/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if <code>from</code> does not * point to a token character in the current header value. */ protected int findTokenEnd(int from) { if (from < 0) { throw new IllegalArgumentException ("Token start position must not be negative: " + from); } final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
} else if (isWhitespace(ch)) { from++; } else if (isTokenChar(ch)) { throw new ParseException ("Tokens without separator (pos " + from +
} else if (isTokenChar(this.currentHeader.charAt(from))) {
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if <code>from</code> does not * point to a token character in the current header value. */ protected int findTokenEnd(int from) { if (from < 0) { throw new IllegalArgumentException ("Token start position must not be negative: " + from); } final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if <code>from</code> does not * point to a token character in the current header value. */ protected int findTokenEnd(int from) { if (from < 0) { throw new IllegalArgumentException ("Token start position must not be negative: " + from); } final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if <code>from</code> does not * point to a token character in the current header value. */ protected int findTokenEnd(int from) { if (from < 0) { throw new IllegalArgumentException ("Token start position must not be negative: " + from); } final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if <code>from</code> does not * point to a token character in the current header value. */ protected int findTokenEnd(int from) { if (from < 0) { throw new IllegalArgumentException ("Token start position must not be negative: " + from); } final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if {@code from} does not * point to a token character in the current header value. */ protected int findTokenEnd(final int from) { Args.notNegative(from, "Search position"); final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if {@code from} does not * point to a token character in the current header value. */ protected int findTokenEnd(final int from) { Args.notNegative(from, "Search position"); final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if <code>from</code> does not * point to a token character in the current header value. */ protected int findTokenEnd(final int from) { Args.notNegative(from, "Search position"); final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if {@code from} does not * point to a token character in the current header value. */ protected int findTokenEnd(final int from) { Args.notNegative(from, "Search position"); final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
/** * Determines the ending position of the current token. * This method will not leave the current header value, * since the end of the header value is a token boundary. * * @param from the position of the first character of the token * * @return the position after the last character of the token. * The behavior is undefined if {@code from} does not * point to a token character in the current header value. */ protected int findTokenEnd(final int from) { Args.notNegative(from, "Search position"); final int to = this.currentHeader.length(); int end = from+1; while ((end < to) && isTokenChar(this.currentHeader.charAt(end))) { end++; } return end; }
} else if (isWhitespace(ch)) { from++; } else if (isTokenChar(ch)) { throw new ParseException ("Tokens without separator (pos " + from +
} else if (isTokenChar(this.currentHeader.charAt(from))) {
} else if (isTokenChar(this.currentHeader.charAt(from))) {
} else if (isTokenChar(this.currentHeader.charAt(from))) {
} else if (isWhitespace(ch)) { from++; } else if (isTokenChar(ch)) { throw new ParseException ("Tokens without separator (pos " + from +
} else if (isWhitespace(ch)) { from++; } else if (isTokenChar(ch)) { throw new ParseException ("Tokens without separator (pos " + from +
} else if (isWhitespace(ch)) { from++; } else if (isTokenChar(ch)) { throw new ParseException ("Tokens without separator (pos " + from +
} else if (isWhitespace(ch)) { from++; } else if (isTokenChar(ch)) { throw new ParseException ("Tokens without separator (pos " + from +