Component/ae2common

NetworkController Trait API

• `getCpus():table`

Get a list of tables representing the available CPUs in the network.

• `getCraftables([filter:table]):table`

Get a list of known item recipes. These can be used to issue crafting requests.

• `getItemsInNetwork([filter:table]):table`

Get a list of the stored items in the network.

• `store([filter:table,] [dbAddress:string,] [startSlot:number,] [count:number]): bool`

Store items in the network matching the specified filter in the database with the specified address.

• `getFluidsInNetwork():table`

Get a list of the stored fluids in the network.

• `getAvgPowerInjection():number`

Get the average power injection into the network.

• `getAvgPowerUsage():number`

Get the average power usage of the network.

• `getIdlePowerUsage():number`

Get the idle power usage of the network.

• `getMaxStoredPower():number`

Get the maximum stored power in the network.

• `getStoredPower():number`

Get the stored power in the network.

Craftable API

• `getItemStack():table`

Returns the item stack representation of the crafting result.

• `request([amount:int[, prioritizePower:boolean[, cpuName:string]]]):userdata`

Requests the item to be crafted, returning an object that allows tracking the crafting status.

CraftingStatus API

• `isCanceled():boolean`

Get whether the crafting request has been canceled.

• `isDone():boolean`

Get whether the crafting request is done.

Environment API

• `getEnergyStored():number`

Returns the amount of stored energy on the connected side.

• `getMaxEnergyStored():number`

Returns the maximum amount of stored energy on the connected side.

• `canExtract():number`

Returns whether this component can have energy extracted from the connected side.

• `canReceive():number`

Returns whether this component can receive energy on the connected side.

Interface API

• `getInterfaceConfiguration([slot:number]):table`

Get the configuration of the interface.

• `setInterfaceConfiguration([slot:number][, database:address, entry:number[, size:number]]):boolean`

Configure the interface.

ImportBus API

• `getImportConfiguration(side:number[, slot:number]):boolean`

Get the configuration of the import bus pointing in the specified direction.

• `setImportConfiguration(side:number[, slot:number][, database:address, entry:number]):boolean`

Configure the import bus pointing in the specified direction to import item stacks matching the specified descriptor.

ExportBus API

• `getExportConfiguration(side:number, [ slot:number]):boolean`

Get the configuration of the export bus pointing in the specified direction.

• `setExportConfiguration(side:number[, slot:number][, database:address, entry:number):boolean`

Configure the export bus pointing in the specified direction to export item stacks matching the specified descriptor.

• `exportIntoSlot(side:number, slot:number):boolean`

Make the export bus facing the specified direction perform a single export operation into the specified slot.