This allows deleting lots of code, and additionally provides a huge reduction in the compressed size of CraftingDataPacket. Since we don't care about these UUIDs (they are only used in CraftingEventPacket, which is broken and unused in PM) we fill them with zeros instead.
This commit brings in a much-needed rewrite of crafting transaction handling.
The following classes have been removed:
- CraftingTransferMaterialAction
- CraftingTakeResultAction
The following classes have significant changes:
- CraftingTransaction
- All API methods have been removed and are now handled in CraftItemEvent
- CraftItemEvent
- added the following:
- getInputs()
- getOutputs()
- getRepetitions() (tells how many times a recipe was crafted in this event)
- Recipe interface:
- Removed getResult() (individual recipes may handle this differently)
- CraftingRecipe interface
- removed the following:
- matchItems()
- getExtraResults()
- getAllResults()
- added the following
- getResults()
- getIngredientList() : Item[], which must return a 1D array of items that should be consumed (wildcards accepted).
- matchesCraftingGrid(CraftingGrid)
- ShapedRecipe
- constructor now accepts string[], Item[], Item[]
- ShapelessRecipe
- constructor now accepts Item[], Item[]
the requirement for a crafting table is determined by the number of ingredients can fit on the grid (shapeless) or the max height and width (shaped). It's impossible to craft a big recipe with a small crafting table simply because you're not able to put the required resources into the grid.
This now handles the case where there are multiple options which could be taken, and opts for the first result which successfully ties all the actions together. Previously it would be entirely down to chance (ordering) whether the actions would get ordered successfully.
this old code is extremely inefficient. This showed up distinctly in my crafting bruteforce benchmarks, where I discovered that getContents() accounted for the vast majority of the time taken to match shaped recipes.
Since the addition of resetLastMovements(), this code is useless.
Additionally, it doesn't make sense to ignore the first movement, because the first movement still _moves the player_ from point A to point B.
This just causes it to attempt to spam chunk orders prior to the player spawning. It won't succeed, because the render distance is zero.
The other time this could occur is when teleporting into an unloaded chunk, but it's not necessary to continually spam chunk orders in that case, especially since chunk orders are done on teleport anyway.
This prevents unexplained segfaults on accidental event call recursion by limiting the max depth of event call stack to 50. If another event attempts to be called, an exception will be thrown.
* Event handlers always handle subclass events. public static $handlerList no longer required.
* Removed $handlerList declarations
* HandlerList cleanup: Removed HandlerList->handlers and related bake methods
* Removed obsolete Event->getHandlers()
* EventPriority: Added fromString()
* PluginManager: throw exceptions on registering handlers with invalid priorities
This allows specifying a handler of `EntityDamageEvent` which will handle any instanceof it (as per current behaviour), AND also now allows specifying a handler specifically for `EntityDamageByEntityEvent`, which only handles `EntityDamageEvent`.
This was not previously possible due to limitations in the way handlers were registered.
Abstract events may not be handled unless they declare the `@allowHandle` PhpDoc tag.
