Generating SaticMethods protocol ignores 'static native' java methods

// JNIExample.java

package com.example;

public class JNIExample {
    static {
        System.loadLibrary("my-swift-lib");
    }

    public native int compute(int a, int b);
    public native int compute(int a, Integer b);

    public static native int computeStatic(int a, int b);

    public static void main(String[] args) {
        int result = new JNIExample().compute(5, 7);
        System.out.println("Result from native code: " + result);
    }
}

will generate the sayHello and compute but will ignore the computeStatic:

/Users/ktoso/code/swift-java/Samples/JavaKitSampleApp/.build/arm64-apple-macosx/debug/Java2Swift-tool --module-name SwiftJNIExample --depends-on JavaKit=/Users/ktoso/code/swift-java/Sources/JavaKit/swift-java.config --swift-native-implementation com.example.JNIExample $(pwd)/swift-java.config

// Auto-generated by Java-to-Swift wrapper generator.
import JavaKit
import JavaRuntime

@JavaClass("com.example.JNIExample")
open class JNIExample: JavaObject {
  @JavaMethod
  @_nonoverride public convenience init(environment: JNIEnvironment? = nil)
}
extension JavaClass<JNIExample> {
  @JavaStaticMethod
  public func main(_ arg0: [String])
}
/// Describes the Java `native` methods for ``JNIExample``.
///
/// To implement all of the `native` methods for JNIExample in Swift,
/// extend JNIExample to conform to this protocol and mark
/// each implementation of the protocol requirement with
/// `@JavaMethod`.
protocol JNIExampleNativeMethods {
  func compute(_ arg0: Int32, _ arg1: JavaInteger?) -> Int32

  func compute(_ arg0: Int32, _ arg1: Int32) -> Int32
}

We need to be able to handle static native methods as well.

Reproduce the issue with JNIExample.java and the Java2Swift-tool invocation shown, then inspect how the generated JNIExampleNativeMethods protocol is produced. Confirm that the static native computeStatic method is represented in the generated output, while preserving the existing instance methods.