{
    "content": "NAME]\/\">[SUBJECT-NAME]<\/a>`.\"\n    It doesn't say \"only if they are not sources\".\n    So my approach of:\n    `<a href=\\\"..\/Wikipedia\/\\\">Wikipedia<\/a> (<a href=\\\"https:\/\/en.wikipedia.org\/wiki\/Encapsulation_(computer_programming)\\\">Source<\/a>)`\n    is very safe.\n\n    Let's make sure there are no trailing commas or syntax errors in the JSON.\n\n    ```json\n    {\n      \"content\": \"<h1>Encapsulation<\/h1><p><a href=\\\"..\/Encapsulation\/\\\">Encapsulation<\/a> is a fundamental principle of <a href=\\\"..\/Object-Oriented Programming\/\\\">Object-Oriented Programming<\/a> (<a href=\\\"..\/OOP\/\\\">OOP<\/a>). It involves bundling data and the methods that operate on that data into a single unit, typically a <a href=\\\"..\/Class\/\\\">Class<\/a>. This practice facilitates <a href=\\\"..\/Data Hiding\/\\\">Data Hiding<\/a>, which protects the internal state of an <a href=\\\"..\/Object\/\\\">Object<\/a> from unauthorized access. By restricting direct access to class members, <a href=\\\"..\/Encapsulation\/\\\">Encapsulation<\/a> ensures that an object's integrity is maintained.<\/p><p>In languages like <a href=\\\"..\/Java\/\\\">Java<\/a>, <a href=\\\"..\/C++\/\\\">C++<\/a>, and <a href=\\\"..\/Python\/\\\">Python<\/a>, <a href=\\\"..\/Encapsulation\/\\\">Encapsulation<\/a> is achieved through the use of access modifiers like <code>private<\/code>, <code>protected<\/code>, and <code>public<\/code>. These modifiers control the visibility of <a href=\\\"..\/Member Variables\/\\\">Member Variables<\/a> and methods. For example, using <a href=\\\"..\/Getter\/\\\">Getter<\/a> and <a href=\\\"..\/Setter\/\\\">Setter<\/a> methods allows for controlled interaction",
    "tags": []
}