# frozen_string_literal: true module Gitlab module Config module Entry module Validators class AllowedKeysValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) unknown_keys = value.try(:keys).to_a - options[:in] if unknown_keys.any? record.errors.add(attribute, "contains unknown keys: " + unknown_keys.join(', ')) end end end class DisallowedKeysValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) present_keys = value.try(:keys).to_a & options[:in] if present_keys.any? message = options[:message] || "contains disallowed keys" message += ": #{present_keys.join(', ')}" record.errors.add(attribute, message) end end end class RequiredKeysValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) present_keys = options[:in] - value.try(:keys).to_a if present_keys.any? record.errors.add(attribute, "missing required keys: " + present_keys.join(', ')) end end end class AllowedValuesValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) unless options[:in].include?(value.to_s) record.errors.add(attribute, "unknown value: #{value}") end end end class AllowedArrayValuesValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) unknown_values = value - options[:in] unless unknown_values.empty? record.errors.add(attribute, "contains unknown values: " + unknown_values.join(', ')) end end end class ArrayOfStringsValidator < ActiveModel::EachValidator include LegacyValidationHelpers def validate_each(record, attribute, value) valid = validate_array_of_strings(value) record.errors.add(attribute, 'should be an array of strings') unless valid if valid && options[:with] unless value.all? { |v| v =~ options[:with] } message = options[:message] || 'contains elements that do not match the format' record.errors.add(attribute, message) end end end end class ArrayOfHashesValidator < ActiveModel::EachValidator include LegacyValidationHelpers def validate_each(record, attribute, value) unless value.is_a?(Array) && value.map { |hsh| hsh.is_a?(Hash) }.all? record.errors.add(attribute, 'should be an array of hashes') end end end class ArrayOrStringValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) unless value.is_a?(Array) || value.is_a?(String) record.errors.add(attribute, 'should be an array or a string') end end end class BooleanValidator < ActiveModel::EachValidator include LegacyValidationHelpers def validate_each(record, attribute, value) unless validate_boolean(value) record.errors.add(attribute, 'should be a boolean value') end end end class DurationValidator < ActiveModel::EachValidator include LegacyValidationHelpers def validate_each(record, attribute, value) unless validate_duration(value) record.errors.add(attribute, 'should be a duration') end if options[:limit] unless validate_duration_limit(value, options[:limit]) record.errors.add(attribute, 'should not exceed the limit') end end end end class HashOrStringValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) unless value.is_a?(Hash) || value.is_a?(String) record.errors.add(attribute, 'should be a hash or a string') end end end class HashOrIntegerValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) unless value.is_a?(Hash) || value.is_a?(Integer) record.errors.add(attribute, 'should be a hash or an integer') end end end class KeyValidator < ActiveModel::EachValidator include LegacyValidationHelpers def validate_each(record, attribute, value) if validate_string(value) validate_path(record, attribute, value) else record.errors.add(attribute, 'should be a string or symbol') end end private def validate_path(record, attribute, value) path = CGI.unescape(value.to_s) if path.include?('/') record.errors.add(attribute, 'cannot contain the "/" character') elsif path == '.' || path == '..' record.errors.add(attribute, 'cannot be "." or ".."') end end end class RegexpValidator < ActiveModel::EachValidator include LegacyValidationHelpers def validate_each(record, attribute, value) unless validate_regexp(value) record.errors.add(attribute, 'must be a regular expression') end end protected def fallback false end private def matches_syntax?(value) Gitlab::UntrustedRegexp::RubySyntax.matches_syntax?(value) end def validate_regexp(value) matches_syntax?(value) && Gitlab::UntrustedRegexp::RubySyntax.valid?(value, fallback: fallback) end end class ArrayOfStringsOrRegexpsValidator < RegexpValidator def validate_each(record, attribute, value) unless validate_array_of_strings_or_regexps(value) record.errors.add(attribute, 'should be an array of strings or regexps') end end private def validate_array_of_strings_or_regexps(values) values.is_a?(Array) && values.all?(&method(:validate_string_or_regexp)) end def validate_string_or_regexp(value) return false unless value.is_a?(String) return validate_regexp(value) if matches_syntax?(value) true end end class ArrayOfStringsOrRegexpsWithFallbackValidator < ArrayOfStringsOrRegexpsValidator protected def fallback true end end class ArrayOfStringsOrStringValidator < RegexpValidator def validate_each(record, attribute, value) unless validate_array_of_strings_or_string(value) record.errors.add(attribute, 'should be an array of strings or a string') end end private def validate_array_of_strings_or_string(values) validate_array_of_strings(values) || validate_string(values) end end class TypeValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) type = options[:with] raise unless type.is_a?(Class) unless value.is_a?(type) message = options[:message] || "should be a #{type.name}" record.errors.add(attribute, message) end end end class VariablesValidator < ActiveModel::EachValidator include LegacyValidationHelpers def validate_each(record, attribute, value) unless validate_variables(value) record.errors.add(attribute, 'should be a hash of key value pairs') end end end class ExpressionValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) unless value.is_a?(String) && ::Gitlab::Ci::Pipeline::Expression::Statement.new(value).valid? record.errors.add(attribute, 'Invalid expression syntax') end end end class PortNamePresentAndUniqueValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) return unless value.is_a?(Array) ports_size = value.count return if ports_size <= 1 named_ports = value.select { |e| e.is_a?(Hash) }.map { |e| e[:name] }.compact.map(&:downcase) if ports_size != named_ports.size record.errors.add(attribute, 'when there is more than one port, a unique name should be added') end if ports_size != named_ports.uniq.size record.errors.add(attribute, 'each port name must be different') end end end class PortUniqueValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) value = ports(value) return unless value.is_a?(Array) ports_size = value.count return if ports_size <= 1 if transform_ports(value).size != ports_size record.errors.add(attribute, 'each port number can only be referenced once') end end private def ports(current_data) current_data end def transform_ports(raw_ports) raw_ports.map do |port| case port when Integer port when Hash port[:number] end end.uniq end end class JobPortUniqueValidator < PortUniqueValidator private def ports(current_data) return unless current_data.is_a?(Hash) (image_ports(current_data) + services_ports(current_data)).compact end def image_ports(current_data) return [] unless current_data[:image].is_a?(Hash) current_data.dig(:image, :ports).to_a end def services_ports(current_data) current_data.dig(:services).to_a.flat_map { |service| service.is_a?(Hash) ? service[:ports] : nil } end end class ServicesWithPortsAliasUniqueValidator < ActiveModel::EachValidator def validate_each(record, attribute, value) current_aliases = aliases(value) return if current_aliases.empty? unless aliases_unique?(current_aliases) record.errors.add(:config, 'alias must be unique in services with ports') end end private def aliases(value) value.select { |s| s.is_a?(Hash) && s[:ports] }.pluck(:alias) # rubocop:disable CodeReuse/ActiveRecord end def aliases_unique?(aliases) aliases.size == aliases.uniq.size end end end end end end