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import multiple_inheritance_interfaces.*;
import java.util.Arrays;
public class multiple_inheritance_interfaces_runme {
static {
try {
System.loadLibrary("multiple_inheritance_interfaces");
} catch (UnsatisfiedLinkError e) {
System.err.println("Native code library failed to load. See the chapter on Dynamic Linking Problems in the SWIG Java documentation for help.\n" + e);
System.exit(1);
}
}
private static void checkBaseAndInterfaces(Class cls, boolean interfaceExpected, String base, String[] interfaces) {
String[] expectedInterfaces = new String[interfaces.length];
for (int i=0; i<interfaces.length; ++i)
expectedInterfaces[i] = "interface multiple_inheritance_interfaces." + interfaces[i];
Class[] actualInterfaces = cls.getInterfaces();
String expectedInterfacesString = Arrays.toString(expectedInterfaces);
String actualInterfacesString = Arrays.toString(actualInterfaces);
if (!expectedInterfacesString.equals(actualInterfacesString))
throw new RuntimeException("Expected interfaces for " + cls.getName() + ": \n" + expectedInterfacesString + "\n" + "Actual interfaces: \n" + actualInterfacesString);
String expectedBaseString = null;
if (interfaceExpected) {
// expecting an interface
if (!cls.isInterface())
throw new RuntimeException(cls.getName() + " should be an interface but is not");
expectedBaseString = base.isEmpty() ? "" : "multiple_inheritance_interfaces." + base;
} else {
// expecting a class
if (cls.isInterface())
throw new RuntimeException(cls.getName() + " is an interface but it should not be");
expectedBaseString = base.isEmpty() ? "java.lang.Object" : "multiple_inheritance_interfaces." + base;
}
String actualBaseString = cls.getSuperclass() == null ? "" : cls.getSuperclass().getName();
if (!expectedBaseString.equals(actualBaseString))
throw new RuntimeException("Expected base for " + cls.getName() + ": [" + expectedBaseString + "]" + " Actual base: [" + actualBaseString + "]");
}
public static void main(String argv[]) {
checkBaseAndInterfaces(IA.class, true, "", new String[] {});
checkBaseAndInterfaces(IB.class, true, "", new String[] {});
checkBaseAndInterfaces(IC.class, true, "", new String[] {"IA", "IB"});
checkBaseAndInterfaces(A.class, false, "", new String[] {"IA"});
checkBaseAndInterfaces(B.class, false, "", new String[] {"IB"});
checkBaseAndInterfaces(C.class, false, "", new String[] {"IC", "IA", "IB"});
checkBaseAndInterfaces(D.class, false, "", new String[] {"IC", "IA", "IB"});
checkBaseAndInterfaces(E.class, false, "D", new String[] {});
checkBaseAndInterfaces(IJ.class, true, "", new String[] {});
checkBaseAndInterfaces(IK.class, true, "", new String[] {"IJ"});
checkBaseAndInterfaces(IL.class, true, "", new String[] {"IK"});
checkBaseAndInterfaces(J.class, false, "", new String[] {"IJ"});
checkBaseAndInterfaces(K.class, false, "", new String[] {"IK", "IJ"});
checkBaseAndInterfaces(L.class, false, "", new String[] {"IL", "IK", "IJ"});
checkBaseAndInterfaces(M.class, false, "", new String[] {"IL", "IK", "IJ"});
checkBaseAndInterfaces(P.class, false, "", new String[] {});
checkBaseAndInterfaces(IQ.class, true, "", new String[] {});
checkBaseAndInterfaces(Q.class, false, "", new String[] {"IQ"});
checkBaseAndInterfaces(R.class, false, "P", new String[] {"IQ"});
checkBaseAndInterfaces(S.class, false, "P", new String[] {"IQ"});
checkBaseAndInterfaces(T.class, false, "", new String[] {"IQ"});
checkBaseAndInterfaces(U.class, false, "R", new String[] {});
checkBaseAndInterfaces(V.class, false, "S", new String[] {});
checkBaseAndInterfaces(W.class, false, "T", new String[] {});
// overloaded methods check
D d = new D();
d.ia();
d.ia(10);
d.ia("bye");
d.ia("bye", false);
UndesirablesSwigImpl.UndesiredStaticMethod(UndesirablesSwigImpl.UndesiredEnum.UndesiredEnum1);
}
}
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