OC XNet Driver Mod para Minecraft 1.12.2

ocxnetdriver

OpenComputers + XNet = :heart:

Permite que OpenComputers utilice redes XNet para transferir objetos, fluidos y energía a bloques conectados.

Problemas conocidos

• Actualmente no tiene restricciones, es decir, puedes transferir cantidades enormes en un instante.

Métodos disponibles

Descripción del método

getConnectedBlocks() Devuelve una tabla con todos los bloques conectados a la red XNet

getSupportedCapabilities(pos[, side]) Lista todas las capacidades que admite el bloque indicado

getItems(pos[, side]) Devuelve una tabla con todos los objetos del inventario indicado

getFluids(pos[, side]) Lista todos los fluidos del tanque indicado

getEnergy(pos[, side]) Obtiene la capacidad y la energía almacenada del gestor de energía indicado

transferItem(sourcePos, sourceSlot, amount, targetPos[, sourceSide[, targetSide]]) Transfiere objetos entre dos inventarios

transferFluid(sourcePos, amount, targetPos, fluidName]) Transfiere fluidos entre dos tanques

transferEnergy(sourcePos, amount, targetPos[, sourceSide[, targetSide]]) Transfiere energía entre dos gestores de energía

store(sourcePos, sourceSlot, database, entry[, sourceSide]) Almacena una pila de objetos desde algún lugar de la red XNet en una mejora de base de datos

Sinopsis

local component = require('component') local sides = require('sides') local serialization = require('serialization'); local xnet = component.xnet -- Dump all found blocks and track all vanilla types in a table local chests = {} local tanks = {} local cells = {} for i,block in ipairs(xnet.getConnectedBlocks()) do print(serialization.serialize(block)) if(block.name == "minecraft:chest") then chests[chests+1] = block elseif(block.name == "thermalexpansion:tank") then tanks[tanks+1] = block elseif(block.name == "thermalexpansion:cell") then cells[cells+1] = block end end -- {name="thermalexpansion:cell",pos={z=0,y=-1,x=0},side="west",meta=0} -- {name="opencomputers:case3",pos={z=0,y=-1,x=1},side="north",meta=1} -- {name="thermalexpansion:tank",pos={z=0,y=0,x=-2},side="down",meta=0,connector="Dynamo"} -- {name="minecraft:chest",pos={z=1,y=-1,x=-2},side="north",meta=3,connector="Dynamo"} -- {name="thermalexpansion:dynamo",pos={z=0,y=-1,x=-3},side="east",meta=2,connector="Dynamo"} -- {name="thermalexpansion:tank",pos={z=0,y=1,x=-1},side="down",meta=0} -- {name="thermalexpansion:tank",pos={z=0,y=0,x=-2},side="east",meta=0} -- {name="xnet:controller",pos={z=0,y=0,x=0},side="west",meta=3} -- Dump the contents of the first chest: print(serialization.serialize(xnet.getItems(chests[1].pos))) -- { -- {maxSize=64,size=64,hasTag=false,maxDamage=0,damage=0,name="minecraft:stone",label="Stone"}, -- {maxSize=64,size=64,hasTag=false,maxDamage=0,damage=0,name="minecraft:hayblock",label="Hay Bale"}, -- [27]={maxSize=64,size=1,hasTag=false,maxDamage=0,damage=0,name="xnet:controller",label="Controller"}, -- n=27 -- } -- Dump the contents of the first tank print(serialization.serialize(xnet.getFluids(tanks[1].pos))) -- { -- {content={label="Essence of Knowledge",amount=4000,hasTag=false,name="experience"},capacity=20000}, -- n=1 -- } -- Dump the contents of the first cell print(serialization.serialize(xnet.getEnergy(cells[1].pos))) -- {canExtract=true,stored=4000,capacity=2000000,canReceive=true} -- Transfer 5 of whatever is in slot 1 of chest 1 into chest 2 print("Transferred: " .. tostring(xnet.transferItem(chests[1].pos, 1, 5, chests[2].pos)))

Ejemplo sencillo de transferencia de energía

local component = require('component') local sides = require('sides') local serialization = require('serialization') local xnet = component.xnet print(serialization.serialize(xnet.getConnectedBlocks())) -- { -- {pos={y=-1,x=0,z=0},name="thermalexpansion:cell",side="west",meta=0}, -- {pos={y=-1,x=1,z=0},name="opencomputers:case3",side="north",meta=1}, -- {pos={y=-1,x=-3,z=0},name="thermalexpansion:dynamo",side="east",meta=2,connector="Dynamo"}, -- {pos={y=0,x=0,z=0},name="xnet:controller",side="west",meta=3}, -- n=4 -- } -- Find a dynamo and a cell and store their position etc local energySource = nil local energyTarget = nil for i,block in ipairs(xnet.getConnectedBlocks()) do if(block.name == "thermalexpansion:dynamo") then energySource = block elseif(block.name == "thermalexpansion:cell") then energyTarget = block end end -- Abort if no source could be found if(energySource == nil) then print("No dynamo found. Aborting!") os.exit(1) end -- Abort if no target could be found if(energyTarget == nil) then print("No cell found. Aborting!") os.exit(2) end -- Transfer 1000RF from source to target using the sides next to the XNet Connector local transferred, error = xnet.transferEnergy(energySource.pos, 1000, energyTarget.pos, sides[energySource.side], sides[energyTarget.side]) if(transferred ~= nil) then print(" - Transferred " .. transferred .. "RF to " .. serialization.serialize(energyTarget.pos)) -- - Transferred 1000RF to {y=-1,x=0,z=0} else print("Error: " .. error) end