Examples of org.apache.xerces.utils.CharDataChunk.toCharArray()

Class org.apache.xerces.utils.CharDataChunk

Examples of org.apache.xerces.utils.CharDataChunk.toCharArray()

org.apache.xerces.utils.CharDataChunk.toCharArray()
Get the character array of this instance. The reader classes access the data of each instance directly. This class only exists to manage the lifetime of the references to each instance. It is not intended to hide from the readers the fact that each instance contains a buffer of character data. @return The character data.

        for (int i = 1; i < length; i++) {
            if (ch != s[i]) {
                fCurrentChunk = dataChunk;
                fCurrentIndex = index;
                fCurrentOffset = offset;
                fMostRecentData = dataChunk.toCharArray();
                fMostRecentChar = fMostRecentData[index] & 0xFFFF;
                return false;
            }
            ch = loadNextChar();
        }

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                    int savedIndex = fCurrentIndex;
                    ch = loadNextChar();
                    fCurrentChunk = savedChunk;
                    fCurrentOffset = savedOffset;
                    fCurrentIndex = savedIndex;
                    fMostRecentData = savedChunk.toCharArray();
                    boolean lpok = true;
                    if (ch < 0x80) {
                        if (XMLCharacterProperties.fgAsciiInitialNameChar[ch] == 0 || ch == ':')
                            lpok = false;
                    } else {

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                    int offset = fCurrentOffset;
                    if (loadNextChar() != '>') {
                        fCurrentChunk = dataChunk;
                        fCurrentIndex = index;
                        fCurrentOffset = offset;
                        fMostRecentData = dataChunk.toCharArray();
                        fMostRecentChar = ']';
                        break;
                    }
                }
                loadNextChar();

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                            int offset = fCurrentOffset;
                            if (loadNextChar() != '>') {
                                fCurrentChunk = dataChunk;
                                fCurrentIndex = index;
                                fCurrentOffset = offset;
                                fMostRecentData = dataChunk.toCharArray();
                                fMostRecentChar = ']';
                                fCharacterCounter++;
                                break;
                            }
                        }

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                    int offset = fCurrentOffset;
                    if (loadNextChar() != '>') {
                        fCurrentChunk = dataChunk;
                        fCurrentIndex = index;
                        fCurrentOffset = offset;
                        fMostRecentData = dataChunk.toCharArray();
                        fMostRecentChar = ']';
                        fCharacterCounter++;
                        break;
                    }
                    loadNextChar();

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            ch = loadNextChar();
            if (ch < 0xDC00 || ch >= 0xE000) {
                fCurrentChunk = savedChunk;
                fCurrentIndex = savedIndex;
                fCurrentOffset = savedOffset;
                fMostRecentData = savedChunk.toCharArray();
                fMostRecentChar = fMostRecentData[savedIndex] & 0xFFFF;
                return false;
            }
        }
        loadNextChar();

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            //
            // All the chars are in the same chunk
            //
            if (length != 0) {
                if (isWhitespace)
                    fCharDataHandler.processWhitespace(dataChunk.toCharArray(), index, length);
                else
                    fCharDataHandler.processCharacters(dataChunk.toCharArray(), index, length);
            }
            return;
        }

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            //
            if (length != 0) {
                if (isWhitespace)
                    fCharDataHandler.processWhitespace(dataChunk.toCharArray(), index, length);
                else
                    fCharDataHandler.processCharacters(dataChunk.toCharArray(), index, length);
            }
            return;
        }


        //

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        // The data is spread across chunks.
        //
        int count = length;
        int nbytes = CharDataChunk.CHUNK_SIZE - index;
        if (isWhitespace)
            fCharDataHandler.processWhitespace(dataChunk.toCharArray(), index, nbytes);
        else
            fCharDataHandler.processCharacters(dataChunk.toCharArray(), index, nbytes);
        count -= nbytes;


        //

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        int count = length;
        int nbytes = CharDataChunk.CHUNK_SIZE - index;
        if (isWhitespace)
            fCharDataHandler.processWhitespace(dataChunk.toCharArray(), index, nbytes);
        else
            fCharDataHandler.processCharacters(dataChunk.toCharArray(), index, nbytes);
        count -= nbytes;


        //
        // Use each Chunk in turn until we are done.
        //

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