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// Asynchronous and Synchronous Sieve of Eratosthenes
sieve_init : ([I64.n]
? n > 1 {
`value +(n; 1) `array ([index] ? index > 1 { `true } { `false })
} {
`error "Sieve argument must be a value greater then 1"
}
)
sieve_get_primes : ([%ref Array[Bool].table]
([result; value; index]
? value { result `push index }
result
) `reduce (Array[I64] $ (); table)
)
`export sieve_process : ([I64.n]
table : %shared sieve_init `sync n
find : ([prime; n]
sub_tasks : Array[`async_type find] $ ()
not_prime : Array[I64] $ ()
@ +(1; prime) .. n {[check]
? check % prime {
? ^ table {[t] t `get check } { sub_tasks `push find `aysnc (check; n) }
} {
not_prime `push check
}
}
^ table {[t] @ not_prime {[value] t `set (value; `false) } }
`await sub_tasks
)
find `sync (2; n)
`value ^ table {[t] sieve_get_primes `sync t }
)
`export sieve_native : ([I64.n]
table : sieve_init `sync n
prime : 2
@ prime < n {
@ ! table `get prime { prime +: 1 }
multiplier : 2
@ {
result : prime * multiplier
multiplier +: 1
? result > n { `break }
table `set (result; `false)
}
prime +: 1
}
`value sieve_get_primes `sync table
)
`is_main ([]
`use "sys" [args]
? 4 != `length args {
`return `error String $ (
"#BOLD#RED#Got: %#\n" `format " " `join args
"#BOLD#WHITE#Usage: % % <-sync|-async> <n>#\n" `format (args `get 0; args `get 1)
)
}
n : I64 $ args `get -1
primes : # args `get -2 {
"-sync" {
`log "#BOLD#CYAN#CALLING SYNC#\n"
sieve_native `sync n
}
"-async" {
`log "#BOLD#CYAN#CALLING ASYNC#\n"
sieve_process `sync n
}
{ `return `error "#BOLD#RED#First argument must be -sync or -async#\n" }
}
`log primes
`log "#BOLD#GREEN#COMPLETE#\n"
`value
)
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