![]() "ignoreDestructuring": true does not check destructured identifiers (but still checks any use of those identifiers later in the code)."ignoreDestructuring": false (default) enforces camelcase style for destructured identifiers."properties": "never" does not check property names."properties": "always" (default) enforces camelcase style for property names. ![]() In case of ES6 import statements, this rule only targets the name of the variable that will be imported into the local module scope. This rule only flags definitions and assignments but not function calls. If ESLint decides that the variable is a constant (all uppercase), then no warning will be thrown. It ignores leading and trailing underscores and only checks those in the middle of a variable name. This rule looks for any underscores ( _) located within the source code. If your style guide calls for camelCasing your variable names, then this rule is for you! Rule Details This rule focuses on using the camelcase approach. In general, more weight should be put on business logic side.Īlso, if the JSON-parser side is unknown then you can declare what ever can work for you.When it comes to naming variables, style guides generally fall into one of two camps: camelcase ( variableName) and underscores ( variable_name). There are cases where you can use snake_case, camelCase, or any other naming convention.Īnother thing to consider is the weight to be put on the JSON-generator vs the JSON-parser and/or the front-end JavaScript. ![]() Amazon Web Services - snake_cased & camelCasedĬhoosing the right JSON naming convention for your JSON implementation depends on your technology stack.Google Maps JavaScript API - camelCased.JsonElement.getAsString("snake_cased_key") * Using a method to access a property instead of using the standard 'dot.syntax' Below is an example of Java's package: /** Intrinsic - Programming language where JSON is accessed naturally similar to accessing native objects and arrays.Įxtrinsic - Programming language where JSON is accessed differently than accessing native objects and arrays. However, this can easily be figured out if you break it down into components. ![]() Imposing a naming convention is very confusing because JSON alone does not impose a standard. Lean on where the business logic resides. ![]() Take advantage of the extrinsic style of Java. ![]()
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