private static int skipWhitespace(char[] s, int start) { int slen = s.length; for (int i = start; i < slen; i++) { if (!Character.isSpace(s[i])) { return i; } } return slen; }
private static int skipWhitespace(char []s, int start) { int slen = s.length; for (int i=start; i<slen; i++) { if (!Character.isSpace(s[i])) return i; } return slen; }
if (Character.isSpace(nextChar)) { if (mode == CONTINUE) { mode = IGNORE;
if (Character.isSpace(nextChar)) { if (mode == CONTINUE) { mode = IGNORE;
while (Character.isSpace(data[p])) p--;
while (Character.isSpace(data[p])) p--;
} else if ('0' <= next && next <= '9') { nextState = NUMBERS; } else if (!Character.isSpace(next) && ",+-:/".indexOf(next) == -1) { throw parseError(string); && (Character.isSpace(next) || next == ',' || next == '/' || next == '\r')) { year = digit; throw parseError(string); } else if (Character.isSpace(next) || next == ',' || next == '-' || next == '\r') { if (hour != -1 && minute == -1) { } else if (!Character.isSpace(next) && next != ',' && nextState != NUMBERS) { sign = 0;
private void recompute() { charweight = new double[0xFF]; for (int ix = 0; ix < charweight.length; ix++) { char ch = (char) ix; double weight = other; if (Character.isLetter(ch)) weight = letters; else if (Character.isDigit(ch)) weight = digits; else { int type = Character.getType(ch); // 20, 21, 22, 23, 24, 25, 26, 27 if (Character.isSpace(ch) || (type >= 20 && type <= 27)) weight = punctuation; } charweight[ix] = weight; } } }
private static int skipWhitespace(char []s, int start) { int slen = s.length; for (int i=start; i<slen; i++) { if (!Character.isSpace(s[i])) return i; } return slen; }
private static int skipWhitespace(char []s, int start) { int slen = s.length; for (int i=start; i<slen; i++) { if (!Character.isSpace(s[i])) return i; } return slen; }
/** * Predicate function for checking if a chahracter can belong to an atom. * * @param first if true means that c is the first character of the atom */ protected boolean isAtomChar(char c, boolean first) { return !(Character.isSpace(c) || c == '(' || c == ')' || c == '"' || c == '}' || c == '{'); }
String str1 = " abc "; char[] cs = str1.toCharArray(); Character[] characters = ArrayUtils.toObject(cs); // System.out.println(characters.length); // 6 for (Character character : characters) { if (character.isSpace(character.charValue())) { // PROCESS ACCORDINGLY } else { // PROCESS ACCORDINGLY } }
public static boolean isBlank(String str) { int strLen; if (str == null || (strLen = str.length()) == 0) { return true; } for (int i = 0; i < strLen; i++) { if (!Character.isSpace(str.charAt(i))) { return false; } } return true; } }
int nextNonWhitespace() { while (true) { final int c = next(); if (!Character.isSpace((char) c)) { return c; } } }
int nextNonWhitespace() { while (true) { final int c = next(); if (!Character.isSpace((char) c)) { return c; } } }
@Override public double calculateFeatureValue(Token object, Record context) { String text = object.getText(); for (int i = 0; i < text.length(); i++) { if (!Character.isSpace(text.charAt(i))) { return 0; } } countPositive++; return 1; }
/** * Raises an IOException if there are any non-space characters on in, and consumes the remaining * characters on in. */ private static void requireEndOfInput(BufferedReader in) throws IOException { for (int ch; (ch = in.read()) >= 0; ) { if (!Character.isSpace((char) ch)) { throw new IOException("Expected end of input, not '" + escape((char) ch) + "'"); } } }
if (Character.isSpace(text.charAt(newEnd - 1))) { --newEnd; } else {
int nextNonWhitespace() { while (true) { final int c = next(); if (!Character.isSpace((char) c)) { return c; } } }
String nextUntilOneOf(String chars) { final StringBuilder buffer = new StringBuilder(); int c = next(); while (c != INVALID_CHAR) { if (Character.isSpace((char) c) || chars.indexOf((char) c) >= 0) { back(c); break; } buffer.append((char) c); c = next(); } return buffer.toString(); }