uint64
struct uint64Available without an import.
A 64-bit unsigned integer with default value zero. Parsing accepts bases 2 through 36 and stops
at trailing non-digit text. Use ParseDetailed for a structured error instead of null.
Members
constructorconstructor
public constructor ()Creates zero.
MinValueconst
const uint64 MinValue = 0The smallest value representable by this integer type.
MaxValueconst
const uint64 MaxValue = 18446744073709551615The largest value representable by this integer type.
GetHashCodemethod
public fn GetHashCode() : uint32Returns a hash consistent with integer value equality.
ToStringmethod
public fn ToString() : stringReturns base-10 text without grouping separators.
ToStringBuffermethod
public fn ToStringBuffer(StringBuilder builder) : int32Appends the same text as ToString and returns the number of UTF-8 bytes appended.
Formatmethod
public fn Format(string fmt) : stringFormats decimal by default, hexadecimal for X/x, or binary for B/b. A decimal suffix selects minimum digit width, capped at 99, with zero padding. No base prefix or sign is added.
FormatBuffermethod
public fn FormatBuffer(StringBuilder builder, string fmt) : int32Appends formatted integer text and returns the number of UTF-8 bytes appended.
Equalsmethod
public fn Equals(uint64 other) : boolTests integer value equality.
CompareTomethod
public fn CompareTo(uint64 other) : int32Returns -1, 0, or 1 for less, equal, or greater.
Parsemethod
public static fn Parse(string text, int32 radix = 10) : uint64?Uses ParseDetailed syntax, returning null instead of throwing on failure. A successful
prefix does not imply the entire input was numeric.
ParseDetailedmethod
public static fn ParseDetailed(string text, int32 radix = 10) : uint64 throws ParseErrorParses a base-2 through base-36 prefix, skipping leading spaces/tabs and accepting a sign.
After the first digit, underscores are ignored and the first invalid digit ends parsing.
Throws ParseError for missing/invalid digits, an unsupported radix, or a value outside
this type's range. A minus sign is rejected, including for zero.
Reinterpretmethod
public fn Reinterpret<T>() : T where T is numericReinterprets bits as a numeric type of the same width rather than converting the numeric value. Incompatible widths are rejected. Floating-point NaNs are canonicalized when entering or leaving a floating-point type; NaN payload bits are not preserved.
nanosecondsgetter
public get nanoseconds() : timespanInterprets this value as nanoseconds and converts to a duration stored in signed 64-bit nanoseconds. Keep the converted value within the signed 64-bit nanosecond range.
microsecondsgetter
public get microseconds() : timespanInterprets this value as microseconds and converts to a duration stored in signed 64-bit nanoseconds. Keep the converted value within the signed 64-bit nanosecond range.
millisecondsgetter
public get milliseconds() : timespanInterprets this value as milliseconds and converts to a duration stored in signed 64-bit nanoseconds. Keep the converted value within the signed 64-bit nanosecond range.
secondsgetter
public get seconds() : timespanInterprets this value as seconds and converts to a duration stored in signed 64-bit nanoseconds. Keep the converted value within the signed 64-bit nanosecond range.
minutesgetter
public get minutes() : timespanInterprets this value as minutes and converts to a duration stored in signed 64-bit nanoseconds. Keep the converted value within the signed 64-bit nanosecond range.
hoursgetter
public get hours() : timespanInterprets this value as hours and converts to a duration stored in signed 64-bit nanoseconds. Keep the converted value within the signed 64-bit nanosecond range.
degreesgetter
public get degrees() : angleInterprets this value as degrees and converts to an angle stored in float radians. Does not normalize the angle to one revolution.
radiansgetter
public get radians() : angleInterprets this value as radians and converts to an angle stored in float radians. Does not normalize the angle to one revolution.
turnsgetter
public get turns() : angleInterprets this value as turns and converts to an angle stored in float radians. Does not normalize the angle to one revolution.