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fix(#6549): [StaticRootPlugin] Remap non-empty root namespaces and non-root namespaces correctly (#6583)
* fix: preserve truthy namespaces and unmapped values - Fixes the issue of the Static Root provider overriding existing namespaces, such as those from a telemetry dictionary - Fixes the issue of keys of child objects NOT present in the idMapping (such as those from a telemetry dictionary) being overwritten as undefined - TODO: This will not work for objects exported from an environment that has the "MyItems" namespace defined to anything other than an empty string. Need to figure out how to handle this. * fix: handle the case of rootId having a namespace !== "" * refactor: use `parseKeyString` * fix: StaticRootPlugin object mapping for non-empty namespaces * fix: use index, fix location identifiers * tets: add non-empty namespace tests (wip) * refactor: rename and move test files * test: update StaticModelProvider tests * fix: remap to identifiers for config, not keystring --------- Co-authored-by: Khalid Adil <khalidadil29@gmail.com>
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@ -46,76 +46,96 @@ class StaticModelProvider {
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throw new Error(keyString + ' not found in import models.');
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}
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parseObjectLeaf(objectLeaf, idMap, namespace) {
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parseObjectLeaf(objectLeaf, idMap, newRootNamespace, oldRootNamespace) {
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Object.keys(objectLeaf).forEach((nodeKey) => {
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if (idMap.get(nodeKey)) {
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const newIdentifier = objectUtils.makeKeyString({
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namespace,
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namespace: newRootNamespace,
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key: idMap.get(nodeKey)
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});
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objectLeaf[newIdentifier] = { ...objectLeaf[nodeKey] };
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delete objectLeaf[nodeKey];
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objectLeaf[newIdentifier] = this.parseTreeLeaf(newIdentifier, objectLeaf[newIdentifier], idMap, namespace);
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objectLeaf[newIdentifier] = this.parseTreeLeaf(newIdentifier, objectLeaf[newIdentifier], idMap, newRootNamespace, oldRootNamespace);
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} else {
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objectLeaf[nodeKey] = this.parseTreeLeaf(nodeKey, objectLeaf[nodeKey], idMap, namespace);
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objectLeaf[nodeKey] = this.parseTreeLeaf(nodeKey, objectLeaf[nodeKey], idMap, newRootNamespace, oldRootNamespace);
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}
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});
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return objectLeaf;
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}
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parseArrayLeaf(arrayLeaf, idMap, namespace) {
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parseArrayLeaf(arrayLeaf, idMap, newRootNamespace, oldRootNamespace) {
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return arrayLeaf.map((leafValue, index) => this.parseTreeLeaf(
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null, leafValue, idMap, namespace));
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null, leafValue, idMap, newRootNamespace, oldRootNamespace));
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}
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parseBranchedLeaf(branchedLeafValue, idMap, namespace) {
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parseBranchedLeaf(branchedLeafValue, idMap, newRootNamespace, oldRootNamespace) {
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if (Array.isArray(branchedLeafValue)) {
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return this.parseArrayLeaf(branchedLeafValue, idMap, namespace);
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return this.parseArrayLeaf(branchedLeafValue, idMap, newRootNamespace, oldRootNamespace);
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} else {
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return this.parseObjectLeaf(branchedLeafValue, idMap, namespace);
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return this.parseObjectLeaf(branchedLeafValue, idMap, newRootNamespace, oldRootNamespace);
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}
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}
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parseTreeLeaf(leafKey, leafValue, idMap, namespace) {
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parseTreeLeaf(leafKey, leafValue, idMap, newRootNamespace, oldRootNamespace) {
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if (leafValue === null || leafValue === undefined) {
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return leafValue;
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}
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const hasChild = typeof leafValue === 'object';
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if (hasChild) {
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return this.parseBranchedLeaf(leafValue, idMap, namespace);
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return this.parseBranchedLeaf(leafValue, idMap, newRootNamespace, oldRootNamespace);
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}
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if (leafKey === 'key') {
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return idMap.get(leafValue);
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} else if (leafKey === 'namespace') {
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return namespace;
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} else if (leafKey === 'location') {
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if (idMap.get(leafValue)) {
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const newLocationIdentifier = objectUtils.makeKeyString({
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namespace,
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key: idMap.get(leafValue)
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});
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return newLocationIdentifier;
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let mappedLeafValue;
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if (oldRootNamespace) {
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mappedLeafValue = idMap.get(objectUtils.makeKeyString({
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namespace: oldRootNamespace,
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key: leafValue
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}));
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} else {
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mappedLeafValue = idMap.get(leafValue);
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}
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return null;
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} else if (idMap.get(leafValue)) {
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const newIdentifier = objectUtils.makeKeyString({
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namespace,
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key: idMap.get(leafValue)
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return mappedLeafValue ?? leafValue;
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} else if (leafKey === 'namespace') {
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// Only rewrite the namespace if it matches the old root namespace.
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// This is to prevent rewriting namespaces of objects that are not
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// children of the root object (e.g.: objects from a telemetry dictionary)
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return leafValue === oldRootNamespace
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? newRootNamespace
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: leafValue;
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} else if (leafKey === 'location') {
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const mappedLeafValue = idMap.get(leafValue);
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if (!mappedLeafValue) {
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return null;
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}
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const newLocationIdentifier = objectUtils.makeKeyString({
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namespace: newRootNamespace,
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key: mappedLeafValue
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});
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return newIdentifier;
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return newLocationIdentifier;
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} else {
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return leafValue;
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const mappedLeafValue = idMap.get(leafValue);
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if (mappedLeafValue) {
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const newIdentifier = objectUtils.makeKeyString({
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namespace: newRootNamespace,
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key: mappedLeafValue
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});
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return newIdentifier;
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} else {
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return leafValue;
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}
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}
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}
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rewriteObjectIdentifiers(importData, rootIdentifier) {
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const namespace = rootIdentifier.namespace;
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const { namespace: oldRootNamespace } = objectUtils.parseKeyString(importData.rootId);
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const { namespace: newRootNamespace } = rootIdentifier;
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const idMap = new Map();
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const objectTree = importData.openmct;
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@ -128,7 +148,7 @@ class StaticModelProvider {
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idMap.set(originalId, newId);
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});
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const newTree = this.parseTreeLeaf(null, objectTree, idMap, namespace);
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const newTree = this.parseTreeLeaf(null, objectTree, idMap, newRootNamespace, oldRootNamespace);
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return newTree;
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}
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@ -20,130 +20,265 @@
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* at runtime from the About dialog for additional information.
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*****************************************************************************/
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import testStaticData from './static-provider-test.json';
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import testStaticDataEmptyNamespace from './test-data/static-provider-test-empty-namespace.json';
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import testStaticDataFooNamespace from './test-data/static-provider-test-foo-namespace.json';
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import StaticModelProvider from './StaticModelProvider';
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describe('StaticModelProvider', function () {
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describe('with empty namespace', function () {
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let staticProvider;
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beforeEach(function () {
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const staticData = JSON.parse(JSON.stringify(testStaticData));
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staticProvider = new StaticModelProvider(staticData, {
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namespace: 'my-import',
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key: 'root'
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});
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});
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describe('rootObject', function () {
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let rootModel;
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let staticProvider;
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beforeEach(function () {
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rootModel = staticProvider.get({
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const staticData = JSON.parse(JSON.stringify(testStaticDataEmptyNamespace));
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staticProvider = new StaticModelProvider(staticData, {
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namespace: 'my-import',
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key: 'root'
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});
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});
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it('is located at top level', function () {
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expect(rootModel.location).toBe('ROOT');
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describe('rootObject', function () {
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let rootModel;
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beforeEach(function () {
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rootModel = staticProvider.get({
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namespace: 'my-import',
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key: 'root'
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});
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});
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it('is located at top level', function () {
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expect(rootModel.location).toBe('ROOT');
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});
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it('has remapped identifier', function () {
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expect(rootModel.identifier).toEqual({
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namespace: 'my-import',
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key: 'root'
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});
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});
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it('has remapped identifiers in composition', function () {
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expect(rootModel.composition).toContain({
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namespace: 'my-import',
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key: '1'
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});
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expect(rootModel.composition).toContain({
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namespace: 'my-import',
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key: '2'
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});
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});
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});
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it('has new-format identifier', function () {
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expect(rootModel.identifier).toEqual({
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describe('childObjects', function () {
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let swg;
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let layout;
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let fixed;
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beforeEach(function () {
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swg = staticProvider.get({
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namespace: 'my-import',
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key: '1'
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});
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layout = staticProvider.get({
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namespace: 'my-import',
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key: '2'
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});
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fixed = staticProvider.get({
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namespace: 'my-import',
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key: '3'
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});
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});
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it('match expected ordering', function () {
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// this is a sanity check to make sure the identifiers map in
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// the correct order.
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expect(swg.type).toBe('generator');
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expect(layout.type).toBe('layout');
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expect(fixed.type).toBe('telemetry.fixed');
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});
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it('have remapped identifiers', function () {
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expect(swg.identifier).toEqual({
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namespace: 'my-import',
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key: '1'
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});
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expect(layout.identifier).toEqual({
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namespace: 'my-import',
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key: '2'
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});
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expect(fixed.identifier).toEqual({
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namespace: 'my-import',
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key: '3'
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});
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});
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it('have remapped composition', function () {
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expect(layout.composition).toContain({
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namespace: 'my-import',
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key: '1'
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});
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expect(layout.composition).toContain({
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namespace: 'my-import',
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key: '3'
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});
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expect(fixed.composition).toContain({
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namespace: 'my-import',
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key: '1'
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});
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});
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it('rewrites locations', function () {
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expect(swg.location).toBe('my-import:root');
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expect(layout.location).toBe('my-import:root');
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expect(fixed.location).toBe('my-import:2');
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});
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it('rewrites matched identifiers in objects', function () {
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expect(layout.configuration.layout.panels['my-import:1'])
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.toBeDefined();
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expect(layout.configuration.layout.panels['my-import:3'])
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.toBeDefined();
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expect(layout.configuration.layout.panels['483c00d4-bb1d-4b42-b29a-c58e06b322a0'])
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.not.toBeDefined();
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expect(layout.configuration.layout.panels['20273193-f069-49e9-b4f7-b97a87ed755d'])
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.not.toBeDefined();
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expect(fixed.configuration['fixed-display'].elements[0].id)
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.toBe('my-import:1');
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});
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});
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});
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describe('with namespace "foo"', function () {
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let staticProvider;
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beforeEach(function () {
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const staticData = JSON.parse(JSON.stringify(testStaticDataFooNamespace));
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staticProvider = new StaticModelProvider(staticData, {
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namespace: 'my-import',
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key: 'root'
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});
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});
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it('has new-format composition', function () {
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expect(rootModel.composition).toContain({
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namespace: 'my-import',
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key: '1'
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});
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expect(rootModel.composition).toContain({
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namespace: 'my-import',
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key: '2'
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});
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});
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});
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describe('rootObject', function () {
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let rootModel;
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describe('childObjects', function () {
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let swg;
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let layout;
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let fixed;
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beforeEach(function () {
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rootModel = staticProvider.get({
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namespace: 'my-import',
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key: 'root'
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});
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});
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beforeEach(function () {
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swg = staticProvider.get({
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namespace: 'my-import',
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key: '1'
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it('is located at top level', function () {
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expect(rootModel.location).toBe('ROOT');
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});
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layout = staticProvider.get({
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namespace: 'my-import',
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key: '2'
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it('has remapped identifier', function () {
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expect(rootModel.identifier).toEqual({
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namespace: 'my-import',
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key: 'root'
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});
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});
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fixed = staticProvider.get({
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namespace: 'my-import',
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key: '3'
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it('has remapped composition', function () {
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expect(rootModel.composition).toContain({
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namespace: 'my-import',
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key: '1'
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});
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expect(rootModel.composition).toContain({
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namespace: 'my-import',
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key: '2'
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});
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});
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});
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it('match expected ordering', function () {
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// this is a sanity check to make sure the identifiers map in
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// the correct order.
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expect(swg.type).toBe('generator');
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expect(layout.type).toBe('layout');
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expect(fixed.type).toBe('telemetry.fixed');
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});
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describe('childObjects', function () {
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let clock;
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let layout;
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let swg;
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let folder;
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it('have new-style identifiers', function () {
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expect(swg.identifier).toEqual({
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namespace: 'my-import',
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key: '1'
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beforeEach(function () {
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folder = staticProvider.get({
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namespace: 'my-import',
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key: 'root'
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});
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layout = staticProvider.get({
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namespace: 'my-import',
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key: '1'
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});
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swg = staticProvider.get({
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namespace: 'my-import',
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key: '2'
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});
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clock = staticProvider.get({
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namespace: 'my-import',
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key: '3'
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});
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});
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expect(layout.identifier).toEqual({
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namespace: 'my-import',
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key: '2'
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it('match expected ordering', function () {
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// this is a sanity check to make sure the identifiers map in
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// the correct order.
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expect(folder.type).toBe('folder');
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expect(swg.type).toBe('generator');
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expect(layout.type).toBe('layout');
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expect(clock.type).toBe('clock');
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});
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expect(fixed.identifier).toEqual({
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namespace: 'my-import',
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key: '3'
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it('have remapped identifiers', function () {
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expect(folder.identifier).toEqual({
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namespace: 'my-import',
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key: 'root'
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});
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expect(layout.identifier).toEqual({
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namespace: 'my-import',
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key: '1'
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});
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expect(swg.identifier).toEqual({
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namespace: 'my-import',
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key: '2'
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});
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expect(clock.identifier).toEqual({
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namespace: 'my-import',
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key: '3'
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});
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});
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it('have remapped identifiers in composition', function () {
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expect(layout.composition).toContain({
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namespace: 'my-import',
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key: '2'
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});
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expect(layout.composition).toContain({
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namespace: 'my-import',
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key: '3'
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});
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});
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it('layout has remapped identifiers in configuration', function () {
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const identifiers = layout.configuration.items
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.map(item => item.identifier)
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.filter(identifier => identifier !== undefined);
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expect(identifiers).toContain({
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namespace: 'my-import',
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key: '2'
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});
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expect(identifiers).toContain({
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namespace: 'my-import',
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key: '3'
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});
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});
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it('rewrites locations', function () {
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expect(folder.location).toBe('ROOT');
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expect(swg.location).toBe('my-import:root');
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expect(layout.location).toBe('my-import:root');
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expect(clock.location).toBe('my-import:root');
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});
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});
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it('have new-style composition', function () {
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expect(layout.composition).toContain({
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namespace: 'my-import',
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key: '1'
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});
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expect(layout.composition).toContain({
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namespace: 'my-import',
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key: '3'
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});
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expect(fixed.composition).toContain({
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namespace: 'my-import',
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key: '1'
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});
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});
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it('rewrites locations', function () {
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expect(swg.location).toBe('my-import:root');
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expect(layout.location).toBe('my-import:root');
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expect(fixed.location).toBe('my-import:2');
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});
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it('rewrites matched identifiers in objects', function () {
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expect(layout.configuration.layout.panels['my-import:1'])
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.toBeDefined();
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expect(layout.configuration.layout.panels['my-import:3'])
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.toBeDefined();
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expect(layout.configuration.layout.panels['483c00d4-bb1d-4b42-b29a-c58e06b322a0'])
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.not.toBeDefined();
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expect(layout.configuration.layout.panels['20273193-f069-49e9-b4f7-b97a87ed755d'])
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.not.toBeDefined();
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expect(fixed.configuration['fixed-display'].elements[0].id)
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.toBe('my-import:1');
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});
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});
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});
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|
@ -0,0 +1 @@
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||||
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|
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Reference in New Issue
Block a user