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|
# frozen_string_literal: true
require 'babosa'
require 'fileutils'
require 'rainbow'
require_relative '../logic/helpers/hash'
require_relative '../logic/cartridge/safety'
require_relative '../logic/cartridge/streaming'
require_relative '../logic/cartridge/interaction'
require_relative '../logic/cartridge/fetch'
require_relative 'interfaces/tools'
require_relative '../components/storage'
require_relative '../components/adapter'
require_relative '../components/crypto'
module NanoBot
module Controllers
STREAM_TIMEOUT_IN_SECONDS = 5
INFINITE_LOOP_PREVENTION = 10
class Session
attr_accessor :stream
def initialize(provider:, cartridge:, state: nil, stream: $stdout, environment: {})
@stream = stream
@provider = provider
@cartridge = cartridge
@stateless = state.nil? || state.strip == '-' || state.strip.empty?
if @stateless
@state = { history: [] }
else
@state_path = Components::Storage.build_path_and_ensure_state_file!(
state.strip, @cartridge, environment:
)
@state = load_state
end
end
def state
{ state: { path: @state_path, content: @state } }
end
def load_state
@state = Logic::Helpers::Hash.symbolize_keys(
JSON.parse(Components::Crypto.decrypt(File.read(@state_path)))
)
end
def store_state!
File.write(@state_path, Components::Crypto.encrypt(JSON.generate(@state)))
end
def boot(mode:)
return unless Logic::Helpers::Hash.fetch(@cartridge, %i[behaviors boot instruction])
behavior = Logic::Helpers::Hash.fetch(@cartridge, %i[behaviors boot]) || {}
input = { behavior:, history: [] }
process(input, mode:)
end
def evaluate_and_print(message, mode:)
behavior = Logic::Helpers::Hash.fetch(@cartridge, %i[behaviors interaction]) || {}
@state[:history] << {
who: 'user',
mode: mode.to_s,
input: message,
message: Components::Adapter.apply(
Logic::Cartridge::Interaction.input(@cartridge, mode.to_sym, message), @cartridge
)
}
input = { behavior:, history: @state[:history] }
process(input, mode:)
end
def process(input, mode:)
interface = Logic::Helpers::Hash.fetch(@cartridge, [:interfaces, mode.to_sym]) || {}
input[:interface] = interface
input[:tools] = @cartridge[:tools]
needs_another_round = true
rounds = 0
while needs_another_round
needs_another_round = process_interaction(input, mode:)
rounds += 1
raise StandardError, 'infinite loop prevention' if rounds > INFINITE_LOOP_PREVENTION
end
end
def process_interaction(input, mode:)
prefix = Logic::Cartridge::Affixes.get(@cartridge, mode.to_sym, :output, :prefix)
suffix = Logic::Cartridge::Affixes.get(@cartridge, mode.to_sym, :output, :suffix)
color = Logic::Cartridge::Fetch.cascate(
@cartridge, [[:interfaces, mode.to_sym, :output, :color], %i[interfaces output color]]
)
color = color.to_sym if color
streaming = Logic::Cartridge::Streaming.enabled?(@cartridge, mode.to_sym)
updated_at = Time.now
ready = false
needs_another_round = false
@provider.evaluate(input, @cartridge) do |feedback|
needs_another_round = true if feedback[:needs_another_round]
updated_at = Time.now
if feedback[:interaction] &&
feedback.dig(:interaction, :meta, :tool, :action) &&
feedback[:interaction][:meta][:tool][:action] == 'confirm'
Interfaces::Tool.confirm(self, @cartridge, mode, feedback[:interaction][:meta][:tool])
else
if feedback[:interaction] && feedback.dig(:interaction, :meta, :tool, :action)
Interfaces::Tool.dispatch_feedback(
self, @cartridge, mode, feedback[:interaction][:meta][:tool]
)
end
if feedback[:interaction]
event = Marshal.load(Marshal.dump(feedback[:interaction]))
event[:mode] = mode.to_s
event[:output] = nil
if feedback[:interaction][:who] == 'AI' && feedback[:interaction][:message]
event[:output] = feedback[:interaction][:message]
unless streaming
output = Logic::Cartridge::Interaction.output(
@cartridge, mode.to_sym, feedback[:interaction], streaming, feedback[:finished]
)
output[:message] = Components::Adapter.apply(output[:message], @cartridge)
event[:output] = (output[:message]).to_s
end
end
@state[:history] << event if feedback[:should_be_stored]
if event[:output] && ((!feedback[:finished] && streaming) || (!streaming && feedback[:finished]))
self.print(color ? Rainbow(event[:output]).send(color) : event[:output])
end
# The `print` function already outputs a prefix and a suffix, so
# we should add them afterwards to avoid printing them twice.
event[:output] = "#{prefix}#{event[:output]}#{suffix}"
end
if feedback[:finished]
flush
ready = true
end
end
end
until ready
seconds = (Time.now - updated_at).to_i
raise StandardError, 'The stream has become unresponsive.' if seconds >= STREAM_TIMEOUT_IN_SECONDS
end
store_state! unless @stateless
needs_another_round
end
def flush
@stream.flush
end
def print(content)
@stream.write(content)
end
end
end
end
|
