# == Schema Information # # Table name: captain_scenarios # # id :bigint not null, primary key # description :text # enabled :boolean default(TRUE), not null # instruction :text # title :string # tools :jsonb # created_at :datetime not null # updated_at :datetime not null # account_id :bigint not null # assistant_id :bigint not null # # Indexes # # index_captain_scenarios_on_account_id (account_id) # index_captain_scenarios_on_assistant_id (assistant_id) # index_captain_scenarios_on_assistant_id_and_enabled (assistant_id,enabled) # index_captain_scenarios_on_enabled (enabled) # class Captain::Scenario < ApplicationRecord include Concerns::CaptainToolsHelpers include Concerns::Agentable self.table_name = 'captain_scenarios' belongs_to :assistant, class_name: 'Captain::Assistant' belongs_to :account validates :title, presence: true validates :description, presence: true validates :instruction, presence: true validates :assistant_id, presence: true validates :account_id, presence: true validate :validate_instruction_tools scope :enabled, -> { where(enabled: true) } delegate :temperature, :feature_faq, :feature_memory, :product_name, :response_guidelines, :guardrails, to: :assistant before_save :resolve_tool_references def prompt_context { title: title, instructions: resolved_instructions, tools: resolved_tools, assistant_name: assistant.name.downcase.gsub(/\s+/, '_'), response_guidelines: response_guidelines || [], guardrails: guardrails || [] } end private def agent_name "#{title} Agent".parameterize(separator: '_') end def agent_tools resolved_tools.map { |tool| resolve_tool_instance(tool) } end def resolved_instructions instruction.gsub(TOOL_REFERENCE_REGEX, '`\1` tool') end def resolved_tools return [] if tools.blank? available_tools = assistant.available_agent_tools tools.filter_map do |tool_id| available_tools.find { |tool| tool[:id] == tool_id } end end def resolve_tool_instance(tool_metadata) tool_id = tool_metadata[:id] if tool_metadata[:custom] custom_tool = Captain::CustomTool.find_by(slug: tool_id, account_id: account_id, enabled: true) custom_tool&.tool(assistant) else tool_class = self.class.resolve_tool_class(tool_id) tool_class&.new(assistant) end end # Validates that all tool references in the instruction are valid. # Parses the instruction for tool references and checks if they exist # in the available tools configuration. # # @return [void] # @api private # @example Valid instruction # scenario.instruction = "Use [Add Contact Note](tool://add_contact_note) to document" # scenario.valid? # => true # # @example Invalid instruction # scenario.instruction = "Use [Invalid Tool](tool://invalid_tool) to process" # scenario.valid? # => false # scenario.errors[:instruction] # => ["contains invalid tools: invalid_tool"] def validate_instruction_tools return if instruction.blank? tool_ids = extract_tool_ids_from_text(instruction) return if tool_ids.empty? all_available_tool_ids = assistant.available_tool_ids invalid_tools = tool_ids - all_available_tool_ids return unless invalid_tools.any? errors.add(:instruction, "contains invalid tools: #{invalid_tools.join(', ')}") end # Resolves tool references from the instruction text into the tools field. # Parses the instruction for tool references and materializes them as # tool IDs stored in the tools JSONB field. # # @return [void] # @api private # @example # scenario.instruction = "First [@Add Private Note](tool://add_private_note) then [@Update Priority](tool://update_priority)" # scenario.save! # scenario.tools # => ["add_private_note", "update_priority"] # # scenario.instruction = "No tools mentioned here" # scenario.save! # scenario.tools # => nil def resolve_tool_references return if instruction.blank? tool_ids = extract_tool_ids_from_text(instruction) self.tools = tool_ids.presence end end