Random API Reference

Pseudo-random number generation (LCG and xorshift)

Import

U std/random

Function	Signature	Description
`random_seed`	`F random_seed(seed: i64) -> i64`	Set RNG seed
`random_init`	`F random_init() -> i64`	Seed from current time
`random_i64`	`F random_i64() -> i64`	Random i64 in [0, 2^31)
`random_range`	`F random_range(min: i64, max: i64) -> i64`	Random in [min, max]
`random_below`	`F random_below(n: i64) -> i64`	Random in [0, n)
`random_f64`	`F random_f64() -> f64`	Random f64 in [0.0, 1.0)
`random_f64_range`	`F random_f64_range(min: f64, max: f64) -> f64`	Random f64 in [min, max)
`random_bool`	`F random_bool() -> i64`	Random 0 or 1
`random_shuffle`	`F random_shuffle(arr: i64, len: i64) -> i64`	Fisher-Yates shuffle
`random_bytes`	`F random_bytes(buffer: i64, count: i64) -> i64`	Fill buffer with random bytes
`random_alnum`	`F random_alnum() -> i64`	Random alphanumeric char
`random_hex`	`F random_hex() -> i64`	Random hex char
`random_c`	`F random_c() -> i64`	Random using C rand()
`random_xorshift`	`F random_xorshift() -> i64`	Fast xorshift random
`random_xorshift_seed`	`F random_xorshift_seed(seed: i64) -> i64`	Seed xorshift RNG
`random_f64_simple`	`F random_f64_simple() -> f64`	Simple random f64 in [0.0, 1.0)

U std/random

F main() -> i64 {
    random_init()
    dice := random_range(1, 6)
    coin := random_bool()
    0
}