private FormatToken parsePrecision(FormatToken token) { advance(); // Swallow the '.'. int ch = peek(); if (Character.isDigit(ch)) { token.setPrecision(nextInt()); return parseConversionType(token); } else { // The precision is required but not given by the format string. throw unknownFormatConversionException(); } }
return parsePrecision(token); } else { return parseConversionType(token);
private FormatToken parsePrecision(FormatToken token) { advance(); // Swallow the '.'. int ch = peek(); if (Character.isDigit(ch)) { token.setPrecision(nextInt()); return parseConversionType(token); } else { // The precision is required but not given by the format string. throw unknownFormatConversionException(); } }
return parsePrecision(token); } else { return parseConversionType(token);
return parsePrecision(token); } else { return parseConversionType(token);
return parsePrecision(token); } else { return parseConversionType(token);
return parsePrecision(token); } else { return parseConversionType(token);
return parsePrecision(token); } else { return parseConversionType(token);
private FormatToken parseWidth(FormatToken token, int width) { token.setWidth(width); int ch = peek(); if (ch == '.') { return parsePrecision(token); } else { return parseConversionType(token); } }
private FormatToken parsePrecision(FormatToken token) { advance(); // Swallow the '.'. int ch = peek(); if (Character.isDigit(ch)) { token.setPrecision(nextInt()); return parseConversionType(token); } else { // The precision is required but not given by the format string. throw unknownFormatConversionException(); } }
private FormatToken parseWidth(FormatToken token, int width) { token.setWidth(width); int ch = peek(); if (ch == '.') { return parsePrecision(token); } else { return parseConversionType(token); } }
private FormatToken parseWidth(FormatToken token, int width) { token.setWidth(width); int ch = peek(); if (ch == '.') { return parsePrecision(token); } else { return parseConversionType(token); } }
private FormatToken parsePrecision(FormatToken token) { advance(); // Swallow the '.'. int ch = peek(); if (Character.isDigit(ch)) { token.setPrecision(nextInt()); return parseConversionType(token); } else { // The precision is required but not given by the format string. throw unknownFormatConversionException(); } }
private FormatToken parsePrecision(FormatToken token) { advance(); // Swallow the '.'. int ch = peek(); if (Character.isDigit(ch)) { token.setPrecision(nextInt()); return parseConversionType(token); } else { // The precision is required but not given by the format string. throw unknownFormatConversionException(); } }
private FormatToken parsePrecision(FormatToken token) { advance(); // Swallow the '.'. int ch = peek(); if (Character.isDigit(ch)) { token.setPrecision(nextInt()); return parseConversionType(token); } else { // The precision is required but not given by the format string. throw unknownFormatConversionException(); } }
private FormatToken parseWidth(FormatToken token, int width) { token.setWidth(width); int ch = peek(); if (ch == '.') { return parsePrecision(token); } else { return parseConversionType(token); } }
private FormatToken parseWidth(FormatToken token, int width) { token.setWidth(width); int ch = peek(); if (ch == '.') { return parsePrecision(token); } else { return parseConversionType(token); } }
private FormatToken parsePrecision(FormatToken token) { advance(); // Swallow the '.'. int ch = peek(); if (Character.isDigit(ch)) { token.setPrecision(nextInt()); return parseConversionType(token); } else { // The precision is required but not given by the format string. throw unknownFormatConversionException(); } }
private FormatToken parseWidth(FormatToken token, int width) { token.setWidth(width); int ch = peek(); if (ch == '.') { return parsePrecision(token); } else { return parseConversionType(token); } }
private FormatToken parseWidth(FormatToken token, int width) { token.setWidth(width); int ch = peek(); if (ch == '.') { return parsePrecision(token); } else { return parseConversionType(token); } }