Examples of org.apache.harmony.unpack200.bytecode.AnnotationsAttribute.ElementValue

Package org.apache.harmony.unpack200.bytecode.AnnotationsAttribute

Examples of org.apache.harmony.unpack200.bytecode.AnnotationsAttribute.ElementValue

org.apache.harmony.unpack200.bytecode.CPFieldRef
A Pack200 archive consists of one or more segments. Each segment is stand-alone, in the sense that every segment has the magic number header; thus, every segment is also a valid archive. However, it is possible to combine (non-GZipped) archives into a single large archive by concatenation alone. Thus all the hard work in unpacking an archive falls to understanding a segment. The first component of a segment is the header; this contains (amongst other things) the expected counts of constant pool entries, which in turn defines how many values need to be read from the stream. Because values are variable width (see {@link Codec}), it is not possible to calculate the start of the next segment, although one of the header values does hint at the size of the segment if non-zero, which can be used for buffering purposes. Note that this does not perform any buffering of the input stream; each value will be read on a byte-by-byte basis. It does not perform GZip decompression automatically; both of these are expected to be done by the caller if the stream has the magic header for GZip streams ( {@link GZIPInputStream#GZIP_MAGIC}). In any case, if GZip decompression is being performed the input stream will be buffered at a higher level, and thus this can read on a byte-oriented basis.

                                name_RU_Iterator));
                    }
                } else { // type.equals("AD")
                    for (int i = 0; i < T.length; i++) {
                        attributes.add(new AnnotationDefaultAttribute(
                                new ElementValue(T[i], getNextValue(T[i]))));
                    }
                }
            }
        }
        return attributes;

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        CPUTF8[] elementNames = new CPUTF8[pairCount];
        ElementValue[] elementValues = new ElementValue[pairCount];
        for (int j = 0; j < elementNames.length; j++) {
            elementNames[j] = (CPUTF8) namesIterator.next();
            int t = ((Integer) T_iterator.next()).intValue();
            elementValues[j] = new ElementValue(t, getNextValue(t));
        }
        return new Annotation(pairCount, type, elementNames, elementValues);
    }

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        case '[':
            int arraySize = ((Integer) casearray_Iterator.next()).intValue();
            ElementValue[] nestedArray = new ElementValue[arraySize];
            for (int i = 0; i < arraySize; i++) {
                int nextT = ((Integer) T_iterator.next()).intValue();
                nestedArray[i] = new ElementValue(nextT, getNextValue(nextT));
            }
            return nestedArray;
        case '@':
            CPUTF8 type = (CPUTF8) nesttype_RS_Iterator.next();
            int numPairs = ((Integer) nestpair_N_Iterator.next()).intValue();

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        // that will
        // be written out. Keep SourceFileAttributes out since we just
        // did them above.
        ArrayList classAttributesWithoutSourceFileAttribute = new ArrayList(classAttributes.size());
        for (int index = 0; index < classAttributes.size(); index++) {
            Attribute attrib = (Attribute) classAttributes.get(index);
            if (!attrib.isSourceFileAttribute()) {
                classAttributesWithoutSourceFileAttribute.add(attrib);
            }
        }
        Attribute[] originalAttributes = classFile.attributes;
        classFile.attributes = new Attribute[originalAttributes.length
                + classAttributesWithoutSourceFileAttribute.size()];
        System.arraycopy(originalAttributes, 0, classFile.attributes, 0,
                originalAttributes.length);
        for (int index = 0; index < classAttributesWithoutSourceFileAttribute
                .size(); index++) {
            Attribute attrib = ((Attribute) classAttributesWithoutSourceFileAttribute
                    .get(index));
            cp.add(attrib);
            classFile.attributes[originalAttributes.length + index] = attrib;
        }

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            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);
            if (!icStored.isAnonymous()) {

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        pool.resolve(new Segment());
        assertTrue(pool.indexOf(u1) > 0);
    }


    public void testAllClasses() {
        pool.add(new CPClass(new CPUTF8("RandomClass", 1), 10));
        pool.add(new CPClass(new CPUTF8("RandomClass2", 2), 20));
        assertEquals(2, pool.allClasses().size());
    }

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        CPLong cp3 = new CPLong(new Long(5), 5);
        checkEquality(cp1, cp2, "3", cp3); //$NON-NLS-1$
    }


    public void testCPDouble() {
        CPDouble cp1 = new CPDouble(new Double(3), 3);
        CPDouble cp2 = new CPDouble(new Double(3), 3);
        CPDouble cp3 = new CPDouble(new Double(5), 5);
        checkEquality(cp1, cp2, "3", cp3); //$NON-NLS-1$
    }

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        public CPLong cpLongValue(int index) {
            return new CPLong(new Long(21L), index);
        }


        public CPDouble cpDoubleValue(int index) {
            return new CPDouble(new Double(2.5D), index);
        }

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            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

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        public CPDouble cpDoubleValue(int index) {
            return new CPDouble(new Double(2.5D), index);
        }


        public CPFieldRef cpFieldValue(int index) {
            return new CPFieldRef(cpClass, descriptor, index);
        }

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Related Classes of org.apache.harmony.unpack200.bytecode.AnnotationsAttribute.ElementValue

org.apache.harmony.pack200.BHSDCodec

org.apache.harmony.pack200.Codec

org.apache.harmony.pack200.MetadataBandGroup

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

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