require 'http_router' unless defined?(HttpRouter) require 'padrino-core/support_lite' unless defined?(SupportLite) ## # Adds to Sinatra +controller+ informations # # @private class Sinatra::Request attr_accessor :route_obj def controller route_obj && route_obj.controller end def action route_obj && route_obj.action end end ## # HttpRouter adapter # # @private class HttpRouter def rewrite_partial_path_info(env, request); end def rewrite_path_info(env, request); end def process_destination_path(path, env) Thread.current['padrino.instance'].instance_eval do request.route_obj = path.route @_response_buffer = nil @route = path.route @params ||= {} @params.update(env['router.params']) @block_params = if match_data = env['router.request'].extra_env['router.regex_match'] params_list = match_data.to_a params_list.shift @params[:captures] = params_list params_list else env['router.request'].params end # Provide access to the current controller to the request # Now we can eval route, but because we have "throw halt" we need to be # (en)sure to reset old layout and run controller after filters. original_params = @params parent_layout = @layout successful = false begin filter! :before (@route.before_filters - settings.filters[:before]).each { |block| instance_eval(&block) } @layout = path.route.use_layout if path.route.use_layout @route.custom_conditions.each { |block| pass if block.bind(self).call == false } if @route.custom_conditions halt_response = catch(:halt) { route_eval { @route.dest[self, @block_params] } } @_response_buffer = halt_response.is_a?(Array) ? halt_response.last : halt_response successful = true halt halt_response ensure (@route.after_filters - settings.filters[:after]).each { |block| instance_eval(&block) } if successful @layout = parent_layout @params = original_params end end end # @private class Route VALID_HTTP_VERBS.replace %w[GET POST PUT PATCH DELETE HEAD OPTIONS LINK UNLINK] attr_accessor :use_layout, :controller, :action, :cache, :cache_key, :cache_expires_in, :parent def before_filters(&block) @_before_filters ||= [] @_before_filters << block if block_given? @_before_filters end def after_filters(&block) @_after_filters ||= [] @_after_filters << block if block_given? @_after_filters end def custom_conditions(&block) @_custom_conditions ||= [] @_custom_conditions << block if block_given? @_custom_conditions end def significant_variable_names @significant_variable_names ||= if @original_path.is_a?(String) @original_path.scan(/(^|[^\\])[:\*]([a-zA-Z0-9_]+)/).map{|p| p.last.to_sym} elsif @original_path.is_a?(Regexp) and @original_path.respond_to?(:named_captures) @original_path.named_captures.keys.map(&:to_sym) else [] end end end #Monkey patching the Request class. Using Rack::Utils.unescape rather than #URI.unescape which can't handle utf-8 chars class Request def initialize(path, rack_request) @rack_request = rack_request @path = Rack::Utils.unescape(path).split(/\//) @path.shift if @path.first == '' @path.push('') if path[-1] == ?/ @extra_env = {} @params = [] @acceptable_methods = Set.new end end class Node::Path def to_code path_ivar = inject_root_ivar(self) "#{"if !callback && request.path.size == 1 && request.path.first == '' && (request.rack_request.head? || request.rack_request.get?) && request.rack_request.path_info[-1] == ?/ catch(:pass) do response = ::Rack::Response.new response.redirect(request.rack_request.path_info[0, request.rack_request.path_info.size - 1], 302) return response.finish end end" if router.redirect_trailing_slash?} #{"if request.#{router.ignore_trailing_slash? ? 'path_finished?' : 'path.empty?'}" unless route.match_partially} catch(:pass) do if callback request.called = true callback.call(Response.new(request, #{path_ivar})) else env = request.rack_request.dup.env env['router.request'] = request env['router.params'] ||= {} #{"env['router.params'].merge!(Hash[#{param_names.inspect}.zip(request.params)])" if dynamic?} @router.rewrite#{"_partial" if route.match_partially}_path_info(env, request) response = @router.process_destination_path(#{path_ivar}, env) return response unless router.pass_on_response(response) end end #{"end" unless route.match_partially}" end end end module Padrino class Filter # @private attr_reader :block def initialize(mode, scoped_controller, options, args, &block) @mode, @scoped_controller, @options, @args, @block = mode, scoped_controller, options, args, block end def apply?(request) detect = @args.any? do |arg| case arg when Symbol then request.route_obj && (request.route_obj.name == arg or request.route_obj.name == [@scoped_controller, arg].flatten.join("_").to_sym) else arg === request.path_info end end || @options.any? do |name, val| case name when :agent then val === request.user_agent else val === request.send(name) end end detect ^ !@mode end def to_proc if @args.empty? && @options.empty? block else filter = self proc { instance_eval(&filter.block) if filter.apply?(request) } end end end ## # Padrino provides advanced routing definition support to make routes and # url generation much easier. This routing system supports named route # aliases and easy access to url paths. The benefits of this is that instead # of having to hard-code route urls into every area of your application, now # we can just define the urls in a single spot and then attach an alias # which can be used to refer to the url throughout the application. # module Routing # Defines common content-type alias mappings CONTENT_TYPE_ALIASES = { :htm => :html } unless defined?(CONTENT_TYPE_ALIASES) # Defines the available route priorities supporting route deferrals. ROUTE_PRIORITY = {:high => 0, :normal => 1, :low => 2} unless defined?(ROUTE_PRIORITY) # Raised when a route was invalid or cannot be processed. class UnrecognizedException < RuntimeError; end class Parent < String # @private attr_reader :map attr_reader :optional attr_reader :options alias_method :optional?, :optional def initialize(value, options={}) super(value.to_s) @map = options.delete(:map) @optional = options.delete(:optional) @options = options end end class << self ## # Main class that register this extension. # def registered(app) app.send(:include, InstanceMethods) app.extend(ClassMethods) end alias :included :registered end # Class methods responsible for enhanced routing for controllers. module ClassMethods ## # Method to organize our routes in a better way. # # @param [Array] args # Controller arguments. # # @yield [] # The given block will be used to define the routes within the # Controller. # # @example # controller :admin do # get :index do; ...; end # get :show, :with => :id do; ...; end # end # # url(:admin_index) # => "/admin" # url(:admin_show, :id => 1) # "/admin/show/1" # # @example Using named routes follow the sinatra way: # controller "/admin" do # get "/index" do; ...; end # get "/show/:id" do; ...; end # end # # @example Supply +:provides+ to all controller routes: # controller :provides => [:html, :xml, :json] do # get :index do; "respond to html, xml and json"; end # post :index do; "respond to html, xml and json"; end # get :foo do; "respond to html, xml and json"; end # end # # @example Specify parent resources in padrino with the +:parent+ option on the controller: # controllers :product, :parent => :user do # get :index do # # url is generated as "/user/#{params[:user_id]}/product" # # url_for(:product, :index, :user_id => 5) => "/user/5/product" # end # get :show, :with => :id do # # url is generated as "/user/#{params[:user_id]}/product/show/#{params[:id]}" # # url_for(:product, :show, :user_id => 5, :id => 10) => "/user/5/product/show/10" # end # end # # @example Specify conditions to run for all routes: # controller :conditions => {:protect => true} do # def self.protect(protected) # condition do # halt 403, "No secrets for you!" unless params[:key] == "s3cr3t" # end if protected # end # # # This route will only return "secret stuff" if the user goes to # # `/private?key=s3cr3t`. # get("/private") { "secret stuff" } # # # And this one, too! # get("/also-private") { "secret stuff" } # # # But you can override the conditions for each route as needed. # # This route will be publicly accessible without providing the # # secret key. # get :index, :protect => false do # "Welcome!" # end # end # # @example Supply default values: # controller :lang => :de do # get :index, :map => "/:lang" do; "params[:lang] == :de"; end # end # # In a controller, before and after filters are scoped and don't affect other controllers or the main app. # In a controller, layouts are scoped and don't affect other controllers or the main app. # # @example # controller :posts do # layout :post # before { foo } # after { bar } # end # def controller(*args, &block) if block_given? options = args.extract_options! # Controller defaults @_controller, original_controller = args, @_controller @_parents, original_parent = options.delete(:parent), @_parents @_provides, original_provides = options.delete(:provides), @_provides @_use_format, original_use_format = options.delete(:use_format), @_use_format @_cache, original_cache = options.delete(:cache), @_cache @_map, original_map = options.delete(:map), @_map @_conditions, original_conditions = options.delete(:conditions), @_conditions @_defaults, original_defaults = options, @_defaults # Application defaults @filters, original_filters = { :before => @filters[:before].dup, :after => @filters[:after].dup }, @filters @layout, original_layout = nil, @layout instance_eval(&block) # Application defaults @filters = original_filters @layout = original_layout # Controller defaults @_controller, @_parents, @_cache = original_controller, original_parent, original_cache @_defaults, @_provides, @_map = original_defaults, original_provides, original_map @_conditions, @_use_format = original_conditions, original_use_format else include(*args) if extensions.any? end end alias :controllers :controller ## # Add a before filter hook # # @see #construct_filter # def before(*args, &block) add_filter :before, &(args.empty? ? block : construct_filter(*args, &block)) end ## # Add an after filter hook # # @see #construct_filter # def after(*args, &block) add_filter :after, &(args.empty? ? block : construct_filter(*args, &block)) end ## # Adds a filter hook to a request. # def add_filter(type, &block) filters[type] << block end ## # Creates a filter to process before/after the matching route. # # @param [Array] args # # @example We are be able to filter with String path # before('/') { 'only to :index' } # get(:index} { 'foo' } # => filter match only before this. # get(:main) { 'bar' } # # @example is the same of # before(:index) { 'only to :index' } # get(:index} { 'foo' } # => filter match only before this. # get(:main) { 'bar' } # # @example it works only for the given controller # controller :foo do # before(:index) { 'only to for :foo_index' } # get(:index} { 'foo' } # => filter match only before this. # get(:main) { 'bar' } # end # # controller :bar do # before(:index) { 'only to for :bar_index' } # get(:index} { 'foo' } # => filter match only before this. # get(:main) { 'bar' } # end # # @example if filters based on a symbol or regexp # before :index, /main/ do; ... end # # => match oly path that are +/+ or contains +main+ # # @example filtering everything except an occurency # before :except => :index do; ...; end # # @example you can also filter using a request param # before :agent => /IE/ do; ...; end # # => match +HTTP_USER_AGENT+ containing +IE+ # # @see http://www.padrinorb.com/guides/controllers#route-filters # def construct_filter(*args, &block) options = args.last.is_a?(Hash) ? args.pop : {} except = options.key?(:except) && Array(options.delete(:except)) raise("You cannot use except with other options specified") if except && (!args.empty? || !options.empty?) options = except.last.is_a?(Hash) ? except.pop : {} if except Filter.new(!except, @_controller, options, Array(except || args), &block) end ## # Provides many parents with shallowing. # # @param [Symbol] name # The parent name. # # @param [Hash] options # Additional options. # # @example # controllers :product do # parent :shop, :optional => true, :map => "/my/stand" # parent :category, :optional => true # get :show, :with => :id do # # generated urls: # # "/product/show/#{params[:id]}" # # "/my/stand/#{params[:shop_id]}/product/show/#{params[:id]}" # # "/my/stand/#{params[:shop_id]}/category/#{params[:category_id]}/product/show/#{params[:id]}" # # url_for(:product, :show, :id => 10) => "/product/show/10" # # url_for(:product, :show, :shop_id => 5, :id => 10) => "/my/stand/5/product/show/10" # # url_for(:product, :show, :shop_id => 5, :category_id => 1, :id => 10) => "/my/stand/5/category/1/product/show/10" # end # end # def parent(name, options={}) defaults = { :optional => false, :map => name.to_s } options = defaults.merge(options) @_parents = Array(@_parents) unless @_parents.is_a?(Array) @_parents << Parent.new(name, options) end ## # Using {HttpRouter}, for features and configurations. # # @example # router.add('/greedy/:greed') # router.recognize('/simple') # # @see http://github.com/joshbuddy/http_router # def router @router ||= HttpRouter.new block_given? ? yield(@router) : @router end alias :urls :router # Compiles the routes including deferred routes. def compiled_router if deferred_routes.empty? router else deferred_routes.each { |_, routes| routes.each { |(route, dest)| route.to(dest) } } @deferred_routes = nil router end end # Returns all routes that were deferred based on their priority. def deferred_routes @deferred_routes ||= Hash[ROUTE_PRIORITY.values.sort.map{|p| [p, []]}] end ## # Resets the http router and all deferred routes. # def reset_router! @deferred_routes = nil router.reset! end ## # Recognize a given path # # @param [String] path # Path+Query to parse # # @return [Symbol, Hash] # Returns controller and query params. # # @example Giving a controller like: # controller :foo do # get :bar, :map => 'foo-bar-:id'; ...; end # end # # @example You should be able to reverse: # MyApp.url(:foo_bar, :id => :mine) # # => /foo-bar-mine # # @example Into this: # MyApp.recognize_path('foo-bar-mine') # # => [:foo_bar, :id => :mine] # def recognize_path(path) responses = @router.recognize(Rack::MockRequest.env_for(path)) responses = responses[0] if responses[0].is_a?(Array) [responses[0].path.route.name, responses[0].params] end ## # Instance method for url generation. # # @example # url(:show, :id => 1) # url(:show, :name => 'test', :id => 24) # url(:show, 1) # url(:controller_name, :show, :id => 21) # url(:controller_show, :id => 29) # def url(*args) params = args.extract_options! # parameters is hash at end names, params_array = args.partition{|a| a.is_a?(Symbol)} name = names.join("_").to_sym # route name is concatenated with underscores if params.is_a?(Hash) params[:format] = params[:format].to_s unless params[:format].nil? params = value_to_param(params) end url = if params_array.empty? compiled_router.path(name, params) else compiled_router.path(name, *(params_array << params)) end url[0,0] = conform_uri(uri_root) if defined?(uri_root) url[0,0] = conform_uri(ENV['RACK_BASE_URI']) if ENV['RACK_BASE_URI'] url = "/" if url.blank? url rescue HttpRouter::InvalidRouteException route_error = "route mapping for url(#{name.inspect}) could not be found!" raise Padrino::Routing::UnrecognizedException.new(route_error) end alias :url_for :url def get(path, *args, &block) # @private conditions = @conditions.dup route('GET', path, *args, &block) @conditions = conditions route('HEAD', path, *args, &block) end private # Parse params from the url method def value_to_param(value) case value when Array value.map { |v| value_to_param(v) }.compact when Hash value.inject({}) do |memo, (k,v)| v = value_to_param(v) memo[k] = v unless v.nil? memo end when nil then nil else value.respond_to?(:to_param) ? value.to_param : value end end # Add prefix slash if its not present and remove trailing slashes. def conform_uri(uri_string) uri_string.gsub(/^(?!\/)(.*)/, '/\1').gsub(/[\/]+$/, '') end ## # Rewrite default routes. # # @example # get :index # => "/" # get :index, "/" # => "/" # get :index, :map => "/" # => "/" # get :show, "/show-me" # => "/show-me" # get :show, :map => "/show-me" # => "/show-me" # get "/foo/bar" # => "/show" # get :index, :parent => :user # => "/user/:user_id/index" # get :show, :with => :id, :parent => :user # => "/user/:user_id/show/:id" # get :show, :with => :id # => "/show/:id" # get [:show, :id] # => "/show/:id" # get :show, :with => [:id, :name] # => "/show/:id/:name" # get [:show, :id, :name] # => "/show/:id/:name" # get :list, :provides => :js # => "/list.{:format,js)" # get :list, :provides => :any # => "/list(.:format)" # get :list, :provides => [:js, :json] # => "/list.{!format,js|json}" # get :list, :provides => [:html, :js, :json] # => "/list(.{!format,js|json})" # get :list, :priority => :low # Defers route to be last # get /pattern/, :name => :foo, :generate_with => '/foo' # Generates :foo as /foo def route(verb, path, *args, &block) options = case args.size when 2 args.last.merge(:map => args.first) when 1 map = args.shift if args.first.is_a?(String) if args.first.is_a?(Hash) map ? args.first.merge(:map => map) : args.first else {:map => map || args.first} end when 0 {} else raise end # Do padrino parsing. We dup options so we can build HEAD request correctly route_options = options.dup route_options[:provides] = @_provides if @_provides # CSRF protection is always active except when explicitly switched off if allow_disabled_csrf unless route_options[:csrf_protection] == false route_options[:csrf_protection] = true end end path, *route_options[:with] = path if path.is_a?(Array) action = path path, name, route_parents, options, route_options = *parse_route(path, route_options, verb) options.reverse_merge!(@_conditions) if @_conditions # Sinatra defaults method_name = "#{verb} #{path}" unbound_method = generate_method(method_name, &block) block = block.arity != 0 ? proc { |a,p| unbound_method.bind(a).call(*p) } : proc { |a,p| unbound_method.bind(a).call } invoke_hook(:route_added, verb, path, block) # HTTPRouter route construction route = router.add(path, route_options) route.name = name if name route.action = action priority_name = options.delete(:priority) || :normal priority = ROUTE_PRIORITY[priority_name] or raise("Priority #{priority_name} not recognized, try #{ROUTE_PRIORITY.keys.join(', ')}") route.cache = options.key?(:cache) ? options.delete(:cache) : @_cache route.parent = route_parents ? (route_parents.count == 1 ? route_parents.first : route_parents) : route_parents route.add_request_method(verb.downcase.to_sym) route.host = options.delete(:host) if options.key?(:host) route.user_agent = options.delete(:agent) if options.key?(:agent) if options.key?(:default_values) defaults = options.delete(:default_values) route.add_default_values(defaults) if defaults end options.delete_if do |option, args| if route.significant_variable_names.include?(option) route.add_match_with(option => Array(args).first) true end end # Add Sinatra conditions options.each { |o, a| route.respond_to?(o) ? route.send(o, *a) : send(o, *a) } conditions, @conditions = @conditions, [] route.custom_conditions.concat(conditions) invoke_hook(:padrino_route_added, route, verb, path, args, options, block) # Add Application defaults route.before_filters.concat(@filters[:before]) route.after_filters.concat(@filters[:after]) if @_controller route.use_layout = @layout route.controller = Array(@_controller)[0].to_s end deferred_routes[priority] << [route, block] route end ## # Returns the final parsed route details (modified to reflect all # Padrino options) given the raw route. Raw route passed in could be # a named alias or a string and is parsed to reflect provides formats, # controllers, parents, 'with' parameters, and other options. # def parse_route(path, options, verb) # We need save our originals path/options so we can perform correctly cache. original = [path, options.dup] # options for the route directly route_options = {} # We need check if path is a symbol, if that it's a named route map = options.delete(:map) if path.kind_of?(Symbol) # path i.e :index or :show name = path # The route name path = map ? map.dup : (path == :index ? '/' : path.to_s) # The route path end # Build our controller controller = Array(@_controller).map { |c| c.to_s } case path when String # path i.e "/index" or "/show" # Now we need to parse our 'with' params if with_params = options.delete(:with) path = process_path_for_with_params(path, with_params) end # Now we need to parse our provides options.delete(:provides) if options[:provides].nil? if @_use_format or format_params = options[:provides] process_path_for_provides(path, format_params) # options[:add_match_with] ||= {} # options[:add_match_with][:format] = /[^\.]+/ end absolute_map = map && map[0] == ?/ unless controller.empty? # Now we need to add our controller path only if not mapped directly if map.blank? and !absolute_map controller_path = controller.join("/") path.gsub!(%r{^\(/\)|/\?}, "") path = File.join(controller_path, path) unless @_map end # Here we build the correct name route end # Now we need to parse our 'parent' params and parent scope if !absolute_map and parent_params = options.delete(:parent) || @_parents parent_params = (Array(@_parents) + Array(parent_params)).uniq path = process_path_for_parent_params(path, parent_params) end # Add any controller level map to the front of the path path = "#{@_map}/#{path}".squeeze('/') unless absolute_map or @_map.blank? # Small reformats path.gsub!(%r{/\?$}, '(/)') # Remove index path path.gsub!(%r{//$}, '/') # Remove index path path[0,0] = "/" if path !~ %r{^\(?/} # Paths must start with a / path.sub!(%r{/(\))?$}, '\\1') if path != "/" # Remove latest trailing delimiter path.gsub!(/\/(\(\.|$)/, '\\1') # Remove trailing slashes path.squeeze!('/') when Regexp route_options[:path_for_generation] = options.delete(:generate_with) if options.key?(:generate_with) end name = options.delete(:route_name) if name.nil? && options.key?(:route_name) name = options.delete(:name) if name.nil? && options.key?(:name) if name controller_name = controller.join("_") name = "#{controller_name}_#{name}".to_sym unless controller_name.blank? end # Merge in option defaults options.reverse_merge!(:default_values => @_defaults) [path, name, parent_params, options, route_options] end ## # Processes the existing path and appends the 'with' parameters onto the route # Used for calculating path in route method. # def process_path_for_with_params(path, with_params) File.join(path, Array(with_params).map(&:inspect).join("/")) end ## # Processes the existing path and prepends the 'parent' parameters onto the route # Used for calculating path in route method. # def process_path_for_parent_params(path, parent_params) parent_prefix = parent_params.flatten.compact.uniq.map do |param| map = (param.respond_to?(:map) && param.map ? param.map : param.to_s) part = "#{map}/:#{param.to_s.singularize}_id/" part = "(#{part})" if param.respond_to?(:optional) && param.optional? part end [parent_prefix, path].flatten.join("") end ## # Processes the existing path and appends the 'format' suffix onto the route # Used for calculating path in route method. # def process_path_for_provides(path, format_params) path << "(.:format)" unless path[-10, 10] == '(.:format)' end ## # Allows routing by MIME-types specified in the URL or ACCEPT header. # # By default, if a non-provided mime-type is specified in a URL, the # route will not match an thus return a 404. # # Setting the :treat_format_as_accept option to true allows treating # missing mime types specified in the URL as if they were specified # in the ACCEPT header and thus return 406. # # If no type is specified, the first in the provides-list will be # returned. # # @example # get "/a", :provides => [:html, :js] # # => GET /a => :html # # => GET /a.js => :js # # => GET /a.xml => 404 # # get "/b", :provides => [:html] # # => GET /b; ACCEPT: html => html # # => GET /b; ACCEPT: js => 406 # # enable :treat_format_as_accept # get "/c", :provides => [:html, :js] # # => GET /c.xml => 406 # def provides(*types) @_use_format = true condition do mime_types = types.map { |t| mime_type(t) }.compact url_format = params[:format].to_sym if params[:format] accepts = request.accept.map { |a| a.to_str } # per rfc2616-sec14: # Assume */* if no ACCEPT header is given. catch_all = (accepts.delete "*/*" || accepts.empty?) matching_types = accepts.empty? ? mime_types.slice(0,1) : (accepts & mime_types) if matching_types.empty? && types.include?(:any) matching_types = accepts end if !url_format && matching_types.first type = ::Rack::Mime::MIME_TYPES.find { |k, v| v == matching_types.first }[0].sub(/\./,'').to_sym accept_format = CONTENT_TYPE_ALIASES[type] || type elsif catch_all && !types.include?(:any) type = types.first accept_format = CONTENT_TYPE_ALIASES[type] || type end matched_format = types.include?(:any) || types.include?(accept_format) || types.include?(url_format) || ((!url_format) && request.accept.empty? && types.include?(:html)) # per rfc2616-sec14: # answer with 406 if accept is given but types to not match any # provided type halt 406 if (!url_format && !accepts.empty? && !matched_format) || (settings.respond_to?(:treat_format_as_accept) && settings.treat_format_as_accept && url_format && !matched_format) if matched_format @_content_type = url_format || accept_format || :html content_type(@_content_type, :charset => 'utf-8') end matched_format end end ## # Implements CSRF checking when `allow_disabled_csrf` is set to true. # # This condition is always on, except when it is explicitly switched # off. # # @example # post("/", :csrf_protection => false) # def csrf_protection(on = true) if on condition { halt 403 if request.env['protection.csrf.failed'] } end end end ## # Instance methods related to recognizing and processing routes and serving static files. # module InstanceMethods ## # Instance method for url generation. # # @example # url(:show, :id => 1) # url(:show, :name => :test) # url(:show, 1) # url("/foo") # # @see Padrino::Routing::ClassMethods#url # def url(*args) # Delegate to Sinatra 1.2 for simple url("/foo") # http://www.sinatrarb.com/intro#Generating%20URLs return super if args.first.is_a?(String) && !args[1].is_a?(Hash) # Delegate to Padrino named route url generation settings.url(*args) end alias :url_for :url ## # Returns the recognized path for a route. # def recognize_path(path) settings.recognize_path(path) end ## # Returns the current path within a route from specified +path_params+. # def current_path(*path_params) if path_params.last.is_a?(Hash) path_params[-1] = params.merge(path_params[-1]) else path_params << params end @route.path(*path_params) end ## # Returns the current route # # @example # -if route.controller == :press # %li=show_article # def route @route end ## # This is mostly just a helper so request.path_info isn't changed when # serving files from the public directory. # def static_file?(path_info) return if (public_dir = settings.public_folder).nil? public_dir = File.expand_path(public_dir) path = File.expand_path(public_dir + unescape(path_info)) return if path[0, public_dir.length] != public_dir return unless File.file?(path) return path end # # Method for deliver static files. # def static! if path = static_file?(request.path_info) env['sinatra.static_file'] = path cache_control *settings.static_cache_control if settings.static_cache_control? send_file(path, :disposition => nil) end end ## # Return the request format, this is useful when we need to respond to # a given Content-Type. # # @param [Symbol, nil] type # # @param [Hash] params # # @example # get :index, :provides => :any do # case content_type # when :js then ... # when :json then ... # when :html then ... # end # end # def content_type(type=nil, params={}) unless type.nil? super(type, params) @_content_type = type end @_content_type end private def filter!(type, base=settings) base.filters[type].each { |block| instance_eval(&block) } end def dispatch! invoke do static! if settings.static? && (request.get? || request.head?) route! end rescue ::Exception => boom filter! :before if boom.kind_of? ::Sinatra::NotFound invoke { @boom_handled = handle_exception!(boom) } ensure @boom_handled or begin filter! :after unless env['sinatra.static_file'] rescue ::Exception => boom invoke { handle_exception!(boom) } unless @env['sinatra.error'] end end def route!(base=settings, pass_block=nil) Thread.current['padrino.instance'] = self if base.compiled_router and match = base.compiled_router.call(@request.env) if match.respond_to?(:each) route_eval do match[1].each { |k,v| response[k] = v } status match[0] route_missing if match[0] == 404 route_missing if allow = response['Allow'] and allow.include?(request.env['REQUEST_METHOD']) end end else filter! :before end # Run routes defined in superclass. if base.superclass.respond_to?(:router) route!(base.superclass, pass_block) return end route_eval(&pass_block) if pass_block route_missing end end # InstanceMethods end # Routing end # Padrino