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Resources for Java developers who want to use .NET libraries in their projects.
Resources for .NET developers who want to use Java JARs in their projects.
- TRY FREE
1. Getting started
- 1.1. Installing javOnet
- 1.2. Activating javOnet
- 1.3. Adding References to .NET Libraries
- 1.4. XML Configuration File
- 1.5. Using the javOnet Fluent Interface
- 1.7. Introduction to Using .NET Back-end and UI Components in Java
2. Calling methods
- 2.1. Invoking Static Methods
- 2.2. Creating Instance and Calling Instance Methods
- 2.3. Calling Generic Methods
3. Working with .NET Objects
- 3.1. Creating Instance Of Generic Object
- 3.2. Extending the .NET Class in Java and Wrapping .NET Methods
4. Fields and Properties
- 4.1. Get/Set Values for Static Fields and Properties
- 4.2. Get/Set Values for Instance Fields and Properties
5. Methods Arguments
- 5.1. Passing Reference-Type Arguments
- 5.2. Passing Arguments by Reference with “ref” and “out” Keywords
- 5.3. Passing typeof(Type) as Method Argument
- 5.4. Calling Overloaded Method Passing Null Argument
6. Nested Types
8. Arrays and Collections
- 8.1. Arrays: Using Value-Type and Reference-Type Arrays
- 8.2. Working with .NET arrays and collections from Java with Javonet
9. Embeding UI controls
10. Referencing libraries
11. Off-line activation
12. Events and Delegates
13. Disposing and Garabage Collection
14. .NET Configuration Files (AppConfig, WebConfig)
15. Exceptions, Debugging and Testing
- 15.. Handling Activation Issues
- 15.1. Handling .NET Exceptions
- 15.2. How to debug .NET code called from Java
- 15.3. Debugging Javonet Enabled Application
16. Strongly-Typed Wrappers
17. Advanced Activation and Licensing
Creating Instance and Calling Instance Methods
JavOnet lets you create instances of any .NET type. To store reference of a particular .NET object, the javOnet-created NObject Java type can be used by variables of any .NET object.
To create an instance of a .NET object, call the Javonet.New method. Once called, you’ve created a reference to that object that could be assigned to NObject variable, which you can then use to perform any operations on that object.
Here’s how to call “Next” method on instance of .NET “Random” class:
NObject objRandom = Javonet.New("System.Random"); Integer value = objRandom.invoke("Next",10,20); System.out.println(value);
JavOnet calls are very similar to regular .NET or Java calls, with a little bit of reflection style. Value-type results are automatically converted into Java types so you can safely assign them to Java variables. Reference-type results must be assigned to NObject variable.
Any calls to .NET objects using javOnet can be shortened and simplified using our Fluent interface. To find out more, click here.