How to use the get function from object-path
Find comprehensive JavaScript object-path.get code examples handpicked from public code repositorys.
object-path.get is a function that retrieves the value of a specified property from an object using a string path as a reference.
GitHub: nyambati/express-acl
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if (decodedObjectName && objectPath.get(req, `${decodedObjectName}.role`)) { return objectPath.get(req, `${decodedObjectName}.role`); } if (req.decoded && req.decoded.role) { return objectPath.get(req, 'decoded.role'); } if (req.session && req.session.role) { return objectPath.get(req, 'session.role');
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GitHub: qgis/qwc2
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// service info resultItem.abstract = capabilities.Service.Abstract || ""; resultItem.keywords = keywords.join(', '); resultItem.onlineResource = capabilities.Service.OnlineResource.$['xlink:href']; resultItem.contact = { person: objectPath.get(capabilities, "Service.ContactInformation.ContactPersonPrimary.ContactPerson", ""), organization: objectPath.get(capabilities, "Service.ContactInformation.ContactPersonPrimary.ContactOrganization", ""), position: objectPath.get(capabilities, "Service.ContactInformation.ContactPosition", ""), phone: objectPath.get(capabilities, "Service.ContactInformation.ContactVoiceTelephone", ""), email: objectPath.get(capabilities, "Service.ContactInformation.ContactElectronicMailAddress", "")
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How does object-path.get work?
object-path.get is a function that retrieves the value of a specified property from an object using a string path as a reference. When called with an object and a string path, the function returns the value of the property specified by the path. The path can be a dot-separated string of property names or array indices, such as 'foo.bar.baz' or '0.1.2'. The function can also accept an optional third argument, which is the default value to return if the specified path does not exist in the object. For example, to retrieve the value of the baz property of an object nested inside other objects, you can call object-path.get like this: javascript Copy code {{{{{{{ const objectPath = require('object-path'); const obj = { foo: { bar: { baz: 'hello world' } } }; const value = objectPath.get(obj, 'foo.bar.baz'); console.log(value); // prints 'hello world' In this example, we first import the object-path library using require. We define an object obj with nested properties. We call objectPath.get with obj and the path 'foo.bar.baz', which returns the value 'hello world'. We store the resulting value in the value variable, and log it to the console using console.log. When you run this example in a JavaScript environment like a web browser or Node.js, you should see the value of the baz property logged to the console. Overall, object-path.get is a useful tool for accessing deeply nested properties of objects in a flexible and easy-to-use way.
GitHub: razee-io/WatchKeeper
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_distill(...resourceArrays) { let result = []; resourceArrays.forEach((a) => { a.forEach((e) => { if (e) { let selfLink = objectPath.get(e, 'object.metadata.annotations.selfLink'); if (selfLink && !this._sentSelflinks[selfLink]) { this._sentSelflinks[selfLink] = true; result.push(e); }
GitHub: Atomic-Reactor/Reactium
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}, }, }, }, (error, input = {}) => { const confirmed = op.get(input, 'confirmed', false); if (error || confirmed === false) { reject(error); } else { params['confirmed'] = true;
Ai Example
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const objectPath = require("object-path"); const obj = { foo: { bar: { baz: "hello world", }, }, }; const value = objectPath.get(obj, "foo.bar.baz"); console.log(value); // prints 'hello world'
In this example, we first import the object-path library using require. We define an object obj with nested properties. We call objectPath.get with obj and the path 'foo.bar.baz', which returns the value 'hello world'. We store the resulting value in the value variable, and log it to the console using console.log. When you run this example in a JavaScript environment like a web browser or Node.js, you should see the value of the baz property logged to the console. Note that object-path provides a range of other functions for working with nested properties, such as set, has, and del, which can be used to manipulate objects in flexible and powerful ways. You can find more information on using object-path in the library's documentation page.
GitHub: Gqyanxin/ambari-2.7.7
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for (const registryName of (_index || _load_index()).registryNames) { const object = manifests[registryName].object; let val = objectPath.get(object, manifestKey); if (!val) { break; } if (typeof val === 'object') {
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try { let resourceUris = Object.values(resourcesObj); let resources = Object.keys(resourcesObj); let removeAll = resourceUris.reduce((shouldInstallAll, currentValue) => { return objectPath.get(currentValue, 'remove') === undefined ? shouldInstallAll : false; }, true); for (let i = 0; i < resourceUris.length; i++) { if (removeAll || resourceUris[i].remove) {
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return } if (subscription.subpath === '') { this.setVariable(subscription.variableName, typeof msgValue === 'object' ? JSON.stringify(msgValue) : msgValue) } else if (typeof msgValue === 'object' && objectPath.has(msgValue, subscription.subpath)) { let value = objectPath.get(msgValue, subscription.subpath) this.setVariable(subscription.variableName, typeof value === 'object' ? JSON.stringify(value) : value) } }) }
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GitHub: eluv-io/elv-utils-js
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} // Make sure end is undefined return currentSubtree === undefined } const valueAtPath = ({metadata, path}) => objectPath.get(metadata, pathToArray({path})) const blueprint = { name: 'Metadata',
object-path.get is the most popular function in object-path (464 examples)