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# File 'lib/protod/interpreter/rpc.rb', line 6
def self.setup!
Interpreter.register_for('Protod::Rpc::Request::Base', force: false, ignore: true) do
def proto_ident
"Request"
end
def proto_message
m = Protod.rbs_method_type_for(const.ruby_ident)
fields = [
if const.ruby_ident.singleton
nil
else
Protod::Proto::Field.build_from(const.ruby_ident.const_name, ident: const.ruby_ident.const_name)
end,
*m.type.required_positionals.map do |arg|
raise ArgumentError, "Unsupported non-named argument : #{const.ruby_ident}" unless arg.name
Protod::Proto::Field.build_from_rbs(arg.type, on: const.ruby_ident, ident: arg.name)
end,
*m.type.optional_positionals.map do |arg|
raise ArgumentError, "Unsupported non-named argument : #{const.ruby_ident}" unless arg.name
Protod::Proto::Field.build_from_rbs(arg.type, on: const.ruby_ident, ident: arg.name, required: false, optional: true)
end,
m.type.rest_positionals&.then do |arg|
raise ArgumentError, "Unsupported non-named argument : #{const.ruby_ident}" unless arg.name
Protod::Proto::Field.build_from_rbs(arg.type, on: const.ruby_ident, ident: arg.name, as_rest: true, required: false, repeated: true)
end,
*m.type.required_keywords.map do |name, arg|
Protod::Proto::Field.build_from_rbs(arg.type, on: const.ruby_ident, ident: name, as_keyword: true)
end,
*m.type.optional_keywords.map do |name, arg|
Protod::Proto::Field.build_from_rbs(arg.type, on: const.ruby_ident, ident: name, as_keyword: true, required: false, optional: true)
end,
m.type.rest_keywords&.then do |arg|
raise ArgumentError, "Unsupported rest keywords argument : #{const.ruby_ident}"
raise ArgumentError, "Unsupported non-named argument : #{const.ruby_ident}" unless arg.name
Protod::Proto::Field.build_from_rbs(arg.type, on: const.ruby_ident, ident: arg.name, as_keyword: true, as_rest: true, required: false, optional: true)
end
].compact
Protod::Proto::Message.new(ident: proto_ident, fields: fields)
end
def to_rb_from(pb)
args = []
kwargs = {}
receiver_id = nil
proto_message.fields.each.with_index do |f, i|
next if Protod::Proto.omits_field?(pb, f.ident) && f.required.!
f_pb = pb.public_send(f.ident)
receiver_id = f_pb.protod__object_id if i == 0 && f_pb.respond_to?(:protod__object_id)
arg = if f.repeated
f_pb&.map { f.interpreter.to_rb_from(_1) }
else
f.interpreter.to_rb_from(f_pb)
end
if f.as_keyword
kwargs[f.ident.to_sym] = arg
elsif f.as_rest
args = [*args, *arg]
else
args.push(arg)
end
end
receiver = if const.ruby_ident.singleton
const.ruby_ident.const_name.constantize
else
args.shift
end
Protod::Rpc::Handler::RequestPacket.new(receiver_id: receiver_id, receiver: receiver, args: args, kwargs: kwargs)
end
end
Interpreter.register_for('Protod::Rpc::Response::Base', force: false, ignore: true) do
def proto_ident
"Response"
end
def proto_message
m = Protod.rbs_method_type_for(const.ruby_ident)
fields = if m.type.return_type
[Protod::Proto::Field.build_from_rbs(m.type.return_type, on: const.ruby_ident, ident: 'value')]
else
[]
end
Protod::Proto::Message.new(ident: proto_ident, fields: fields)
end
def to_pb_from(rb)
return unless rb
f = proto_message.find('value', by: :ident, as: 'Protod::Proto::Field')
return unless f
pb_maker = ->(v) do
f.interpreter.to_pb_from(v).tap do
_1.protod__object_id = v.object_id.to_s if _1.respond_to?(:protod__object_id)
end
end
pb = f.repeated ? rb.map { pb_maker.call(_1) } : pb_maker.call(rb)
pb_const.new(value: pb)
end
end
Interpreter.register_for('Protod::Rpc::Request::Receiver::Base', force: false, ignore: true) do
def proto_ident
"Request"
end
def proto_message
f = Protod::Proto::Oneof.new(ident: Protod::Rpc::Request::Receiver::ONEOF_NAME)
[
*proto_fields,
*const.ruby_ident.const_name.constantize.ancestors.drop(1).filter_map do |c|
r = Protod::Rpc::Request.find_by(c.name) if c.name
Interpreter.find_by(r) if r
end.flat_map(&:proto_fields)
].each { f.find_or_push(_1, by: :ident, into: :fields) }
Protod::Proto::Message.new(ident: proto_ident, fields: [f])
end
def to_rb_from(pb)
procedure = pb.public_send(Protod::Rpc::Request::Receiver::ONEOF_NAME)
raise Protod::Rpc::Handler::InvalidArgument, "Not set procedure" unless procedure
f = proto_message
.find(Protod::Rpc::Request::Receiver::ONEOF_NAME, by: :ident, as: 'Protod::Proto::Oneof')
.find(procedure, by: :ident, as: 'Protod::Proto::Field')
raise Protod::Rpc::Handler::InvalidArgument, "Not found acceptable procedure : #{procedure}" unless f
f.interpreter.to_rb_from(pb.public_send(procedure)).tap { _1.procedure = procedure }
end
def proto_fields
const.procedures.map do |ruby_ident|
Protod::Proto::Field.build_from(Protod::Rpc::Request.find_by(ruby_ident), ident: ruby_ident.method_name)
end
end
end
Interpreter.register_for('Protod::Rpc::Response::Receiver::Base', force: false, ignore: true) do
def proto_ident
"Response"
end
def proto_message
f = Protod::Proto::Oneof.new(ident: Protod::Rpc::Response::Receiver::ONEOF_NAME)
[
*proto_fields,
*const.ruby_ident.const_name.constantize.ancestors.drop(1).filter_map do |c|
r = Protod::Rpc::Response.find_by(c.name) if c.name
Interpreter.find_by(r) if r
end.flat_map(&:proto_fields)
].each { f.find_or_push(_1, by: :ident, into: :fields) }
Protod::Proto::Message.new(ident: proto_ident, fields: [f])
end
def to_pb_from(packet)
f = proto_message
.find(Protod::Rpc::Response::Receiver::ONEOF_NAME, by: :ident, as: 'Protod::Proto::Oneof')
.find(packet.procedure, by: :ident, as: 'Protod::Proto::Field')
pb = f.interpreter.to_pb_from(packet.object)
pb_const.new(packet.procedure.to_sym => pb)
end
def proto_fields
const.procedures.map do |ruby_ident|
Protod::Proto::Field.build_from(Protod::Rpc::Response.find_by(ruby_ident), ident: ruby_ident.method_name)
end
end
end
end
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