class ThemeSettingsManager attr_reader :name, :theme, :default def self.types ThemeSetting.types end def self.create(name, default, type, theme, opts = {}) type_name = self.types.invert[type].downcase.capitalize klass = "ThemeSettingsManager::#{type_name}".constantize klass.new(name, default, theme, opts) end def initialize(name, default, theme, opts = {}) @name = name.to_sym @default = default @theme = theme @opts = opts @types = self.class.types end def value has_record? ? db_record.value : @default end def type_name self.class.name.demodulize.downcase.to_sym end def type @types[type_name] end def description @opts[:description] end def value=(new_value) ensure_is_valid_value!(new_value) record = has_record? ? db_record : create_record! record.value = new_value.to_s record.save! record.value end def db_record ThemeSetting.where(name: @name, data_type: type, theme: @theme).first end def has_record? db_record.present? end def create_record! record = ThemeSetting.new(name: @name, data_type: type, theme: @theme) record.save! record end def is_valid_value?(new_value) true end def invalid_value_error_message name = type == @types[:integer] || type == @types[:float] ? "number" : type_name primary_key = "themes.settings_errors.#{name}_value_not_valid" secondary_key = primary_key secondary_key += "_min" if has_min? secondary_key += "_max" if has_max? translation = I18n.t(primary_key) return translation if secondary_key == primary_key translation += " #{I18n.t(secondary_key, min: @opts[:min], max: @opts[:max])}" translation end def ensure_is_valid_value!(new_value) unless is_valid_value?(new_value) raise Discourse::InvalidParameters.new invalid_value_error_message end end def has_min? min = @opts[:min] (min.is_a?(::Integer) || min.is_a?(::Float)) && min != -::Float::INFINITY end def has_max? max = @opts[:max] (max.is_a?(::Integer) || max.is_a?(::Float)) && max != ::Float::INFINITY end class List < self; end class String < self def is_valid_value?(new_value) (@opts[:min]..@opts[:max]).include? new_value.to_s.length end end class Bool < self def value [true, "true"].include?(super) end def value=(new_value) new_value = ([true, "true"].include?(new_value)).to_s super(new_value) end end class Integer < self def value super.to_i end def value=(new_value) super(new_value.to_i) end def is_valid_value?(new_value) (@opts[:min]..@opts[:max]).include? new_value.to_i end end class Float < self def value super.to_f end def value=(new_value) super(new_value.to_f) end def is_valid_value?(new_value) (@opts[:min]..@opts[:max]).include? new_value.to_f end end class Enum < self def value val = super match = choices.find { |choice| choice == val || choice.to_s == val } match || val end def is_valid_value?(new_value) choices.include?(new_value) || choices.map(&:to_s).include?(new_value) end def choices @opts[:choices] end end end