module Foobara class CommandConnector class CommandConnectorError < Foobara::RuntimeError class << self def context_type_declaration {} end end def initialize(message, context: {}) super(message:, context:) end end class UnknownError < CommandConnectorError attr_accessor :error def initialize(error) # TODO: can we just use #cause for this? self.error = error super(error.message) end end class NotFoundError < CommandConnectorError class << self def context_type_declaration { not_found: :string } end end attr_accessor :not_found def initialize(not_found) self.not_found = not_found super(message, context: { not_found: }) end def message "Not found: #{not_found}" end end class UnauthenticatedError < CommandConnectorError def initialize super("Unauthenticated") end end class NotAllowedError < CommandConnectorError class << self def context_type_declaration { rule_symbol: :symbol, explanation: :string } end end attr_accessor :rule_symbol, :explanation def initialize(rule_symbol:, explanation:) self.rule_symbol = rule_symbol || :no_symbol_declared self.explanation = explanation || "No explanation" super("Not allowed: #{explanation}", context:) end def context { rule_symbol:, explanation: } end end class InvalidContextError < CommandConnectorError; end class NoCommandFoundError < NotFoundError; end class NoTypeFoundError < NotFoundError; end class NoCommandOrTypeFoundError < NotFoundError; end foobara_delegate :add_default_inputs_transformer, :add_default_result_transformer, :add_default_errors_transformer, :add_default_pre_commit_transformer, :add_default_serializer, :allowed_rule, :allowed_rules, :transform_command_class, :transformed_command_from_name, :each_transformed_command_class, :all_transformed_command_classes, to: :command_registry attr_accessor :command_registry, :authenticator def lookup_command(name) command_registry.foobara_lookup_command(name) end # TODO: maybe instead connect commands with a shortcut_only: "describe" option # in order to make this easier to extend and manage. def request_to_command(request) action = request.action inputs = nil full_command_name = request.full_command_name case action when "run" transformed_command_class = transformed_command_from_name(full_command_name) unless transformed_command_class # :nocov: raise NoCommandFoundError, "Could not find command registered for #{full_command_name}" # :nocov: end request.command_class = transformed_command_class inputs = request.inputs when "describe" manifestable = transformed_command_from_name(full_command_name) || type_from_name(full_command_name) unless manifestable # :nocov: raise NoCommandOrTypeFoundError, "Could not find command or type registered for #{full_command_name}" # :nocov: end command_class = Foobara::CommandConnectors::Commands::Describe full_command_name = command_class.full_command_name inputs = { manifestable:, request: } transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) when "describe_command" transformed_command_class = transformed_command_from_name(full_command_name) unless transformed_command_class # :nocov: raise NoCommandFoundError, "Could not find command registered for #{full_command_name}" # :nocov: end command_class = Foobara::CommandConnectors::Commands::Describe full_command_name = command_class.full_command_name inputs = { manifestable: transformed_command_class, request: } transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) when "describe_type" type = type_from_name(full_command_name) unless type # :nocov: raise NoTypeFoundError, "Could not find type registered for #{full_command_name}" # :nocov: end command_class = Foobara::CommandConnectors::Commands::Describe full_command_name = command_class.full_command_name inputs = { manifestable: type, request: } transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) when "manifest" command_class = Foobara::CommandConnectors::Commands::Describe full_command_name = command_class.full_command_name inputs = { manifestable: self, request: } transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) when "ping" command_class = Foobara::CommandConnectors::Commands::Ping full_command_name = command_class.full_command_name transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) when "query_git_commit_info" # TODO: this feels out of control... should just accomplish this through run I think instead. Same with ping. command_class = Foobara::CommandConnectors::Commands::QueryGitCommitInfo full_command_name = command_class.full_command_name transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) when "help" command_class = self.class::Commands::Help full_command_name = command_class.full_command_name inputs = { request: } transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) when "list" mod = self.class::Commands command_class = if mod.const_defined?(:ListCommands) # TODO: test this # :nocov: mod::ListCommands # :nocov: else CommandConnectors::Commands::ListCommands end full_command_name = command_class.full_command_name request.command_class = command_class inputs = request.inputs.merge(request:) transformed_command_class = transformed_command_from_name(full_command_name) || transform_command_class(command_class) else # :nocov: raise InvalidContextError, "Not sure what to do with #{action}" # :nocov: end if inputs && !inputs.empty? transformed_command_class.new(inputs) else transformed_command_class.new end end # Feels like we should just register these if we're going to make use of them via "actions"... # TODO: figure out how to kill this def transform_command_class(klass) command_registry.create_exposed_command_without_domain(klass).transformed_command_class end def request_to_response(_command) # :nocov: raise "subclass responsibility" # :nocov: end def initialize(authenticator: nil, default_serializers: nil) self.command_registry = CommandRegistry.new(authenticator:) self.authenticator = authenticator Util.array(default_serializers).each do |serializer| add_default_serializer(serializer) end end def connect(registerable, *, **) case registerable when Class unless registerable < Command # :nocov: raise "Don't know how to register #{registerable} (#{registerable.class})" # :nocov: end command_registry.register(registerable, *, **) when Module if registerable.foobara_organization? registerable.foobara_domains.map do |domain| connect(domain, *, **) end.flatten elsif registerable.foobara_domain? registerable.foobara_all_command(mode: Namespace::LookupMode::DIRECT).map do |command_class| Util.array(connect(command_class, *, **)) end.flatten else # :nocov: raise "Don't know how to register #{registerable} (#{registerable.class})" # :nocov: end else # :nocov: raise "Don't know how to register #{registerable} (#{registerable.class})" # :nocov: end end def build_request(...) self.class::Request.new(...) end # TODO: maybe introduce a Runner interface? def run(*, **) request, command = build_request_and_command(*, **) # TODO: feels like a smell request.command_connector = self if command command.run # :nocov: elsif !request.error raise "No command returned from #request_to_command" # :nocov: end build_response(request) end def build_request_and_command(...) request = build_request(...) unless request.error command = request_to_command(request) request.command = command end [request, command] end def build_response(request) response = request_to_response(request) response.request = request response end def type_from_name(name) Foobara.foobara_lookup_type(name, mode: Namespace::LookupMode::RELAXED) end def foobara_manifest # Drive all of this off of the list of exposed commands... to_include = Set.new to_include << command_registry.exposed_global_organization to_include << command_registry.exposed_global_domain command_registry.foobara_each do |exposed_whatever| to_include << exposed_whatever end included = Set.new additional_to_include = Set.new h = { organization: {}, domain: {}, type: {}, command: {}, error: {}, processor: {}, processor_class: {} } until to_include.empty? && additional_to_include.empty? object = nil if to_include.empty? until additional_to_include.empty? o = additional_to_include.first additional_to_include.delete(o) if o.is_a?(::Module) if o.foobara_domain? || o.foobara_organization? || (o.is_a?(::Class) && o < Foobara::Command) next end end object = o break end else object = to_include.first to_include.delete(object) end break unless object next if included.include?(object) manifest_reference = object.foobara_manifest_reference.to_sym category_symbol = command_registry.foobara_category_symbol_for(object) raise "no category symbol for #{object}" unless category_symbol namespace = if object.is_a?(Types::Type) object.created_in_namespace else Foobara::Namespace.current end cat = h[category_symbol] ||= {} # TODO: do we really need to enter the namespace here for this? cat[manifest_reference] = Foobara::Namespace.use namespace do object.foobara_manifest(to_include: additional_to_include) end included << object end h[:domain].each_value do |domain_manifest| # TODO: hack, we need to trim types down to what is actually included in this manifest domain_manifest[:types] = domain_manifest[:types].select do |type_name| h[:type].key?(type_name.to_sym) end end normalize_manifest(h) end def normalize_manifest(manifest_hash) manifest_hash.map do |key, entries| [key, entries.sort.to_h] end.sort.to_h end def all_exposed_commands command_registry.foobara_all_command end end end