1 /*

     2 * Copyright (c) 2008 Nokia Corporation and/or its subsidiary(-ies). 

     3 * All rights reserved.

     4 * This component and the accompanying materials are made available

     5 * under the terms of "Eclipse Public License v1.0"

     6 * which accompanies this distribution, and is available

     7 * at the URL "http://www.eclipse.org/legal/epl-v10.html".

     8 *

     9 * Initial Contributors:

    10 * Nokia Corporation - initial contribution.

    11 *

    12 * Contributors:

    13 *

    14 * Description:

    15 *

    16 * Writes type definition objects

    17 *

    18 */

    19 package com.nokia.tracecompiler.decodeplugins.dictionary.encoder;

    20 

    21 /**

    22  * Writes type definition objects

    23  * 

    24  */

    25 public class TypeDefStore {

    26 

    27 	/**

    28 	 * Writes <typedef>

    29 	 */

    30 	public static void startTypeDefs() {

    31 		TagWriter.write(TagWriter.TYPEDEFS_START, TagWriter.INDENT_1);

    32 	}

    33 

    34 	/**

    35 	 * Writes <external-def>path</external-def> structure

    36 	 * 

    37 	 * @param path

    38 	 *            path to external dictionary file

    39 	 */

    40 	public static void writeExternalDefFile(String path) {

    41 		StringBuffer sb = new StringBuffer();

    42 		sb.append(TagWriter.EXTERNAL_DEF_START);

    43 		sb.append(XMLDataFilter.changeData(path));

    44 		sb.append(TagWriter.EXTERNAL_DEF_END);

    45 		TagWriter.write(sb.toString(), TagWriter.INDENT_2);

    46 	}

    47 

    48 	/**

    49 	 * Starts <object type="" size="" formatChar="" dataType=""> structure

    50 	 * 

    51 	 * @param type

    52 	 *            original type name

    53 	 * @param size

    54 	 *            size of typical object, it’s optional because dictionary user

    55 	 *            can calculate size for compound types by sum size of each

    56 	 *            member. Give -1 if not used.

    57 	 * @param formatChar

    58 	 *            used for formatting

    59 	 * @param dataType

    60 	 *            one value form <datatype> enumeration

    61 	 */

    62 	public static void startTypeDef(String type, int size, String formatChar,

    63 			DataType dataType) {

    64 		StringBuffer sb = new StringBuffer();

    65 		sb.append(TagWriter.OBJECT_START_OPEN);

    66 		TagWriter.appendAttribute(sb, TagWriter.TYPE_ATTR, type, false);

    67 		if (size >= 0) { // optional attribute

    68 			TagWriter.appendAttribute(sb, TagWriter.SIZE_ATTR, String

    69 					.valueOf(size), true);

    70 		}

    71 		if (formatChar != null) { // optional attribute

    72 			TagWriter.appendAttribute(sb, TagWriter.FORMATCHAR_ATTR,

    73 					formatChar, true);

    74 		}

    75 		TagWriter.appendAttribute(sb, TagWriter.CLASSIFICATION_ATTR, dataType

    76 				.getType(), true);

    77 		sb.append(TagWriter.TAG_CLOSE);

    78 		TagWriter.write(sb.toString(), TagWriter.INDENT_2);

    79 	}

    80 

    81 	/**

    82 	 * Writes <object type="" size="" formatChar="" dataType=""/>

    83 	 * structure

    84 	 * 

    85 	 * @param type

    86 	 *            original type name

    87 	 * @param size

    88 	 *            size of typical object, it’s optional because dictionary user

    89 	 *            can calculate size for compound types by sum size of each

    90 	 *            member. Give -1 if not used.

    91 	 * @param formatChar

    92 	 *            used for formatting

    93 	 * @param dataType

    94 	 *            one value form <datatype> enumeration

    95 	 */

    96 	public static void writeTypeDef(String type, int size, String formatChar,

    97 			DataType dataType) {

    98 		StringBuffer sb = new StringBuffer();

    99 		sb.append(TagWriter.OBJECT_START_OPEN);

   100 		TagWriter.appendAttribute(sb, TagWriter.TYPE_ATTR, type, false);

   101 		if (size >= 0) {

   102 			TagWriter.appendAttribute(sb, TagWriter.SIZE_ATTR, String

   103 					.valueOf(size), true);

   104 		}

   105 		if (formatChar != null) {

   106 			TagWriter.appendAttribute(sb, TagWriter.FORMATCHAR_ATTR,

   107 					formatChar, true);

   108 		}

   109 		TagWriter.appendAttribute(sb, TagWriter.CLASSIFICATION_ATTR, dataType

   110 				.getType(), true);

   111 		sb.append(TagWriter.TAG_END);

   112 		TagWriter.write(sb.toString(), TagWriter.INDENT_2);

   113 	}

   114 

   115 	/**

   116 	 * Writes </object>

   117 	 */

   118 	public static void endTypeDef() {

   119 		TagWriter.write(TagWriter.OBJECT_END, TagWriter.INDENT_2);

   120 	}

   121 

   122 	/**

   123 	 * Writes </typedef>

   124 	 */

   125 	public static void endTypeDefs() {

   126 		TagWriter.write(TagWriter.TYPEDEFS_END, TagWriter.INDENT_1);

   127 	}

   128 }