test/hotspot/jtreg/runtime/SelectionResolution/classes/selectionresolution/Template.java
8010319: Implementation of JEP 181: Nest-Based Access Control
Reviewed-by: alanb, psandoz, mchung, coleenp, acorn, mcimadamore, forax, jlahoda, sspitsyn, abuckley
Contributed-by: alex.buckley@oracle.com, maurizio.mimadamore@oracle.com, mandy.chung@oracle.com, tobias.hartmann@oracle.com, david.holmes@oracle.com, vladimir.x.ivanov@oracle.com, karen.kinnear@oracle.com, vladimir.kozlov@oracle.com, john.r.rose@oracle.com, daniel.smith@oracle.com, serguei.spitsyn@oracle.com, kumardotsrinivasan@gmail.com, boris.ulasevich@bell-sw.com
/*
* Copyright (c) 2016, 2018, Oracle and/or its affiliates. All rights reserved.
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
*
* This code is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License version 2 only, as
* published by the Free Software Foundation.
*
* This code is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
* version 2 for more details (a copy is included in the LICENSE file that
* accompanied this code).
*
* You should have received a copy of the GNU General Public License version
* 2 along with this work; if not, write to the Free Software Foundation,
* Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
*
* Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
* or visit www.oracle.com if you need additional information or have any
* questions.
*/
package selectionresolution;
import java.util.function.BiConsumer;
import java.util.function.Consumer;
import java.util.Arrays;
import java.util.Collection;
import java.util.Collections;
import java.util.EnumSet;
import java.util.HashSet;
import java.util.LinkedList;
/**
* Templates are sets of transformations that are applied to a
* SelectionResolutionTestCase.Builder as part of building up a test
* case. Templates should contain a collection of different
* transforms, all of which represent an "interesting" case in a
* general category of cases.
*
*/
public class Template {
public enum Kind { CLASS, INTERFACE; }
public final Collection<Consumer<SelectionResolutionTestCase.Builder>> cases;
public final String name;
/**
* Create a template from a collection of lambdas that modify a Builder.
*
* @param name The name of the template.
* @param cases The cases in the template.
*/
public Template(final String name,
final Collection<Consumer<SelectionResolutionTestCase.Builder>> cases) {
this.cases = cases;
this.name = name;
}
/**
* Build a template out of a set of lambdas that modify a Builder.
*
* @param name The name of the template.
* @param cases The cases in the template.
*/
public Template(final String name,
final Consumer<SelectionResolutionTestCase.Builder>... cases) {
this(name, Arrays.asList(cases));
}
/**
* Build a template out of a set of lambdas that modify a Builder.
* Also include all cases from another template.
*
* @param name The name of the template.
* @param include Include all cases from this template.
* @param cases The cases in the template.
*/
public Template(final String name,
final Template include,
final Consumer<SelectionResolutionTestCase.Builder>... cases) {
this(name, new LinkedList(include.cases));
this.cases.addAll(Arrays.asList(cases));
}
/**
* Build a template out of a set of lambdas that modify a Builder.
* Also include all cases from another template.
*
* @param name The name of the template.
* @param include Include all cases from this template.
* @param cases The cases in the template.
*/
public Template(final String name,
final Template... others) {
this(name, new LinkedList());
for(final Template template : others) {
cases.addAll(template.cases);
}
}
/**
* Run all cases in the template. This will run each action in
* the template and then call the next action on a separate copy
* of the builder parameter.
*
* @param The next action to perform of the Builder.
* @param The Builder to modify.
*/
public void runCases(final Consumer<SelectionResolutionTestCase.Builder> next,
final SelectionResolutionTestCase.Builder builder) {
for(final Consumer<SelectionResolutionTestCase.Builder> thiscase : cases) {
final SelectionResolutionTestCase.Builder localbuilder = builder.copy();
thiscase.accept(localbuilder);
next.accept(localbuilder);
}
}
public void printCases(final SelectionResolutionTestCase.Builder builder) {
int i = 1;
System.err.println("Template " + name + ":\n");
for(final Consumer<SelectionResolutionTestCase.Builder> thiscase : cases) {
final SelectionResolutionTestCase.Builder localbuilder = builder.copy();
thiscase.accept(localbuilder);
System.err.println("Case " + i++);
System.err.println(localbuilder);
}
}
/* Create an empty class in the given package */
public static final ClassData emptyClass(final ClassData.Package pck) {
return new ClassData(pck, null);
}
/* These are functions that are used to build callsite templates */
public static void callsiteIsMethodref(final SelectionResolutionTestCase.Builder builder) {
builder.callsite = builder.methodref;
}
public static void callsiteSubclassMethodref(final SelectionResolutionTestCase.Builder builder) {
final int callsite =
builder.addClass(Template.emptyClass(ClassData.Package.SAME));
builder.hier.addInherit(callsite, builder.methodref);
builder.callsite = callsite;
}
public static void callsiteUnrelatedMethodref(final SelectionResolutionTestCase.Builder builder) {
final int callsite =
builder.addClass(Template.emptyClass(ClassData.Package.SAME));
builder.callsite = callsite;
}
public static void methodrefIsExpected(final SelectionResolutionTestCase.Builder builder) {
builder.methodref = builder.expected;
}
public static final Template MethodrefEqualsExpected =
new Template("MethodrefEqualsExpected",
Template::methodrefIsExpected);
/*****************************
* Set Invoke Template *
*****************************/
public static final Template SetInvoke(final SelectionResolutionTestCase.InvokeInstruction invoke) {
return new Template("SetInvoke(" + invoke + ")",
Collections.singleton((builder) -> {
builder.invoke = invoke;
}));
}
/*****************************
* Result Combo Template *
*****************************/
public static Template ResultCombo(final EnumSet<Kind> kinds,
final EnumSet<MethodData.Access> accesses,
final EnumSet<MethodData.Context> contexts,
final EnumSet<ClassData.Package> packages) {
final LinkedList<Consumer<SelectionResolutionTestCase.Builder>> cases =
new LinkedList<>();
for (final Kind kind : kinds) {
for (final MethodData.Access acc : accesses) {
for (final MethodData.Context ctx : contexts) {
if (!(acc == MethodData.Access.PRIVATE &&
ctx == MethodData.Context.ABSTRACT)) {
for (final ClassData.Package pck : packages) {
cases.add((builder) -> {
final MethodData meth = new MethodData(acc, ctx);
final ClassData cls = new ClassData(pck, meth);
switch(kind) {
case CLASS:
builder.expected = builder.addClass(cls);
break;
case INTERFACE:
builder.expected = builder.addInterface(cls);
break;
}
});
}
}
}
}
}
return new Template("ResultCombo", cases);
}
public static Template ResolutionOverride(final EnumSet<Kind> kinds,
final EnumSet<MethodData.Access> accesses,
final EnumSet<MethodData.Context> contexts,
final EnumSet<ClassData.Package> packages) {
final LinkedList<Consumer<SelectionResolutionTestCase.Builder>> cases =
new LinkedList<>();
for (final Kind kind : kinds) {
for (final MethodData.Access acc : accesses) {
for (final MethodData.Context ctx : contexts) {
if (!(acc == MethodData.Access.PRIVATE &&
ctx == MethodData.Context.ABSTRACT)) {
for (final ClassData.Package pck : packages) {
cases.add((builder) -> {
final MethodData meth = new MethodData(acc, ctx);
final ClassData cls = new ClassData(pck, meth);
int override = -1;
switch(kind) {
case CLASS:
override = builder.addClass(cls);
break;
case INTERFACE:
override = builder.addInterface(cls);
break;
}
builder.hier.addInherit(override, builder.expected);
});
}
}
}
}
}
return new Template("ResultCombo", cases);
}
/******************************
* Resolution Templates *
******************************/
private static MethodData getMethodData(final MethodData.Access acc,
final MethodData.Context ctx) {
if (!(acc == MethodData.Access.PUBLIC ||
acc == MethodData.Access.PLACEHOLDER) &&
ctx != MethodData.Context.STATIC) {
return null;
} else {
return new MethodData(MethodData.Access.PUBLIC, ctx);
}
}
public static final Template MethodrefNotEqualsExpectedClass =
new Template("MethodrefNotEqualsExpectedClass",
/* Case 1: Inherit from super.
*
* C2[](res)
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final int C2 = builder.expected;
final int C1 = builder.addClass(emptyClass(ClassData.Package.SAME));
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 2: Inherit from super.
*
* C2[](res), I[](def)
* C1[C2,I]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.expected;
final int C1 = builder.addClass(emptyClass(ClassData.Package.SAME));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.methodref = C1;
},
/* Case 3: Inherit from super's super.
*
* C3[](res)
* C2[](), I[](def)
* C1[C2,I]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int C3 = builder.expected;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(ClassData.Package.SAME));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.methodref = C1;
});
public static final Template IfaceMethodrefNotEqualsExpected =
new Template("IfaceMethodrefNotEqualsExpected",
/* Case 1: Inherit from super.
*
* I2[](res)
* I1[I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.methodref = I1;
},
/* Case 2: Inherit from super, skip private.
*
* I2[](res)
* I2[I3](priv)
* I1[I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.addInterface(withPrivDef);
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.methodref = I1;
},
/* Case 3: Inherit from super, skip static.
*
* I2[](res)
* I2[I3](stat)
* I1[I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.addInterface(withStatDef);
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.methodref = I1;
},
/* Case 4: Maximally-specific.
*
* I3[](def)
* I2[I3](res)
* I1[I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int I3 = builder.addInterface(withDef);
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.methodref = I1;
},
/* Case 5: Diamond, expected at top.
*
* I4[](res)
* I2[I4](), I3[I4]()
* I1[I2,I3]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I4 = builder.expected;
final int I3 = builder.addInterface(emptyClass(pck));
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I4);
builder.hier.addInherit(I3, I4);
builder.methodref = I1;
},
/* Case 6: Diamond, skip private.
*
* I4[](res)
* I2[I4](priv), I3[I4]()
* I1[I2,I3]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I4 = builder.expected;
final int I3 = builder.addInterface(emptyClass(pck));
final int I2 = builder.addInterface(withPrivDef);
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I4);
builder.hier.addInherit(I3, I4);
builder.methodref = I1;
},
/* Case 7: Diamond, skip static.
*
* I4[](res)
* I2[I4](stat), I3[I4]()
* I1[I2,I3]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I4 = builder.expected;
final int I3 = builder.addInterface(emptyClass(pck));
final int I2 = builder.addInterface(withStatDef);
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I4);
builder.hier.addInherit(I3, I4);
builder.methodref = I1;
},
/* Case 8: Diamond, maximally-specific.
*
* I4[](def)
* I2[I4](res), I3[I4]()
* I1[I2,I3]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int I4 = builder.addInterface(withDef);
final int I3 = builder.addInterface(emptyClass(pck));
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I4);
builder.hier.addInherit(I3, I4);
builder.methodref = I1;
},
/* Case 9: Diamond, maximally-specific, skipping private.
*
* I4[](def)
* I2[I4](res), I3[I4](priv)
* I1[I2,I3]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I4 = builder.addInterface(withDef);
final int I3 = builder.addInterface(withPrivDef);
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I4);
builder.hier.addInherit(I3, I4);
builder.methodref = I1;
},
/* Case 10: Diamond, maximally-specific, skipping static.
*
* I4[](def)
* I2[I4](res), I3[I4](stat)
* I1[I2,I3]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I4 = builder.addInterface(withDef);
final int I3 = builder.addInterface(withStatDef);
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I4);
builder.hier.addInherit(I3, I4);
builder.methodref = I1;
});
public static final Template MethodrefNotEqualsExpectedIface =
new Template("MethodrefNotEqualsExpectedIface",
/* Case 1: Inherit from superinterface.
*
* I[](res)
* C[I]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I = builder.expected;
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I);
builder.methodref = C;
},
/* Case 2: Diamond, expected at top.
*
* I3[](res)
* I1[I3](), I2[I3]()
* C[I1,I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I3 = builder.expected;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.methodref = C;
},
/* Case 3: Diamond, skipping private.
*
* I3[](def)
* I1[I3](priv), I2[I3]()
* C[I1,I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(withPrivDef);
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.methodref = C;
},
/* Case 4: Diamond, skipping static.
*
* I3[](def)
* I1[I3](stat), I2[I3]()
* C[I1,I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(withStatDef);
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.methodref = C;
},
/* Case 5: Diamond, maximally-specific.
*
* I3[](def)
* I1[I3](res), I2[I3]()
* C[I1,I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int I3 = builder.addInterface(withDef);
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.expected;
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.methodref = C;
},
/* Case 6: Diamond, maximally-specific, skipping private.
*
* I3[](def)
* I1[I3](res), I2[I3](priv)
* C[I1,I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I3 = builder.addInterface(withDef);
final int I2 = builder.addInterface(withPrivDef);
final int I1 = builder.expected;
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.methodref = C;
},
/* Case 7: Diamond, maximally-specific, skipping static.
*
* I3[](def)
* I1[I3](res), I2[I3](stat)
* C[I1,I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I3 = builder.addInterface(withDef);
final int I2 = builder.addInterface(withStatDef);
final int I1 = builder.expected;
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.methodref = C;
},
/* Case 8: Diamond, with superclass, expected at top.
*
* I2[](res)
* C2[I2](), I1[I2]()
* C1[I1,C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addInterface(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.methodref = C1;
},
/* Case 9: Diamond with superclass, maximally-specific.
*
* I2[](def)
* C2[I2](), I1[I2](res),
* C1[I1,C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int I2 = builder.addInterface(withDef);
final int C2 = builder.addClass(emptyClass(pck));
final int I1 = builder.expected;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.methodref = C1;
},
/* Case 10: Inherit through superclass.
*
* I[](res)
* C2[I]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I = builder.expected;
final int C2 = builder.addInterface(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.methodref = C1;
},
/* Case 11: Diamond, inherit through superclass,
* expected at top.
*
* I3[](res)
* I1[I3](), I2[I3]()
* C2[I1,I2]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I3 = builder.expected;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 12: Diamond through superclass, skip private.
*
* I3[](res)
* I1[I3](priv), I2[I3]()
* C2[I1,I2]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(withPrivDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 13: Diamond through superclass, skip static.
*
* I3[](def)
* I1[I3](stat), I2[I3]()
* C2[I1,I2]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(withStatDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 14: Diamond through superclass, maximally-specific.
*
* I3[](def)
* I1[I3](res), I2[I3]()
* C2[I1,I2]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int I3 = builder.addInterface(withDef);
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.expected;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 15: Diamond through superclass,
* maximally-specific, skip private.
*
* I3[](def)
* I1[I3](res), I2[I3](priv)
* C2[I1,I2]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I3 = builder.addInterface(withDef);
final int I2 = builder.addInterface(withPrivDef);
final int I1 = builder.expected;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 16: Diamond through superclass,
* maximally-specific, skip static.
*
* I3[](pub)
* I1[I3](res), I2[I3](stat)
* C2[I1,I2]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I3 = builder.addInterface(withDef);
final int I2 = builder.addInterface(withStatDef);
final int I1 = builder.expected;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 17: Diamond, with superclass, inherit through
* superclass, expected at top.
*
* I2[](res)
* C3[I2](), I1[I2]()
* C2[I1,C3]()
* C1[C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
final int C3 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C3, I2);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
},
/* Case 18: Diamond, with superclass, inherit through
* superclass, maximally-specific.
*
* I2[](def)
* C3[I2](), I1[I2](res),
* C2[I1,C3]()
* C1[I1,C2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int I2 = builder.addInterface(withDef);
final int C3 = builder.addClass(emptyClass(pck));
final int I1 = builder.expected;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C3, I2);
builder.hier.addInherit(C1, C2);
builder.methodref = C1;
});
public static final Template IfaceMethodrefAmbiguous =
new Template("IfaceMethodrefAmbiguous",
/* Ambiguous.
*
* I2[](def), I3[](def)
* I1[I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData expected =
builder.classdata.get(builder.expected);
final int I3 = builder.addInterface(expected);
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I1, I3);
builder.methodref = I1;
});
public static final Template MethodrefAmbiguous =
new Template("MethodrefAmbiguous",
/* Ambiguous.
*
* I1[](def), I2[](def)
* C[I2]() = mref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData expected =
builder.classdata.get(builder.expected);
final int I1 = builder.addInterface(expected);
final int I2 = builder.expected;
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I2);
builder.hier.addInherit(C, I1);
builder.methodref = C;
});
/******************************
* Callsite Templates *
******************************/
public static final Template AllCallsiteCases =
new Template("AllCallsiteCases",
Template::callsiteIsMethodref,
Template::callsiteSubclassMethodref,
Template::callsiteUnrelatedMethodref);
public static final Template InvokespecialCallsiteCases =
new Template("InvokespecialCallsiteCases",
Template::callsiteIsMethodref,
Template::callsiteSubclassMethodref);
public static final Template CallsiteEqualsMethodref =
new Template("CallsiteEqualsMethodref",
Template::callsiteIsMethodref);
public static final Template CallsiteSubclassMethodref =
new Template("CallsiteSubclassMethodref",
Template::callsiteSubclassMethodref);
public static final Template CallsiteUnrelatedToMethodref =
new Template("CallsiteUnrelatedToMethodref",
Template::callsiteUnrelatedMethodref);
public static final Template CallsiteNotEqualsMethodref =
new Template("CallsiteNotEqualsMethodref",
Template::callsiteSubclassMethodref,
Template::callsiteUnrelatedMethodref);
/*********************************
* AbstractMethodError Templates *
*********************************/
public static final Template ReabstractExpectedIface =
new Template("ReabstractExpectedIface",
(builder) -> {},
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData expected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = expected.packageId;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata =
getMethodData(acc, MethodData.Context.STATIC);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.addInterface(withDef);
final int C1 = builder.expected;
builder.hier.addInherit(C1, C2);
},
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData expected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = expected.packageId;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata =
getMethodData(acc, MethodData.Context.INSTANCE);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.addInterface(withDef);
final int C1 = builder.expected;
builder.hier.addInherit(C1, C2);
});
public static final Template ReabstractExpectedClass =
new Template("ReabstractExpectedClass",
ReabstractExpectedIface,
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData expected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = expected.packageId;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata =
getMethodData(acc, MethodData.Context.STATIC);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.addClass(withDef);
final int C1 = builder.expected;
builder.hier.addInherit(C1, C2);
},
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData expected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = expected.packageId;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata =
getMethodData(acc, MethodData.Context.INSTANCE);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.addClass(withDef);
final int C1 = builder.expected;
builder.hier.addInherit(C1, C2);
});
public static final Template ReabstractMethodrefResolvedClass =
new Template("ReabstractMethodrefResolvedClass",
/* Case 1: Objectref overrides.
*
* C2[](*) = mref
* C1[C2](res) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C1;
},
/* Case 2: Objectref's super overrides.
*
* C3[*](*) = mref
* C2[C3](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 3: Objectref's super overrides, skip private.
*
* C3[*](*) = mref
* C2[C3](res) = expected
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 4: Objectref's super overrides, skip static.
*
* C3[*](*) = mref
* C2[C3](res) = expected
* C1[C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
});
public static final Template ReabstractMethodrefResolvedIface =
new Template("ReabstractMethodrefResolvedIface",
/* Case 1: Objectref overrides.
*
* C2[](*) = mref
* C1[C2](res) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C1;
},
/* Case 2: Objectref's super overrides.
*
* C3[](*) = mref
* C2[C3](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 3: Objectref's super overrides, skip private.
*
* C3[*](*) = mref
* C2[C3](res) = expected
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 4: Objectref's super overrides, skip static.
*
* C3[*](*) = mref
* C2[C3](res) = expected
* C1[C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 5: Overlapping with new interface overriding.
*
* I2[*](def) = old expected
* C2[*](*) = mref, I1[I2](res) = expected
* C1[C2,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C2 = builder.methodref;
final int I2 = builder.expected;
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 6: Overlapping with new interface, skip private.
*
* I2[*](def) = old expected
* C2[*](*) = mref, I1[I2](res) = expected
* C1[C2,I2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int C2 = builder.methodref;
final int I2 = builder.expected;
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 7: Overlapping with new interface, skip static.
*
* I2[*](def) = old expected
* C2[*](*) = mref, I1[I2](res) = expected
* C1[C2,I2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int C2 = builder.methodref;
final int I2 = builder.expected;
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 8: Overlap with objectref's super with new
* interface overriding, inherit through class.
*
* I2[*](def) = old expected
* C3[](*) = mref, I1[I2](res) = expected
* C2[C3,I1]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I2 = builder.expected;
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 9: Overlap with objectref's super with new
* interface double diamond, overriding.
*
* I3[*](def) = old expected
* C3[](*) = mref, I2[I3](def)
* C2[C3,I2](), I1[I2](res) = expected
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I3 = builder.expected;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 10: Overlap with objectref's super with new
* interface double diamond, skip private.
*
* I3[*](def) = old expected
* C3[](*) = mref, I2[I3](res) = expected
* C2[C3,I2](), I1[I2](priv)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I3 = builder.expected;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withPrivDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.objectref = C1;
builder.expected = I2;
},
/* Case 11: Overlap with objectref's super with new
* interface double diamond, skip static.
*
* I3[*](def) = old expected
* C3[](*) = mref, I2[I3](res) = expected
* C2[C3,I2](), I1[I2](stat)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I3 = builder.expected;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.objectref = C1;
builder.expected = I2;
},
/* Case 12: Objectref's super overrides, skip interface below.
*
* C3[](*) = mref
* C2[C3](res) = expected, I[](def)
* C1[C2,I]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 13: Objectref's super overrides, skip interface above.
*
* C3[](*) = mref, I[](def)
* C2[C3,I](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.objectref = C1;
builder.expected = C2;
});
public static final Template ReabstractIfaceMethodrefResolved =
new Template("ReabstractIfaceMethodrefResolved",
/* Case 1: Objectref overrides.
*
* I[](*) = mref
* C[I](res) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I = builder.methodref;
final int C = builder.addClass(withDef);
builder.hier.addInherit(C, I);
builder.objectref = C;
builder.expected = C;
},
/* Case 2: Diamond, methodref at top, overriding.
*
* I3[](*) = mref
* I1[I3](), I2[I3](res) = expected
* C[I1,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.objectref = C;
builder.expected = I2;
},
/* Case 3: Diamond, methodref at top, skip static.
*
* I3[](*) = mref
* I1[I3](), I2[I3](res) = expected
* C[I1,I2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(withStatDef);
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.objectref = C;
builder.expected = I2;
},
/* Case 4: Diamond, with superclass, methodref at top,
* class overriding.
*
* I2[](*) = mref
* C2[I2](res) = expected, I1[I2]()
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 5: Diamond, with superclass, methodref at top,
* class overriding, skip static.
*
* I2[](*) = mref
* C2[I2](res) = expected, I1[I2]()
* C1[I1,C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 6: Diamond, with superclass, expected at top,
* interface overriding
*
* I2[](*) = mref
* C2[I2](), I1[I2](res) = expected
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 7: Diamond, with superclass, expected at top,
* interface skip static
*
* I2[](*) = mref
* C2[I2](), I1[I2](res) = expected
* C1[I1,C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 8: Y, with superclass, overlaping, expected
* at top, class overrides
*
* C2[I2](res) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 9: Diamond, with superclass, overlaping, expected
* at top, class overrides
*
* I2[](def) = old expected
* C2[I2](res) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 10: Diamond, with superclass, overlaping, expected
* at top, class overrides, skipping static
*
* I2[](def) = old expected
* C2[I2](res) = expected, I1[](*) = mref
* C1[I1,C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 11: Superclass overrides.
*
* I[](*) = mref
* C2[I](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.objectref = C1;
},
/* Case 12: Superclass overrides, skipping static.
*
* I[](*) = mref
* C2[I](res) = expected
* C1[C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.objectref = C1;
},
/* Case 13: Double diamond, with superclass, inherit through
* superclass, expected at top.
*
* I3[](def) = old expected
* C3[I3](), I2[*](*) = mref
* C2[I2,C3](), I1[I2](res) = expected
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 14: Double diamond, with superclass, inherit through
* superclass, expected at top.
*
* I3[](def) = mref
* C3[I3](), I2[*](*) = expected
* C2[I2,C3](), I1[I2](priv)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef = new ClassData(pck, meth);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withPrivDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
builder.expected = I2;
},
/* Case 15: Double diamond, with superclass, inherit through
* superclass, expected at top.
*
* I3[](def) = mref
* C3[I3](), I2[*](*) = expected
* C2[I2,C3](), I1[I2](stat)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final ClassData withDef =
new ClassData(pck, new MethodData(acc, MethodData.Context.ABSTRACT));
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef = new ClassData(pck, meth);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withStatDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
builder.expected = I2;
});
/******************************
* Abstract Overrides *
******************************/
public static final Template OverrideAbstractExpectedIface =
Template.ResolutionOverride(EnumSet.of(Template.Kind.INTERFACE),
EnumSet.of(MethodData.Access.PUBLIC),
EnumSet.allOf(MethodData.Context.class),
EnumSet.of(ClassData.Package.SAME));
public static final Template OverrideAbstractExpectedClass =
Template.ResolutionOverride(EnumSet.allOf(Template.Kind.class),
EnumSet.of(MethodData.Access.PUBLIC),
EnumSet.allOf(MethodData.Context.class),
EnumSet.of(ClassData.Package.SAME));
public static final Template SelectionOverrideAbstract =
new Template("SelectionOverrideAbstract",
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData expected =
builder.classdata.get(builder.expected);
final MethodData olddef =
expected.methoddata;
if (MethodData.Context.ABSTRACT == olddef.context) {
final ClassData.Package pck = expected.packageId;
final MethodData.Access acc = olddef.access;
final MethodData mdata =
getMethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.objectref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C1;
}
});
/******************************
* Ignored Abstract Templates *
******************************/
public static final Template IgnoredAbstract =
new Template("IgnoredAbstract",
(builder) -> {},
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData methodref =
builder.classdata.get(builder.methodref);
final ClassData.Package pck = methodref.packageId;
final MethodData mdata =
getMethodData(MethodData.Access.PUBLIC,
MethodData.Context.ABSTRACT);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.addInterface(withDef);
final int C1 = builder.methodref;
builder.hier.addInherit(C1, C2);
});
/******************************
* Selection Templates *
******************************/
public static final Template TrivialObjectref =
new Template("TrivialObjectref",
Collections.singleton((builder) -> {
builder.objectref = builder.methodref;
}));
public static final Template TrivialObjectrefNotEqualMethodref =
new Template("TrivialObjectrefNotEqualMethodref",
Collections.singleton(
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = oldexpected.packageId;
final int C2 = builder.methodref;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
}));
public static final Template MethodrefSelectionResolvedIsClassNoOverride =
new Template("MethodrefSelectionResolvedIsClassNoOverride",
/* Trivial.
*
* C[](*) = mref = oref
*/
(builder) -> {
builder.objectref = builder.methodref;
},
/* Case 1: Inherit from super.
*
* C2[](*) = mref
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int C2 = builder.methodref;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 2: Objectref has private def.
*
* C2[](*) = mref
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withDef = new ClassData(pck, meth);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 3: Objectref has static def.
*
* C2[](*) = mref
* C1[C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withDef = new ClassData(pck, meth);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 4: Skip inherit from interface.
*
* C2[](*) = mref, I[](def)
* C1[C2,I]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = oldexpected.packageId;
final MethodData.Context ctx =
builder.classdata.get(builder.expected).methoddata.context;
final MethodData.Access acc =
builder.classdata.get(builder.expected).methoddata.access;
final MethodData mdata = getMethodData(acc, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.methodref;
final int C1 = builder.addClass(emptyClass(pck));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.objectref = C1;
},
/* Case 5: Objectref's super has a private def.
*
* C3[*](*) = mref
* C2[C3](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 6: Objectref's super has a static def.
*
* C3[*](*) = mref
* C2[C3](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
});
public static final Template MethodrefSelectionResolvedIsClassOverride =
new Template("MethodrefSelectionResolvedIsClassOverride",
/* Case 7: Objectref overrides.
*
* C2[](*) = mref
* C1[C2](res) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C1;
},
/* Case 8: Objectref's super overrides.
*
* C3[*](*) = mref
* C2[C3](res)
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 9: Objectref's super overrides,
* objectref has a private def.
*
* C3[*](*) = mref
* C2[C3](res)
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 10: Objectref's super overrides,
* objectref has a static def.
*
* C3[*](*) = mref
* C2[C3](res)
* C1[C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
});
public static final Template MethodrefSelectionResolvedIsClass =
new Template("MethodrefSelectionResolvedIsClass",
MethodrefSelectionResolvedIsClassNoOverride,
MethodrefSelectionResolvedIsClassOverride);
public static final Template MethodrefSelectionPackageSkipNoOverride =
new Template("MethodrefSelectionPackageSkipNoOverride",
MethodrefSelectionResolvedIsClass,
/* Case 11: Objectref has public def in other package.
*
* C2[](*) = mref
* Other.C1[C2](pub) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 12: Objectref has package private def in other package.
*
* C2[](*) = mref
* Other.C1[C2](pack) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 13: Objectref has protected def in other package.
*
* C2[](*) = mref
* Other.C1[C2](prot) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 14: Objectref's super has a public def in other package.
*
* C3[*](*) = mref
* Other.C2[C3](pub) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 15: Objectref's super has a package
* private def in other package.
*
* C3[*](*) = mref
* Other.C2[C3](pack) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 16: Objectref's super has a protected def
* in other package.
*
* C3[*](*) = mref
* Other.C2[C3](pack) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 18: Objectref's has a public def in other
* package, skip private.
*
* C3[*](*) = mref
* Other.C2[C3](priv)
* C1[C2](pub) = oref, expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withPrivDef);
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 19: Objectref's has a package private def in other
* package, skip private.
*
* C3[*](*) = mref
* Other.C2[C3](priv)
* C1[C2](pack) = oref, expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withPrivDef);
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 20: Objectref's has a protected def in other
* package, skip private.
*
* C3[*](*) = mref
* Other.C2[C3](priv)
* C1[C2](pro) = oref, expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withPrivDef);
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 21: Objectref's super has a public def in other
* package, skip private.
*
* C3[*](*) = mref
* Other.C2[C3](pub) = expected
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 22: Objectref's superhas a package private
* def in other package, skip private.
*
* C3[*](*) = mref
* Other.C2[C3](pack) = expected
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 23: Objectref's super has a protected def
* in other package, skip private.
*
* C3[*](*) = mref
* Other.C2[C3](pro) = expected
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(ClassData.Package.OTHER, meth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withPrivDef);
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
});
public static final Template MethodrefSelectionPackageSkip =
new Template("MethodrefSelectionPackageSkip",
MethodrefSelectionPackageSkipNoOverride,
/* Case 17: Transitive override.
*
* C3[*](*) = mref
* C2[C3](pub)
* Other.C1[C2](pack) = oref, expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final MethodData packmeth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withPubDef = new ClassData(pck, meth);
final ClassData withPackDef =
new ClassData(ClassData.Package.OTHER, packmeth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withPubDef);
final int C1 = builder.addClass(withPackDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C1;
},
/* Case 24: Transitive override, skip private in between.
*
* C4[*](*) = mref
* C3[C4](pub)
* C2[C3](priv)
* Other.C1[C2](pack) = oref, expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final MethodData packmeth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withPubDef = new ClassData(pck, meth);
final ClassData withPackDef =
new ClassData(ClassData.Package.OTHER, packmeth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C4 = builder.methodref;
final int C3 = builder.addClass(withPubDef);
final int C2 = builder.addClass(withPrivDef);
final int C1 = builder.addClass(withPackDef);
builder.hier.addInherit(C3, C4);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C1;
},
/* Case 25: Transitive override, skip private in between.
*
* C4[*](*) = mref
* C3[C4](pub)
* Other.C2[C3](pack) = expected
* C1[C2](pack) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.INSTANCE);
final MethodData packmeth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withPubDef = new ClassData(pck, meth);
final ClassData withPackDef =
new ClassData(ClassData.Package.OTHER, packmeth);
final MethodData privmeth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, privmeth);
final int C4 = builder.methodref;
final int C3 = builder.addClass(withPubDef);
final int C2 = builder.addClass(withPackDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C3, C4);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C2;
builder.expected = C2;
});
public static final Template MethodrefSelectionResolvedIsIfaceNoOverride =
new Template("MethodrefSelectionResolvedIsIfaceNoOverride",
/* Trivial objectref.
*
* C[](*) = mref = oref
*/
(builder) -> {
builder.objectref = builder.methodref;
},
/* Case 1: Inherit from super.
*
* C2[](*) = mref
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int C2 = builder.methodref;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 2: Objectref has private def.
*
* C2[](*) = mref
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withDef = new ClassData(pck, meth);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 3: Objectref has static def.
*
* C2[](*) = mref
* C1[C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withDef = new ClassData(pck, meth);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 4: Overlapping.
*
* I[*](res) = expected
* C2[*](*) = mref
* C1[C2,I]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int C2 = builder.methodref;
final int I = builder.expected;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.objectref = C1;
},
/* Case 5: Overlapping with new interface.
*
* I2[*](res) = expected
* C2[*](*) = mref, I1[I2]()
* C1[C2,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int C2 = builder.methodref;
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
},
/* Case 6: Overlapping with new interface with private def.
*
* I2[*](res) = expected
* C2[*](*) = mref, I1[I2](priv)
* C1[C2,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int C2 = builder.methodref;
final int I2 = builder.expected;
final int I1 = builder.addInterface(withPrivDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
},
/* Case 7: Overlapping with new interface with static def.
*
* I2[*](res) = expected
* C2[*](*) = mref, I1[I2](stat)
* C1[C2,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int C2 = builder.methodref;
final int I2 = builder.expected;
final int I1 = builder.addInterface(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
},
/* Case 8: Objectref's super has a private def.
*
* C3[*](*) = mref
* C2[C3](priv)
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 9: Objectref's super has a static def.
*
* C3[*](*) = mref
* C2[C3](stat)
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 10: Overlap with objectref's super.
*
* I[*](res) = expected
* C3[](*) = mref
* C2[C3,I]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I = builder.expected;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.objectref = C1;
},
/* Case 11: Overlap with objectref's super with new interface.
*
* I2[*](res) = expected
* C3[](*) = mref, I1[I2]()
* C2[C3,I1]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I2 = builder.expected;
final int I1 = builder.addInterface(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
},
/* Case 12: Overlap with objectref's super with new
* interface with private def.
*
* I2[*](res) = expected
* C3[](*) = mref, I1[I2](priv)
* C2[C3,I1]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I2 = builder.expected;
final int I1 = builder.addInterface(withPrivDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
},
/* Case 13: Overlap with objectref's super with new
* interface with static def.
*
* I2[*](res) = expected
* C3[](*) = mref, I1[I2](stat)
* C2[C3,I1]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I2 = builder.expected;
final int I1 = builder.addInterface(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
},
/* Case 14: Overlap with objectref's super with new
* interface double diamond.
*
* I3[*](res) = expected
* C3[](*) = mref, I2[I3]()
* C2[C3,I2](), I1[I2]()
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I3 = builder.expected;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
},
/* Case 15: Overlapping with new interface with private def.
*
* C2[*](*) = mref, I1[](priv)
* C1[C2,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int C2 = builder.methodref;
final int I1 = builder.addInterface(withPrivDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
},
/* Case 16: Overlapping with new interface with static def.
*
* C2[*](*) = mref, I1[](stat)
* C1[C2,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int C2 = builder.methodref;
final int I1 = builder.addInterface(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
});
public static final Template MethodrefSelectionResolvedIsIface =
new Template("MethodrefSelectionResolvedIsIface",
MethodrefSelectionResolvedIsIfaceNoOverride,
/* Case 17: Objectref overrides.
*
* C2[](*) = mref
* C1[C2](res) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C2 = builder.methodref;
final int C1 = builder.addClass(withDef);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C1;
},
/* Case 18: Overlapping with new interface overriding.
*
* I2[*](def) = old expected
* C2[*](*) = mref, I1[I2](res) = expected
* C1[C2,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C2 = builder.methodref;
final int I2 = builder.expected;
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 19: Objectref's super overrides.
*
* C3[](*) = mref
* C2[C3](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 20: Overlap with objectref's super with
* new interface overriding.
*
* I2[*](def) = old expected
* C3[](*) = mref, I1[I2](res) = expected
* C2[C3,I1]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I2 = builder.expected;
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(I1, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 21: Overlap with objectref's super with new
* interface double diamond, overriding.
*
* I3[*](def) = old expected
* C3[](*) = mref, I2[I3](def)
* C2[C3,I2](), I1[I2](res) = expected
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I3 = builder.expected;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 22: Objectref's super overrides, skip private.
*
* C3[](*) = mref
* C2[C3](res) = expected
* C1[C2](priv) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withPrivDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 23: Objectref's super overrides, skip static.
*
* C3[](*) = mref
* C2[C3](res) = expected
* C1[C2](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(withStatDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 24: Overlap with objectref's super with new
* interface double diamond, overriding, skip private.
*
* I3[*](def) = old expected
* C3[](*) = mref, I2[I3](res) = expected
* C2[C3,I2](), I1[I2](priv)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I3 = builder.expected;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withPrivDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.objectref = C1;
builder.expected = I2;
},
/* Case 25: Overlap with objectref's super with new
* interface double diamond, overriding, skip static.
*
* I3[*](def) = old expected
* C3[](*) = mref, I2[I3](res) = expected
* C2[C3,I2](), I1[I2](stat)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int C3 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int I3 = builder.expected;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.objectref = C1;
builder.expected = I2;
},
/* Case 26: Skip interface method after class overrides.
*
* C3[](*) = mref
* C2[C3](res) = expected, I[](def)
* C1[C2, I]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 27: Skip interface method after class overrides.
*
* C3[](*) = mref, I[](def)
* C2[C3,I](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 28: Overlap with objectref's super with new
* interface double diamond, overriding.
*
* I3[*](def) = old expected
* C3[](*) = mref, I2[I3](def)
* C2[C3,I2](res) = expected, I1[I2](def) = expected
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int C3 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int I3 = builder.expected;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(I2, I3);
builder.objectref = C1;
builder.expected = C2;
});
public static final Template IfaceMethodrefSelectionNoOverride =
new Template("IfaceMethodrefSelectionNoOverride",
/* Case 1: Inherit from super.
*
* I[](*) = mref
* C[I]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final int I = builder.methodref;
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I);
builder.objectref = C;
},
/* Case 2: Objectref has static def
*
* I[](*) = mref
* C[I](stat) = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I = builder.methodref;
final int C = builder.addClass(withStatDef);
builder.hier.addInherit(C, I);
builder.objectref = C;
},
/* Case 3: Diamond, methodref at top.
*
* I3[](*) = mref
* I1[I3](), I2[I3]()
* C[I1,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I3 = builder.methodref;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.objectref = C;
},
/* Case 4: Diamond, methodref at top, skip private def
*
* I3[](*) = mref
* I1[I3](), I2[I3](priv)
* C[I1,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withPrivDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.objectref = C;
},
/* Case 5: Diamond, methodref at top, skip static def
*
* I3[](*) = mref
* I1[I3](), I2[I3](stat)
* C[I1,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withStatDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.objectref = C;
},
/* Case 6: Diamond, overlap with resolution.
*
* I3[](res) = expected
* I1[I3](), I2[](*) = mref
* C[I1,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.objectref = C;
},
/* Case 7: Diamond, with superclass, expected at top.
*
* I2[](*) = mref
* C2[I2](), I1[I2]()
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
},
/* Case 8: Diamond, with superclass, expected at top,
* class has static def.
*
* I2[](*) = mref
* C2[I2](stat), I1[I2]()
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
},
/* Case 9: Diamond, with superclass, expected at top,
* interface has private def
*
* I2[](*) = mref
* C2[I2](), I1[I2](priv)
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withPrivDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
},
/* Case 10: Diamond, with superclass, expected at top,
* interface has static def
*
* I2[](*) = mref
* C2[I2](), I1[I2](stat)
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withPrivDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
},
/* Case 11: Y, with superclass, expected
* at top.
*
* C2[](), I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I1 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 12: Y, with superclass, expected
* at top, class has static def
*
* C2[](stat), I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I1 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 13: Diamond, with superclass, overlapping, expected
* at top.
*
* I2[](res) = expected
* C2[I2](), I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
},
/* Case 14: Diamond, with superclass, overlapping, expected
* at top, class has static def
*
* I2[](def) = expected
* C2[I2](stat), I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C2 = builder.addClass(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
},
/* Case 15: Inherit through superclass.
*
* I[](*) = mref
* C2[I]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I = builder.methodref;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.objectref = C1;
},
/* Case 16: Superclass has static def.
*
* I[](*) = mref
* C2[I](stat) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I = builder.methodref;
final int C2 = builder.addClass(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.objectref = C1;
},
/* Case 17: Diamond, inherit through superclass,
* methodref at top.
*
* I3[](*) = mref
* I1[I3](), I2[I3]()
* C2[I1,I2]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I3 = builder.methodref;
final int I2 = builder.addInterface(emptyClass(pck));
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 18: Diamond, with superclass, inherit through
* superclass, methodref at top.
*
* I2[](*) = mref
* C3[I2](), I1[I2]()
* C2[I1,C3]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C3, I2);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 19: Diamond, inherit through superclass,
* expected at top, skip private.
*
* I3[](*) = mref
* I1[I3](), I2[I3](priv)
* C2[I1,I2]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withPrivDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 20: Diamond, inherit through superclass,
* expected at top, skip static.
*
* I3[](*) = mref
* I1[I3](), I2[I3](stat)
* C2[I1,I2]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withStatDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 21: Diamond, inherit through superclass,
* overlapping, expected at top.
*
* I3[](res) = expected
* I1[I3](), I2[*](*) = mref
* C2[I1,I2]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 22: Y, with superclass, inherit through
* superclass, expected at top.
*
* C3[](), I1[*](*) = mref
* C2[I1,C3]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I1 = builder.methodref;
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 23: Diamond, with superclass, inherit through
* superclass, overlapping, expected at top.
*
* I2[](res) = expected
* C3[I2](), I1[*](*) = mref
* C2[I1,C3]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I2);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
},
/* Case 24: Double diamond, with superclass, inherit through
* superclass, overlapping expected at top.
*
* I3[](res) = expected
* C3[I3](), I2[*](*) = mref
* C2[I2,C3](), I1[I2]()
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
},
/* Case 25: Double diamond, with superclass, inherit through
* superclass, skip private.
*
* I3[](def) = old expected
* C3[I3](), I2[*](*) = mref
* C2[I2,C3](), I1[I2](priv)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withPrivDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
},
/* Case 26: Double diamond, with superclass, inherit through
* superclass, skip static.
*
* I3[](def) = old expected
* C3[I3](), I2[*](*) = mref
* C2[I2,C3](), I1[I2](stat)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withStatDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
});
public static final Template IfaceMethodrefSelection =
new Template("IfaceMethodrefSelection",
IfaceMethodrefSelectionNoOverride,
/* Case 27: Objectref overrides.
*
* I[](*) = mref
* C[I](res) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I = builder.methodref;
final int C = builder.addClass(withDef);
builder.hier.addInherit(C, I);
builder.objectref = C;
builder.expected = C;
},
/* Case 28: Diamond, methodref at top, overriding.
*
* I3[](*) = mref
* I1[I3](), I2[I3](res) = expected
* C[I1,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.objectref = C;
builder.expected = I2;
},
/* Case 29: Diamond, with superclass, expected at top,
* class overriding.
*
* I2[](*) = mref
* C2[I2](res) = expected, I1[I2]()
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 30: Diamond, with superclass, expected at top,
* interface overriding
*
* I2[](*) = mref
* C2[I2](), I1[I2](res) = expected
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 31: Y, with superclass, overlaping, expected
* at top, class overrides
*
* C2[](res) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 32: Diamond, with superclass, overlaping, expected
* at top, class overrides
*
* I2[](def) = old expected
* C2[I2](res) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 33: Superclass overrides.
*
* I[](*) = mref
* C2[I](res) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.expected = C2;
builder.objectref = C1;
},
/* Case 34: Diamond, inherit through superclass,
* expected at top, override.
*
* I3[](*) = mref
* I1[I3](), I2[I3](res) = expected
* C2[I1,I2]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I3 = builder.methodref;
final int I2 = builder.addInterface(withDef);
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(I1, I3);
builder.hier.addInherit(I2, I3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = I2;
},
/* Case 35: Y, with superclass, inherit through
* superclass, overlapping, expected at top.
*
* C3[](res) = expected, I1[*](*) = mref
* C2[I1,C3]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I1 = builder.methodref;
final int C3 = builder.addClass(withDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C3;
},
/* Case 36: Diamond, with superclass, inherit through
* superclass, overlapping, expected at top.
*
* I2[](*) = oldexpected
* C3[I2](res) = expected, I1[*](*) = mref
* C2[I1,C3]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C3 = builder.addClass(withDef);
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I1);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I2);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C3;
},
/* Case 37: Double diamond, with superclass, inherit through
* superclass, overriding.
*
* I3[](def) = old expected
* C3[I3](), I2[*](*) = mref
* C2[I2,C3](), I1[I2](res) = expected
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
builder.expected = I1;
},
/* Case 38: Double diamond, with superclass, inherit through
* superclass, skip private.
*
* I3[](def) = old expected
* C3[I3](), I2[*](*) = mref
* C2[I2,C3](), I1[I2](priv)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final MethodData meth =
new MethodData(MethodData.Access.PRIVATE,
MethodData.Context.INSTANCE);
final ClassData withPrivDef =
new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withPrivDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
},
/* Case 39: Double diamond, with superclass, inherit through
* superclass, skip static.
*
* I3[](def) = old expected
* C3[I3](), I2[*](*) = mref
* C2[I2,C3](), I1[I2](stat)
* C1[C2,I1]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I3 = builder.expected;
final int I2 = builder.methodref;
final int I1 = builder.addInterface(withStatDef);
final int C3 = builder.addClass(emptyClass(pck));
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, I2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C3, I3);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C1, I1);
builder.objectref = C1;
},
/* Case 40: Superclass overrides.
*
* I[](*) = mref
* C3[I](res) = expected
* C2[C3](stat) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData withDef =
new ClassData(pck, oldexpected.methoddata);
final MethodData meth =
new MethodData(MethodData.Access.PUBLIC,
MethodData.Context.STATIC);
final ClassData withStatDef =
new ClassData(pck, meth);
final int I = builder.methodref;
final int C3 = builder.addClass(withDef);
final int C2 = builder.addClass(withStatDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C2, I);
builder.expected = C3;
builder.objectref = C1;
});
// NOTE: The selection changes in JVMS 11 mean that private class methods
// are never selected to satisfy an interface method invocation, and so no
// IllegalAccessError is subsequently thrown. Because of this all the
// "private" cases below are commented out. At some point in the future
// these should be factored out and moved to a test that expects success
// but it is not that simple as the commented out cases result in 2600
// testcases being excluded, but only ~150 failing cases were seen. Though
// it is not clear from the test if a single failure can result in further
// testcases being skipped.
public static final Template IfaceMethodrefSelectionOverrideNonPublic =
new Template("IfaceMethodrefSelection",
/* Case 1: Objectref overrides.
*
* I[](*) = mref
* C[I](priv) = oref = expected
*/
// (final SelectionResolutionTestCase.Builder builder) -> {
// final ClassData.Package pck =
// builder.classdata.get(builder.methodref).packageId;
// final ClassData oldexpected =
// builder.classdata.get(builder.expected);
// final MethodData meth =
// new MethodData(MethodData.Access.PRIVATE,
// MethodData.Context.INSTANCE);
// final ClassData withDef =
// new ClassData(pck, meth);
// final int I = builder.methodref;
// final int C = builder.addClass(withDef);
// builder.hier.addInherit(C, I);
// builder.objectref = C;
// builder.expected = C;
// },
/* Case 2: Objectref overrides.
*
* I[](*) = mref
* C[I](prot) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I = builder.methodref;
final int C = builder.addClass(withDef);
builder.hier.addInherit(C, I);
builder.objectref = C;
builder.expected = C;
},
/* Case 3: Objectref overrides package private.
*
* I[](*) = mref
* C[I](pack) = oref = expected
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.methodref).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I = builder.methodref;
final int C = builder.addClass(withDef);
builder.hier.addInherit(C, I);
builder.objectref = C;
builder.expected = C;
},
/* Case 4: Diamond, with superclass, expected at top,
* class overriding with private.
*
* I2[](*) = mref
* C2[I2](priv) = expected, I1[I2]()
* C1[I1,C2]() = oref
*/
// (final SelectionResolutionTestCase.Builder builder) -> {
// final ClassData.Package pck =
// builder.classdata.get(builder.expected).packageId;
// final ClassData oldexpected =
// builder.classdata.get(builder.expected);
// final MethodData meth =
// new MethodData(MethodData.Access.PRIVATE,
// MethodData.Context.INSTANCE);
// final ClassData withDef =
// new ClassData(pck, meth);
// final int I2 = builder.methodref;
// final int I1 = builder.addInterface(emptyClass(pck));
// final int C2 = builder.addClass(withDef);
// final int C1 = builder.addClass(emptyClass(pck));
// builder.hier.addInherit(C1, I1);
// builder.hier.addInherit(C1, C2);
// builder.hier.addInherit(I1, I2);
// builder.hier.addInherit(C2, I2);
// builder.objectref = C1;
// builder.expected = C2;
// },
/* Case 5: Diamond, with superclass, expected at top,
* class overriding with package private.
*
* I2[](*) = mref
* C2[I2](pack) = expected, I1[I2]()
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 6: Diamond, with superclass, expected at top,
* class overriding with protected.
*
* I2[](*) = mref
* C2[I2](prot) = expected, I1[I2]()
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I2 = builder.methodref;
final int I1 = builder.addInterface(emptyClass(pck));
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(I1, I2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 7: Y, with superclass, overlaping, expected
* at top, class overrides
*
* C2[](priv) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
// (final SelectionResolutionTestCase.Builder builder) -> {
// final ClassData.Package pck =
// builder.classdata.get(builder.expected).packageId;
// final ClassData oldexpected =
// builder.classdata.get(builder.expected);
// final MethodData meth =
// new MethodData(MethodData.Access.PRIVATE,
// MethodData.Context.INSTANCE);
// final ClassData withDef =
// new ClassData(pck, meth);
// final int I1 = builder.methodref;
// final int C2 = builder.addClass(withDef);
// final int C1 = builder.addClass(emptyClass(pck));
// builder.hier.addInherit(C1, I1);
// builder.hier.addInherit(C1, C2);
// builder.objectref = C1;
// builder.expected = C2;
// },
/* Case 8: Y, with superclass, overlaping, expected
* at top, class overrides
*
* C2[](prot) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 9: Y, with superclass, overlaping, expected
* at top, class overrides
*
* C2[](pack) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 10: Diamond, with superclass, overlaping, expected
* at top, class overrides
*
* I2[](def) = old expected
* C2[I2](priv) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
// (final SelectionResolutionTestCase.Builder builder) -> {
// final ClassData.Package pck =
// builder.classdata.get(builder.expected).packageId;
// final ClassData oldexpected =
// builder.classdata.get(builder.expected);
// final MethodData meth =
// new MethodData(MethodData.Access.PRIVATE,
// MethodData.Context.INSTANCE);
// final ClassData withDef =
// new ClassData(pck, meth);
// final int I2 = builder.expected;
// final int I1 = builder.methodref;
// final int C2 = builder.addClass(withDef);
// final int C1 = builder.addClass(emptyClass(pck));
// builder.hier.addInherit(C1, I1);
// builder.hier.addInherit(C1, C2);
// builder.hier.addInherit(C2, I2);
// builder.objectref = C1;
// builder.expected = C2;
// },
/* Case 11: Diamond, with superclass, overlaping, expected
* at top, class overrides
*
* I2[](def) = old expected
* C2[I2](pack) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 12: Diamond, with superclass, overlaping, expected
* at top, class overrides
*
* I2[](def) = old expected
* C2[I2](prot) = expected, I1[](*) = mref
* C1[I1,C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I2 = builder.expected;
final int I1 = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I1);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I2);
builder.objectref = C1;
builder.expected = C2;
},
/* Case 13: Superclass overrides.
*
* I[](*) = mref
* C2[I](priv) = expected
* C1[C2]() = oref
*/
// (final SelectionResolutionTestCase.Builder builder) -> {
// final ClassData.Package pck =
// builder.classdata.get(builder.expected).packageId;
// final ClassData oldexpected =
// builder.classdata.get(builder.expected);
// final MethodData meth =
// new MethodData(MethodData.Access.PRIVATE,
// MethodData.Context.INSTANCE);
// final ClassData withDef =
// new ClassData(pck, meth);
// final int I = builder.methodref;
// final int C2 = builder.addClass(withDef);
// final int C1 = builder.addClass(emptyClass(pck));
// builder.hier.addInherit(C1, I);
// builder.hier.addInherit(C1, C2);
// builder.hier.addInherit(C2, I);
// builder.expected = C2;
// builder.objectref = C1;
// },
/* Case 14: Superclass overrides.
*
* I[](*) = mref
* C2[I](prot) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PROTECTED,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.expected = C2;
builder.objectref = C1;
},
/* Case 15: Superclass overrides.
*
* I[](*) = mref
* C2[I](pack) = expected
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.expected).packageId;
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final MethodData meth =
new MethodData(MethodData.Access.PACKAGE,
MethodData.Context.INSTANCE);
final ClassData withDef =
new ClassData(pck, meth);
final int I = builder.methodref;
final int C2 = builder.addClass(withDef);
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, I);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C2, I);
builder.expected = C2;
builder.objectref = C1;
});
/***********************
* Ambiguous selection *
***********************/
public static final Template MethodrefAmbiguousResolvedIsIface =
new Template("MethodrefAmbiguousResolvedIsIface",
/* Inherit from interface.
*
* C2[](*) = mref, I[](any)
* C1[C2,I]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = oldexpected.packageId;
final MethodData.Context ctx = oldexpected.methoddata.context;
final MethodData mdata =
new MethodData(MethodData.Access.PUBLIC, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.methodref;
final int C1 = builder.addClass(emptyClass(pck));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.objectref = C1;
});
public static final Template IfaceMethodrefAmbiguousResolvedIsIface =
new Template("IfaceMethodrefAmbiguousResolvedIsIface",
/* Inherit from interface.
*
* I1[](*) = mref, I2[](any)
* C1[I1,I2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = oldexpected.packageId;
final MethodData.Context ctx = oldexpected.methoddata.context;
final MethodData mdata =
new MethodData(MethodData.Access.PUBLIC, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int I1 = builder.methodref;
final int C = builder.addClass(emptyClass(pck));
final int I2 = builder.addInterface(withDef);
builder.hier.addInherit(C, I1);
builder.hier.addInherit(C, I2);
builder.objectref = C;
});
public static final Template InvokespecialAmbiguousResolvedIsIface =
new Template("InvokespecialAmbiguousResolvedIsIface",
/* Inherit from interface.
*
* C2[](*) = csite, I[](any)
* C1[C2,I]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData oldexpected =
builder.classdata.get(builder.expected);
final ClassData.Package pck = oldexpected.packageId;
final MethodData.Context ctx = oldexpected.methoddata.context;
final MethodData mdata =
new MethodData(MethodData.Access.PUBLIC, ctx);
final ClassData withDef = new ClassData(pck, mdata);
final int C2 = builder.callsite;
final int C1 = builder.addClass(emptyClass(pck));
final int I = builder.addInterface(withDef);
builder.hier.addInherit(C1, C2);
builder.hier.addInherit(C1, I);
builder.objectref = C1;
});
/******************************
* invokespecial Templates *
******************************/
// Create this by taking MethodrefSelection and replacing
// methodref with callsite.
public static final Template ObjectrefAssignableToCallsite =
new Template("ObjectrefAssignableToCallsite",
/* Case 1: Objectref equals callsite
*
* C[](*) = csite = oref
*/
(builder) -> {
builder.objectref = builder.callsite;
},
/* Case 2: Inherit from super.
*
* C2[](*) = csite
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.callsite).packageId;
final int C2 = builder.callsite;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
});
public static final Template ObjectrefExactSubclassOfCallsite =
new Template("ObjectrefSubclassOfCallsite",
/* Inherit from super.
*
* C2[](*) = csite
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.callsite).packageId;
final int C2 = builder.callsite;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
});
public static final Template ObjectrefEqualsOrExactSubclassOfCallsite =
new Template("ObjectrefEqualsOrExactSubclassOfCallsite",
(final SelectionResolutionTestCase.Builder builder) -> {
builder.objectref = builder.callsite;
},
/* Inherit from super.
*
* C2[](*) = csite
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.callsite).packageId;
final int C2 = builder.callsite;
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
});
public static final Template ObjectrefEqualsCallsite =
new Template("TrivialObjectref",
Collections.singleton((builder) -> {
builder.objectref = builder.callsite;
}));
public static final Template ObjectrefSubclassOfSubclassOfCallsite =
new Template("ObjectrefSubclassOfCallsite",
/* Inherit from super.
*
* C3[](*) = csite
* C2[C3]()
* C1[C2]() = oref
*/
(final SelectionResolutionTestCase.Builder builder) -> {
final ClassData.Package pck =
builder.classdata.get(builder.callsite).packageId;
final int C3 = builder.callsite;
final int C2 = builder.addClass(emptyClass(pck));
final int C1 = builder.addClass(emptyClass(pck));
builder.hier.addInherit(C2, C3);
builder.hier.addInherit(C1, C2);
builder.objectref = C1;
});
private static class Placeholder extends ClassData {
private final String placeholder;
private Placeholder(final String placeholder,
final MethodData methoddata) {
super(ClassData.Package.PLACEHOLDER, methoddata);
this.placeholder = placeholder;
}
private Placeholder(final String placeholder) {
this(placeholder, null);
}
public String toString() {
return " = <Placeholder for " + placeholder + ">\n\n";
}
public static final Placeholder objectref = new Placeholder("objectref");
public static final Placeholder methodref = new Placeholder("methodref");
public static final Placeholder callsite = new Placeholder("callsite");
public static final Placeholder expected =
new Placeholder("expected",
new MethodData(MethodData.Access.PLACEHOLDER,
MethodData.Context.PLACEHOLDER));
}
public static void main(String... args) {
System.err.println("*** Resolution Templates ***\n");
final SelectionResolutionTestCase.Builder withExpectedIface =
new SelectionResolutionTestCase.Builder();
withExpectedIface.expected =
withExpectedIface.addInterface(Placeholder.expected);
final SelectionResolutionTestCase.Builder withExpectedClass =
new SelectionResolutionTestCase.Builder();
withExpectedClass.expected =
withExpectedClass.addClass(Placeholder.expected);
MethodrefNotEqualsExpectedClass.printCases(withExpectedClass);
MethodrefNotEqualsExpectedIface.printCases(withExpectedIface);
IfaceMethodrefNotEqualsExpected.printCases(withExpectedIface);
MethodrefAmbiguous.printCases(withExpectedIface);
IfaceMethodrefAmbiguous.printCases(withExpectedIface);
ReabstractExpectedIface.printCases(withExpectedIface);
ReabstractExpectedClass.printCases(withExpectedClass);
final SelectionResolutionTestCase.Builder methodrefExpectedIface =
withExpectedIface.copy();
methodrefExpectedIface.methodref =
methodrefExpectedIface.addClass(Placeholder.methodref);
final SelectionResolutionTestCase.Builder methodrefExpectedClass =
withExpectedClass.copy();
methodrefExpectedClass.methodref =
methodrefExpectedClass.addClass(Placeholder.methodref);
final SelectionResolutionTestCase.Builder ifaceMethodref =
withExpectedIface.copy();
ifaceMethodref.methodref =
ifaceMethodref.addInterface(Placeholder.methodref);
IgnoredAbstract.printCases(methodrefExpectedIface);
MethodrefSelectionResolvedIsClass.printCases(methodrefExpectedClass);
MethodrefSelectionResolvedIsIface.printCases(methodrefExpectedIface);
IfaceMethodrefSelection.printCases(ifaceMethodref);
IfaceMethodrefSelectionOverrideNonPublic.printCases(ifaceMethodref);
}
}