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import cpp11_director_using_constructor.*;
public class cpp11_director_using_constructor_runme {
static {
try {
System.loadLibrary("cpp11_director_using_constructor");
} 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);
}
}
public static void main(String argv[]) {
// This is a copy of cpp11_using_constructor_runme.java for testing that the expected constructors can be called
// Public base constructors
new PublicDerived1(0, "hi").meth();
new PublicDerived2().meth();
new PublicDerived2(0, "hi").meth();
new PublicDerived3().meth();
new PublicDerived3(0, "hi").meth();
new PublicDerived4().meth();
new PublicDerived5().meth();
// Protected base constructors
// Cannot test most of these as the constructors are protected
new ProtectedDerived5();
// Mix of public and overloaded constructors
new MixedDerived1a(0, "hi").meth();
new MixedDerived1a().meth();
new MixedDerived1b(0, "hi").meth();
new MixedDerived1b().meth();
new MixedDerived2a(0, "hi").meth();
new MixedDerived2a().meth();
new MixedDerived2b(0, "hi").meth();
new MixedDerived2b().meth();
new MixedDerived2c(0, "hi").meth();
new MixedDerived2c().meth();
new MixedDerived2c(0).meth();
new MixedDerived2d(0, "hi").meth();
new MixedDerived2d().meth();
new MixedDerived2d(0).meth();
new MixedDerived3a(0, "hi").meth();
new MixedDerived3a().meth();
new MixedDerived3b(0, "hi").meth();
new MixedDerived3b().meth();
new MixedDerived3c(0, "hi").meth();
new MixedDerived3c().meth();
new MixedDerived3c(0).meth();
new MixedDerived3d(0, "hi").meth();
new MixedDerived3d().meth();
new MixedDerived3d(0).meth();
new MixedDerived4a(0, "hi").meth();
new MixedDerived4a().meth();
new MixedDerived4b(0, "hi").meth();
new MixedDerived4b().meth();
new MixedDerived4c().meth();
new MixedDerived4c(0).meth();
new MixedDerived4d().meth();
new MixedDerived4d(0).meth();
new MixedDerived4e().meth();
new MixedDerived4f().meth();
// Mix of protected base constructors and overloading
new ProotDerived1a().meth();
new ProotDerived1b(0, "hi").meth();
new ProotDerived1b().meth();
new ProotDerived1c(0, "hi").meth();
new ProotDerived1c().meth();
new ProotDerived1d(0).meth();
new ProotDerived1d().meth();
new ProotDerived1e(0).meth();
new ProotDerived1e().meth();
new ProotDerived2a(0, "hi").meth();
new ProotDerived2b(0, "hi").meth();
new ProotDerived2c(0, "hi").meth();
new ProotDerived2c().meth();
new ProotDerived2d(0, "hi").meth();
new ProotDerived2d().meth();
new ProotDerived2e(0, "hi").meth();
new ProotDerived2e().meth();
new ProotDerived2f(0, "hi").meth();
new ProotDerived2f().meth();
new ProotDerived2f(0).meth();
// Deeper inheritance chain
DeepBase3 db3 = new DeepBase3(11);
db3 = new DeepBase3(11, 22);
db3 = new DeepBase3(11, 22, 33);
DeepProtectedBase3 dbp3 = new DeepProtectedBase3(11, 22, 33);
// Missing base
new HiddenDerived1();
// Templates and public base constructors (derive from non-template)
new TemplatePublicDerived1Int(0, "hi").meth();
new TemplatePublicDerived2Int().meth();
new TemplatePublicDerived2Int(0, "hi").meth();
new TemplatePublicDerived3Int().meth();
new TemplatePublicDerived3Int(0, "hi").meth();
new TemplatePublicDerived4Int().meth();
new TemplatePublicDerived5Int().meth();
// Templates and public base constructors (derive from template)
new TemplPublicDerived1Int(0, "hi").meth();
new TemplPublicDerived2Int().meth();
new TemplPublicDerived2Int(0, "hi").meth();
new TemplPublicDerived3Int().meth();
new TemplPublicDerived3Int(0, "hi").meth();
new TemplPublicDerived4Int().meth();
new TemplPublicDerived5Int().meth();
new TemplPublicDerived6Int(0, "hi").meth();
new TemplPublicDerived6Int().meth();
// Templated constructors (public)
TemplateConstructor1Base tcb = new TemplateConstructor1Base(0, "hi");
tcb = new TemplateConstructor1Base("hi", "hi");
tcb = new TemplateConstructor1Base(11.1, "hi");
tcb.normal_method();
tcb.template_method(0, "hi");
tcb.template_method("hey", "ho");
TemplateConstructor1Derived tcd1 = new TemplateConstructor1Derived(0, "hi");
tcd1 = new TemplateConstructor1Derived("hi", "hi");
tcd1 = new TemplateConstructor1Derived(11.1, "hi");
// Not the best test as these are also in the base class, hence use also introspection below
tcd1.normal_method();
tcd1.template_method(0, "hi");
tcd1.template_method("hey", "ho");
// Templated methods
// Introspection to make sure these are actually generated in the derived class
try {
TemplateConstructor1Derived.class.getDeclaredMethod("normal_method", (java.lang.Class[])null);
TemplateConstructor1Derived.class.getDeclaredMethod("template_method", new java.lang.Class[]{String.class, String.class});
TemplateConstructor1Derived.class.getDeclaredMethod("template_method", new java.lang.Class[]{int.class, String.class});
} catch (NoSuchMethodException e) {
throw new RuntimeException(e);
}
// Templated constructors (protected)
TemplateConstructor2Derived tcd2 = new TemplateConstructor2Derived();
tcd2.normal_method();
tcd2.template_method(0, "hi");
tcd2.template_method("hey", "ho");
}
//
// Additional tests compared to cpp11_using_constructor test
//
// Protected constructors, check both protected and public constructors can be called from a derived class
class cpp11_director_using_constructor_MyProtectedBase1 extends ProtectedBase1 {
public cpp11_director_using_constructor_MyProtectedBase1(int i, String s) {
super(i, s);
}
}
class cpp11_director_using_constructor_MyProtectedDerived1 extends ProtectedDerived1 {
public cpp11_director_using_constructor_MyProtectedDerived1(int i, String s) {
super(i, s);
}
}
class cpp11_director_using_constructor_MyProtectedBase2 extends ProtectedBase2 {
public cpp11_director_using_constructor_MyProtectedBase2(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProtectedBase2() {
super();
}
}
class cpp11_director_using_constructor_MyProtectedDerived2 extends ProtectedDerived2 {
public cpp11_director_using_constructor_MyProtectedDerived2(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProtectedDerived2() {
super();
}
}
class cpp11_director_using_constructor_MyProtectedBase3 extends ProtectedBase3 {
public cpp11_director_using_constructor_MyProtectedBase3(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProtectedBase3() {
super();
}
}
class cpp11_director_using_constructor_MyProtectedDerived3 extends ProtectedDerived3 {
public cpp11_director_using_constructor_MyProtectedDerived3(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProtectedDerived3() {
super();
}
}
class cpp11_director_using_constructor_MyProtectedBase4 extends ProtectedBase4 {
public cpp11_director_using_constructor_MyProtectedBase4() {
super();
}
}
class cpp11_director_using_constructor_MyProtectedDerived4 extends ProtectedDerived4 {
public cpp11_director_using_constructor_MyProtectedDerived4() {
super();
}
}
class cpp11_director_using_constructor_MyProtectedBase5 extends ProtectedBase5 {
public cpp11_director_using_constructor_MyProtectedBase5() {
super();
}
}
class cpp11_director_using_constructor_MyProtectedDerived5 extends ProtectedDerived5 {
public cpp11_director_using_constructor_MyProtectedDerived5() {
super();
}
}
// Protected constructors, just check the protected constructors can be called from a derived class
class cpp11_director_using_constructor_MyProotBase1 extends ProotBase1 {
public cpp11_director_using_constructor_MyProotBase1(int i, String s) {
super(i, s);
}
}
class cpp11_director_using_constructor_MyProotDerived1a extends ProotDerived1a {
public cpp11_director_using_constructor_MyProotDerived1a(int i, String s) {
super(i, s);
}
}
class cpp11_director_using_constructor_MyProotDerived1d extends ProotDerived1d {
public cpp11_director_using_constructor_MyProotDerived1d(int i, String s) {
super(i, s);
}
}
class cpp11_director_using_constructor_MyProotDerived1e extends ProotDerived1e {
public cpp11_director_using_constructor_MyProotDerived1e(int i, String s) {
super(i, s);
}
}
// Protected constructors, check both protected and public constructors can be called from a derived class
class cpp11_director_using_constructor_MyProotBase2 extends ProotBase2 {
public cpp11_director_using_constructor_MyProotBase2(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProotBase2() {
super();
}
}
class cpp11_director_using_constructor_MyProotDerived2a extends ProotDerived2a {
public cpp11_director_using_constructor_MyProotDerived2a(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProotDerived2a() {
super();
}
}
class cpp11_director_using_constructor_MyProotDerived2b extends ProotDerived2b {
public cpp11_director_using_constructor_MyProotDerived2b(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProotDerived2b() {
super();
}
}
class cpp11_director_using_constructor_MyProotDerived2c extends ProotDerived2c {
public cpp11_director_using_constructor_MyProotDerived2c(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProotDerived2c() {
super();
}
}
class cpp11_director_using_constructor_MyProotDerived2d extends ProotDerived2d {
public cpp11_director_using_constructor_MyProotDerived2d(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProotDerived2d() {
super();
}
}
class cpp11_director_using_constructor_MyProotDerived2e extends ProotDerived2e {
public cpp11_director_using_constructor_MyProotDerived2e(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProotDerived2e() {
super();
}
}
class cpp11_director_using_constructor_MyProotDerived2f extends ProotDerived2f {
public cpp11_director_using_constructor_MyProotDerived2f(int i, String s) {
super(i, s);
}
public cpp11_director_using_constructor_MyProotDerived2f() {
super();
}
public cpp11_director_using_constructor_MyProotDerived2f(int i) {
super(i);
}
}
}
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