Class BridgeAbstractAbstract Accessors Abstract attack get attackHooks( ) : { Â Â Â Â name : string ; Â Â Â Â value : string ; } [] Returns { Â Â Â Â name : string ; Â Â Â Â value : string ; } [] Abstract hyper Abstract item get itemHooks( ) : { Â Â Â Â name : string ; Â Â Â Â value : string ; } [] Returns { Â Â Â Â name : string ; Â Â Â Â value : string ; } [] Abstract system Methods _create _create ( targetUuid , items ) : Promise < void > Parameters targetUuid : string items : any [] Returns Promise < void > _delete _delete ( targetUuid , itemIds ) : Promise < void > Parameters targetUuid : string itemIds : string [] Returns Promise < void > create create ( target , items ) : Promise < boolean > Returns Promise < boolean > delete delete ( target , itemIds ) : Promise < boolean > Parameters target : any itemIds : string [] Returns Promise < boolean > get get ( item ) : { Â Â Â Â image : any ; Â Â Â Â name : any ; Â Â Â Â owner : any ; } Returns { Â Â Â Â image : any ; Â Â Â Â name : any ; Â Â Â Â owner : any ; } image : any name : any owner : any Abstract get get ( workflow , source , from ) : any Parameters workflow : any [] source : HookType from : string Returns any Abstract get Abstract register register ( socket ) : any Returns any Abstract set set ( item , information ) : any Returns any
Abstract class that provides an interface between the systems. To support a system it is required to implement a Bridge for it. That requires manual work on our part and should be always tested later.