[Bug][Inline Method Refactoring] Inline Method refactoring for input program contians Lambda in Method Argument produces uncompilable program

Steps to reproduce

1. Create a class named A:

public class A {
    void baseMethod(Runnable action) {
        action.run();
    }
}

2. Then, create a class named B:

public class B extends A {
    void derivedMethod() {
        super.baseMethod(() -> System.out.println("Lambda Action"));
    }

    static void staticContextMethod(B obj) {
        obj.derivedMethod(); // Inline call to derivedMethod()
    }
}

3. Left click derivedMethod() in obj.derivedMethod(); like I comment in class B. Then, right click -> Refactor -> Inline. Use default configuration to inline this method like following, click ok:

The program is successfully refactored without any warning or exception. The refactored program is following, which contains syntax error:

public class A {
    void baseMethod(Runnable action) {
        action.run();
    }
}

public class B extends A {
    void derivedMethod() {
        super.baseMethod(() -> System.out.println("Lambda Action"));
    }

    static void staticContextMethod(B obj) {
        super.baseMethod(() -> System.out.println("Lambda Action")); // syntax error
    }
}

4. If choose the first default configuration like following:

5. The refactored program is following, which also contains syntax error:

public class A {
    void baseMethod(Runnable action) {
        action.run();
    }
}

public class B extends A {
    static void staticContextMethod(B obj) {
        super.baseMethod(() -> System.out.println("Lambda Action")); // syntax error
    }
}

Environment

OS Version

Windows 10, 64-bit Operating System, x64-based processor

Eclipse Version

Eclipse IDE for Enterprise Java and Web Developers (includes Incubating components)
Version: 2024-09 (4.33.0)
Build id: 20240905-0614

JDK Version

java version "22.0.1" 2024-04-16
Java(TM) SE Runtime Environment (build 22.0.1+8-16)
Java HotSpot(TM) 64-Bit Server VM (build 22.0.1+8-16, mixed mode, sharing)

Start at the Inline Method refactoring invoked on B.derivedMethod() from B.staticContextMethod(B obj), using the A and B reproducer in the issue. Check both default configurations and verify that the refactored program remains valid Java and compiles without the reported syntax error.