expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); mData[structStart] = CHAR_NULL; } else { // otherwise, let's just create end state: constructLeaf(charIndex, groupStart); constructBranch(charIndex, groupStart, groupStart + groupCount);
/** * @return Raw character data that contains compressed structure * of the word set */ public char[] construct() { // Uncomment if you need to debug array-out-of-bound probs //try { // Let's check degenerate case of 1 word: if (mWords.length == 1) { constructLeaf(0, 0); } else { constructBranch(0, 0, mWords.length); } //} catch (Throwable t) { System.err.println("Error: "+t); } char[] result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); return result; }
/** * @return Raw character data that contains compressed structure * of the word set */ public char[] construct() { // Uncomment if you need to debug array-out-of-bound probs //try { // Let's check degenerate case of 1 word: if (mWords.length == 1) { constructLeaf(0, 0); } else { constructBranch(0, 0, mWords.length); } //} catch (Throwable t) { System.err.println("Error: "+t); } char[] result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); return result; }
/** * Method called to add leaf entry to word set; basically * "here is the rest of the only matching word" */ private void constructLeaf(int charIndex, int wordIndex) { String word = mWords[wordIndex]; int len = word.length(); char[] data = mData; // need room for 1 header char, rest of the word if ((mSize + len + 1) >= data.length) { data = expand(len+1); } data[mSize++] = (char) (NEGATIVE_OFFSET + (len - charIndex)); for (; charIndex < len; ++charIndex) { data[mSize++] = word.charAt(charIndex); } }
/** * Method called to add leaf entry to word set; basically * "here is the rest of the only matching word" */ private void constructLeaf(int charIndex, int wordIndex) { String word = mWords[wordIndex]; int len = word.length(); char[] data = mData; // need room for 1 header char, rest of the word if ((mSize + len + 1) >= data.length) { data = expand(len+1); } data[mSize++] = (char) (NEGATIVE_OFFSET + (len - charIndex)); for (; charIndex < len; ++charIndex) { data[mSize++] = word.charAt(charIndex); } }
/** * @return Raw character data that contains compressed structure * of the word set */ public char[] construct() { // Uncomment if you need to debug array-out-of-bound probs //try { // Let's check degenerate case of 1 word: if (mWords.length == 1) { constructLeaf(0, 0); } else { constructBranch(0, 0, mWords.length); } //} catch (Throwable t) { System.err.println("Error: "+t); } char[] result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); return result; }
/** * @return Raw character data that contains compressed structure * of the word set */ public char[] construct() { // Uncomment if you need to debug array-out-of-bound probs //try { // Let's check degenerate case of 1 word: if (mWords.length == 1) { constructLeaf(0, 0); } else { constructBranch(0, 0, mWords.length); } //} catch (Throwable t) { System.err.println("Error: "+t); } char[] result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); return result; }
/** * Method called to add leaf entry to word set; basically * "here is the rest of the only matching word" */ private void constructLeaf(int charIndex, int wordIndex) { String word = mWords[wordIndex]; int len = word.length(); char[] data = mData; // need room for 1 header char, rest of the word if ((mSize + len + 1) >= data.length) { data = expand(len+1); } data[mSize++] = (char) (NEGATIVE_OFFSET + (len - charIndex)); for (; charIndex < len; ++charIndex) { data[mSize++] = word.charAt(charIndex); } }
/** * Method called to add leaf entry to word set; basically * "here is the rest of the only matching word" */ private void constructLeaf(int charIndex, int wordIndex) { String word = mWords[wordIndex]; int len = word.length(); char[] data = mData; // need room for 1 header char, rest of the word if ((mSize + len + 1) >= data.length) { data = expand(len+1); } data[mSize++] = (char) (NEGATIVE_OFFSET + (len - charIndex)); for (; charIndex < len; ++charIndex) { data[mSize++] = word.charAt(charIndex); } }
/** * @return Raw character data that contains compressed structure * of the word set */ public char[] construct() { // Uncomment if you need to debug array-out-of-bound probs //try { // Let's check degenerate case of 1 word: if (mWords.length == 1) { constructLeaf(0, 0); } else { constructBranch(0, 0, mWords.length); } //} catch (Throwable t) { System.err.println("Error: "+t); } char[] result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); return result; }
/** * Method called to add leaf entry to word set; basically * "here is the rest of the only matching word" */ private void constructLeaf(int charIndex, int wordIndex) { String word = mWords[wordIndex]; int len = word.length(); char[] data = mData; // need room for 1 header char, rest of the word if ((mSize + len + 1) >= data.length) { data = expand(len+1); } data[mSize++] = (char) (NEGATIVE_OFFSET + (len - charIndex)); for (; charIndex < len; ++charIndex) { data[mSize++] = word.charAt(charIndex); } }
/** * @return Raw character data that contains compressed structure * of the word set */ public char[] construct() { // Uncomment if you need to debug array-out-of-bound probs //try { // Let's check degenerate case of 1 word: if (mWords.length == 1) { constructLeaf(0, 0); } else { constructBranch(0, 0, mWords.length); } //} catch (Throwable t) { System.err.println("Error: "+t); } char[] result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); return result; }
/** * @return Raw character data that contains compressed structure * of the word set */ public char[] construct() { // Uncomment if you need to debug array-out-of-bound probs //try { // Let's check degenerate case of 1 word: if (mWords.length == 1) { constructLeaf(0, 0); } else { constructBranch(0, 0, mWords.length); } //} catch (Throwable t) { System.err.println("Error: "+t); } char[] result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); return result; }