This release upgrades Instiki to Rails 2.3.4, which patches two security holes in Rails. See http://weblog.rubyonrails.org/2009/9/4/ruby-on-rails-2-3-4 There are also some new features, and the usual boatload of bugfixes. See the CHANGELOG for details.
248 lines
10 KiB
Ruby
248 lines
10 KiB
Ruby
require 'date'
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require 'active_support/core_ext/module/attribute_accessors'
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module ActiveSupport #:nodoc:
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# these accessors are here because people using ActiveResource and REST to integrate with other systems
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# have to be able to control the default behavior of rename_key. dasherize_xml is set to true to emulate
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# existing behavior. In a future version it should be set to false by default.
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mattr_accessor :dasherize_xml
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mattr_accessor :camelize_xml
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self.dasherize_xml = true
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self.camelize_xml = false
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module CoreExtensions #:nodoc:
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module Hash #:nodoc:
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module Conversions
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# This module exists to decorate files deserialized using Hash.from_xml with
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# the <tt>original_filename</tt> and <tt>content_type</tt> methods.
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module FileLike #:nodoc:
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attr_writer :original_filename, :content_type
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def original_filename
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@original_filename || 'untitled'
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end
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def content_type
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@content_type || 'application/octet-stream'
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end
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end
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XML_TYPE_NAMES = {
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"Symbol" => "symbol",
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"Fixnum" => "integer",
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"Bignum" => "integer",
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"BigDecimal" => "decimal",
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"Float" => "float",
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"TrueClass" => "boolean",
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"FalseClass" => "boolean",
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"Date" => "date",
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"DateTime" => "datetime",
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"Time" => "datetime",
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"ActiveSupport::TimeWithZone" => "datetime"
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} unless defined?(XML_TYPE_NAMES)
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XML_FORMATTING = {
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"symbol" => Proc.new { |symbol| symbol.to_s },
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"date" => Proc.new { |date| date.to_s(:db) },
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"datetime" => Proc.new { |time| time.xmlschema },
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"binary" => Proc.new { |binary| ActiveSupport::Base64.encode64(binary) },
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"yaml" => Proc.new { |yaml| yaml.to_yaml }
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} unless defined?(XML_FORMATTING)
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# TODO: use Time.xmlschema instead of Time.parse;
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# use regexp instead of Date.parse
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unless defined?(XML_PARSING)
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XML_PARSING = {
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"symbol" => Proc.new { |symbol| symbol.to_sym },
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"date" => Proc.new { |date| ::Date.parse(date) },
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"datetime" => Proc.new { |time| ::Time.parse(time).utc rescue ::DateTime.parse(time).utc },
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"integer" => Proc.new { |integer| integer.to_i },
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"float" => Proc.new { |float| float.to_f },
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"decimal" => Proc.new { |number| BigDecimal(number) },
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"boolean" => Proc.new { |boolean| %w(1 true).include?(boolean.strip) },
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"string" => Proc.new { |string| string.to_s },
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"yaml" => Proc.new { |yaml| YAML::load(yaml) rescue yaml },
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"base64Binary" => Proc.new { |bin| ActiveSupport::Base64.decode64(bin) },
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"file" => Proc.new do |file, entity|
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f = StringIO.new(ActiveSupport::Base64.decode64(file))
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f.extend(FileLike)
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f.original_filename = entity['name']
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f.content_type = entity['content_type']
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f
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end
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}
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XML_PARSING.update(
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"double" => XML_PARSING["float"],
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"dateTime" => XML_PARSING["datetime"]
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)
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end
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def self.included(klass)
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klass.extend(ClassMethods)
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end
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# Converts a hash into a string suitable for use as a URL query string. An optional <tt>namespace</tt> can be
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# passed to enclose the param names (see example below).
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#
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# ==== Examples
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# { :name => 'David', :nationality => 'Danish' }.to_query # => "name=David&nationality=Danish"
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#
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# { :name => 'David', :nationality => 'Danish' }.to_query('user') # => "user%5Bname%5D=David&user%5Bnationality%5D=Danish"
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def to_query(namespace = nil)
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collect do |key, value|
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value.to_query(namespace ? "#{namespace}[#{key}]" : key)
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end.sort * '&'
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end
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alias_method :to_param, :to_query
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def to_xml(options = {})
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require 'builder' unless defined?(Builder)
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options = options.dup
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options[:indent] ||= 2
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options.reverse_merge!({ :builder => Builder::XmlMarkup.new(:indent => options[:indent]),
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:root => "hash" })
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options[:builder].instruct! unless options.delete(:skip_instruct)
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root = rename_key(options[:root].to_s, options)
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options[:builder].__send__(:method_missing, root) do
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each do |key, value|
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case value
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when ::Hash
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value.to_xml(options.merge({ :root => key, :skip_instruct => true }))
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when ::Array
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value.to_xml(options.merge({ :root => key, :children => key.to_s.singularize, :skip_instruct => true}))
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when ::Method, ::Proc
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# If the Method or Proc takes two arguments, then
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# pass the suggested child element name. This is
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# used if the Method or Proc will be operating over
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# multiple records and needs to create an containing
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# element that will contain the objects being
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# serialized.
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if 1 == value.arity
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value.call(options.merge({ :root => key, :skip_instruct => true }))
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else
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value.call(options.merge({ :root => key, :skip_instruct => true }), key.to_s.singularize)
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end
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else
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if value.respond_to?(:to_xml)
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value.to_xml(options.merge({ :root => key, :skip_instruct => true }))
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else
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type_name = XML_TYPE_NAMES[value.class.name]
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key = rename_key(key.to_s, options)
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attributes = options[:skip_types] || value.nil? || type_name.nil? ? { } : { :type => type_name }
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if value.nil?
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attributes[:nil] = true
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end
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options[:builder].tag!(key,
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XML_FORMATTING[type_name] ? XML_FORMATTING[type_name].call(value) : value,
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attributes
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)
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end
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end
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end
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yield options[:builder] if block_given?
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end
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end
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def rename_key(key, options = {})
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camelize = options.has_key?(:camelize) ? options[:camelize] : ActiveSupport.camelize_xml
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dasherize = options.has_key?(:dasherize) ? options[:dasherize] : ActiveSupport.dasherize_xml
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key = key.camelize if camelize
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key = key.dasherize if dasherize
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key
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end
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module ClassMethods
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def from_xml(xml)
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typecast_xml_value(unrename_keys(XmlMini.parse(xml)))
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end
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private
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def typecast_xml_value(value)
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case value.class.to_s
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when 'Hash'
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if value['type'] == 'array'
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child_key, entries = value.detect { |k,v| k != 'type' } # child_key is throwaway
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if entries.nil? || (c = value['__content__'] && c.blank?)
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[]
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else
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case entries.class.to_s # something weird with classes not matching here. maybe singleton methods breaking is_a?
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when "Array"
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entries.collect { |v| typecast_xml_value(v) }
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when "Hash"
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[typecast_xml_value(entries)]
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else
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raise "can't typecast #{entries.inspect}"
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end
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end
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elsif value.has_key?("__content__")
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content = value["__content__"]
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if parser = XML_PARSING[value["type"]]
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if parser.arity == 2
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XML_PARSING[value["type"]].call(content, value)
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else
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XML_PARSING[value["type"]].call(content)
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end
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else
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content
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end
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elsif value['type'] == 'string' && value['nil'] != 'true'
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""
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# blank or nil parsed values are represented by nil
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elsif value.blank? || value['nil'] == 'true'
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nil
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# If the type is the only element which makes it then
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# this still makes the value nil, except if type is
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# a XML node(where type['value'] is a Hash)
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elsif value['type'] && value.size == 1 && !value['type'].is_a?(::Hash)
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nil
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else
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xml_value = value.inject({}) do |h,(k,v)|
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h[k] = typecast_xml_value(v)
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h
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end
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# Turn { :files => { :file => #<StringIO> } into { :files => #<StringIO> } so it is compatible with
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# how multipart uploaded files from HTML appear
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xml_value["file"].is_a?(StringIO) ? xml_value["file"] : xml_value
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end
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when 'Array'
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value.map! { |i| typecast_xml_value(i) }
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case value.length
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when 0 then nil
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when 1 then value.first
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else value
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end
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when 'String'
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value
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else
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raise "can't typecast #{value.class.name} - #{value.inspect}"
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end
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end
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def unrename_keys(params)
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case params.class.to_s
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when "Hash"
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params.inject({}) do |h,(k,v)|
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h[k.to_s.tr("-", "_")] = unrename_keys(v)
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h
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end
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when "Array"
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params.map { |v| unrename_keys(v) }
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else
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params
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end
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end
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end
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end
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end
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end
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end
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