Defaults to "Auto", which detects the casing based on the
preference of the currently selected language (C# for example
prefers PascalCase whereas GDScript prefers snake_case).
- Unify documentation, hoping to clear misconcepctions about about propagation of the cache mode across dependant loads.
- Clarify in docs that `CACHE_MODE_REPLACE` now also works on the main resource (from #87008).
- Add two recursive modes, counterparts of `CACHE_MODE_REPLACE` and `CACHE_MODE_IGNORE`, since it seems some need them (see #59669, #82830).
- Let resources, even loaded with one of the ignore-cache modes, get a path, which is useful for tools.
fixes: #88543fixes: #88160
Because of the limitations of compiled programming languages like C#, when a newly created *.cs file hasn't been compiled, we don't have any information about its `Path` or `Type` in the `assemply`. This means we end up creating an invalid instance of this file whenever there's a request. Consequently, multiple instances of the script can exist. When a new instance takes over the path, it clears the `path_cache` of the previous instance, leading to undefined behavior.
- Create CSharpScript for generic C# types.
- `ScriptPathAttributeGenerator` registers the path for the generic type definition.
- `ScriptManagerBridge` lookup uses the generic type definition that was registered by the generator.
- Constructed generic types use a virtual `csharp://` path so they can be registered in the map and loaded as if there was a different file for each constructed type, even though they all share the same real path.
- This allows getting the base type for a C# type that derives from a generic type.
- Shows base scripts in the _Add Node_ and _Create Resource_ dialogs even when they are generic types.
- `get_global_class_name` implementation was moved to C# and now always returns the base type even if the script is not a global class (this behavior matches GDScript).
- Create `CSharpScript::TypeInfo` struct to hold all the type information about the C# type that corresponds to the `CSharpScript`, and use it as the parameter in `UpdateScriptClassInfo` to avoid adding more parameters.
The crash cond was accidentally moved to the `reload_scripts` method when it was only meant to be in the `reload_tool_script` method. Same about restarting the HotReloadAssemblyWatcher timer.
Also removed the loop that checks if the script array contains a C# script because if we're in CSharpLanguage we can assume that at least one of them is.
When exporting a game that contains a C# solution, a feature is added so the exported game can check if it should initialize the .NET module. Otherwise, the module initialization is skipped so games without C# won't check for the assemblies and won't show alerts when they're missing.
Previously the `p_reversed` parameter didn't influence the order
in a correct way.
Also script overridden _notification functions were not called in
the correct order.
To fix this some `notification` functions had to add a `p_reversed`
parameter.
This made it necessary to adjust cpp-bindings.
Co-authored-by: David Snopek <dsnopek@gmail.com>
- Do not reload scripts from non-collectible assemblies
- Do not load GodotTools as collectible
- Do not attempt to reload the same project assembly forever
This applies our existing style guide, and adds a new rule to that style
guide for modular components such as platform ports and modules:
Includes from the platform port or module ("local" includes) should be listed
first in their own block using relative paths, before Godot's "core" includes
which use "absolute" (project folder relative) paths, and finally thirdparty
includes.
Includes in `#ifdef`s come after their relevant section, i.e. the overall
structure is:
- Local includes
* Conditional local includes
- Core includes
* Conditional core includes
- Thirdparty includes
* Conditional thirdparty includes
