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I am looking for a method to store data in an efficient way to be able to make different data-stores read-able. I will explain what I mean using an example: Say there are two types of data to be stored inside a file. TypeA (e.g. user information) TypeB (e.g. user preferences) I want to allow both of these types of data to be stored inside the same file in a certain order to make it easily readable and manageable by different applications. The example above will be the user preferences, but other types of data can be used for example: TypeC (e.g. app information) TypeD (e.g. app preferences) Notice the difference between UserPreferences and AppPreferences. From the discussions in this community, I have seen that text files are commonly used to store data. However, as the total size of the file is limited, this method is not a suitable one to use. What can be a good way to achieve this, which can be stored inside a file but is easily readable and manageable by different applications? A: The answer depends on what exactly you mean by: "easily readable and manageable by different applications" If you mean that you need to be able to manipulate all the data in your files without concern for consistency, then: A database is probably the simplest way to go about this. However, make sure that you have a decent way of validating data before you store it and that you have a way to easily store an audit trail of who has edited a particular record, and when. You may also need to consider security access, who has access to each data set, and if the access should be restricted at all. If you don't need to have these things, then just a plain old file is a good way to go about it. You can, if you need to, use embedded databases like SQLite or embedded text documents like YAML. 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If so, enter your email and name under the “Customer Email” and “Customer Name” boxes at the bottom of the order form.Q: What is the difference between using instanceof and isInstanceOf in Java? I am a newbie in Java. I have noticed the below snippet int[] a = { 1, 2, 3 }; Boolean b = true; System.out.println( a.isInstanceOf(b) ); //prints true System.out.println( (b) instanceof a ); //prints false Why is the second statement returning false? A: Because the array contains an instance of the class Boolean, so isInstanceOf(Boolean) gives true. If you would have printed the String representation of the array then you'd have noticed that the first statement prints true because the array does contain a String instance which is obviously not the case for the Boolean instance, hence the result you get. A: The first one is true, because all instances of the Boolean class are also instances of the Integer class. 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