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while using JNAerator with bridj-0.7.0 we had some serious issues in using the code inside an OSGI environment (Eclipse Equinox): our bundle containing the JNAerator-generated code was not able to load because of a NoClassDefFoundError thrown on our main library-loading class.
The problem stemmed from the following static block that is executed as soon as the class is referenced:
static {
BridJ.register();
}
By using the no-args register, the calling class and the relative ClassLoader is inferred in a way that won't work in an OSGI environment.
By simply changing this to use the variant with a Class argument in all of these static blocks we were able to solve the problem:
static {
BridJ.register(MyLibrary.class);
}
Is there a reason for using the no-args method inside the generated static methods?
Would it be possible to change this to at least make it configurable during generation with JNAerator?
The text was updated successfully, but these errors were encountered:
Greetings,
while using JNAerator with bridj-0.7.0 we had some serious issues in using the code inside an OSGI environment (Eclipse Equinox): our bundle containing the JNAerator-generated code was not able to load because of a
NoClassDefFoundError
thrown on our main library-loading class.The problem stemmed from the following static block that is executed as soon as the class is referenced:
By using the no-args
register
, the calling class and the relative ClassLoader is inferred in a way that won't work in an OSGI environment.By simply changing this to use the variant with a Class argument in all of these static blocks we were able to solve the problem:
Is there a reason for using the no-args method inside the generated static methods?
Would it be possible to change this to at least make it configurable during generation with JNAerator?
The text was updated successfully, but these errors were encountered: