Package org.apache.harmony.unpack200.bytecode

Examples of org.apache.harmony.unpack200.bytecode.NewAttribute

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        public CPFloat cpFloatValue(int index) {
            return new CPFloat(new Float(2.5F), index);
        }

        public CPLong cpLongValue(int index) {
            return new CPLong(new Long(21L), index);
        }
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        pool.add(u2);
        assertEquals(1, pool.size());
    }

    public void testDuplicateField() {
        CPMember cp1 = new CPMember(new CPUTF8("name", 1), new CPUTF8("I", 2),
                0, null);
        pool.add(cp1);
        pool.addNestedEntries();
        assertEquals(2, pool.size());
        CPMember cp2 = new CPMember(new CPUTF8("name", 1), new CPUTF8("I", 2),
                0, null);
        pool.add(cp2);
        pool.addNestedEntries();
        assertEquals(2, pool.size());
    }
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        CPString cp3 = new CPString(new CPUTF8(new String("5"), 5), 5);
        checkEquality(cp1, cp2, "3", cp3); //$NON-NLS-1$
    }

    public void testCPField() {
        CPMember cp1 = new CPMember(new CPUTF8("Name", 3), new CPUTF8("I", 4),
                0, null);
        CPMember cp2 = new CPMember(new CPUTF8("Name", 3), new CPUTF8("I", 4),
                0, null);
        CPMember cp3 = new CPMember(new CPUTF8("Name", 3), new CPUTF8("Z", 5),
                0, null);
        CPMember cp4 = new CPMember(new CPUTF8("GName", 6), new CPUTF8("I", 4),
                0, null);
        checkEquality(cp1, cp2, "Name", cp3); //$NON-NLS-1$
        checkEquality(cp1, cp2, "I", cp4); //$NON-NLS-1$
    }
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//            int colon = descriptorStr.indexOf(':');
            int nameIndex = cpBands.getCpDescriptorNameInts()[descriptorIndex];
            int typeIndex = cpBands.getCpDescriptorTypeInts()[descriptorIndex];
            CPUTF8 name = cpBands.cpUTF8Value(nameIndex);
            CPUTF8 descriptor = cpBands.cpSignatureValue(typeIndex);
            cfMethods[i] = cp.add(new CPMethod(name, descriptor, classBands
                    .getMethodFlags()[classNum][i], classBands
                    .getMethodAttributes()[classNum][i]));
        }
        cp.addNestedEntries();
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        public CPFieldRef cpFieldValue(int index) {
            return new CPFieldRef(cpClass, descriptor, index);
        }

        public CPMethodRef cpMethodValue(int index) {
            return new CPMethodRef(cpClass, descriptor, index);
        }
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        CPFloat cp3 = new CPFloat(new Float(5), 5);
        checkEquality(cp1, cp2, "3", cp3); //$NON-NLS-1$
    }

    public void testCPString() {
        CPString cp1 = new CPString(new CPUTF8(new String("3"), 3), 3);
        CPString cp2 = new CPString(new CPUTF8(new String("3"), 3), 3);
        CPString cp3 = new CPString(new CPUTF8(new String("5"), 5), 5);
        checkEquality(cp1, cp2, "3", cp3); //$NON-NLS-1$
    }
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        public MockCpBands(Segment segment) {
            super(segment);
        }

        public CPString cpStringValue(int index) {
            return new CPString(cpUTF8, index);
        }
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        public CPFieldRef cpFieldValue(int index) {
            return null;
        }

        public CPString cpStringValue(int index) {
            return new CPString(new CPUTF8("Hello"), -1);
        }
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        // fieldDescr and fieldFlags used to create this
        for (i = 0; i < cfFields.length; i++) {
            int descriptorIndex = classBands.getFieldDescrInts()[classNum][i];
            int nameIndex = cpBands.getCpDescriptorNameInts()[descriptorIndex];
            int typeIndex = cpBands.getCpDescriptorTypeInts()[descriptorIndex];
            CPUTF8 name = cpBands.cpUTF8Value(nameIndex);
            CPUTF8 descriptor = cpBands.cpSignatureValue(typeIndex);
            cfFields[i] = cp.add(new CPField(name, descriptor, classBands
                    .getFieldFlags()[classNum][i], classBands
                    .getFieldAttributes()[classNum][i]));
        }
        // add methods
        ClassFileEntry cfMethods[] = new ClassFileEntry[classBands
                .getClassMethodCount()[classNum]];
        // methodDescr and methodFlags used to create this
        for (i = 0; i < cfMethods.length; i++) {
            int descriptorIndex = classBands.getMethodDescrInts()[classNum][i];
//            int colon = descriptorStr.indexOf(':');
            int nameIndex = cpBands.getCpDescriptorNameInts()[descriptorIndex];
            int typeIndex = cpBands.getCpDescriptorTypeInts()[descriptorIndex];
            CPUTF8 name = cpBands.cpUTF8Value(nameIndex);
            CPUTF8 descriptor = cpBands.cpSignatureValue(typeIndex);
            cfMethods[i] = cp.add(new CPMethod(name, descriptor, classBands
                    .getMethodFlags()[classNum][i], classBands
                    .getMethodAttributes()[classNum][i]));
        }
        cp.addNestedEntries();

        // add inner class attribute (if required)
        boolean addInnerClassesAttr = false;
        IcTuple[] ic_local = getClassBands().getIcLocal()[classNum];
        boolean ic_local_sent = ic_local != null;
        InnerClassesAttribute innerClassesAttribute = new InnerClassesAttribute(
                "InnerClasses");
        IcTuple[] ic_relevant = getIcBands().getRelevantIcTuples(fullName, cp);
        List ic_stored = computeIcStored(ic_local, ic_relevant);
        for (int index = 0; index < ic_stored.size(); index++) {
          IcTuple icStored = (IcTuple)ic_stored.get(index);
            int innerClassIndex = icStored.thisClassIndex();
            int outerClassIndex = icStored.outerClassIndex();
            int simpleClassNameIndex = icStored.simpleClassNameIndex();

            String innerClassString = icStored.thisClassString();
            String outerClassString = icStored.outerClassString();
            String simpleClassName = icStored.simpleClassName();

            CPClass innerClass = null;
            CPUTF8 innerName = null;
            CPClass outerClass = null;

            innerClass = innerClassIndex != -1 ? cpBands
                    .cpClassValue(innerClassIndex) : cpBands
                    .cpClassValue(innerClassString);
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    public void setUp() {
        pool = new ClassConstantPool();
    }

    public void testDuplicateUTF8() {
        CPUTF8 u1 = new CPUTF8("thing", 1);
        CPUTF8 u2 = new CPUTF8("thing", 1);
        pool.add(u1);
        pool.add(u2);
        assertEquals(1, pool.size());
    }
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Related Classes of org.apache.harmony.unpack200.bytecode.NewAttribute

  • org.apache.harmony.pack200.BHSDCodec
  • org.apache.harmony.pack200.Codec
  • org.apache.harmony.pack200.PopulationCodec
  • org.apache.harmony.unpack200.Archive
  • org.apache.harmony.unpack200.AttributeLayout
  • org.apache.harmony.unpack200.AttributeLayoutMap
  • org.apache.harmony.unpack200.BcBands
  • org.apache.harmony.unpack200.bytecode.AnnotationDefaultAttribute
  • org.apache.harmony.unpack200.bytecode.AnnotationsAttribute.Annotation
  • org.apache.harmony.unpack200.bytecode.AnnotationsAttribute.ElementValue
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