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[]
This is completely unnecessary and adds extra complexity for no good reason. Maybe it was used historically, but nowadays it is only used to identify players to send async-prepared batch packets to.
There are two alternative ways to do that:
1. use spl_object_hash() as the targets array in CompressBatchedTask
2. use ServerScheduler's object storage to retain references to the Player[] array.
I've opted for the second method.
Removing these identifiers allows great code simplification in removePlayer() and removes the need for those old stupid hacks.
This also includes a backwards-compatibility break by removing the $identifier parameter of Server->addPlayer().
This cleans a lot of mess out of the bootstrap file, and also has the added bonus that threads which do not inherit functions can now get access to them by autoloading Utils.
everything else should produce a nice big stack trace for debugging purposes, because everything else is probably bugs
This fixes random exception error messages getting relayed to the client when a user does stupid things like editing the source code without knowing what they are doing.
