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This chapter describes how to configure Oracle Business Intelligence for deployment in one or more language environments other than English.
In this chapter, localization refers to the process of adapting the Oracle Business Intelligence deployment to a particular language. If a query is issued using the DayName or MonthName function, but the function is not shipped to a back-end database, then the day or month name is returned in the localized language but the column name remains in English (or might be affected by other localization controls).
Numerous Oracle Fusion Middleware components, such as Oracle WebLogic Server Administration Console and Fusion Middleware Control, are translated.
You can localize the user interface for Oracle BI Presentation Services, if your users speak languages other than English.
For Oracle BI Applications, WEBLANGUAGE is set to the language of the user's browser when a user logs in for the first time. Oracle BI EE is installed with many files that control elements in the user interface and messages. Add entries such as the following one to this file for the language that corresponds to the directory in which you are working. The default language in which the Presentation Services sign-in page is displayed is obtained from the user's client browser settings. Use the Move Up and Move Down buttons to position the desired language at the top of the list. If a user does not select a different language from the list on the sign-in page, then the setting for the User Interface Language in the user's My Account dialog determines the language in which the user interface is displayed.
You can configure the languages and locales that are available to users on the sign-in page. AllowedLanguages — Specifies the languages that are available for selection, as a comma-delimited list. AllowedLocales — Specifies the locales that are available for selection, as a comma-delimited list. When users start Oracle BI EE by displaying the sign-in page, they can select the language as part of the sign-in process. If you provide users with a URL with which they can display a dashboard or other page of the application, then you can define a URL parameter as a profile attribute.
For operational applications, symbolic URLs embed dashboards and analyses in the integrated environment.
The Lang parameter can be included in the symbolic URL that is defined in the operational application to connect to Oracle Business Intelligence. The Oracle BI Presentation Catalog stores objects that users create, such as analyses and dashboards. The export process creates one XML file for every first-level subfolder in the shared folder, in the format foldernamecaptions.xml, where foldername is the name of the subfolder in the shared folder. The export process not only generates new XML files, but the process also modifies the catalog, inserting the appropriate message ID for each object. Note that an error may occur when you export a folder whose name includes supplementary (extended Unicode) characters.
Ensure that you run the export utility against the actual catalog, not against a copy of the catalog, because the export utility changes the properties of the objects in the catalog against which it runs. In Catalog Manager, open the catalog in offline mode, because you might lack permission to modify all objects in online mode.
For example, the title (Another Report) in the analysis that is shown in Figure 15-1 can be exported for translation. To export only new text strings and those that have been changed since the last export, select Only export new or changed strings. In Catalog Manager, with the catalog still open in offline mode, select the folder that contains the strings to export. Create unique IDs even for identical strings — Specifies to create a unique ID for each instance of a string, even if the string is duplicated many times in the catalog.
No, use the same ID for all identical strings — Specifies to create an ID for a string and use that same ID for all instances of that string. Selecting Remove texts generates a new and unique ID for Object B and deletes the WebMessage element for Object Copy of A. Sign into Oracle Business Intelligence and select the appropriate language, such as French.
Does not exist in the production environment, then simply copy it from the development environment to the production environment. When you use Catalog Manager, you can specify the locale to use for its user interface elements and for objects in the catalog.
You can see the user interface elements of Catalog Manager (dialogs, menus, and so on) in any of the 10 locales in which it is available. When you start Catalog Manager and open a catalog in online mode, you can select the locale for viewing the contents of the catalog. Whether that locale was selected for Presentation Services during the installation process. If translated files are not available for that locale, then the contents are displayed in the default locale of English (specifically, en_US). Session errors (such as login failed or session timed out) are displayed in the default locale, not necessarily the locale of the user trying to login or whose session timed out. Some strings in the Catalog Manager user interface (such as the string Maximize) are not translated. To successfully run Oracle Business Intelligence, ensure that you configure the appropriate locales on your operating system for the language in which users run the applications.
The value to use for the C-runtime locale during server startup is specified in the SORT_ORDER_LOCALE parameter in the NQSConfig.INI file.
If you must adjust the setting, then in the General section of the NQSConfig.INI file, set the LOCALE and SORT_ORDER_LOCALE parameters, entering a platform-independent name as shown in Table 15-2. Table 15-2 shows language mappings from the platform-independent name to the specific name for each of the supported UNIX platforms. Name strings such as zh_CN.utf8 and fr-FR-UTF-8 are the platform-specific names of the locale components, which must be installed by a system administrator. For Oracle BI Presentation Services, the error message language is set based on the NQ_SESSION.WEBLANGUAGE session variable. If the WEBLANGUAGE session variable is not set, then the error message language is based on the error language that is specified in the ODBC Data Source Name (DSN) that is used to access the Oracle BI Server.
See Oracle Fusion Middleware Integrator's Guide for Oracle Business Intelligence Enterprise Edition for information about setting the error message language in the ODBC DSN. If an error message language has not been set in the ODBC DSN, then the language that is specified in the ORACLE_BI_LANG environment variable is used for error messages. To change the value of ORACLE_BI_LANG, update the character code for this variable in opmn.xml. If the ORACLE_BI_LANG environment variable is not set, then error messages are displayed in English.
Note that clients for the Administration Tool and Job Manager do not set the WEBLANGUAGE session variable. To display the correct language for components in the Oracle BI Server, including the contents of the NQServer.log file, you must set the ORACLE_BI_LANG variable, as described in the following procedure. For information, see "Starting and Stopping Oracle Fusion Middleware" in Oracle Fusion Middleware Administrator's Guide. The user interface of the Oracle BI Administration Tool inherits the language that is specified for the operating system. The recommended approach is to allow the Administration Tool to inherit the language from the operating system.
When using a Japanese localization on an AIX platform, you might discover that the Oracle BI Server does not start.
You can use the Externalize Strings utility in the Administration Tool to localize the names of subject areas, tables, hierarchies, columns, and their descriptions in the Presentation layer.
Right-click any Presentation layer object, such as a subject area, presentation table, or presentation column, and select either Externalize Display Names then Generate Custom Names, or Externalize Descriptions then Generate Custom Descriptions to externalize strings. Selecting one of these right-click externalization options automatically selects the Custom display name or Custom description options in the Properties dialog for the selected object and all of its child objects.
For example, if you right-click a subject area and select one of the externalization options, then the externalization flag is set on all presentation tables, columns, hierarchies, and levels within that subject area. You can select all the subject areas at once, or select them individually and create a separate string file for each one. In the right pane, the translated values and the original strings (names and descriptions) are displayed. Selecting one of these options automatically deselects the Custom display name or Custom description options in the Properties dialog for the selected object and all of its child objects. When you have created the string file using the Externalize Strings utility, you can use it to translate the strings for the metadata objects, as described in the following procedure.


The first column contains the actual repository object names, which have a prefix of their type. The second column contains the session variables that correspond to the name of each object or description, with a default prefix of CN_ for custom names and CD_ for custom descriptions. In the third column of the file, ask the translation team to provide the translation of the name of each object. In the Session Variable Initialization Block dialog for SET Language, specify the LOCALE session variable for the Variable Target. This block creates all the variables whose language matches the language that the user specified during sign-in. In the Session Variable Initialization Block Variable Target dialog, set the target of the initialization block to Row-wise initialization. In the Execution Precedence area of the Session Variable Initialization Block dialog, specify the previously created initialization block, so that the first block that you created earlier is executed first. If you have an Oracle Application Development Framework data source, then you can propagate labels and tooltips from that data source, instead of using the Externalize Strings utility. For information about using the Administration Tool, see Oracle Fusion Middleware Metadata Repository Builder's Guide for Oracle Business Intelligence Enterprise Edition. Multilingual data support is the ability to display data from database schemas in multiple languages.
Lookup is when a query joins the base table and lookup table to obtain the translated values for each row in the base table.
Double column support is the ability to associate two columns (a descriptor ID column and a descriptor column) in the logical layer, and can help you to define language independent filters.
This descriptor column technique is also useful when dealing with queries that involve LOB data types such as CLOBs and BLOBs and aggregate functions such as COUNT or SUM. The example in Figure 15-5 shows each record in the lookup table matching only one row in the base table. The alternative approach to having one lookup table for each base table involves a separate lookup table for each translated field, as shown in Figure 15-6. You create a logical lookup table object in the business model to define the necessary metadata for a translation lookup table.
Each of the lookup table's primary keys are considered together as a Lookup Key and perform the lookup.
A lookup key is different from a logical table key because lookup key columns are order sensitive. Consistency checking rules are relaxed for lookup tables, such that if a table is designated as a lookup table, it need not be joined with any other table in the subject area (logical tables would normally be joined to at least one table in the subject area).
The aggregation results when using lookup columns should match the results from the base column. If the lookup table productname_trans in this example uses the lookup key ProductID and LANGUAGE, then both queries return the same aggregation results. If the lookup key contains a column with a different aggregation level to productname, then the query grain changes and this affects the aggregation. A logical table must be designated as a lookup table (using the Administration Tool) before you can use it as a lookup table. The order in which the columns are specified in the lookup table primary key determines the order of the corresponding arguments in the LOOKUP function. A LOOKUP function is typically used in the Business Model and Mapping layer, as an expression in a translated logical table column. A LOOKUP function is either dense or sparse, and is specified using the keyword DENSE or SPARSE. The first parameter (the parameter after the DENSE or SPARSE keyword) must be a valid value column from a valid lookup table that is defined in the logical layer. If the SPARSE keyword is given, then the second parameter must be a column that provides the base value of the value_column. The number of expressions in the expression_list should be equal to the number of the lookup key columns that are defined in the lookup table, which is defined by the value_column. You use the Expression Builder in the Administration Tool to create a logical column that includes the lookup function. WEBLANGUAGE is a session variable that is initialized automatically, based on the language selected when a user logs in.
When you use the DENSE function (shown in the previous example), if there is no value for a column in the translated language, then the lookup function displays a blank entry. When you use the SPARSE function (shown in the following example), and there is no value for a column in the translated language, then the lookup function displays a corresponding value in the base language. You cannot use a derived logical column that is the result of a LOOKUP function as part of a primary logical level key.
You can use a derived logical column that is the result of a LOOKUP function as a secondary logical level key.
The logical columns used in the lookup function should not have their associated levels below the level of the derived logical column itself. If the data has non-ISO type language codes in the tables, then there should be a table that maps ISO language codes to non-ISO language codes. You can create physical lookup table objects in the business model to define the necessary metadata for translation lookup tables. Unlike logical lookup tables, which you designate by selecting an option in the Logical Table dialog, you configure physical lookup tables by constructing lookup functions in the logical table source mapping.
A translation table called Categories_Trans, with columns such as categoryid, language_key, and categoryname. The following procedure explains how to configure a physical lookup translation column using the previous example. In the Business Model and Mapping layer, create a new logical column by right-clicking the appropriate logical table (for example, Categories) and selecting New Object, then Logical Column. In the Logical Table Source box under Derived from physical mappings, double-click the logical table source object that contains the base table column. The Categories_trans physical translation table does not need to be incorporated into the logical table source.
The first column of the LOOKUP function is a value column, which is a translation value column from a translation table.
Because you cannot use a dialog to configure a physical lookup table, you must ensure that the order of the join columns and values is compatible with the column sequence that is displayed in the Physical Table dialog for the physical translation table. Often, members in Essbase cubes have separate aliases for each user language to enable users to view member names in their own language.
When checked, Shutterstock's safe search screens restricted content and excludes it from your search results. If your users speak languages other than English, then use the information in this chapter to adapt your deployment to support multiple languages. Users can select a language on the sign-in page for Oracle BI EE, and many elements of the interface are automatically displayed in the appropriate language. For the Oracle BI Presentation Services user interface, WEBLANGUAGE is set when a user selects a language on the sign-in page.
For example, if a user with a browser language set to French logs in to Oracle BI Applications for the first time, then the value for WEBLANGUAGE is French, and the metadata is translated to French. These files are installed in the messages and pages subdirectories of the ORACLE_HOME\bifoundation\web\MS-DOS directory. Use the following procedure to localize the messages that are associated with a preferred currency. This ability is helpful for limiting the number of languages and locales that users can access. Doing so dynamically sets the language of the dashboards and analyses to be consistent with the application's language setting.
For Oracle BI Presentation Services, the URL parameter Lang designates the language that the web page renders. The Lang parameter is defined as a profile attribute, but when the symbolic URL is constructed at runtime, the value is set as the profile attribute LanguageCode.
Each XML file contains the text strings for all content in the corresponding first-level folder and its subfolders. Ensure that you follow the encoding that is specified at the top of the XML file and that you escape special characters as appropriate.
This situation arises when the Export Captions utility is run simultaneously by multiple users or if the same user runs the utility twice in less than one minute.
While this option generally ensures fewer messages to translate, keep in mind that you now see two objects with the same name in a directory listing of the catalog in Presentation Services and in Catalog Manager. After placing the translated XML files in the directory as specified in Step 1, place the modified catalog in either its default location or in the appropriate location that the system now uses. Then open the caption file in the production environment in a text editor or XML editing tool and manually (and very carefully) insert the changes that were made in the development environment.


If you are using the Arabic or Hebrew languages, then it is not appropriate to have the scroll bars on the right side.
Certain areas of Catalog Manager, such as data handling, are not yet translated or localized. The General section of the NQSConfig.INI file contains parameters that are required for localization and internationalization. Some locale- and language-related settings are interrelated and help determine how the Oracle BI Server sorts data. The NQSConfig.INI file uses the platform-independent names, such as Chinese or French (the names are case-insensitive).
Therefore, these clients follow the precedence model starting with the ODBC DSN error message setting. For example, if the Windows operating system is set to use the French language, then all user interface elements such as menus and buttons are displayed in French in all Windows-based applications such as Notepad and the Administration Tool. If you must change the language for the user interface of the Administration Tool without changing the operating system language, then you can use the ORACLE_BI_LANG environment variable for this purpose. You can save these text strings to an external file with ANSI, Unicode, and UTF-8 encoding options.
In this column, specify the code for the language in which the name was translated, such as de.
Ensure that you set the target of the initialization block to Row-wise initialization and that the execution precedence is set correctly. See Oracle Fusion Middleware Metadata Repository Builder's Guide for Oracle Business Intelligence Enterprise Edition for more information. Oracle BI Server supports multilingual schemas by simplifying the administration and improving query performance for translations. A dense lookup table contains translations in all languages for every record in the base table. When the user creates a filter based on a descriptor column, the query tool displays a list of values to the user that are selected from the descriptor column. The lookup table contains a foreign key reference to records in the base table, and contains the values for each translated field in a separate column. In Figure 15-7, the value column is Description, and it contains the translated value for the product description. To designate a logical table as a lookup table, you must first import the lookup table into the physical layer and drop it into the Business Model and Mapping layer using the Administration Tool. The expression that is specified in the expression list should also match the lookup key columns one by one in order. The value of the logical column depends on the language that is associated with the current user.
In the preceding example, the expression returns the value of the base column (ProductName) only if the user language is the base language (that is, when the value of session variable LAN_INT is 0). This limitation exists because the LOOKUP operation is applied after aggregates are computed, but level key columns must be available before the aggregates are computed because they define the granularity at which the aggregates are calculated. You can use the preexisting WEBLANGUAGE variable that sets the ISO language code when a user logs in.
For example, translations are available in both an Essbase data source and a relational data source. The translated value of categoryname is determined through a combination of the categoryid and language_key columns. In that table, you add a new logical column called categoryname_p, which is a translation column that depends on the current language. The INDEXCOL function checks that if the LAN_INT session variable is 0, then the categoryname column is fetched from the base table.
The only difference is that all the references to logical tables and columns are replaced by physical tables and columns.
For example, on the Keys tab of the Physical Table dialog for the Categories_trans table, the primary key is composed of the CategoryID and Language_Key columns. Typically, you define a session variable to dynamically select the appropriate alias upon user login. After signing in, users can change the language setting on the Preferences tab of the My Account dialog. You use the AllowedLanguages and AllowedLocales elements in the instanceconfig.xml file to specify the available languages and locales.
Table 15-1 provides examples of the parameter settings in the Symbolic URL parameters applet, including Lang.
If you must localize text strings for the objects, then you can export the text strings from the catalog so that they can be translated. You and the localization team are responsible for resolving any errors in the translated text strings. Use this option to specify that rather than generating one unique ID and translating the string only once, you want to instead generate 1000 unique IDs and translate the string 1000 times.
Use this option to specify that you want to generate one unique ID and translate the string only once, instead of generating 1000 unique IDs and translating the string 1000 times. See Section 10.2, "Using Fusion Middleware Control to Upload a Repository and Set the Oracle BI Presentation Catalog Location" for information. You can change the browser settings in Firefox such that the scroll bars are displayed on the left side.
The user interface elements are available in 10 locales, and the catalog content for certain applications is available in 28 locales. It also contains default parameters that determine how data is sent from the Oracle BI Server to a client application. The locale that you set in the Windows Control Panel affects items such as currency, dates and times, units displayed, and keyboard layout, which differ from user interface elements such as menus and buttons.
Multilingual schemas typically store translated fields in separate tables called lookup tables. So, instead of adding the LOB column to the GROUP BY, it is necessary to group by some other column that has a one-to-one relationship with the LOB column and then in join the LOB column after the aggregates have been computed. Assuming a completely dense lookup table, the number of rows in the lookup table for a particular language equals the number of rows in the base table. In practice there is often just one physical table that contains translations for multiple fields. For example, in Figure 15-7, the combined Product_Code and Language_Key form the primary key of this lookup table. Then, for each logical lookup table, you must select the Lookup table option in the Logical Table dialog.
For DENSE lookup, the translation table is joined to the base table through an inner join, while for SPARSE lookup, a left outer join is performed. If the user language is not the base language (when the value of the session variable LAN_INT is 1), then the expression returns the value from the lookup table of the language that is passed in the WEBLANGUAGE session variable. You define a separate LANGUAGE variable whose initialization block runs a query against a mapping table to fetch the non-ISO language code filtered by the value from the WEBLANGUAGE variable.
The remaining columns are columns or values to be joined to the physical translation table, which is the table that is implied by the value column of the LOOKUP function. After you have copied the files, you can modify their contents as appropriate for the language that corresponds to the subdirectory in which you have copied them. Consider that the contents of the catalog are updated whenever objects are added, deleted, or modified.
See Appendix A, "NQSConfig.INI File Configuration Settings" for complete information about these parameters. Lookup tables contain translations for descriptor columns in several languages, while the base tables contain the data in the base language. When a single table contains translations for multiple fields, you must place a filter on the lookup table to restrict the data to only those values that are relevant to a particular column in the base table. Descriptor columns provide a textual description for a key column where there is a logical one-to-one relationship between the descriptor column and the key column. For example, a lookup table might contain complete translation for the Product Description field but only partial translation for the Product Category field. An example of a descriptor column might be Product_Name, which provides textual descriptions for a Product_Key column.



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