Module: GenTransparentMarshaler

Included in:
HRP2RPCPlugin, RPCPlugin, SharedRPCPlugin
Defined in:
lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb,
lib/tecsgen/plugin/lib/GenTransparentMarshaler.rb

Overview

プラグインオプション用変数

@task_priority

Integer

@channelCelltype

String

@channelCellName

String

@PPAllocatorSize

Integer

Constant Summary collapse

RPCPluginArgProc =

プラグイン引数名と Proc

{
  "taskPriority"    => Proc.new {|obj, rhs| obj.set_taskPriority rhs },
  "channelCelltype" => Proc.new {|obj, rhs| obj.set_channelCelltype rhs },
  "TDRCelltype"     => Proc.new {|obj, rhs| obj.set_TDRCelltype rhs },
  "channelCell"     => Proc.new {|obj, rhs| obj.set_channelCellName rhs },
  "PPAllocatorSize" => Proc.new {|obj, rhs| obj.set_PPAllocatorSize rhs },
}

Instance Method Summary collapse

Instance Method Details

#gen_ep_func_body(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params) ⇒ Object

受け口関数の本体コードを生成（頭部と末尾は別途出力）

ct_name

Symbol (through プラグインで生成された) セルタイプ名 ．Symbol として送られてくる（らしい）



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 150

def gen_ep_func_body(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params)
  # unmarshaler クラスか?
  if ct_name == @unmarshaler_celltype_name.to_sym
    gen_ep_func_body_unmarshal(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params)
  else
    gen_ep_func_body_marshal(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params)
  end
end

#gen_ep_func_body_marshal(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params) ⇒ Object

marshal コードの生成



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 160

def gen_ep_func_body_marshal(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params)
  b_void = false
  b_ret_er = false

  # 関数の戻り値の元の型を得る(typedef されている場合)
  type = func_type.get_type.get_original_type

  # 戻り値記憶用の変数を出力（void 型の関数では出力しない）
  if !type.is_a?(VoidType)
    if func_type.get_type.is_a?(DefinedType) && (func_type.get_type.get_type_str == "ER" || func_type.get_type.get_type_str == "ER_INT")
      file.print("    #{func_type.get_type.get_type_str}  retval_ = E_OK;\n")
      b_ret_er = true
    else
      file.print("    #{func_type.get_type.get_type_str}  retval_;\n")
    end
  else
    b_void = true
  end

  file.print("    ER      ercd_;\n")
  file.print("    FLGPTN  flgptn;\n")

  # 呼び先の signature を取り出す
  signature = @signature

  # 関数 ID （整数値）
  func_id = signature.get_id_from_func_name(func_name)
  file.print("    int16_t  func_id_ = #{func_id};    /* id of #{func_name}: #{func_id} */\n")

  file.print("    uint8_t  msg[256];\n")

  # シングルトンでないか？
  if !b_singleton

    # singleton でなければ p_cellcb 取得コードを出力
    file.print <<EOT
  #{ct_name}_CB *p_cellcb;

  if( VALID_IDX( idx ) ){
      p_cellcb = GET_CELLCB(idx);
EOT

    # エラーを返すか？
    if b_ret_er
      file.print <<EOT
  }else{
       return ERCD( E_RPC, E_ID );
  }
EOT
    else
      file.print <<EOT
  }else{
      /* エラー処理コードをここに記述 */
  }
EOT
    end
  end

  # channel lock コード
  file.print <<EOT
  ///* Channel Lock */
  //if( is_cLockChannel_joined() )
  //  cLockChannel_wait();

EOT

=begin
  # SOP を送信
  file.print "    /* SOPの送出 */\n"
  file.print "    if( ( ercd_ = cTDR_sendSOP( true ) ) != E_OK )\n"
  file.print "      goto error_reset;\n"
=end

  # func_id を送信
  file.print "    /* 関数 id の送出 */\n"
=begin
  file.print "    if( ( ercd_ = cTDR_putInt16( func_id_ ) ) != E_OK )\n"
  file.print "        goto error_reset;\n"
=end
  file.print "    *((int16_t *)(&msg[0])) = func_id_;\n"

  # p "celltype_name, sig_name, func_name, func_global_name"
  # p "#{ct_name}, #{sig_name}, #{func_name}, #{func_global_name}"

  b_get = false # marshal なら put
  b_marshal = true # marshal

  # in 方向の入出力を出力
  @index = 2
  file.print "    /* 入力引数送出 */\n"
  print_params(params, file, 1, b_marshal, b_get, true, func_type.is_oneway?)
  print_params(params, file, 1, b_marshal, b_get, false, func_type.is_oneway?)
=begin
  if ! b_void && ! func_type.is_oneway? then
    ret_ptr_type = PtrType.new( func_type.get_type )
    print_param_nc( "retval_", ret_ptr_type, file, 1, :RETURN, "&", nil, b_get )
  end
=end

  file.print "    /* EOPの送出（パケットの掃きだし） */\n"
  if !func_type.is_oneway?
    b_continue = "true"
  else
    b_continue = "false"
  end
=begin
  file.print "    if( (ercd_=cTDR_sendEOP(#{b_continue})) != E_OK )\n"
  file.print "        goto error_reset;\n\n"
=end
  file.print "    if( (ercd_=cMessageBuffer_send(msg, #{@index})) != E_OK )\n"
  file.print "        goto error_reset;\n\n"

  file.print "        cSemaphore_signal();\n\n"

  if !func_type.is_oneway?
    file.print <<EOT
  if( (ercd_=cEventflag_wait( 0x01, TWF_ANDW, &flgptn )) != E_OK ){
    ercd_ = ERCD(E_RPC,ercd_);
    goto error_reset;
  }
  if( (ercd_=cEventflag_clear( 0x00 ) ) != E_OK ){
    ercd_ = ERCD(E_RPC,ercd_);
    goto error_reset;
  }
EOT
  end # ! func_type.is_oneway?

  file.print <<EOT
  ///* Channel Lock */
  //if( is_cLockChannel_joined() )
  //  cLockChannel_signal();
EOT

  if b_void == false
    # 呼び元に戻り値をリターン
    file.print("    cMessageBuffer_receive(&retval_);\n")
    file.print("    return retval_;\n")
  else
    file.print("    return;\n")
  end

  file.print <<EOT

error_reset:
#if 0
  if( ercd_ != ERCD( E_RPC, E_RESET ) )
      (void)cTDR_reset();
#endif
EOT

  # channel lock コード
  file.print <<EOT
  ///* Channel Lock */
  //if( is_cLockChannel_joined() )
  //  cLockChannel_signal();

EOT

  if b_ret_er != false
    # 呼び元に戻り値をリターン
    file.print("    return ercd_;\n")
  else
    file.print("    return;\n")
  end
end

#gen_ep_func_body_unmarshal(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params) ⇒ Object

unmarshal コードの生成



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 327

def gen_ep_func_body_unmarshal(file, b_singleton, ct_name, global_ct_name, sig_name, ep_name, func_name, func_global_name, func_type, params)
#    b_ret_er = true
  b_ret_er = false

  # func_id を得るコードを生成
  file.print <<EOT

  int16_t   func_id_;
  ER        ercd_;

  #{ct_name}_CB *p_cellcb;

  if( VALID_IDX( idx ) ){
      p_cellcb = GET_CELLCB(idx);
EOT

  if b_ret_er
    file.print <<EOT
  }else{
      return ERCD( E_RPC, E_ID );
  }
EOT
  else
    file.print <<EOT
  }else{
      /* エラー処理コードをここに記述 */
  }
EOT
  end

  file.print <<EOT

  cSemaphore_wait();

#if 0
  /* SOPのチェック */
  if( (ercd_=cTDR_receiveSOP( false )) != E_OK )
      goto error_reset;
  /* func_id の取得 */
  if( (ercd_=cTDR_getInt16( &func_id_ )) != E_OK )
      goto error_reset;
#endif

  if( (ercd_ = cMessageBuffer_receive(msg) < 0 ) )
      goto error_reset;
  func_id_ = ((int16_t *)msg)[0];

#ifdef RPC_DEBUG
  syslog(LOG_INFO, "unmarshaler task: func_id: %d", func_id_ );
#endif
  switch( func_id_ ){
EOT

  # 呼び先の signature を取り出す
  # port = @celltype.find( @next_cell_port_name )
  # signature = port.get_signature
  signature = @signature

  # through の signature に含まれる すべての関数について
  signature.get_function_head_array.each {|f|
    f_name = f.get_name
    f_type = f.get_declarator.get_type
    id = signature.get_id_from_func_name(f_name)

    # 関数は返り値を持つか?
    if f_type.get_type.is_a?(VoidType)
      b_void = true
    else
      b_void = false
    end

    # パケットの終わりをチェック（未受け取りのデータが残っていないかチェック）
    file.print "    case #{id}:       /*** #{f_name} ***/ \n"
    file.print "        if( tTransparentUnmarshaler_#{@signature.get_name}_#{f_name}() != E_OK )\n"
    file.print "            goto error_reset;\n"
    file.print "        break;\n"

  } #

  if @PPAllocatorSize
    ppallocator_dealloc_str = "    /* PPAllocator のすべてを解放 */\n    cPPAllocator_dealloc_all();"
  else
    ppallocator_dealloc_str = ""
  end


  file.print <<EOT
  default:
#if 0 // deleted by ishikawa: tSysLogが未実装
      syslog(LOG_INFO, "unmarshaler task: ERROR: unknown func_id: %d", func_id_ );
#endif /* 0 */
      break;
  };
#{ppallocator_dealloc_str}
  return;

error_reset:
#if 0
  if( ercd_ != ERCD( E_RPC, E_RESET ) )
      (void)cTDR_reset();
#else
  return ercd_;
#endif
#{ppallocator_dealloc_str}
EOT
end

#gen_marshaler_celltype ⇒ Object 



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 112

def gen_marshaler_celltype
  if @PPAllocatorSize
    alloc_call_port = "  call sPPAllocator cPPAllocator;\n"
  else
    alloc_call_port = ""
  end

  f = CFile.open(@marshaler_celltype_file_name, "w")
  # 同じ内容を二度書く可能性あり (AppFile は不可)

  # modified by ishikawa
  f.print <<EOT

celltype #{@marshaler_celltype_name} {
entry #{@signature.get_name} eClientEntry;
call sEventflag  cEventflag;
call sSemaphore  cSemaphore;
call sMessageBuffer cMessageBuffer;
//[optional]
//  call sSemaphore cLockChannel;  // this port is eliminated by optimize
};
celltype #{@unmarshaler_celltype_name} {
call #{@signature.get_name} cServerCall;
call sEventflag  cEventflag;
call sSemaphore  cSemaphore;
call sMessageBuffer cMessageBuffer;
entry sTaskBody  eUnmarshalAndCallFunction;
#{alloc_call_port}
FACTORY{
  write("$ct$_factory.h", "#include <t_syslog.h>");
};
};
EOT
  f.close
end

#gen_postamble(file, b_singleton, ct_name, global_name) ⇒ Object

POSTAMBLE 部のコード生成

アンマーシャラセルタイプの場合、アンマーシャラ関数の生成



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 631

def gen_postamble(file, b_singleton, ct_name, global_name)
  if ct_name != @unmarshaler_celltype_name.to_sym
    return
  end

  file.print "\n/*** アンマーシャラ関数 ***/\n\n"
  @signature.get_function_head_array.each {|f|
    f_name = f.get_name
    f_type = f.get_declarator.get_type
    id = @signature.get_id_from_func_name(f_name)

    # 関数は返り値を持つか?
    if f_type.get_type.is_a?(VoidType)
      b_void = true
    else
      b_void = false
    end

    file.print <<EOT
/*
 * name:    #{f_name}
 * func_id: #{id}
 */
EOT
    file.print "static ER\n"
    file.print "tTransparentUnmarshaler_#{@signature.get_name}_#{f_name}()\n"
    file.print "{\n"
    file.print "	ER  ercd_;\n"

    # 引数を受取る変数の定義
    param_list = f.get_declarator.get_type.get_paramlist.get_items
         # FuncHead->  Decl->    FuncType->ParamList
    param_list.each{|par|
      name = par.get_name
      type = par.get_type
      if type.is_a? ArrayType
        type = type.get_type
        aster = "(*"
        aster2 = ")"
      else
        aster = ""
        aster2 = ""
      end

      type_str = type.get_type_str.gsub(/\bconst\b */, "") # "const" を外す

      file.printf("    %-12s %s%s%s%s;\n", type_str, aster, name, aster2, type.get_type_str_post)
    }

    # 戻り値を受け取る変数の定義
    if !b_void
      if f.is_oneway?
        retval_ptr = "" # oneway の場合、受け取るが捨てられる
      else
        # =begin ishikawa modified
        # retval_ptr = "*"
        retval_ptr = ""
        # =end ishikawa modified
      end
      file.printf("    %-12s #{retval_ptr}retval_%s;\n", f_type.get_type.get_type_str, f_type.get_type.get_type_str_post)
    end

    # in 方向の入出力を入力
    file.print "\n        /* 入力引数受取 */\n"
    b_get = true # unmarshal では get
    b_marshal = false
    @index = 2
    print_params(param_list, file, 1, b_marshal, b_get, true, f.is_oneway?)
    print_params(param_list, file, 1, b_marshal, b_get, false, f.is_oneway?)
=begin
    if ! b_void && ! f.is_oneway? then
      ret_ptr_type = PtrType.new( f_type.get_type )
      print_param_nc( "retval_", ret_ptr_type, file, 2, :RETURN, nil, nil, b_get )
    end
=end
    # パケットの受信完了
    # mikan 本当は、対象関数を呼出す後に実施したい．呼出しパケットの使用終わりを宣言する目的として
    file.print "        /* パケット終わりをチェック */\n"
    if !f.is_oneway?
      b_continue = "true"
    else
      b_continue = "false"
    end
=begin
    file.print "    if( (ercd_=cTDR_receiveEOP(#{b_continue})) != E_OK )\n"
    file.print "        goto error_reset;\n\n"
=end
    # 対象関数を呼出す
    file.print "    /* 対象関数の呼出し */\n"
    if b_void
      file.print("    cServerCall_#{f_name}(")
    else
      file.print("    #{retval_ptr}retval_ = cServerCall_#{f_name}(")
    end

    delim = " "
    param_list.each{|par|
      file.print delim
      delim = ", "
      file.print par.get_name.to_s
    }
    file.print(" );\n")

    # 戻り値、出力引数の受取コードの生成

    if !b_void && !f.is_oneway?
      file.print "    if( (ercd_ = cMessageBuffer_send(&retval_, sizeof(#{f_type.get_type.get_type_str})) != E_OK ) )\n"
      file.print "        goto error_reset;\n"

    end
    # oneway の場合出力、戻り値が無く、受取を待たない（非同期な呼出し）
    if !f.is_oneway?
      file.print <<EOT
  /* 関数処理の終了を通知 */
  if( ( ercd_ = cEventflag_set( 0x01 ) ) != E_OK ){
    goto error_reset;
  }
EOT
    end # ! f.is_oneway?
    file.print <<EOT
  return E_OK;
error_reset:
  return ercd_;
}

EOT

  }
end

#gen_preamble(file, b_singleton, ct_name, global_name) ⇒ Object

PREAMBLE 部のコード生成

アンマーシャラセルタイプの場合、アンマーシャラ関数のプロトタイプ宣言を生成



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 611

def gen_preamble(file, b_singleton, ct_name, global_name)
  if ct_name != @unmarshaler_celltype_name.to_sym
    return
  end

  file.print "/* アンマーシャラ関数のプロトタイプ宣言 */\n"
  # signature に含まれる すべての関数について
  @signature.get_function_head_array.each {|f|
    f_name = f.get_name
    f_type = f.get_declarator.get_type
    id = @signature.get_id_from_func_name(f_name)
    file.print "static ER  tTransparentUnmarshaler_#{@signature.get_name}_#{f_name}();\t/* func_id: #{id} */\n"
  }
  file.print "\n"
  file.print "static uint8_t msg[256];\n"
  file.print "\n"
end

#initialize_transparent_marshaler(cell_name) ⇒ Object

marshaler のセルタイプ名を設定する



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 100

def initialize_transparent_marshaler(cell_name)
  @task_priority = 8
  @channelCelltype = "tDataqueueOWChannel"
  @TDRCelltype     = "tTDR"
  @channelCellName = "#{cell_name}_Channel"
  @PPAllocatorSize = nil

  @marshaler_celltype_name = "tMarshaler_#{@signature.get_name}"
  @unmarshaler_celltype_name = "tUnmarshaler_#{@signature.get_name}"
  @marshaler_celltype_file_name = "#{$gen}/#{@marshaler_celltype_name}.cdl"
end

#print_param_nc(name, type, file, nest, b_marshal, outer, outer2, b_get) ⇒ Object

コピーしない引数渡しコードの出力



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 472

def print_param_nc(name, type, file, nest, b_marshal, outer, outer2, b_get)
  indent = "    " * (nest + 1)

  case type
  when DefinedType
    print_param_nc(name, type.get_type, file, nest, b_marshal, outer, outer2, b_get)
  when BoolType, IntType, FloatType, PtrType, ArrayType
    case type
    when BoolType
      type_str = "Int8"
      cast_str = "int8_t"
    when IntType
      bit_size = type.get_bit_size
      case type.get_sign
      when :UNSIGNED
        signC = "U"
        sign  = "u"
      when :SIGNED
        if bit_size == -1 || bit_size == -11
          # signed char の場合、signed を指定する
          signC = "S"
          sign  = "s"
        else
          signC = ""
          sign  = ""
        end
      else
        signC = ""
        sign  = ""
      end

      # p "pn:: #{name} #{bit_size} #{type.get_type_str}"
      case bit_size
      when -1, -11 # -1: char_t, -11: char
        type_str = "#{signC}Char"
        cast_str = "#{sign}char_t"
      when -2
        type_str = "#{signC}Short"
        cast_str = "#{sign}short_t"
      when -3
        type_str = "#{signC}Int"
        cast_str = "#{sign}int_t"
      when -4
        type_str = "#{signC}Long"
        cast_str = "#{sign}long_t"
      when -5
        type_str = "Intptr"
        cast_str = "intptr_t"
      when 8, 16, 32, 64, 128
        type_str = "#{signC}Int#{bit_size}"
        cast_str = "#{sign}int#{bit_size}_t"
      else
        raise "unknown bit_size '#{bit_size}' for int type "
      end

    when FloatType
      bit_size = type.get_bit_size
      if bit_size == 32
        type_str = "Float32"
        cast_str = "float32_t"
      else
        type_str = "Double64"
        cast_str = "double64_t"
      end

    when PtrType
      type_str = "Intptr"
      cast_str = "intptr_t"
    when ArrayType
      type_str = "Intptr"
      cast_str = "intptr_t"
    end

    if type.get_type_str == cast_str
      cast_str = ""
    else
      cast_str = "(" + cast_str + ")"
    end

    if b_get
      cast_str.gsub!(/\)$/, "*)")
      file.print "    " * nest
=begin
      file.print "if( ( ercd_ = cTDR_get#{type_str}( #{cast_str}&(#{outer}#{name}#{outer2}) ) ) != E_OK )\n"
      file.print "    " * nest
      file.print "    goto error_reset;\n"
=end
      file.print "#{name} = *((#{type.get_type_str} *)(&msg[#{@index}]));\n"
      if bit_size.nil?
        raise "HRP2 RPC supports only specified bit_size"
      else
        case bit_size
        when 8, 16, 32, 64, 128
        else
          raise "HRP2 RPC supports only specified bit_size"
        end
      end
      @index += bit_size / 8
    else
      file.print "    " * nest
=begin
      file.print "if( ( ercd_ = cTDR_put#{type_str}( #{cast_str}#{outer}#{name}#{outer2} ) ) != E_OK )\n"
      file.print "    " * nest
      file.print "    goto error_reset;\n"
=end
      file.print "*((#{type.get_type_str} *)(&msg[#{@index}])) = #{name};\n"
      if bit_size.nil?
        raise "HRP2 RPC supports only specified bit_size"
      else
        case bit_size
        when 8, 16, 32, 64, 128
        else
          raise "HRP2 RPC supports only specified bit_size"
        end
      end
      @index += bit_size / 8
    end

  when StructType
    members_decl = type.get_members_decl
    members_decl.get_items.each {|m|
      if m.is_referenced?
        print_param_nc(m.get_name, m.get_type, file, nest, b_marshal, "#{outer}#{name}#{outer2}.", nil, b_get)
      end
    }
    members_decl.get_items.each {|m|
      if !m.is_referenced?
        print_param_nc(m.get_name, m.get_type, file, nest, b_marshal, "#{outer}#{name}#{outer2}.", nil, b_get)
      end
    }

  when VoidType
  when EnumType  # mikan EnumType
  when FuncType  # mikan FuncType
  end
end

#print_params(params, file, nest, b_marshal, b_get, b_referenced, b_oneway = false) ⇒ Object

IN b_marshal, b_get

b_marshal = true  && b_get == false   :  マーシャラで入力引数送出
b_marshal = true  && b_get == true    :  マーシャラで出力引数受取
b_marshal = false && b_get == true    :  アンマーシャラで入力引数受取
b_marshal = false && b_get == get     :  アンマーシャラで出力引数送出



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 439

def print_params(params, file, nest, b_marshal, b_get, b_referenced, b_oneway = false)
  params.each{|param|
# p "#{param.get_name}:  b_marshal: #{b_marshal} b_get: #{b_get}"
    if !(b_referenced == param.is_referenced?)
      next
    end

    dir = param.get_direction
    type = param.get_type
    if b_oneway && dir == :IN && type.get_original_type.is_a?(PtrType) || type.get_original_type.is_a?(ArrayType)
      # oneway, in, PtrType の場合コピー
      alloc_cp = "cPPAllocator_alloc"
      alloc_cp_extra = nil
      print_param(param.get_name, type, file, nest, dir, nil, nil, b_get, alloc_cp, alloc_cp_extra)
    else
      if b_get == false && b_marshal == true || b_get == true && b_marshal == false
        case dir
#          when :IN, :INOUT, :SEND
        when :IN, :INOUT, :OUT, :SEND, :RECEIVE
          print_param_nc(param.get_name, type, file, nest, b_marshal, nil, nil, b_get)
        end
      else
#         case dir
#         when :OUT, :INOUT, :RECEIVE
#         when :RECEIVE
#           print_param_nc( param.get_name, type, file, nest, b_marshal, nil, nil, b_get )
#         end
      end
    end
  }
end

#set_channelCellName(rhs) ⇒ Object

プラグイン引数 channelCellName のチェック



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 85

def set_channelCellName(rhs)
  @channelCellName = rhs
  if @channelCellName =~ /\A[a-zA-Z_]\w*/
    # OK
  else
    cdl_error("RPCPlugin: channeclCellName '#{rhs}' unsuitable for identifier")
  end
end

#set_channelCelltype(rhs) ⇒ Object

プラグイン引数 channelCelltype のチェック



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 61

def set_channelCelltype(rhs)
  @channelCelltype = rhs.to_sym
  # path = [ "::", @channelCelltype ]
  # obj = Namespace.find( path )
  nsp = NamespacePath.analyze(@channelCelltype.to_s)
  obj = Namespace.find(nsp)
  if !obj.instance_of?(Celltype) && !obj.instance_of?(CompositeCelltype)
    cdl_error("RPCPlugin: channeclCelltype '#{rhs}' not celltype or not found")
  end
end

#set_PPAllocatorSize(rhs) ⇒ Object

プラグイン引数 PPAllocatorSize のチェック



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 95

def set_PPAllocatorSize(rhs)
  @PPAllocatorSize = rhs
end

#set_taskPriority(rhs) ⇒ Object

プラグイン引数 taskPriority のチェック



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 56

def set_taskPriority(rhs)
  @task_priority = rhs
end

#set_TDRCelltype(rhs) ⇒ Object

プラグイン引数 TDRCelltype のチェック



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# File 'lib/tecsgen/plugin/lib/GenHRP2Marshaler.rb', line 73

def set_TDRCelltype(rhs)
  @TDRCelltype = rhs.to_sym
  # path = [ "::", @TDRCelltype ]
  # obj = Namespace.find( path )
  nsp = NamespacePath.analyze(@TDRCelltype.to_s)
  obj = Namespace.find(nsp)
  if !obj.instance_of?(Celltype) && !obj.instance_of?(CompositeCelltype)
    cdl_error("RPCPlugin: TDRCelltype '#{rhs}' not celltype or not found")
  end
end