Unsigned Integer Types

Unsigned integer types represent non-negative whole numbers.

Module: Std

Summary

ToString(value: uint8) -> String
ToString(value: uint16) -> String
ToString(value: uint32) -> String
ToString(value: uint64) -> String

uint8.ToString() -> String
uint16.ToString() -> String
uint32.ToString() -> String
uint64.ToString() -> String

Description

Rux provides multiple unsigned integer types:

Type	Size	Range
uint8	8 bits	0 to 255
uint16	16 bits	0 to 65,535
uint32	32 bits	0 to 4,294,967,295
uint64	64 bits	0 to 18,446,744,073,709,551,615

All unsigned integer types implement the Display interface.

---

String Conversion

ToString

uint8

ToString(value: uint8) -> String

Converts a uint8 value into its decimal string representation.

Internally, the value is converted to uint64 and formatted using the uint64 implementation.

---

uint16

ToString(value: uint16) -> String

Converts a uint16 value into its decimal string representation.

Internally, the value is converted to uint64 and formatted using the uint64 implementation.

---

uint32

ToString(value: uint32) -> String

Converts a uint32 value into its decimal string representation.

Internally, the value is converted to uint64 and formatted using the uint64 implementation.

---

uint64

ToString(value: uint64) -> String

Converts a uint64 value into its decimal string representation.

Examples

ToString(42u64);

Result:

42

ToString(0u64);

Result:

0

---

Display Implementation

All unsigned integer types implement the Display interface.

extend uint8  : Display
extend uint16 : Display
extend uint32 : Display
extend uint64 : Display

This allows unsigned integer values to be used with formatting and output functions.

Example

PrintLine(255u8);

Output:

255

---

Formatting

Unsigned integer values can be used with Format().

Example

let score: uint32 = 9001;

let text = Format(
    "Score: {}",
    score
);

Result:

Score: 9001

---

Notes

• All conversions produce decimal output.
• Unsigned integers cannot represent negative values.
• Zero is represented as "0".
• uint8, uint16, and uint32 use the uint64 formatter internally.
• A new string is allocated for each conversion.

---