The LibreOffice %PRODUCT_RELEASE% SDK comes with
+
The %PRODUCTNAME% %PRODUCT_RELEASE% SDK comes with
a set of development tools, base libraries, header
files and helper class files that can be used to
develop Java/C++ components, to embed the
- LibreOffice %PRODUCT_RELEASE% application in your
+ %PRODUCTNAME% %PRODUCT_RELEASE% application in your
own programs, or to use the API (scripting or
remote control the office). For a complete working
environment, we have some additional
@@ -65,13 +65,13 @@
-
LibreOffice %PRODUCT_RELEASE%
+
%PRODUCTNAME% %PRODUCT_RELEASE%
installation
The SDK works on top of an
- existing LibreOffice installation and uses the same
- libraries as the LibreOffice installation.
+ existing %PRODUCTNAME% installation and uses the same
+ libraries as the %PRODUCTNAME% installation.
Download the SDK from the same
- source as your LibreOffice packages.
+ source as your %PRODUCTNAME% packages.
If you have installed an official The
Document Foundation LibreOffice release,
@@ -229,7 +229,7 @@
The configure script
requests relevant information
- and directories (SDK, LibreOffice, GNU make, Java,
+ and directories (SDK, %PRODUCTNAME%, GNU make, Java,
C++), in order to prepare a working SDK
environment. (On Unix-like systems, the configure script recursively
starts a new interactive shell with the relevant environment variables
@@ -254,8 +254,8 @@
OFFICE_HOME
Path to an existing
- LibreOffice installation, e.g.
- "/opt/libreoffice8".
+ %PRODUCTNAME% installation, e.g.
+ "/opt/%LCPRODUCTNAME%%PRODUCT_RELEASE%".
OO_SDK_NAME
@@ -273,7 +273,7 @@
OO_SDK_HOME
Path to the SDK root
directory, e.g.
- "/opt/libreoffice/sdk"
+ "/opt/%LCPRODUCTNAME%%PRODUCT_RELEASE%/sdk"
OO_SDK_JAVA_HOME
@@ -327,14 +327,14 @@
directory itself. If an output directory is
specified, the output is generated in an SDK
dependent subdirectory in this directory (e.g.
- <OO_SDK_OUTPUT_DIR> /LibreOffice
+ <OO_SDK_OUTPUT_DIR> /%PRODUCTNAME%
%PRODUCT_RELEASE%/LINUXExample.out)
SDK_AUTO_DEPLOYMENT
If this variable is set, the
component examples are automatically deployed
- into the LibreOffice installation referenced
+ into the %PRODUCTNAME% installation referenced
by OFFICE_HOME. See also section
"Extension Manager - unopkg"
from the Developer's Guide.
@@ -370,19 +370,19 @@
OO_SDK_URE_BIN_DIR
The path within the chosen
- LibreOffice URE installation where binary
+ %PRODUCTNAME% URE installation where binary
executables are located.
OO_SDK_URE_LIB_DIR
The path within the chosen
- LibreOffice URE installation where dynamic
+ %PRODUCTNAME% URE installation where dynamic
libraries are located.
OO_SDK_URE_JAVA_DIR
The path within the chosen
- LibreOffice URE installation where Java JARs
+ %PRODUCTNAME% URE installation where Java JARs
are located.
@@ -392,7 +392,7 @@
$CLASSPATH
The classpath will be set or extended to
the necessary jar files of the specified
- LibreOffice installation.
+ %PRODUCTNAME% installation.
@@ -408,7 +408,7 @@
=$OFFICE_PROGRAM_PATH
This variable is used to ensure that the
new C++ UNO bootstrap mechanism uses the
- configured LibreOffice installation of the
+ configured %PRODUCTNAME% installation of the
SDK. Normally the bootstrap mechanism finds
the default office installation for the user
on the system. This variable is optional but
diff --git a/odk/docs/tools.html b/odk/docs/tools.html
index d17542825537..09f77f338ba0 100644
--- a/odk/docs/tools.html
+++ b/odk/docs/tools.html
@@ -18,7 +18,7 @@
-->
- LibreOffice %PRODUCT_RELEASE% SDK - Development Tools
+ %PRODUCTNAME% %PRODUCT_RELEASE% SDK - Development Tools
@@ -137,7 +137,7 @@
office installation. UNO packages are UNO components (single libraries or
Jar files or more complex zip files that contain one or more libraries|
Jar files, type libraries and configuration items), scripts and
- LibreOffice %PRODUCT_RELEASE% Basic libraries as zip package. 'unopkg' is not part of the
+ %PRODUCTNAME% %PRODUCT_RELEASE% Basic libraries as zip package. 'unopkg' is not part of the
SDK but comes with the office directly and is a development tool as well
as an end user tool to deploy extension into an office installation.
More details concerning deployment and this tool can be found in the
@@ -336,9 +336,9 @@
You can find a syntax description for UNOIDL here.
Note: unoidl-write produces a new binary type library format that is
different from the legacy format that was produced by idlc and regmerge. While
- recent versions of LibreOffice are still able to read the old format, versions of
+ recent versions of %PRODUCTNAME% are still able to read the old format, versions of
LibreOffice prior to LibreOffice 4.1 were not able to read the new format.
- Thus, if you use this SDK to generate a LibreOffice extension that contains a type
+ Thus, if you use this SDK to generate a %PRODUCTNAME% extension that contains a type
library file produced by unoidl-write, you should specify a
LibreOffice-minimal-version of at least 4.1 for that extension
(see
- LibreOffice %PRODUCT_RELEASE% SDK - Developer's Guide Examples
+ %PRODUCTNAME% %PRODUCT_RELEASE% SDK - Developer's Guide Examples
@@ -133,7 +133,7 @@ Presentation Documents
@@ -227,7 +227,7 @@ examples
href="./FirstSteps/FirstUnoContact/java/FirstUnoContact.java"
title="link to FirstSteps/FirstUnoContact/java/FirstUnoContact.java">FirstUnoContact
Shows how to initialize UNO and
-get a remote office service manager from a running LibreOffice %PRODUCT_RELEASE% in a
+get a remote office service manager from a running %PRODUCTNAME% %PRODUCT_RELEASE% in a
different process space.
@@ -236,7 +236,7 @@ different process space.
href="./FirstSteps/FirstLoadComponent/java/FirstLoadComponent.java"
title="link to FirstSteps/FirstLoadComponent/java/FirstLoadComponent.java">FirstLoadComponent
Demonstrates how to load a
-component into LibreOffice %PRODUCT_RELEASE% by a Java application.
+component into %PRODUCTNAME% %PRODUCT_RELEASE% by a Java application.
href="./ProfUNO/InterprocessConn/ConnectionAwareClient.java"
title="link to ProfUNO/InterprocessConn/ConnectionAwareClient/.java">ConnectionAwareClient
Implements a client which is aware
-of losing connection to LibreOffice %PRODUCT_RELEASE%.
+of losing connection to %PRODUCTNAME% %PRODUCT_RELEASE%.
href="./ProfUNO/InterprocessConn/UrlResolver.java"
title="link to ProfUNO/InterProcessConn/UrlResolver.java">UrlResolver
Builds a connection to
-LibreOffice %PRODUCT_RELEASE% using the URL given on the command line. This example
+%PRODUCTNAME% %PRODUCT_RELEASE% using the URL given on the command line. This example
shows the usage of XUnoUrlResolver.
Builds a connection to
-LibreOffice %PRODUCT_RELEASE% using C++.
+%PRODUCTNAME% %PRODUCT_RELEASE% using C++.
href="./Components/DialogComponent/DialogComponent.java"
title="link to Components/DialogComponent/DialogComponent.java">DialogComponent.java
Implements a component accessing a dialog created
- with the LibreOffice %PRODUCT_RELEASE% Basic IDE. The component provides methods that
+ with the %PRODUCTNAME% %PRODUCT_RELEASE% Basic IDE. The component provides methods that
can be bound to dialog respectively control events .
@@ -936,7 +936,7 @@ document component.
This is the main part of a demo
application based on the framework APIs. It mainly shows the mechanisms
to load, store and convert documents, as well as dispatch and dispatch
-interception. It integrates windows from LibreOffice %PRODUCT_RELEASE% via system
+interception. It integrates windows from %PRODUCTNAME% %PRODUCT_RELEASE% via system
window handle. This is the same mechanism as used by the OOoBean, but
the OOoBean itself is not used here, just the JNI window handle access.
@@ -952,7 +952,7 @@ and it's actions.
href="./OfficeDev/DesktopEnvironment/FunctionHelper.java"
title="link to OfficeDev/DesktopEnvironment/FunctionHelper.java">FunctionHelper
This helper comprises all
-LibreOffice %PRODUCT_RELEASE% API calls. Thus it is possible to learn about these
+%PRODUCTNAME% %PRODUCT_RELEASE% API calls. Thus it is possible to learn about these
aspects separately from the rest of the application example.
@@ -967,7 +967,7 @@ asynchronous events from UNO oneway calls.
href="./OfficeDev/DesktopEnvironment/IShutdownListener.java"
title="link to OfficeDev/DesktopEnvironment/IShutdownListener.java">IShutdownListener
This is a listener interface to
-clean up on shutdown of LibreOffice %PRODUCT_RELEASE%.
+clean up on shutdown of %PRODUCTNAME% %PRODUCT_RELEASE%.
Builds the remote bridge to
-LibreOffice %PRODUCT_RELEASE% and exports its UNO service manager for the Java side of
+%PRODUCTNAME% %PRODUCT_RELEASE% and exports its UNO service manager for the Java side of
the application.
@@ -1029,7 +1029,7 @@ the application is registered as an event listener.
href="./OfficeDev/DesktopEnvironment/ViewContainer.java"
title="link to OfficeDev/DesktopEnvironment/ViewContainer.java">ViewContainer
Performs a clean up on the Java
-side on LibreOffice %PRODUCT_RELEASE% shutdown.
+side on %PRODUCTNAME% %PRODUCT_RELEASE% shutdown.
@@ -1048,7 +1048,7 @@ side on LibreOffice %PRODUCT_RELEASE% shutdown.
href="./OfficeDev/OfficeConnect.java"
title="link to OfficeDev/OfficeConnect.java">OfficeConnect
Builds the remote bridge to
-LibreOffice %PRODUCT_RELEASE% and exports its UNO service manager to the Java side.
+%PRODUCTNAME% %PRODUCT_RELEASE% and exports its UNO service manager to the Java side.
href="%DOXYGEN_PREFIX2%/docs/idl/ref/interfacecom_1_1sun_1_1star_1_1frame_1_1XTerminateListener.html"
title="link to the reference documentation of com.sun.star.frame.XTerminationListener">
XTerminateListener. It is called
-when LibreOffice %PRODUCT_RELEASE% terminates.
+when %PRODUCTNAME% %PRODUCT_RELEASE% terminates.
@@ -1170,7 +1170,7 @@ of formats.
href="./OfficeDev/Linguistic/LinguisticExamples.java"
title="link to OfficeDev/Linguistic/LinguisticExamples.java">LinguisticExamples
A short example that uses most of
-the functionality from the LibreOffice %PRODUCT_RELEASE% linguistic API.
+the functionality from the %PRODUCTNAME% %PRODUCT_RELEASE% linguistic API.
Contains a helper class for the
-other examples to connect to LibreOffice %PRODUCT_RELEASE% and open or create a drawing
+other examples to connect to %PRODUCTNAME% %PRODUCT_RELEASE% and open or create a drawing
document.
@@ -1784,7 +1784,7 @@ is not implemented. To be more precise.
Shows how to connect to
-LibreOffice %PRODUCT_RELEASE% and create text, drawing or spreadsheet document. This
+%PRODUCTNAME% %PRODUCT_RELEASE% and create text, drawing or spreadsheet document. This
class is used as a helper class for the other examples.
Creates the connection to
-LibreOffice %PRODUCT_RELEASE% and executes the code SalesMan samples for database API.
+%PRODUCTNAME% %PRODUCT_RELEASE% and executes the code SalesMan samples for database API.
href="./Config/ConfigExamples.java"
title="link to Config/ConfigExamples.java">ConfigExamples
This example connects to a
-LibreOffice %PRODUCT_RELEASE%, gets the configuration manager and accesses the
+%PRODUCTNAME% %PRODUCT_RELEASE%, gets the configuration manager and accesses the
configuration in various ways.
The SDK provides a rich set of examples in different programming
- languages (Java, Python, C++, LibreOffice %PRODUCT_RELEASE% Basic, OLE) to illustrate the use
+ languages (Java, Python, C++, %PRODUCTNAME% %PRODUCT_RELEASE% Basic, OLE) to illustrate the use
of the API and demonstrate how to benefit from the included word
processor, spreadsheet, presentation software, graphics program and
- database of LibreOffice %PRODUCT_RELEASE%.
+ database of %PRODUCTNAME% %PRODUCT_RELEASE%.
Some of the examples need a running office instance listening on a
port. If this is necessary you will get further information in the
makefiles.
This class gives you information on the selected
- objects (text range, text frame, or graphics) at a LibreOffice
+ objects (text range, text frame, or graphics) at a %PRODUCTNAME%
Server.
The Object Inspector is primarily an auxiliary tool
for the developer, which can present information about an object of the
- LibreOffice %PRODUCT_RELEASE% API at run-time. Depending on the object to be inspected,
+ %PRODUCTNAME% %PRODUCT_RELEASE% API at run-time. Depending on the object to be inspected,
appropriate methods, interfaces, services, and attributes can be displayed
to the developer. The methods, interfaces, services and attributes are
represented in a predictable tree. If the attributes contained in an
@@ -517,7 +517,7 @@
The example programs are embedded in LibreOffice %PRODUCT_RELEASE% documents in the
- samples directory. To view or edit the LibreOffice %PRODUCT_RELEASE% Basic source,
+
The example programs are embedded in %PRODUCTNAME% %PRODUCT_RELEASE% documents in the
+ samples directory. To view or edit the %PRODUCTNAME% %PRODUCT_RELEASE% Basic source,
select the appropriate document and then select Tools->Macro.
Most of the examples are stand-alone, but two of them (Creating an
Index and Import/Export of ASCII Files) have an associated data file
@@ -726,7 +726,7 @@
To change the style used for certain words, you can
start with the following example. This code searches for the regular
expression the[a-z], which stands for the text portion the
@@ -737,7 +737,7 @@
must execute it from an open text document.
If you regularly receive documents from other people
for editing, you might want to make sure that certain words are always
written the same. The next example illustrates this by forcing certain
@@ -747,7 +747,7 @@
words from an external file.
Another application of automatic text modification is
related to stylistic questions. Suppose your company’s policy is to
avoid the use of certain words. You want to replace these words, but you
@@ -764,7 +764,7 @@
(plural, adjective etc.).
The next example does something very similar. This time, however, we
do not change the color of the words but insert a bookmark at each of
@@ -779,14 +779,14 @@
word.
Indices for text documents can be created manually in
- LibreOffice %PRODUCT_RELEASE% Writer by clicking on the words that should appear in the
+ %PRODUCTNAME% %PRODUCT_RELEASE% Writer by clicking on the words that should appear in the
index. If the document is large, or if you have to generate indices for
several documents, this task should be automated.
Most of the members of the European Union will abandon
their old currency in favor of the new Euro in 2001. This requires
modifications to all programs using the old currencies. Since the exchange
@@ -795,14 +795,14 @@
in a table that are formatted with the currency string DM.
You can use the drawing facilities of StarOffice API
to generate a picture from ASCII input. One application would be a
hierarchical representation of a directory listing, based on textual
data.
If you want to display stock charts for certain
companies, you can open up your browser every day, go to a search engine,
look up the quote and copy it by hand into a table. Or you can use a
@@ -814,7 +814,7 @@
UpdateValue(), and UpdateChart().
The example document Burger Factory offers some forms
and controls, which you can use to order your desired burger type,
beverage, topping, and sauce. By hitting the button
@@ -829,7 +829,7 @@
LibreOffice %PRODUCT_RELEASE% software is a complete, feature-rich
+
%PRODUCTNAME% %PRODUCT_RELEASE% software is a complete, feature-rich
office productivity suite that provides, in combination with this
SDK, all the essential tools for building and deploying custom
- solutions that build on, or integrate with, the LibreOffice %PRODUCT_RELEASE% suite
+ solutions that build on, or integrate with, the %PRODUCTNAME% %PRODUCT_RELEASE% suite
of products.
-
The SDK is a development kit for LibreOffice %PRODUCT_RELEASE%, which
+
The SDK is a development kit for %PRODUCTNAME% %PRODUCT_RELEASE%, which
eases the development of office components. It provides a set of
libraries, binaries, header, and IDL files which have final API's
and can only be extended with new functionality. This set of libraries
@@ -63,8 +63,8 @@
with new functions.
The SDK provides the basic building blocks for external developers
to develop components in any language for which a binding exists.
- Currently, there are language bindings for LibreOffice %PRODUCT_RELEASE% Basic, Java, Python,
- and different C++ compilers on different platforms, for LibreOffice %PRODUCT_RELEASE%,
+ Currently, there are language bindings for %PRODUCTNAME% %PRODUCT_RELEASE% Basic, Java, Python,
+ and different C++ compilers on different platforms, for %PRODUCTNAME% %PRODUCT_RELEASE%,
thus covering the most commonly used programming languages. There
will be no limit for office automation in heterogeneous environments.
Currently supported platforms of the SDK are Linux, Solaris (sparc,
@@ -105,14 +105,14 @@
Detailed documentation, explaining the LibreOffice %PRODUCT_RELEASE%
+
Detailed documentation, explaining the %PRODUCTNAME% %PRODUCT_RELEASE%
API and the concepts behind it, with a rich set of examples,
implemented mainly in Java. This documentation is online in TDF Wiki.
Complete LibreOffice %PRODUCT_RELEASE% API reference.
+
Complete %PRODUCTNAME% %PRODUCT_RELEASE% API reference.
@@ -160,7 +160,7 @@
Office Applications (OpenDocument) Technical Committee where you
can find the latest information about the OASIS Open Document XML
file format which is the default document format
- for LibreOffice %PRODUCT_RELEASE%.
+ for %PRODUCTNAME% %PRODUCT_RELEASE%.
