* Added Fluid Storage Cells
* Added Fluid Import Bus
* Added Fluid Export Bus
* Added Fluid Storage Bus
* Added Fluid Terminal.
While holding a item with the FLUID_HANDLER_ITEM_CAPABILITY, such as a tank
Left click on a fluid to extract the fluid
Right click to insert the fluid
* Updated Grid API
Added Nonull/Nullable/Nonnegative where applicable.
Deprecated unused methods
Changed concrete classes with interfaces (HashMap -> Map)
IGridTickable will no longer accept null as TickingRequest. Do not
implement it, if it should not tick.
* Renamed parameter to match conventions
Updating the blockstate of invalid TEs will cause Forge to restore the
block including the TE leading to invalid TEs sticking around after
being moved.
* Reworked IO Port to handle custom StorageChannels in a better way.
* Added a transferFactor to `IStorageChannel` to allow addons to speedup the IO Port to transfer faster. E.g. 1000 mB fluid as fast as transfering 1 bucket (item) per operation, not just 1 mB.
* Also some changes to avoid moving fluids being 1000x as energy expensive as items.
Extracted all checks and subsequent updates to a factory method from the constructor.
Reordered checks to check for nulls before anything else.
Also existing connections before security breaks.
Fixes TileController#checkController() using the wrong position.
Added debug logging for failed connections.
Improved logging.
Inversed boolean so false no longer means security check passed.
Only issue a security break on SecurityConnectionException.
* Remove obsolete api and fix some warning
* Move MEMonitorHandler to internal code and fix some warnings
* Rename exceptions to conform to naming scheme
Updated Drives to support more than Item and Fluid cells.
Use Collections.emptyList() instead of creating empty ArrayLists.
Fixes a NPE with uninitialized ME Chests.
Fixes#3150
* Added Registry for customized charger rates.
* Added rates for all chargable items/block.
* Charger and Inscriber now store 1.6k AE each instead of 1.5k
* A crank applies 160 AE instead of 150
* Charged certus now requires 1.6k instead of 1.5k
* Use itemstack as itemdef
* HIGH_TAG/LOW_TAG should be compared both directions
* Remove getTagCompound
* Make Itemlist implementation independent
* Cache item id for performance reasons
* Add preconditions to saveguard against external meddling
* Chache itemDamage
* Remove IAEStackSearchKey for now, rename getDisplayStack
* Refactored the BaseActionSource
It now uses an interface `IActionSource` instead of a concrete class and further
subclasses.
Instead of relying on a specific class for a certain action type, it now
uses methods with Optional as return values to determine a player or
machine issuing an action. Refer to the JavaDocs for the exact behaviour.
* `IActionHost` no longer extends `IGridHost`
It never used the additional functionality and if needed the `IGridNode`
will also provide a reference to the corresponding `IGridHost`.
Due to most crafting related GUIs being hardcoded to `IGridHost`,
they no longer work when `IActionHost` is not extending it. Actually
`IActionHost` is the better solution for it, as it prevents us from looking
the grid up via the `IGridHost` and potentially finding a wrong grid.
* Interfaces now only lock the currently worked slot.
This allows `DualityInterface#onChangeInventory` to update slots of the same interface, should they be the source for a requested item and therefore updating their working set accordingly to queue further crafting requests for unfulfilled stack requirements.
* Remove the old annotation system
* Use TileEntity#onLoad instead of onChunkLoad event
* Do not call invalidate in onChunkUnload and validate in onLoad
* Moved all spatial cells into a single dimension instead of one dimension per cell
Each cell will now be backed by a single region file each. So backups and restores can still be done on a per cell level.
Old cells will not be migrated.
* Moved custom cell tracking to a capability based one on the world
The size and owner of a cell is now stored inside the capabilities of the world/dimension not a custom system and we can rely on forge handling the persistence of it.
* Added the cell id to the actual item tooltip, as this is now a real identifier and not an arbitrary dimension id.
* Added vanilla banners to the whitelist
* Added unittests to the dimension manager to ensure the algorithm mapping to the correct region file
* Updated the API to conform with the new dimenion/types/biomes registration and mappings
* Fixed a couple of bugs related to world/dimension/biome registration
* Fixed a bug when transfering certain blocks due to passing missing/incorrect blockstate
* Performance improvements for the energygrid
Reworked the old recursive approach to a queue based loop.
Extract will try to prefer the next grid with the hightest amount of
stored energy.
Inject will try to prefer the grid with the lowest percentage stored.
Other operations are first come, first serve.
* Added a local buffer storage to EnergyGrid
This replaces the old not really working buffer with a special
IAEPowerStorage acting as buffer/proxy for the local energy demand as
well as temporary overflow should something provide more energy than
requested.
Currently it set to hold a maximum of 200 AE (+ optional overflow until
consumed). It will only be used locally, no other grid can use it to
avoid starving the neighbor grids before finding a energy cell.
* Fixes IExternalPowerSink
All implementations currently depend on the network demand being a valid
source, which might not be true.
Further it can cause the sink to iterate the network twice (demand and
inject) and both again for simulate and modulate.
Also it did not return the actual leftover amount instead of relying on
the demand matching it.
* Minor fixes related to removing nodes from a grid.
The grid did remove IStackWatcherHost not IEnergyWatcherHost, this was
fine for AE2 as only level emitters use it and they implement both.
But not for potential addons.
Also they would potentually not being removed as the are indexed by the
gridnodes not the machine.
Fixes#1004
From now on every integration must not rely on method stripping through
a coremod or @Optional. Notable example for a very good solution is IC2.
As consequence this drops all support for RF and mods must support on of
our supported energy types. At the time of writing, ForgeEnergy and
IC2/EU.
* IC2 rework to avoid a coremod or @Optional
Updated IC2 dependency
Refactored IC2 itemcharging to use an IBackupElectricManager.
Allows charging any ae powered item by using an IBackupElectricManager
instead of having to implement IElectricItem and stripping it by some
sort.
Updated IAEItemPowerStorage to use Actionable for an easier handling
with power APIs supporting a simulation.
Refactored EU P2P to avoid method stripping
Use a modified internal BasicSinkSource instead of implementing
IEnergySource and IEnergySink directly on the tunnel.
Removed the superfluous EU P2P layers.
* Removed internalBattery due to being too complex
* Creative Energy Cell is not a chargeable item
Moved the cap injection to a method, allows them to be configurable.
This is not possible for Forge Energy as it is injected before even the
configuration are lodaed, thus violating their own capability contract
to use the method injection to explicitly make it configurable.
Updated the ratio key for forge energy to "ForgeEnergy" without a space
fscan