ipc = require 'ipc' v8_util = process.atom_binding 'v8_util' generateFromPainObject = (plain) -> switch plain.type when 'error' then throw new Error('Remote Error: ' + plain.value) when 'value' then plain.value when 'array' then (generateFromPainObject(el) for el in plain.members) else if plain.type is 'function' # A shadow class to represent the remote function object. ret = class RemoteFunction constructor: -> if @constructor == RemoteFunction # Constructor call. obj = ipc.sendChannelSync 'ATOM_INTERNAL_CONSTRUCTOR', plain.id, Array::slice.call(arguments) # Returning object in constructor will replace constructed object # with the returned object. # http://stackoverflow.com/questions/1978049/what-values-can-a-constructor-return-to-avoid-returning-this return generateFromPainObject obj else # Function call. ret = ipc.sendChannelSync 'ATOM_INTERNAL_FUNCTION_CALL', plain.id, Array::slice.call(arguments) return generateFromPainObject ret else ret = v8_util.createObjectWithName plain.name # Polulate delegate members. for member in plain.members do (member) -> if member.type is 'function' ret[member.name] = -> # Call member function. ret = ipc.sendChannelSync 'ATOM_INTERNAL_MEMBER_CALL', plain.id, member.name, Array::slice.call(arguments) generateFromPainObject ret else ret.__defineSetter__ member.name, (value) -> # Set member data. ipc.sendChannelSync 'ATOM_INTERNAL_MEMBER_SET', plain.id, member.name, value ret.__defineGetter__ member.name, -> # Get member data. ret = ipc.sendChannelSync 'ATOM_INTERNAL_MEMBER_GET', plain.id, member.name generateFromPainObject ret ret exports.require = (module) -> plain = ipc.sendChannelSync 'ATOM_INTERNAL_REQUIRE', module generateFromPainObject plain