Defined a naming convention for "FunKey S", "FunKey OS" and "FunKey SDK"

Author: DrUm78

docs/developer_guide/software_reference/index.md

@@ -1,10 +1,10 @@
 The **FunKey S** retro-gaming console software contains a set of
 console emulators, standalone games, applications and utilities using
 a custom Operating System (OS) that from now on will be referenced as
-**_FunKey-OS_**.
+**_FunKey OS_**.
 
-The **FunKey-OS** is a Linux-based operating system, optimized for the
-**FunKey-S** hardware, with a special focus on performance and fast
+The **FunKey OS** is a Linux-based operating system, optimized for the
+**FunKey S** hardware, with a special focus on performance and fast
 boot time.
 
 ## Instant Action
@@ -25,8 +25,8 @@ host computer when connected over USB.
 
 ## Video Processing
 
-The **FunKey-S** CPU does not feature a GPU. For this reason, the
-**FunKey-S** cannot use a hardware-accelerated OpenGL engine, and
+The **FunKey S** CPU does not feature a GPU. For this reason, the
+**FunKey S** cannot use a hardware-accelerated OpenGL engine, and
 adding a software-emulated OpenGL-ES engine is not efficient, given
 the limited CPU performance.
 

docs/developer_guide/software_reference/sd_card_layout/directory_structure.md

@@ -1,4 +1,4 @@
-As the FunKey-OS is based on Linux, it conforms with a few exceptions
+As the FunKey OS is based on Linux, it conforms with a few exceptions
 to the [Filesystem Hierarchy Standard (FHS)][1].
 
 ## Hierarchies

docs/developer_guide/tutorials/build_system/build_program_using_sdk.md

@@ -2,13 +2,13 @@ This page will guide you through building a very simple application for FunKey u
 
 FunKey is an embedded Linux device with an ARM processor at its core. Programs made for other computers will not work on FunKey, and developing programs on the FunKey itself is rather impractical. Instead, development for embedded devices like FunKey almost always uses a method known as cross compilation: building software on one platform (such as a desktop computer) to be used on another (like FunKey).
 
-The FunKey-SDK contains a cross-compilation environment based on GCC, including the compiler toolchain and the libraries available on the FunKey.
+The FunKey SDK contains a cross-compilation environment based on GCC, including the compiler toolchain and the libraries available on the FunKey.
 
 Before we can begin, setup a Linux-based compilation environment as shown on [this page][1].
 
-## Installing the FunKey-SDK
+## Installing the FunKey SDK
 
-The FunKey-SDK is included in releases of the FunKey-OS, starting from version 2.0.0, and can be found on [GitHub][2]. Alternatively, you can [compile the SDK yourself][3].
+The FunKey-SDK is included in releases of the FunKey OS, starting from version 2.0.0, and can be found on [GitHub][2]. Alternatively, you can [compile the SDK yourself][3].
 
 Unpack the SDK's .tar.gz file somewhere on your build system. Before you can use the SDK you must first run the **relocate-sdk.sh** script. This will update all references paths in the SDK to its current location. If you decide to move the SDK to another directory at a later point, don't forget to re-run the script.
 

docs/developer_guide/tutorials/build_system/compilation_environments.md

@@ -4,12 +4,12 @@ corresponding sources and the compilation by-products tend to be
 rather large, such that an available disk space of at least 12GB is
 required during the build.
 
-And even if the resulting FunKey-OS boots in less than 5s, it still
+And even if the resulting FunKey OS boots in less than 5s, it still
 requires a fair amount of time to compile: please account for
 1/2 hour on a modern multi-core CPU with SSD drives and a decent
 Internet bandwidth.
 
-The FunKey-OS is meant to be built on a native Ubuntu or Debian Linux
+The FunKey OS is meant to be built on a native Ubuntu or Debian Linux
 host machine (Ubuntu 20.04 LTS in our case, but this should also work
 with other versions, too). And with only a few changes to the
 prerequisites, it can certainly be adapted to build on other common
@@ -138,7 +138,7 @@ With `<versionNumber>` set to `2` to use WSL2. You can use the same command with
 
 Your Ubuntu installation is now ready to be used. Starting Ubuntu from the Start Menu will open a terminal with a Bash prompt. Everything you type here will be executed in Ubuntu. You can run and install applications within Ubuntu as you would on a complete installation or virtual machine.
 
-Follow the instructions in the **Build on a Physical/Virtual Machine** section to install the requirements needed to build FunKey-OS.
+Follow the instructions in the **Build on a Physical/Virtual Machine** section to install the requirements needed to build FunKey OS.
 
 You can access the Windows filesystem via `/mnt`; the C: drive is mounted as `/mnt/c`. From Windows you can access the Linux filesystem via the special path `\\wsl$`. Note that you can only access the files there when Ubuntu is running on WSL2.
 

docs/developer_guide/tutorials/build_system/compile_sdk.md

@@ -1,6 +1,6 @@
 Starting from version 2.0.0, the pre-compiled FunKey SDK is available
 on [Github][1], and it is also compiled automatically as a first step
-when building the [full FunKey-OS distribution][2].
+when building the [full FunKey OS distribution][2].
 
 However, if you want to compile the SDK only, here are the
 instructions below:

docs/developer_guide/tutorials/build_system/get_sources.md

@@ -16,7 +16,7 @@ $ cd FunKey-OS
 ## In a Docker Container
 
 When using a Docker container, you must first create a new directory
-(here we create a `FunKey-OS` directory) and get the FunKey-OS
+(here we create a `FunKey-OS` directory) and get the FunKey OS
 [Dockerfile][1] in it:
 
 ```bash

docs/developer_guide/tutorials/build_system/index.md

@@ -1,4 +1,4 @@
-The **FunKey-S** console is based on a sophisticated [Allwinner V3s
+The **FunKey S** console is based on a sophisticated [Allwinner V3s
 ARM Cortex-A7 1.2GHz CPU][2], an Operating System is mandatory in
 order to access all the hardware resources without re-inventing the
 wheel.
@@ -12,7 +12,7 @@ method known as [cross compilation][2] for building software on a host
 platform (such as a desktop computer) to be used on another target
 platform (like the **FunKey S**).
 
-The [FunKey-OS repository on Github][3] contains all the sources
+The [FunKey OS repository on Github][3] contains all the sources
 required to build the Open-Source firmware at the heart of the [FunKey
 S retro-gaming console][4].
 
@@ -22,11 +22,11 @@ binutils binary object tools, including the compiler toolchain and all
 the required libraries available on the **FunKey S** in order to build
 software for it.
 
-FunKey-OS is based on Linux, and is built from scratch using the
+FunKey OS is based on Linux, and is built from scratch using the
 [buildroot][5] tool that simplifies and automates the process of
 building a complete Linux system for an embedded system like this.
 
-Technically speaking, Funkey-OS is a [buildroot (v2) based external
+Technically speaking, FunKey OS is a [buildroot (v2) based external
 tree][6] for building the bootloader, the Linux kernel and user
 utilities, as well as the optimized retro-game launchers and console
 emulators.

docs/developer_guide/tutorials/build_system/write_image.md

@@ -22,7 +22,7 @@ on the graphical screen.
 
 ## How to Update the FunKey S Firmware
 
-It is possible to update the **FunKey-S** over USB, please follow the
+It is possible to update the **FunKey S** over USB, please follow the
 steps described in the [Firmware Upgrade][1] section.
 
 [1]: /user_manual/tutorials/software/firmware_update/

docs/user_manual/tutorials/hardware/flash_change_sd_card.md

@@ -1,13 +1,13 @@
 # Flashing a new micro-SD card
 
 The following steps describe how to flash a micro-SD card with the
-latest version of FunKey-OS. This must be done before switching
+latest version of FunKey OS. This must be done before switching
 micro-SD cards inside the console.
 
 Note: Everything on the micro-SD card will be lost, be sure to save
 your data.
 
-## Download the latest FunKey-OS image file
+## Download the latest FunKey OS image file
 
 Get the latest "***FunKey-rootfs-x.y.z.img***" SD card image file
 directly from [here][1] or from the bottom of the latest release page
@@ -23,7 +23,7 @@ in the "assets" section:
   [balena.io][3]{target=_blank}
 
 - Run balenaEtcher and click on "Flash from file" to select the
-  FunKey-OS image file
+  FunKey OS image file
 
 - Insert the micro-SD card in your computer and select the SD card
   drive (balenaEtcher should automatically detect it for you)

docs/user_manual/tutorials/software/add_opk.md

@@ -5,7 +5,7 @@ does not require installation to be able to run them.
 
 !!! Note
 
-    In the current release of the FunKey-OS (DrUm78's version), the **OPK** files
+    In the current release of the FunKey OS (DrUm78's version), the **OPK** files
     are available both for the GMenu2X and RetroFE launchers. See documentation [here.][3]
 
 [7-Zip][1] can be used to extract **OPK** files, and [Open Package

mkdocs.yml

@@ -14,7 +14,7 @@ site_description: >-
 # Copyright
 copyright: >
   &copy; 2020-2023 FunKey Project<br/>
-  Last updated on 2023-05-26<br/>
+  Last updated on 2023-05-27<br/>
   <a rel="license" href="http://creativecommons.org/licenses/by-sa/4.0/">
   <img alt="Creative Commons License" style="border-width:0" src="https://i.creativecommons.org/l/by-sa/4.0/80x15.png" />
   </a><br />This work is licensed under a