = c.get('hosts');
expect(loadedHosts.length).to.equal(2);
});
it('All hosts have progress 0', function () {
var loadedHosts = c.get('hosts');
expect(loadedHosts.everyProperty('progress', 0)).to.equal(true);
});
it('All host don\'t have logTasks', function () {
var loadedHosts = c.get('hosts');
expect(loadedHosts.everyProperty('logTasks.length', 0)).to.equal(true);
});
});
describe('#isServicesStarted', function () {
it('Should return false when server not started', function () {
var polledData = Em.A([
Em.Object.create({
Tasks: Em.Object.create({
status: 'PENDING'
})
}),
Em.Object.create({
Tasks: Em.Object.create({
status: 'PENDING'
})
})
]);
expect(c.isServicesStarted(polledData)).to.be.false;
});
it('Should return true when server started', function () {
var polledData = Em.A([
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
}),
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
})
]);
expect(c.isServicesStarted(polledData)).to.be.true;
});
it('Should return true when tasks completed', function () {
var polledData = Em.A([
Em.Object.create({
Tasks: Em.Object.create({
status: 'COMPLETED'
})
}),
Em.Object.create({
Tasks: Em.Object.create({
status: 'COMPLETED'
})
})
]);
expect(c.isServicesStarted(polledData)).to.be.true;
});
});
describe('#setIsServicesInstalled', function () {
Em.A([
{
m: 'Should return 100% completed',
c: {
status: 'failed',
isPolling: true,
hosts: Em.A([
Em.Object.create({
progress: 0
})
])
},
polledData: Em.A([
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
}),
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
})
]),
e: {
progress: '100',
isPolling: false
}
},
{
m: 'Should return 34% completed',
c: {
status: '',
isPolling: true,
hosts: Em.A([
Em.Object.create({
progress: 0
})
]),
content: Em.Object.create({
controllerName: 'installerController'
})
},
polledData: Em.A([
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
}),
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
})
]),
e: {
progress: '34',
isPolling: true
}
}
]).forEach(function (test) {
it(test.m, function () {
c.setProperties(test.c);
c.setIsServicesInstalled(test.polledData);
expect(c.get('progress')).to.equal(test.e.progress);
expect(c.get('isPolling')).to.be.equal(test.e.isPolling);
});
});
describe('`skipComponentStartAfterInstall` is true', function () {
var polledData = Em.A([
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
}),
Em.Object.create({
Tasks: Em.Object.create({
status: 'NONE'
})
})
]);
var hosts = [
Em.Object.create({status: '', message: '', progress: 0}),
Em.Object.create({status: '', message: '', progress: 0}),
Em.Object.create({status: '', message: '', progress: 0}),
Em.Object.create({status: '', message: '', progress: 0})
];
beforeEach(function () {
sinon.stub(App, 'get').withArgs('supports.skipComponentStartAfterInstall').returns(true);
sinon.stub(c, 'saveClusterStatus', Em.K);
sinon.stub(c, 'saveInstalledHosts', Em.K);
sinon.stub(c, 'changeParseHostInfo', Em.K);
c.set('hosts', hosts);
c.setIsServicesInstalled(polledData);
});
afterEach(function () {
App.get.restore();
c.saveClusterStatus.restore();
c.saveInstalledHosts.restore();
c.changeParseHostInfo.restore();
});
it('cluster status is valid', function () {
var clusterStatus = c.saveClusterStatus.args[0][0];
expect(clusterStatus.status).to.be.equal('START_SKIPPED');
expect(clusterStatus.isCompleted).to.be.true;
});
it('each host status is `success`', function () {
expect(c.get('hosts').everyProperty('status', 'success')).to.be.true;
});
it('each host progress is `100`', function () {
expect(c.get('hosts').everyProperty('progress', '100')).to.be.true;
});
it('each host message is valid', function () {
expect(c.get('hosts').everyProperty('message', Em.I18n.t('installer.step9.host.status.success'))).to.be.true;
});
});
});
describe('#launchStartServices', function () {
beforeEach(function() {
sinon.stub(App, 'get', function(k) {
if (k === 'components.slaves') {
return ["TASKTRACKER", "DATANODE",
"JOURNALNODE", "ZKFC",
"APP_TIMELINE_SERVER",
"NODEMANAGER",
"GANGLIA_MONITOR",
"HBASE_REGIONSERVER",
"SUPERVISOR",
"FLUME_HANDLER"];
}
return true;
});
});
afterEach(function() {
App.get.restore();
});
var tests = [
{
expected: [],
message: 'should return query',
controllerName: 'addHostController',
hosts: Em.A([
Em.Object.create({
name: 'h1'
}),
Em.Object.create({
name: 'h2'
})
])
},
{
expected: [],
message: 'should return server info',
controllerName: 'addServiceController',
services: Em.A([
Em.Object.create({
serviceName: 'OOZIE',
isSelected: true,
isInstalled: false
}),
Em.Object.create({
serviceName: 'h2',
isSelected: false,
isInstalled: true
})
])
},
{
expected: [],
message: 'should return default data',
controllerName: 'addHostContro',
hosts: Em.A([
Em.Object.create({
name: 'h1'
}),
Em.Object.create({
name: 'h2'
})
])
}
];
tests.forEach(function(test) {
it(test.message, function () {
var content = Em.Object.create({
controllerName: test.controllerName,
services: test.services
});
var wizardController = Em.Object.create({
getDBProperty: function() {
return test.hosts
}
});
c.set('content', content);
c.set('wizardController', wizardController);
expect(c.launchStartServices(function(){})).to.be.true;
});
})
});
describe('#hostHasClientsOnly', function () {
var tests = Em.A([
{
hosts: [
Em.Object.create({
hostName: 'host1',
logTasks: [
{Tasks: {role: 'HDFS_CLIENT'}},
{Tasks: {role: 'DATANODE'}}
],
status: 'old_status',
progress: '10',
e: {status: 'old_status', progress: '10'}
}),
Em.Object.create({
hostName: 'host2',
logTasks: [
{Tasks: {role: 'HDFS_CLIENT'}}
],
status: 'old_status',
progress: '10',
e: {status: 'success', progress: '100'}
})
],
jsonError: false
},
{
hosts: [
Em.Object.create({
hostName: 'host1',
logTasks: [
{Tasks: {role: 'HDFS_CLIENT'}},
{Tasks: {role: 'DATANODE'}}
],
status: 'old_status',
progress: '10',
e: {status: 'success', progress: '100'}
}),
Em.Object.create({
hostName: 'host2',
logTasks: [
{Tasks: {role: 'HDFS_CLIENT'}}
],
status: 'old_status',
progress: '10',
e: {status: 'success', progress: '100'}
})
],
jsonError: true
}
]);
tests.forEach(function (test, index1) {
test.hosts.forEach(function (host, index2) {
it('#test ' + index1 + ' #host ' + index2, function () {
c.reopen({hosts: test.hosts});
c.hostHasClientsOnly(test.jsonError);
expect(c.get('hosts').findProperty('hostName', host.hostName).get('status')).to.equal(host.e.status);
expect(c.get('hosts').findProperty('hostName', host.hostName).get('progress')).to.equal(host.e.progress);
});
});
});
});
describe('#onSuccessPerHost', function () {
var tests = Em.A([
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({status: 'pending'}),
actions: [],
e: {status: 'success'},
m: 'No tasks for host'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'COMPLETED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'success'},
m: 'All Tasks COMPLETED and cluster status INSTALLED'
},
{
cluster: {status: 'FAILED'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'COMPLETED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'info'},
m: 'All Tasks COMPLETED and cluster status FAILED'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'FAILED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'info'},
m: 'Not all Tasks COMPLETED and cluster status INSTALLED'
},
{
cluster: {status: 'FAILED'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'FAILED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'info'},
m: 'Not all Tasks COMPLETED and cluster status FAILED'
}
]);
tests.forEach(function (test) {
it(test.m, function () {
c.reopen({content: {cluster: {status: test.cluster.status}}});
c.onSuccessPerHost(test.actions, test.host);
expect(test.host.status).to.equal(test.e.status);
});
});
});
describe('#onErrorPerHost', function () {
var tests = Em.A([
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({status: 'pending'}),
actions: [],
e: {status: 'pending'},
isMasterFailed: false,
m: 'No tasks for host'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'FAILED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'warning'},
isMasterFailed: false,
m: 'One Task FAILED and cluster status INSTALLED'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'ABORTED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'warning'},
isMasterFailed: false,
m: 'One Task ABORTED and cluster status INSTALLED'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'TIMEDOUT'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'warning'},
isMasterFailed: false,
m: 'One Task TIMEDOUT and cluster status INSTALLED'
},
{
cluster: {status: 'PENDING'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'FAILED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'failed'},
isMasterFailed: true,
m: 'One Task FAILED and cluster status PENDING isMasterFailed true'
},
{
cluster: {status: 'PENDING'},
host: Em.Object.create({status: 'info'}),
actions: [
{Tasks: {status: 'COMPLETED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {status: 'info'},
isMasterFailed: false,
m: 'One Task FAILED and cluster status PENDING isMasterFailed false'
}
]);
tests.forEach(function (test) {
it(test.m, function () {
c.reopen({content: {cluster: {status: test.cluster.status}}, isMasterFailed: function () {
return test.isMasterFailed;
}});
c.onErrorPerHost(test.actions, test.host);
expect(test.host.status).to.equal(test.e.status);
});
});
});
describe('#isMasterFailed', function () {
beforeEach(function() {
sinon.stub(App, 'get', function(k) {
if (k === 'components.slaves') {
return ["TASKTRACKER", "DATANODE", "JOURNALNODE", "ZKFC", "APP_TIMELINE_SERVER", "NODEMANAGER", "GANGLIA_MONITOR", "HBASE_REGIONSERVER", "SUPERVISOR", "FLUME_HANDLER"];
}
return Em.get(App, k);
});
});
afterEach(function() {
App.get.restore();
});
var tests = Em.A([
{
actions: [
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'DATANODE'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'TASKTRACKER'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'HBASE_REGIONSERVER'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'GANGLIA_MONITOR'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'SUPERVISOR'}}
],
e: false,
m: 'No one Master is failed'
},
{
actions: [
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'NAMENODE'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'TASKTRACKER'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'HBASE_REGIONSERVER'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'GANGLIA_MONITOR'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'SUPERVISOR'}}
],
e: true,
m: 'One Master is failed'
},
{
actions: [
{Tasks: {command: 'PENDING', status: 'FAILED', role: 'NAMENODE'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'TASKTRACKER'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'HBASE_REGIONSERVER'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'GANGLIA_MONITOR'}},
{Tasks: {command: 'INSTALL', status: 'FAILED', role: 'SUPERVISOR'}}
],
e: false,
m: 'one Master is failed but command is not install'
}
]);
tests.forEach(function (test) {
it(test.m, function () {
expect(c.isMasterFailed(test.actions)).to.equal(test.e);
});
});
});
describe('#onInProgressPerHost', function () {
var tests = Em.A([
{
host: Em.Object.create({message: 'default_message'}),
actions: [
{Tasks: {status: 'COMPLETED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {message: 'default_message', b: true},
m: 'All Tasks COMPLETED'
},
{
host: Em.Object.create({message: 'default_message'}),
actions: [
{Tasks: {status: 'IN_PROGRESS'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {message: 'default_message', b: false},
m: 'One Task IN_PROGRESS'
},
{
host: Em.Object.create({message: 'default_message'}),
actions: [
{Tasks: {status: 'QUEUED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {message: 'default_message', b: false},
m: 'One Task QUEUED'
},
{
host: Em.Object.create({message: 'default_message'}),
actions: [
{Tasks: {status: 'PENDING'}},
{Tasks: {status: 'COMPLETED'}}
],
e: {message: 'default_message', b: false},
m: 'One Task PENDING'
}
]);
tests.forEach(function (test) {
it(test.m, function () {
c.onInProgressPerHost(test.actions, test.host);
if (test.e.b) {
expect(test.host.message).to.be.equal(test.e.message);
}
else {
expect(test.host.message).to.be.not.equal(test.e.message);
}
});
});
});
describe('#progressPerHost', function () {
var tests = Em.A([
{
cluster: {status: 'PENDING'},
host: Em.Object.create({progress: 0}),
actions: {
'COMPLETED': 2,
'QUEUED': 2,
'IN_PROGRESS': 1
},
e: {progress: 17},
s: false,
m: 'All types of status available. cluster status PENDING'
},
{
cluster: {status: 'PENDING'},
host: Em.Object.create({progress: 0}),
actions: {},
e: {progress: 33},
s: false,
m: 'No tasks available. cluster status PENDING'
},
{
cluster: {status: 'PENDING'},
host: Em.Object.create({progress: 0}),
actions: {},
e: {progress: 100},
s: true,
m: 'No tasks available. cluster status PENDING. skipComponentStartAfterInstall is true.'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({progress: 0}),
actions: {},
e: {progress: 100},
m: 'No tasks available. cluster status INSTALLED'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({progress: 0}),
actions: {
'COMPLETED': 2,
'QUEUED': 2,
'IN_PROGRESS': 1
},
e: {progress: 66},
s: false,
m: 'All types of status available. cluster status INSTALLED'
},
{
cluster: {status: 'FAILED'},
host: Em.Object.create({progress: 0}),
actions: {},
e: {progress: 100},
s: false,
m: 'Cluster status is not PENDING or INSTALLED'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({progress: 0}),
actions: {
'COMPLETED': 150,
'QUEUED': 0,
'IN_PROGRESS': 1
},
e: {progress: 99},
s: false,
m: '150 tasks on host'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({progress: 0}),
actions: {
'COMPLETED': 498,
'QUEUED': 1,
'IN_PROGRESS': 1
},
e: {progress: 99},
s: false,
m: '500 tasks on host'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({progress: 0}),
actions: {
'COMPLETED': 150,
'QUEUED': 0,
'IN_PROGRESS': 0
},
e: {progress: 100},
s: false,
m: '100 tasks, 100 completed'
},
{
cluster: {status: 'INSTALLED'},
host: Em.Object.create({progress: 0}),
actions: {
'COMPLETED': 1,
'QUEUED': 0,
'IN_PROGRESS': 0
},
e: {progress: 100},
s: false,
m: '1 task, 1 completed'
}
]);
tests.forEach(function (test) {
describe(test.m, function () {
beforeEach(function () {
var actions = [];
for (var prop in test.actions) {
if (test.actions.hasOwnProperty(prop) && test.actions[prop]) {
for (var i = 0; i < test.actions[prop]; i++) {
actions.push({Tasks: {status: prop}});
}
}
}
c.reopen({content: {cluster: {status: test.cluster.status}}});
App.set('supports.skipComponentStartAfterInstall', test.s);
this.progress = c.progressPerHost(actions, test.host);
});
it('progress is ' + test.e.progress, function () {
expect(this.progress).to.equal(test.e.progress);
});
it('host progress is ' + test.e.progress.toString(), function () {
expect(test.host.progress).to.equal(test.e.progress.toString());
});
});
});
});
describe('#clearStep', function () {
beforeEach(function () {
c.reopen({hosts: [{},{},{}]});
c.clearStep();
});
it('hosts are empty', function () {
expect(c.get('hosts.length')).to.equal(0);
});
it('status is `info`', function () {
expect(c.get('status')).to.equal('info');
});
it('progress is 0', function () {
expect(c.get('progress')).to.equal('0');
});
it('numPolls is 1', function () {
expect(c.get('numPolls')).to.equal(1);
});
});
describe('#replacePolledData', function () {
it('replacing polled data', function () {
c.reopen({polledData: [{},{},{}]});
var newPolledData = [{}];
c.replacePolledData(newPolledData);
expect(c.get('polledData.length')).to.equal(newPolledData.length);
});
});
describe('#isSuccess', function () {
var tests = Em.A([
{
polledData: [
{Tasks: {status: 'COMPLETED'}},
{Tasks: {status: 'COMPLETED'}}
],
e: true,
m: 'All tasks are COMPLETED'
},
{
polledData: [
{Tasks: {status: 'COMPLETED'}},
{Tasks: {status: 'FAILED'}}
],
e: false,
m: 'Not all tasks are COMPLETED'
}
]);
tests.forEach(function (test) {
it(test.m, function () {
expect(c.isSuccess(test.polledData)).to.equal(test.e);
});
});
});
describe('#isStepFailed', function () {
beforeEach(function() {
sinon.stub(App, 'get', function(k) {
if (k === 'components.slaves') {
return ["TASKTRACKER", "DATANODE", "JOURNALNODE", "ZKFC", "APP_TIMELINE_SERVER", "NODEMANAGER", "GANGLIA_MONITOR", "HBASE_REGIONSERVER", "SUPERVISOR", "FLUME_HANDLER"];
}
return Em.get(App, k);
});
});
afterEach(function() {
App.get.restore();
});
var tests = Em.A([
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'GANGLIA_MONITOR', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'GANGLIA_MONITOR', status: 'FAILED'}},
{Tasks: {command: 'INSTALL', role: 'GANGLIA_MONITOR', status: 'PENDING'}}
],
e: true,
m: 'GANGLIA_MONITOR 2/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'GANGLIA_MONITOR', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'GANGLIA_MONITOR', status: 'PENDING'}},
{Tasks: {command: 'INSTALL', role: 'GANGLIA_MONITOR', status: 'PENDING'}}
],
e: false,
m: 'GANGLIA_MONITOR 1/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'HBASE_REGIONSERVER', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'HBASE_REGIONSERVER', status: 'FAILED'}},
{Tasks: {command: 'INSTALL', role: 'HBASE_REGIONSERVER', status: 'PENDING'}}
],
e: true,
m: 'HBASE_REGIONSERVER 2/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'HBASE_REGIONSERVER', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'HBASE_REGIONSERVER', status: 'PENDING'}},
{Tasks: {command: 'INSTALL', role: 'HBASE_REGIONSERVER', status: 'PENDING'}}
],
e: false,
m: 'HBASE_REGIONSERVER 1/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'TASKTRACKER', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'TASKTRACKER', status: 'FAILED'}},
{Tasks: {command: 'INSTALL', role: 'TASKTRACKER', status: 'PENDING'}}
],
e: true,
m: 'TASKTRACKER 2/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'TASKTRACKER', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'TASKTRACKER', status: 'PENDING'}},
{Tasks: {command: 'INSTALL', role: 'TASKTRACKER', status: 'PENDING'}}
],
e: false,
m: 'TASKTRACKER 1/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'FAILED'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'PENDING'}}
],
e: true,
m: 'DATANODE 2/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'PENDING'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'PENDING'}}
],
e: false,
m: 'DATANODE 1/3 failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'NAMENODE', status: 'TIMEDOUT'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'PENDING'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'PENDING'}}
],
e: true,
m: 'NAMENODE failed'
},
{
polledData: [
{Tasks: {command: 'INSTALL', role: 'NAMENODE', status: 'PENDING'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'PENDING'}},
{Tasks: {command: 'INSTALL', role: 'DATANODE', status: 'PENDING'}}
],
e: false,
m: 'Nothing failed failed'
}
]);
tests.forEach(function (test) {
it(test.m, function () {
c.reopen({polledData: test.polledData});
expect(c.isStepFailed()).to.equal(test.e);
});
});
});
describe('#setLogTasksStatePerHost', function () {
var tests = Em.A([
{
tasksPerHost: [
{Tasks: {id: 1, status: 'COMPLETED'}},
{Tasks: {id: 2, status: 'COMPLETED'}}
],
tasks: [],
e: {m: 'COMPLETED', l: 2},
m: 'host didn\'t have tasks and got 2 new'
},
{
tasksPerHost: [
{Tasks: {id: 1, status: 'COMPLETED'}},
{Tasks: {id: 2, status: 'COMPLETED'}}
],
tasks: [
{Tasks: {id: 1, status: 'IN_PROGRESS'}},
{Tasks: {id: 2, status: 'IN_PROGRESS'}}
],
e: {m: 'COMPLETED', l: 2},
m: 'host had 2 tasks and got both updated'
},
{
tasksPerHost: [],
tasks: [
{Tasks: {id: 1, status: 'IN_PROGRESS'}},
{Tasks: {id: 2, status: 'IN_PROGRESS'}}
],
e: {m: 'IN_PROGRESS', l: 2},
m: 'host had 2 tasks and didn\'t get updates'
},
{
tasksPerHost: [
{Tasks: {id: 1, status: 'COMPLETED'}},
{Tasks: {id: 2, status: 'COMPLETED'}},
{Tasks: {id: 3, status: 'COMPLETED'}}
],
tasks: [
{Tasks: {id: 1, status: 'IN_PROGRESS'}},
{Tasks: {id: 2, status: 'IN_PROGRESS'}}
],
e: {m: 'COMPLETED', l: 3},
m: 'host had 2 tasks and got both updated and 1 new'
}
]);
tests.forEach(function (test) {
it(test.m, function () {
c.reopen({hosts: [Em.Object.create({logTasks: test.tasks})]});
c.setLogTasksStatePerHost(test.tasksPerHost, c.get('hosts')[0]);
var host = c.get('hosts')[0];
expect(host.get('logTasks').everyProperty('Tasks.status', test.e.m)).to.equal(true);
expect(host.get('logTasks.length')).to.equal(test.e.l);
});
});
});
// On completion of Start all services error callback function,
// Cluster Status should be INSTALL FAILED
// All progress bar on the screen should be finished (100%) with blue color.
// Retry button should be enabled, next button should be disabled
describe('#launchStartServicesErrorCallback', function () {
it('Main progress bar on the screen should be finished (100%) with red color', function () {
var hosts = Em.A([Em.Object.create({name: 'host1', progress: '33', status: 'info'}), Em.Object.create({name: 'host2', progress: '33', status: 'info'})]);
c.reopen({hosts: hosts, content: {controllerName: 'installerController', cluster: {status: 'PENDING', name: 'c1'}}});
c.launchStartServicesErrorCallback({status: 500, statusTesxt: 'Server Error'}, {}, '', {});
expect(c.get('progress')).to.equal('100');
expect(c.get('status')).to.equal('failed');
});
it('All Host progress bars on the screen should be finished (100%) with blue color', function () {
var hosts = Em.A([Em.Object.create({name: 'host1', progress: '33', status: 'info'}), Em.Object.create({name: 'host2', progress: '33', status: 'info'})]);
c.reopen({hosts: hosts, content: {controllerName: 'installerController', cluster: {status: 'PENDING', name: 'c1'}}});
c.launchStartServicesErrorCallback({status: 500, statusTesxt: 'Server Error'}, {}, '', {});
expect(c.get('hosts').everyProperty('progress', '100')).to.be.true;
expect(c.get('hosts').everyProperty('status', 'info')).to.be.true;
});
it('Next button should be disabled', function () {
var hosts = Em.A([Em.Object.create({name: 'host1', progress: '33', status: 'info'}), Em.Object.create({name: 'host2', progress: '33', status: 'info'})]);
c.reopen({hosts: hosts, content: {controllerName: 'installerController', cluster: {status: 'PENDING', name: 'c1'}}});
c.launchStartServicesErrorCallback({status: 500, statusTesxt: 'Server Error'}, {}, '', {});
expect(c.get('isSubmitDisabled')).to.equal(true);
});
});
describe('#submit', function () {
beforeEach(function () {
sinon.stub(App.router, 'send', Em.K);
});
afterEach(function () {
App.router.send.restore();
});
it('should call App.router.send', function () {
c.submit();
expect(App.router.send.calledWith('next')).to.equal(true);
});
});
describe('#back', function () {
beforeEach(function () {
sinon.stub(App.router, 'send', Em.K);
});
afterEach(function () {
App.router.send.restore();
});
it('should call App.router.send', function () {
c.reopen({isSubmitDisabled: false});
c.back();
expect(App.router.send.calledWith('back')).to.equal(true);
});
it('shouldn\'t call App.router.send', function () {
c.reopen({isSubmitDisabled: true});
c.back();
expect(App.router.send.called).to.equal(false);
});
});
describe('#loadStep', function () {
beforeEach(function () {
sinon.stub(c, 'clearStep', Em.K);
sinon.stub(c, 'loadHosts', Em.K);
});
afterEach(function () {
c.clearStep.restore();
c.loadHosts.restore();
});
it('should call clearStep', function () {
c.loadStep();
expect(c.clearStep.calledOnce).to.equal(true);
});
it('should call loadHosts', function () {
c.loadStep();
expect(c.loadHosts.calledOnce).to.equal(true);
});
});
describe('#startPolling', function () {
beforeEach(function () {
sinon.stub(c, 'reloadErrorCallback', Em.K);
sinon.stub(c, 'doPolling', Em.K);
});
afterEach(function () {
c.reloadErrorCallback.restore();
c.doPolling.restore();
});
it('should set isSubmitDisabled to true', function () {
c.set('isSubmitDisabled', false);
c.startPolling();
expect(c.get('isSubmitDisabled')).to.equal(true);
});
it('should call doPolling', function () {
c.startPolling();
expect(c.doPolling.calledOnce).to.equal(true);
});
});
describe('#loadLogData', function () {
beforeEach(function () {
obj.reopen({
cluster: {oldRequestsId: [1,2,3]},
getDBProperty: function (name) {
return this.get(name);
}
});
c.reopen({wizardController: obj});
sinon.stub(c, 'getLogsByRequest', Em.K);
});
afterEach(function () {
c.getLogsByRequest.restore();
});
it('should call getLogsByRequest 1 time with 3', function () {
c.loadLogData(true);
expect(c.getLogsByRequest.calledWith(true, 3)).to.equal(true);
});
});
describe('#loadCurrentTaskLog', function () {
beforeEach(function () {
sinon.stub(c, 'loadLogData', Em.K);
c.set('wizardController', Em.Object.create({
getDBProperty: Em.K
}));
sinon.stub(c, 'togglePreviousSteps', Em.K);
});
afterEach(function () {
c.loadLogData.restore();
c.togglePreviousSteps.restore();
});
it('shouldn\'t call App.ajax.send if no currentOpenTaskId', function () {
c.set('currentOpenTaskId', null);
c.loadCurrentTaskLog();
var args = testHelpers.findAjaxRequest('name', 'background_operations.get_by_task');
expect(args).not.exists;
});
it('should call App.ajax.send with provided data', function () {
c.set('currentOpenTaskId', 1);
c.set('currentOpenTaskRequestId', 2);
c.set('content', {cluster: {name: 3}});
c.loadCurrentTaskLog();
var args = testHelpers.findAjaxRequest('name', 'background_operations.get_by_task');
expect(args[0]).exists;
expect(args[0].data).to.be.eql({taskId: 1, requestId: 2, clusterName: 3});
});
});
describe('#loadCurrentTaskLogSuccessCallback', function () {
beforeEach(function() {
sinon.stub(c, 'getLogsByRequest', Em.K);
sinon.stub(c, 'loadLogData', Em.K);
});
afterEach(function() {
c.getLogsByRequest.restore();
c.loadLogData.restore();
});
it('should increment logTasksChangesCounter', function () {
c.set('logTasksChangesCounter', 0);
c.loadCurrentTaskLogSuccessCallback();
expect(c.get('logTasksChangesCounter')).to.equal(1);
});
it('should update stdout, stderr', function () {
c.set('currentOpenTaskId', 1);
c.reopen({
hosts: [
Em.Object.create({
name: 'h1',
logTasks: [
{Tasks: {id: 1, stdout: '', stderr: ''}}
]
})
]
});
var data = {Tasks: {host_name: 'h1', id: 1, stderr: 'stderr', stdout: 'stdout'}};
c.loadCurrentTaskLogSuccessCallback(data);
var t = c.get('hosts')[0].logTasks[0].Tasks;
expect(t.stdout).to.equal('stdout');
expect(t.stderr).to.equal('stderr');
});
it('shouldn\'t update stdout, stderr', function () {
c.set('currentOpenTaskId', 1);
c.reopen({
hosts: [
Em.Object.create({
name: 'h1',
logTasks: [
{Tasks: {id: 2, stdout: '', stderr: ''}}
]
})
]
});
var data = {Tasks: {host_name: 'h1', id: 1, stderr: 'stderr', stdout: 'stdout'}};
c.loadCurrentTaskLogSuccessCallback(data);
var t = c.get('hosts')[0].logTasks[0].Tasks;
expect(t.stdout).to.equal('');
expect(t.stderr).to.equal('');
});
it('shouldn\'t update stdout, stderr (2)', function () {
c.set('currentOpenTaskId', 1);
c.reopen({
hosts: [
Em.Object.create({
name: 'h2',
logTasks: [
{Tasks: {id: 1, stdout: '', stderr: ''}}
]
})
]
});
var data = {Tasks: {host_name: 'h1', id: 1, stderr: 'stderr', stdout: 'stdout'}};
c.loadCurrentTaskLogSuccessCallback(data);
var t = c.get('hosts')[0].logTasks[0].Tasks;
expect(t.stdout).to.equal('');
expect(t.stderr).to.equal('');
});
});
describe('#loadCurrentTaskLogErrorCallback', function () {
it('should set currentOpenTaskId to 0', function () {
c.set('currentOpenTaskId', 123);
c.loadCurrentTaskLogErrorCallback();
expect(c.get('currentOpenTaskId')).to.equal(0);
});
});
describe('#doPolling', function () {
beforeEach(function () {
sinon.stub(c, 'getLogsByRequest', Em.K);
sinon.stub(c, 'togglePreviousSteps', Em.K);
});
afterEach(function () {
c.getLogsByRequest.restore();
c.togglePreviousSteps.restore();
});
it('should call getLogsByRequest', function () {
c.set('content', {cluster: {requestId: 1}});
c.doPolling();
expect(c.getLogsByRequest.calledWith(true, 1)).to.equal(true);
});
});
describe('#isAllComponentsInstalledErrorCallback', function () {
beforeEach(function () {
sinon.stub(c, 'saveClusterStatus', Em.K);
sinon.stub(c, 'togglePreviousSteps', Em.K);
});
afterEach(function () {
c.saveClusterStatus.restore();
c.togglePreviousSteps.restore();
});
it('should call saveClusterStatus', function () {
c.isAllComponentsInstalledErrorCallback({});
expect(c.saveClusterStatus.calledOnce).to.equal(true);
});
});
describe('#navigateStep', function () {
beforeEach(function () {
sinon.stub(c, 'togglePreviousSteps', Em.K);
sinon.stub(c, 'loadStep', Em.K);
sinon.stub(c, 'loadLogData', Em.K);
sinon.stub(c, 'startPolling', Em.K);
});
afterEach(function () {
c.togglePreviousSteps.restore();
c.loadStep.restore();
c.loadLogData.restore();
c.startPolling.restore();
});
it('isCompleted = true, requestId = 1', function () {
c.reopen({content: {cluster: {isCompleted: true, requestId: 1}}});
c.navigateStep();
expect(c.loadStep.calledOnce).to.equal(true);
expect(c.loadLogData.calledWith(false)).to.equal(true);
expect(c.get('progress')).to.equal('100');
});
it('isCompleted = false, requestId = 1, status = INSTALL FAILED', function () {
c.reopen({content: {cluster: {status: 'INSTALL FAILED', isCompleted: false, requestId: 1}}});
c.navigateStep();
expect(c.loadStep.calledOnce).to.equal(true);
expect(c.loadLogData.calledWith(false)).to.equal(true);
});
it('isCompleted = false, requestId = 1, status = START FAILED', function () {
c.reopen({content: {cluster: {status: 'START FAILED', isCompleted: false, requestId: 1}}});
c.navigateStep();
expect(c.loadStep.calledOnce).to.equal(true);
expect(c.loadLogData.calledWith(false)).to.equal(true);
});
it('isCompleted = false, requestId = 1, status = OTHER', function () {
c.reopen({content: {cluster: {status: 'STARTED', isCompleted: false, requestId: 1}}});
c.navigateStep();
expect(c.loadStep.calledOnce).to.equal(true);
expect(c.loadLogData.calledWith(true)).to.equal(true);
});
});
describe('#launchStartServicesSuccessCallback', function () {
beforeEach(function () {
sinon.stub(App.clusterStatus, 'setClusterStatus', function() {
return $.ajax();
});
sinon.stub(c, 'saveClusterStatus', Em.K);
sinon.stub(c, 'doPolling', Em.K);
sinon.stub(c, 'hostHasClientsOnly', Em.K);
});
afterEach(function () {
c.saveClusterStatus.restore();
c.doPolling.restore();
c.hostHasClientsOnly.restore();
App.clusterStatus.setClusterStatus.restore();
});
it('should call doPolling if some data were received', function () {
c.launchStartServicesSuccessCallback({Requests: {id: 2}});
expect(c.doPolling.calledOnce).to.equal(true);
});
Em.A([
{
m: 'Launch start service after install services completed',
jsonData: {Requests: {id: 2}},
e: {
hostHasClientsOnly: false,
clusterStatus: {
status: 'INSTALLED',
requestId: 2,
isStartError: false,
isCompleted: false
}
}
},
{
jsonData: null,
e: {
hostHasClientsOnly: true,
clusterStatus: {
status: 'STARTED',
isStartError: false,
isCompleted: true
},
status: 'success',
progress: '100'
}
}
]).forEach(function (test) {
describe(test.m, function () {
beforeEach(function () {
c.launchStartServicesSuccessCallback(test.jsonData);
});
it('hostHasClientsOnly is called with valid arguments', function () {
expect(c.hostHasClientsOnly.calledWith(test.e.hostHasClientsOnly)).to.equal(true);
});
it('saveClusterStatus is called with valid arguments', function () {
expect(c.saveClusterStatus.calledWith(test.e.clusterStatus)).to.equal(true);
});
if (test.e.status) {
it('status is valid', function () {
expect(c.get('status')).to.equal(test.e.status);
});
}
if (test.e.progress) {
it('progress is valid', function () {
expect(c.get('progress')).to.equal(test.e.progress);
});
}
});
});
});
describe('#isAllComponentsInstalledSuccessCallback', function () {
var hosts = [
Em.Object.create({name: 'h1', status: '', message: '', progress: ''}),
Em.Object.create({name: 'h2', status: '', message: '', progress: ''})
];
var jsonData = {
items: [
{
Hosts: {
host_state: 'HEARTBEAT_LOST',
host_name: 'h1'
},
host_components: [
{
HostRoles: {
component_name: 'c1'
}
},
{
HostRoles: {
component_name: 'c2'
}
}
]
},
{
Hosts: {
host_state: 'HEARTBEAT_LOST',
host_name: 'h2'
},
host_components: [
{
HostRoles: {
component_name: 'c3'
}
},
{
HostRoles: {
component_name: 'c4'
}
}
]
}
]
};
beforeEach(function () {
sinon.stub(c, 'changeParseHostInfo', Em.K);
sinon.stub(c, 'launchStartServices', Em.K);
sinon.stub(c, 'saveClusterStatus', Em.K);
c.set('hosts', hosts);
c.set('content', Em.Object.create({
slaveComponentHosts: [
{hosts: [{isInstalled: true, hostName: 'h1'}]},
{hosts: [{isInstalled: false, hostName: 'h2'}]}
],
masterComponentHosts: []
}));
c.isAllComponentsInstalledSuccessCallback(jsonData);
this.clusterStatus = c.saveClusterStatus.args[0][0];
});
afterEach(function () {
c.changeParseHostInfo.restore();
c.launchStartServices.restore();
c.saveClusterStatus.restore();
});
it('cluster status / status', function () {
expect(this.clusterStatus.status).to.be.equal('INSTALL FAILED');
});
it('cluster status / isStartError', function () {
expect(this.clusterStatus.isStartError).to.be.true;
});
it('cluster status / isCompleted', function () {
expect(this.clusterStatus.isCompleted).to.be.false;
});
it('each host progress is 100', function () {
expect(c.get('hosts').everyProperty('progress', '100')).to.be.true;
});
it('each host status is `heartbeat_lost`', function () {
expect(c.get('hosts').everyProperty('status', 'heartbeat_lost')).to.be.true;
});
it('overall progress is 100', function () {
expect(c.get('progress')).to.be.equal('100');
});
});
describe('#loadDoServiceChecksFlagSuccessCallback', function () {
var data = {
RootServiceComponents: {
properties: {
'skip.service.checks': 'true'
}
}
};
it('skipServiceChecks should be true', function () {
c.loadDoServiceChecksFlagSuccessCallback(data);
expect(c.get('skipServiceChecks')).to.be.true;
});
it('skipServiceChecks should be false', function () {
data.RootServiceComponents.properties['skip.service.checks'] = 'false';
c.loadDoServiceChecksFlagSuccessCallback(data);
expect(c.get('skipServiceChecks')).to.be.false;
});
});
describe('#isNextButtonDisabled', function () {
var cases = [
{
nextBtnClickInProgress: true,
isSubmitDisabled: true,
isNextButtonDisabled: true,
description: 'button clicked, submit disabled',
title: 'next button disabled'
},
{
nextBtnClickInProgress: true,
isSubmitDisabled: false,
isNextButtonDisabled: true,
description: 'button clicked, submit not disabled',
title: 'next button disabled'
},
{
nextBtnClickInProgress: false,
isSubmitDisabled: true,
isNextButtonDisabled: true,
description: 'no button clicked, submit disabled',
title: 'next button disabled'
},
{
nextBtnClickInProgress: false,
isSubmitDisabled: false,
isNextButtonDisabled: false,
description: 'no button clicked, submit not disabled',
title: 'next button enabled'
}
];
cases.forEach(function (item) {
describe(item.description, function () {
beforeEach(function () {
c.reopen({
isSubmitDisabled: item.isSubmitDisabled
});
sinon.stub(App, 'get').withArgs('router.nextBtnClickInProgress').returns(item.nextBtnClickInProgress);
c.propertyDidChange('isSubmitDisabled');
c.propertyDidChange('App.router.nextBtnClickInProgress');
});
afterEach(function () {
App.get.restore();
});
it(item.title, function () {
expect(c.get('isNextButtonDisabled')).to.equal(item.isNextButtonDisabled);
});
});
});
});
});