There is no need to check a type unless it's declaration changes or it is being referenced as a different type than its declaration. In all other cases there's nothing to infer, the IDE already has the correct type for the object. With TypeScript you can disable strict typing for object that are implicitly typed as Any and thus create a situation where the IDE cannot know the type and must ask the language server to infer the type, which will probably come back as Any.
any works the opposite way 😀 any tells TS and IDE to stop inferring or checking a type of a var. Thus, if your code is full of anys, compilation will be the fastest. In my example there's not a single any, all types are strict.
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There is no need to check a type unless it's declaration changes or it is being referenced as a different type than its declaration. In all other cases there's nothing to infer, the IDE already has the correct type for the object. With TypeScript you can disable strict typing for object that are implicitly typed as Any and thus create a situation where the IDE cannot know the type and must ask the language server to infer the type, which will probably come back as Any.
anyworks the opposite way 😀anytells TS and IDE to stop inferring or checking a type of a var. Thus, if your code is full ofanys, compilation will be the fastest. In my example there's not a singleany, all types are strict.