Examples of sun.text.normalizer.NormalizerBase$QuickCheckResult

sun.text.normalizer.NormalizerBase
Result values for quickCheck(). For details see Unicode Technical Report 15. @stable ICU 2.8

        this.owner = owner;
        ordering = owner.getTables();
        if ( sourceText.length() != 0 ) {
            NormalizerBase.Mode mode =
                CollatorUtilities.toNormalizerMode(owner.getDecomposition());
            text = new NormalizerBase(sourceText, mode);
        }
    }

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    CollationElementIterator(CharacterIterator sourceText, RuleBasedCollator owner) {
        this.owner = owner;
        ordering = owner.getTables();
        NormalizerBase.Mode mode =
            CollatorUtilities.toNormalizerMode(owner.getDecomposition());
        text = new NormalizerBase(sourceText, mode);
    }

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        swapOrder = 0;
        expIndex = 0;
        NormalizerBase.Mode mode =
            CollatorUtilities.toNormalizerMode(owner.getDecomposition());
        if (text == null) {
            text = new NormalizerBase(source, mode);
        } else {
            text.setMode(mode);
            text.setText(source);
        }
    }

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        swapOrder = 0;
        expIndex = 0;
        NormalizerBase.Mode mode =
            CollatorUtilities.toNormalizerMode(owner.getDecomposition());
        if (text == null) {
            text = new NormalizerBase(source, mode);
        } else {
            text.setMode(mode);
            text.setText(source);
        }
    }

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        pair = (EntryPair)list.lastElement();
        int maxLength = pair.entryName.length();


        // (the Normalizer is cloned here so that the seeking we do in the next loop
        // won't affect our real position in the text)
        NormalizerBase tempText = (NormalizerBase)text.clone();


        // extract the next maxLength characters in the string (we have to do this using the
        // Normalizer to ensure that our offsets correspond to those the rest of the
        // iterator is using) and store it in "fragment".
        tempText.previous();
        key.setLength(0);
        int c = tempText.next();  
        while (maxLength > 0 && c != NormalizerBase.DONE) {
            if (Character.isSupplementaryCodePoint(c)) {
                key.append(Character.toChars(c));
                maxLength -= 2;
            } else {
                key.append((char)c);
                --maxLength;
            }
            c = tempText.next();
        }
        String fragment = key.toString();
        // now that we have that fragment, iterate through this list looking for the
        // longest sequence that matches the characters in the actual text.  (maxLength
        // is used here to keep track of the length of the longest sequence)

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        int order = pair.value;


        pair = (EntryPair)list.lastElement();
        int maxLength = pair.entryName.length();


        NormalizerBase tempText = (NormalizerBase)text.clone();


        tempText.next();
        key.setLength(0);
        int c = tempText.previous();
        while (maxLength > 0 && c != NormalizerBase.DONE) {
            if (Character.isSupplementaryCodePoint(c)) {
                key.append(Character.toChars(c));
                maxLength -= 2;
            } else {
                key.append((char)c);
                --maxLength;
            }
            c = tempText.previous();
        }
        String fragment = key.toString();


        maxLength = 1;
        for (int i = list.size() - 1; i > 0; i--) {

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    CollationElementIterator(CharacterIterator sourceText, RuleBasedCollator owner) {
        this.owner = owner;
        ordering = owner.getTables();
        NormalizerBase.Mode mode =
            CollatorUtilities.toNormalizerMode(owner.getDecomposition());
        text = new NormalizerBase(sourceText, mode);
    }

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        swapOrder = 0;
        expIndex = 0;
        NormalizerBase.Mode mode =
            CollatorUtilities.toNormalizerMode(owner.getDecomposition());
        if (text == null) {
            text = new NormalizerBase(source, mode);
        } else {
            text.setMode(mode);
            text.setText(source);
        }
    }

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        swapOrder = 0;
        expIndex = 0;
        NormalizerBase.Mode mode =
            CollatorUtilities.toNormalizerMode(owner.getDecomposition());
        if (text == null) {
            text = new NormalizerBase(source, mode);
        } else {
            text.setMode(mode);
            text.setText(source);
        }
    }

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        pair = list.lastElement();
        int maxLength = pair.entryName.length();


        // (the Normalizer is cloned here so that the seeking we do in the next loop
        // won't affect our real position in the text)
        NormalizerBase tempText = (NormalizerBase)text.clone();


        // extract the next maxLength characters in the string (we have to do this using the
        // Normalizer to ensure that our offsets correspond to those the rest of the
        // iterator is using) and store it in "fragment".
        tempText.previous();
        key.setLength(0);
        int c = tempText.next();
        while (maxLength > 0 && c != NormalizerBase.DONE) {
            if (Character.isSupplementaryCodePoint(c)) {
                key.append(Character.toChars(c));
                maxLength -= 2;
            } else {
                key.append((char)c);
                --maxLength;
            }
            c = tempText.next();
        }
        String fragment = key.toString();
        // now that we have that fragment, iterate through this list looking for the
        // longest sequence that matches the characters in the actual text.  (maxLength
        // is used here to keep track of the length of the longest sequence)

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Related Classes of sun.text.normalizer.NormalizerBase$QuickCheckResult

java.text.CollationElementIterator

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