Add Docs Folder

README.md

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 # libaura
 
-UNDER CONSTRUCTION
+A cross-platform base for native Nickvision applications.
 
-A cross-platform base for native Nickvision applications
+libaura provides Nickvision apps with a common set of cross-platform (Windows and Linux) APIs for managing system and desktop app functionality such as network management, taskbar icons, translations, app updates, and more.
+
+## Documentation
+
+Documentation for this library and its modules can be found [here](/docs).
+
+## Installation
+
+TODO when published on Conan.
+
+## Manual Building and Installation
+libaura uses Conan package manager for resolving dependencies and CMake as it's build system.
+
+Ensure both `conan` and `cmake` are installed on your system before building libaura.
+
+A C++20 compiler is also required to build libaura.
+
+### Windows
+Visual Studio 2022 with C++ Desktop workload is required to be installed.
+
+1. First, clone/download the repo.
+1. From the `conan` folder within the repo, copy `conanfile-windows.txt` and `conanprofile-windows.txt` to the root directory of the repo.
+1. Open a terminal and navigate to the repo's root directory.
+1. Run `conan install conanfile-windows.txt --profile:host=conanprofile-windows.txt --profile:build=conanprofile-windows.txt -s compiler.cppstd=20 --build=missing`.
+1. Once that command finishes, cd into the `build` folder.
+1. From the `build` folder, run `cmake .. -G "Visual Studio 17 2022" -DCMAKE_TOOLCHAIN_FILE="generators/conan_toolchain.cmake"` and `cmake --build . --config Release`.
+1. After these commands, libaura will be successfully built and its binaries can be found in the `Release` folder of the `build` folder.
+1. To install libaura to the system, run `cmake --install . --prefix "PATH_TO_INSTALL_DIR"`.
+    - Replace `PATH_TO_INSTALL_DIR` with the path to a folder to install libaura to. This is usually a dependencies folder set up by the programmer, added to the PATH variable, to allow linking to said dependencies.
+1. If contributing to upstream, remove `conanfile-windows.txt` and `conanprofile-windows.txt` from the repo's root directory as to not accidentally add and commit them.
+
+### Linux
+1. First, clone/download the repo.
+1. From the `conan` folder within the repo, copy `conansettings.yml`, `conanfile-linux.txt`, and `conanprofile-linux.txt` to the root directory of the repo.
+1. Rename `conansettings.yml` to `settings_user.yml`.
+1. Open a terminal and navigate to the repo's root directory.
+1. Run `conan config install settings_user.yml`.
+1. Run `conan install conanfile-linux.txt --profile:host=conanprofile-linux.txt --profile:build=conanprofile-linux.txt -s compiler.cppstd=20 --build=missing`.
+1. Once that command finished, cd into the `build` folder.
+1. From the `build` folder, run `cmake .. -DCMAKE_TOOLCHAIN_FILE="Release/generators/conan_toolchain.cmake" -DCMAKE_BUILD_TYPE=Release` and `cmake --build`.
+1. After these commands, libaura will be successfully built and its binaries can be found in the `Release` folder of the `build` folder.
+1. To install libaura to the system, run `cmake --install . --prefix "PATH_TO_INSTALL_DIR"`.
+    - Replace `PATH_TO_INSTALL_DIR` with the path to a folder to install libaura to. This is usually a dependencies folder set up by the programmer, added to the PATH variable, to allow linking to said dependencies.
+    - On linux, `PATH_TO_INSTALL_DIR` would usually be `/usr`.
+1. If contributing to upstream, remove `conanfile-windows.txt` and `conanprofile-windows.txt` from the repo's root directory as to not accidentally add and commit them.

docs/README.md

@@ -0,0 +1,39 @@
+# libaura Documentation
+
+This folder contains all of the necessary documentation for using libaura and it's provided modules.
+
+Each module (separated by namespace) contains its own documentation file that can be found within this folder or via one of the links below.
+
+## Table of Contents
+- [Documentation Syntax](#documentationsyntax)
+- [Modules](#modules)
+
+## Documentation Syntax
+
+### Member Variables
+Many class types contain member variables exposed by getter and/or setter methods depending on the class' exposure of the variable. 
+
+For example, assume a class exposes the member variable `std::string m_var`. We will document this as `std::string Var: get, set`. 
+
+This means that the class provides the following methods for `m_var`: `std::string getVar() const` and `void setVar(const std::string& var)`.
+
+If a member variable is get or set only, we will document this as `std::string Var: get` and `std::string Var: set` respectively. 
+
+### Events
+libaura provides a C#-inspired event system module under the Nickvision::Aura::Events namespace. This module contains a class `Event<T>` that handles registering and calling callbacks when said event is invoked.
+
+For example, assume a class has an event defined as `Nickvision::Aura::Events::Event<Nickvision::Aura::Events::EventArgs> m_saved`. We will document exposure of this event as `Event<Nickvision::Aura::Events::EventArgs> Saved`.
+
+This means that the class provides the following method, allowing consumers to register callbacks to the event using the `+=` operator: `Nickvision::Aura::Events::Event<Nickvision::Aura::Events::EventArgs>& saved()`.
+
+## Modules
+- [Nickvision::Aura](aura.md)
+- [Nickvision::Aura::Events](events.md)
+- [Nickvision::Aura::Filesystem](filesystem.md)
+- [Nickvision::Aura::Helpers](helpers.md)
+- [Nickvision::Aura::Keyring](keyring.md)
+- [Nickvision::Aura::Localization](localization.md)
+- [Nickvision::Aura::Network](network.md)
+- [Nickvision::Aura::Notifications](notifications.md)
+- [Nickvision::Aura::Taskbar](taskbar.md)
+- [Nickvision::Aura::Update](update.md)