/** * @param bits The size in bits * * @return {@code true} if a signed integer type with the given size is * supported */ public static boolean isIntegerSignedSupported( final int bits) { return SUPPORTED_INTEGER_SIGNED.contains(Integer.valueOf(bits)); }
/** * @param bits The size in bits * * @return {@code true} if an unsigned integer type with the given size is * supported */ public static boolean isIntegerUnsignedSupported( final int bits) { return SUPPORTED_INTEGER_UNSIGNED.contains(Integer.valueOf(bits)); }
/** * @param bits The size in bits * * @return {@code true} if an unsigned integer type with the given size is * supported */ public static boolean isIntegerUnsignedSupported( final int bits) { return SUPPORTED_INTEGER_UNSIGNED.contains(Integer.valueOf(bits)); }
/** * @param bits The size in bits * * @return {@code true} if a signed integer type with the given size is * supported */ public static boolean isIntegerSignedSupported( final int bits) { return SUPPORTED_INTEGER_SIGNED.contains(Integer.valueOf(bits)); }
/** * @param bits The size in bits * * @return {@code true} if a floating point type with the given size is * supported */ public static boolean isFloatSupported( final int bits) { return SUPPORTED_FLOAT.contains(Integer.valueOf(bits)); }
/** * @param bits The size in bits * * @return {@code true} if a floating point type with the given size is * supported */ public static boolean isFloatSupported( final int bits) { return SUPPORTED_FLOAT.contains(Integer.valueOf(bits)); }