Fixes the issue by adding a mechanism by which the functions that were
previously disappearing can be profiled too. This is optional with
an editor setting, since collecting more information naturally slows the engine
further while profiling.
Fixes#23715, #40251, #29049
get_must_clear_dependencies() has a N^3*log(N) time complexity, and this can very quickly slow down the quitting process as more gdscripts are added in a project.
This change improves it to N^2*log(N).
Instead of using all the inverted dependencies, we do the same with all (non-inverted) dependencies, which is N times faster.
Fixes#85435
This patch fixes the user having to navigate away from the selected node which has the derived script attached and back to see the changes of the base script exports reflected in the property editor.
Within a match statement, it is now possible to add guards in each
branch:
var a = 0
match a:
0 when false: print("does not run")
0 when true: print("but this does")
This allows more complex logic for deciding which branch to take.
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>
Currently, GDScripts who are only loaded through `ResourceLoader::load()`,
like Autoloads, do not have a pathway to announce there is an error in their
code. This contributes to significant confusion in error projects when
autoloads are involved. At least partially closes#78230.
* This implementation adds threads on the side of the client (script debugger).
* Some functions of the debugger are optimized.
* The profile is also now thread safe using atomics.
* The editor can switch between multiple threads when debugging.
This PR adds threaded support for the script language debugger. Every thread has its own thread local data and it will connect to the debugger using multiple thread IDs.
This means that, now, the editor can receive multiple threads entering debug mode at the same time.
Fixes#78376
After #78138 'script_list' is now cleared in 'GDScriptLanguage::finish'
Because of that, we can safely remove the removal from that list that
happens on 'GDScript::~GDScript'.
This usually means that an `ERR_FILE*` error occurred.
Previously, using `GDScriptCache::get_full_script()` would ignore errors during loading.
Now, all errors are not ignored.
Judging in which period the error occurred, it can be judged based on the return value:
1. null + err : Error during script loading (load_source_code()).
2. script + err: Error during script parsing.
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
Which allows editable data associated with a particular class instead of
the instance. Scripts with static variables are kept in memory
indefinitely unless the `@static_unload` annotation is used or the
`static_unload()` method is called on the GDScript.
If the custom function `_static_init()` exists it will be called when
the class is loaded, after the static variables are set.
Removes documentation generation (docgen) from the GDScript compiler to
its own file. Adds support for GDScript enums and signal parameters and
quite a few other assorted fixes and improvements.
The hard limit is set at 2048 depth which seems sensible between
legitimate recursive calls while still avoiding a crash because of a
stack overflow in most of the cases.
Note that it is still possible to reach the stack limit and get an
overflow before reaching a call depth. This is intended as a half-way
measure to stop crashing in most cases, since there's no reliable nor
portable way to check the amount of stack memory left.