Given the constant competitive pressure on executives to expedite product time-to-market, many developers are given tight deadlines to deliver functional software. This software is often geared for localization once the source language version is ready for release.

Keeping these pressures in mind, developers can strive to ensure that basic principles are maintained while developing software to facilitate localization efforts - and meet time-to-market requirements for all the required languages, not just the source.

Here are 12 do’s and don’ts that all developers should read and apply in their work.

• User names, group names, and passwords
• System or host names
• Names of terminals (/dev/tty*), printers, and special devices
• Shell variables and environment variable names
• Message queues, semaphores, and shared memory labels
• UNIX commands and command line options (e.g., ls -l is still ls -l in all locales)
• Commands such as /usr/bin/dos2unix and /usr/ccs/bin/gprof
• Commands that are XPG4-compliant (in /usr/xpg4/bin/vi) and have equivalent non- XPG4 commands; non-XPG4 commands that are not fully internationalized. For example, / usr/bin/vi does not process non-EUC codesets, but /usr/xpg4/bin/vi is fully internationalized and can process characters in any locale.
• Some GUI textual components, such as keyboard mnemonics and keyboard accelerators

DO ALLOW FOR TEXT EXPANSION IN MESSAGES (ESPECIALLY FOR GUI ITEMS).

Here are some Microsoft translations into German:

• bundle -> Einzelvorgangsbündel
• Link -> Verknüpfung
• Login -> Anmeldung
• Update -> Aktualisierung
• Undo -> Rückgängig (machen)
• Geschäftsaktivitätsüberwachung replaces the acronym BAM (Business Activity Monitoring)

Apply the following expansion rules when possible.

When the source text is:

• 0 -10 characters: The expansion required is from 101 - 200%.
• 11- 20 characters: 81 - 100%
• 21 - 30 characters: 61 - 80%
• 31 - 50 characters: 41 - 60%
• 50 - 70 characters: 31 - 40%
• Over 70 characters: 30%

But keep the string length well below your limit (usually 254 characters) to account for the extra characters needed.

Try to place the labels above the controls, not beside them. The expansion of a label can increase the width of the form more than the expected resolution, which will force horizontal scroll bars or cause truncation. This also simplifies localizing applications required into bidirectional languages (languages that are read from different directions [RTL or LTR], such as Arabic and Hebrew).

<%if err = 400
	errtext = "server"
else

	errtext = "connection"
end if
<P> The <%=errtext%> is currently unavailable </P>

While this displays grammatically correct sentences in English, the translation in French will be problematic. In French, the word "server" is masculine, while the word "connection" is feminine. The translator cannot use the correct translation for the article "the" based on the translation of the differing genders of server and connection.

The code should be instead:

    <%if err = 400

    <P> The server is currently unavailable </P>

    else

    <P> The connection is currently unavailable </ P>

    end if

At the same time and for similar reasons, don’t use composite strings. A composite string is an error message or other text that is dynamically generated from partial sentence segments and presented to the user in full sentence form. Use complete sentences instead, even at the expense of repeating segments. This will ensure the accuracy of the translation, regardless of gender, plurality, conjugation, or sentence structure.

Also, avoid using the same placeholders when using multiple variables in the same string, since the sentence structure does change in different languages. For example,

<Total %s, %s of %s< (as in Total 5, 1 of 5) might read "5 of 1, Total 5" in the translated text. Instead, use numbered placeholders (e.g., "Total %1, %2 of %3").

DO PERFORM PSEUDO-TRANSLATION

Pseudo-translation is the process of replacing or adding characters to your software strings to detect character encoding issues and hard-coded text remaining in the source files.

Here’s an example of a few strings from a C resource file, with their respective pseudo-translations in Japanese:

IDS_TITLE_OPEN_SKIN "Select Device"
IDS_TITLE_OPEN_SKIN "



S

l

ct D

v

c





"

IDS_MY_OPEN "&Open"
IDS_MY_OPEN "



&Op

n

"

In these strings, Japanese characters replace the vowels in all English words. After compilation, testers can easily detect corrupt characters (junk characters replacing the Japanese characters) or strings that remain fully in English (source strings still embedded in the code).

ENGLISH ORIGINAL

After pseudo translation in French and insertion of a pre and post text character (_). Note the post text character at the end of many strings how it is truncated

Pseudo translated dialog after resizing. Note the correct resizing to see the post-text character (_) at the end of each string.

In the previous example, text is pseudo translated into French and shown before and after the resizing of the dialog box. Correct pseudo translation techniques also extend the string size by any % (15% used in the above example) and add a fixed pre and post delimiter to help identify the beginning and end of each string.

DON’T USE IF CONDITIONS OR RELY ON A SORT ORDER IN YOUR CODE TO EVALUATE A STRING VALUE.

For example, avoid (IF Gender = "Male" THEN). Always depend on enumeration or unique IDs.

DO USE UNICODE FUNCTIONS AND METHODS TO SUPPORT ALL SCRIPTS

Applications that store and retrieve text data need to accept and display the characters from any given language. Using Unicode encoding solves the problem of unsupported character sets and the display of junk characters.

DON’T INSERT HARD CARRIAGE RETURNS IN THE MIDDLE OF SENTENCES

Translation memory tools key off hard returns and assume that the sentence has ended. Inserting them in the middle of a sentence leads to incomplete sentences in the translation database and corrupts the sentence structure in the target language files. Instead, replace hard returns with soft returns (or better yet, use a break tag of some sort, such as <BR>).

Also be aware that sentence structures change in different languages, as well as the length of sentence parts. So, additional breaks may be needed in target languages

DO CHOOSE YOUR THIRD-PARTY SOFTWARE PROVIDER CAREFULLY

Insist they support Unicode and comply with the above practices. Often problems are encountered with third-party software, and the fact that you don’t have control over their code to fix the problems makes the localization tasks particularly difficult.

Often 3^rd party tools are localized. If so, this will help save on your localization costs. Ask your software provider to give you access to the localized files and glossaries. If they are not localized, Pseudo translation is a good technique to apply to quickly test for obvious issues.

DON’T USE TEXT IN ICONS AND BITMAPS

The translated text may be too long to fit. Also, avoid using symbols with cultural connotations and locale-specific idioms.

In general, you should create graphics in either a vector format like Adobe Illustrator, Macromedia Freehand, or Corel Draw, or if a bitmap format is required then save the text in a new layer, like with Adobe Photoshop. Completely "flat," bitmap file formats like GIF, JPEG, or PNG are harder to localize as replacing the source text with the target may distort the graphic.

The basic gray background behind "QA Completed" enables easy substitution for translated text. However the purple QA will be problematic to substitute with AQ for French or QS for German.

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