Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language through the use of software modules that translate the application. A client accesses an application on a server and provides a preferred language for the application. Software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent to the client. This approach eliminates the need to create separate applications for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language through the use of software modules that translate the application. A client accesses an application on a server and provides a preferred language for the application. Software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent to the client. This approach eliminates the need to create separate applications for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language through the use of software modules that translate the application. A client accesses an application on a server and provides a preferred language for the application. Software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent to the client. This approach eliminates the need to create separate applications for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language through the use of software modules that translate the application. A client accesses an application on a server and provides a preferred language for the application. Software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent to the client. This approach eliminates the need to create separate applications for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application and supplemental script content to a client in the client's preferred language. A client accesses an application on a server and provides a preferred language for the application. Language pack software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent by the server to the client. A component of the language pack software module is also downloaded from the server to the client for converting supplemental content. A browser residing on the client will retrieve supplemental content from the application on the server. After the language pack component converts the supplemental content, a client script renders it to enhance the application. This approach eliminates the need to create separate applications with separate script content for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language with the correct regional settings. A client accesses an application on a server and provides a preferred language and corresponding regional settings for the application. A local string software module determines the client's preferred language and selects a matching language pack software module. The language pack software module on the server takes the encoded content of the application and converts it into the language desired by the client. A text converter can take data such as dates, times, counting numbers, and currency values and convert them to the correct regional settings for the chosen language. The server then sends the translated application to the client. This approach eliminates the need to create separate applications for each language with distinct regional settings.

Abstract: Using a server in a distributed computer network to provide an application and supplemental script content to a client in the client's preferred language. A client accesses an application on a server and provides a preferred language for the application. Language pack software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent by the server to the client. A component of the language pack software module is also downloaded from the server to the client for converting supplemental content. A browser residing on the client will retrieve supplemental content from the application on the server. After the language pack component converts the supplemental content, a client script renders it to enhance the application. This approach eliminates the need to create separate applications with separate script content for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application and supplemental script content to a client in the client's preferred language. A client accesses an application on a server and provides a preferred language for the application. Language pack software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent by the server to the client. A component of the language pack software module is also downloaded from the server to the client for converting supplemental content. A browser residing on the client will retrieve supplemental content from the application on the server. After the language pack component converts the supplemental content, a client script renders it to enhance the application. This approach eliminates the need to create separate applications with separate script content for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language with the correct regional settings. A client accesses an application on a server and provides a preferred language and corresponding regional settings for the application. A local string software module determines the client's preferred language and selects a matching language pack software module. The language pack software module on the server takes the encoded content of the application and converts it into the language desired by the client. A text converter can take data such as dates, times, counting numbers, and currency values and convert them to the correct regional settings for the chosen language. The server then sends the translated application to the client. This approach eliminates the need to create separate applications for each language with distinct regional settings.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language with the correct regional settings. A client accesses an application on a server and provides a preferred language and corresponding regional settings for the application. A local string software module determines the client's preferred language and selects a matching language pack software module. The language pack software module on the server takes the encoded content of the application and converts it into the language desired by the client. A text converter can take data such as dates, times, counting numbers, and currency values and convert them to the correct regional settings for the chosen language. The server then sends the translated application to the client. This approach eliminates the need to create separate applications for each language with distinct regional settings.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language through the use of software modules that translate the application. A client accesses an application on a server and provides a preferred language for the application. Software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent to the client. This approach eliminates the need to create separate applications for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language through the use of software modules that translate the application. A client accesses an application on a server and provides a preferred language for the application. Software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent to the client. This approach eliminates the need to create separate applications for each language and allows the client to change languages instantaneously.

Abstract: Using a server in a distributed computer network to provide an application to a client in the client's preferred language through the use of software modules that translate the application. A client accesses an application on a server and provides a preferred language for the application. Software modules on the server take the content of the application and convert it into the language desired by the client. The translated application is then sent to the client. This approach eliminates the need to create separate applications for each language and allows the client to change languages instantaneously.

Abstract: Method and apparatus for quickly arranging task schedule information in a calendar view format using internal caches and configurable, moveable task bars. The internal caches dramatically improve display, layout and access time to task information. The configurable, moveable task bars are displayed left-to-right across dayboxes in the calendar view format. A user can change and configure task schedule information displayed in a task bar, as well as change task bar display attributes. The configurable task bars can also be moved from one daybox to another by the user. When a task bar is configured or moved by a user, the task bar as well as remaining task bars are automatically re-scaled to fit within the vertical space of a daybox.