Note: This cannot happen on the Fabric/NeoForge versions since
async ticket level processing is not allowed, but can happen on
Paper. This change is made here so that Paper can
remain in sync.
Ticket level decreases may be handled asynchronously when the
off-thread invokes processTicketUpdates() when the main thread
is running ChunkHolderManager#tick(). This is because the ticket
update is queued during tick(), but not executed (invoking
processTicketUpdates) until after releasing the ticket lock.
This creates a small window for an off-thread to invoke
processTicketUpdates() and steal the update.
When the update is stolen, the full chunk status update (if any)
will be eventually queued to execute via the chunk task queue.
If the chunk queue is processed during the server tick at any
point other than the ChunkHolderManager tick, then any ticket
level decrease will violate an important invariant in the
Moonrise chunk system: ticket level decreases only occur during
ChunkHolderManager tick. This invariant exists to make interfacing
with the chunk system easier, especially working with off-thread
contexts.
This change is specifically made to work towards fixing
https://github.com/PaperMC/Folia/issues/363
Vanilla does not increment ticket timeouts if the chunk is
progressing in generation. They made this change in 1.21.6
so that the ender pearl ticket does not expire if the chunk
fails to generate before the timeout expires. Rather than
blindly adjusting the entire system behavior to fix this
small issue, we instead add non-expirable tickets to keep
ender pearls ticking.
This option should probably be removed as its a descendant of an option that allows "old tnt cannon" behavior before ~1.9 But this improves the fix so properly update the velocity/position rather than the questionable way it was doing it before.
It's important to convert the ItemStack present inside
the text component. The ItemStack nests TEXT_COMPONENT (written
book pages, custom name, ...) which would otherwise not be walked
since we have set a breakpoint at the version and moved the walker
to the next version step.
This fixes item names for hover events inside written book pages
failing to convert to NBT. This issue is also present on DFU.
Notably, this does not bump the world data version. This will be left for when the actual Vanilla base is updated, just in case. This early bump will likely be the exception for more ironed out update previews in the future.
If an exception is thrown during decompress then the read process
would be started again, which of course would eventually throw in
the decompress process.
Previously we added a parameter allowing for level data to be saved asynchronously which was then overriden by a vanilla parameter which does the opposite.
This reverts back to the previous behavior that we were doing before.
Co-authored-by: Warrior <50800980+Warriorrrr@users.noreply.github.com>
Replaced the Boolean-based visual fire system with TriState for improved clarity and flexibility, enabling three distinct states: TRUE, FALSE, and NOT_SET. Deprecated older methods in favor of new ones and updated internal handling to reflect these changes. Adjusted serialization and deserialization logic to accommodate the new TriState implementation.
Previously the server attempted to compute the block placed by using the
BlockPlaceContext. This approach however fails on replacable blocks, as
the BlockPlaceContext computes this during its construction, which
happened after the actual world modification.
The commit reworks this approach and now stores metadata in the
InteractionResult which can later be read.
The diff is structured to allow for easy future expansion of the tracked
metadata.
Mojangs EQUIPMENT_SLOT_MAPPING uses an Int2ObjectArrayMap and hence
technically does provide iteration stability, however it is filled from
a MapN, which destroys the well order of the entries.
To iterate from smallest to largest inventory index correctly, this
commit introduces a sorted array based on the EQUIPMENT_SLOT_MAPPING.
