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HCL Domino Designer User Guide and Reference
This guide provides information on using HCL Domino Designer and programming language reference information.
LotusScript® Language
Welcome to the LotusScript® Language section of Domino® Designer Help.
Beyond Core LotusScript®
This chapter discusses the role that LotusScript® plays with HCL products, your operating environment, other programs, and interactive user applications.
LS2J: Connecting with Java™
Using LotusScript® and LS2J, you can access Java™ classes, giving you a powerful cross-platform extension to LotusScript. Developers can access Java in LotusScript programs as a set of predefined LotusScript objects. This set of objects allow LotusScript to use already created Java classes that are available in script libraries or found using the classpath.
LS2J classes
LS2J introduces the concept of a Java™ object reference. Similar to an OLE object reference, it is not a predefined class; rather, it represents a runtime instance of a Java object. Its properties and methods are determined at run time.
JavaProperty class (LotusScript® Language)
The JavaProperty class describes a public property in a JavaClass object. This class is used for instances when the dot reference method fails (because of case sensitivity or long names).
setValue method (LotusScript® Language)
This method sets the JavaProperty value.

HCL Domino Designer User Guide and Reference
This guide provides information on using HCL Domino Designer and programming language reference information.
- What's new in Domino Designer 14.5?
  The following features are new for developers in HCL Domino® Designer 14.5.
- What's new in Nomad Designer?
  HCL Nomad for web browsers v1.0.10 introduces the capability to design Notes databases. For more information, see HCL Nomad for web browsers User Documentation, Nomad web Designer.
- Accessibility and keyboard shortcuts
  Accessibility features assist users who have a disability, such as restricted mobility or limited vision, to use information technology content successfully.
- Application Design
  Welcome to the Application Design section of Domino® Designer Help.
- Application Management
  Welcome to the Application Management section of Domino® Designer Help.
- Domino® Query Language
  Domino® Query Language (DQL) is a facility running on a Domino server that provides a terse, shorthand syntax for finding documents. It supports a wide variety and complexity of search terms. It leverages existing design elements, avoiding the need to write detailed code to access them. DQL consolidates all methods in Domino for searching document contents.
- Composite Applications - Design and Management
  Composite applications are a key element in a service-oriented architecture (SOA) and contextual collaboration strategy. The ability to create and edit composite applications lets you easily integrate different types of components and technologies.
- DB2® Access views
  Domino® Designer includes two types of design elements to assist you in managing data contained in DB2® enabled Notes® databases:
- Programming Overview and User Interface
  This section contains general guidelines and examples that show where to use Java, LotusScript, and the formula language.
- Formula Language
  This section documents the formula language.
- LotusScript® Language
  Welcome to the LotusScript® Language section of Domino® Designer Help.
  - Introduction to LotusScript®
    This chapter introduces LotusScript® and describes, in general terms, how to use the script editor to write and modify scripts, how to compile scripts, and how to use the debugger to locate problems in the logic of your applications.
  - Script and Statement Construction Rules
    This chapter describes the rules for writing the basic elements of a script in the LotusScript® language.
  - Data Types, Constants, and Variables
    This chapter provides information about LotusScript® constants and variables and the data types of the values that they can represent.
  - Expressions and Operators
    This chapter describes the set of LotusScript® operators, how they may be combined with operands to form expressions, and how those expressions are evaluated.
  - Procedures: Functions, Subs, and Properties
  - File Handling
    This chapter describes file handling in the LotusScript® language.
  - Error Processing
    This chapter describes error processing in the LotusScript® language.
  - User-Defined Data Types and Classes
    This chapter describes two kinds of custom data structures that you can define in LotusScript®. Each can hold data of different types in a single data structure.
  - Managing Flow in Scripts
    The flow of execution of a script generally follows the sequence of statements in the script. This chapter describes the behavior of particular statements that alter the flow of execution.
  - Managing Asynchronous Web Agents in Domino®
    This chapter describes how to use multiple threads and synchronization to manage HTTP agents with Domino®.
  - Beyond Core LotusScript®
    This chapter discusses the role that LotusScript® plays with HCL products, your operating environment, other programs, and interactive user applications.
    - HCL software environments
      HCL software provides the environment in which you create, debug, and run LotusScript® modules. HCL software applications that work with LotusScript supply their own application programming interface (API), which lets you use product functionality and create and manipulate product objects from within a LotusScript program. A HCL software API is effectively an extension to the LotusScript language that is available when you are running that product.
    - Interacting with the user
      HCL products lend themselves to building interactive applications, applications that incorporate user input and prompt the user to perform particular tasks. While each individual HCL software application provides its own user interface for interacting with scripts, LotusScript® supplies some fundamental tools that you can use with any HCL software.
    - Interacting with other programs
      LotusScript® provides a number of functions and statements that you can use to interact with other programs and the operating system. You can also use Object Linking and Embedding (OLE) to incorporate functionality and data from other Windows™ applications into your LotusScript applications.
    - Calling external C language functions
      LotusScript® allows you to call external C language functions. You implement external C functions inside a named library module that generally contains several C functions. With Windows™, this is a Dynamic Link Library (DLL). All Windows users have access to the libraries in the Windows application programming interface (API).
    - LS2J: Connecting with Java™
      Using LotusScript® and LS2J, you can access Java™ classes, giving you a powerful cross-platform extension to LotusScript. Developers can access Java in LotusScript programs as a set of predefined LotusScript objects. This set of objects allow LotusScript to use already created Java classes that are available in script libraries or found using the classpath.
      - About LS2J
        LS2J is the interface that allows data to transfer from the Java™ data type to the LotusScript® data type and allows LotusScript to execute Java object methods. LS2J allows LotusScript to create Java objects as if they are native to the LotusScript environment.
      - System requirements
        LS2J is implemented on all Domino® platforms. Your system must meet the following requirements:
      - Using LS2J
        To use LS2J from within Notes®, your LotusScript® code must include this line:
      - LS2J classes
        LS2J introduces the concept of a Java™ object reference. Similar to an OLE object reference, it is not a predefined class; rather, it represents a runtime instance of a Java object. Its properties and methods are determined at run time.
        JavaClass class (LotusScript® Language)
        JavaClass is the reference to a Java™ class. You can create an instance of the object, or you can look at the static properties (fields) and invoke static methods of the class.
        JavaError class (LotusScript® Language)
        JavaError is the main interface for LotusScript® to get information about Java™ errors that occur. Besides the standard exceptions mentioned in each object, the Java program can raise an exception for many other reasons. All these errors are caught and re-raised as the LotusScript Error-JavaError. Users can put an "on error" condition to catch any Java exceptions. The JavaException is not cleared until the method ClearJavaException is called. In order to find out more, the LotusScript user uses the JavaError object.
        JavaMethod class (LotusScript® Language)
        The JavaMethod class describes a public method in a JavaClass object. This class is used when the dot reference method fails (as happens with case sensitivity, method overloading, or long names).
        JavaMethodCollection class (LotusScript® Language)
        The JavaMethodCollection class enumerates all the methods of a JavaClass object. This is a true enumerator class and you can use the ForAll statement on it.
        JavaObject class (LotusScript® Language)
        The JavaObject Reference is the key to connecting with a Java™ object. It is returned from the CreateObject method of the JavaClass class or the GetJavaObject function. It is similar to an OLE reference and represents a Java object instance. The properties and methods are adapted automatically. It can be assigned only to a Variant.
        JavaProperty class (LotusScript® Language)
        The JavaProperty class describes a public property in a JavaClass object. This class is used for instances when the dot reference method fails (because of case sensitivity or long names).
        Example: JavaProperty class
        This script prints out all the properties belonging to a JavaClass object.
        JClass property (JavaProperty - LotusScript® Language)
        This is a JavaClass object representing the Java™ class in which the JavaProperty belongs. The property is read only.
        PropertyName property (LotusScript® Language)
        This is the name of the JavaProperty. The property is read only.
        Modifier property (JavaProperty - LotusScript® Language)
        This returns the modifier value(s) for a Java™ property. The property is read only.
        Type property (LotusScript® Language)
        This is the LotusScript® data type of the JavaProperty. The property is read only.
        getValue method (LotusScript® Language)
        This method returns the JavaProperty value.
        setValue method (LotusScript® Language)
        This method sets the JavaProperty value.
        Example: setValue method
        This script prints the area of a 2 X 4 rectangle then, with setValue, resets the width and height and prints the new size.
        JavaPropertyCollection class (LotusScript® Language)
        The JavaPropertyCollection class enumerates all the properties of a JavaClass object. This is a true enumerator class and you can use the ForAll statement with it.
        JavaSession class (LotusScript® Language)
        JavaSession is the starting point for access to the Java™ objects. The session attaches to the existing JVM, if there is one. If a JVM has not been started, the LotusScript® client tries to create the JVM and apply all the specified arguments. You can create as many JavaSessions as you want. All the resources created are associated with a particular session. Delete the session object to reclaim the resources.
      - Data type mappings
        LotusScript® provides mapping for Java™ basic data types and Java reference types.
      - LS2J extended example
        This sample code demonstrates calling Java™ methods within LotusScript® using LS2J. Immediately following this example the code is modified slightly to demonstrate handling situations where there is a syntax discrepancy between Java and LotusScript.
  - LotusScript® Language Reference
    This chapter describes the use of statements, built-in functions, subs, data types, and directives in the LotusScript® language.
  - Language and Script Limits
    This appendix describes LotusScript® language limits of several kinds: for example, the legal ranges in data representation, the limits on numerical specifications within statements, and the maximum number of different kinds of elements that can be defined in a script.
  - Platform Differences
    The LotusScript® language and functionality on the UNIX™ platform, the Macintosh platform, and the IBM i® platform differ in various ways from the language and functionality described in the rest of this language reference. This appendix describes the differences.
  - LotusScript/REXX Integration
    This appendix provides an overview of REXX integration in the LotusScript® language.
  - LotusScript® Aliases
    This appendix lists the LotusScript® aliases and their equivalent text.
  - MIME Charset Names
  - Compile-time Error Messages
    This chapter describes the compile-time error messages in the LotusScript® language.
  - Run-time Error Messages
    This chapter describes the run-time error messages in the LotusScript® language.
- LotusScript/COM/OLE Classes
- Java/CORBA Classes
  This section documents the Java/CORBA classes.
- Connectors
  Connectors provide native access to a wide variety of DBMS products, ODBC, the platform File system, Enterprise Resource Planning systems, and Transaction Processing systems.
- Javadoc™ for Domino® Designer related APIs
  As part of providing additional Java™ reference documentation, Domino® Designer ships with a help plugin that contains Javadoc™ for additional Domino Designer related APIs.

setValue method (LotusScript® Language)

This method sets the JavaProperty value.

Defined in

JavaProperty

Syntax

Call javaproperty .setValue( NewValue [, JavaObject] )

Parameters

NewValue

Variant. New Value for the JavaProperty.

JavaObject

JavaObject. Object to be set, if the property is not static. Optional if the property is static.

Error thrown

IllegalAccessException. Thrown if the value is of the wrong type, or if the property is read only.

Example