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the operand of the unary - operator, or if a hexadecimal or octal int literal does not t in 32 bits Examples of int literals:
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The largest decimal literal of type long is 9223372036854775808L ( 2 63 ) All decimal literals from 0L to 9223372036854775807L may appear anywhere a long literal may appear, but the literal 9223372036854775808L may appear only as the operand of the unary negation operator - The largest positive hexadecimal and octal literals of type long are 0x7fffffffffffffffL and 0777777777777777777777L, respectively, which equal 9223372036854775807L ( 2 63 1 ) The literals 0x8000000000000000L and 01000000000000000000000L are the most negative long hexadecimal and octal literals, respectively Each has the decimal value 9223372036854775808L ( 2 63 ) The hexadecimal and octal literals 0xffffffffffffffffL and 01777777777777777777777L, respectively, represent the decimal value -1L A compile-time error occurs if a decimal literal of type long is larger than 9223372036854775808L ( 2 63 ), or if the literal 9223372036854775808L appears anywhere other than as the operand of the unary - operator, or if a hexadecimal or octal long literal does not t in 64 bits Examples of long literals:
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See 423 for a general discussion of the oating-point types and values A oating-point literal has the following parts: a whole-number part, a decimal or hexadecimal point (represented by an ASCII period character), a fractional part, an exponent, and a type suf x A oating point number may be written either as a decimal value or as a hexadecimal value For decimal literals, the exponent, if present, is indicated by the ASCII letter e or E followed by an optionally signed integer For hexadecimal literals, the exponent is always required and is indicated by the ASCII letter p or P followed by an optionally signed integer For decimal oating-point literals, at least one digit, in either the whole number or the fraction part, and either a decimal point, an exponent, or a oat type suf x are required All other parts are optional For hexadecimal oating-point literals, at least one digit is required in either the whole number or fraction part, the exponent is mandatory, and the oat type suf x is optional A oating-point literal is of type float if it is suf xed with an ASCII letter F or f; otherwise its type is double and it can optionally be suf xed with an ASCII letter D or d
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FloatingPointLiteral: DecimalFloatingPointLiteral HexadecimalFloatingPointLiteral DecimalFloatingPointLiteral: Digits Digitsopt ExponentPartopt FloatTypeSuf xopt Digits ExponentPartopt FloatTypeSuf xopt Digits ExponentPart FloatTypeSuf xopt Digits ExponentPartopt FloatTypeSuf x ExponentPart: ExponentIndicator SignedInteger ExponentIndicator: one of
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HexadecimalFloatingPointLiteral: HexSigni cand BinaryExponent FloatTypeSuf xopt HexSigni cand: HexNumeral HexNumeral 0x HexDigitsopt HexDigits 0X HexDigitsopt HexDigits
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The elements of the types float and double are those values that can be represented using the IEEE 754 32-bit single-precision and 64-bit double-precision binary oating-point formats, respectively The details of proper input conversion from a Unicode string representation of a oating-point number to the internal IEEE 754 binary oating-point representation are described for the methods valueOf of class Float and class Double of the package javalang
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Examples of double literals:
Besides expressing oating-point values in decimal and hexadecimal, the method intBitsToFloat of class Float and method longBitsToDouble of class Double provide a way to express oating-point values in terms of hexadecimal or octal integer literalsFor example, the value of:
DoublelongBitsToDouble(0x400921FB54442D18L) is equal to the value of MathPI
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The boolean type has two values, represented by the literals true and false, formed from ASCII letters A boolean literal is always of type boolean BooleanLiteral: one of
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3104 Character Literals A character literal is expressed as a character or an escape sequence, enclosed in ASCII single quotes (The single-quote, or apostrophe, character is \u0027)