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?? address.rb(667 B)
?? binding.rb(922 B)
?? body.rb(1.1 KB)
?? cgiStubCreator.rb(2.09 KB)
?? classDefCreator.rb(8.33 KB)
?? classDefCreatorSupport.rb(2.5 KB)
?? clientSkeltonCreator.rb(1.66 KB)
?? complexType.rb(3.92 KB)
?? data.rb(1.26 KB)
?? definitions.rb(4.37 KB)
?? driverCreator.rb(2.49 KB)
?? element.rb(536 B)
?? fault.rb(1.04 KB)
?? header.rb(1.65 KB)
?? headerfault.rb(1.06 KB)
?? mappingRegistryCreator.rb(1.99 KB)
?? methodDefCreator.rb(6.36 KB)
?? operation.rb(2.71 KB)
?? servantSkeltonCreator.rb(1.53 KB)
?? standaloneServerStubCreator.rb(2.48 KB)
?? wsdl2ruby.rb(4.86 KB)

Editing: methodDefCreator.rb

# WSDL4R - Creating driver code from WSDL.
# Copyright (C) 2002, 2003, 2005  NAKAMURA, Hiroshi <nahi@ruby-lang.org>.

# This program is copyrighted free software by NAKAMURA, Hiroshi.  You can
# redistribute it and/or modify it under the same terms of Ruby's license;
# either the dual license version in 2003, or any later version.

require 'wsdl/info'
require 'wsdl/soap/classDefCreatorSupport'
require 'soap/rpc/element'

module WSDL
module SOAP

class MethodDefCreator
  include ClassDefCreatorSupport

attr_reader :definitions

def initialize(definitions)
    @definitions = definitions
    @simpletypes = @definitions.collect_simpletypes
    @complextypes = @definitions.collect_complextypes
    @elements = @definitions.collect_elements
    @types = []
  end

def dump(porttype)
    @types.clear
    result = ""
    operations = @definitions.porttype(porttype).operations
    binding = @definitions.porttype_binding(porttype)
    operations.each do |operation|
      op_bind = binding.operations[operation.name]
      next unless op_bind # no binding is defined
      next unless op_bind.soapoperation # not a SOAP operation binding
      result << ",\n" unless result.empty?
      result << dump_method(operation, op_bind).chomp
    end
    return result, @types
  end

def collect_rpcparameter(operation)
    result = operation.inputparts.collect { |part|
      collect_type(part.type)
      param_set(::SOAP::RPC::SOAPMethod::IN, part.name, rpcdefinedtype(part))
    }
    outparts = operation.outputparts
    if outparts.size > 0
      retval = outparts[0]
      collect_type(retval.type)
      result << param_set(::SOAP::RPC::SOAPMethod::RETVAL, retval.name,
        rpcdefinedtype(retval))
      cdr(outparts).each { |part|
	collect_type(part.type)
	result << param_set(::SOAP::RPC::SOAPMethod::OUT, part.name,
          rpcdefinedtype(part))
      }
    end
    result
  end

def collect_documentparameter(operation)
    param = []
    operation.inputparts.each do |input|
      param << param_set(::SOAP::RPC::SOAPMethod::IN, input.name,
        documentdefinedtype(input), elementqualified(input))
    end
    operation.outputparts.each do |output|
      param << param_set(::SOAP::RPC::SOAPMethod::OUT, output.name,
        documentdefinedtype(output), elementqualified(output))
    end
    param
  end

private

def dump_method(operation, binding)
    name = safemethodname(operation.name.name)
    name_as = operation.name.name
    style = binding.soapoperation_style
    inputuse = binding.input.soapbody_use
    outputuse = binding.output.soapbody_use
    namespace = binding.input.soapbody.namespace
    if style == :rpc
      qname = XSD::QName.new(namespace, name_as)
      paramstr = param2str(collect_rpcparameter(operation))
    else
      qname = nil
      paramstr = param2str(collect_documentparameter(operation))
    end
    if paramstr.empty?
      paramstr = '[]'
    else
      paramstr = "[ " << paramstr.split(/\r?\n/).join("\n    ") << " ]"
    end
    definitions = <<__EOD__
#{ndq(binding.soapaction)},
  #{dq(name)},
  #{paramstr},
  { :request_style =>  #{sym(style.id2name)}, :request_use =>  #{sym(inputuse.id2name)},
    :response_style => #{sym(style.id2name)}, :response_use => #{sym(outputuse.id2name)} }
__EOD__
    if style == :rpc
      return <<__EOD__
[ #{qname.dump},
  #{definitions}]
__EOD__
    else
      return <<__EOD__
[ #{definitions}]
__EOD__
    end
  end

def rpcdefinedtype(part)
    if mapped = basetype_mapped_class(part.type)
      ['::' + mapped.name]
    elsif definedtype = @simpletypes[part.type]
      ['::' + basetype_mapped_class(definedtype.base).name]
    elsif definedtype = @elements[part.element]
      #['::SOAP::SOAPStruct', part.element.namespace, part.element.name]
      ['nil', part.element.namespace, part.element.name]
    elsif definedtype = @complextypes[part.type]
      case definedtype.compoundtype
      when :TYPE_STRUCT, :TYPE_EMPTY    # ToDo: empty should be treated as void.
        type = create_class_name(part.type)
	[type, part.type.namespace, part.type.name]
      when :TYPE_MAP
	[Hash.name, part.type.namespace, part.type.name]
      when :TYPE_ARRAY
	arytype = definedtype.find_arytype || XSD::AnyTypeName
	ns = arytype.namespace
	name = arytype.name.sub(/\[(?:,)*\]$/, '')
        type = create_class_name(XSD::QName.new(ns, name))
	[type + '[]', ns, name]
      else
	raise NotImplementedError.new("must not reach here")
      end
    else
      raise RuntimeError.new("part: #{part.name} cannot be resolved")
    end
  end

def documentdefinedtype(part)
    if mapped = basetype_mapped_class(part.type)
      ['::' + mapped.name, nil, part.name]
    elsif definedtype = @simpletypes[part.type]
      ['::' + basetype_mapped_class(definedtype.base).name, nil, part.name]
    elsif definedtype = @elements[part.element]
      ['::SOAP::SOAPElement', part.element.namespace, part.element.name]
    elsif definedtype = @complextypes[part.type]
      ['::SOAP::SOAPElement', part.type.namespace, part.type.name]
    else
      raise RuntimeError.new("part: #{part.name} cannot be resolved")
    end
  end

def elementqualified(part)
    if mapped = basetype_mapped_class(part.type)
      false
    elsif definedtype = @simpletypes[part.type]
      false
    elsif definedtype = @elements[part.element]
      definedtype.elementform == 'qualified'
    elsif definedtype = @complextypes[part.type]
      false
    else
      raise RuntimeError.new("part: #{part.name} cannot be resolved")
    end
  end

def param_set(io_type, name, type, ele = nil)
    [io_type, name, type, ele]
  end

def collect_type(type)
    # ignore inline type definition.
    return if type.nil?
    return if @types.include?(type)
    @types << type
    return unless @complextypes[type]
    @complextypes[type].each_element do |element|
      collect_type(element.type)
    end
  end

def param2str(params)
    params.collect { |param|
      io, name, type, ele = param
      unless ele.nil?
        "[#{dq(io)}, #{dq(name)}, #{type2str(type)}, #{ele2str(ele)}]"
      else
        "[#{dq(io)}, #{dq(name)}, #{type2str(type)}]"
      end
    }.join(",\n")
  end

def type2str(type)
    if type.size == 1
      "[#{dq(type[0])}]" 
    else
      "[#{dq(type[0])}, #{ndq(type[1])}, #{dq(type[2])}]" 
    end
  end

def ele2str(ele)
    qualified = ele
    if qualified
      "true"
    else
      "false"
    end
  end

def cdr(ary)
    result = ary.dup
    result.shift
    result
  end
end

end
end

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