@itentialopensource/adapter-ciena_mcp
Version:
This adapter integrates with system described as: Ciena Mcp
1,360 lines (1,283 loc) • 5.02 MB
JavaScript
/* @copyright Itential, LLC 2019 (pre-modifications) */
// Set globals
/* global describe it log pronghornProps */
/* eslint no-unused-vars: warn */
/* eslint no-underscore-dangle: warn */
/* eslint import/no-dynamic-require:warn */
// include required items for testing & logging
const assert = require('assert');
const fs = require('fs');
const path = require('path');
const util = require('util');
const mocha = require('mocha');
const winston = require('winston');
const { expect } = require('chai');
const { use } = require('chai');
const td = require('testdouble');
const log = require('../../utils/logger');
const anything = td.matchers.anything();
// stub and attemptTimeout are used throughout the code so set them here
const isRapidFail = false;
const isSaveMockData = false;
// read in the properties from the sampleProperties files
let adaptdir = __dirname;
if (adaptdir.endsWith('/test/integration')) {
adaptdir = adaptdir.substring(0, adaptdir.length - 17);
} else if (adaptdir.endsWith('/test/unit')) {
adaptdir = adaptdir.substring(0, adaptdir.length - 10);
}
const samProps = require(`${adaptdir}/sampleProperties.json`).properties;
// these variables can be changed to run in integrated mode so easier to set them here
// always check these in with bogus data!!!
samProps.stub = true;
// uncomment if connecting
// samProps.host = 'replace.hostorip.here';
// samProps.authentication.username = 'username';
// samProps.authentication.password = 'password';
// samProps.authentication.token = 'password';
// samProps.protocol = 'http';
// samProps.port = 80;
// samProps.ssl.enabled = false;
// samProps.ssl.accept_invalid_cert = false;
if (samProps.request.attempt_timeout < 30000) {
samProps.request.attempt_timeout = 30000;
}
samProps.devicebroker.enabled = true;
const attemptTimeout = samProps.request.attempt_timeout;
const { stub } = samProps;
// these are the adapter properties. You generally should not need to alter
// any of these after they are initially set up
global.pronghornProps = {
pathProps: {
encrypted: false
},
adapterProps: {
adapters: [{
id: 'Test-ciena_mcp',
type: 'CienaMcp',
properties: samProps
}]
}
};
global.$HOME = `${__dirname}/../..`;
/**
* Runs the common asserts for test
*/
function runCommonAsserts(data, error) {
assert.equal(undefined, error);
assert.notEqual(undefined, data);
assert.notEqual(null, data);
assert.notEqual(undefined, data.response);
assert.notEqual(null, data.response);
}
/**
* Runs the error asserts for the test
*/
function runErrorAsserts(data, error, code, origin, displayStr) {
assert.equal(null, data);
assert.notEqual(undefined, error);
assert.notEqual(null, error);
assert.notEqual(undefined, error.IAPerror);
assert.notEqual(null, error.IAPerror);
assert.notEqual(undefined, error.IAPerror.displayString);
assert.notEqual(null, error.IAPerror.displayString);
assert.equal(code, error.icode);
assert.equal(origin, error.IAPerror.origin);
assert.equal(displayStr, error.IAPerror.displayString);
}
/**
* @function saveMockData
* Attempts to take data from responses and place them in MockDataFiles to help create Mockdata.
* Note, this was built based on entity file structure for Adapter-Engine 1.6.x
* @param {string} entityName - Name of the entity saving mock data for
* @param {string} actionName - Name of the action saving mock data for
* @param {string} descriptor - Something to describe this test (used as a type)
* @param {string or object} responseData - The data to put in the mock file.
*/
function saveMockData(entityName, actionName, descriptor, responseData) {
// do not need to save mockdata if we are running in stub mode (already has mock data) or if told not to save
if (stub || !isSaveMockData) {
return false;
}
// must have a response in order to store the response
if (responseData && responseData.response) {
let data = responseData.response;
// if there was a raw response that one is better as it is untranslated
if (responseData.raw) {
data = responseData.raw;
try {
const temp = JSON.parse(data);
data = temp;
} catch (pex) {
// do not care if it did not parse as we will just use data
}
}
try {
const base = path.join(__dirname, `../../entities/${entityName}/`);
const mockdatafolder = 'mockdatafiles';
const filename = `mockdatafiles/${actionName}-${descriptor}.json`;
if (!fs.existsSync(base + mockdatafolder)) {
fs.mkdirSync(base + mockdatafolder);
}
// write the data we retrieved
fs.writeFile(base + filename, JSON.stringify(data, null, 2), 'utf8', (errWritingMock) => {
if (errWritingMock) throw errWritingMock;
// update the action file to reflect the changes. Note: We're replacing the default object for now!
fs.readFile(`${base}action.json`, (errRead, content) => {
if (errRead) throw errRead;
// parse the action file into JSON
const parsedJson = JSON.parse(content);
// The object update we'll write in.
const responseObj = {
type: descriptor,
key: '',
mockFile: filename
};
// get the object for method we're trying to change.
const currentMethodAction = parsedJson.actions.find((obj) => obj.name === actionName);
// if the method was not found - should never happen but...
if (!currentMethodAction) {
throw Error('Can\'t find an action for this method in the provided entity.');
}
// if there is a response object, we want to replace the Response object. Otherwise we'll create one.
const actionResponseObj = currentMethodAction.responseObjects.find((obj) => obj.type === descriptor);
// Add the action responseObj back into the array of response objects.
if (!actionResponseObj) {
// if there is a default response object, we want to get the key.
const defaultResponseObj = currentMethodAction.responseObjects.find((obj) => obj.type === 'default');
// save the default key into the new response object
if (defaultResponseObj) {
responseObj.key = defaultResponseObj.key;
}
// save the new response object
currentMethodAction.responseObjects = [responseObj];
} else {
// update the location of the mock data file
actionResponseObj.mockFile = responseObj.mockFile;
}
// Save results
fs.writeFile(`${base}action.json`, JSON.stringify(parsedJson, null, 2), (err) => {
if (err) throw err;
});
});
});
} catch (e) {
log.debug(`Failed to save mock data for ${actionName}. ${e.message}`);
return false;
}
}
// no response to save
log.debug(`No data passed to save into mockdata for ${actionName}`);
return false;
}
// require the adapter that we are going to be using
const CienaMcp = require('../../adapter');
// begin the testing - these should be pretty well defined between the describe and the it!
describe('[integration] CienaMcp Adapter Test', () => {
describe('CienaMcp Class Tests', () => {
const a = new CienaMcp(
pronghornProps.adapterProps.adapters[0].id,
pronghornProps.adapterProps.adapters[0].properties
);
if (isRapidFail) {
const state = {};
state.passed = true;
mocha.afterEach(function x() {
state.passed = state.passed
&& (this.currentTest.state === 'passed');
});
mocha.beforeEach(function x() {
if (!state.passed) {
return this.currentTest.skip();
}
return true;
});
}
describe('#class instance created', () => {
it('should be a class with properties', (done) => {
try {
assert.notEqual(null, a);
assert.notEqual(undefined, a);
const checkId = global.pronghornProps.adapterProps.adapters[0].id;
assert.equal(checkId, a.id);
assert.notEqual(null, a.allProps);
const check = global.pronghornProps.adapterProps.adapters[0].properties.healthcheck.type;
assert.equal(check, a.healthcheckType);
done();
} catch (error) {
log.error(`Test Failure: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#connect', () => {
it('should get connected - no healthcheck', (done) => {
try {
a.healthcheckType = 'none';
a.connect();
try {
assert.equal(true, a.alive);
done();
} catch (error) {
log.error(`Test Failure: ${error}`);
done(error);
}
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
});
it('should get connected - startup healthcheck', (done) => {
try {
a.healthcheckType = 'startup';
a.connect();
try {
assert.equal(true, a.alive);
done();
} catch (error) {
log.error(`Test Failure: ${error}`);
done(error);
}
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
});
});
describe('#healthCheck', () => {
it('should be healthy', (done) => {
try {
a.healthCheck(null, (data) => {
try {
assert.equal(true, a.healthy);
saveMockData('system', 'healthcheck', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
// broker tests
describe('#getDevicesFiltered - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
const opts = {
filter: {
name: 'deviceName'
}
};
a.getDevicesFiltered(opts, (data, error) => {
try {
if (stub) {
if (samProps.devicebroker.getDevicesFiltered[0].handleFailure === 'ignore') {
assert.equal(null, error);
assert.notEqual(undefined, data);
assert.notEqual(null, data);
assert.equal(0, data.total);
assert.equal(0, data.list.length);
} else {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
}
} else {
runCommonAsserts(data, error);
}
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#iapGetDeviceCount - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
const opts = {
filter: {
name: 'deviceName'
}
};
a.iapGetDeviceCount((data, error) => {
try {
if (stub) {
if (samProps.devicebroker.getDevicesFiltered[0].handleFailure === 'ignore') {
assert.equal(null, error);
assert.notEqual(undefined, data);
assert.notEqual(null, data);
assert.equal(0, data.count);
} else {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
}
} else {
runCommonAsserts(data, error);
}
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
// exposed cache tests
describe('#iapPopulateEntityCache - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.iapPopulateEntityCache('Device', (data, error) => {
try {
if (stub) {
assert.equal(null, data);
assert.notEqual(undefined, error);
assert.notEqual(null, error);
done();
} else {
assert.equal(undefined, error);
assert.equal('success', data[0]);
done();
}
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#iapRetrieveEntitiesCache - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.iapRetrieveEntitiesCache('Device', {}, (data, error) => {
try {
if (stub) {
assert.equal(null, data);
assert.notEqual(null, error);
assert.notEqual(undefined, error);
} else {
assert.equal(undefined, error);
assert.notEqual(null, data);
assert.notEqual(undefined, data);
}
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
/*
-----------------------------------------------------------------------
-----------------------------------------------------------------------
*** All code above this comment will be replaced during a migration ***
******************* DO NOT REMOVE THIS COMMENT BLOCK ******************
-----------------------------------------------------------------------
-----------------------------------------------------------------------
*/
const retrieveAndModifyAlarmsVersion1Id = 'fakedata';
describe('#acknowledgeAlarmV1 - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.acknowledgeAlarmV1(retrieveAndModifyAlarmsVersion1Id, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'acknowledgeAlarmV1', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#forceClearAlarmV1 - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.forceClearAlarmV1(retrieveAndModifyAlarmsVersion1Id, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'forceClearAlarmV1', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#manualClearAlarmV1 - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.manualClearAlarmV1(retrieveAndModifyAlarmsVersion1Id, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'manualClearAlarmV1', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#unacknowledgeAlarmV1 - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.unacknowledgeAlarmV1(retrieveAndModifyAlarmsVersion1Id, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'unacknowledgeAlarmV1', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getTotalRecordsCount - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getTotalRecordsCount((data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'getTotalRecordsCount', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getDeviceTypes - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getDeviceTypes((data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'getDeviceTypes', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getDeviceAttributes - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getDeviceAttributes(retrieveAndModifyAlarmsVersion1Id, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'getDeviceAttributes', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getHistoricalChangePartition - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getHistoricalChangePartition((data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'getHistoricalChangePartition', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getHistoricalDataRetentionDays - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getHistoricalDataRetentionDays((data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'getHistoricalDataRetentionDays', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const retrieveAndModifyAlarmsVersion1RetentionDays = 555;
describe('#setHistoricalDataRetentionDays - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.setHistoricalDataRetentionDays(retrieveAndModifyAlarmsVersion1RetentionDays, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion1', 'setHistoricalDataRetentionDays', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getActiveAlarmCounts - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getActiveAlarmCounts((data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion1', 'getActiveAlarmCounts', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#searchActiveAlarms - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.searchActiveAlarms(null, null, null, null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion1', 'searchActiveAlarms', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#searchHistoricalAlarms - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.searchHistoricalAlarms(null, null, null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion1', 'searchHistoricalAlarms', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const retrieveAndModifyAlarmsVersion2GetAlarmSyncStatesBodyParam = {
ids: [
'string'
]
};
describe('#getAlarmSyncStates - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getAlarmSyncStates(retrieveAndModifyAlarmsVersion2GetAlarmSyncStatesBodyParam, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'getAlarmSyncStates', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const retrieveAndModifyAlarmsVersion2ServerId = 'fakedata';
describe('#resetRequestIdsForServerId - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.resetRequestIdsForServerId(retrieveAndModifyAlarmsVersion2ServerId, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'resetRequestIdsForServerId', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const retrieveAndModifyAlarmsVersion2Id = 'fakedata';
const retrieveAndModifyAlarmsVersion2SequenceId = 'fakedata';
describe('#acknowledgeAlarm - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.acknowledgeAlarm(retrieveAndModifyAlarmsVersion2Id, retrieveAndModifyAlarmsVersion2SequenceId, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'acknowledgeAlarm', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const retrieveAndModifyAlarmsVersion2AnnotateAlarmBodyParam = {
annotation: 'string'
};
describe('#annotateAlarm - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.annotateAlarm(retrieveAndModifyAlarmsVersion2Id, retrieveAndModifyAlarmsVersion2AnnotateAlarmBodyParam, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'annotateAlarm', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#forceClearAlarm - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.forceClearAlarm(retrieveAndModifyAlarmsVersion2Id, retrieveAndModifyAlarmsVersion2SequenceId, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'forceClearAlarm', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#manualClearAlarm - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.manualClearAlarm(retrieveAndModifyAlarmsVersion2Id, retrieveAndModifyAlarmsVersion2SequenceId, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'manualClearAlarm', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#removeAnnotation - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.removeAnnotation(retrieveAndModifyAlarmsVersion2Id, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'removeAnnotation', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#unacknowledgeAlarm - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.unacknowledgeAlarm(retrieveAndModifyAlarmsVersion2Id, retrieveAndModifyAlarmsVersion2SequenceId, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('RetrieveAndModifyAlarmsVersion2', 'unacknowledgeAlarm', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const searchAndFilterAlarmsVersion2CreateFilterBodyParam = {
op: 'EQUALS',
key: 'string',
value: [
'string'
]
};
describe('#createFilter - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.createFilter(searchAndFilterAlarmsVersion2CreateFilterBodyParam, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'createFilter', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const searchAndFilterAlarmsVersion2SearchFilteredAlarmsWithBodyBodyParam = {
alarmId: [
'string'
],
state: [
'string'
],
contextState: [
'string'
],
severity: [
'string'
],
serviceAffecting: [
'string'
],
deviceType: [
'string'
],
acknowledgeState: [
'string'
],
deviceId: [
'string'
],
deviceName: [
'string'
],
ipAddress: [
'string'
],
macAddress: [
'string'
],
deviceTag: [
'string'
],
additionalText: [
'string'
],
annotation: [
'string'
],
nativeConditionType: [
'string'
],
resource: [
'string'
],
resourceId: [
'string'
],
subnetName: [
'string'
],
cardType: [
'string'
],
clfi: [
'string'
],
fic: [
'string'
],
partition: [
'string'
],
keytext: 'string',
lastRaisedTime: 'string',
lastRaisedTimeFrom: 'string',
lastRaisedTimeTo: 'string',
clearTime: 'string',
clearTimeFrom: 'string',
clearTimeTo: 'string',
refinedRaisedTimeFrom: 'string',
refinedRaisedTimeTo: 'string',
refinedClearTimeFrom: 'string',
refinedClearTimeTo: 'string',
allTime: 'string',
offset: 'string',
pageSize: 'string',
sort: [
'string'
]
};
describe('#searchFilteredAlarmsWithBody - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.searchFilteredAlarmsWithBody(searchAndFilterAlarmsVersion2SearchFilteredAlarmsWithBodyBodyParam, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'searchFilteredAlarmsWithBody', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getAllFilters - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getAllFilters((data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'getAllFilters', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getNsaApiV20AlarmsFilterActiveAlarmCounts - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getNsaApiV20AlarmsFilterActiveAlarmCounts((data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'getNsaApiV20AlarmsFilterActiveAlarmCounts', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#searchActiveAlarmsV2 - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.searchActiveAlarmsV2(null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'searchActiveAlarmsV2', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getAdditionalTexts - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getAdditionalTexts(null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'getAdditionalTexts', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getDeviceNames - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getDeviceNames(null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'getDeviceNames', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#searchFilteredAlarms - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.searchFilteredAlarms(null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'searchFilteredAlarms', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const searchAndFilterAlarmsVersion2Id = 'fakedata';
describe('#getFilteredAlarm - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getFilteredAlarm(searchAndFilterAlarmsVersion2Id, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'getFilteredAlarm', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
const searchAndFilterAlarmsVersion2ServiceId = 'fakedata';
describe('#searchCorrelatedAlarms - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.searchCorrelatedAlarms(searchAndFilterAlarmsVersion2ServiceId, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'searchCorrelatedAlarms', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#searchHistoricalAlarmsV2 - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.searchHistoricalAlarmsV2(null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);
}
saveMockData('SearchAndFilterAlarmsVersion2', 'searchHistoricalAlarmsV2', 'default', data);
done();
} catch (err) {
log.error(`Test Failure: ${err}`);
done(err);
}
});
} catch (error) {
log.error(`Adapter Exception: ${error}`);
done(error);
}
}).timeout(attemptTimeout);
});
describe('#getIpAddresses - errors', () => {
it('should work if integrated but since no mockdata should error when run standalone', (done) => {
try {
a.getIpAddresses(null, null, null, null, null, null, (data, error) => {
try {
if (stub) {
const displayE = 'Error 400 received on request';
runErrorAsserts(data, error, 'AD.500', 'Test-ciena_mcp-connectorRest-handleEndResponse', displayE);
} else {
runCommonAsserts(data, error);