/** * Tries to construct an instance given ordered set of words. *<p> * Note: currently maximum number of words that can be contained * is limited to {@link #MAX_WORDS}; additionally, maximum length * of all such words can not exceed roughly 28000 characters. * * @return WordResolver constructed for given set of words, if * the word set size is not too big; null to indicate "too big" * instance. */ public static WordResolver constructInstance(TreeSet wordSet) { if (wordSet.size() > MAX_WORDS) { return null; } return new Builder(wordSet).construct(); }
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
expand(1); expand(2); expand(2); } else { mData[structStart] = (char) mSize; constructBranch(charIndex, groupStart, groupStart + groupCount);
/** * @return Raw character data that contains compressed structure * of the word set */ public WordResolver construct() { char[] result; /* 03-Jan-2006, TSa: Special case: just one entry; if so, * let's leave char array null, and just have the String * array with one entry. */ if (mData == null) { result = null; } else { constructBranch(0, 0, mWords.length); // Too big? if (mSize > NEGATIVE_OFFSET) { return null; } result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); } return new WordResolver(mWords, result); }
/** * @return Raw character data that contains compressed structure * of the word set */ public WordResolver construct() { char[] result; /* 03-Jan-2006, TSa: Special case: just one entry; if so, * let's leave char array null, and just have the String * array with one entry. */ if (mData == null) { result = null; } else { constructBranch(0, 0, mWords.length); // Too big? if (mSize > NEGATIVE_OFFSET) { return null; } result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); } return new WordResolver(mWords, result); }
/** * @return Raw character data that contains compressed structure * of the word set */ public WordResolver construct() { char[] result; /* 03-Jan-2006, TSa: Special case: just one entry; if so, * let's leave char array null, and just have the String * array with one entry. */ if (mData == null) { result = null; } else { constructBranch(0, 0, mWords.length); // Too big? if (mSize > NEGATIVE_OFFSET) { return null; } result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); } return new WordResolver(mWords, result); }
/** * @return Raw character data that contains compressed structure * of the word set */ public WordResolver construct() { char[] result; /* 03-Jan-2006, TSa: Special case: just one entry; if so, * let's leave char array null, and just have the String * array with one entry. */ if (mData == null) { result = null; } else { constructBranch(0, 0, mWords.length); // Too big? if (mSize > NEGATIVE_OFFSET) { return null; } result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); } return new WordResolver(mWords, result); }
/** * @return Raw character data that contains compressed structure * of the word set */ public WordResolver construct() { char[] result; /* 03-Jan-2006, TSa: Special case: just one entry; if so, * let's leave char array null, and just have the String * array with one entry. */ if (mData == null) { result = null; } else { constructBranch(0, 0, mWords.length); // Too big? if (mSize > NEGATIVE_OFFSET) { return null; } result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); } return new WordResolver(mWords, result); }
/** * @return Raw character data that contains compressed structure * of the word set */ public WordResolver construct() { char[] result; /* 03-Jan-2006, TSa: Special case: just one entry; if so, * let's leave char array null, and just have the String * array with one entry. */ if (mData == null) { result = null; } else { constructBranch(0, 0, mWords.length); // Too big? if (mSize > NEGATIVE_OFFSET) { return null; } result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); } return new WordResolver(mWords, result); }
/** * @return Raw character data that contains compressed structure * of the word set */ public WordResolver construct() { char[] result; /* 03-Jan-2006, TSa: Special case: just one entry; if so, * let's leave char array null, and just have the String * array with one entry. */ if (mData == null) { result = null; } else { constructBranch(0, 0, mWords.length); // Too big? if (mSize > NEGATIVE_OFFSET) { return null; } result = new char[mSize]; System.arraycopy(mData, 0, result, 0, mSize); } return new WordResolver(mWords, result); }
/** * Tries to construct an instance given ordered set of words. *<p> * Note: currently maximum number of words that can be contained * is limited to {@link #MAX_WORDS}; additionally, maximum length * of all such words can not exceed roughly 28000 characters. * * @return WordResolver constructed for given set of words, if * the word set size is not too big; null to indicate "too big" * instance. */ public static WordResolver constructInstance(TreeSet<String> wordSet) { if (wordSet.size() > MAX_WORDS) { return null; } return new Builder(wordSet).construct(); }
/** * Tries to construct an instance given ordered set of words. *<p> * Note: currently maximum number of words that can be contained * is limited to {@link #MAX_WORDS}; additionally, maximum length * of all such words can not exceed roughly 28000 characters. * * @return WordResolver constructed for given set of words, if * the word set size is not too big; null to indicate "too big" * instance. */ public static WordResolver constructInstance(TreeSet wordSet) { if (wordSet.size() > MAX_WORDS) { return null; } return new Builder(wordSet).construct(); }
/** * Tries to construct an instance given ordered set of words. *<p> * Note: currently maximum number of words that can be contained * is limited to {@link #MAX_WORDS}; additionally, maximum length * of all such words can not exceed roughly 28000 characters. * * @return WordResolver constructed for given set of words, if * the word set size is not too big; null to indicate "too big" * instance. */ public static WordResolver constructInstance(TreeSet<String> wordSet) { if (wordSet.size() > MAX_WORDS) { return null; } return new Builder(wordSet).construct(); }
/** * Tries to construct an instance given ordered set of words. *<p> * Note: currently maximum number of words that can be contained * is limited to {@link #MAX_WORDS}; additionally, maximum length * of all such words can not exceed roughly 28000 characters. * * @return WordResolver constructed for given set of words, if * the word set size is not too big; null to indicate "too big" * instance. */ public static WordResolver constructInstance(TreeSet wordSet) { if (wordSet.size() > MAX_WORDS) { return null; } return new Builder(wordSet).construct(); }