Class: Celltype

Inherits:
NSBDNode show all
Includes:
CelltypePluginModule, PluginModule
Defined in:
lib/tecsgen/core/componentobj.rb,
lib/tecsgen/core/gen_xml.rb,
lib/tecsgen/core/generate.rb,
lib/tecsgen/core/optimize.rb,
lib/tecsgen/core/tecsinfo.rb,
lib/tecsgen/core/unjoin_plugin.rb

Overview

CelltypePluginModule

Constant Summary collapse

ID_BASE =

reset_optimize でリセットする

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@@ID_BASE = 
ID_BASE
@@nest_stack_index = 
-1
@@nest_stack = 
[]
@@current_object = 
nil
@@celltype_list = 
[]
@@dynamic_join_checked_list = 
{}

Class Method Summary collapse

Instance Method Summary collapse

Methods included from CelltypePluginModule

#apply_plugin, #apply_plugin_cell, #celltype_plugin, #celltype_plugin_new_cell

Methods included from PluginModule

gen_plugin_post_code, #generate_and_parse, #load_plugin

Methods inherited from NSBDNode

#get_namespace, #get_namespace_path, #is_imported?, #set_namespace_path

Methods inherited from BDNode

#get_owner, #set_owner

Methods inherited from Node

#cdl_error, #cdl_error2, #cdl_error3, #cdl_info, #cdl_info2, #cdl_warning, #cdl_warning2, #get_locale, #locale_str, #set_locale

Constructor Details

#initialize(name) ⇒ Celltype

Returns a new instance of Celltype.



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# File 'lib/tecsgen/core/componentobj.rb', line 605

def initialize(name)
  super()
  @@current_object = self
  @name = name
  if Namespace.get_global_name&.empty?
    @global_name = name
  else
    @global_name = :"#{Namespace.get_global_name}_#{@name}"
  end

  @name_list = NamedList.new(nil, "symbol in celltype #{name}")
  @port = []
  @attribute = []
  @var = []
  @require = []
  @factory_list = []
  @ct_factory_list = []
  @cell_list = []
  @singleton = false
  @active = false
  @generate = nil
  @generate_list = []

  @n_attribute_ro = 0
  @n_attribute_rw = 0
  @n_attribute_omit = 0
  @n_var = 0
  @n_var_omit = 0
  @n_var_size_is = 0
  @n_var_init = 0
  @n_call_port = 0
  @n_call_port_array = 0
  @n_call_port_omitted_in_CB = 0
  @n_call_port_dynamic = 0
  @n_call_port_array_dynamic = 0
  @n_call_port_ref_desc = 0
  @n_call_port_array_ref_desc = 0
  @n_entry_port = 0
  @n_entry_port_array = 0
  @n_entry_port_array_ns = 0
  @n_entry_port_inline = 0
  @n_cell_gen = 0

  @b_cp_optimized = false

  @plugin = Generator.get_plugin
    # plugin の場合 PluginObject が返される
  # 元の Generator から呼出された Generator の中でパースおよび意味チェックされている

  # if @plugin then
  #  # plugin 生成されるセルタイプは再利用ではない   #833 不具合修正
  #  @b_reuse = false
  # else
    @b_reuse = Generator.is_reuse?
  # end

  if $idx_is_id
    @idx_is_id = true
  else
    @idx_is_id = false
  end
  @idx_is_id_act = @idx_is_id

  Namespace.new_celltype(self)
  set_namespace_path # @NamespacePath の設定
  set_specifier_list(Generator.get_statement_specifier)

  @included_header = {}
  @domain_roots = {}
  @@celltype_list << self
end

Class Method Details

.check_dynamic_join ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1008

def self.check_dynamic_join
  Namespace.get_root.travers_all_celltype{|ct|
    if @@dynamic_join_checked_list[ct].nil?
      @@dynamic_join_checked_list[ct] = true
      ct.check_dynamic_join
    end
  }
end

.get_celltype_list ⇒ Object

Celltype.get_celltype_list



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# File 'lib/tecsgen/core/componentobj.rb', line 1308

def self.get_celltype_list
  @@celltype_list
end

.new_attribute(attribute) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 746

def self.new_attribute(attribute)
  @@current_object.new_attribute(attribute)
end

.new_factory(factory) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 992

def self.new_factory(factory)
  @@current_object.new_factory(factory)
end

.new_port(port) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 714

def self.new_port(port)
  @@current_object.new_port(port)
end

.new_require(ct_or_cell_nsp, ep_name, cp_name = nil) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 912

def self.new_require(ct_or_cell_nsp, ep_name, cp_name = nil)
  @@current_object.new_require(ct_or_cell_nsp, ep_name.to_sym, cp_name)
end

.new_var(var) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 851

def self.new_var(var)
  @@current_object.new_var(var)
end

.pop ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 597

def self.pop
  @@current_object = @@nest_stack[@@nest_stack_index]
  @@nest_stack_index -= 1
  if @@nest_stack_index < -1
    raise "TooManyRestore"
  end
end

.push ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 591

def self.push
  @@nest_stack_index += 1
  @@nest_stack[@@nest_stack_index] = @@current_object
  @@current_object = nil
end

Instance Method Details

#check_attribute ⇒ Object

Celltype# celltype の attribute/var のチェック

STAGE: S

このメソッドは celltype のパースが完了した時点で呼出される．



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# File 'lib/tecsgen/core/componentobj.rb', line 775

def check_attribute
  # attribute の size_is 指定が妥当かチェック
  (@attribute + @var).each{|a|
    if a.get_size_is
      if !a.get_type.is_a?(PtrType)
        # size_is がポインタ型以外に指定された
        cdl_error("S1011 $1: size_is specified for non-pointer type", a.get_identifier)
      else

        # 参照する変数が存在し、計算可能な型かチェックする
        size = a.get_size_is.eval_const(@name_list) # C_EXP の可能性あり
        init = a.get_initializer
        if init
          if !init.instance_of?(Array)
            # 初期化子が配列ではない
            cdl_error("S1012 $1: unsuitable initializer, need array initializer", a.get_identifier)
          elsif size.is_a?(Integer) && size < init.length
            # size_is 指定された個数よりも初期化子の配列要素が多い
            cdl_error("S1013 $1: too many initializer, $2 for $3", a.get_identifier, init.length, size)
          # elsif a.get_size_is.eval_const( nil ) == nil  # C_EXP の可能性あり
          end

        end
      end
    else
      if a.get_type.is_a?(PtrType)
        if a.get_initializer.instance_of?(Array) ||
            (a.get_initializer.instance_of?(Expression) &&
              a.get_initializer.eval_const2(@name_list).instance_of?(Array))
          # size_is 指定されていないポインタが Array で初期化されていたら、エラー
          cdl_error("S1159 $1: non-size_is pointer cannot be initialized with array initializer", a.get_identifier)
        end
      end
    end
  }
end

#check_dynamic_join ⇒ Object

Celltype#dynamic の適合性チェック



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# File 'lib/tecsgen/core/componentobj.rb', line 1018

def check_dynamic_join
  @port.each{|port|
    signature = port.get_signature
    next if signature.nil? # すでにエラー
    if port.is_dynamic?
      dbgPrint("[DYNAMIC] checking dynamic port: #{@global_name}.#{port.get_name}\n")
      # print( "[DYNAMIC] checking dynamic port: #{@global_name}.#{port.get_name}\n" )
      next if find_ref_desc_port signature
      next if find_descriptor_param signature, :DYNAMIC
      cdl_warning("W9999 $1 cannot get information for dynamic port $2", @name, port.get_name)
    elsif port.is_ref_desc?
      dbgPrint("[DYNAMIC] checking ref_desc port: #{@global_name}.#{port.get_name}\n")
      # print( "[DYNAMIC] checking ref_desc port: #{@global_name}.#{port.get_name}\n" )
      next if find_dynamic_port signature
      next if find_descriptor_param signature, :REF_DESC
      cdl_warning("W9999 $1 cannot put information from ref_desc port $2", @name, port.get_name)
    elsif port.get_signature
      if port.get_signature.has_descriptor?
        port.get_signature.get_descriptor_list.each{|signature, param|
          dbgPrint("[DYNAMIC] checking Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n")
          # print( "[DYNAMIC] checking Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n" )
          if port.get_port_type == :CALL
            if param.get_direction == :IN
              next if find_ref_desc_port signature
              next if find_descriptor_param signature, :DYNAMIC
            elsif param.get_direction == :OUT
              next if find_dynamic_port signature
              next if find_descriptor_param signature, :REF_DESC
            end
          else # :ENTRY
            if param.get_direction == :IN
              next if find_dynamic_port signature
              next if find_descriptor_param signature, :REF_DESC
            elsif param.get_direction == :OUT
              next if find_ref_desc_port signature
              next if find_descriptor_param signature, :DYNAMIC
            end
          end
          cdl_warning('W9999 "$1" cannot handle Descriptor "$2" infromation for port "$3"', @name, param.get_name, port.get_name)
        }
      end
    end
  }
end

#create_reverse_require_join(cell) ⇒ Object

Celltype# 逆require の結合を生成する



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# File 'lib/tecsgen/core/componentobj.rb', line 1197

def create_reverse_require_join(cell)
  @port.each{|p|
    p.create_reverse_require_join cell
  }
end

#end_of_parse ⇒ Object

Celltype# end_of_parse



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# File 'lib/tecsgen/core/componentobj.rb', line 688

def end_of_parse
  # 属性・変数のチェック
  check_attribute

  # アロケータ呼び口を内部生成
  generate_allocator_port

  # リレーアロケータ、内部アロケータの設定
  @port.each {|p|
    p.set_allocator_instance
  }

  if @n_entry_port == 0 && @active == false && @factory_list.length == 0 &&
      (@singleton && @ct_factory_list.length == 0 || !@singleton)
    cdl_warning("W1002 $1: non-active celltype has no entry port & factory", @name)
  end

  if @generate
    celltype_plugin
  end

  # check_dynamic_join ##

  @@current_object = nil
end

#find(name) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1227

def find(name)
  @name_list.get_item(name)
end

#find_descriptor_param(signature, dyn_ref) ⇒ Object

Celltype#ディスクリプタ型でシグニチャが一致し dyn_ref に対応づく引数を探す

dyn_ref::Symbol: :DYNAMIC=ディスクリプタを得る手段となる引数を探す．:REF_DESC=渡す手段となる引数を探す



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# File 'lib/tecsgen/core/componentobj.rb', line 1086

def find_descriptor_param(signature, dyn_ref)
  param_list = []
  @port.each{|port|
    port.each_param{|port, func, param|
      type = param.get_type
      while type.is_a? PtrType
        type = type.get_type
      end
      dbgPrint("[DYNAMIC] dyn_ref=#{dyn_ref} port_type=#{port.get_port_type} dir=#{param.get_direction} paramName=#{param.get_name} paramType=#{type.class}\n")
      # print( "[DYNAMIC] dyn_ref=#{dyn_ref} port_type=#{port.get_port_type} dir=#{param.get_direction} paramName=#{param.get_name} paramType=#{type.class}\n" )
      if type.is_a? DescriptorType
        if type.get_signature == signature
          dir = param.get_direction
          if dir == :INOUT
            dbgPrint("[DYNAMIC] found INOUT Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n")
            # print( "[DYNAMIC] found INOUT Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n" )
            return param
          elsif dyn_ref == :DYNAMIC
            if dir == :IN && port.get_port_type == :ENTRY ||
               dir == :OUT && port.get_port_type == :CALL
              dbgPrint("[DYNAMIC] found INBOUND Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n")
              # print( "[DYNAMIC] found INBOUND Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n" )
              return param
            end
          elsif dyn_ref == :REF_DESC
            if dir == :IN && port.get_port_type == :CALL ||
               dir == :OUT && port.get_port_type == :ENTRY
              dbgPrint("[DYNAMIC] found OUTBOUND Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n")
              # print( "[DYNAMIC] found OUTBOUND Descriptor parameter: #{@global_name}.#{port.get_name} ... #{param.get_name}\n" )
              return param
            end
          else
            raise "unknown ref_desc"
          end
        end
      end
    }
  }
  return nil
end

#find_dynamic_port(signature) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1063

def find_dynamic_port(signature)
  dbgPrint "[DYNAMIC] find_dynamic_port signature=#{signature.get_name}"
  @port.each{|port|
    dbgPrint "[DYNAMIC] port=#{port.get_name} signature=#{port.get_signature.get_name} dynamic=#{port.is_dynamic?}"
    return port if port.is_dynamic? && port.get_signature == signature
  }
  return nil
end

#find_ref_desc_port(signature) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1072

def find_ref_desc_port(signature)
  if signature.nil? # すでにエラー
    return nil
  end
  dbgPrint "[DYNAMIC] find_ref_desc_port signature=#{signature.get_name}"
  @port.each{|port|
    dbgPrint "[DYNAMIC] port=#{port.get_name} signature=#{port.get_signature.get_name} ref_desc=#{port.is_ref_desc?}"
    return port if port.is_ref_desc? && port.get_signature == signature
  }
  return nil
end

#gen_cell_cb(fs) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 3522

def gen_cell_cb(fs)
  if has_INIB?
    if @n_cell_gen > 0
      fs.each{|r, f| f.printf(TECSMsg.get(:INIB_comment), "#_INIB_#") }
    end
    if @singleton
      fs.each{|r, f| f.print "#{@global_name}_INIB #{@global_name}_SINGLE_CELL_INIB = \n" }
      indent = 0
    elsif !@idx_is_id_act
      fs.each{|r, f| f.print "#{@global_name}_INIB #{@global_name}_INIB_tab[] = {\n" }
      indent = 1
    else
      indent = 0
    end

    @ordered_cell_list.each{|c|
      next if !c.is_generate?

      f = fs[c.get_region.get_domain_root]

      name_array = get_name_array(c)

      unless @singleton
        print_indent(f, indent)
        f.print "/* cell: #{name_array[2]}:  #{name_array[1]} id=#{c.get_id} */\n"
        # name_array[2]: cell_CB_name
      end

      print_indent(f, indent)
      if @idx_is_id_act
        f.print "const #{@global_name}_INIB #{name_array[5]} = "
      end
      f.print "{\n"

      gen_cell_cb_port(c, indent, f, name_array, :INIB)
      gen_cell_cb_attribute(c, indent, f, name_array, :INIB)

      unless @singleton
        # 1 つの cell INIB の終わり
        if @idx_is_id_act
          f.print("};\n\n")
        else
          f.print("    },\n")
        end
      end
    }
    if !@idx_is_id_act
      fs.each{|r, f| f.print("};\n\n") }
    end
  end # has_INIB?

  if has_CB?
    if @n_cell_gen > 0
      fs.each{|r, f| f.printf(TECSMsg.get(:CB_comment), "#_CB_#") }
    end

    # RAM initializer を使用しない、または ROM 化しない
    if $ram_initializer == false || $rom == false
      if @singleton
        fs.each{|r, f| f.print "struct tag_#{@global_name}_CB #{@global_name}_SINGLE_CELL_CB = \n" }
        indent = 0
      elsif !@idx_is_id_act
        fs.each{|r, f| f.print "struct tag_#{@global_name}_CB #{@global_name}_CB_tab[] = {\n" }
        indent = 1
      else
        indent = 0
      end

      @ordered_cell_list.each{|c|
        next if !c.is_generate?

        f = fs[c.get_region.get_domain_root]

        name_array = get_name_array(c)

        unless @singleton
          print_indent(f, indent)
          f.print "/* cell: #{name_array[2]}:  #{name_array[1]} id=#{c.get_id} */\n"
          # name_array[2]: cell_CB_name
        end

        print_indent(f, indent)
        if @idx_is_id_act
          f.print "#{@global_name}_CB #{name_array[2]} = "
        end
        f.print "{\n"

        if has_INIB?
          print_indent(f, indent + 1)
          f.printf("&%-39s /* _inib */\n", "#{name_array[5]},")
        end

        # if ! has_INIB? then
        if $rom == false
          gen_cell_cb_port(c, indent, f, name_array, :CB_ALL)
        else
          gen_cell_cb_port(c, indent, f, name_array, :CB_DYNAMIC)
        end

        gen_cell_cb_attribute(c, indent, f, name_array, :CB)
        gen_cell_cb_var(c, indent, f, name_array)

        unless @singleton
          # 1 つの cell CB の終わり
          if @idx_is_id_act
            f.print("};\n\n")
          else
            f.print("    },\n")
          end
        end
      }
      if !@idx_is_id_act
        fs.each{|r, f| f.print("};\n\n") }
      end
    else
      if @singleton
        fs.each{|r, f| f.print "struct tag_#{@global_name}_CB #{@global_name}_SINGLE_CELL_CB;\n" }
        indent = 0
      elsif @idx_is_id_act
        @ordered_cell_list.each{|c|
          next if !c.is_generate?

          f = fs[c.get_region.get_domain_root]

          name_array = get_name_array(c)
          f.print "/* cell: #{name_array[2]}:  #{name_array[1]} id=#{c.get_id} */\n"
          f.print "#{@global_name}_CB #{name_array[2]} = {};\n"
        }
      else
        fs.each{|r, f| f.print "struct tag_#{@global_name}_CB #{@global_name}_CB_tab[#{@n_cell_gen}];\n" }
      end
    end
  end # has_CB?
end

#gen_cell_cb_attribute(cell, indent, f, name_array, cb_inib) ⇒ Object

attribute と size_is 指定された var (ポインタ)の初期化データを出力

ROM 化サポートの有無、および出力対象が CB か INIB かにより出力される内容が異なる



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# File 'lib/tecsgen/core/generate.rb', line 3780

def gen_cell_cb_attribute(cell, indent, f, name_array, cb_inib)
  ct = self
  jl = cell.get_join_list

  if cb_inib == :INIB
    return if @n_attribute_ro == 0 && @n_var_size_is == 0
    print_indent(f, indent + 1)
    f.print "/* attribute(RO) */ \n"
  elsif $rom # && cb_inib == CB
    # CB で rw と var
    return if @n_attribute_rw == 0
    print_indent(f, indent + 1)
    f.print "/* attribute(RW) */ \n"
  else # cb_inib == CB && $rom == false
    # CB に全部
    return if @n_attribute_rw == 0 && @n_attribute_ro == 0 && @n_var_size_is == 0
    print_indent(f, indent + 1)
    f.print "/* attribute */ \n"
  end

  attribute = ct.get_attribute_list
  attribute.each{|a| # a: Decl
    next if a.is_omit?
    if cb_inib == :INIB && a.is_rw? == true
      # $rom == true でしか、ここへ来ない
      next
    elsif cb_inib == :CB && $rom && !a.is_rw?
      next
    end

    j = jl.get_item(a.get_identifier)
    if j
      # cell の初期値指定あり
      gen_cell_cb_init(f, cell, name_array, a.get_type, j.get_rhs, a.get_identifier, indent + 1)
    elsif a.get_initializer
      # celltype の default の初期値あり
      gen_cell_cb_init(f, cell, name_array, a.get_type, a.get_initializer, a.get_identifier, indent + 1)
    else
      # 初期値未指定
      gen_cell_cb_init(f, cell, name_array, a.get_type, nil, a.get_identifier, indent + 1)
    end
  }
  @var.each{|v|
    next if v.is_omit?
    next if v.get_size_is.nil? # size_is 指定がある場合 attribute の一部として出力

    if v.get_initializer && $ram_initializer == false
      gen_cell_cb_init(f, cell, name_array, v.get_type, v.get_initializer, v.get_identifier, indent + 1)
    else
      # 初期値未指定 または RAM initializer 使用
      gen_cell_cb_init(f, cell, name_array, v.get_type, nil, v.get_identifier, indent + 1)
    end
  }
end

#gen_cell_cb_call_port(cell, indent, f, name_array, inib_cb) ⇒ Object

呼び口の初期化コードの生成



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# File 'lib/tecsgen/core/generate.rb', line 3864

def gen_cell_cb_call_port(cell, indent, f, name_array, inib_cb)
  jl = cell.get_join_list

  port = get_port_list
  if inib_cb == :INIB && (@n_call_port - @n_call_port_omitted_in_CB -
                           ($ram_initializer ? 0 : (@n_call_port_dynamic - @n_call_port_array_dynamic)) > 0) ||
     inib_cb == :CB_ALL && @n_call_port > 0 ||
     inib_cb == :CB_DYNAMIC && (@n_call_port_dynamic - @n_call_port_array_dynamic) > 0
    print_indent(f, indent + 1)
    f.print "/* call port (#{inib_cb}) #_CP_# */ \n"
    port.each{|p|
      next if p.get_port_type != :CALL
      next if p.is_omit?
      next if p.is_cell_unique? # 最適化（単一セルで呼び口マクロに埋め込まれる）
      next if inib_cb == :INIB && p.is_dynamic? && p.get_array_size.nil? && !$ram_initializer
      next if inib_cb == :CB_DYNAMIC && (!p.is_dynamic? || !p.get_array_size.nil?)

      j = jl.get_item(p.get_name)
      print_indent(f, indent + 1)

      # debug
      if j.nil?
        dbgPrint "cell_cb_call_port: #{p.get_name} array size=#{p.get_array_size}\n"
        # optional 呼び口
        # cdl_error( "H1003 internal error: cell \'$1\' port \'$2\': initializer not found\n" , cell.get_name, p.get_name )
        # exit( 1 )
        if p.get_array_size
          if p.is_dynamic?
            if inib_cb == :INIB
              if $ram_initializer
                f.printf("%-40s /* #_CCP7_# _init_ */\n", "#{cell.get_global_name}_#{p.get_name}_init_,")
                print_indent(f, indent + 1)
              end
              f.printf("%-40s /* #_CCP7B_# */\n", "#{cell.get_global_name}_#{p.get_name},")
            elsif $rom == false
              f.printf("%-40s /* #_CCP8_# */\n",  "#{cell.get_global_name}_#{p.get_name},")
            end
          else
            f.printf("%-40s /* #_CCP9_# */\n", "0,")
          end
          if p.get_array_size == "[]"
            # 添数省略の呼び口配列
            print_indent(f, indent + 1)
            f.printf("%-40s /* %s #_CCP6_# */\n", "0,", "length of #{p.get_name} (n_#{p.get_name})")
          end
        else
          f.printf("%-40s /* #_CCP5_# */\n", "0,")
        end
        next
      end

      am = j.get_array_member2
      if am
        # 呼び口配列の場合
        if inib_cb == :INIB && p.is_dynamic? && !p.get_array_size.nil? && $ram_initializer
          f.printf("%-40s /* #_CCP3_# _init_ */\n", "#{cell.get_global_name}_#{j.get_name}_init_,")
          print_indent(f, indent + 1)
        end
        f.printf("%-40s /* #_CCP3B_# */\n", "#{cell.get_global_name}_#{j.get_name},")
        if p.get_array_size == "[]"
          # 添数省略の呼び口配列
          print_indent(f, indent + 1)
          f.printf("%-40s /* %s #_CCP4_# */\n", "#{am.length},", "length of #{p.get_name} (n_#{p.get_name})")
        end
      else
        # 同一セルタイプの結合の場合、VDES 型へのキャストが必要
        # print "CCP0/CCP1 #{p.get_name}, #{j.get_rhs_cell.get_celltype.get_name}, #{@name}\n"
        if j.get_rhs_cell.get_celltype == self
          definition = j.get_definition
          des_type_cast = "(struct tag_#{definition.get_signature.get_global_name}_VDES *)"
        else
          des_type_cast = ""
        end

        init = (p.is_dynamic? && inib_cb == :INIB) ? "_init_" : ""

        if j.get_rhs_subscript
          # 受け口配列の場合
          subscript = j.get_rhs_subscript
          f.printf("%-40s /* %s #_CCP0_# */\n",
                    # "&#{j.get_cell_global_name}_#{j.get_port_name}_des#{subscript},",
                    "#{des_type_cast}&#{j.get_port_global_name}_des#{subscript},",
                    p.get_name.to_s + init)
        else
          # 呼び口配列でも、受け口配列でもない
          if !p.is_skelton_useless?
            f.printf("%-40s /* %s #_CCP1_# */\n",
                      "#{des_type_cast}&#{j.get_port_global_name}_des,",
                      p.get_name.to_s + init)
          else
            # スケルトン不要最適化（CB (INIB) へのポインタを埋め込む）
            c = j.get_rhs_cell                    # 呼び先セル
            ct = c.get_celltype                   # 呼び先セルタイプ
            if ct.has_INIB? || ct.has_CB?
              name_array = ct.get_name_array(c)   # 呼び先セルタイプで name_array を得る
              f.printf("%-40s /* %s #_CCP2_# */\n", "#{name_array[7]},", p.get_name)
            else
              # 呼び先は CB も INIB も持たない（NULL に初期化）
              f.printf("%-40s /* %s #_CCP2B_# */\n", "0,", p.get_name)
            end
          end
        end
      end

    }
    end
end

#gen_cell_cb_entry_port(cell, indent, f, name_array) ⇒ Object

受け口の初期化コードの生成



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# File 'lib/tecsgen/core/generate.rb', line 3973

def gen_cell_cb_entry_port(cell, indent, f, name_array)
  jl = cell.get_join_list

  port = get_port_list
  if @n_entry_port != 0
    print_indent(f, indent + 1)
    f.print "/* entry port #_EP_# */ \n"
    @port.each{|p|
      # next if p.is_omit?  # 受け口配列の個数は省略しない
      if p.get_port_type == :ENTRY && p.get_array_size == "[]"
        print_indent(f, indent + 1)
        f.printf("%-40s /*  #_EEP_# */\n", "#{cell.get_entry_port_max_subscript(p) + 1},")
      end
    }
  end
end

#gen_cell_cb_init(f, cell, name_array, type, init, identifier, indent, f_get_str = false) ⇒ Object

セルの attribute の初期値を出力

f_get_str

true の場合、文字列を返す、false の場合、ファイル f に出力する．

文字列を返すとき、末尾に ‘,’ は含まれない． ファイルへ出力するとき、末尾に ‘,’ が出力される．構造体要素、配列要素の初期値を出力すると ‘,’ が二重に出力される． ただし現状では、ファイルへ出力することはない



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# File 'lib/tecsgen/core/generate.rb', line 3997

def gen_cell_cb_init(f, cell, name_array, type, init, identifier, indent, f_get_str = false)
  cell_CB_name = name_array[2]
  cell_CB_INIT = name_array[3]

  while type.is_a?(DefinedType)
    type = type.get_type
  end

  if init.nil?

    if f_get_str
      # 初期値未指定
      if type.is_a?(BoolType)
        str = "false" # formerly tecs_false
      elsif type.is_a?(IntType)
        str = "0"
      elsif type.is_a?(FloatType)
        str = "0.0"
      elsif type.is_a?(EnumType)
        str = "0"
      elsif type.is_a?(ArrayType)
        str = "{}"
      elsif type.is_a?(StructType)
        str = "{}"
      elsif type.is_a?(PtrType)
        if type.get_size
          str = "#{cell_CB_INIT}_#{identifier}_INIT"
        else
          str = "0"
        end
      else
        raise "UnknownType"
      end
      return str
    else
      # 初期値未指定
      if type.is_a?(BoolType)
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "false,", identifier) # formerly tecs_false
      elsif type.is_a?(IntType)
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "0,", identifier)
      elsif type.is_a?(FloatType)
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "0.0,", identifier)
      elsif type.is_a?(EnumType)
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "0,", identifier)
      elsif type.is_a?(ArrayType)
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "{},", identifier)
      elsif type.is_a?(StructType)
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "{},", identifier)
      elsif type.is_a?(PtrType)
        if type.get_size
          f.print "    " * indent
          f.printf("%-40s /* %s */\n", "#{cell_CB_INIT}_#{identifier}_INIT,", identifier)
        else
          f.print "    " * indent
          f.printf("%-40s /* %s */\n", "0,", identifier)
        end
      else
        raise "UnknownType"
      end
    end
    return
  end

  # このメソッドは Celltype のものである必要は無い（上に続くのでここに置く）
  # 初期値指定あり
  if type.is_a?(BoolType)
    if init.instance_of?(C_EXP)
      init_str = subst_name(init.get_c_exp_string, name_array)
    else
      init_str = init.eval_const2(cell.get_join_list, @name_list)
    end

    if f_get_str
      return init_str.to_s
    else
      f.print "    " * indent
      f.printf("%-40s /* %s */\n", "#{init_str},", identifier)
    end
#      if f_get_str then
#        return "#{init.eval_const2(nil)}"
#      else
#        f.print "    " * indent
#        f.printf( "%-40s /* %s */\n", "#{init.eval_const2(nil)},", identifier )
#      end
  elsif type.is_a?(IntType)
    if init.instance_of?(C_EXP)
      init_str = subst_name(init.get_c_exp_string, name_array)
    else
      init_str = init.eval_const2(cell.get_join_list, @name_list)
    end

    if f_get_str
      return init_str.to_s
    else
      f.print "    " * indent
      f.printf("%-40s /* %s */\n", "#{init_str},", identifier)
    end
  elsif type.is_a?(FloatType)
    # mikan C_EXP for FloatType
    if f_get_str
      return init.eval_const2(cell.get_join_list, @name_list).to_s
    else
      f.print "    " * indent
      f.printf("%-40s /* %s */\n", "#{init.eval_const2(cell.get_join_list, @name_list)},", identifier)
    end
  elsif type.is_a?(EnumType)
    # mikan C_EXP for EnumType
    if f_get_str
      return init.eval_const2(cell.get_join_list, @name_list).to_s
    else
      f.print "    " * indent
      f.printf("%-40s /* %s */\n", "#{init.eval_const2(cell.get_join_list, @name_list)},", identifier)
    end
  elsif type.is_a?(ArrayType)
    if type.get_subscript
      len = type.get_subscript.eval_const(cell.get_join_list, @name_list)
    else
      len = init.length
    end

    at = type.get_type
    i = 0
    if f_get_str
      str = "{ "
    else
      f.print "    " * indent
      f.print("{\n")
    end

    len.times {
      next if !init[i] # mikan この処置は適切？
      if f_get_str
        str += gen_cell_cb_init(f, cell, name_array, at, init[i], "#{identifier}[#{i}]", indent + 1, f_get_str)
        str += ", "
      else
        gen_cell_cb_init(f, cell, name_array, at, init[i], "#{identifier}[#{i}]", indent + 1, f_get_str)
      end
      i += 1
    }

    if f_get_str
      str += "}"
    else
      f.print "    " * indent
      f.print("},\n")
    end

  elsif type.is_a?(StructType)
    i = 0
    decls = type.get_members_decl.get_items
    if f_get_str
      str = "{ "
    else
      f.print "    " * indent
      f.print("{                                        /* #{identifier} */\n")
    end

    decls.each{|d|
      # p "#{d.get_identifier}: #{init}"
      next if !init[i]

      if f_get_str
        str += gen_cell_cb_init(f, cell, name_array, d.get_type, init[i], d.get_identifier, indent + 1, f_get_str)
        str += ", "
      else
        gen_cell_cb_init(f, cell, name_array, d.get_type, init[i], d.get_identifier, indent + 1, f_get_str)
      end
      i += 1
    }
    if f_get_str
      str += "}"
    else
      f.print "    " * indent
      f.print("},\n")
    end

  elsif type.is_a?(PtrType)

    if init.instance_of?(Array)
      if f_get_str
        return "#{cell_CB_INIT}_#{identifier}_INIT"
      else
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "#{cell_CB_INIT}_#{identifier}_INIT,", identifier)
      end
    elsif init.instance_of?(C_EXP)
      init_str = subst_name(init.get_c_exp_string, name_array)

      if f_get_str
        return init_str.to_s
      else
        f.print "    " * indent
        f.printf("%-40s /* %s */\n", "#{init_str},", identifier)
      end

    else
      if f_get_str
        return init.eval_const2(cell.get_join_list, @name_list).to_s
      else
        f.print "    " * indent
# p init.eval_const2(cell.get_join_list,@name_list).class
# p init.eval_const2(cell.get_join_list,@name_list)
# p identifier
        f.printf("%-40s /* %s */\n", "#{init.eval_const2(cell.get_join_list, @name_list)},", identifier)

      end
    end
  else
    raise "UnknownType"
  end
end

#gen_cell_cb_initialize_code(f) ⇒ Object

CB を初期化するプログラムの生成



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# File 'lib/tecsgen/core/generate.rb', line 3365

def gen_cell_cb_initialize_code(f)
  if !need_CB_initializer?
    return
  end
  f.printf(TECSMsg.get(:CIC_comment), "#_CIC_#")
  f.print <<EOT
void
#{@global_name}_CB_initialize()
{
EOT
  if @singleton
    f.print <<EOT
  SET_CB_INIB_POINTER(i,p_cb)
  INITIALIZE_CB()
EOT
  else
    f.print <<EOT
  #{@global_name}_CB	*p_cb;
  int		i;
  FOREACH_CELL(i,p_cb)
      SET_CB_INIB_POINTER(i,p_cb)
      INITIALIZE_CB(p_cb)
  END_FOREACH_CELL
EOT
  end

  f.print <<EOT
}
EOT
end

#gen_cell_cb_out_init(fs) ⇒ Object

CB/INIB の外で初期化される変数の出力



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# File 'lib/tecsgen/core/generate.rb', line 3397

def gen_cell_cb_out_init(fs)
  # セルがなければ、出力しない
  if @n_cell_gen == 0
    return
  end

  fs.each{|r, f| f.printf(TECSMsg.get(:AVAI_comment), "#_AVAI_#") }

  # attribute, var のポインタ型の参照する配列を生成
  @ordered_cell_list.each{|c|
    next if !c.is_generate?

    f = fs[c.get_region.get_domain_root]
    name_array = get_name_array(c)

    ct = c.get_celltype
    jl = c.get_join_list

    # attribute, var のポインタ変数が配列により初期化される場合の、配列を出力
    av_list = ct.get_attribute_list + ct.get_var_list
    if av_list.length != 0
      av_list.each{|a| # a: Decl
        j = jl.get_item(a.get_identifier)
        if j
          init = j.get_rhs
        else
          init = a.get_initializer
        end

        if a.is_type?(PtrType) && ((init && init.instance_of?(Array)) || init.nil?)
          ptr_type = a.get_type
          size = ptr_type.get_size

          if size
            # 式を評価する(attribute, var に含まれる変数を参照可能)
            sz = size.eval_const(c.get_join_list, c.get_celltype.get_name_list)
            # 式を生成しなおす (変数を含まない形にする)  不完全な形で Token を生成 (エラー発生しないから)
            size = Expression.new([:INTEGER_CONSTANT, Token.new(sz, nil, 0, 0)])
            array_type = ArrayType.new(size)
            type = a.get_type.get_referto
            if !type.is_const? && a.get_kind == :ATTRIBUTE
              type.set_qualifier :CONST
            end
            array_type.set_type(type)
            if a.get_kind == :ATTRIBUTE
              f.print "const "
            end
            f.printf("#{a.get_type.get_referto.get_type_str} #{name_array[3]}_#{a.get_identifier}_INIT[%d]#{a.get_type.get_referto.get_type_str_post}", sz)
            # name_array[3]: cell_CB_INIT
            if !($ram_initializer && a.get_kind == :VAR)
              # -R (ram initializer 使用) の場合 var は初期化コードを出力しない
              if init
                str = " = #{gen_cell_cb_init(f, c, name_array, array_type, init, a.get_identifier, 1, true)}"
                str = str.sub(/\}$/, "};\n")
              else
                str = ";\n"
              end
              f.print(str)
            else
              f.print(";\n")
            end
          end
        end
      }
    end
  }
end

#gen_cell_cb_port(cell, indent, f, name_array, inib_cb = :INIB) ⇒ Object

inib_cb::Symbol: :INIB, :CB_ALL, :CB_DYNAMIC



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# File 'lib/tecsgen/core/generate.rb', line 3858

def gen_cell_cb_port(cell, indent, f, name_array, inib_cb = :INIB)
  gen_cell_cb_call_port(cell, indent, f, name_array, inib_cb)
  gen_cell_cb_entry_port(cell, indent, f, name_array)
end

#gen_cell_cb_tab(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 3657

def gen_cell_cb_tab(f)
  indent = 0
  if @idx_is_id_act
    if has_INIB? && ($ram_initializer || !has_CB?)
      f.print "/* ID to INIB table #_INTAB_# */\n"
      @ordered_cell_list.each{|c|
        if c.is_generate? && (c.get_region.get_domain_root != Region.get_root) # 生成対象かつ、ルート以外か
          name_array = get_name_array(c)
          print_indent(f, indent + 1)
          f.print "extern #{@global_name}_INIB  #{name_array[5]};\n"
        end
      }

      f.print "#{@global_name}_INIB *const #{@global_name}_INIB_tab[] ={\n"
      @ordered_cell_list.each{|c|
        if c.is_generate? # 生成対象か？
          name_array = get_name_array(c)
          print_indent(f, indent + 1)
          f.print "&#{name_array[5]},\n"
        end
      }
      f.print "};\n"
    end
    if has_CB?
      f.print "/* ID to CB table #_CBTAB_# */\n"
      @ordered_cell_list.each{|c|
        if c.is_generate? && (c.get_region.get_domain_root != Region.get_root) # 生成対象かつ、ルート以外か
          name_array = get_name_array(c)
          print_indent(f, indent + 1)
          f.print "extern #{@global_name}_CB  #{name_array[2]};\n"
        end
      }

      f.print "#{@global_name}_CB *#{@global_name}_CB_tab[] ={\n"
      @ordered_cell_list.each{|c|
        if c.is_generate? # 生成対象か？
          name_array = get_name_array(c)
          print_indent(f, indent + 1)
          f.print "&#{name_array[2]},\n"
        end
      }
      f.print "};\n"
    end
  end
end

#gen_cell_cb_type_attribute(f, inib_cb) ⇒ Object

attribute の型宣言出力

inib_cb

:INIB または :CB



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# File 'lib/tecsgen/core/generate.rb', line 2613

def gen_cell_cb_type_attribute(f, inib_cb)
  if inib_cb == :INIB && @n_attribute_ro > 0
    f.print "    /* attribute(RO) #_ATO_# */ \n"
  elsif inib_cb == :CB
    if $rom
      if @n_attribute_rw > 0
        f.print "    /* attribute(RW) #_ATW_# */ \n"
      end
    else
      if @n_attribute_rw > 0 || @n_attribute_ro > 0
        f.print "    /* attribute #_AT_# */ \n"
      end
    end
  end

  @attribute.each{|a|
    next if a.is_omit?
    next if inib_cb == :INIB && a.is_rw?
    next if has_INIB? && inib_cb == :CB && !a.is_rw?

    if a.get_type.is_a?(PtrType) && !a.get_type.is_const? && a.get_size_is
      const_str = "const "
    else
      const_str = ""
    end
    f.print "    "
    f.printf("#{const_str}%-14s", a.get_type.get_type_str)
    f.print " #{a.get_name}#{a.get_type.get_type_str_post};\n"
  }
  @var.each {|v|
    next if v.is_omit?
    next if v.get_size_is.nil?
    next if $rom && inib_cb == :CB # size_is 指定されたものは INIB にのみ出力する

    f.print "    "
    f.printf("%-14s", v.get_type.get_type_str)
    f.print " #{v.get_name}#{v.get_type.get_type_str_post};\n"
  }
end

#gen_cell_cb_type_call_port(f, inib_cb) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2675

def gen_cell_cb_type_call_port(f, inib_cb)
  # 呼び口
  if @n_call_port > 0
    f.print "    /* call port #_TCP_# */\n"
  end

  @port.each{|p|
    next if p.get_port_type != :CALL
    next if p.is_omit?
    next if inib_cb == :INIB && p.is_dynamic? && p.get_array_size.nil? && !$ram_initializer
    next if inib_cb == :CB_DYNAMIC && (!p.is_dynamic? || !p.get_array_size.nil?)
    # bprint "cb_type #{inib_cb} #{p.get_name} dynamic=#{p.is_dynamic?}\n"

    ptr = p.get_array_size ? "*" : ""

    if !p.is_cell_unique?
      const = p.is_dynamic? ? "" : "const"
      if inib_cb == :INIB && p.is_dynamic? && p.get_array_size.nil? && $ram_initializer
        init = "_init_"
        const2 = "const"
      else
        init = ""
        const2 = "const"
      end

      if !p.is_skelton_useless?
        # 標準形
        if inib_cb == :INIB && p.is_dynamic? && !p.get_array_size.nil? && $ram_initializer
          f.print("    struct tag_#{p.get_signature.get_global_name}_VDES #{ptr}#{const2}*#{p.get_name;}_init_;\n")
        end
        f.print("    struct tag_#{p.get_signature.get_global_name}_VDES #{ptr}#{const}*#{p.get_name;}#{init};\n")
#          f.print( "    struct tag_#{p.get_signature.get_global_name}_VDES #{ptr}*#{p.get_name;};\n" )
        if p.get_array_size == "[]"
          f.print("    int_t n_#{p.get_name};\n")
        end
      else
        # 最適化 skelton 関数を呼出さない(受け口関数を直接呼出す)
        # 呼び先セルタイプの CB の IDX 型
        if p.get_real_callee_cell
          f.print("    ")
          p.get_real_callee_cell.get_celltype.gen_ph_idx_type f
          f.print(" #{ptr}#{p.get_name;};\n")
          # 相互参照に備えて、typedef した型を使わない
          # f.print( "    #{p.get_real_callee_cell.get_celltype.get_global_name}_IDX #{ptr}#{p.get_name;};\n" )
          if p.get_array_size == "[]"
            f.print("    int_t n_#{p.get_name};\n")
          end
        # else
        #  optional で未結合
        end
      end
    # else
      # 最適化 一つしかセルがない場合、受け口ディスクリプタまたは受け側の IDX は呼び口関数マクロに埋め込まれる
    end
  }
end

#gen_cell_cb_type_entry_port(f, inib_cb) ⇒ Object

Celltype#受け口配列添数を記憶する変数の定義



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# File 'lib/tecsgen/core/generate.rb', line 2733

def gen_cell_cb_type_entry_port(f, inib_cb)
  # 呼び口
  if @n_entry_port > 0
    f.print "    /* call port #_NEP_# */ \n"
  end

  @port.each{|p|
    # next if p.is_omit?                       # 受け口配列の個数は省略しない
    if p.get_port_type == :ENTRY && p.get_array_size == "[]"
      f.print("    int_t n_#{p.get_name};\n")
    end
  }
end

#gen_cell_cb_type_port(f, inib_cb) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2670

def gen_cell_cb_type_port(f, inib_cb)
  gen_cell_cb_type_call_port(f, inib_cb)
  gen_cell_cb_type_entry_port(f, inib_cb)
end

#gen_cell_cb_type_var(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2653

def gen_cell_cb_type_var(f)
  # 変数の出力
  if @n_var > 0
    f.print "    /* var #_VA_# */ \n"
  end

  @var.each{|v|

    next if v.is_omit?
    next if !v.get_size_is.nil? # size_is 指定された var は attribute へ出力する

    f.print "    "
    f.printf("%-14s", v.get_type.get_type_str)
    f.print " #{v.get_name}#{v.get_type.get_type_str_post};\n"
  }
end

#gen_cell_cb_var(cell, indent, f, name_array) ⇒ Object

var の初期化データを出力



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# File 'lib/tecsgen/core/generate.rb', line 3836

def gen_cell_cb_var(cell, indent, f, name_array)
  jl = cell.get_join_list
  var = get_var_list
  if @n_var - @n_var_size_is > 0
    print_indent(f, indent + 1)
    f.print "/* var */ \n"
    var.each{|v|

      next if v.is_omit?
      next if v.get_size_is # size_is 指定がある場合 attribute の一部として出力

      if v.get_initializer && $ram_initializer == false
        gen_cell_cb_init(f, cell, name_array, v.get_type, v.get_initializer, v.get_identifier, indent + 1)
      else
        # 初期値未指定 または RAM initializer 使用
        gen_cell_cb_init(f, cell, name_array, v.get_type, nil, v.get_identifier, indent + 1)
      end
    }
  end
end

#gen_cell_ep_des(fs) ⇒ Object

受け口ディスクリプタの定義を生成



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# File 'lib/tecsgen/core/generate.rb', line 4231

def gen_cell_ep_des(fs)
  if @n_cell_gen > 0
    fs.each{|r, f| f.printf(TECSMsg.get(:EPD_comment), "#_EPD_#") }
  end

  index = 0
  @ordered_cell_list.each{|c|

    next if !c.is_generate?

    f = fs[c.get_region.get_domain_root]

    ct = c.get_celltype
    jl = c.get_join_list

    port = ct.get_port_list
    if port.length != 0
      port.each{|p|
        next if p.get_port_type != :ENTRY
        next if p.is_omit?
        if p.is_skelton_useless? # 受け口最適化n ep_opt
          f.print("/* #{p.get_name} : omitted by entry port optimize */\n")
          next
        end

        len = p.get_array_size
        if len == "[]"
          len = c.get_entry_port_max_subscript(p) + 1
        end

        if !len.nil?
          # 受け口配列の場合
          i = 0
          while i < len
            f.print "extern const struct tag_#{@global_name}_#{p.get_name}_DES"
            f.print " #{c.get_global_name}_#{p.get_name}_des#{i};\n"
            f.print "const struct tag_#{@global_name}_#{p.get_name}_DES"
            # f.print " #{c.get_name}_#{p.get_name}_des#{i} = {\n"
            f.print " #{c.get_global_name}_#{p.get_name}_des#{i} = {\n"
            if p.is_VMT_useless?
              f.print "    0,\n"
            else
              f.print "    &#{@global_name}_#{p.get_name}_MT_,\n"
            end
            if @idx_is_id_act
              f.print "    #{c.get_id},           /* ID */\n"
            else
              if has_CB?
                if @singleton
                  f.print "    &#{@global_name}_SINGLE_CELL_CB,        /* CB 1 */\n"
                else
                  # f.print "    &#{@global_name}_#{c.get_name}_CB,\n"
                  f.print "    &#{@global_name}_CB_tab[#{index}],      /* CB 2 */\n"
                end
              elsif has_INIB?
                if @singleton
                  f.print "    &#{@global_name}_SINGLE_CELL_INIB,      /* INIB 1 */\n"
                else
                  f.print "    &#{@global_name}_INIB_tab[#{index}],    /* INIB 2 */\n"
                end
              else
                f.print "    0,\n"
              end
            end
            f.print "    #{i}\n"
            f.print "};\n"
            i += 1
          end
        else
          f.print "extern const struct tag_#{@global_name}_#{p.get_name}_DES"
          f.print " #{c.get_global_name}_#{p.get_name}_des;\n"
          f.print "const struct tag_#{@global_name}_#{p.get_name}_DES"
          # f.print " #{c.get_name}_#{p.get_name}_des = {\n"
          f.print " #{c.get_global_name}_#{p.get_name}_des = {\n"
          if p.is_VMT_useless?
            f.print "    0,\n"
          else
            f.print "    &#{@global_name}_#{p.get_name}_MT_,\n"
          end
          if @idx_is_id_act
            f.print "    #{c.get_id},     /* ID */\n"
          else
            if has_CB?
              if @singleton
                f.print "    &#{@global_name}_SINGLE_CELL_CB,       /* CB 3 */\n"
              else
                f.print "    &#{@global_name}_CB_tab[#{index}],     /* CB 4 */\n"
                # f.print "    &#{@global_name}_#{c.get_name}_CB,\n"
              end
            elsif has_INIB?
              if @singleton
                f.print "    &#{@global_name}_SINGLE_CELL_INIB,     /* INIB 3 */\n"
              else
                f.print "    &#{@global_name}_INIB_tab[#{index}],   /* INIB 4 */\n"
              end
            else
              f.print "    0,\n"
            end
          end
          f.print "};\n"
        end
      }
    end
    index += 1
  }
end

#gen_cell_ep_des_type(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2996

def gen_cell_ep_des_type(f)
  if @n_entry_port > 0
    f.printf(TECSMsg.get(:EDT_comment), "#_EDT_#")
  end

  @port.each {|p|
    next if p.get_port_type != :ENTRY
    next if p.is_omit?
    if p.is_skelton_useless? # 受け口最適化
      f.print("/* #{p.get_name} : omitted by entry port optimize */\n\n")
      next
    end

    f.print("/* #{p.get_name} */\n")
    f.print("struct tag_#{@global_name}_#{p.get_name}_DES {\n")
    f.print("    const struct tag_#{p.get_signature.get_global_name}_VMT *vmt;\n")
    if has_CB? || has_INIB?
      f.print("    #{@name}_IDX  idx;\n")
    else
      # CB も INIB も存在しない (ので、idx として整数で初期化しておく)
      f.print("    int           idx;\n")
    end
    if p.get_array_size
      f.print("    int_t  subscript;\n")
    end
    f.print("};\n\n")
  }
end

#gen_cell_ep_vdes(fs) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 3137

def gen_cell_ep_vdes(fs)
  if @n_cell_gen > 0
    fs.each{|r, f| f.printf(TECSMsg.get(:CPEPD_comment), "#_CPEPD_#") }
  end

  # このセルタイプのすべてのセルについて
  @ordered_cell_list.each{|c|
    if c.is_generate? # 生成対象か？

      f = fs[c.get_region.get_domain_root]

      # 結合のリスト (NamedList)
      jl = c.get_join_list

      # 全ての結合リストについて
      jl.get_items.each{|j|

        # 左辺の定義を得る
        definition = j.get_definition

        # 呼び口ではない？　（属性）
        next unless definition.instance_of? Port

        port = find j.get_name # celltype の Port (こちらに最適化情報がある)
        # port = definition    # definition は composite の Port が得られることがある
        next if port.is_cell_unique?
        next if port.is_omit?

        # 配列要素を得る（受け口配列でなければ nil が返る）
        am = j.get_array_member2

        # 呼び口配列か?
        if am
          i = 0
          while i < am.length
            j = am[i]
            if j
              if am[i].get_rhs_cell.get_celltype == self
                # 同じセルタイプへ結合している場合(VDES では type conflict になる)
                p = am[i].get_rhs_port
                des_type = "const struct tag_#{@global_name}_#{p.get_name}_DES"
              else
                des_type = "struct tag_#{definition.get_signature.get_global_name}_VDES"
              end

              # 右辺は受け口配列か？
              if j.get_rhs_subscript

                # 受け口の配列添数
                subscript = j.get_rhs_subscript

                f.printf("extern %s %s%d;\n",
                          des_type,
                          "#{j.get_port_global_name(i)}_des",
                          subscript)
              else
                f.printf("extern %s %s;\n",
                          des_type,
                          "#{j.get_port_global_name(i)}_des")
              end
            # else if j == nil
            #  optioanl で配列要素が初期化されていない
            end
            i += 1
          end
        else
          dbgPrint "me=#{@name} callee=#{j.get_rhs_cell.get_celltype.get_name} #{j.get_cell.get_celltype.get_name} \n"
          if j.get_rhs_cell.get_celltype == self
            # 同じセルタイプへ結合している場合(VDES では type conflict になる)
            p = j.get_rhs_port
            des_type = "const struct tag_#{@global_name}_#{p.get_name}_DES"
          else
            des_type = "struct tag_#{definition.get_signature.get_global_name}_VDES"
          end

          if j.get_rhs_subscript
            # 受け口配列
            subscript = j.get_rhs_subscript
            f.printf("extern %s %s%d;\n",
                      des_type,
                      "#{j.get_port_global_name}_des",
                      subscript)
          else
            f.printf("extern %s %s;\n",
                      des_type,
                      "#{j.get_port_global_name}_des")
          end
        end
        # mikan   cell の namespace 未対応、Join で Cell オブジェクトを引当ておく必要あり
      }

      f.print "\n"
    end
  }
end

#gen_cell_ep_vdes_array(fs) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 3233

def gen_cell_ep_vdes_array(fs)
  if @n_cell_gen > 0
    fs.each{|r, f| f.printf(TECSMsg.get(:CPA_comment), "#_CPA_#") } # mikan 呼び口配列が無い場合も出てしまう
  end

  @ordered_cell_list.each{|c|
    if c.is_generate?
      f = fs[c.get_region.get_domain_root]

      jl = c.get_join_list
      # ループを回す変数を jl から @port に変更
      # dynamic, optional
#        jl.get_items.each{ |j|
      @port.each {|port|
        next if port.get_port_type != :CALL
        dbgPrint("gen_cell_ep_vdes_array: #{c.get_name}.#{port.get_name}\n")

#          definition = j.get_definition
#          next unless definition.instance_of? Port
        j = jl.get_item(port.get_name)

        # port = definition    # definition は composite の Port が得られることがある
        # port = find j.get_name # celltype の Port (こちらに最適化情報がある)
        next if port.is_cell_unique?
        next if port.is_omit?

        b_array = false
        am = nil
        if j
          am = j.get_array_member2
          if am
            b_array = true
          end
        else
          if port.get_array_size == "[]"
            # this case is dynamic optional and nothing joined
            next
          elsif port.get_array_size
            b_array = true
          end
        end
        if b_array
#          if am then
          # 左辺は配列
          const = (port.is_dynamic? && !$ram_initializer) ? "" : "const "
          init = (port.is_dynamic? && $ram_initializer) ? "_init_" : ""

          if !port.is_skelton_useless?
            f.printf("struct %s * #{const}%s_%s[] = {\n",
                      "tag_#{port.get_signature.get_global_name}_VDES",
                      c.get_global_name,
                      port.get_name.to_s + init)
          else

#              スケルトン関数不要最適化の場合、この配列は参照されない
            # mikan このケースがテストされていない
            f.printf("#{const}%s_IDX  %s_%s[] = {\n",
#                        "#{j.get_celltype.get_global_name}",   # 右辺 composite に対応できない
                      j.get_rhs_cell.get_celltype.get_global_name,
                      c.get_global_name,
                      j.get_name.to_s)
          end
          if port.get_array_size == "[]"
            length = am.length
          else
            length = port.get_array_size
          end
          # am.each { |j|
          i = 0
          while i < length
            if am.nil?
              f.print("    0,\n")
              i += 1
              next
            end
            j = am[i]
            i += 1

            if j
              # 同一セルタイプの結合の場合、VDES 型へのキャストが必要
              if j.get_rhs_cell.get_celltype == self
                definition = j.get_definition
                des_type_cast = "(struct tag_#{definition.get_signature.get_global_name}_VDES *)"
              else
                des_type_cast = ""
              end


              if j.get_rhs_subscript
                # 右辺配列の場合(最適化はない)
                subscript = j.get_rhs_subscript
                f.printf("    %s%d,\n",
                          "#{des_type_cast}&#{j.get_port_global_name}_des",
                          subscript)
                # p "1: #{j.get_port_global_name}_des"
                # p "2: #{j.get_cell_global_name}_#{j.get_port_name}_des"

              else
                # 右辺非配列の場合 */
                if !port.is_skelton_useless?
                  f.printf("    %s,\n",
                            "#{des_type_cast}&#{j.get_port_global_name}_des")
                else
                  cell = j.get_rhs_cell
                  name_array = cell.get_celltype.get_name_array(cell)
                  f.printf("    #{name_array[7]},\n")
                end
              end
            else
              # optional で呼び口配列要素が初期化されていない
              f.printf("    0,\n")
            end
          # }
          end
          # mikan   cell の namespace 未対応、Join で Cell オブジェクトを引当ておく必要あり
          f.print "};\n"
          # dynamic の呼び口配列
          if port.is_dynamic? && $ram_initializer
            f.printf("struct %s * %s_%s[ #{length} ];\n",
                      "tag_#{port.get_signature.get_global_name}_VDES",
                      c.get_global_name,
                      port.get_name)
          end
        end
      }

      f.print "\n"
    end
  }
end

#gen_cell_extern_mt(fs) ⇒ Object

関数テーブルの外部参照



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# File 'lib/tecsgen/core/generate.rb', line 4216

def gen_cell_extern_mt(fs)
  fs.each{|r, f|
    if !r.is_root?
      @port.each{|p|
        next if p.is_omit?
        if p.get_port_type == :ENTRY && !p.is_VMT_useless?
          f.print "extern const struct tag_#{p.get_signature.get_global_name}_VMT"
          f.print " #{@global_name}_#{p.get_name}_MT_;\n"
        end
      }
    end
  }
end

#gen_cell_factory_header(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2992

def gen_cell_factory_header(f)
  f.print "#include \"#{@global_name}_factory.#{$h_suffix}\"\n\n"
end

#gen_cell_fun_table(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 3109

def gen_cell_fun_table(f)
  if @n_entry_port > 0
    f.printf(TECSMsg.get(:EPSFT_comment), "#_EPSFT_#")
  end

  @port.each {|p|
    next if p.get_port_type != :ENTRY
    next if p.is_omit?
    if p.is_VMT_useless? # 受け口最適化
      f.print "/* #{p.get_name} : omitted by entry port optimize */\n"
      next
    end

    f.print "/* #{p.get_name} */\n"

    # f.print "static const struct tag_#{p.get_signature.get_global_name}_VMT"
    f.print "const struct tag_#{p.get_signature.get_global_name}_VMT"
    f.print " #{@global_name}_#{p.get_name}_MT_ = {\n"

    p.get_signature.get_function_head_array.each{|fun|
      f.print "    #{@global_name}_#{p.get_name}_#{fun.get_name}_skel,\n"
    }

    f.print "};\n"
  }
  f.print "\n"
end

#gen_cell_private_header(f) ⇒ Object

celltype glue code



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# File 'lib/tecsgen/core/generate.rb', line 2988

def gen_cell_private_header(f)
  f.print "#include \"#{@global_name}_tecsgen.#{$h_suffix}\"\n"
end

#gen_cell_skel_fun(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 3025

def gen_cell_skel_fun(f)
  if @n_entry_port > 0
    f.printf(TECSMsg.get(:EPSF_comment), "#_EPSF_#")
  end

  @port.each {|p|
    next if p.get_port_type != :ENTRY
    next if p.is_omit?
    if p.is_skelton_useless? # 受け口最適化
      f.print("/* #{p.get_name} : omitted by entry port optimize */\n")
      next
    end

    f.print("/* #{p.get_name} */\n")

    p.get_signature.get_function_head_array.each{|fun|
      functype = fun.get_declarator.get_type
      f.printf "%-14s", functype.get_type_str

      f.print " #{@global_name}_#{p.get_name}_#{fun.get_name}_skel("
      f.print " const struct tag_#{p.get_signature.get_global_name}_VDES *epd"
      delim = ","

      if functype.get_paramlist
        items = functype.get_paramlist.get_items
        len = items.length
      else
        # ここで nil になるのは、引数なしの時に void がなかった場合
        items = []
        len = 0
      end
      i = 0
      items.each{|param|
        f.print "#{delim} "
        delim = ","
        f.print param.get_type.get_type_str
        f.print " "
        f.print param.get_name
        f.print param.get_type.get_type_str_post
        i += 1
      }
      f.print ")\n"

      f.print "{\n"
      if !@singleton || !p.get_array_size.nil?
        f.print "    struct tag_#{@global_name}_#{p.get_name}_DES *lepd\n"
        f.print "        = (struct tag_#{@global_name}_#{p.get_name}_DES *)epd;\n"
      end

      if functype.get_type_str == "void" # mikan "void" の typedef に未対応
        f.print "    "
      else
        f.print "    return "
      end

      f.print "#{@global_name}_#{p.get_name}_#{fun.get_name}("
      if @singleton
        delim = ""
      else
        f.print " lepd->idx"
        delim = ","
      end

      if p.get_array_size
        f.print "#{delim} lepd->subscript"
        delim = ","
      end

      items.each{|param|
        f.print "#{delim} "
        delim = ","
        f.print param.get_name
        i += 1
      }
      f.print " );\n"

      f.print "}\n"
    }
  }
  if @n_entry_port > 0
    f.print("\n")
  end
end

#gen_cell_var_init(f) ⇒ Object

var の初期値の ROM 部への



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# File 'lib/tecsgen/core/generate.rb', line 3466

def gen_cell_var_init(f)
  # var の{ }で囲まれた初期値指定があるか調べる
  n_init = 0
  @var.each {|v|
    init = v.get_initializer
    if init && init.instance_of?(Array)
      n_init += 1
    end
  }

  if n_init > 0
    f.printf(TECSMsg.get(:AVI_comment), "#_AVI_#")
    @var.each {|v|
      init = v.get_initializer
      if init && init.instance_of?(Array)
        type = v.get_type
        org_type = v.get_type.get_original_type

        if org_type.is_a? PtrType
          # PtrType は ArrayType にすり替える

          # 初期化子の要素数だけとする（後は 0)
          t2 = ArrayType.new(Expression.create_integer_constant(init.length, nil))
          t2.set_type(type.get_type)
          type = t2
          org_type = t2
        end

        c = @ordered_cell_list[0] # 仮の cell (実際には使われない)
        name_array = get_name_array(c)
        # f.print "const #{type0.get_type_str}\t#{@global_name}_#{v.get_name}_VAR_INIT#{type0.get_type_str_post} = "
        f.print "const #{type.get_type_str}\t#{@global_name}_#{v.get_name}_VAR_INIT#{type.get_type_str_post} = "
        if org_type.is_a? StructType
          # celltype の default の初期値あり
          str = gen_cell_cb_init(f, c, name_array, type, init, v.get_identifier, 1, true)
        elsif org_type.is_a?(PtrType) || org_type.is_a?(ArrayType)
          str = "{ "
          type = org_type.get_type
          # mikan ポインタではなく、配列型としないと、ポインタ変数の領域の分、損する
          init.each {|i|
            str += gen_cell_cb_init(f, c, name_array, type, i, v.get_identifier, 1, true)
            str += ", "
          }
          str += "}"
        else
          p type.class
          raise "Unknown Type"
        end
        f.print str
        f.print ";\n"
      end
    }
    f.print "\n"
  end
end

#gen_dealloc_code_for_type(f, type, dealloc_func_name, pre, name, post, level, b_reset, count_str = nil) ⇒ Object

decl 用の dealloc コードを生成

b_reset

Bool: リセット用の dealloc コードの生成 (NULL ポインタの場合 dealloc しない)

mikan string 修飾されたポインタの先にポインタが来ないと仮定。ポインタ型を持つ構造体の可能性を排除していない このメソッドでは、行を出力する直前に “ \n” を出力し、行末で改行文字を出力しない



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# File 'lib/tecsgen/core/generate.rb', line 4923

def gen_dealloc_code_for_type(f, type, dealloc_func_name, pre, name, post, level, b_reset, count_str = nil)
  type = type.get_original_type
  indent = "	" + "  " * (level + 1)
  if !type.has_pointer?
    return
  elsif type.is_a?(ArrayType)
    if type.get_type.has_pointer?
      loop_str = "i#{level}__"
      count_str = type.get_subscript.eval_const(nil).to_s
      f.print " \\\n"
      f.print "#{indent}{ int_t  #{loop_str};"
      f.print " \\\n"
      f.print "#{indent}  for( #{loop_str} = 0; #{loop_str} < #{count_str}; #{loop_str}++ ){ "

      gen_dealloc_code_for_type(f, type.get_type, dealloc_func_name, pre, name, "#{post}[#{loop_str}]", level + 2, b_reset)

      f.print " \\\n"
      f.print "#{indent}  }"
      f.print " \\\n"
      f.print "#{indent}}"
    end
  elsif type.is_a?(StructType)
    members_decl = type.get_members_decl
    members_decl.get_items.each {|md|
      pre2 = pre + name.to_s + post + "."
      name2 = md.get_name
      post2 = ""
      type2 = md.get_type.get_original_type
      if type2.is_a? PtrType # mikan typedef された型
        if type2.get_count
          count_str = type2.get_count.to_str(members_decl, pre2, post2)
        elsif type2.get_size
          count_str = type2.get_size.to_str(members_decl, pre2, post2)
        else
          count_str = nil
        end
      else
        count_str = nil
      end
      gen_dealloc_code_for_type(f, md.get_type, dealloc_func_name, pre2, name2, post2, level, b_reset, count_str)
    }

  elsif type.is_a?(PtrType)

    if b_reset || type.is_nullable?
      nullable = ""
      if !b_reset && type.is_nullable?
        nullable = "\t/* nullable */"
      end
      level2 = level + 1
      indent2 = indent + "  "
      f.print " \\\n"
      f.print "#{indent}if( #{pre}#{name}#{post} ){#{nullable}"
    else
      level2 = level
      indent2 = indent
    end

    if type.get_type.has_pointer?
      if count_str
        loop_str = "i#{level}__"
        f.print " \\\n"
        f.print "#{indent2}{ int_t  #{loop_str};"
        f.print " \\\n"
        f.print "#{indent2}  for( #{loop_str} = 0; #{loop_str} < #{count_str}; #{loop_str}++ ){ "

        gen_dealloc_code_for_type(f, type.get_type, dealloc_func_name, pre, name, "#{post}[#{loop_str}]", level2 + 2, b_reset)

        f.print " \\\n"
        f.print "#{indent2}  }"
        f.print " \\\n"
        f.print "#{indent2}}"
      else
        gen_dealloc_code_for_type(f, type.get_type, dealloc_func_name, "(*#{pre}", name, "#{post})", level2, b_reset)
      end
    end
    f.print " \\\n"
    f.print "#{indent2}#{dealloc_func_name}( #{pre}#{name}#{post} ); "

    if b_reset || type.is_nullable?
      f.print " \\\n"
      f.print "#{indent}}"
    end
  else
    raise "UnknownType"
  end
end

#gen_ph_attr_access(f) ⇒ Object

attribute, var をアクセスするマクロを出力

セルタイプヘッダへ出力



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# File 'lib/tecsgen/core/generate.rb', line 1764

def gen_ph_attr_access(f)
  if @n_attribute_rw > 0 || @n_attribute_ro > 0
    f.printf(TECSMsg.get(:AAM_comment), "#_AAM_#")
  end

  @attribute.each {|a|

    next if a.is_omit?

    # mikan const_value の場合
    f.print("#define ")
    if @singleton
      if has_INIB?
        inib = "INIB"
      else
        inib = "CB"
      end
      f.printf("%-20s", "#{@global_name}_ATTR_#{a.get_name}")
      f.print("\t(#{@global_name}_SINGLE_CELL_#{inib}.#{a.get_name})\n")
      # mikan ここでは cell ではなく celltype の名前
    else
      if !a.is_rw? && has_CB? && has_INIB?
        inib = "->_inib"
      else
        inib = ""
      end
      f.printf("%-20s", "#{@global_name}_ATTR_#{a.get_name}( p_that )")
      f.print("\t((p_that)#{inib}->#{a.get_name})\n")
    end
  }
  f.print("\n")

  @attribute.each {|a|

    next if a.is_omit?

    if @singleton
      if has_INIB?
        inib = "INIB"
      else
        inib = "CB"
      end
    else
      if !a.is_rw? && has_CB? && has_INIB?
        inib = "->_inib"
      else
        inib = ""
      end
    end

    # mikan const_value の場合
    f.print("#define ")
    if @singleton
      f.printf("%-20s", "#{@global_name}_GET_#{a.get_name}()")
      f.print("\t(#{@global_name}_SINGLE_CELL_#{inib}.#{a.get_name})\n")
      # mikan ここでは cell ではなく celltype の名前
    else
      f.printf("%-20s", "#{@global_name}_GET_#{a.get_name}(p_that)")
      f.print("\t((p_that)#{inib}->#{a.get_name})\n")
    end

    if a.is_rw?
      f.print("#define ")
      if @singleton
        f.printf("%-20s", "#{@global_name}_SET_#{a.get_name}(val)")
        f.print("\t(#{@global_name}_SINGLE_CELL_#{inib}.#{a.get_name} = (val))\n")
        # mikan ここでは cell ではなく celltype の名前
      else
        f.printf("%-20s", "#{@global_name}_SET_#{a.get_name}(p_that,val)")
        f.print("\t((p_that)#{inib}->#{a.get_name}=(val))\n")
      end
    end

  }
  f.print("\n")

  if @n_var > 0
    f.printf(TECSMsg.get(:VAM_comment), "#_VAM_#")
  end

  @var.each {|v|

    next if v.is_omit?

    if @singleton
      if v.get_size_is && has_INIB?
        inib = "INIB"
      else
        inib = "CB"
      end
    else
      if v.get_size_is && has_CB? && has_INIB?
        inib = "->_inib"
      else
        inib = ""
      end
    end

    # mikan const_value の場合
    f.print("#define ")
    if @singleton
      f.printf("%-20s", "#{@global_name}_VAR_#{v.get_name}")
      f.print("\t(#{@global_name}_SINGLE_CELL_#{inib}.#{v.get_name})\n")
      # mikan ここでは cell ではなく celltype の名前
    else
      f.printf("%-20s", "#{@global_name}_VAR_#{v.get_name}(p_that)")
      f.print("\t((p_that)#{inib}->#{v.get_name})\n")
    end
  }
  f.print("\n")
  @var.each {|v|

    next if v.is_omit?

    # mikan const_value の場合
    f.print("#define ")
    if @singleton
      f.printf("%-20s", "#{@global_name}_GET_#{v.get_name}()")
      f.print("\t(#{@global_name}_SINGLE_CELL_CB.#{v.get_name})\n")
      # mikan ここでは cell ではなく celltype の名前
    else
      f.printf("%-20s", "#{@global_name}_GET_#{v.get_name}(p_that)")
      f.print("\t((p_that)->#{v.get_name})\n")
    end

    f.print("#define ")
    if @singleton
      f.printf("%-20s", "#{@global_name}_SET_#{v.get_name}(val)")
      f.print("\t(#{@global_name}_SINGLE_CELL_CB.#{v.get_name}=(val))\n")
      # mikan ここでは cell ではなく celltype の名前
    else
      f.printf("%-20s", "#{@global_name}_SET_#{v.get_name}(p_that,val)")
      f.print("\t((p_that)->#{v.get_name}=(val))\n")
    end
  }
  f.print("\n")
end

#gen_ph_attr_access_abbrev(f) ⇒ Object

attribute/var アクセスマクロ（短縮形）コードの生成



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# File 'lib/tecsgen/core/generate.rb', line 1903

def gen_ph_attr_access_abbrev(f)
  if @n_attribute_rw > 0 || @n_attribute_ro > 0
    f.printf(TECSMsg.get(:AAMA_comment), "#_AAMA_#")
  end

  @attribute.each {|a|
    next if a.is_omit?

    # mikan const_value の場合
    f.print("#define ")
    f.printf("%-20s", "ATTR_#{a.get_name}")
    f.print(" #{@global_name}_ATTR_#{a.get_name}")
    if !@singleton
      f.print("( p_cellcb )")
    end
    f.print "\n"
  }
  f.print("\n")

  if @n_var > 0
    f.printf(TECSMsg.get(:VAMA_comment), "#_VAMA_#")
  end

  @var.each {|v|
    next if v.is_omit?

    # mikan const_value の場合
    f.print("#define ")
    f.printf("%-20s", "VAR_#{v.get_name}")
    f.print(" #{@global_name}_VAR_#{v.get_name}")
    if !@singleton
      f.print("( p_cellcb )")
    end
    f.print("\n")
  }
  f.print("\n")
end

#gen_ph_base(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1497

def gen_ph_base(f)
  return if @singleton

  # ID の基数および個数の define を出力
  f.printf("#define %-20s %10s  /* %s #_NIDB_# */\n", "#{@global_name}_ID_BASE", "(#{@id_base})", TECSMsg.get(:NIDB_comment))
  f.printf("#define %-20s %10s  /* %s  #_NCEL_# */\n\n", "#{@global_name}_N_CELL", "(#{@n_cell_gen})", TECSMsg.get(:NCEL_comment))
end

#gen_ph_cb_initialize_macro(f) ⇒ Object

変数var初期化コード



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# File 'lib/tecsgen/core/generate.rb', line 2829

def gen_ph_cb_initialize_macro(f)
  f.printf(TECSMsg.get(:CIM_comment), "#_CIM_#")

  @var.each {|v|
    init = v.get_initializer
    if init.instance_of? Array
      type = v.get_type
      if type.is_a? PtrType
        # PtrType は ArrayType にすり替える

        # 初期化子の要素数とする (後は 0 である)
        t2 = ArrayType.new(Expression.create_integer_constant(init.length, nil))
        t2.set_type(type.get_type)
        type = t2
      end
      f.print "extern const #{type.get_type_str} #{@global_name}_#{v.get_name}_VAR_INIT#{type.get_type_str_post};\n"
    end
  }
  if @singleton
    arg = "()"
    p_that = ""
    that = "#{@global_name}_SINGLE_CELL_CB."
  else
    arg = "(p_that)"
    p_that = "(p_that)"
    that = "(p_that)->"
  end

  if @n_cell_gen > 0 && need_CB_initializer?
    b_var_init = false
    f.print "#define INITIALIZE_CB#{arg}"
    @var.each {|v|
      init = v.get_initializer
      next if init.nil?

      b_var_init = true
      type = v.get_type.get_original_type
      f.print "\\\n"
#        print v.get_name, type.class, "\n"
#        if init.instance_of? Array || type.kind_of?( StructType ) then
      if init.instance_of? Array
        if type.is_a?(ArrayType) || type.is_a?(PtrType)
          pre = "&"
          post = "[0]"
        elsif type.is_a? StructType
          pre = "&"
          post = ""
#          elsif type.kind_of? PtrType then
#            pre = ""
#            post = ""
        end
        f.print "\tmemcpy((void*)#{pre}#{@global_name}_VAR_#{v.get_name}#{p_that}#{post}, "
        f.print "(void*)#{pre}#{@global_name}_#{v.get_name}_VAR_INIT#{post}, sizeof(#{@global_name}_#{v.get_name}_VAR_INIT));"
      elsif init.instance_of? C_EXP
        f.print "\t#{that}#{v.get_name} = #{init.get_c_exp_string};"
      else
        pre = "#{get_global_name}_ATTR_"
        if @singleton
          post = ""
        else
          post = p_that.to_s
        end
        f.print "\t#{that}#{v.get_name} = #{init.to_str(@name_list, pre, post)};"
      end
    }

    # dynamic call port の初期化コード
    b_dyn_port = false
    @port.each{|p|
      next if p.get_port_type != :CALL
      if p.is_dynamic? && $ram_initializer
        if p.get_array_size.nil?
          f.print "\\\n\t#{that}#{p.get_name} = #{that}_inib->#{p.get_name}_init_;"
        else
          if @singleton || p.get_array_size != "[]"
            p_that = ""
          else
            p_that = "(p_that)"
          end
          if @singleton
            that = "#{@global_name}_SINGLE_CELL_INIB."
          else
            that = "(p_that)->"
          end
          if has_CB?
            init = "_init->"
          else
            init = ""
          end
          f.printf("\\\n%-80s\\\n", "     {")
          f.printf("%-80s\\\n", "        int_t   j;")
          f.printf("%-80s\\\n", "        for( j = 0; j < N_CP_#{p.get_name}#{p_that}; j++ ){")
          f.printf("%-80s\\\n", "            #{that}#{p.get_name}[j] = #{that}#{init}#{p.get_name}_init_[j];")
          f.printf("%-80s\\\n", "        }")
          f.printf("%-80s", "       }")
        end
        b_dyn_port = true
      end
    }
    if b_dyn_port
      f.print("\n")
    end

    if b_var_init == false && b_dyn_port == false && !@singleton
      f.print "\t(void)(p_that);"
    end
    f.print "\n"

    f.print "#define SET_CB_INIB_POINTER(i,p_that)\\\n"
    if has_CB? && has_INIB?
      if @singleton
        f.print "\t#{that}_inib = &#{@global_name}_SINGLE_CELL_INIB;\n\n"
      elsif @idx_is_id_act
        f.print "\t#{that}_inib = #{@global_name}_INIB_tab[(i)];\n\n"
      else
        f.print "\t#{that}_inib = &#{@global_name}_INIB_tab[(i)];\n\n"
      end
    else
      f.print "\t/* empty */\n"
    end

  # else
  #   セルが一つもなければ出力しない
  end
end

#gen_ph_cell_cb_type(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2562

def gen_ph_cell_cb_type(f)
  if $rom
    # 定数部は ROM, 変数部は RAM

    if has_INIB?

      f.printf(TECSMsg.get(:CIP_comment), "#_CIP_#")
      f.print("typedef const struct tag_#{@global_name}_INIB {\n")

      gen_cell_cb_type_port(f, :INIB)
      gen_cell_cb_type_attribute(f, :INIB)

      f.print("}  #{@global_name}_INIB;\n")

    end

    if has_CB?
      f.printf(TECSMsg.get(:CCTPA_comment), "#_CCTPA_#")
      f.print("typedef struct tag_#{@global_name}_CB {\n")
      if has_INIB?
        f.print "    #{@global_name}_INIB  *_inib;\n"
      end
      gen_cell_cb_type_port(f, :CB_DYNAMIC)
      gen_cell_cb_type_attribute(f, :CB)
      gen_cell_cb_type_var f
      f.print("}  #{@global_name}_CB;\n")
    end

    if !has_CB? && !has_INIB?
      f.printf(TECSMsg.get(:CCDP_comment), "#_CCDP_#")
      f.print("typedef struct tag_#{@global_name}_CB {\n")
      f.print("    int  dummy;\n")
      f.print("} #{@global_name}_CB;\n")
   end

  else
    # 全て RAM
    f.printf(TECSMsg.get(:CCTPO_comment), "#_CCTPO_#")

    f.print("typedef struct tag_#{@global_name}_CB {\n")

    gen_cell_cb_type_port(f, :CB)
    gen_cell_cb_type_attribute(f, :CB)
    gen_cell_cb_type_var f

    f.print("}  #{@global_name}_CB;\n")
  end
end

#gen_ph_cp_fun_macro(f, b_flow) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1941

def gen_ph_cp_fun_macro(f, b_flow)
  if @n_call_port > 0 && b_flow == false
    f.printf(TECSMsg.get(:CPM_comment), "#_CPM_#")
  end

  @port.each {|p|
    next if p.get_port_type != :CALL
    next if p.is_omit?

    p.get_signature.get_function_head_array.each{|fun|
      if @singleton
        if has_INIB?
          inib = "INIB"
        else
          inib = "CB"
        end
        if p.is_dynamic? && p.get_array_size.nil?
          # dynamic call port (not array)
          inib = "CB"
        end
      else
        if has_CB? && has_INIB?
          inib = "->_inib"
        else
          inib = ""
        end
        if p.is_dynamic? && p.get_array_size.nil?
          # dynamic call port (not array)
          inib = ""
        end
      end

      f.print("#define #{@global_name}_#{p.get_name}_#{fun.get_name}(")
      ft = fun.get_declarator.get_type
      delim = ""

      if !@singleton
        f.print("#{delim} p_that")
        delim = ","
      end

      if p.get_array_size
        f.print("#{delim} subscript")
        delim = ","
      end

      ft.get_paramlist.get_items.each{|param|
        f.print("#{delim} #{param.get_name}")
        delim = ","
      }
      f.print(" ) \\\n")

      subsc = ""
      subsc = "[subscript]" if p.get_array_size
      delim = ""

      # 関数名の出力(標準：受け口ディスクリプタから VMT の関数名、最適化：受け口関数 or 受け口ディスクリプタ)
      if b_flow
        f.print("\t  (p_that)->#{p.get_name}#{subsc}.#{fun.get_name}__T( \\\n")
      elsif !p.is_VMT_useless?
        # 標準コード
        if @singleton
          f.print("\t  #{@global_name}_SINGLE_CELL_#{inib}.#{p.get_name}")
        else
          f.print("\t  (p_that)#{inib}->#{p.get_name}")
        end
        f.print("#{subsc}->VMT->#{fun.get_name}__T( \\\n")
      else
        # 最適化コード (optimize) # VMT 不要
        p2 = p.get_real_callee_port
        if p2
          ct = p2.get_celltype
          if p.is_skelton_useless?
            # 受け口関数を直接呼出す
            f.print("\t  #{ct.get_global_name}_#{p2.get_name}_#{fun.get_name}( \\\n")
          else
            # 受け口スケルトン関数を直接呼出す
            f.print("\t  #{ct.get_global_name}_#{p2.get_name}_#{fun.get_name}_skel( \\\n")
            # print "skelton: #{@name} #{ct.get_global_name}_#{p2.get_name}\n"
          end
        else
          # optional で未結合
          f.print("\t  ((#{fun.get_declarator.get_type.get_type.get_type_str} (*)()")
          f.print("#{fun.get_declarator.get_type.get_type.get_type_str_post})0)()\n")
          f.print("\t  /* optional no entry port joined */\n")
          if !p.is_optional?
            raise "unjoined but not optional celltype: #{@name} #{p.get_name}"
          end
        end
      end

      b_join = true # optional で結合していない場合 false

      # 受け口情報の出力(標準：受け口ディスクリプタ、最適化：IDX など)
      if b_flow
      elsif !p.is_skelton_useless? && !p.is_cell_unique?
        # 標準コード
        if @singleton
          f.print("\t  #{@global_name}_SINGLE_CELL_#{inib}.#{p.get_name}#{subsc}")
          delim = ","
        else
          f.print("\t   (p_that)#{inib}->#{p.get_name}#{subsc}")
          delim = ","
        end
      else
        # 最適化コード (optimize) # スケルトン不要
        c2 = p.get_real_callee_cell               # 唯一のセル(でない場合もある、複数セルがある場合)
        p2 = p.get_real_callee_port               # 唯一のポート(でない場合は、ない)
        if p2
          ct = p2.get_celltype                    # 呼び先のセルタイプ
          if !ct.is_singleton?
            if ct.has_CB? || ct.has_INIB?
              if p.is_cell_unique?
                name_array = ct.get_name_array(c2)
                f.print("\t   #{name_array[7]}")
              else
                # CELLCB IDX を渡す (標準コードと同じだが、扱う型は異なる)
                # p.is_skelton_useless? == true/false ともに同じ
                f.print("\t   (p_that)#{inib}->#{p.get_name}#{subsc}")
              end
            else
              f.print("\t   (#{ct.get_global_name}_IDX)0")
            end
            delim = ","
          else
            f.print("\t   ")
          end
        else
          # optional で未結合
          b_join = false
        end
      end

      if b_join
        ft.get_paramlist.get_items.each{|param|
          f.print("#{delim} (#{param.get_name})")
          delim = ","
        }
        f.print(" )\n")
      end
    }
  }
  f.print("\n")
end

#gen_ph_cp_fun_macro_abbrev(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2271

def gen_ph_cp_fun_macro_abbrev(f)
  if @n_call_port > 0
    f.printf(TECSMsg.get(:CPMA_comment), "#_CPMA_#")
  end

  @port.each {|p|
    next if p.get_port_type != :CALL
    # next if p.is_omit?  呼び出すとエラーを起こすコードを生成

    p.get_signature.get_function_head_array.each{|fun|
      if p.is_VMT_useless? && !@singleton
        dummy_p_cell_access_pre = "((void)p_cellcb, "
        dummy_p_cell_access_post = ")"
      else
        dummy_p_cell_access_pre = ""
        dummy_p_cell_access_post = ""
      end

      if !p.is_require? || p.has_name?
        f.print("#define #{p.get_name}_#{fun.get_name}(")
      else
        f.print("#define #{fun.get_name}(")
      end
      ft = fun.get_declarator.get_type
      delim = ""

#        if ! @singleton then
#          f.print( "#{delim} p_that" )
#          delim = ","
#        end

      if p.get_array_size
        f.print("#{delim} subscript")
        delim = ","
      end

      ft.get_paramlist.get_items.each{|param|
        f.print("#{delim} #{param.get_name}")
        delim = ","
      }
      f.print(" ) \\\n")

      if p.is_omit?
        f.print("          #{dummy_p_cell_access_pre}omitted #{p.get_name}_#{fun.get_name}(")
      else
        f.print("          #{dummy_p_cell_access_pre}#{@global_name}_#{p.get_name}_#{fun.get_name}(")
      end
      ft = fun.get_declarator.get_type
      delim = ""

      if !@singleton
        f.print("#{delim} p_cellcb")
        delim = ","
      end

      if p.get_array_size
        f.print("#{delim} subscript")
        delim = ","
      end

      ft.get_paramlist.get_items.each{|param|
        f.print("#{delim} #{param.get_name}")
        delim = ","
      }
      f.print(" )#{dummy_p_cell_access_post}\n")
    }
  }
  f.print("\n")
end

#gen_ph_dealloc_code(f, append_name, b_undef = false) ⇒ Object

send/receive で受け取ったメモリ領域を dealloc するマクロコード

f

File

b_undef

bool : true = #undef コードの生成, false = #define コードの生成



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# File 'lib/tecsgen/core/generate.rb', line 2216

def gen_ph_dealloc_code(f, append_name, b_undef = false)
  b_msg = false
  @port.each{|p|
    next if p.is_omit?

    p.each_param{|port, fd, par|
      case par.get_direction # 引数の方向指定子 (in, out, inout, send, receive )
      when :SEND
        # next if port.get_port_type == :CALL
        type = par.get_declarator.get_type
        pre = "("
        post = ")"
      when :RECEIVE
        # next if port.get_port_type == :ENTRY
        type = par.get_declarator.get_type.get_type
#          pre = "(*"
#          post = ")"
        pre = "("
        post = ")"
      else
        next
      end

      #                      ポート名         関数名         パラメータ名
      dealloc_func_name = "#{port.get_name}_#{fd.get_name}_#{par.get_name}_dealloc"
      dealloc_macro_name = dealloc_func_name.upcase
      name = par.get_name

      if b_undef == false
        if (type.get_size || type.get_count) && type.get_type.has_pointer?
          count_str = "count__"
          count_str2 = ", count__"
        else
          count_str = nil
          count_str2 = nil
        end
        if !b_msg
          f.print "\n"
          f.printf TECSMsg.get(:DAL_comment), "#_DAL_#  #{append_name}"
          b_msg = true
        end
        f.print "#define #{dealloc_macro_name}#{append_name}(#{name}#{count_str2})"
        if append_name == "_RESET"
          gen_dealloc_code_for_type(f, type, dealloc_func_name, pre, name, post, 0, true, count_str)
        else
          gen_dealloc_code_for_type(f, type, dealloc_func_name, pre, name, post, 0, false, count_str)
        end
        f.print "\n"
      else
        f.print "#undef #{dealloc_macro_name}#{append_name}\n"
      end
    }
  }
end

#gen_ph_endif(f, post = "TECSGEN") ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2963

def gen_ph_endif(f, post = "TECSGEN")
  f.print("#endif /* #{@global_name}_#{post}H */\n")
end

#gen_ph_ep_fun_macro(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2411

def gen_ph_ep_fun_macro(f)
  if @n_entry_port > 0
    f.printf(TECSMsg.get(:EPM_comment), "#_EPM_#")
  end

  @port.each {|p|
    next if p.get_port_type != :ENTRY
    next if p.is_omit?

    p.get_signature.get_function_head_array.each{|fun|
      f.printf("#define %-16s %s\n",
                "#{p.get_name}_#{fun.get_name}",
                "#{@global_name}_#{p.get_name}_#{fun.get_name}")
    }
  }
  f.print("\n")
end

#gen_ph_ep_fun_prototype(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2459

def gen_ph_ep_fun_prototype(f)
  if @n_entry_port > 0
    f.printf(TECSMsg.get(:EPP_comment), "#_EPP_#")
  end

  @port.each {|p|
    next if p.get_port_type != :ENTRY
    next if p.is_omit?

    f.print("/* #{p.get_signature.get_global_name} */\n")

    p.get_signature.get_function_head_array.each{|fun|
      if p.is_inline?
        f.print("Inline ")
      end
      functype = fun.get_declarator.get_type
      f.printf("%-12s", functype.get_type_str)

      f.print(" #{@global_name}_#{p.get_name}_#{fun.get_name}(")
      if @singleton
        delim = ""
      else
        f.print("#{@global_name}_IDX idx")
        delim = ","
      end

      if p.get_array_size
        f.print("#{delim} int_t subscript") # mikan singleton 時の ',' の始末
        delim = ","
      end

      if functype.get_paramlist
        items = functype.get_paramlist.get_items
        len = items.length
      else
        # ここで nil になるのは、引数なしの時に void がなかった場合
        items = []
        len = 0
      end
      i = 0
      items.each{|param|
        f.print "#{delim} "
        delim = ","
        f.print(param.get_type.get_type_str)
        f.print(" ")
        f.print(param.get_name)
        f.print(param.get_type.get_type_str_post)
        i += 1
      }
      f.print(");\n")

    }
  }
end

#gen_ph_ep_skel_prototype(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2514

def gen_ph_ep_skel_prototype(f)
  # 受け口スケルトン関数のプロトタイプ宣言を出力
  if @n_entry_port > 0
    f.printf(TECSMsg.get(:EPSP_comment), "#_EPSP_#")
  end
  @port.each {|p|
    next if p.get_port_type != :ENTRY
    next if p.is_omit?
#      if p.is_skelton_useless? || ! p.is_VMT_useless? then    # 受け口最適化
    if p.is_skelton_useless? # 受け口最適化
#        f.print( "/* #{p.get_name} : omitted by entry port optimize */\n" )
      next
    end

    f.print("/* #{p.get_name} */\n")

    p.get_signature.get_function_head_array.each{|fun|
      functype = fun.get_declarator.get_type
      f.printf "%-14s", functype.get_type_str

      f.print " #{@global_name}_#{p.get_name}_#{fun.get_name}_skel("
      f.print " const struct tag_#{p.get_signature.get_global_name}_VDES *epd"
      delim = ","

      if functype.get_paramlist
        items = functype.get_paramlist.get_items
        len = items.length
      else
        # ここで nil になるのは、引数なしの時に void がなかった場合
        items = []
        len = 0
      end
      i = 0
      items.each{|param|
        f.print "#{delim} "
        delim = ","
        f.print param.get_type.get_type_str
        f.print " "
        f.print param.get_name
        f.print param.get_type.get_type_str_post
        i += 1
      }
      f.print ");\n"
    }
  }
  f.print("\n")
end

#gen_ph_extern_cell(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2747

def gen_ph_extern_cell(f)
  if @singleton
    f.printf(TECSMsg.get(:SCP_comment), "#_SCP_#")
    if has_CB?
      f.print "extern  #{@global_name}_CB  #{@global_name}_SINGLE_CELL_CB;\n"
    end
    if has_INIB?
      f.print "extern  #{@global_name}_INIB  #{@global_name}_SINGLE_CELL_INIB;\n"
    end
    f.print "\n"
  elsif @idx_is_id_act
    if has_CB?
      f.print "extern #{@global_name}_CB  *#{@global_name}_CB_tab[];\n"
    elsif has_INIB?
      f.print "extern #{@global_name}_INIB  *const #{@global_name}_INIB_tab[];\n"
    end
  else
    if has_CB?
      f.print "extern #{@global_name}_CB  #{@global_name}_CB_tab[];\n"
    elsif has_INIB?
      f.print "extern #{@global_name}_INIB  #{@global_name}_INIB_tab[];\n"
    end
  end
end

#gen_ph_foreach_cell(f) ⇒ Object

イテレータコード (FOREACH_CELL)の生成

singleton では出力しない



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# File 'lib/tecsgen/core/generate.rb', line 2789

def gen_ph_foreach_cell(f)
  return if @singleton

  if has_CB? || has_INIB?

    if need_CB_initializer?
      necessity = ""
    else
      necessity = "//"
    end

    f.printf(TECSMsg.get(:FEC_comment), "#_FEC_#")

    if @idx_is_id_act
      amp = ""
    else
      amp = "&"
    end
    f.print <<EOT
#define FOREACH_CELL(i,p_cb)   \\
  for( (i) = 0; (i) < #{@global_name}_N_CELL; (i)++ ){ \\
     #{necessity}(p_cb) = #{amp}#{@global_name}_CB_tab[i];

#define END_FOREACH_CELL   }

EOT
  else
    f.printf(TECSMsg.get(:NFEC_comment), "#_NFEC_#")
    f.print <<EOT
#define FOREACH_CELL(i,p_cb)   \\
  for((i)=0;(i)<0;(i)++){

#define END_FOREACH_CELL   }

EOT
  end
end

#gen_ph_get_cellcb(f) ⇒ Object

CELLCB へのポインタを得るマクロを出力

セルタイプヘッダへ出力



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# File 'lib/tecsgen/core/generate.rb', line 1734

def gen_ph_get_cellcb(f)
  f.printf(TECSMsg.get(:GCB_comment), "#_GCB_#")
  if (!has_CB? && !has_INIB?) || @singleton
    f.print("#define #{@global_name}_GET_CELLCB(idx) ((void *)0)\n")
  elsif @idx_is_id_act # mikan 単一のセルの場合の最適化, idx_is_id でない場合
    f.print("#define #{@global_name}_GET_CELLCB(idx) (#{@global_name}_CB_tab[(idx) - #{@global_name}_ID_BASE])\n")
  else
    f.print("#define #{@global_name}_GET_CELLCB(idx) (idx)\n")
  end
end

#gen_ph_get_cellcb_abbrev(f) ⇒ Object

CELLCB へのポインタを得るマクロ（短縮形）を出力

セルタイプヘッダへ出力



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# File 'lib/tecsgen/core/generate.rb', line 1747

def gen_ph_get_cellcb_abbrev(f)
  f.printf(TECSMsg.get(:GCBA_comment), "#_GCBA_#")
  f.print("#define GET_CELLCB(idx)  #{@global_name}_GET_CELLCB(idx)\n\n")

  f.printf(TECSMsg.get(:CCT_comment), "#_CCT_#")
  f.print("#define CELLCB\t#{@global_name}_CB\n\n")

  f.printf(TECSMsg.get(:CTIXA_comment), "#_CTIXA_#")
  f.print("#define CELLIDX\t#{@global_name}_IDX\n\n")

  if @name != @global_name
    f.print("#define #{@name}_IDX  #{@global_name}_IDX\n")
  end
end

#gen_ph_guard(f, post = "TECSGEN") ⇒ Object

celltype header



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# File 'lib/tecsgen/core/generate.rb', line 1392

def gen_ph_guard(f, post = "TECSGEN")
  f.print("#ifndef #{@global_name}_#{post}_H\n")
  f.print("#define #{@global_name}_#{post}_H\n\n")
end

#gen_ph_idx_type(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2444

def gen_ph_idx_type(f)
  if @idx_is_id_act
    f.print("ID")
  else
    if has_CB?
      f.print("struct tag_#{@global_name}_CB *")
    elsif has_INIB?
      # f.print( "struct tag_#{@global_name}_INIB *" )  # const を出力していない
      f.print("const struct tag_#{@global_name}_INIB *")
    else
      f.print("int")
    end
  end
end

#gen_ph_include(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1425

def gen_ph_include(f)
  # ランタイムヘッダの include
#    f.printf TECSMsg.get( :IRTH_comment), "#_IRTH_#"
#    f.print "#include \"tecs.#{$h_suffix}\"\n\n"

  # グローバルヘッダの include
  f.printf TECSMsg.get(:IGH_comment), "#_IGH_#"
  f.print "#include \"global_tecsgen.#{$h_suffix}\"\n\n"

  # シグニチャヘッダの include
  f.printf TECSMsg.get(:ISH_comment), "#_ISH_#"
  @port.each {|p|
    next if p.is_omit?
    hname = "#{p.get_signature.get_global_name}_tecsgen.#{$h_suffix}".to_sym
    if header_included?(hname) == false
      f.print "#include \"#{hname}\"\n"
    end
  }
  f.print "\n"
end

#gen_ph_include_cb_type(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1446

def gen_ph_include_cb_type(f)
  if !@b_cp_optimized
    return
  end

  # 最適化のため参照するセルタイプの CB 型の定義を取込む
  # _CB_TYPE_ONLY を定義した上で include する
  f.printf(TECSMsg.get(:ICT_comment), "#_ICT_#")

  f.print("#ifndef  TOPPERS_CB_TYPE_ONLY\n")
  f.print("#define  #{@global_name}_CB_TYPE_ONLY\n")
  f.print("#define TOPPERS_CB_TYPE_ONLY\n")
  f.print("#endif  /* TOPPERS_CB_TYPE_ONLY */\n")

  @port.each {|p|
    next if p.get_port_type != :CALL
    next if p.is_omit?

    if p.is_skelton_useless? || p.is_cell_unique? || p.is_VMT_useless?
      # 最適化コード (optimize) # スケルトン不要など
      p2 = p.get_real_callee_port
      if p2
        ct = p2.get_celltype
        hname = "#{ct.get_global_name}_tecsgen.#{$h_suffix}".to_sym
        if header_included?(hname) == false
          f.print("#include \"#{hname}\"\n")
        end
      # else
        # optional で未結合
      end
    end

  }
  f.print("#ifdef  #{@global_name}_CB_TYPE_ONLY\n")
  f.print("#undef TOPPERS_CB_TYPE_ONLY\n")
  f.print("#endif /* #{@global_name}_CB_TYPE_ONLY */\n")

#    @port.each { |p|
#      next if p.get_port_type != :CALL
#      if p.is_skelton_useless? || p.is_cell_unique? || p.is_VMT_useless? then
#        # 最適化コード (optimize) # スケルトン不要など
#        p2 = p.get_real_callee_port
#        ct = p2.get_celltype
#        ct.gen_ph_typedef_idx f
#        ct.gen_ph_INIB_as_CB f
#        ct.gen_ph_extern_cell f
#        f.print "\n"
#      end
#    }
end

#gen_ph_info(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1397

def gen_ph_info(f)
  yn_idx_is_id = "no"
  yn_idx_is_id = "yes" if @idx_is_id
  yn_idx_is_id_act = "no"
  yn_idx_is_id_act = "yes" if @idx_is_id_act
  yn_singleton = "no"
  yn_singleton = "yes" if @singleton
  yn_rom       = "no"
  yn_rom       = "yes" if $rom
  yn_cb_init   = "no"
  yn_cb_init   = "yes" if need_CB_initializer?
  # @singleton = false    # mikan singleton  060827

  f.print <<EOT
/*
 * celltype          :  #{@name}
 * global name       :  #{@global_name}
 * idx_is_id(actual) :  #{yn_idx_is_id}(#{yn_idx_is_id_act})
 * singleton         :  #{yn_singleton}
 * has_CB            :  #{has_CB?}
 * has_INIB          :  #{has_INIB?}
 * rom               :  #{yn_rom}
 * CB initializer    :  #{yn_cb_init}
 */

EOT
end

#gen_ph_INIB_as_CB(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2772

def gen_ph_INIB_as_CB(f)
  # ここは、手抜きである。本来なら INIB を出力すべき
  if !has_CB? && has_INIB?
    f.printf(TECSMsg.get(:DCI_comment), "#_DCI_#")
    if @singleton
      f.print "#define #{@global_name}_SINGLE_CELL_CB   #{@global_name}_SINGLE_CELL_INIB\n"
    else
      f.print "#define #{@global_name}_CB_tab           #{@global_name}_INIB_tab\n"
    end
    f.print "#define #{@global_name}_CB               #{@global_name}_INIB\n"
    f.print "#define tag_#{@global_name}_CB           tag_#{@global_name}_INIB\n"
    f.print "\n"
  end
end

#gen_ph_inline(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2955

def gen_ph_inline(f)
  # inline ポートが一つでもあれば、inline.h の include
  if @n_entry_port_inline > 0
    f.printf(TECSMsg.get(:INL_comment), "#_INL_#")
    f.print("#include \"#{@global_name}_inline.#{$h_suffix}\"\n\n")
  end
end

#gen_ph_n_cp(f) ⇒ Object

呼び口配列の大きさを得るマクロの出力

セルタイプヘッダへ呼び口の個数を出力



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# File 'lib/tecsgen/core/generate.rb', line 1529

def gen_ph_n_cp(f)
  b_comment = false
  @port.each {|p|
    next if p.get_port_type != :CALL
    next if p.is_omit?
    next if p.get_array_size.nil?

    if !b_comment
      f.printf(TECSMsg.get(:NCPA_comment), "#_NCPA_#")
      b_comment = true
    end

    if p.get_array_size != "[]" # 固定長配列
      f.print("#define N_CP_#{p.get_name}    (#{p.get_array_size})\n")
      f.print("#define NCP_#{p.get_name}     (#{p.get_array_size})\n")
    else # 可変長配列
      if @singleton
        if has_INIB?
          inib = "INIB"
        else
          inib = "CB"
        end
        f.print("#define N_CP_#{p.get_name}  (#{@global_name}_SINGLE_CELL_#{inib}.n_#{p.get_name})\n")
        f.print("#define NCP_#{p.get_name}   (#{@global_name}_SINGLE_CELL_#{inib}.n_#{p.get_name})\n")
        # mikan singleton ならば、固定長化できる
      else
        if has_CB? && has_INIB?
          inib = "->_inib"
        else
          inib = ""
        end
        f.print("#define N_CP_#{p.get_name}(p_that)  ((p_that)#{inib}->n_#{p.get_name})\n")
        f.print("#define NCP_#{p.get_name}           (N_CP_#{p.get_name}(p_cellcb))\n")
      end
    end
  }
end

#gen_ph_n_ep(f) ⇒ Object

受け口配列の大きさを得るマクロの出力

セルタイプヘッダへ受け口の個数を出力



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# File 'lib/tecsgen/core/generate.rb', line 1570

def gen_ph_n_ep(f)
  b_comment = false
  @port.each {|p|
    next if p.get_port_type != :ENTRY
    # next if p.is_omit?                       # 受け口配列の個数は省略しない
    next if p.get_array_size.nil?

    if !b_comment
      f.printf(TECSMsg.get(:NEPA_comment), "#_NEPA_#")
      b_comment = true
    end

    if p.get_array_size != "[]" # 固定長配列
      f.print("#define NEP_#{p.get_name}     (#{p.get_array_size})\n")
    else # 可変長配列
      if @singleton
        if has_INIB?
          inib = "INIB"
        else
          inib = "CB"
        end
        f.print("#define NEP_#{p.get_name}   (#{@global_name}_SINGLE_CELL_#{inib}.n_#{p.get_name})\n")
        # mikan singleton ならば、固定長化できる
      else
        if has_CB? && has_INIB?
          inib = "->_inib"
        else
          inib = ""
        end
        f.print("#define NEP_#{p.get_name}           ((p_cellcb)#{inib}->n_#{p.get_name})\n")
      end
    end
  }
end

#gen_ph_ref_desc_func(f) ⇒ Object

ref_desc 指定された呼び口に対するディスクリプタ参照関数の生成



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# File 'lib/tecsgen/core/generate.rb', line 2087

def gen_ph_ref_desc_func(f)
  if @n_call_port_ref_desc > 0
    f.printf(TECSMsg.get(:CRD_comment), "#_CRD_#")
  end

  if has_CB? && has_INIB?
    inib = "->_inib"
  else
    inib = ""
  end
  @port.each {|p|
    next if p.get_port_type != :CALL
    next if !p.is_ref_desc?

    if @singleton
      p_that = ""
      p_cellcb = ""
      delim = ""
      if has_INIB?
        cb = "#{@global_name}_SINGLE_CELL_INIB."
      else
        cb = "#{@global_name}_SINGLE_CELL_CB."
      end
    else
      p_that = "#{@global_name}_CB  *p_that"
      p_cellcb = "    #{@global_name}_CB *p_cellcb = p_that;\n"
      delim = ", "
      cb = "p_that#{inib}->"
    end

    if p.get_array_size
      array = "#{delim}int_t  i "
      array2 = "[ i ]"
      assert = "    assert( 0 <= i && i < NCP_#{p.get_name} );\n"
    else
      array = ""
      array2 = ""
      assert = ""
    end
    f.print <<EOT
/* [ref_desc] #{p.get_name} */
Inline Descriptor( #{p.get_signature.get_global_name} )
#{@global_name}_#{p.get_name}_refer_to_descriptor( #{p_that}#{array} )
{
  Descriptor( #{p.get_signature.get_global_name} )  des;
#{p_cellcb}    /* cast is ncecessary for removing 'const'  */
#{assert}    des.vdes = (struct tag_#{p.get_signature.get_global_name}_VDES *)#{cb}#{p.get_name}#{array2};
  return des;
}

EOT
  }
end

#gen_ph_ref_desc_macro_abbrev(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2341

def gen_ph_ref_desc_macro_abbrev(f)
  if @n_call_port_ref_desc > 0
    f.printf(TECSMsg.get(:CRDA_comment), "#_CRDA_#")
  end

  @port.each {|p|
    next if p.get_port_type != :CALL
    next if !p.is_ref_desc?

    if @singleton
      p_cellcb = ""
      delim = ""
    else
      p_cellcb = "p_cellcb"
      delim = ", "
    end

    if p.get_array_size
      array = " i "
      array2 = "#{delim}i"
    else
      array = ""
      array2 = ""
    end

    f.printf("#define %s_refer_to_descriptor(#{array})\\\n          %s_refer_to_descriptor( #{p_cellcb}#{array2} )\n",
             p.get_name,
             "#{@global_name}_#{p.get_name}")
    f.printf("#define %s_ref_desc(#{array})\\\n          %s_refer_to_descriptor(#{array})\n",
             p.get_name,
             p.get_name)
  }
  f.print("\n")
end

#gen_ph_set_desc_func(f) ⇒ Object

dynamic 指定された呼び口に対するディスクリプタ設定関数の生成



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# File 'lib/tecsgen/core/generate.rb', line 2142

def gen_ph_set_desc_func(f)
  if @n_call_port_dynamic > 0
    f.printf(TECSMsg.get(:SDF_comment), "#_SDF_#")
  end

  @port.each {|p|
    next if p.get_port_type != :CALL
    next if !p.is_dynamic?
    if has_CB? && has_INIB? && p.get_array_size
      inib = "->_inib"
    else
      inib = ""
    end
    if @singleton
      # p "main== #{@global_name} #{p.get_name} #{p.get_array_size}"
      p_that = ""
      p_that2 = ""
      p_cellcb = ""
      if p.get_array_size && $rom
        cb = "#{@global_name}_SINGLE_CELL_INIB."
      else
        cb = "#{@global_name}_SINGLE_CELL_CB."
      end
    else
      p_that = "#{@global_name}_CB  *p_that, "
      p_that2 = "#{@global_name}_CB  *p_that "
      p_cellcb = "    #{@global_name}_CB *p_cellcb = p_that;\n"
      cb = "(p_cellcb)->#{inib}"
    end

    if p.get_array_size
      array = "int_t  i, "
      array2 = "[ i ]"
      array3 = " int_t  i "
      assert2 = "    assert( 0 <= i && i < NCP_#{p.get_name} );\n"
    else
      array = ""
      array2 = ""
      array3 = ""
      assert2 = ""
    end
    f.print <<EOT
/* [dynamic] #{p.get_name} */
Inline void
#{@global_name}_#{p.get_name}_set_descriptor( #{p_that}#{array}Descriptor( #{p.get_signature.get_global_name} ) des )
{
#{p_cellcb}    assert( des.vdes != NULL );
#{assert2}    #{cb}#{p.get_name}#{array2} = des.vdes;
}

EOT

    if p.is_optional?
      if p_that2 != "" && array3 != ""
        delim = ", "
      else
        delim = ""
      end
      f.print <<EOT
/* [dynamic,optional] #{p.get_name} */
Inline void
#{@global_name}_#{p.get_name}_unjoin( #{p_that2}#{delim}#{array3} )
{
#{p_cellcb}    #{cb}#{p.get_name}#{array2} = NULL;
}

EOT
    end
  }
end

#gen_ph_set_desc_macro_abbrev(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2376

def gen_ph_set_desc_macro_abbrev(f)
  if @n_call_port_dynamic > 0
    f.printf(TECSMsg.get(:SDMA_comment), "#_SDMA_#")
  end

  if @singleton
    p_cellcb = ""
    delim = ""
  else
    p_cellcb = "p_cellcb"
    delim = ", "
  end
  @port.each {|p|
    next if p.get_port_type != :CALL
    next if !p.is_dynamic?

    if p.get_array_size
      subsc = "i, "
      subsc2 = "i"
      subsc3 = delim + subsc2
    else
      subsc = ""
      subsc2 = ""
      subsc3 = ""
    end
    f.printf("#define %s_set_descriptor( #{subsc}desc )\\\n          %s_set_descriptor( #{p_cellcb}#{delim}#{subsc}desc )\n",
              p.get_name,
              "#{@global_name}_#{p.get_name}")
    f.printf("#define %s_unjoin( #{subsc2} )\\\n          %s_unjoin( #{p_cellcb}#{subsc3} )\n",
              p.get_name,
              "#{@global_name}_#{p.get_name}")
  }
  f.print("\n")
end

#gen_ph_test_optional_call_port(f) ⇒ Object

optional な呼び口が結合されているかテストするコードの生成



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# File 'lib/tecsgen/core/generate.rb', line 1606

def gen_ph_test_optional_call_port(f)
  b_comment = false

  if @singleton
    if has_INIB?
      inib = "INIB"
    else
      inib = "CB"
    end
  else
    if has_CB? && has_INIB?
      inib = "->_inib"
    else
      inib = ""
    end
  end

  @port.each {|p|
    next if p.get_port_type != :CALL
    next if !p.is_optional?
    # next if p.is_omit?  # omit でも test コードは生成する

    if b_comment == false
      f.printf(TECSMsg.get(:TOCP_comment), "#_TOCP_#")
      b_comment = true
    end

    if @singleton
      param = ""
      delim = ""
    else
      param = "p_that"
      delim = ","
    end
    if !p.get_array_size.nil?
      param = param + delim + "subscript"
    end
    f.print("#define #{@global_name}_is_#{p.get_name}_joined(#{param}) \\\n")

    if p.is_omit?
      f.print("   omit  is_#{p.get_name}_joined\n")
      next
    end

    # 関数名の出力(標準：受け口ディスクリプタから VMT の関数名、最適化：受け口関数 or 受け口ディスクリプタ)
    # mikan  全部つながっているかどうかで (1) を判定する
    if !p.is_VMT_useless?
      if p.is_dynamic?
        if @singleton
          inib_tmp = "CB"
        else
          inib_tmp = ""
        end
      else
        inib_tmp = inib
      end

      # 標準コード
      if p.get_array_size.nil?
        if @singleton
          f.print("\t  (#{@global_name}_SINGLE_CELL_#{inib_tmp}.#{p.get_name}!=0)\n")
        else
          f.print("\t  ((p_that)#{inib_tmp}->#{p.get_name}!=0)\n")
        end
      else
        # 配列の場合
        if @singleton
          f.print("\t  ((#{@global_name}_SINGLE_CELL_#{inib_tmp}.#{p.get_name}!=0) \\\n")
          f.print("\t  &&(#{@global_name}_SINGLE_CELL_#{inib_tmp}.#{p.get_name}[subscript]!=0))\n")
        else
          f.print("\t  (((p_that)#{inib_tmp}->#{p.get_name}!=0)\\\n")
          f.print("\t  &&((p_that)#{inib_tmp}->#{p.get_name}[subscript]!=0))\n")
        end
      end
    else
      # 最適化コード (optimize) # VMT 不要（配列要素すべて同じ）
      p2 = p.get_real_callee_port
      if p2
        ct = p2.get_celltype
        if p.is_skelton_useless?
          # 受け口関数を直接呼出す
          f.print("\t  (1)\n")
        else
          # 受け口スケルトン関数を直接呼出す
          f.print("\t  (1)\n")
        end
      else
        # optional で未結合
        f.print("\t  (0)    /* not joined */\n")
      end
    end
  }
end

#gen_ph_test_optional_call_port_abbrev(f) ⇒ Object

optional な呼び口が結合されているかテストするコードの生成（短縮形）



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# File 'lib/tecsgen/core/generate.rb', line 1701

def gen_ph_test_optional_call_port_abbrev(f)
  b_comment = false

  @port.each {|p|
    next if p.get_port_type != :CALL
    next if !p.is_optional?
    # next if p.is_omit?  # omit でも test コードは生成する

    if b_comment == false
      f.printf(TECSMsg.get(:TOCPA_comment), "#_TOCPA_#")
      b_comment = true
    end

    if @singleton
      param = ""
      delim = ""
    else
      param = "p_cellcb"
      delim = ","
    end

    if p.get_array_size.nil?
      subscript = ""
    else
      subscript = "subscript"
      param = param + delim + subscript
    end
    f.print("#define is_#{p.get_name}_joined(#{subscript})\\\n\t\t#{@global_name}_is_#{p.get_name}_joined(#{param})\n")
  }
end

#gen_ph_typedef_idx(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2429

def gen_ph_typedef_idx(f)
  f.printf(TECSMsg.get(:CTIX_comment), "#_CTIX_#")
  if @idx_is_id_act
    f.print("typedef ID #{@global_name}_IDX;\n")
  else
    if has_CB?
      f.print("typedef struct tag_#{@global_name}_CB *#{@global_name}_IDX;\n")
    elsif has_INIB?
      f.print("typedef const struct tag_#{@global_name}_INIB *#{@global_name}_IDX;\n")
    else
      f.print("typedef int   #{@global_name}_IDX;\n")
    end
  end
end

#gen_ph_valid_idx(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1505

def gen_ph_valid_idx(f)
  return if @singleton

  # mikan  最適化
  # IDX 正当性チェックマクロの出力
  f.printf(TECSMsg.get(:CVI_comment), "#_CVI_#")
  if @idx_is_id_act
    f.print("#define #{@global_name}_VALID_IDX(IDX) (#{@global_name}_ID_BASE <= (IDX) && (IDX) < #{@global_name}_ID_BASE+#{@global_name}_N_CELL)\n\n")
  else
    f.print("#define #{@global_name}_VALID_IDX(IDX) (1)\n\n")
  end
end

#gen_ph_valid_idx_abbrev(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1518

def gen_ph_valid_idx_abbrev(f)
  return if @singleton

  # IDX 正当性チェックマクロ（短縮形）の出力
  f.printf(TECSMsg.get(:CVIA_comment), "#_CVIA_#")
  f.print("#define VALID_IDX(IDX)  #{@global_name}_VALID_IDX(IDX)\n\n")
end

#gen_template_attr_access(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4399

def gen_template_attr_access(f)
  if @n_attribute_rw > 0 || @n_attribute_ro > 0 || @n_var > 0
    f.printf(TECSMsg.get(:CAAM_comment), "#_CAAM_#")
  end

  @attribute.each {|a|

    next if a.is_omit?

    f.printf(" * %-16s %-16s %-16s\n", a.get_name, "#{a.get_type.get_type_str} #{a.get_type.get_type_str_post}", "ATTR_#{a.get_name}")

  }

  @var.each {|v|

    next if v.is_omit?

    f.printf(" * %-16s %-16s %-16s\n", v.get_name, "#{v.get_type.get_type_str} #{v.get_type.get_type_str_post}", "VAR_#{v.get_name}")
  }
end

#gen_template_cp_fun(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4424

def gen_template_cp_fun(f)
  if @n_call_port > 0
    f.print " *\n"
    f.printf(TECSMsg.get(:TCPF_comment), "#_TCPF_#")
  end

  @port.each {|p|
    next if p.get_port_type != :CALL
    # next if p.is_omit?

    sig_name = p.get_signature.get_global_name
    con_tmp = p.get_signature.get_context
    if con_tmp
      context = " context:#{con_tmp}"
    else
      context = ""
    end

    if p.is_optional?
      optional = " optional:true"
      if p.get_array_size
        is_join = " *   bool_t     is_#{p.get_name}_joined(int subscript)        check if joined\n"
      else
        is_join = " *   bool_t     is_#{p.get_name}_joined()                     check if joined\n"
      end
    else
      optional = ""
      is_join = ""
    end

    if p.is_omit?
      omit = " omit:true"
    else
      omit = ""
    end

    if p.is_allocator_port?
      f.print " * allocator port for #{p.get_port_type.to_s.downcase} port:#{p.get_allocator_port.get_name} func:#{p.get_allocator_func_decl.get_name} param: #{p.get_allocator_param_decl.get_name}\n"
    elsif !p.is_require?
      f.print " * call port: #{p.get_name} signature: #{sig_name}#{context}#{optional}#{omit}\n#{is_join}"
    else
      f.print " * require port: signature:#{sig_name}#{context}\n"
    end

    p.get_signature.get_function_head_array.each{|fun|

      ft = fun.get_declarator.get_type

      f.printf(" *   %-14s ", ft.get_type.get_type_str)
      if !p.is_require? || p.has_name?
        f.print("#{p.get_name}_#{fun.get_name}(")
      else
        f.print("#{fun.get_name}(")
      end
      delim = ""

#        if ! @singleton then
#          f.print( "#{delim} p_that" )
#          delim = ","
#        end

      if p.get_array_size
        f.print("#{delim} subscript")
        delim = ","
      end

      ft.get_paramlist.get_items.each{|param|
        # p "type_str: #{param.get_type.get_type_str}"
        f.print("#{delim} #{param.get_type.get_type_str}")
        f.print(" #{param.get_name}#{param.get_type.get_type_str_post}")
        delim = ","
      }
      f.print(" );\n")

#        subsc = ""
#        subsc = "[subscript]" if p.get_array_size
#
#        if @singleton then
#          f.print( " *        #{@global_name}_#{p.get_name}" )
#        else
#          f.print( " *        (p_that)->#{p.get_name}" )
#        end
#        f.print( "#{subsc}->VMT->#{fun.get_name}(" )
#        f.print( " (p_that)->#{p.get_name}#{subsc}" )
#        ft.get_paramlist.get_items.each{ |param|
#          f.print( ", (#{param.get_name})" )
#        }
#        f.print( " )\n" )

    }

    if p.get_array_size
      f.print " *       subscript:  0...(NCP_#{p.get_name}-1)\n"
    end

    if p.is_ref_desc?
      subsc = p.get_array_size ? " int_t subscript " : ""
      f.print " *   [ref_desc]\n"
      f.printf(" *      %-14s %s;\n",
                "Descriptor( #{p.get_signature.get_global_name} )",
                "#{p.get_name}_refer_to_descriptor(#{subsc})")
      f.printf(" *      %-14s %s;\n",
                "Descriptor( #{p.get_signature.get_global_name} )",
                "#{p.get_name}_ref_desc(#{subsc})      (same as above; abbreviated version)")
    end
    if p.is_dynamic?
      subsc = p.get_array_size ? "int_t subscript, " : ""
      subsc2 = p.get_array_size ? " int_t subscript" : ""
      if p.is_optional?
        f.print " *   [dynamic, optional]\n"
      else
        f.print " *   [dynamic]\n"
      end
      f.printf(" *      %-14s %s;\n",
                "void",
                "#{p.get_name}_set_descriptor( #{subsc}Descriptor( #{p.get_signature.get_global_name} ) desc )")
      if p.is_optional?
        f.printf(" *      %-14s %s;\n",
                  "void",
                  "#{p.get_name}_unjoin( #{subsc2} )")
      end
    end
  }
end

#gen_template_ep_fun(f, b_inline = false) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4549

def gen_template_ep_fun(f, b_inline = false)
  if @n_entry_port > 0
    f.printf(TECSMsg.get(:TEPF_comment), "#_TEPF_#")
  end

  @port.each {|p|
    next if p.get_port_type != :ENTRY
    next if p.is_omit?
    next if b_inline && !p.is_inline?  # inline ポート
    next if !b_inline && p.is_inline?  # 非 inline ポート

    inline_prefix = ""
    nCELLIDX = "CELLIDX"
    nCELLCB = "CELLCB"
    nVALID_IDX = "VALID_IDX"
    nGET_CELLCB = "GET_CELLCB"

    f.print <<EOT
/* #[<ENTRY_PORT>]# #{p.get_name}
 * entry port: #{p.get_name}
 * signature:  #{p.get_signature.get_global_name}
 * context:    #{p.get_signature.get_context}
EOT

    if !p.get_array_size.nil?
      f.print <<EOT
 * entry port array size:  NEP_#{p.get_name}
EOT
    end

    f.print <<EOT
 * #[</ENTRY_PORT>]# */

EOT

    p.get_signature.get_function_head_array.each{|fun|
      f.print <<EOT
/* #[<ENTRY_FUNC>]# #{p.get_name}_#{fun.get_name}
 * name:         #{p.get_name}_#{fun.get_name}
 * global_name:  #{@global_name}_#{p.get_name}_#{fun.get_name}
 * oneway:       #{fun.is_oneway?}
 * #[</ENTRY_FUNC>]# */
EOT

      if b_inline
        f.print "Inline "
      end
      functype = fun.get_declarator.get_type
      f.printf "%s\n", functype.get_type_str
      f.print "#{inline_prefix}#{p.get_name}_#{fun.get_name}("
      if @singleton
        delim = ""
      else
        f.print "#{nCELLIDX} idx"
        delim = ", "
      end

      if p.get_array_size
        f.print "#{delim}int_t subscript"
        delim = ", "
      end

      if functype.get_paramlist
        items = functype.get_paramlist.get_items
        len = items.length
      else
        # ここで nil になるのは、引数なしの時に void がなかった場合
        items = []
        len = 0
      end

      i = 0
      items.each{|param|
        f.print delim.to_s
        delim = ", "
        f.print param.get_type.get_type_str
        # p "type_str2: #{param.get_type.get_type_str}"
        f.print " "
        f.print param.get_name
        f.print param.get_type.get_type_str_post
        i += 1
      }
      f.print ")\n"

      f.print "{\n"

      if @plugin && @plugin.gen_ep_func?
        # このメソッドの引数は plugin.rb の説明を見よ
        @plugin.gen_ep_func_body(f, @singleton, @name, @global_name, p.get_signature.get_global_name, p.get_name, fun.get_name, "#{@global_name}_#{p.get_name}_#{fun.get_name}", functype, items)

      else
        if !@singleton
          if functype.get_type.is_a?(DefinedType) && (functype.get_type.get_type_str == "ER" || functype.get_type.get_type_str == "ER_UINT")
            if !fun.is_oneway?
              f.print "	ER\t\tercd = E_OK;\n"
              er_cd = "return(E_ID);"
              ret_cd = "return(ercd);"
            else
              er_cd = "#{TECSMsg.get(:oneway_ercd_note)}\n		return(E_OK);"
              ret_cd = "#{TECSMsg.get(:oneway_ercd_note)}\n	return(E_OK);"
            end
          else
            er_cd = TECSMsg.get(:ercd_note).to_s
            ret_cd = nil
          end
          f.print <<EOT
	#{nCELLCB}	*p_cellcb;
	if (#{nVALID_IDX}(idx)) {
p_cellcb = #{nGET_CELLCB}(idx);
	}
	else {
#{er_cd}
	} /* end if #{nVALID_IDX}(idx) */

EOT
          f.printf(TECSMsg.get(:TEFB_comment), "#_TEFB_#")
          f.printf("\n")

          if ret_cd
            f.print "	#{ret_cd}\n"
          end
        else
        end # ! @singleton
      end # @plugin

      f.print "}\n\n"
    }
  }
end

#gen_template_private_header(f) ⇒ Object

celltype template



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# File 'lib/tecsgen/core/generate.rb', line 4388

def gen_template_private_header(f)
  f.print "#include \"#{@global_name}_tecsgen.#{$h_suffix}\"\n\n"
  f.print <<EOT
#ifndef E_OK
#define	E_OK	0		/* success */
#define	E_ID	(-18)	/* illegal ID */
#endif

EOT
end

#gen_template_types(f) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4420

def gen_template_types(f)
  f.printf(TECSMsg.get(:TYP_comment), "#_TYP_#", "#{@global_name}_CB", "#{@name}_IDX")
end

#gen_XML(file, nest) ⇒ Object 



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# File 'lib/tecsgen/core/gen_xml.rb', line 148

def gen_XML(file, nest)
  indent = XML_INDENT * nest
  if is_imported?
    file.print <<EOT
#{indent}<import path='#{@import.get_cdl_name}'>
EOT
    nest += 1
    indent = XML_INDENT * nest
  end

  file.print <<EOT
#{indent}<celltype>
#{indent}#{XML_INDENT}<name> #{@name} </name>
EOT
  if @active
    file.print <<EOT
#{indent}#{XML_INDENT}<active />
EOT
  end
  if @singleton
    file.print <<EOT
#{indent}#{XML_INDENT}<singleton />
EOT
  end

  @attribute.each{|attr|
    file.print <<EOT
#{indent}#{XML_INDENT}<attr>
#{indent}#{XML_INDENT}#{XML_INDENT}<name> #{attr.get_name} </name>
#{indent}#{XML_INDENT}#{XML_INDENT}<type> #{attr.get_type.get_type_str}#{attr.get_type.get_type_str_post} </type>
EOT
    if attr.get_initializer
      file.print <<EOT
#{indent}#{XML_INDENT}#{XML_INDENT}<initializer> #{attr.get_initializer.to_CDL_str} </initializer>
EOT
    end

    if attr.get_choice_list
      file.print <<EOT
#{indent}#{XML_INDENT}#{XML_INDENT}<choice>
EOT

      attr.get_choice_list.each {|choiceElement|
        file.print <<EOT
#{indent}#{XML_INDENT}#{XML_INDENT}#{XML_INDENT}<choiceElement>#{choiceElement}</choiceElement>
EOT
      }

      file.print <<EOT
#{indent}#{XML_INDENT}#{XML_INDENT}</choice>
EOT
    end

    file.print <<EOT
#{indent}#{XML_INDENT}</attr>
EOT
  }
  @port.each{|port|
    port_type = port.get_port_type == :CALL ? "call" : "entry"
    file.print <<EOT
#{indent}#{XML_INDENT}<#{port_type}>
#{indent}#{XML_INDENT}#{XML_INDENT}<name> #{port.get_name} </name>
#{indent}#{XML_INDENT}#{XML_INDENT}<signame> #{port.get_signature.get_name} </signame>
EOT
    if port.get_array_size
      file.print <<EOT
#{indent}#{XML_INDENT}#{XML_INDENT}<subscript> #{port.get_array_size} </subscript>
EOT
    end
    file.print <<EOT
#{indent}#{XML_INDENT}</#{port_type}>
EOT
  }
  file.print <<EOT
#{indent}</celltype>
EOT
  if is_imported?
    nest -= 1
    indent = XML_INDENT * nest
    file.print <<EOT
#{indent}</import>
EOT
  end
end

#generate ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1110

def generate
  if need_generate? # セルのないセルタイプは生成しない

    generate_private_header
    generate_factory_header
    generate_cell_code
    generate_template_code
    generate_inline_template_code
    generate_celltype_factory_code
    generate_cell_factory_code
    generate_makefile

  elsif $generate_all_template # テンプレートコード生成オプション

    generate_template_code
    generate_inline_template_code

    # generate_makefile_template は Makefile に追記するものだから、呼び出さない

  end
end

#generate_allocator_port ⇒ Object

Celltype# アロケータ呼び口を生成

send, receive 引数のアロケータを呼出すための呼び口を生成



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# File 'lib/tecsgen/core/componentobj.rb', line 818

def generate_allocator_port
  @port.each {|port|
    # ポートのすべてのパラメータを辿る
    port.each_param {|port, fd, par|
      case par.get_direction # 引数の方向指定子 (in, out, inout, send, receive )
      when :SEND, :RECEIVE
        if par.get_allocator
          cp_name = :"#{port.get_name}_#{fd.get_name}_#{par.get_name}" # アロケータ呼び口の名前
          #           ポート名          関数名         パラメータ名
          # alloc_sig_path = [ par.get_allocator.get_name ]  # mikan Namespace アロケータ呼び口のシグニチャ #1
          alloc_sig_path = par.get_allocator.get_namespace_path
          array_size = port.get_array_size # 呼び口または受け口配列のサイズ
          created_port = Port.new(cp_name, alloc_sig_path, :CALL, array_size) # 呼び口を生成
          created_port.set_allocator_port(port, fd, par)
          if port.is_optional?
            created_port.set_optional
          end
          if port.is_omit?
            created_port.set_omit
          end
          new_port(created_port) # セルタイプに新しい呼び口を追加
        # else
        #  already error "not found or not signature" in class ParamDecl
        end
      end
    }
  }
end

#generate_cell_code ⇒ Object

CELLTYPE_tecsgen.c を生成



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# File 'lib/tecsgen/core/generate.rb', line 1309

def generate_cell_code
  fs = { }
  f = nil
  @domain_roots.each{|domain_type_name, regions|
    regions.each{|r|
      if r.is_root?
        nsp = ""
      else
        nsp = "_#{r.get_namespace_path.get_global_name}"
      end
      # p "celltype:#{@name} dn:#{domain_type_name} nsp:#{nsp}"
      fs[r] = AppFile.open("#{$gen}/#{@global_name}#{nsp}_tecsgen.#{$c_suffix}")
      if r.is_root?
        f = fs[r]
      end
    }
  }

  # in case that domain_roots does not include root region
  if f.nil?
    regions = nil
    @domain_roots.each{|domain_type_name, regions_|
      regions = regions_ # domain_type_name is unique
    }
    if regions.length > 1
      # if domain_roots.length >= 2 && no cell in root region
      # shared code are placed in root region
      f = AppFile.open("#{$gen}/#{@global_name}_tecsgen.#{$c_suffix}")
    else
      # shared code are placed in unique region
      f = fs[regions[0]]
    end
  end

  # すべての _tecsgen.c に出力
  print_note f
  gen_cell_private_header f
  gen_cell_factory_header f
  gen_cell_ep_des_type f

  # すべての _tecsgen.c に出力
  fs.each{|r, f2|
    if f == f2
      next
    end
    print_note f2
    gen_cell_private_header f2
    gen_cell_factory_header f2
    gen_cell_ep_des_type f2
  }

  # 一つの _tecsgen.c に出力
  gen_cell_skel_fun f
  gen_cell_fun_table f
  gen_cell_var_init f

  # セルごとに _tecsgen.c に出力
  gen_cell_ep_vdes fs
  gen_cell_ep_vdes_array fs
  gen_cell_cb_out_init fs # INITIALIZE_CB で参照されるため ram_initializer=false でも消せない
  gen_cell_cb fs
  gen_cell_extern_mt fs
  gen_cell_ep_des fs

  # 一つの _tecsgen.c に出力
  gen_cell_cb_tab f
  if $ram_initializer
    gen_cell_cb_initialize_code f
  end

  fs.each{|r, f2|
    f2.close
    if f == f2
      f = nil
    end
  }
  if f
    f.close
  end
end

#generate_cell_factory_code ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4769

def generate_cell_factory_code
  @ordered_cell_list.each{|c|

    # cell のプロトタイプ宣言なら無視
    next if !c.is_generate?

    name_array = get_name_array(c)

    @factory_list.each {|fa|

      if fa.get_name == :write

        # 前後の " を取り除く
        # file_name = fa.get_file_name.sub( /^\"(.*)\"$/, "\\1" )
        file_name = CDLString.remove_dquote fa.get_file_name
        file_name = subst_name(file_name, name_array)
        # format    = fa.get_format.sub( /^\"(.*)\"$/, "\\1" )        # 前後の "" を取り除く
        format    = CDLString.remove_dquote fa.get_format
        # format    = fa.get_format.sub( /^\"(.*)/, "\\1" )        # 前の " を取り除く
        # format    = format.sub( /(.*)\"\z/, "\\1" )              # 後の " を取り除く
        format    = format.gsub(/\\\n/, "\n") # \\\n => \n

        format    = subst_name(format, name_array)

        arg_list  = fa.get_arg_list

        if file_name[0] != ?/
          file_name = "#{$gen}/#{file_name}"
        end

        na = [] # シンボルを attribute の値に置き換えた後の引数
        if arg_list
          arg_list.each {|a|
            case a[0]
            when :STRING_LITERAL # 文字列定数
              # s = a[1].sub( /^\"(.*)\"$/, "\\1" )            # 前後の "" を取り除く
              s = CDLString.remove_dquote a[1]
              s = subst_name(s, name_array)
              # s = subst_name( a[1], name_array )

              na << s
            when :IDENTIFIER
              param_name = a[1] # 識別子（属性の名前）
              attr = self.find(param_name)
              init = attr.get_initializer # celltype で指定された初期値

              # cell の join のリストから名前を探す
              j = c.get_join_list.get_item(param_name)
              if j # param_name の cell のジョインがあるか
                init = j.get_rhs # cell で指定された初期値を優先
              end

              str = gen_cell_cb_init(nil, c, name_array, attr.get_type, init, attr.get_identifier, 0, true)
                                    # file,cell, name_array, type,          init, identifier,       indent, f_get_str

              # str = str.sub( /^\"(.*)\"$/, "\\1" )            # 前後の "" を取り除く mikan ここで置換でよい？
              str = CDLString.remove_dquote str
              na << str
            end
          }
        end

        begin
          cfg_file = AppFile.open(file_name)

          if $debug
            print "'#{c.get_name}' : factory format: "
            print(format)
            print(" arg: ")
            na.each {|n| print "'#{n}' " }
            print("\n")
          end

          # format 中の \n, \r, \t, \f と \" などを置換
          fmt = CDLString.escape format
          cfg_file.printf(fmt, *na)
          cfg_file.puts("\n")
          cfg_file.close
        rescue => evar
          cdl_error("H1005 \'$1\' : write error while writing factory (specify -t to get more info)", file_name)
          print_exception(evar)
        end
      end
    }
  }
end

#generate_celltype_factory_code ⇒ Object

generate tecsgen.cfg



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# File 'lib/tecsgen/core/generate.rb', line 4726

def generate_celltype_factory_code
  @ct_factory_list.each {|fa|
    if fa.get_name == :write

      # 前後の " を取り除く
      # file_name = fa.get_file_name.sub( /^\"(.*)\"$/, "\\1" )
      file_name = CDLString.remove_dquote fa.get_file_name
      format = CDLString.remove_dquote fa.get_format
      # format    = fa.get_format.sub( /^\"(.*)/, "\\1" )        # 前の " を取り除く
      # format    = format.sub( /(.*)\"\z/, "\\1" )              # 後の " を取り除く
      format    = format.gsub(/\\\n/, "\n") # \\\n => \n


      # mikan 以下は subst_name で置換するように変更すべき
      file_name = file_name.gsub(/(^|[^\$])\$ct\$/, "\\1#{@name}") # $ct$ をセルタイプ名に置換
      file_name = file_name.gsub(/(^|[^\$])\$ct_global\$/, "\\1#{@global_name}") # $ct$ をセルタイプ名に置換
      format    = format.gsub(/(^|[^\$])\$ct\$/, "\\1#{@name}") # $ct$ をセルタイプ名に置換
      format    = format.gsub(/(^|[^\$])\$ct_global\$/, "\\1#{@global_name}") # $ct$ をセルタイプ名に置換
      format    = format.gsub(/\$\$/, "\$") # $$ を $ に置換

      if file_name[0] != ?/
        file_name = "#{$gen}/#{file_name}"
      end

      begin
        cfg_file = AppFile.open(file_name)
        if $debug
          print "'#{@name}' : celltype factory format: "
          puts(format)
        end
        # format 中の \n, \r, \t, \f と \" などを置換
        fmt = CDLString.escape format
        cfg_file.print(fmt)
        cfg_file.puts("\n")
        cfg_file.close
      rescue => evar
        cdl_error("H1004 \'$1\' : write error while writing factory (specify -t to get more info)", file_name)
        print_exception(evar)
      end
    end
  }
end

#generate_factory_header ⇒ Object

celltype factory header



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# File 'lib/tecsgen/core/generate.rb', line 2968

def generate_factory_header
  f = AppFile.open("#{$gen}/#{@global_name}_factory.#{$h_suffix}")
  f.print("#ifndef #{@name}_FACTORY_H\n")
  f.print("#define #{@name}_FACTORY_H\n")
  f.close
end

#generate_factory_header_post ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 2975

def generate_factory_header_post
  f = AppFile.open("#{$gen}/#{@global_name}_factory.#{$h_suffix}")

  plugin_obj = get_celltype_plugin
  if plugin_obj
    plugin_obj.gen_factory f
  end

  f.print("#endif /* #{@name}_FACTORY_H */\n")
  f.close
end

#generate_inline_template_code ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4679

def generate_inline_template_code
  return if @n_entry_port_inline == 0
  return if @b_reuse && !$generate_all_template
  if !(@plugin && @plugin.gen_ep_func?)
    return if @b_reuse && !$generate_all_template
    return if $generate_no_template # $generate_all_template より優先される

    # 参考として出力するテンプレートファイルであることを示すために "_templ" を付加する
    fname = "#{$gen}/#{@global_name}_inline_templ.#{$h_suffix}"
  else
    # Plugin により生成されたセルタイプについては、原則的にテンプレートではなく、
    # 修正不要なセルタイプの実装コードを生成する．
    # このため、ファイル名に _temp を付加しない
    fname = "#{$gen}/#{@global_name}_inline.#{$h_suffix}"
  end
  f = AppFile.open(fname)

  gen_ph_guard f, "_INLINE"

  unless @plugin && @plugin.gen_ep_func?
    f.printf(TECSMsg.get(:inline_template_note), @name, @name)
  else
    print_note(f, true)
  end

  f.print TECSMsg.get(:preamble_note)
  gen_template_attr_access f
  gen_template_cp_fun f
  f.print(" *\n * #[</PREAMBLE>]# */\n\n")

  gen_template_ep_fun(f, true)

  f.print TECSMsg.get(:postamble_note)

  if @plugin
    # このメソッドの引数は plugin.rb の説明を見よ
    @plugin.gen_postamble(f, @singleton, @name, @global_name)
  end

  f.print "\n"
  gen_ph_endif f, "INLINE"
  f.close
end

#generate_makefile ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4856

def generate_makefile
  generate_makefile_template
  generate_makefile_depend
end

#generate_makefile_depend ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4886

def generate_makefile_depend
  headers = ["$(GEN_DIR)/#{@global_name}_tecsgen.#{$h_suffix}", "$(GEN_DIR)/#{@global_name}_factory.#{$h_suffix}", "$(GEN_DIR)/global_tecsgen.#{$h_suffix}"]

  # inline 受け口を持つか？
  if @n_entry_port_inline > 0
    headers << "#{@global_name}_inline.#{$h_suffix}"
  end

  # 呼び口または受け口のシグニチャのヘッダ
  @port.each {|p|
    next if p.is_omit?
    headers << "$(GEN_DIR)/#{p.get_signature.get_global_name}_tecsgen.#{$h_suffix}"
  }

  headers += get_depend_header_list
  headers.sort!
  headers.uniq!
  headers = headers.join " "

  f = AppFile.open("#{$gen}/Makefile.depend")

#    print_Makefile_note f

  f.print <<EOT
# Celltype: #{@name}  #_MDEP_#
$(_TECS_OBJ_DIR)#{@global_name}_tecsgen.o : #{@global_name}_tecsgen.#{$c_suffix} #{headers}
$(_TECS_OBJ_DIR)#{@global_name}_templ.o : #{@global_name}_templ.#{$c_suffix} #{headers}
$(_TECS_OBJ_DIR)#{@global_name}.o : #{@global_name}.#{$c_suffix} #{headers}

EOT
  f.close
end

#generate_makefile_template ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4861

def generate_makefile_template
  return if $generate_no_template

  # Makefile.templ の生成（追記）

  f = AppFile.open("#{$gen}/Makefile.templ")
  f.print <<EOT
$(_TECS_OBJ_DIR)#{@global_name}.o : #{@global_name}.#{$c_suffix}
	$(CC) -c $(CFLAGS) -o $@ $<

EOT
# この生成規則は2点で意味がない
#  ・$(GEN_DIR) に .o を生成するルールがない
#  ・テンプレートコードをそのままビルドするのは紛らわしい
# # Celltype: #{@name}
# $(GEN_DIR)/#{@global_name}_tecsgen.o : $(GEN_DIR)/#{@global_name}_tecsgen.#{$c_suffix}
#   $(CC) -c $(CFLAGS) -o $@ $<
#
# $(GEN_DIR)/#{@global_name}_templ.o : $(GEN_DIR)/#{@global_name}_templ.#{$c_suffix}
#   $(CC) -c $(CFLAGS) -o $@ $<
#

  f.close
end

#generate_post ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1132

def generate_post
  return if !need_generate? # セルのないセルタイプは生成しない

  generate_private_header_post
  generate_factory_header_post
end

#generate_private_header ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1139

def generate_private_header
  f = AppFile.open("#{$gen}/#{@global_name}_tecsgen.#{$h_suffix}")

  print_note f

  gen_ph_guard f
  gen_ph_info f
  gen_ph_include f
  #
  ifndef_macro_only f
  begin_extern_C f
  gen_ph_cell_cb_type f
  gen_ph_INIB_as_CB f
  gen_ph_extern_cell f          # セルタイプグルコード以外は参照しない
  gen_ph_typedef_idx f          # mikan 参照するものができていない
  gen_ph_ep_fun_prototype f
  end_extern_C f
  endif_macro_only f

  gen_ph_include_cb_type f

  if @n_entry_port_inline == 0
    # inline がなければ CB_TYPE_ONLY とする
    # inline ありの場合、いったん define しておいて、後ですべて undef する
    ifndef_cb_type_only f
  end

  gen_ph_base f
  gen_ph_valid_idx f
  gen_ph_n_cp f                 if @n_call_port_array > 0
  gen_ph_n_ep f                 if @n_entry_port_array > 0
  gen_ph_test_optional_call_port f
  gen_ph_get_cellcb f
  gen_ph_attr_access f          if @n_attribute_rw > 0 || @n_attribute_ro > 0 || @n_var > 0
  f.print "#ifndef TECSFLOW\n"
  gen_ph_cp_fun_macro f, false  if @n_call_port > 0
  f.print "#else  /* TECSFLOW */\n"
  gen_ph_cp_fun_macro f, true   if @n_call_port > 0
  f.print "#endif /* TECSFLOW */\n"
  # gen_ph_abstract_ep_des_type f

  if @n_entry_port_inline == 0
    endif_cb_type_only f
  end

  ifndef_macro_only f
  begin_extern_C f
  # gen_ph_cell_cb_type f
  # gen_ph_INIB_as_CB f
  # gen_ph_extern_cell f          # セルタイプグルコード以外は参照しない
  # gen_ph_typedef_idx f          # mikan 参照するものができていない
  # gen_ph_ep_fun_prototype f
  gen_ph_ep_skel_prototype f

  #--- CB_TYPE_ONLY の場合、ref_desc, set_desc 関数は含めない (マクロ参照するため)
  if @n_entry_port_inline == 0
    ifndef_cb_type_only f
  end
  gen_ph_ref_desc_func f
  gen_ph_set_desc_func f
  if @n_entry_port_inline == 0
    endif_cb_type_only f
  end
  end_extern_C f
  endif_macro_only f

  # 短縮形などのマクロ出力
  if @n_entry_port_inline == 0
    ifndef_cb_type_only f
  end
  gen_ph_valid_idx_abbrev f
  gen_ph_get_cellcb_abbrev f
  gen_ph_attr_access_abbrev f   if @n_attribute_rw > 0 || @n_attribute_ro > 0 || @n_var > 0
  gen_ph_cp_fun_macro_abbrev f  if @n_call_port > 0
  gen_ph_ref_desc_macro_abbrev f
  gen_ph_set_desc_macro_abbrev f
  gen_ph_test_optional_call_port_abbrev f
  gen_ph_ep_fun_macro f if @n_entry_port > 0
  gen_ph_foreach_cell f # FOREACH マクロの出力
  gen_ph_cb_initialize_macro f # CB 初期化マクロの出力．消費しないので ram_initializer フラグに関わらず出力
  gen_ph_dealloc_code f, ""
  gen_ph_dealloc_code f, "_RESET"
  if @n_entry_port_inline == 0
    endif_cb_type_only f
  end

  f.close
end

#generate_private_header_post ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 1228

def generate_private_header_post
  f = AppFile.open("#{$gen}/#{@global_name}_tecsgen.#{$h_suffix}")

  ifndef_macro_only f
  gen_ph_inline f
  endif_macro_only f

  if @n_entry_port_inline > 0
    ifdef_cb_type_only f
    f.printf TECSMsg.get(:UDF_comment), "#_UDF_#"
    f.print "#undef VALID_IDX\n"
    f.print "#undef GET_CELLCB\n"
    f.print "#undef CELLCB\n"
    f.print "#undef CELLIDX\n"
    f.print "#undef #{@name}_IDX\n"

    f.print "#undef FOREACH_CELL\n"
    f.print "#undef END_FOREACH_CELL\n"
    f.print "#undef INITIALIZE_CB\n"
    f.print "#undef SET_CB_INIB_POINTER\n"

    @attribute.each {|a|
      f.print("#undef ATTR_#{a.get_name}\n")
      f.print("#undef #{@global_name}_ATTR_#{a.get_name}\n")
      f.print("#undef #{@global_name}_GET_#{a.get_name}\n")
    }
    @var.each {|v|
      f.print("#undef VAR_#{v.get_name}\n")
      f.print("#undef VAR_#{v.get_name}\n")
      f.print("#undef #{@global_name}_VAR_#{v.get_name}\n")
      f.print("#undef #{@global_name}_GET_#{v.get_name}\n")
      f.print("#undef #{@global_name}_SET_#{v.get_name}\n")
    }
    @port.each {|p|
      next if p.get_port_type != :CALL

      # is_...joined は omit するケースでも出力されるため、omit を検査する前に出力
      if p.is_optional?
        f.print("#undef is_#{p.get_name}_joined\n")
      end

      next if p.is_omit?

      p.get_signature.get_function_head_array.each{|fun|
        f.print("#undef #{@global_name}_#{p.get_name}_#{fun.get_name}\n")
        if !p.is_require? || p.has_name?
          f.print("#undef #{p.get_name}_#{fun.get_name}\n")
        else
          f.print("#undef #{fun.get_name}\n")
        end
      }
      if p.is_dynamic?
        f.print("#undef #{p.get_name}_set_descriptor\n")
        if p.is_optional?
          f.print("#undef #{p.get_name}_unjoin\n")
        end
      elsif p.is_ref_desc?
        f.print("#undef #{p.get_name}_refer_to_descriptor\n")
        f.print("#undef #{p.get_name}_ref_desc\n")
      end
    }
    @port.each {|p|
      next if p.get_port_type != :ENTRY
      next if p.is_omit?
      p.get_signature.get_function_head_array.each{|fun|
        f.print("#undef #{p.get_name}_#{fun.get_name}\n")
      }
    }

    gen_ph_dealloc_code(f, "", true)
    gen_ph_dealloc_code(f, "_RESET", true)

    endif_cb_type_only f
  end

  gen_ph_endif f

  f.close
end

#generate_template_code ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 4338

def generate_template_code
  return if is_all_entry_inline?
  return if @b_reuse && !$generate_all_template
  if !(@plugin && @plugin.gen_ep_func?)
    return if $generate_no_template # $generate_all_template より優先される

    # 参考として出力するテンプレートファイルであることを示すために "_templ" を付加する
    fname = "#{$gen}/#{@global_name}_templ.#{$c_suffix}"
  else
    # Plugin により生成されたセルタイプについては、原則的にテンプレートではなく、
    # 修正不要なセルタイプの実装コードを生成する．
    # このため、ファイル名に _temp を付加しない
    fname = "#{$gen}/#{@global_name}.#{$c_suffix}"
  end

  f = AppFile.open(fname)

  unless @plugin && @plugin.gen_ep_func?
    f.printf(TECSMsg.get(:template_note), @name, @name)
  else
    print_note(f, true)
  end

  f.print TECSMsg.get(:preamble_note)
  gen_template_attr_access f
  gen_template_cp_fun f
  # gen_template_types f     # 0805503 追加してみたが、やっぱりやめる
  f.print(" *\n * #[</PREAMBLE>]# */\n\n")
  f.printf TECSMsg.get(:PAC_comment), "#_PAC_#"

  gen_template_private_header f
  if @plugin
    # このメソッドの引数は plugin.rb の説明を見よ
    @plugin.gen_preamble(f, @singleton, @name, @global_name)
  end

  gen_template_ep_fun f

  f.print TECSMsg.get(:postamble_note)

  if @plugin
    # このメソッドの引数は plugin.rb の説明を見よ
    @plugin.gen_postamble(f, @singleton, @name, @global_name)
  end

  f.close
end

#get_attribute_list ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 812

def get_attribute_list
  @attribute
end

#get_cell_list ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1297

def get_cell_list
  @cell_list
end

#get_celltype_plugin ⇒ Object

Celltype# セルタイププラグインを得る



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# File 'lib/tecsgen/core/componentobj.rb', line 1232

def get_celltype_plugin
  if @generate
    return @generate[2]
  end
end

#get_depend_header_list ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 5011

def get_depend_header_list
  get_depend_header_list_([])
end

#get_depend_header_list_(celltype_list) ⇒ Object 



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# File 'lib/tecsgen/core/generate.rb', line 5015

def get_depend_header_list_(celltype_list)
  headers = []

  if celltype_list.include? self
    return headers
  else
    celltype_list << self
  end

  # 呼び口の結合先のセルタイプのヘッダ（最適化の場合のみ）
  # 結合先の受け口が inline の場合、inline ヘッダも
  @port.each {|p|
    next if p.get_port_type != :CALL
    next if p.is_omit?

    if p.is_skelton_useless? || p.is_cell_unique? || p.is_VMT_useless?
      # 最適化コード (optimize) # スケルトン不要など
      p2 = p.get_real_callee_port
      if p2
        ct = p2.get_celltype
        headers << " $(GEN_DIR)/#{ct.get_global_name}_tecsgen.#{$h_suffix}"
        if p2.is_inline?
          headers << " #{ct.get_global_name}_inline.#{$h_suffix}"
        end
        headers += ct.get_depend_header_list_(celltype_list)
      # else
      #  optional で未結合
      end
    end
  }
  return headers
end

#get_domain_roots ⇒ Object

Celltype#ドメインルートを返す



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# File 'lib/tecsgen/core/componentobj.rb', line 683

def get_domain_roots
  @domain_roots
end

#get_global_name ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1238

def get_global_name
  @global_name
end

#get_id_base ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1264

def get_id_base
  @id_base
end

#get_name ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 677

def get_name
  @name
end

#get_name_array(cell) ⇒ Object

name_array を生成

IN: cell : Cell

index : CB, INIB 配列の添数

RETURN: name_array

name_array[0] = @name           # celltype name
name_array[1] = cell.get_name   # cell name
name_array[2] = cell_CB_name    # cell_CB_name
name_array[3] = cell_CB_INIT    # cell_CB_INIT # CB の外側で初期化が必要な配列の名前
name_array[4] = cell_CB_proto   # CB name for prototype
name_array[5] = cell_INIB       # INIB name
name_array[6] = cell_ID         # ID
name_array[7] = cell_IDX        # IDX
name_array[8] = cell_CBP        # CB pointer
name_array[9] = @global_name    # celltype global name
name_array[10] = cell.get_global_name # cell global name
name_array[11] = cell_INIB_proto #INIB name for proto type



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# File 'lib/tecsgen/core/generate.rb', line 3721

def get_name_array(cell)
  if @singleton
    cell_CB_name = "#{@global_name}_SINGLE_CELL_CB"
    cell_CB_INIT = cell_CB_name
    cell_CB_proto = "#{@global_name}_SINGLE_CELL_CB"
    cell_INIB_name = "#{@global_name}_SINGLE_CELL_INIB"
    cell_INIB_proto = cell_INIB_name
    cell_ID = 0
  else
    if !@idx_is_id_act
      index = cell.get_id - cell.get_celltype.get_id_base
      cell_CB_name = "#{@global_name}_CB_tab[#{index}]"
      cell_CB_INIT = "#{@global_name}_#{cell.get_name}_CB"
      cell_CB_proto = "#{@global_name}_CB_tab[]"
      cell_INIB_name = "#{@global_name}_INIB_tab[#{index}]"
      cell_INIB_proto = "#{@global_name}_INIB_tab[]"
    else
      cell_CB_name = "#{cell.get_global_name}_CB"
      cell_CB_INIT = cell_CB_name
      cell_CB_proto = cell_CB_name
      cell_INIB_name = "#{cell.get_global_name}_INIB"
      cell_INIB_proto = cell_INIB_name
    end
    cell_ID = cell.get_id
  end
  if @idx_is_id_act
    cell_IDX = cell_ID
  else
    cell_IDX = "&#{cell_CB_name}"
  end

  if has_CB?
    cell_CBP = "&#{cell_CB_name}"
  elsif has_INIB?
    cell_CBP = "&#{cell_INIB_name}"
  else
    cell_CBP = "NULL" # CB も INIB もなければ NULL に置換
  end

  name_array = []
  name_array[0] = @name           # celltype name
  name_array[1] = cell.get_name   # cell name
  name_array[2] = cell_CB_name    # cell_CB_name
  name_array[3] = cell_CB_INIT    # cell_CB_INIT
  name_array[4] = cell_CB_proto   # CB name for prototype
  name_array[5] = cell_INIB_name  # cell INIB name
  name_array[6] = cell_ID         # cell ID
  name_array[7] = cell_IDX        # cell IDX
  name_array[8] = cell_CBP        # cell CBP
  name_array[9] = @global_name    # celltype global name
  name_array[10] = cell.get_global_name # cell global name
  name_array[11] = cell_INIB_proto # INIB name for prototype

  return name_array
end

#get_name_list ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 847

def get_name_list
  @name_list
end

#get_plugin ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1268

def get_plugin
  @plugin
end

#get_port_list ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 742

def get_port_list
  @port
end

#get_require ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1272

def get_require
  @require
end

#get_singleton_cell(region) ⇒ Object

Celltype# singleton セルを得る

region

Region : singleton を探す Region

距離が最も近いものを返す mikan 本当は region の範囲の singleton を探す必要がある



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# File 'lib/tecsgen/core/componentobj.rb', line 1207

def get_singleton_cell(region)
  cell = nil
  dist = 999999999 # mikan 制限値（これは十分すぎるほどデカイが）
  # require: celltype で指定
  @cell_list.each{|c|
    # 到達可能で最も近いセルを探す（複数の singleton があるかもしれない）
    d = region.distance(c.get_region)
    # debug
    dbgPrint "distance #{d} from #{region.get_name} to #{c.get_name} in #{c.get_region.get_name}\n"
    # print "DOMAIN: distance #{d} from #{region.get_name} to #{c.get_name} in #{c.get_region.get_name}\n"
    if !d.nil?
      if d < dist
        cell = c
        dist = d
      end
    end
  }
  return cell
end

#get_var_list ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 880

def get_var_list
  @var
end

#has_CB? ⇒ Boolean

Celltype# セルタイプは CB を持つか？

$rom == true のとき、いかのものが置かれる．それらの一つでも存在すれば CB を持つ

size_is が指定されていない var
rw 指定された attribute (現仕様では存在しない)

$rom == false のとき、いかのものが置かれる．それらの一つでも存在すれば CB を持つ

attribute
var
呼び口（ただし、最適化で不要となるものは除く）

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1182

def has_CB?
  if $rom
    return @n_attribute_rw > 0 || (@n_var - @n_var_size_is) > 0 || (@n_call_port_dynamic - @n_call_port_array_dynamic) > 0
    # return @n_attribute_rw > 0 || @n_var > 0
  else
    return @n_attribute_rw > 0 || @n_attribute_ro > 0 || @n_var > 0 || (@n_call_port - @n_call_port_omitted_in_CB) > 0 || @n_entry_port_array_ns > 0
  end
end

#has_INIB? ⇒ Boolean

Celltype# セルタイプは INIB を持つか？

セルタイプが INIB を持つかどうかを判定する $rom == false のとき: INIB を持たない． （すべては CB に置かれる） $rom == true のとき、INIB に置かれるものが一つでも存在すれば INIB を持つ

INIB に置かれるものは
  attribute (omit のものは除く．現仕様では rw のものはない)
  size_is を伴う var
  呼び口（ただし、最適化で不要となるものは除く）

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1162

def has_INIB?
  result = $rom &&
           (@n_attribute_ro > 0 ||
            @n_var_size_is > 0 ||
            (@n_call_port - @n_call_port_omitted_in_CB - (@n_call_port_dynamic - @n_call_port_array_dynamic)) > 0 ||
            $ram_initializer && @n_call_port_dynamic > 0 ||
            @n_entry_port_array_ns > 0)
  # print "name=#{@name} n_attribute_ro=#{@n_attribute_ro}  n_var_size_is=#{@n_var_size_is} n_call_port=#{@n_call_port} n_call_port_omitted_in_CB=#{@n_call_port_omitted_in_CB} n_call_port_dynamic=#{@n_call_port_dynamic} n_call_port_array_dynamic=#{@n_call_port_array_dynamic} n_entry_port_array_ns=#{@n_entry_port_array_ns} has_INIB?=#{result}\n"

  return result
end

#header_included?(hname) ⇒ Boolean

Celltype# ヘッダは include されているか hname::Symbol : ヘッダ名

RETURN

bool_t: false インクルードされていない、true インクルードされている

#ISH#, #ICT# でヘッダが取り込まれているかチェックする false が返った場合、hname は登録されて、次回の呼び出しでは true が返る

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/optimize.rb', line 448

def header_included?(hname)
  if @included_header[hname].nil?
    @included_header[hname] = true
    return false
  else
    return true
  end
end

#idx_is_id_act? ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1250

def idx_is_id_act?
  @idx_is_id_act
end

#is_active? ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1246

def is_active?
  @active
end

#is_all_entry_inline? ⇒ Boolean

Celltype# inline 受け口しかないか？

受け口が無い場合、すべての受け口が inline とはしない

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1303

def is_all_entry_inline?
  @n_entry_port == @n_entry_port_inline && @n_entry_port > 0
end

#is_inactive? ⇒ Boolean

Celltype# アクティブではないか

このメソッドでは active の他に factory (singleton においては FACTORYを含む)がなければ inactive とする

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1256

def is_inactive?
  if @active == false && @factory_list.length == 0 &&
      (@singleton && @ct_factory_list.length == 0 || !@singleton)
    return true
  end
  return false
end

#is_singleton? ⇒ Boolean

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1242

def is_singleton?
  @singleton
end

#need_CB_initializer? ⇒ Boolean

Celltype# SET_CB_INIB_POINTER, INITIALIZE_CB が必要か

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1192

def need_CB_initializer?
  @n_var_init > 0 || has_CB? || (@n_call_port_dynamic && $ram_initializer)
end

#need_generate? ⇒ Boolean

Celltype# コード生成する必要があるか判定

セルの個数が 0 ならセルタイプコードは生成不要

Returns:

  • (Boolean) 


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# File 'lib/tecsgen/core/componentobj.rb', line 1278

def need_generate?
  @n_cell_gen > 0
end

#new_attribute(attribute) ⇒ Object

Celltype# new_attribute for Celltype

attribute
Decl 


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# File 'lib/tecsgen/core/componentobj.rb', line 752

def new_attribute(attribute)
  @attribute += attribute
  attribute.each {|a|
    a.set_owner self
    @name_list.add_item(a)
    if a.is_omit?
      @n_attribute_omit += 1
    elsif a.is_rw?
      @n_attribute_rw += 1
    else
      @n_attribute_ro += 1
    end
    if a.get_initializer
      # 登録後にチェックしても問題ない（attr を参照できないので、自己参照しない）
      a.get_type.check_init(@locale, a.get_identifier, a.get_initializer, :ATTRIBUTE)
    end
  }
end

#new_cell(cell) ⇒ Object

Celltype# celltype に新しい cell を追加

cell

Cell

新しいセルをセルタイプに追加． セルの構文解釈の最後でこのメソドを呼出される． シングルトンセルが同じ linkunit に複数ないかチェック



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# File 'lib/tecsgen/core/componentobj.rb', line 1132

def new_cell(cell)
  dbgPrint "Celltype#new_cell( #{cell.get_name} )\n"
  # Celltype では Cell の set_owner しない
  # シングルトンで、プロトタイプ宣言でない場合、コード生成対象リージョンの場合
  if @singleton
    @cell_list.each{|c|
      if c.get_region.get_link_root == cell.get_region.get_link_root
        cdl_error("S1024 $1: multiple cell for singleton celltype", @name)
      end
    }
  end
  @cell_list << cell

  # プラグインにより生成されたセルタイプか ?
  if @plugin
    @plugin.new_cell cell
  end

  # セルタイププラグインの適用
  celltype_plugin_new_cell cell
end

#new_factory(factory) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 996

def new_factory(factory)
  factory.set_owner self
  if factory.get_f_celltype
    @ct_factory_list << factory
  else
    @factory_list << factory
  end

  factory.check_arg(self)
end

#new_port(port) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 718

def new_port(port)
  port.set_owner self
  @port << port
  @name_list.add_item(port)
  if port.get_port_type == :CALL
    @n_call_port += 1
    @n_call_port_array += 1 if !port.get_array_size.nil?
    if port.is_dynamic?
      @n_call_port_dynamic += 1
      @n_call_port_array_dynamic += 1 if !port.get_array_size.nil?
    end
    if port.is_ref_desc?
      @n_call_port_ref_desc += 1
      @n_call_port_array_ref_desc += 1 if !port.get_array_size.nil?
    end
  else
    @n_entry_port += 1
    @n_entry_port_array += 1 if !port.get_array_size.nil?
    @n_entry_port_array_ns += 1 if port.get_array_size == "[]"
    @n_entry_port_inline += 1 if port.is_inline?
  end
  port.set_celltype self
end

#new_require(ct_or_cell_nsp, ep_name, cp_name) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 916

def new_require(ct_or_cell_nsp, ep_name, cp_name)
  # Require: set_owner するものがない
  obj = Namespace.find(ct_or_cell_nsp) # 1
  if obj.instance_of? Celltype
    # Celltype 名で指定
    ct = obj
  elsif obj.instance_of? Cell
    # Cell 名で指定
    ct = obj.get_celltype
  elsif obj.nil?
    cdl_error("S1016 $1 not found", ct_or_cell_nsp.get_path_str)
    return
  else
    cdl_error("S1017 $1 : neither celltype nor cell", ct_or_cell_nsp.get_path_str)
    return
  end

  if !ct.is_singleton?
    # シングルトンではない
    cdl_error("S1018 $1 : not singleton cell", obj.get_name)
  end

  # 受け口を探す
  obj2 = ct.find(ep_name)
  if (!obj2.instance_of? Port) || obj2.get_port_type != :ENTRY
    cdl_error("S1019 \'$1\' : not entry port", ep_name)
    return
  elsif obj2.get_array_size
    cdl_error("S1020 \'$1\' : required port cannot be array", ep_name)
    return
  end

  if obj2.get_signature.nil?
    # signature が未定義：既にエラー
    return
  end

  require_call_port_prefix = :_require_call_port
  if cp_name.nil?
    # 関数名重複チェック
    @require.each{|req|
      unless req[0].to_s =~ /^#{require_call_port_prefix}/
        next # 名前ありの require は関数名重複チェックしない
      end
      port = req[2]
      if port.get_signature == obj2.get_signature
        # 同じ signature （すべて同じ関数名を持つ）個別に出すのではなく、まとめてエラーとする
        cdl_error("S1021 $1 : require cannot have same signature with \'$2\'", obj2.get_name, port.get_name)
        next
      end
      port.get_signature.get_function_head_array.each{|f|
        # mikan ここは、namedList からの検索にならないの？（効率が悪い）
        obj2.get_signature.get_function_head_array.each{|f2|
          if f.get_name == f2.get_name
            cdl_error("S1022 $1.$2 : \'$3\' conflict function name in $4.$5", obj.get_name, obj2.get_name, f.get_name, req[1].get_name, req[2].get_name)
          end
        }
      }
    }
  end

  if cp_name.nil?
    b_has_name = false
    cp_name = :"#{require_call_port_prefix}_#{ct.get_name}_#{obj2.get_name}"
  else
    b_has_name = true
  end
  # require を追加
  @require << [cp_name, obj, obj2] # [ lhs:cp_name, rhs:Celltype, rhs:Port ]

  # require port を追加 (呼び口として追加する。ただし require をセットしておく)
  port = Port.new(cp_name, obj2.get_signature.get_namespace_path, :CALL)
  port.set_require(b_has_name)
  self.new_port port
end

#new_var(var) ⇒ Object

Celltype# 新しい内部変数

var
Decl 


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# File 'lib/tecsgen/core/componentobj.rb', line 857

def new_var(var)
  @var += var
  var.each {|i| # i: Decl
    i.set_owner self
    if i.is_omit?
      @n_var_omit += 1
    else
      @n_var += 1
    end
    @name_list.add_item(i)

    # size_is 指定された配列? mikan  count_is
    if i.get_size_is
      @n_var_size_is += 1
    end

    if i.get_initializer
      i.get_type.check_init(@locale, i.get_identifier, i.get_initializer, :VAR, @name_list)
      @n_var_init += 1
    end
  }
end

#optimize ⇒ Object 



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# File 'lib/tecsgen/core/optimize.rb', line 236

def optimize
  # port の参照するセルタイプの数、セルの数を求める
  if $verbose
    print "=== optimizing celltype #{get_namespace_path} ===\n"
  end

  optimize_call
  if $unopt_entry == false
    optimize_entry
  end
end

#optimize_call ⇒ Object

Celltype#呼び口最適化



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# File 'lib/tecsgen/core/optimize.rb', line 249

def optimize_call
  @port.each{|port|
    next if port.get_port_type != :CALL
    if port.is_omit?
      # 呼び口最適化実施
      @b_cp_optimized = true
      @n_call_port_omitted_in_CB += 1               # CB で省略する呼び口
      port.set_skelton_useless                      # スケルトン関数不要最適化
      port.set_VMT_useless                          # VMT 不要最適化 (直接受け口関数を呼出す)
      if $verbose
        print "optimized by omit: port: #{port.get_name} : o\n"
      end
      next
    elsif port.is_dynamic?
      if $verbose
        print "unoptimized by dynamic: port: #{port.get_name}\n"
      end
      next
    elsif port.is_ref_desc?
      if $verbose
        print "unoptimized by ref_desc: port: #{port.get_name}\n"
      end
      next
    end

    if $verbose
      print "optimizing port : #{port.get_name}\n"
    end

    port_cells = []    # 呼び先セル
    port_ports = []    # 呼び先のポート

    # セルの参照するセルを集める（ポートも一緒に集める）
    @cell_list.each{|cell|

      if !cell.is_generate?
        next
      end

      jl = cell.get_join_list
      j = jl.get_item(port.get_name)

      if j
        if j.get_array_member2
          # 呼び口配列の場合、全部の結合先を集める
          j.get_array_member2.each {|j2|
            if j2
              port_cells << j2.get_rhs_cell
              port_ports << j2.get_rhs_port # 右辺のポート
            else
              # optional で、ある添数のみ初期化されていない（すべて初期化されない場合は、下）
              port_cells << nil
              port_ports << nil
            end
          }
        else
          # 全ての結合先を集める
          port_cells << j.get_rhs_cell
          port_ports << j.get_rhs_port # 右辺のポート
        end
      else
        # optional で初期化されていない（nil を要素に加えておく）
        port_cells << nil
        port_ports << nil # 右辺のポート
      end
    }

    # 重複要素を取り除く
    port_cells.uniq!
    port_ports.uniq!

    # 呼び口の呼び先が一つのポートだけか？
    if port_ports.length == 1

      # 呼び口配列が可変長の場合、最適化しない
           # mikan 呼び口配列要素数マクロ不具合暫定対策
           # より望ましい修正は、受け口へのポインタは省略するが、配列個数は出力する(#_CP_#, #_TCP_#)
           # さらに配列個数が定数化できるのであれば、定数マクロを出力 (#_NCPA_#)
      next if port.get_array_size == "[]"

      # 呼び口最適化実施
      @b_cp_optimized = true

      # 呼び先が一つのセルだけか？
      if port_cells.length == 1

        # 呼び口は optional で初期化されていない、または受け口は配列ではないか？
        if port_ports[0].nil? || port_ports[0].get_array_size.nil?

          @n_call_port_omitted_in_CB += 1               # CB で省略する呼び口
          port.set_cell_unique                          # セル一つだけ最適化
          port.set_skelton_useless                      # スケルトン関数不要最適化
          port.set_VMT_useless                          # VMT 不要最適化 (直接受け口関数を呼出す)

          if $verbose
            print "cell_unique, VMT_useless & skelton_useless optimize\n"
          end
        else
          port.set_VMT_useless                          # VMT 不要最適化 (スケルトン関数を呼出す)

          if $verbose
            print "VMT_useless optimize\n"
          end
        end

      else # 呼び先が複数のセル（単一のポート）

        # 呼び口は optional で初期化されていない、または受け口は配列ではないか？
        if port_ports[0].nil? || port_ports[0].get_array_size.nil?
          if !@singleton
            port.set_skelton_useless                    # スケルトン関数不要最適化
            port.set_VMT_useless                        # VMT 不要最適化 (スケルトン関数 or 受け口関数を呼出す)

            if $verbose
              print "VMT_useless & skelton useless optimize\n"
            end
          else
            port.set_VMT_useless # VMT 不要最適化 (スケルトン関数 or 受け口関数を呼出す)

            if $verbose
              print "VMT_useless optimize\n"
            end
          end
        end
      end

      port.set_only_callee(port_ports[0], port_cells[0])
         # set_cell_unique でない場合 cell は意味がない

    end

    # debug
    dbgPrint "#{port.get_name} : # of cells : #{port_cells.length}  # of ports : #{port_ports.length}\n"
  }
end

#optimize_entry ⇒ Object

Celltype#受け口最適化

optimize_entry は、呼び口最適化の結果を使用している



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# File 'lib/tecsgen/core/optimize.rb', line 387

def optimize_entry
  # 受け口最適化の設定
  @port.each{|port|
    next if port.get_port_type != :CALL

    # 呼び口側の最適化状態
    b_VMT_useless     = port.is_VMT_useless?
    b_skelton_useless = port.is_skelton_useless?

    # セルの参照するセルを集める（ポートも一緒に集める）
    @cell_list.each{|cell|

      if !cell.is_generate?
        next
      end

      jl = cell.get_join_list
      j = jl.get_item(port.get_name)

      if j # optional で結合されていない場合 nil
        if j.get_array_member2
          # 呼び口配列
          j.get_array_member2.each {|j2|
            if j2
              port2 = j2.get_rhs_port # 右辺のポート
              # 受け口側の最適化可能性を設定
              port2.set_entry_VMT_skelton_useless(b_VMT_useless, b_skelton_useless)
            # else
            #  optional で呼び口配列要素が初期化されていない
            end
          }
        else
          port2 = j.get_rhs_port # 右辺のポート
          # 受け口側の最適化可能性を設定
          port2.set_entry_VMT_skelton_useless(b_VMT_useless, b_skelton_useless)
        end
      end
    }
  }
end

#print_call_define(f) ⇒ Object 



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# File 'lib/tecsgen/core/tecsinfo.rb', line 472

def print_call_define(f)
  if @n_cell_gen > 0
    f.print <<EOT

#include "#{@global_name}_tecsgen.h"
EOT
  else
    f.print <<EOT

// #include "#{@global_name}_tecsgen.h"   // no cell exist
EOT
  end
  @port.each{|port|
    next if port.get_port_type == :ENTRY
    if port.is_omit? || (port.is_VMT_useless? && port.is_cell_unique?) || @n_cell_gen == 0
      place = "CALL_PLACE_NON"
    elsif port.is_dynamic?
      if port.get_array_size
        place = "CALL_PLACE_INIB_DES"
      else
        place = "CALL_PLACE_CB_DES"
      end
    elsif !has_INIB?
      if port.is_VMT_useless?
        place = "CALL_PLACE_CB_IDX"
      else
        place = "CALL_PLACE_CB_DES"
      end
    else
      if port.is_VMT_useless?
        place = "CALL_PLACE_INIB_IDX"
      else
        place = "CALL_PLACE_INIB_DES"
      end
    end
    if (port.is_VMT_useless? && port.is_cell_unique?) || port.is_omit? || @n_cell_gen == 0
      offset = "0xffffffff"
    else
      if port.is_dynamic? || !has_INIB?
        cb_inib = "CB"
      else
        cb_inib = "INIB"
      end
      offset = "(uint32_t)(intptr_t)&((#{@global_name}_#{cb_inib}*)0)->#{port.get_name}"
    end
    array_size = port.get_array_size
    if array_size == "[]"
      array_size = "0xffffffff"
    elsif array_size.nil?
      array_size = "0"
    end

    f.printf "#define %-50s (#{offset})\n",                   "#{@global_name}_#{port.get_name}__offset"
    f.printf "#define %-50s (#{array_size})\n",               "#{@global_name}_#{port.get_name}__array_size"
    f.printf "#define %-50s (#{place})\n",                    "#{@global_name}_#{port.get_name}__place"
    f.printf "#define %-50s (#{port.is_VMT_useless?})\n",     "#{@global_name}_#{port.get_name}__b_VMT_useless"
    f.printf "#define %-50s (#{port.is_skelton_useless?})\n", "#{@global_name}_#{port.get_name}__b_skelton_useless"
    f.printf "#define %-50s (#{port.is_cell_unique?})\n",     "#{@global_name}_#{port.get_name}__b_cell_unique"
  }
end

#print_celltype_define(f) ⇒ Object 



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# File 'lib/tecsgen/core/tecsinfo.rb', line 446

def print_celltype_define(f)
  if has_INIB?
    size_INIB = "(sizeof(#{@global_name}_INIB))"
  else
    size_INIB = "(0)"
  end
  if has_CB?
    size_CB = "(sizeof(#{@global_name}_CB))"
  else
    size_CB = "(0)"
  end

  if @n_cell_gen > 0
    f.printf "\n#include \"#{@global_name}_tecsgen.h\"\n"
    f.printf "#define %-50s (#{@idx_is_id_act})\n",     "#{@global_name}__IDX_is_ID_act"
    f.printf "#define %-50s (#{size_CB})\n",            "#{@global_name}__sizeOfCB"
    f.printf "#define %-50s (#{size_INIB})\n",          "#{@global_name}__sizeOfINIB"
    f.printf "#define %-30s (%d)\n", "#{@global_name}__NCELLINLINKUNIT", @n_cell_gen
  else
    f.printf "#define %-50s (false)\n",                 "#{@global_name}__IDX_is_ID_act"
    f.printf "#define %-50s (0)\n",                     "#{@global_name}__sizeOfCB"
    f.printf "#define %-50s (0)\n",                     "#{@global_name}__sizeOfINIB"
    f.printf "#define %-30s (%d)\n", "#{@global_name}__NCELLINLINKUNIT", @n_cell_gen
  end
end

#print_define_offset(f) ⇒ Object 



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# File 'lib/tecsgen/core/tecsinfo.rb', line 396

def print_define_offset(f)
  # intptr_t に一回キャストするのは 64bit 版を考量してのこと．しかし 32bit としているので 4GB を超える構造体等は扱えない
  if @n_cell_gen > 0
    f.print <<EOT

#include "#{@global_name}_tecsgen.h"
EOT
    @attribute.each{|decl|
      if has_INIB?
        inib_cb = "INIB"
      else
        inib_cb = "CB"
      end
      if !decl.is_omit?
        offset = "(uint32_t)(intptr_t)&(((#{@global_name}_#{inib_cb}*)0)->#{decl.get_name})"
        place = inib_cb
      else
        offset = "0xffffffff"
        place = "NON"
      end
      f.printf "#define OFFSET_OF_%-30s  (%s)\n", "#{@global_name}_#{decl.get_name}", offset
      f.printf "#define PLACE_OF_%-30s  VARDECL_PLACE_%s\n", "#{@global_name}_#{decl.get_name}", place
    }
    @var.each{|decl|
      if decl.get_size_is && has_INIB?
        inib_cb = "INIB"
      else
        inib_cb = "CB"
      end
      place = inib_cb
      f.printf "#define OFFSET_OF_%-30s  (%s)\n", "#{@global_name}_#{decl.get_name}", "(uint32_t)(intptr_t)&(((#{@global_name}_#{inib_cb}*)0)->#{decl.get_name})"
      f.printf "#define PLACE_OF_%-30s  VARDECL_PLACE_%s\n", "#{@global_name}_#{decl.get_name}", place
    }
  else
    f.print <<EOT

// #include "#{@global_name}_tecsgen.h"   // no cell exist
EOT
    # 生成されないセルタイプ
    @attribute.each{|decl|
      f.printf "#define OFFSET_OF_%-30s  (%s)\n", "#{@global_name}_#{decl.get_name}", "0xffffffff"
      f.printf "#define PLACE_OF_%-30s   VARDECL_PLACE_NON\n", "#{@global_name}_#{decl.get_name}"
    }
    @var.each{|decl|
      f.printf "#define OFFSET_OF_%-30s  (%s)\n", "#{@global_name}_#{decl.get_name}", "0xffffffff"
      f.printf "#define PLACE_OF_%-30s   VARDECL_PLACE_NON\n", "#{@global_name}_#{decl.get_name}"
    }
  end
end

#print_entry_define(f) ⇒ Object 



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# File 'lib/tecsgen/core/tecsinfo.rb', line 533

def print_entry_define(f)
  @port.each{|port|
    next if port.get_port_type == :CALL
    array_size = port.get_array_size
    if array_size == "[]"
      array_size = "0xffffffff"
    elsif array_size.nil?
      array_size = "0"
    end

    f.printf "#define %-50s (#{array_size})\n", "#{@global_name}_#{port.get_name}__array_size"
  }
end

#print_info(f, indent) ⇒ Object 



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# File 'lib/tecsgen/core/tecsinfo.rb', line 340

def print_info(f, indent)
  f.print <<EOT
#{indent}cell nTECSInfo::tCelltypeInfo #{@global_name}CelltypeInfo {
#{indent}    name             = "#{@name}";
#{indent}    b_singleton      = #{@singleton};
#{indent}    b_IDX_is_ID_act  = C_EXP( "#{@global_name}__IDX_is_ID_act" );
#{indent}    sizeOfCB         = C_EXP( "#{@global_name}__sizeOfCB" );
#{indent}    sizeOfINIB       = C_EXP( "#{@global_name}__sizeOfINIB" );
#{indent}    n_cellInLinkUnit = C_EXP( "#{@global_name}__NCELLINLINKUNIT" );
#{indent}    n_cellInSystem   = #{@cell_list.length};
EOT
  @port.each{|port|
    if port.get_port_type == :ENTRY
      f.print <<EOT
#{indent}    cEntryInfo[]    = #{@global_name}_#{port.get_name}EntryInfo.eEntryInfo;
EOT
    end
  }
  @port.each{|port|
    if port.get_port_type == :CALL
      f.print <<EOT
#{indent}    cCallInfo[]     = #{@global_name}_#{port.get_name}CallInfo.eCallInfo;
EOT
    end
  }
  @attribute.each{|decl|
    f.print <<EOT
#{indent}    cAttrInfo[]     = #{@global_name}_#{decl.get_name}VarDeclInfo.eVarDeclInfo;
EOT
  }
  @var.each{|decl|
    f.print <<EOT
#{indent}    cVarInfo[]      = #{@global_name}_#{decl.get_name}VarDeclInfo.eVarDeclInfo;
EOT
  }
  f.print <<EOT
#{indent}};
EOT
  @port.each{|port|
    if port.get_port_type == :ENTRY
      port.print_info f, @global_name, indent
    end
  }
  @port.each{|port|
    if port.get_port_type == :CALL
      port.print_info f, @global_name, indent
    end
  }
  @attribute.each{|decl|
    decl.print_info f, @global_name, indent, :DECLTYPE_ATTR
  }
  @var.each{|decl|
    decl.print_info f, @global_name, indent, :DECLTYPE_VAR
  }
end

#reset_optimize ⇒ Object

Celltype# リセットする



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# File 'lib/tecsgen/core/optimize.rb', line 429

def reset_optimize
  @@ID_BASE = ID_BASE      # 本当は一回だけでよい
  @id_base = 1             # set_cell_id でリセットされるので不要

  @b_cp_optimized = false  # 呼び口最適化
  @n_call_port_omitted_in_CB = 0 # 呼び口最適化により不生成となったポートの数
  @n_cell_gen = 0 # 生成セル個数
  @port.each{|p|
    p.reset_optimize
  }
  @included_header = {}
  @domain_roots = {}
end

#set_cell_id ⇒ Object

各セルに ID （整数値）を割付ける



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# File 'lib/tecsgen/core/optimize.rb', line 99

def set_cell_id
  if $verbose
    print("=== id for the cells of celltype #{get_namespace_path} ===\n")
  end

  if $unique_id
    @id_base = @@ID_BASE   # id をシステム全体で連番にする
  else
    @id_base = 1           # base を常に 1 から始める
  end

  id_specified_cells = []
  no_id_specified_cells = []

  # プロトタイプを除いた数を求める
  @cell_list.each{|c|
    if c.is_generate?
      # c.set_id( @id_base + @n_cell_gen )
      id = c.get_specified_id
      if id
        id_specified_cells << c
      else
        no_id_specified_cells << c
      end

      # p "#{c.get_name} #{@id_base+@n_cell_gen}"
      @@ID_BASE     += 1
      @n_cell_gen   += 1
    end
  }

  @ordered_cell_list = [] # id = 1 が添数 0 に格納される
  # ID 指定されているセルに id 番号を与える
  id_specified_cells.each{|c|
    id = c.get_specified_id
    if id > 0
      if id >= @n_cell_gen
        cdl_error("S3001 $1: id too large $2 (max=$3)", c.get_name, id, @n_cell_gen)
        next
      end
    else
      if - id >= @n_cell_gen
        cdl_error("S3002 $1: id too large $2 (max=$3)", c.get_name, id, @n_cell_gen)
        next
      end
      id = @n_cell_gen + id + 1
    end

    if @ordered_cell_list[id - 1]
      cdl_error("S3003 $1: id number '$2' conflict with $3", c.get_name, id, @ordered_cell_list[id - 1].get_name)
    end
    @ordered_cell_list[id - 1] = c
    # 通し番号とする場合のため @id_base を加える
    c.set_id(@id_base - 1 + id)
    if $verbose
      print("#{c.get_name}: id=#{c.get_id}  specified id=#{c.get_specified_id}\n")
    end
  }

  # ID 指定されていないセルに id 番号を与える
  i = 0
  no_id_specified_cells.each{|c|
    while !@ordered_cell_list[i].nil?
      i += 1
    end
    @ordered_cell_list[i] = c
    c.set_id(@id_base + i)
    if $verbose
      print("#{c.get_name}: id=#{c.get_id}\n")
    end
  }
  if @n_cell_gen > 0 && i >= @n_cell_gen
    raise "id over id=#{i} N=#{@n_cell_gen}"
  end
end

#set_cell_id_and_domain ⇒ Object 



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# File 'lib/tecsgen/core/optimize.rb', line 93

def set_cell_id_and_domain
  set_cell_id
  set_domain
end

#set_domain ⇒ Object 



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# File 'lib/tecsgen/core/optimize.rb', line 175

def set_domain
  domain_cells = {}
  @cell_list.each{|c|
    if c.is_generate?
      dr = c.get_region.get_domain_root
      if dr.get_domain_type
        dn = dr.get_domain_type.get_name
      else
        dn = nil
      end
      if @domain_roots[dn]
        @domain_roots[dn] << dr
      else
        @domain_roots[dn] = [dr]
      end
      if domain_cells[dr]
        domain_cells[dr] << c
      else
        domain_cells[dr] = [c]
      end
    end
  }

  @domain_roots.each{|dn, drs|
    drs.uniq!
    if $verbose && dn
      print "[domain] celltype=#{@name} domainType=#{dn} domainRootRegions={"
      delim = ""
      drs.each{|r|
        print delim, r.get_name
        delim = ", "
      }
      print "}\n"
      drs.each{|r|
        print "[domain] celltype=#{@name} domainRootRegion=#{r.get_name} domainType=#{dn} domainKind=#{r.get_domain_root.get_domain_type.get_kind} domainCells={"
        delim = ""
        domain_cells[r].each{|c|
          print delim, c.get_name
          delim = ", "
        }
        print "}\n"
      }
    end
  }
  if @domain_roots.length > 1
    p @domain_roots
    raise "ambigous DomainType"
  end

  @domain_roots.each{|dn, regions|
    # domain_type は一つのノードに一つしかないので、一つの要素を無条件で取り出す
    if regions.length > 1
      cdl_info("I9999 celltype '$1' has cells in multi-domain.\n", @name)
      if @idx_is_id == false
        cdl_info("I9999 celltype '$1' forcely set idx_is_id\n", @name)
      end
      @idx_is_id_act = true
    end
  }
end

#set_require_join ⇒ Object

Celltype# require 呼び口の結合を行う

STAGE: S セルタイプの require 呼び口について、結合を行う セルが生成されないかチェックを行う



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# File 'lib/tecsgen/core/componentobj.rb', line 1286

def set_require_join
  @require.each{|req|
    cp_name = req[0]
    cell_or_ct = req[1]
    port = req[2]
    @cell_list.each{|c|
      c.set_require_join(cp_name, cell_or_ct, port)
    }
  }
end

#set_specifier_list(spec_list) ⇒ Object

Celltype# celltype の指定子を設定



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# File 'lib/tecsgen/core/componentobj.rb', line 885

def set_specifier_list(spec_list)
  return if spec_list.nil?

  spec_list.each {|s|
    case s[0]
    when :SINGLETON
      @singleton = true
    when :IDX_IS_ID
      @idx_is_id = true
      @idx_is_id_act = true
    when :ACTIVE
      @active = true
    when :GENERATE
      if @generate
        cdl_error("S1014 generate specifier duplicate")
      end
      @generate = [s[1], s[2]] # [ PluginName, "option" ]
    else
      cdl_error("S1015 $1 cannot be specified for composite", s[0])
    end
  }
  if @singleton
    @idx_is_id_act = false
  end
end

#show_tree(indent) ⇒ Object 



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# File 'lib/tecsgen/core/componentobj.rb', line 1312

def show_tree(indent)
  indent.times { print "  " }
  puts "Celltype: name=#{@name} global_name=#{@global_name}"
  (indent + 1).times { print "  " }
  puts "active=#{@active}, singleton=#{@singleton}, idx_is_id=#{@idx_is_id} plugin=#{@plugin.class} reuse=#{@b_reuse}"
  (indent + 1).times { print "  " }
  puts "namespace_path: #{@NamespacePath}"
  (indent + 1).times { print "  " }
  puts "port:"
  @port.each {|i| i.show_tree(indent + 2) }
  (indent + 1).times { print "  " }
  puts "attribute:"
  @attribute.each {|i| i.show_tree(indent + 2) }
  (indent + 1).times { print "  " }
  puts "var:"
  @var.each {|i| i.show_tree(indent + 2) }
#    (indent+1).times { print "  " }
#    puts "require:"   mikan
#    @require.each { |i| i.show_tree( indent + 2 ) }
  (indent + 1).times { print "  " }
  puts "factory:"
  @factory_list.each {|i| i.show_tree(indent + 2) }
  (indent + 1).times { print "  " }
  puts "@n_attribute_ro #{@n_attribute_ro}"
  (indent + 1).times { print "  " }
  puts "@n_attribute_rw #{@n_attribute_rw}"
# @n_attribute_omit : int >= 0  # of [omit] specified cells
# @n_var:: int >= 0
# @n_var_size_is:: int >= 0     # of [size_is] specified cells # mikan count_is
# @n_var_omit:: int >= 0        # of [omit] specified  cells # mikan var の omit は有？
# @n_call_port:: int >= 0
# @n_call_port_array:: int >= 0
# @n_call_port_omitted_in_CB:: int >= 0   最適化で省略される呼び口
# @n_entry_port:: int >= 0
# @n_entry_port_array:: int >= 0
  (indent + 1).times { print "  " }
  puts "@n_entry_port_inline #{@n_entry_port_inline}"
# @n_cell:: int >= 0  コード生成の頭で算出する．意味解析段階では参照不可
# @id_base:: Integer : cell の ID の最小値(最大値は @id_base + @n_cell)
end

#subst_name(str, name_array) ⇒ Object

$id$, $ct$, $cb$, $idx$ 置換

str に以下の置換を行う

  • $ct$ ⇒ セルタイプ名(ct)

  • $cell$ ⇒ セル名(cell) cell が nil ならば以下の置換は行われない

  • $cb$ ⇒ CB の C 言語名(cb)

  • $cbp$ ⇒ CB へのポインタ(cbp)

  • $cb_proto$ ⇒ CB の C 言語名プロトタイプ宣言用(cb_proto)

  • $id$ ⇒ $ct$_$cell_global$ # ct_cell before or same V1.5.2

  • $idx$ ⇒ idx

  • $ID$ ⇒ id (整数の番号)

  • $ct_global$ ⇒ セルタイプ名(ct)

  • $cell_global$ ⇒ セル名(cell)

  • $$ ⇒ $



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# File 'lib/tecsgen/core/generate.rb', line 5062

def subst_name(str, name_array)
  ct   = name_array[0]    # celltype name
  cell = name_array[1]    # cell name
  cb   = name_array[2]    # cell CB name
  cb_init = name_array[3] # cell CB INIT, これは置換に使われない
  cb_proto = name_array[4] # cell CB name for prototype
  id   = name_array[6]    # cell ID
  idx  = name_array[7]    # cell CB name for prototype
  cbp  = name_array[8]    # cell CB pointer
  ct_global = name_array[9] # cell CB pointer
  cell_global = name_array[10] # cell CB pointer

  str = str.gsub(/(^|[^\$])\$ct\$/, "\\1#{ct}")
  str = str.gsub(/(^|[^\$])\$ct_global\$/, "\\1#{ct_global}")
  if cell
    str = str.gsub(/(^|[^\$])\$cell\$/, "\\1#{cell}")
    str = str.gsub(/(^|[^\$])\$cb\$/, "\\1#{cb}")
    # str = str.gsub( /(^|[^\$])\$id\$/, "\\1#{ct}_#{cell}" )
    str = str.gsub(/(^|[^\$])\$id\$/, "\\1#{ct}_#{cell_global}")
    str = str.gsub(/(^|[^\$])\$cb_proto\$/, "\\1#{cb_proto}")
    str = str.gsub(/(^|[^\$])\$ID\$/, "\\1#{id}")
    str = str.gsub(/(^|[^\$])\$idx\$/, "\\1#{idx}")
    str = str.gsub(/(^|[^\$])\$cbp\$/, "\\1#{cbp}")
    str = str.gsub(/(^|[^\$])\$cell_global\$/, "\\1#{cell_global}")
  end
  str = str.gsub(/\$\$/, "\$") # $$ を $ に置換

  return str
end

#unjoin_plugin ⇒ Object 



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# File 'lib/tecsgen/core/unjoin_plugin.rb', line 161

def unjoin_plugin
  @generate = nil
  @generate_list = []
  @plugin = nil
end