Merge pull request #183 from stride3d/master

Testing updates in staging

en/diagnostics/index.md

@@ -3,7 +3,7 @@
 Stride.Core.CompilerServices contains Roslyn code analyzers.
 
 > [!IMPORTANT]
-> These analyzers do not perform any kind of telemetry. The same analyzers get used by your IDE when you get a CSXXXX diagnostic.
+> Analyzers are offline tools used by the compiler to assist programmers. They are not used to collect telemetry on how Stride is being used. These same analyzers are also utilized by your IDE to generate CSXXXX diagnostics.
 
 They analyze the code for possible issues in your project with the Stride.Core design.
 To avoid unexpected runtime/compile time/editor time behaviour these analyzers try to warn as soon as possible for issues that may occur.

en/manual/engine/entity-component-model/usage.md

@@ -11,16 +11,7 @@ The three parts of "Entity Component System" map to the following classes:
 
 ## Minimal Setup
 
-A component can be defined by deriving a class from `EntityComponent`.
-
-By adding the attribute `DefaultEntityComponentProcessor` to an `EntityComponent`,  
-an `EntityProcessor` can be assigned to it. This will automatically set up and run  
-the `EntityProcessor` if the `EntityComponent` is in the scene.
-
-An `EntityComponent` also needs to indicate that it can be serialized  
-by adding the attribute `DataContract` to it.
-
-A system can be defined by deriving a class from `EntityProcessor`. 
+A component can be defined by deriving a class from `EntityComponent`. By adding the attribute `DefaultEntityComponentProcessor` to an `EntityComponent`, an `EntityProcessor` can be assigned to it. This will automatically set up and run the `EntityProcessor` if the `EntityComponent` is in the scene. An `EntityComponent` also needs to indicate that it can be serialized by adding the attribute `DataContract` to it. A system can be defined by deriving a class from `EntityProcessor`.
 
 
 ### Code
@@ -50,11 +41,8 @@ public class MyProcessor : EntityProcessor<MyComponent>
 ```
 
 ### Additional Note
-An `EntityComponent` can currently not be drag-dropped onto an entity in Game Studio.  
-It has to be added by selecting an entity, and then clicking the "Add component" button  
-in the property grid.
-
-Alternatively, this can also be done in [code via `entity.Add(entityComponent)`](https://doc.stride3d.net/latest/en/api/Stride.Engine.Entity.html#Stride_Engine_Entity_Add_Stride_Engine_EntityComponent_).
+An `EntityComponent` can currently not be drag-dropped onto an entity in Game Studio. It has to be added by selecting an entity, and then clicking the **Add component** button  
+in the **Property grid**. Alternatively, this can also be done in [code via `entity.Add(entityComponent)`](https://doc.stride3d.net/latest/en/api/Stride.Engine.Entity.html#Stride_Engine_Entity_Add_Stride_Engine_EntityComponent_).
 
 
 ## Advanced Features
@@ -68,27 +56,20 @@ By adding the `Display` attribute, a nicer name can be shown in Game Studio.
 ```
 
 #### ComponentCategory
-By default, your components will be listed in the category "Miscellaneous".  
-By adding the `ComponentCategory` attribute, a different category can be chosen.  
-If the chosen name does not exist yet, it will be added to the list in Game Studio.  
+By default, your components will be listed in the category "Miscellaneous". By adding the `ComponentCategory` attribute, a different category can be chosen. If the chosen name does not exist yet, it will be added to the list in Game Studio.
 ```csharp
 [ComponentCategory("My own components")]
 ```
 
 #### ComponentOrder
-By adding the `ComponentOrder` attribute, the order in which  
-components are listed in Game Studio can be changed.  
+By adding the `ComponentOrder` attribute, the order in which components are listed in Game Studio can be changed.
 ```csharp
 [ComponentOrder(2001)]
 ```
 
 
 ### Component Combinations
-By passing the types of other components to the `EntityProcessor` constructor,  
-it will only include entities _that also have those other components_.
-
-For example, the following `EntityProcessor` is for `MyComponent`, but will skip any entity  
-that does not also have both `TransformComponent` and `AnimationComponent` on it.
+By passing the types of other components to the `EntityProcessor` constructor, it will only include entities _that also have those other components_. For example, the following `EntityProcessor` is for `MyComponent`, but will skip any entity that does not also have both `TransformComponent` and `AnimationComponent` on it.
 
 ```csharp
 public class MyProcessor : EntityProcessor<MyComponent>
@@ -101,9 +82,7 @@ public class MyProcessor : EntityProcessor<MyComponent>
 
 
 ### Non-default Processors
-Adding processors for a type of component via the attribute `DefaultEntityComponentProcessor`  
-has been explained above. However, as the name implies, this is for the _default_ processor.  
-Non-default processors can also be added via
+Adding processors for a type of component via the attribute `DefaultEntityComponentProcessor` has been explained above. However, as the name implies, this is for the _default_ processor. Non-default processors can also be added via
 ```csharp
 SceneSystem.SceneInstance.Processors.Add(entityProcessor);
 ```
@@ -111,16 +90,7 @@ SceneSystem.SceneInstance.Processors.Add(entityProcessor);
 
 ### Separation of EntityComponent and Data
 
-`EntityProcessor<TComponent>` is a shortcut for `EntityProcessor<TComponent, TComponent>`.
-
-By explicitly using `EntityProcessor<TComponent, TData>` instead, a different type can be chosen  
-for the actual data. This way, the `EntityComponent` can e.g. have "heavier" startup data and  
-references, while the data object that needs to be processed every frame can be kept small.
-
-This will require overriding a method `GenerateComponentData`, which produces a `TData` instance  
-from a `TComponent` instance.
+`EntityProcessor<TComponent>` is a shortcut for `EntityProcessor<TComponent, TComponent>`. By explicitly using `EntityProcessor<TComponent, TData>` instead, a different type can be chosen for the actual data. This way, the `EntityComponent` can e.g. have "heavier" startup data and references, while the data object that needs to be processed every frame can be kept small. This will require overriding a method `GenerateComponentData`, which produces a `TData` instance from a `TComponent` instance.
 
 ### Overrides
-`EntityProcessor` also provides several methods which can be overridden in order to react to certain events.  
-They are not overly complicated, so that their usage should be clear from their doc comments. 
-
+`EntityProcessor` also provides several methods which can be overridden in order to react to certain events. They are not overly complicated, so that their usage should be clear from their doc comments.

en/manual/platforms/linux/setup-and-requirements.md

@@ -11,40 +11,61 @@ You will also need a Windows PC to build your projects for Linux using Game Stud
 You need the following packages:
 
 * [FreeType](#freetype)
-
 * [OpenAL](#openal)
-
 * [SDL2](#sdl2)
-
 * either Mono or .NET Core (it's OK to install both)
 
 ## FreeType
 
 To render fonts, we use the [FreeType](https://www.freetype.org/) library. The minimum required version is 2.6 and can be installed via:
 
-```
+### [Ubuntu](#tab/freetype-ubuntu)
+
+```bash
 sudo apt-get install libfreetype6-dev
 ```
 
+### [Fedora](#tab/freetype-fedora)
+
+```bash
+sudo dnf install freetype-devel
+```
+
 ## OpenAL
 
 To play sounds and music, we use the [OpenAL](https://www.openal.org/) library. It can be installed via:
 
-```
+### [Ubuntu](#tab/openal-ubuntu)
+
+```bash
 sudo apt-get install libopenal-dev
 ```
 
+### [Fedora](#tab/openal-fedora)
+
+```bash
+sudo dnf install openal-soft-devel
+```
+
 ## SDL2
 
 To run games on Linux, we use the [SDL2](https://www.libsdl.org/) library which provides the ability to create windows, handle mouse, keyboard and joystick events. The minimum required version is 2.0.4 and can be installed via:
 
-```
+### [Ubuntu](#tab/sdl2-ubuntu)
+
+```bash
 sudo apt-get install libsdl2-dev
 ```
 
-### .NET Core
+### [Fedora](#tab/sdl2-fedora)
+
+```bash
+sudo dnf install SDL2-devel
+```
+
+## .NET Core
 
-For information about how to install .NET Core, see the [.NET Core instructions for Debian/Ubuntu](https://docs.microsoft.com/en-us/dotnet/core/linux-prerequisites?tabs=netcore2x).
+For information about how to install .NET Core, see the [.NET Core instructions for Linux](https://docs.microsoft.com/en-us/dotnet/core/linux-prerequisites).
 
 Make sure version 2.1.300+ and runtime 2.1+ is installed. To check which version you have installed, type:
 
@@ -54,4 +75,4 @@ dotnet --info
 
 ## See also
 
-* * [Create a Linux game](create-a-linux-game.md)
+* [Create a Linux game](create-a-linux-game.md)