XLIFF Profile for Windows Resources

Preliminary Working Draft, 13 August 2002

This version:
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Latest version:
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Editors:
John Reid <jreid@novell.com>
Yves Savourel <ysavourel@translate.com>
Copyright © The Organization for the Advancement of Structured Information Standards [OASIS] 2002. All Rights Reserved.

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Abstract

This document describes how Windows resources data, up to Windows 2000, should be coded when extracted to an XLIFF document. This document does not cover Windows XP resources. [Gerard: we should cover XP too]

Status of this Document

This document is a Preliminary Working Draft of the committee. It is an OASIS draft document for review by OASIS members and other interested parties. Comments may be sent to xliff-comment@lists.oasis-open.org.

This document may be updated, replaced, or rendered obsolete by other documents at any time. It may also be discarded without further follow up. It is inappropriate to use this document as reference material other than "work in progress".

Table of Contents

1. Introduction
1.1. Purpose
1.2. Requirements
2. General Considerations
2.1. What to Extract
2.2. Identifiers
2.2.1. Symbol Versus Value
2.2.2. Non-Unique Identifiers
2.3. Styles
2.4. Languages
2.5. Content Text
2.6. Coordinates
2.7. Resource Names and Types
2.8. <file> Element
3. Details by Resource Type
3.1. ACCELERATORS Resource
3.2. ANICURSOR Resource
3.3. ANIICON Resource
3.4. BITMAP Resource
3.5. CURSOR Resource
3.6. DIALOG and DIALOGEX Resources
3.6.1. Dialog Box-Level Data
3.6.2. Control-Level Data
3.7. DLGINCLUDE Resource
3.8. DLGINIT Resource
3.9. FONT Resource
3.10. FONTDIR Resource
3.11. GROUP_CURSOR Resource
3.12. GROUP_ICON Resource
3.13. HTML Resource
3.14. ICON Resource
3.15. MANIFEST Resource
3.16. MENU, MENUEX and POPUP Resources
3.17. MESSAGETABLE Resource
3.17.1. From an RC Script
3.17.2. From a Message File or a Compiled File
3.18. PLUGPLAY Resource
3.19. RCDATA Resource
3.20. STRINGTABLE Resource
3.21. User-Defined Resource
3.22. VERSIONINFO Resource
3.23. VXD Resource

Appendices

A. Language Identifiers Mapping
B. Contributions
C. References

1. Introduction

Windows defines a number of resources used in the user interface. These are authored in RC and MC files and compiled into the executable files (DLL or EXE files). As different tools may provide different filters to extract such resources from RC, MC, EXE or DLL files it is important for interoperability that they represent the extracted data in identical manner in the XLIFF document.

1.1. Purpose

The aim of this document is to describe a unique way to represent Windows resources in an XLIFF document. The scope is limited to resources before Windows XP [Should we include XP at this point?] (basically resources created from RC scripts).

1.2. Conventions

To help reading the source code examples, each type of resource is in a distinct colored, the same in the RC script and the XLIFF representation:

In addition, text and parameters for the target language are indicated with the same color scheme as for the source language, but are underlined.

1.2. Requirements

The XLIFF profile to represent extracted Windows resources should address the following requirements:

2. General Considerations

This section discusses the general considerations to take in account when extracting Windows resources.

2.1. What to Extract

[Need to specify exactly what are the rules for extracting: can we extract only partial data (some tools will care about only translating text). Could/should we have a way of flagging the difference?]

Some filters will extract only basic information, other will extract every data needed to re-create an RC file or a compiled resource.

The minimum data a tool should extract are text items and their corresponding ID (for the resname attribute).

An XLIFF document with complete Windows resources should have all the data necessary to display a dialog box, including its coordinates, styles, and so forth.

[General question: how do we handle VERSION, CHARACTERISTICS statement? They don't seem to be in the compiled file. Also what about the general resource style MOVABLE, PURE, etc.]

2.2. Identifiers

The identifier used for matching, leveraging, and other ID-related functions is stored in the resname attribute. The required attribute id is an identifier allowing extraction tools to merge back the data. Its value is determined by the filter.

2.2.1. Symbol Versus Value

One of the difference between the resources in an RC script and a compiled file is how the identifiers are represented: while they are often defined as symbols in the scripts (i.e. IDD_ABOUTBOX), they are the actual corresponding numeric values in the compiled file.

The symbolic identifier brings some advantages as its name is usually meaningful and may sometimes offers useful context information to the localizer.

<group restype='dialog' resname='IDD_ABOUTBOX'>
<group restype='dialog' resname='#100'>

[So, what should be the rule? allow both to coexist?, force value, force symbol?]

2.2.2. Non-Unique Identifiers

Windows allow non-unique identifiers within a resource. An example of this is the often used IDC_STATIC (or -1) identifier used when for controls not associated with any action (icons, labels, etc.).

First, the best approach is to have different identifiers for every single control. Windows does not enforce this, but nothing prevent the developers to implement their resources this way.

[Now, how to handle IDC_STATIC or other duplicate IDs in winres?
group_resname + trans-unit_resname + restype (+ order if trans-unit_resname is not unique) should be unique (?)]

[Warn about not creating pseudo-unique ID when extracting (with sequence counter for example)?]

[Need also to address cases where an ID exists in the compiled file, but not in the resource script: for example STRINGTABLE]

2.3. Styles

XLIFF provides two attributes to store Windows resources style and extended style information: style and exstyle.

The values for styles and extended styles must be in the same form, a number, regardless whether the original format is an RC script or a compiled file. In other words, any combination of symbols should be converted to a single numeric value.

The notation for both the style and the exstyle attribute is always 0xhhhh, where hhhh is the hexadecimal value of the given style or extended style.

Example of style for a dialog box:

STYLE DS_MODALFRAME | WS_POPUP | WS_CAPTION | WS_SYSMENU

Corresponding XLIFF representation:

style="0x80c800c0"

2.4. Languages

In an RC script, the language of Windows resources is generally set using the LANGUAGE statement. It appears anywhere between resource declarations, defining sections of the file to be in a given language. Resources are not necessarily grouped by language.

The language identifier of the resource is carried into the XLIFF document through the standard mean of representing language in XLIFF: the source-language, target-language and xml:lang attributes.

The mapping between Windows language identifiers and RFC 3066 [RFC 3066] values is described in the Language Identifiers Mapping section.

Note that Windows resources may be multilingual, while a <file> element in XLIFF is only bilingual.

2.5. Content Text

[What is the recommended way of dealing with text itself? Text in menu (The content of a menu item text in Windows may have indicators for a hot key (the & sign), or text separators such as '\t' and '\a'.), Text with escaped character, etc.]

The notation for a text of a given resource in it compiled form may be different from the same text in the source RC script. Some characters such as Line-Feed, Backslash, etc. are escaped in the RC file, while they are represented in raw form in the compiled file.

Because using text comparison is often used in localization-related tasks, it is important to use a unique representation of the text in XLIFF, regardless of the one used in the different original files.

[Also: how to treat text from messagetable entry (special escapes)?]

[We should say something about segmentation: whether allow it or not in the recommended representation.]

[How about a note about white spaces? default should be xml:space='preserve' (then we should add it at the top of the XLF file)]

Normal Text

[to do]

Character Escaped Representation
U+0007 (Bell) \a [Conflict \a=0x08 in menu? (that's \b normally)]
U+0009 (Tab) \t
U+000A (Line-Feed) \n
U+000D (Carriage Return) \r
U+0022 (Double Quote) ""
U+005C (Backslash) \\

Any other character with a code-point below U+0020 (Space) should be represented in octal form: \ooo, where ooo is the octal value of the code-point (padded with zeros to be always 3 digits long). Null terminators are not represented.

Binary String

In some case text content is composed of a binary data that can include control characters and even null bytes. Such text is represented in XLIFF as a string with any byte value below 0x20 (including any null byte) in octal form: \ooo, where ooo is the octal value of the byte (padded with zeros to be always 3 digits long). Null bytes are represented.

2.6. Coordinates

Windows resources use the same coordinate representation system as XLIFF: x and y for the top-left corner position of the object, followed by cx and cy, its width and height. Therefore, there is not need to do any conversion when representing Windows resource coordinates in the XLIFF coord attribute.

Example of coordinates for a control:

DEFPUSHBUTTON "OK", IDOK, 129,7,50,14

Corresponding XLIFF representation:

coord="129;7;50;14"

2.7. Resource Names and Types

Windows uses two types of identifiers for resource names and types.

Since, in some cases, such string may need to be represented in an XLIFF document, for instance as the value for a restype attribute of a control, its representation should be standardized.

Ordinal: Use #ddd where ddd is the decimal value for the ordinal.

[Correct or should ordinals simply be the value? (discrepancy RC /exe: RC 128 = '128', Exe 128 = '#128')]

2.8. <file> Element

In an XLIFF document, Windows resources extracted from source or compiled files are stored in a <file> element with the datatype set to winres. [YS: Could we use 'winres' rather than 'win32 resource'? winres is listed in xliff 1.0 spec]

The different types of resources can be listed in any order in the XLIFF document, this order may be different from the order in which the resources are in the original file. The resources of a same type are not necessarily grouped together. [No grouping is required in RC scripts]

Within each resource (i.e. within each dialog box, each menu, each string table, etc.) the <trans-unit> element should be listed in the same order as they are in the original file. This is important because the closest way to come to a unique identifier for some items is to look at its order within the resource it belongs to (for example: the IDC_STATIC (-1) controls in a dialog box).

3. Details by Resource Type

This section describe in detail how each type of resource should be mapped to XLIFF constructs. The list is ordered alphabetically by resource type. Controls are addressed in the part discussing the DIALOG and DIALOGEX resources.

3.1. ACCELERATORS Resource

The ACCELERATOR resource (value=9, RT_ACCELERATOR) describes a set of binding between keys and commands).

In XLIFF, this resource is represented as follow:

Example of conversion from accelerator flag and key to text:

// Given fFlags that contains the flags
// and wAnsi the key or letter code

if ( fFlags & FCONTROL ) sText += "Ctrl+";
if ( fFlags & FALT ) sText += "Alt+";

if ( fFlags & FVIRTKEY )
{
   if ( fFlags & FSHIFT ) sText  += "Shift+";
   if (( wAnsi >= 0x30 ) && ( wAnsi <= 0x39 ))
     sText += (char)wAnsi;
   else if (( wAnsi >= 0x41 ) && ( wAnsi <= 0x5A ))
      sText += (char)wAnsi;
   else
     sText += GetVirtualKeyName(wAnsi);
}
else
{
   if ( wAnsi < 32 ) sText += (char)(wAnsi+0x40);
   else sText += (char)wAnsi;
}

// The GetVirtualKeyName() function is any function that returns
// the virtual key name symbol (e.g. "VK_ESCAPE") for a given key.

[Double check this algorithm!]

Note that some key codes have several corresponding names: 0x15 can be VK_KANA, VK_HANGEUL, or VK_HANGUL. And 0x19 can be VK_HANJA, or VK_KANJI. [Should we recommend to use a specific name in those cases?]

In an RC script, some keys (such as Control + a) could be represented either as ANSI text (i.e. "^a") or has virtual key. To allow better interoperability, it is recommended to always use the "non-ANSI" representation in XLIFF (here: Ctrl+a). [Should we recommend this?]

[What about the NOINVERT flag?]

Example of an ACCELERATORS resource:

IDR_MAINFRAME ACCELERATORS
BEGIN
[to do]
END

Corresponding XLIFF representation:

<group restype='accelerator'>
 <trans-unit id='1' resname='ID1">
  <source>Ctrl+C</source>
 </trans-unit>
 <trans-unit id='2' resname='IDCLEAR">
  <source>K</source>
 </trans-unit>
 <trans-unit id='3' resname='IDELLIPSE">
  <source>Alt+k</source>
 </trans-unit>
 <trans-unit id='3' resname='IDRECT">
  <source>b</source>
 </trans-unit>

[to do ....]

</group>

3.2. ANICURSOR Resource

(value=21, RT_ANICURSOR)

[Need information for this resource]

3.3. ANIICON Resource

(value=22, RT_ANIICON)

[Need information for this resource]

3.4. BITMAP Resource

The BITMAP resource (value=2, RT_BITMAP) describes a bitmap image.

In XLIFF, this resource is represented as follow:

Example of a BITMAP resource:

IDR_MAINFRAME BITMAP MOVEABLE PURE "Res\\Toolbar.bmp"

First possible corresponding XLIFF representation:

<bin-unit id='1' resname='IDR_MAINFRAME'
 mime-type='image/bitmap' restype='bitmap'>
 <bin-source>
  <external-file href='Res\\Toolbar.bmp'/>
 </bin-source>
</bin-unit>

Second possible corresponding XLIFF representation:

<bin-unit id='1' resname='IDR_MAINFRAME'
 mime-type='image/bitmap' restype='bitmap'>
 <bin-source>
  <internal-file form='base64'>
Qk02BAAAAAAAAHYAAAAoAAAAgAAAAA8AAAABAAQAAAAAAMADAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAgAAAgAAAAICAAIAAAACAAIAAgIAAAMDAwACAgIAAAAD/AAD/AAAA//8A/wAAAP8A
/wD//wAA////AHd3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3
d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3d3dwAAAAAAAAd3d3RHd3d3d3d3
d3d3d3d3d3d3dERERER3AAAAAAAHd3d3d3AAd3d3d3AAAAAAAHdwAAAAAAB3d3AzAAAAdwMH
d3dHdHdEd3d3d3d0RERERHcAAAT////0cHd3d3dwcHd3d3cLsAd3d3dw//////B3cAMzMzMz
B3dwMwAAAHcDB3d3R3R0d0d3d3d3dP////RwODg09ERE9AAAAAAAAAcHd3d3C7AHd3d3cP//
///wd3DwMzMzMzB3cDMAAAB3Awd3d0d0dHdHd3d3d3TwAAD0cIODhP////QHd3d7u3cAB3d3
d3AHd3d3d3D/////8HdwvwMzMzMzB3AzAAAAAAMHd3d0RHR3R3dwAAAE////9HA4ODT0RPRE
B3d3eIh3Bwd3d3cLAHd3d3dw//////B3cPvwMzMzMzBwMzMzMzMzB3d3d3R0RHd3cP//9PAA
APRwg4OE///09AAAAAAAAAdwd3d3CwB3d3d3cP/////wd3C/vwAAAAAAcDMAAAAAMwd3d3d0
BHd3d3DwAAT////0cDg4NP//9EcHd3d3d3BwcHd3dwsAd3d3d3D/////8Hdw+/v7+/B3d3Aw
d3d3dwMHd3d3dwd3d3dw///08A9ERHCDg4REREQHcAAAAAAHBwB3d3cLsAd3d3dw//////B3
cL+/v7+wd3dwMHd3d3cDB3d3d3AAd3d3cPAABP//T0dwODg4ODg4B3cP////8HBwd3cAcLsA
d3d3cP/////wd3D78AAAAHd3cDB3d3d3Awd3d3dwcHd3d3D///T//0R3cIMAAAAAgwd3cPAA
APAAB3dwsAcLsAd3d3D///8AAHd3AAd3d3dwAHAwd3d3dwMHd3d3AHAHd3dw8A8ERERHd3A4
B3d3cDgHd3D/////B3d3cLAHcLAHd3dw////Dwd3d3d3d3d3dwBwMHd3d3cAB3d3dwd3B3d3
cP//Dwd3d3dwg4CwCwODB3d3DwAADwd3d3C7AAuwB3d3cP///wB3d3d3d3dwd3BwcDB3d3d3
Bwd3d3cHdwd3d3D//wB3d3d3dwAAC7AAAHd3dw/////wd3d3C7u7AHd3d3AAAAAHd3d3d3d3
dwAHd3AAAAAAAAAHd3d3B3cHd3dwAAAHd3d3d3d3dwAAd3d3d3dwAAAAAHd3d3AAAAd3dw==
  </internal-file>
 </bin-source>
</bin-unit>

3.5. CURSOR Resource

The CURSOR resource (value=1, RT_CURSOR) describes a cursor image.

In XLIFF, this resource is represented as follow:

Example of a CURSOR resource:

IDC_POINTER_COPY CURSOR DISCARDABLE "arrowcop.cur"

First possible corresponding XLIFF representation:

<bin-unit id='1' resname='IDC_POINTER_COPY'
 mime-type='image/cursor' restype='cursor'>
 <bin-source>
  <external-file href='arrowcop.cur'/>
 </bin-source>
</bin-unit>

Second possible corresponding XLIFF representation:

<bin-unit id='1' resname='IDC_POINTER_COPY'
 mime-type='image/cursor' restype='cursor'>
 <bin-source>
  <internal-file form='base64'>
AAACAAEAICAAAAEAAQAwAQAAFgAAACgAAAAgAAAAQAAAAAEAAQAAAAAAgAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAA////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAAMAAAADAAAABgAAAAYAAAAMAAAAjAAAANgAAAD4AAAA/wAAA
P4AAAD8AAAA+CAAAPBQAADg2AAAwQQAAIDYAAAAUAAAACAAA////////////////////////
//////////////////////////////////////////////8////+H////h////w///+8P///
mH///4h///+A////gA///4Af//+AP///gH///4D3//+B4///g8H//4eA//+Pwf//n+P////3
//8=</internal-file>
 </bin-source>
</bin-unit>

3.6. DIALOG and DIALOGEX Resources

The DIALOG and DIALOGEX resources (value=5, RT_DIALOG (for both)) define dialog boxes. The DIALOGEX resource is the same as the DIALOG resource with the following additions:

There are two types of information for a dialog box: the one applying to the dialog box itself, and the one for each control within the dialog box.

3.6.1. Dialog Box-Level Data

The dialog box-level data are represented as follow:

Example of a DIALOG resource:

IDD_DIALOG1 DIALOG DISCARDABLE 0, 0, 235, 55
STYLE DS_MODALFRAME | WS_POPUP | WS_CAPTION | WS_SYSMENU
MENU ID_MAIN
CAPTION "Caption Text"
FONT 8, "MS Sans Serif"
BEGIN
...
END

Corresponding XLIFF representation:

<group restype='dialog' resname='IDD_DIALOG1'
 font='MS Sans Serif;8' coord='0;0;235;55' style='0x80c800c0'
 menu='ID_MAIN'>
 <trans-unit id='0' restype='caption'>
  <source>Caption Text</source>
 </trans-unit>
 ...
</group>

All parameter of the dialog box modified for the target language are stored in the <target> element of the first <trans-unit> of the group, as shown below:

<group restype='dialog' resname='IDD_DIALOG1'
 font='MS Sans Serif;8' coord='0;0;235;55' style='0x80c800c0'
 menu='ID_MAIN'>
 <trans-unit id='0' restype='caption'>
  <source xml:lang='en-us'>Caption Text</source>
  <target xml:lang='ja-jp' font='MS Mincho;10' coord='0;0;300;60'
  >キャプション テキスト</target>
 </trans-unit>
 ...
</group>

Example of a DIALOGEX resource:

IDD_DIALOG1 DIALOGEX 0, 0, 260, 159
STYLE DS_MODALFRAME | WS_POPUP | WS_CAPTION | WS_SYSMENU
EXSTYLE WS_EX_CONTEXTHELP
CAPTION "Caption Text"
MENU IDR_MAIN
FONT 8, "MS Sans Serif"
BEGIN
...
END

Corresponding XLIFF representation:

<group restype='dialog' resname='IDD_DIALOG1'
 font='MS Sans Serif;8;0;256' coord='0;0;260;159' style='0x80c800c0'
 exstyle='0x400' menu='ID_MAIN'>
 <trans-unit id='0' restype='caption'>
  <source>Caption Text</source>
 </trans-unit>
 ...
</group>

3.6.2. Control-Level Data

The controls defined within a dialog box are also extractable. Note that some controls do not have translatable text (e.g. the EDITTEXT control). They still may need to be extracted if the localization process is expect to do any transformation such as resizing.

In an RC script, Windows controls can be written different ways, either as a generic CONTROL control, or as specific controls such as CTEXT, DEFPUSHBUTTON, LISTBOX, etc. The representation in XLIFF is the same regardless of the original form in the RC script.

[Add: Note about forcing attribute values in each <trans-unit> for any attribute already declared in the <group>? Reason: value of dialog box may be used by accident for control (inherited). Should we make all necessary attributes mandatory (for Winres)?]

Example of controls:

...
ICON IDR_MAINFRAME,IDC_STATIC,11,17,20,20
LTEXT "Application Version 1.0",IDC_STATIC,40,10,119,8,SS_NOPREFIX
LTEXT "RTL-reading text",IDC_STATIC,40,25,119,8,0,WS_EX_RTLREADING
DEFPUSHBUTTON "OK",IDOK,178,7,50,14,WS_GROUP,0,HIDOK
...

Corresponding XLIFF representation:

...
<trans-unit id='1' resname='IDC_STATIC' restype='icon'
 coord='11;17;20;20' style=''>
 <source/>
</trans-unit>
<trans-unit id='2' resname='IDC_STATIC' restype='label'
 coord='40;10;119;8' style='0x80'>
 <source>Application Version 1.0</source>
</trans-unit>
<trans-unit id='3' resname='IDC_STATIC' restype='label'
 coord='40;25;119;8' style='0x0' exstyle='0x2000'>
 <source>RTL-reading text</source>
</trans-unit>
<trans-unit id='4' resname='IDOK' restype='button'
 coord='178;7;50;14' style='0x20000' exstyle='0x0' help-id='HIDOK'>
 <source>OK</source>
</trans-unit>
...

Table 1 - Mapping of control class to restype attribute:

Class names in Windows resources are case-insensitive, but the resname attribute is not: always use lowercase for the value of resname. [Should we force to lowercase?]

Control Default Style Class restype Value
AUTO3STATE BS_AUTO3STATE | WS_TABSTOP Button checkbox
AUTOCHECKBOX BS_AUTOCHECKBOX | WS_TABSTOP Button checkbox
AUTORADIOBUTTON BS_AUTORADIOBUTTON | WS_TABSTOP Button radio
BEDIT [???] Edit edit
CHECKBOX BS_CHECKBOX | WS_TABSTOP Button checkbox
COMBOBOX CBS_SIMPLE | WS_TABSTOP ComboBox combobox
CTEXT SS_CENTER | WS_GROUP Static label
DEFPUSHBUTTON BS_DEFPUSHBUTTON | WS_TABSTOP Button button
EDITTEXT ES_LEFT | WS_BORDER | WS_TABSTOP Edit edit
GROUPBOX BS_GROUPBOX Button groupbox
HEDIT [???] Edit edit
ICON SS_ICON Static icon
IEDIT [???] Edit edit
LISTBOX LBS_NOTIFY | WS_BORDER ListBox listbox
LTEXT SS_LEFT | WS_GROUP Static label
PUSHBOX BS_PUSHBOX | WS_TABSTOP Button pushbox
PUSHBUTTON BS_PUSHBUTTON | WS_TABSTOP Button button
RADIOBUTTON BS_RADIOBUTTON | WS_TABSTOP Button radio
RTEXT SS_RIGHT | WS_GROUP Static label
SCROLLBAR SBS_HORZ ScrollBar scrollbar
STATE3 BS_3STATE | WS_TABSTOP Button checkbox
USERBUTTON [???] Button button

The CONTROL controls are mapped depending on  their style. The restype attribute for user-defined controls is the name of the control class (in lowercase).

The following C++ source code illustrates how to get the correct restype value from a control class and style: [Needed?]

// Given szClass the class data
// And dwStyle the style data

bTranslate = true;
if ( wsClass[0] == 0xFFFF )
{
   switch ( szClass[1] )
   {
      case 0x0080: // Button
         switch ( dwStyle & 0x0F )
         {
            case BS_CHECKBOX:
            case BS_AUTOCHECKBOX:
            case BS_3STATE:
            case BS_AUTO3STATE:
               sRestype = "checkbox";
               break;
            case BS_RADIOBUTTON:
            case BS_AUTORADIOBUTTON:
               sRestype = "radio";
               break;
            case BS_GROUPBOX:
               sRestype = "groupbox";
               break;
            default:
               sRestype = "button";
               break;
         }
         break;
      case 0x0081: // Edit
         sRestype = "edit";
         bTranslate = false;
         break;
      case 0x0082: // Static
         switch ( dwStyle & 0x1F )
         {
            case ES_LEFT:
            case ES_RIGHT:
            case ES_CENTER:
            case SS_SIMPLE:
               sRestype = "label";
               break;
            case SS_ICON:
               sRestype = "icon";
               break;
            case SS_BLACKRECT:
            case SS_GRAYRECT:
            case SS_WHITERECT:
            case SS_BLACKFRAME:
            case SS_GRAYFRAME:
            case SS_WHITEFRAME:
            case SS_BITMAP:
            case SS_ENHMETAFILE:
            case SS_ETCHEDHORZ:
            case SS_ETCHEDVERT:
            case SS_ETCHEDFRAME:
               sRestyep = "static";
               bTranslate = false;
               break;
            default:
               sRestype = "static";
               break;
         }
         break;
      case 0x0083: // Listbox
         szRestype = "listbox";
         bTranslate = false;
         break;
      case 0x0084: // Scrollbar
         sRestype = "scrollbar";
         bTranslate = false;
         break;
      case 0x0085: // Combobox
         sRestype = "combobox";
         bTranslate = false;
         break;
      default: // Unknown
         char szBuf[20];
         sprintf(szBuf, "#%d", wsClass[1]);
         sRestype = szBuf;
         break;
   }
}
else sRestype = ConvertToLowerCase(szClass)

3.7. DLGINCLUDE Resource

(value=17, RT_DLGINCLUDE)

[to do]

[Exists in compiled file?]

3.8. DLGINIT Resource

The DLGINIT resource (value=240) is used to describe additional data to specific controls in a given dialog box. 

In XLIFF, this resource is represented as follow:

Example of DLGINIT resource:

IDD_TESTDLG DLGINIT
BEGIN
IDC_COMBO_1000, 0x403, 37, 0
0x6e45, 0x7274, 0x2079, 0x2031, 0x666f, 0x4320, 0x6d6f, 0x6f62, 0x3120,
0x3030, 0x2030, 0x6e69, 0x4420, 0x6169, 0x6f6c, 0x2067, 0x3123, 0x3033,
"\000" 
IDC_COMBO_1000, 0x403, 37, 0
0x6e45, 0x7274, 0x2079, 0x2032, 0x666f, 0x4320, 0x6d6f, 0x6f62, 0x3120,
0x3030, 0x2030, 0x6e69, 0x4420, 0x6169, 0x6f6c, 0x2067, 0x3123, 0x3033,
"\000" 
IDC_COMBO_1000, 0x403, 37, 0
0x6e45, 0x7274, 0x2079, 0x6977, 0x6874, 0x6520, 0x7478, 0x6e65, 0x6564,
0x2064, 0x6863, 0x7261, 0x6361, 0x6574, 0x7372, 0x203a, 0xe9e8, 0x2eea,
"\000" 
0
END

Corresponding XLIFF representation:

<group restype="dlginit" resname="IDD_TESTDLG">
 <trans-unit id="1" resname="IDC_COMBO_1000" restype="entry" style="0x403">
  <source>Entry 1 of Combo 1000 in Dialog #130</source>
 </trans-unit>
 <trans-unit id="2" resname="IDC_COMBO_1000" restype="entry" style="0x403">
  <source>Entry 2 of Combo 1000 in Dialog #130</source>
 </trans-unit>
 <trans-unit id="3" resname="IDC_COMBO_1000" restype="entry" style="0x403">
  <source>Entry with extended characters: èéê.</source>
 </trans-unit>
</group>

Note that in both the RC script and the compiled file the text of a DLGINIT resource is in Windows encoding, not in Unicode. It must be converted to Unicode in XLIFF.

3.9. FONT Resource

(value=8, RT_FONT)

[Need information for this resource]

3.10. FONTDIR Resource

(value=7, RT_FONTDIR)

[Need information for this resource]

3.11. GROUP_CURSOR Resource

(value=12, RT_GROUP_CURSOR)

[Need information for this resource]

3.12. GROUP_ICON Resource

(value=14, RT_GROUP_ICON)

[Need information for this resource]

3.13. HTML Resource

(value=23, RT_HTML)

[to do]

3.14. ICON Resource

The ICON resource (value=3, RT_ICON) describes an icon image.

In XLIFF, this resource is represented as follow:

Example of an ICON resource:

IDR_MAINFRAME ICON DISCARDABLE "Res\\MyApp.ico"

First possible corresponding XLIFF representation:

<bin-unit id='1' resname='IDR_MAINFRAME'
 mime-type='image/icon' restype='icon'>
 <bin-source>
  <external-file href='Res\\MyApp.ico'/>
 </bin-unit>
</bin-unit>

Second possible corresponding XLIFF representation:

<bin-unit id='1' resname='IDR_MAINFRAME'
 mime-type='image/icon' restype='icon'>
 <bin-source>
  <internal-file form='base64'>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==
  </internal-file>
 </bin-source>
</bin-unit>

3.15. MANIFEST Resource

(value=??, RT_MANIFEST)

[Whistler only?]

[Need information for this resource]

3.16. MENU, MENUEX and POPUP Resources

The MENU and MENUEX resources (value=4, RT_MENU (for both)) describe menus. The POPUP resource is a special sub-resource included in a MENU or MENUEX resource.

In XLIFF, these resources are represented as followed:

[To resolve: menu has a simple menu-option, but each item in menuex has a type, a state and a resinfo flag (should we use style, exstyle, menu-option?]

Example of a MENU resource:

IDR_MAINFRAME MENU PRELOAD DISCARDABLE 
BEGIN
   POPUP "&File"
   BEGIN
      MENUITEM "&New\tCtrl+N", ID_FILE_NEW
      MENUITEM "&Open...\tCtrl+O", ID_FILE_OPEN
      MENUITEM "&Save\tCtrl+S", ID_FILE_SAVE
      MENUITEM SEPARATOR
      MENUITEM "E&xit", ID_APP_EXIT
   END
   POPUP "&Test"
   BEGIN
      MENUITEM "&Menu Level 1 Item 1", ID_TEST_L1I1
      POPUP "&Popup Menu"
      BEGIN
         MENUITEM "&Menu Level 2 Item 1", ID_TEST_L2I1
      END
      MENUITEM "&Menu Level 1 Item 2", ID_TEST_L1I2, CHECKED, HELP
   END
END

Corresponding XLIFF representation:

<group restype='menu' resname='IDR_MAINFRAME'>
 <trans-unit id='1' restype='popup'>
  <source>&amp;File</source>
 </trans-unit>
 <group restype='popup'>
  <trans-unit id='2' resname='ID_FILE_NEW' restype='menuitem'>
   <source>&amp;New\tCtrl+N</source>
  </trans-unit>
  <trans-unit id='3' resname='ID_FILE_OPEN' restype='menuitem'>
   <source>&amp;Open...\tCtrl+O</source>
  </trans-unit>
  <trans-unit id='4' resname='ID_FILE_SAVE' restype='menuitem'>
   <source>&amp;Save\tCtrl+S</source>
  </trans-unit>
  <trans-unit id='5' restype='separator' translate='no'>
   <source/>
  </trans-unit>
  <trans-unit id='4' resname='ID_APP_EXIT'>
   <source>E&amp;xit</source>
  </trans-unit>
 </group>
 <trans-unit id='5'>
  <source>&amp;Test</source>
 </trans-unit>

[to do]

</group>

[Need MENUEX examples too]

3.17. MESSAGETABLE Resource

The MESSAGETABLE resource (value=11, RT_MESSAGETABLE) has two distinct representation depending whether the original file it was extracted from was an RC script or a compiled file. The first one is a simple reference, while the second is the actual content of the MESSAGETABLE data.

3.17.1. From an RC Script File

In XLIFF, the MESSAGETABLE resource extracted from an RC script is represented as followed:

Example of a MESSAGETABLE resource in an RC script:

ID_MSGTBL1 MESSAGETABLE MSG0409.BIN

Corresponding XLIFF representation:

<group resname="ID_MSGTBL1" restype="messagetableref">
 <bin-unit id="0" mime-type="binary/messagetable">
  <bin-source>
   <external-file href="MSG0409.BIN"/>
  </bin-source>
 </bin-unit>
</group>

[Or should we force to get the BIN and parse it? (but it would make more sense to parse the MC file then...)]

[Note that we need to find the correct mime-type for a <bin-unit> representation or register one, or create a user-defined one.]

3.17.2. From a Message File or a Compiled File

The MESSAGETABLE resource extracted from a compiled file has the same representation as the data extracted from a message source file (the .mc file that was used to create the binary data used in the RC script). In XLIFF, this resource is represented as followed:

Example of a message file:

MessageIdTypedef=DWORD
SeverityNames=(Success=0x0:STATUS_SEVERITY_SUCCESS
 Informational=0x1:STATUS_SEVERITY_INFORMATIONAL
 Warning=0x2:STATUS_SEVERITY_WARNING
 Error=0x3:STATUS_SEVERITY_ERROR
)
FacilityNames=(System=0x0:FACILITY_SYSTEM
 Runtime=0x2:FACILITY_RUNTIME
 Stubs=0x3:FACILITY_STUBS
 Io=0x4:FACILITY_IO_ERROR_CODE
)
LanguageNames=(English=0x409:MSG00409)

MessageId=0x1
Severity=Error
Facility=Runtime
SymbolicName=MSG_BAD_COMMAND
Language=English
You have chosen an incorrect command.
.

MessageId=0x2
Severity=Warning
Facility=Io
SymbolicName=MSG_BAD_PARM1
Language=English
Cannot reconnect to the server.
.

Corresponding XLIFF representation extracted from the compiled resource:

<group restype="messagetable" resname="#1">
 <trans-unit id="1" resname="0x80040002" restype="message">
  <source>Cannot reconnect to the server.\r\n</source>
 </trans-unit>
 <trans-unit id="2" resname="0xc0020001" restype="message">
  <source>You have chosen an incorrect command.\r\n</source>
 </trans-unit>
</group>

Corresponding XLIFF representation extracted from the source message file:

<file original="Messages.mc" source-language="en-us",
 datatype="binary/messagetable">
 <header>
  <skl><external-file href="Messages.mc.skl"/></skl>
 </header>
 <body>
  <group restype="message">
   <trans-unit id="1" resname="MSG_BAD_COMMAND" restype="message">
    <source>You have chosen an incorrect command.\r\n</source>
   </trans-unit>
   <trans-unit id="2" resname="MSG_BAD_PARM1" restype="message">
    <source>Cannot reconnect to the server.\r\n</source>
   </trans-unit>
  </group>
 </body>
</file>

Note that the order of the messages in the compiled resource is the one of the composite identifier value, which does not necessarily follow the order in which the entries appear in the source message file.

[Need note about special escaping %0 for noLB, %., etc.?]

3.18. PLUGPLAY Resource

(value=19, RT_PLUGPLAY)

[Need information for this resource]

3.19. RCDATA Resource

The RCDATA resource (value=10, RT_RCDATA) defines user data.

In XLIFF, this resource is represented as follow:

[Need to define a way to map RCDATA content to XLIFF. Maybe normal content for strings and binary strings for anything else?]

[Do we need to create some kind of standard format for describing RCDATA?]

Example of an RCDATA resource:

IDR_MYDATA RCDATA
BEGIN
   "Here is an ANSI string\0",
   L"Here is a Unicode string\0",
   1024,
   7L,
   0x029a,
   0o733
END

Corresponding XLIFF representation:

<group restype='rcdata' resname='IDR_MYDATA'>
</group>

3.20. STRINGTABLE Resource

The STRINGTABLE resource (value=6, RT_STRING) describes a set of string entries.

In XLIFF, this resource is represented as follow:

In compiled resources strings are grouped by sections of 16 strings. It is important to make sure the resname for each string matches the identifier used in the original RC file, at least, as its numeric value. The relationships between string identifier (stringID), string table resource identifier (tableID) and index starting at zero in the string table (indexID) are as follow:

To calculate the stringID:

stringID = (tableID-1)*16)+indexID)
For example, the stringID for the 5th entry of the table with resname='#7' is:
((7-1)*16)+4 = 100

To calculate the tableID and the indexID:

tableID = (stringID div 16)+1
For example, the table resname for stringID 100 is:
(100 div 16)+1 = 7

indexID = ((tableID-1)*16)-stringID
For example the indexID for the stringID 100 is:
((100 div 16)*16)-100 = 4 (fifth entry of the table)

Example of a STRINGTABLE resource:

#define IDS_STRING1 100
#define IDS_STRING2 123
...
STRINGTABLE
BEGIN
   IDS_STRING1 "Text of the first string."
   IDS_STRING2 "Text of the second string."
END

Corresponding XLIFF representation extracted from the RC script:

<group restype='string'>
 <trans-unit id='1' resname='IDS_STRING1'>
  <source>Text of the first string.</source>
 </trans-unit>
 <trans-unit id='2' resname='IDS_STRING2'>
  <source>Text of the second string.</source>
 </trans-unit>
</group>

Corresponding XLIFF representation extracted from the compiled file:

<group restype='string' resname='#7'>
 <trans-unit id='1' resname='100'> <!-- 5th item in that table -->
  <source>Text of the first string.</source>
 </trans-unit>
</group>
<group restype='string' resname='#21'>
 <trans-unit id='2' resname='123'> <!-- 6th item in that table -->
  <source>Text of the second string.</source>
 </trans-unit>
</group>

[Should RC output be broken down by table like the compiled file output? If so: Could make merging back difficult for RC scripts]

3.21. User-Defined Resource

[to do]

[Any difference between RC and compiled file?]

3.22. VERSIONINFO Resource

The VERSIONINFO resource (value=16, RT_VERSION) describes a set of key/value pairs corresponding to various version information.

In XLIFF, this resource is represented as follow:

[What about the VS_FIXEDFILEINFO data at the top of the block?]

Example of a VERSIONINFO resource:

VS_VERSION_INFO VERSIONINFO
   FILEVERSION 1,0,0,1
   PRODUCTVERSION 1,0,0,1
   FILEFLAGSMASK 0x3fL
#ifdef _DEBUG
   FILEFLAGS 0x29L
#else
   FILEFLAGS 0x28L
#endif
   FILEOS 0x4L
   FILETYPE 0x1L
   FILESUBTYPE 0x0L
BEGIN
   BLOCK "StringFileInfo"
   BEGIN
      BLOCK "040904b0"
      BEGIN
         VALUE "Comments", "Comments in the version block\0"
         VALUE "CompanyName", "Company XYZ\0"
         VALUE "FileDescription", "TestApp MFC Application\0"
         VALUE "FileVersion", "1, 0, 0, 1\0"
         VALUE "InternalName", "TestApp\0"
         VALUE "LegalCopyright", "Copyright (C) 2002\0"
         VALUE "LegalTrademarks", "Legal trademarks in the version block\0"
         VALUE "OriginalFilename", "TestApp.EXE\0"
         VALUE "PrivateBuild", "Private build info (no translation)\0"
         VALUE "ProductName", "TestApp Application\0"
         VALUE "ProductVersion", "1, 0, 0, 1\0"
         VALUE "SpecialBuild", "Special build info (no translation)\0"
      END
   END
   BLOCK "VarFileInfo"
   BEGIN
      VALUE "Translation", 0x409, 1200
   END
END

Corresponding XLIFF representation:

<group restype='versioninfo'>
 <trans-unit id='1' restype='value' resname='comments' style='0x1'>
  <source>Comments in the version block\0</source>
 </trans-unit>

[to do]

</group>

[What about the 'VarFileInfo' block?]

[Need to specify exactly how to deal with language/encoding identifier]

[Do we need a note about \0 endings? (to keep or not in extracted file?)]

3.23. VXD Resource

(value=20, RT_VXD)

[Need information for this resource]

[to do]

A. Language Identifiers Mapping

Windows resources are labeled with language identifier. This language identifier must be mapped to a language value for the attribute xml:lang, source-language and target-language. The mapped value must respect the definition of RFC 3066 [RFC 3066].

There are a number of inconsistencies in the way language identifiers are defined in Windows that leads to various challenges in the mapping to RFC 3066 values. For example, Spanish modern sort is considered as a language identifier. In other cases the Windows language identifier does not have any evident correspondence to an RFC 3066 value, such as LANG_INVARIANT, or English Caribbean. Lastly, some of the language identifiers indicate script differences rather than regions, for instance, Azeri in Latin or Cyrillic.

[The yellow marks indicate mapping that are problematic: none exists, are illogical, or the values used by XP are not valid RFC 3066 values.]

The table is ordered first by identifier of the main language (rows with gray background), then, by the identifier of the sub-language.

Identifier Predefined Symbol Language RFC 3066 Value
0x0000 LANG_NEUTRAL Windows: Neutral [? (xp=none)]
+0x01 (0x0400) + SUBLANG_DEFAULT Neutral, Default [? (xp=none)]
+0x02 (0x0800) + SUBLANG_SYS_DEFAULT Neutral, System Default [? (xp=none)]
0x0001 LANG_ARABIC Arabic ar
+0x01 (0x0401) + SUBLANG_DEFAULT Arabic, Saudi Arabia ar-SA
+0x01 (0x0401) + SUBLANG_ARABIC_SAUDI_ARABIA Arabic, Saudi Arabia ar-SA
+0x02 (0x0801) + SUBLANG_ARABIC_IRAQ Arabic, Iraq ar-IQ
+0x03 (0x0c01) + SUBLANG_ARABIC_EGYPT Arabic, Egypt ar-EG
+0x04 (0x1001) + SUBLANG_ARABIC_LIBYA Arabic, Libya ar-LY
+0x05 (0x1401) + SUBLANG_ARABIC_ALGERIA Arabic, Algeria ar-DZ
+0x06 (0x1801) + SUBLANG_ARABIC_MOROCCO Arabic, Morocco ar-MA
+0x07 (0x1c01) + SUBLANG_ARABIC_TUNISIA Arabic, Tunisia ar-TN
+0x08 (0x2001) + SUBLANG_ARABIC_OMAN Arabic, Oman ar-OM
+0x09 (0x2401) + SUBLANG_ARABIC_YEMEN Arabic, Yemen ar-YE
+0x0a (0x2801) + SUBLANG_ARABIC_SYRIA Arabic, Syria ar-SY
+0x0b (0x2c01) + SUBLANG_ARABIC_JORDAN Arabic, Jordan ar-JO
+0x0c (0x3001) + SUBLANG_ARABIC_LEBANON Arabic, Libanon ar-LB
+0x0d (0x3401) + SUBLANG_ARABIC_KUWAIT Arabic, Kuwait ar-KW
+0x0e (0x3801) + SUBLANG_ARABIC_UAE Arabic, UAE ar-EA
+0x0f (0x3c01) + SUBLANG_ARABIC_BAHRAIN Arabic, Bahrain ar-BH
+0x10 (0x4001) + SUBLANG_ARABIC_QATAR Arabic, Qatar ar-QA
0x0002 LANG_BULGARIAN Bulgarian bg
+0x01 (0x0402) + SUBLANG_DEFAULT Bulgarian (Bulgaria) bg-BG
0x0003 LANG_CATALAN Catalan ca
+0x01 (0x0403) + SUBLANG_DEFAULT Catalan (Spain) ca-ES
0x0004 LANG_CHINESE Chinese zh
+0x01 (0x0404) + SUBLANG_DEFAULT Chinese, Taiwan (Traditional) zh-TW
+0x01 (0x0404) + SUBLANG_CHINESE_TRADITIONAL Chinese, Taiwan (Traditional) zh-TW
+0x02 (0x0804) + SUBLANG_CHINESE_SIMPLIFIED Chinese, China (Simplified) zh-CN
+0x03 (0x0c04) + SUBLANG_CHINESE_HONGKONG Chinese, Hong-Kong zh-HK
+0x04 (0x1004) + SUBLANG_CHINESE_SINGAPORE Chinese, Singapore zh-SG
+0x05 (0x1404) + SUBLANG_CHINESE_MACAU Chinese, Macau zh-MO
0x0005 LANG_CZECH Czech cs
+0x01 (0x0405) + SUBLANG_DEFAULT Czech, Czech Republic cs-CZ
0x0006 LANG_DANISH Danish da
+0x01 (0x0406) + SUBLANG_DEFAULT Danish, Denmark da-DN
0x0007 LANG_GERMAN German de
+0x01 (0x0407) + SUBLANG_DEFAULT German, Germany de-DE
+0x01 (0x0407) + SUBLANG_GERMAN German, Germany de-DE
+0x02 (0x0807) + SUBLANG_GERMAN_SWISS German, Switzerland de-CH
+0x03 (0x0c07) + SUBLANG_GERMAN_AUSTRIAN German, Austria de-AT
+0x04 (0x1007) + SUBLANG_GERMAN_LUXEMBOURG German, Luxembourg de-LU
+0x05 (0x1407) + SUBLANG_GERMAN_LIECHTENSTEIN German, Liechtenstein de-LI
0x0008 LANG_GREEK Greek el
+0x01 (0x0408) + SUBLANG_DEFAULT Greek, Greece el-GR
0x0009 LANG_ENGLISH English en
+0x01 (0x0409) + SUBLANG_DEFAULT English, US en-US
+0x01 (0x0409) + SUBLANG_ENGLISH_US English, US en-US
+0x02 (0x0809) + SUBLANG_ENGLISH_UK English, UK en-GB
+0x03 (0x0c09) + SUBLANG_ENGLISH_AUS English, Australia en-AU
+0x04 (0x1009) + SUBLANG_ENGLISH_CAN English, Canada en-CA
+0x05 (0x1409) + SUBLANG_ENGLISH_NZ English, New Zealand en-NZ
+0x06 (0x1809) + SUBLANG_ENGLISH_EIRE English, Ireland en-IE
+0x07 (0x1c09) + SUBLANG_ENGLISH_SOUTH_AFRICA English, South Africa en-ZA
+0x08 (0x2009) + SUBLANG_ENGLISH_JAMAICA English, Jamaica en-JM
+0x09 (0x2409) + SUBLANG_ENGLISH_CARIBBEAN English, Caribbean [? (xp=en-CB)]
+0x0a (0x2809) + SUBLANG_ENGLISH_BELIZE English, Belize en-BZ
+0x0b (0x2c09) + SUBLANG_ENGLISH_TRINIDAD English, Trinidad & Tobago en-TT
+0x0c (0x3009) + SUBLANG_ENGLISH_ZIMBABWE English, Zimbabwe en-ZW
+0x0d (0x3409) + SUBLANG_ENGLISH_PHILIPPINES English, Philippines en-PH
0x000a LANG_SPANISH Spanish es
+0x01 (0x040a) + SUBLANG_DEFAULT Spanish, Spain (Castilian) es-ES
+0x01 (0x040a) + SUBLANG_SPANISH Spanish, Spain (Castilian) es-ES
+0x02 (0x080a) + SUBLANG_SPANISH_MEXICAN Spanish, Mexico es-MX
+0x03 (0x0c0a) + SUBLANG_SPANISH_MODERN Spanish, Modern Sort [? (xp=none)]
+0x04 (0x100a) + SUBLANG_SPANISH_GUATEMALA Spanish, Guatemala es-GT
+0x05 (0x140a) + SUBLANG_SPANISH_COSTA_RICA Spanish, Costa Rica es-CR
+0x06 (0x180a) + SUBLANG_SPANISH_PANAMA Spanish, Panama es-PA
+0x07 (0x1c0a) + SUBLANG_SPANISH_DOMINICAN_REPUBLIC Spanish, Dominican Republic es-DO
+0x08 (0x200a) + SUBLANG_SPANISH_VENEZUELA Spanish, Venezuela es-VE
+0x09 (0x240a) + SUBLANG_SPANISH_COLOMBIA Spanish, Columbia es-CO
+0x0a (0x280a) + SUBLANG_SPANISH_PERU Spanish, Peru es-PE
+0x0b (0x2c0a) + SUBLANG_SPANISH_ARGENTINA Spanish, Argentina es-AR
+0x0c (0x300a) + SUBLANG_SPANISH_ECUADOR Spanish, Ecuador es-EC
+0x0d (0x340a) + SUBLANG_SPANISH_CHILE Spanish, Chile es-CL
+0x0e (0x380a) + SUBLANG_SPANISH_URUGUAY Spanish, Uruguay es-UY
+0x0f (0x3c0a) + SUBLANG_SPANISH_PARAGUAY Spanish, Paraguay es-PY
+0x10 (0x400a) + SUBLANG_SPANISH_BOLIVIA Spanish, Bolivia es-BO
+0x11 (0x440a) + SUBLANG_SPANISH_EL_SALVADOR Spanish, El Salvador es-SV
+0x12 (0x480a) + SUBLANG_SPANISH_HONDURAS Spanish, Honduras es-HN
+0x13 (0x4c0a) + SUBLANG_SPANISH_NICARAGUA Spanish, Nicaragua es-NI
+0x14 (0x500a) + SUBLANG_SPANISH_PUERTO_RICO Spanish, Puerto Rico es-PR
0x000b LANG_FINNISH Finnish fi
+0x01 (0x040b) + SUBLANG_DEFAULT Finnish, Finland fi-FI
0x000c LANG_FRENCH French fr
+0x01 (0x040c) + SUBLANG_DEFAULT French, France fr-FR
+0x01 (0x040c) + SUBLANG_FRENCH French, France fr-FR
+0x02 (0x080c) + SUBLANG_FRENCH_BELGIAN French, Belgium fr-BE
+0x03 (0x0c0c) + SUBLANG_FRENCH_CANADIAN French, Canada fr-CA
+0x04 (0x100c) + SUBLANG_FRENCH_SWISS French, Switzerland fr-CH
+0x05 (0x140c) + SUBLANG_FRENCH_LUXEMBOURG French, Luxembourg fr-LU
+0x05 (0x180c) + SUBLANG_FRENCH_MONACO French, Monaco fr-MC
0x000d LANG_HEBREW Hebrew he
+0x01 (0x040d) + SUBLANG_DEFAULT Hebrew, Israel he-IL
0x000e LANG_HUNGARIAN Hungarian hu
+0x01 (0x040e) + SUBLANG_DEFAULT Hungarian, Hungary hu-HU
0x000f LANG_ICELANDIC Icelandic is
+0x01 (0x040f) + SUBLANG_DEFAULT Icelandic, Iceland is-IS
0x0010 LANG_ITALIAN Italian it
+0x01 (0x0410) + SUBLANG_DEFAULT Italian, Italy it-IT
+0x01 (0x0410) + SUBLANG_ITALIAN Italian, Italy it-IT
+0x02 (0x0810) + SUBLANG_ITALIAN_SWISS Italian, Switzerland it-CH
0x0011 LANG_JAPANESE Japanese ja
+0x01 (0x0411) + SUBLANG_DEFAULT Japanese, Japan ja-JP
0x0012 LANG_KOREAN Korean ko
+0x01 (0x0412) + SUBLANG_DEFAULT Korean, Extended Wansung [? ko (xp=ko-KR)]
+0x01 (0x0412) + SUBLANG_KOREAN Korean, Extended Wansung [? ko (xp=ko-KR)]
0x0013

LANG_DUTCH

 Dutch nl
+0x01 (0x413) + SUBLANG_DEFAULT Dutch, Netherlands nl-NL
+0x01 (0x413) + SUBLANG_DUTCH Dutch, Netherlands nl-NL
+0x02 (0x813) + SUBLANG_DUTCH_BELGIAN Dutch, Belgium (Flemish) nl-BE
0x0014

LANG_NORWEGIAN

 Norwegian no
+0x01 (0x414) + SUBLANG_DEFAULT Norwegian, Bokmål [? (xp=nb-NO)]
+0x01 (0x414) + SUBLANG_NORWEGIAN_BOKMAL Norwegian, Bokmål [? (xp=nb-NO)]
+0x02 (0x814) + SUBLANG_NORWEGIAN_NYNORSK Norwegian, Nynorsk [? (xp=nn-NO)]
0x0015 LANG_POLISH Polish pl
+0x01 (0x415) + SUBLANG_DEFAULT Polish, Poland pl-PL
0x0016 LANG_PORTUGUESE Portuguese pt
+0x01 (0x416) + SUBLANG_DEFAULT Portuguese, Brazil pt-BR
+0x01 (0x416) + SUBLANG_PORTUGUESE_BRAZILIAN Portuguese, Brazil pt-BR
+0x02 (0x816) + SUBLANG_PORTUGUESE Portuguese, Portugal pt-PT
0x0018 LANG_ROMANIAN Romanian ro
+0x01 (0x418) + SUBLANG_DEFAULT Romanian, Romania ro-RO
0x0019 LANG_RUSSIAN Russian ru
+0x01 (0x419) + SUBLANG_DEFAULT Russian, Russia ru-RU
0x001a LANG_CROATIAN Croatian hr
+0x01 (0x41a) + SUBLANG_DEFAULT Croatian, Croatia hr-HR
0x001a LANG_SERBIAN Serbian sr
+0x01 (0x41b) + SUBLANG_DEFAULT Serbian ??? [? (xp=none)]
+0x02 (0x41a) + SUBLANG_SERBIAN_LATIN Serbian, Latin Script [? (xp=Lt-sr-SP)]
+0x03 (0x81b) + SUBLANG_SERBIAN_CYRILLIC Serbian, Cyrillic Script [? (xp=Cy-sr-SP)]
0x001b LANG_SLOVAK Slovak sk
+0x01 (0x41b) + SUBLANG_DEFAULT Slovak, Slovakia sk-SK
0x001c LANG_ALBANIAN Albanian sq
+0x01 (0x041c) + SUBLANG_DEFAULT Albanian, Albania sq-AL
0x001d LANG_SWEDISH Swedish sv
+0x01 (0x041d) + SUBLANG_DEFAULT Swedish, Sweden sv-SE
+0x01 (0x041d) + SUBLANG_SWEDISH Swedish, Sweden sv-SE
+0x02 (0x081d) + SUBLANG_SWEDISH_FINLAND Swedish, Finland sv-FI
0x001e LANG_THAI Thai th
+0x01 (0x041e) + SUBLANG_DEFAULT Thai, Thailand th-TH
0x001f LANG_TURKISH Turkish tr
+0x01 (0x041f) + SUBLANG_DEFAULT Turkish, Turkey tr-TR
0x0020 LANG_URDU Urdu ur
+0x01 (0x0420) + SUBLANG_DEFAULT Urdu, Pakistan ur-PK
+0x01 (0x0420) + SUBLANG_URDU_PAKISTAN Urdu, Pakistan ur-PK
+0x02 (0x0820) + SUBLANG_URDU_INDIA Urdu, India ur-IN
0x0021 LANG_INDONESIAN Indonesian id
+0x01 (0x0421) + SUBLANG_DEFAULT Indonesian, Indonesia id-ID
0x0022 LANG_UKRANIAN Ukrainian uk
+0x01 (0x0422) + SUBLANG_DEFAULT Ukrainian, Ukraine uk-UA
0x0023 LANG_BELARUSIAN Belarusian be
+0x01 (0x0423) + SUBLANG_DEFAULT Belarusian, Belarus be-BY
0x0024 LANG_SLOVENIAN Slovenian sl
+0x01 (0x0424) + SUBLANG_DEFAULT Slovenian, Slovenia sl-SI
0x0025 LANG_ESTONIAN Estonian et
+0x01 (0x0425) + SUBLANG_DEFAULT Estonian, Estonia et-EE
0x0026 LANG_LATVIAN Latvian lv
+0x01 (0x0426) + SUBLANG_DEFAULT Latvian, Latvia lv-LV
0x0027 LANG_LITHUANIAN Lithuanian lt
+0x01 (0x0427) + SUBLANG_DEFAULT Lithuanian, Lithuania lt-LT
+0x01 (0x0427) + SUBLANG_LITHUANIAN Lithuanian, Lithuania lt-LT
+0x02 (0x0827) + SUBLANG_LITHUANIAN_CLASSIC Lithuanian, Classical [? (xp=none)]
0x0029 LANG_FARSI Farsi fa
+0x01 (0x0429) + SUBLANG_DEFAULT Farsi, Iran fa-IR
0x002a LANG_VIETNAMESE Vietnamese vi
+0x01 (0x042a) + SUBLANG_DEFAULT Vietnamese, Vietnam vi-VN
0x002b LANG_ARMENIAN Armenian hy
+0x01 (0x042b) + SUBLANG_DEFAULT Armenian, Armenia hy-AM
0x002c LANG_AZERI Azeri az
+0x01 (0x042c) + SUBLANG_DEFAULT Azeri, Latin Script [? (xp=Lt-az-AZ)]
+0x01 (0x042c) + SUBLANG_AZERI_LATIN Azeri, Latin Script [? (xp=Lt-az-AZ)]
+0x02 (0x082c) + SUBLANG_SERBIAN_CYRILLIC Azeri, Cyrillic Script [? (xp=Cy-az-AZ)]
0x002d LANG_BASQUE Basque eu
+0x01 (0x042d) + SUBLANG_DEFAULT Basque, Spain eu-ES
0x002f LANG_MACEDONIAN Macedonian mk
+0x01 (0x042f) + SUBLANG_DEFAULT Macedonian, Macedonia mk-MK
0x0036 LANG_AFRIKAANS Afrikaans af
+0x01 (0x0436) + SUBLANG_DEFAULT Afrikaans, South Africa af-ZA
0x0037 LANG_GEORGIAN Georgian ka
+0x01 (0x0437) + SUBLANG_DEFAULT Georgian, Georgian ka-GE
0x0038 LANG_FAEROESE Faeroese fo
+0x01 (0x0438) + SUBLANG_DEFAULT Faeroese, Faeroe Islands fo-FO
0x0039 LANG_HINDI Hindi hi
+0x01 (0x0439) + SUBLANG_DEFAULT Hindi, India hi-IN
0x003e LANG_MALAY Malay ms
+0x01 (0x043e) + SUBLANG_DEFAULT Malay, Malaysia ms-MY
+0x01 (0x043e) + SUBLANG_MALAY_MALAYSIA Malay, Malaysia ms-MY
+0x02 (0x083e) + SUBLANG_MALAY_BRUNEI_DARUSSALAM Malay, Brunei ms-BN
0x003f LANG_KAZAK Kazakh kk
+0x01 (0x043f) + SUBLANG_DEFAULT Kazakh, Kazakhstan kk-KZ
0x0040 LANG_KYRGYZ Kyrgyz ky
+0x01 (0x0440) + SUBLANG_DEFAULT Kyrgyz, Kyrgyzstan ky-KG
0x0041 LANG_SWAHILI Swahili sw
+0x01 (0x0441) + SUBLANG_DEFAULT Swahili, Kenya sw-KE
0x0043 LANG_UZBEK Uzbek uz
+0x01 (0x0443) + SUBLANG_DEFAULT Uzbek, Latin Script [? xp=Lt-uz-UZ]
+0x01 (0x0443) + SUBLANG_UZBEK_LATIN Uzbek, Latin Script [? xp=Lt-uz-UZ]
+0x02 (0x0843) + SUBLANG_UZBEK_CYRILLIC Uzbek, Cyrillic Script [? xp=Cy-uz-UZ]
0x0044 LANG_TATAR Tatar tt
+0x01 (0x0444) + SUBLANG_DEFAULT Tatar, Russia tt-RU
0x0045 LANG_BENGALI Bengali bn
+0x01 (0x0445) + SUBLANG_DEFAULT Bengali, Bengladesh bn-BD
0x0046 LANG_PUNJABI Punjabi pa
+0x01 (0x0446) + SUBLANG_DEFAULT Punjabi, India pa-IN
0x0047 LANG_GUJARATI Gujarati gu
+0x01 (0x0447) + SUBLANG_DEFAULT Gujarati, India gu-IN
0x0048 LANG_ORIYA Oriya or
+0x01 (0x0448) + SUBLANG_DEFAULT Oriya, India or-IN
0x0049 LANG_TAMIL Tamil ta
+0x01 (0x0449) + SUBLANG_DEFAULT Tamil, India ta-IN
0x004a LANG_TELUGU Telugu te
+0x01 (0x044a) + SUBLANG_DEFAULT Telugu, India te-IN
0x004b LANG_KANNADA Kannada kn
+0x01 (0x044b) + SUBLANG_DEFAULT Kannada, India kn-IN
0x004c LANG_MALAYALAM Malayalam ml
+0x01 (0x044c) + SUBLANG_DEFAULT Malayalam, ml-IN
0x004d LANG_ASSAMESE Assamese as
+0x01 (0x044d) + SUBLANG_DEFAULT Assamese, India as-IN
0x004e LANG_MARATHI Marathi mr
+0x01 (0x044e) + SUBLANG_DEFAULT Marathi, India mr-IN
0x004f LANG_SANSKRIT Sanskrit sa
+0x01 (0x044f) + SUBLANG_DEFAULT Sanskrit, India sa-IN
0x0050 LANG_MONGOLIAN Mongolian mn
+0x01 (0x0450) + SUBLANG_DEFAULT Mongolian, Mongolia mn-MN
0x0056 LANG_GALICIAN Galician gl
+0x01 (0x0456) + SUBLANG_DEFAULT Galician, Spain gl-ES
0x0057 LANG_KONKANI Konkani kok
+0x01 (0x0457) + SUBLANG_DEFAULT Konkani, India kok-IN
0x0058 LANG_MANIPURI Manipuri mni
+0x01 (0x0458) + SUBLANG_DEFAULT Manipuri, India mni-IN
0x0059 LANG_SINDHI Sindhi sd
+0x01 (0x0459) + SUBLANG_DEFAULT Sindhi, India sd-IN
0x005a LANG_SYRIAC Syriac syr
+0x01 (0x045a) + SUBLANG_DEFAULT Syriac, Syria syr-SY
0x0060 LANG_KASHMIRI Kashmiri ks
+0x01 (0x0461) + SUBLANG_DEFAULT Kashmiri, [locale? PK?] [? ks-PK]
+0x02 (0x0861) + SUBLANG_KASHMIRI_INDIA Kashmiri, India ks-IN
0x0061 LANG_NEPALI Nepali ne
+0x01 (0x0461) + SUBLANG_DEFAULT Nepali, Nepal ne-NP
+0x02 (0x0861) + SUBLANG_NEPALI_INDIA Nepali, India ne-IN
0x0065 LANG_DIVEHI Divehi div
+0x01 (0x0465) + SUBLANG_DEFAULT Divehi, Maldives div-MV
0x007f LANG_INVARIANT Windows: Invariant [? (xp=empty)]
+0x01 (0x047f) + SUBLANG_DEFAULT Invariant, Default [? (xp=none)]
+0x02 (0x087f) + SUBLANG_SYS_DEFAULT Invariant, System Default [? (xp=none)]

 

[Additional appendix?  Do we need a table of the virtual key names for 'accelerator to text' convertion???]

 

B. Contributions

The following people have contributed to this document:

C. References

[ISO]
International Organization for Standardization Web site.
[MSDN Lib]
Microsoft Development Network Library Web site.
[OASIS]
Organization for the Advancement of Structured Information Standards Web site.
[RFC 3066]
RFC 3066 Tags for the Identification of Languages. IETF (Internet Engineering Task Force), Jan 2001.
[Unicode]
Unicode Consortium Web site.