Code Snippet
lib/utils.fs
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namespace SpiseMisu
[<RequireQualifiedAccess>]
module Performance =
open System.Diagnostics
module FSharpCore = Microsoft.FSharp.Core.LanguagePrimitives
type [<Measure>] ns
type stopwatch = private | SW of Stopwatch
[<RequireQualifiedAccess>]
module Nanosecond =
let fromDouble (x:double) =
FSharpCore.FloatWithMeasure<ns> x
let toDouble (x:double<ns>) =
double x
[<RequireQualifiedAccess>]
module Stopwatch =
let init () =
Stopwatch ()
|> SW
let restart (SW w) = w.Restart ()
let stop (SW w) = w.Stop ()
let elapsed (SW w) =
w.Elapsed.TotalNanoseconds
|> Nanosecond.fromDouble
[<RequireQualifiedAccess>]
module Date =
open System
let inline stamp
( )
: DateOnly =
DateTime.UtcNow
|> DateOnly.FromDateTime
let inline timestamp
( )
: DateTime =
DateTime.UtcNow
[<RequireQualifiedAccess>]
module Unix =
let epoch
: int64 =
0L
let inline timestamp
( )
: int64 =
DateTimeOffset.UtcNow.ToUnixTimeSeconds ()
let inline fromDateTime
( dateTime : DateTime )
: int64 =
DateTimeOffset(dateTime = dateTime).ToUnixTimeSeconds ()
let inline toDateTime
( seconds : int64 )
: DateTime =
( DateTimeOffset.FromUnixTimeSeconds seconds
).UtcDateTime
[<RequireQualifiedAccess>]
module Milliseconds =
let inline timestamp
( )
: int64 =
DateTimeOffset.UtcNow.ToUnixTimeMilliseconds ()
let inline fromDateTime
( dateTime : DateTime )
: int64 =
DateTimeOffset(dateTime = dateTime).ToUnixTimeMilliseconds ()
let inline toDateTime
( milliseconds : int64 )
: DateTime =
( DateTimeOffset.FromUnixTimeMilliseconds milliseconds
).UtcDateTime
[<RequireQualifiedAccess>]
module Microseconds =
let inline timestamp
( )
: int64 =
let uts = toDateTime 0L
( DateTimeOffset.UtcNow - DateTimeOffset(dateTime = uts)
).Ticks / 10L
let inline fromDateTime
( dateTime : DateTime )
: int64 =
let uts = toDateTime 0L
( DateTimeOffset(dateTime = dateTime) - DateTimeOffset(dateTime = uts)
).Ticks / 10L
let inline toDateTime
( microseconds : int64 )
: DateTime =
let uts = toDateTime 0L
microseconds * 10L
|> uts.AddTicks
[<RequireQualifiedAccess>]
module Nanoseconds =
let inline timestamp
( )
: int64 =
let uts = toDateTime 0L
( DateTimeOffset.UtcNow - DateTimeOffset(dateTime = uts)
).Ticks * 100L
let inline fromDateTime
( dateTime : DateTime )
: int64 =
let uts = toDateTime 0L
( DateTimeOffset(dateTime = dateTime) - DateTimeOffset(dateTime = uts)
).Ticks * 100L
let inline toDateTime
( nanoseconds : int64 )
: DateTime =
let uts = toDateTime 0L
nanoseconds / 100L
|> uts.AddTicks
[<RequireQualifiedAccess>]
module ISO8601 =
open System.Globalization
type ISO8601 = string
let inline stamp
( )
: string =
DateOnly.FromDateTime(DateTime.UtcNow).ToString("o")
let inline timestamp
( )
: string =
DateTime.UtcNow.ToString("o")
let inline fromDate
( date : DateOnly)
: string =
date.ToString("o")
let inline fromDateTime
( datetime : DateTime)
: string =
datetime.ToString("o")
let inline toDate
( date : string)
: DateOnly =
DateOnly.ParseExact
( date
, "yyyy-MM-dd"
)
let inline toDateTime
( datetime : string)
: DateTime =
DateTime.ParseExact
( datetime
, "yyyy-MM-ddTHH:mm:ss.fffffffZ"
, CultureInfo.InvariantCulture
)
[<RequireQualifiedAccess>]
module Input =
open System
let inline wait (key : ConsoleKey) =
let rec aux _ =
match System.Console.ReadKey(true).Key with
| k when k = key -> ()
| ______________ -> aux ()
aux ()
[<RequireQualifiedAccess>]
module Async =
open System
[<RequireQualifiedAccess>]
module Control =
let exit a =
async {
return
ConsoleKey.Enter
|> Input.wait
|> Some
}
[<RequireQualifiedAccess>]
module Output =
open System
let inline stdout
( x : 'a )
: unit =
Console.WriteLine x
let inline stderr
( x : 'a )
: unit =
Console.Error.WriteLine x
let inline debug
( x : 'a )
: unit =
Diagnostics.Debug.WriteLine x
let inline trace
( x : 'a )
: unit =
Diagnostics.Trace.WriteLine x
[<RequireQualifiedAccess>]
module Bits =
open System
open System.Numerics (* #INumberBase<'a> *)
let inline show pad (n:#INumberBase<'a>) =
Convert.ToString(int64 n, 2).PadLeft(pad,'0')
[<RequireQualifiedAccess>]
module Hex =
open System
open System.Numerics (* #INumberBase<'a> *)
let inline show pad (n:#INumberBase<'a>) =
(int64 n).ToString("X2").PadLeft(pad, '0')
[<RequireQualifiedAccess>]
module HTTP =
open System
open System.Collections.Generic
open System.IO
open System.Net
open System.Net.Http
open System.Net.Http.Headers
open System.Text
type headers = (string * string list) list
type DebugHandler (baseHandler) =
inherit DelegatingHandler (baseHandler)
override __.SendAsync (req, cancelToken) =
let reqBody =
if null = req.Content
then
String.Empty
else
req.Content.ReadAsStringAsync()
|> Async.AwaitTask
|> Async.RunSynchronously
let com =
baseHandler.SendAsync
( request = req
, cancellationToken = cancelToken
)
|> Async.AwaitTask
let res =
com
|> Async.RunSynchronously
let resBody =
res
|> fun x ->
if null = x.Content
then
String.Empty
else
x.Content.ReadAsStringAsync()
|> Async.AwaitTask
|> Async.RunSynchronously
sprintf
"%s | VERBOSE | DEBUG Request \n%A\n%s\n\n\
%s | VERBOSE | DEBUG Response \n%A\n%s\n"
(Date.ISO8601.timestamp ()) req reqBody
(Date.ISO8601.timestamp ()) res resBody
|> Output.stderr
Async.StartAsTask
( computation = com
, cancellationToken = cancelToken
)
let inline client
( debug : bool )
( hds : (string * string) list )
: HttpClient =
try
let affinity = new HttpClientHandler()
affinity.UseCookies <- false
(* System.Net > DecompressionMethods > DecompressionMethods Enum:
- https://docs.microsoft.com
/en-us/dotnet/api/system.net.decompressionmethods
*)
if affinity.SupportsAutomaticDecompression then
affinity.AutomaticDecompression <- DecompressionMethods.All
let http =
if debug then
new HttpClient
( handler = new DebugHandler(affinity)
, disposeHandler = true
)
else
new HttpClient
( handler = affinity
, disposeHandler = true
)
let accept =
new MediaTypeWithQualityHeaderValue
( "application/json"
)
accept.Parameters.Add (
new NameValueHeaderValue
( "charset"
, "utf-8"
)
)
hds
|> List.iter(
fun (x,y) ->
http.DefaultRequestHeaders.TryAddWithoutValidation(x,y) |> ignore
)
http
with ex ->
raise ex
let inline private headers
( response : HttpResponseMessage )
: headers =
let hs =
response.Headers
|> Seq.map(
fun kv ->
( kv.Key
, kv.Value
|> Seq.toList
)
)
hs
|> Seq.toList
let inline private body
( response : HttpResponseMessage )
: string Async =
async {
let! content =
response.Content.ReadAsStringAsync()
|> Async.AwaitTask
return content
}
(* HttpClient Class > Remarks > The following methods are thread safe:
- https://docs.microsoft.com
/en-us/dotnet/api/system.net.http.httpclient#remarks
*)
let inline private send
( cli : HttpClient )
( url : string )
( met : string )
( hds : (string * string) list )
( con : HttpContent option )
: (HttpStatusCode * headers * string) Async =
async {
let req =
new HttpRequestMessage
( new HttpMethod(met)
, url
)
hds
|> List.iter(
fun (x,y) ->
req.Headers.TryAddWithoutValidation(x,y)
|> ignore
)
match con with
| None -> ()
| Some x -> req.Content <- x
let! res =
cli.SendAsync req
|> Async.AwaitTask
let! txt = body res
return
( res.StatusCode
, headers res
, txt
)
}
[<RequireQualifiedAccess>]
module Form =
let inline private helper
( cli : HttpClient )
( hds : (string * string) list )
( mds : (string * string) list )
( url : string )
( mtd : string )
: (HttpStatusCode * headers * string) Async =
let kvs =
mds
|> List.map(
fun (x,y) ->
new KeyValuePair<string,string>(x, y)
)
let fue = new FormUrlEncodedContent(kvs) :> HttpContent
send cli url mtd hds (Some fue)
let inline patch
( cli : HttpClient )
( hds : (string * string) list )
( mds : (string * string) list )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds mds url "PATCH"
let inline post
( cli : HttpClient )
( hds : (string * string) list )
( mds : (string * string) list )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds mds url "POST"
let inline put
( cli : HttpClient )
( hds : (string * string) list )
( mds : (string * string) list )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds mds url "PUT"
[<RequireQualifiedAccess>]
module Stream =
let inline private helper
( cli : HttpClient )
( hds : (string * string) list )
( mem : Stream )
( url : string )
( mtd : string )
: (HttpStatusCode * headers * string) Async =
let con =
new StreamContent
( mem
) :> HttpContent
send cli url mtd hds (Some con)
let inline patch
( cli : HttpClient )
( hds : (string * string) list )
( mem : Stream )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds mem url "PATCH"
let inline post
( cli : HttpClient )
( hds : (string * string) list )
( mem : Stream )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds mem url "POST"
let inline put
( cli : HttpClient )
( hds : (string * string) list )
( mem : Stream )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds mem url "PUT"
[<RequireQualifiedAccess>]
module JSON =
let inline private helper
( cli : HttpClient )
( hds : (string * string) list )
( json : string )
( url : string )
( mtd : string )
: (HttpStatusCode * headers * string) Async =
let con =
new StringContent
( json
, Encoding.UTF8
, "application/json"
) :> HttpContent
send cli url mtd hds (Some con)
let inline patch
( cli : HttpClient )
( hds : (string * string) list )
( json : string )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds json url "PATCH"
let inline post
( cli : HttpClient )
( hds : (string * string) list )
( json : string )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds json url "POST"
let inline put
( cli : HttpClient )
( hds : (string * string) list )
( json : string )
( url : string )
: (HttpStatusCode * headers * string) Async =
helper cli hds json url "PUT"
let inline get
( cli : HttpClient )
( hds : (string * string) list )
( url : string )
: (HttpStatusCode * headers * string) Async =
send cli url "GET" hds None
let inline delete
( cli : HttpClient )
( hds : (string * string) list )
( url : string )
: (HttpStatusCode * headers * string) Async =
send cli url "DELETE" hds None
let inline head
( cli : HttpClient )
( hds : (string * string) list )
( url : string )
: (HttpStatusCode * headers * string) Async =
send cli url "HEAD" hds None
let inline put
( cli : HttpClient )
( hds : (string * string) list )
( url : string )
: (HttpStatusCode * headers * string) Async =
send cli url "PUT" hds None
[<RequireQualifiedAccess>]
module JSON =
open System.Text.Json
open System.Text.Json.Serialization
let options (converters : JsonConverter seq) indent =
let os = JsonSerializerOptions ()
os.Converters
.Add
( JsonStringEnumConverter JsonNamingPolicy.CamelCase
)
for converter in converters do
os.Converters
.Add
( converter
)
os.DefaultIgnoreCondition <- JsonIgnoreCondition.WhenWritingDefault
os.WriteIndented <- indent
os
let inline serialize
( converters : JsonConverter seq )
( indent : bool )
( value : 'a )
: string =
JsonSerializer.Serialize<'a>
( value = value
, options = options converters indent
)
let inline deserialize<'a>
( converters : JsonConverter seq )
( json : string )
: 'a =
try
JsonSerializer.Deserialize<'a>
( json = json
, options = options converters false
)
with ex ->
failwith ex.Message
[<RequireQualifiedAccess>]
module Value =
let inline serialize
( indent : bool )
( value : JsonElement )
: string =
JsonSerializer.Serialize<JsonElement>
( value = value
, options = options Seq.empty indent
)
let inline deserialize
( json:string ) =
( try
JsonSerializer.Deserialize<JsonDocument>
( json = json
)
|> Some
with _ ->
None
)
|> Option.map (fun jdoc -> jdoc.RootElement)
module Hash =
[<RequireQualifiedAccess>]
module SHA256 =
open System.Security.Cryptography
open System.Text
(* Terminal vs .NET implementation
[T480:~]$ echo -n 'foobar' | sha256sum
c3ab8ff13720e8ad9047dd39466b3c8974e592c2fa383d4a3960714caef0c4f2
> Hash.SHA256.sum "foobar";;
val it: string =
"c3ab8ff13720e8ad9047dd39466b3c8974e592c2fa383d4a3960714caef0c4f2"
*)
[<RequireQualifiedAccess>]
module Bytes =
let inline bytes
( bs : byte [] )
: byte [] =
use sha = SHA256.Create()
bs
|> sha.ComputeHash
let inline sum
( bs : byte [] )
: string =
bytes bs
|> Array.map (sprintf "%02x")
|> Array.reduce (sprintf "%s%s")
[<RequireQualifiedAccess>]
module String =
let inline bytes
( str : string )
: byte [] =
use sha = SHA256.Create()
str
|> Encoding.UTF8.GetBytes
|> sha.ComputeHash
let inline sum
( str : string )
: string =
bytes str
|> Array.map (sprintf "%02x")
|> Array.reduce (sprintf "%s%s")
(* #time "on";; open Hash;; SHA256.String.sum "foobar";; *)
[<RequireQualifiedAccess>]
module UTF8 =
open System.Text
let noBOM = UTF8Encoding false
base32.fsx
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#!/usr/bin/env -S dotnet fsi --langversion:8.0 --optimize --warnaserror+:25,26
#nowarn "60"
(* Override implementations in augmentations are now deprecated. Override
implementations should be given as part of the initial declaration of a type.
*)
#time "on"
#load "lib/utils.fs"
open System
module Date = SpiseMisu.Date
module Output = SpiseMisu.Output
(*
# Base32:
- https://en.wikipedia.org/wiki/Base32
- https://www.rfc-editor.org/rfc/rfc4648#page-8
*)
[<RequireQualifiedAccess>]
module Base32 =
open System.Collections.Generic
open System.Text
type Dict = private | Dict of Dictionary<char, byte>
[<RequireQualifiedAccess>]
module Dict =
let init (cs : #seq<char>) =
cs
|> Seq.mapi (
fun i c ->
KeyValuePair<char, byte>(c, byte i)
)
|> Dictionary
|> Dict
let exists key (Dict dict) =
dict.ContainsKey key
let get key (Dict dict) =
dict[key]
let enc = 5
let dec = 8
let pad = 0b00111101uy (* byte '=' *)
let alphabet =
seq {
[| 'A' .. 'Z' |]
[| '2' .. '7' |]
}
|> Array.concat
let alpha2idx =
alphabet
|> Dict.init
let private indexHelper b00 b01 b02 b03 b04 =
let t00 = b00
let t01 = Option.defaultValue 0b00000000uy b01
let t02 = Option.defaultValue 0b00000000uy b02
let t03 = Option.defaultValue 0b00000000uy b03
let t04 = Option.defaultValue 0b00000000uy b04
let c00 =
((0b11111000uy &&& t00) >>> 3)
let c01 =
((0b00000111uy &&& t00) <<< 2) |||
((0b11000000uy &&& t01) >>> 6)
let c02 =
((0b00111110uy &&& t01) >>> 1)
let c03 =
((0b00000001uy &&& t01) <<< 4) |||
((0b11110000uy &&& t02) >>> 4)
let c04 =
((0b00001111uy &&& t02) <<< 1) |||
((0b10000000uy &&& t03) >>> 7)
let c05 =
((0b01111100uy &&& t03) >>> 2)
let c06 =
((0b00000011uy &&& t03) <<< 3) |||
((0b11100000uy &&& t04) >>> 5)
let c07 =
((0b00011111uy &&& t04))
seq {
yield c00
yield c01
yield match b01 with | None -> pad | _ -> c02
yield match b01 with | None -> pad | _ -> c03
yield match b02 with | None -> pad | _ -> c04
yield match b03 with | None -> pad | _ -> c05
yield match b03 with | None -> pad | _ -> c06
yield match b04 with | None -> pad | _ -> c07
}
let private encodeHelper (alpha:char []) (cs:string) =
cs
|> Seq.map byte
|> Seq.chunkBySize enc
|> Seq.map(
fun xs ->
seq {
match Array.toList xs with
| b0 :: b1 :: b2 :: b3 :: b4 :: [] ->
yield! indexHelper b0 (Some b1) (Some b2) (Some b3) (Some b4)
| b0 :: b1 :: b2 :: b3 :: [] ->
yield! indexHelper b0 (Some b1) (Some b2) (Some b3) None
| b0 :: b1 :: b2 :: [] ->
yield! indexHelper b0 (Some b1) (Some b2) None None
| b0 :: b1 :: [] ->
yield! indexHelper b0 (Some b1) None None None
| b0 :: [] ->
yield! indexHelper b0 None None None None
| ________________________________ ->
()
}
)
|> Seq.concat
|> Seq.map (
fun b ->
if pad <> b then
string alpha[int b]
else
pad |> char |> string
)
|> Seq.fold (+) String.Empty
let private charHelper b00 b01 b02 b03 b04 b05 b06 b07 =
let t00 = b00
let t01 = b01
let t02 = Option.defaultValue 0b00000000uy b02
let t03 = Option.defaultValue 0b00000000uy b03
let t04 = Option.defaultValue 0b00000000uy b04
let t05 = Option.defaultValue 0b00000000uy b05
let t06 = Option.defaultValue 0b00000000uy b06
let t07 = Option.defaultValue 0b00000000uy b07
let c00 =
((0b00011111uy &&& t00) <<< 3) |||
((0b00011100uy &&& t01) >>> 2)
let c01 =
((0b00000011uy &&& t01) <<< 6) |||
((0b00011111uy &&& t02) <<< 1) |||
((0b00010000uy &&& t03) >>> 4)
let c02 =
((0b00001111uy &&& t03) <<< 4) |||
((0b00011110uy &&& t04) >>> 1)
let c03 =
((0b00000001uy &&& t04) <<< 7) |||
((0b00011111uy &&& t05) <<< 2) |||
((0b00011000uy &&& t06) >>> 3)
let c04 =
((0b00000111uy &&& t06) <<< 5) |||
((0b00011111uy &&& t07))
seq {
yield Some c00
if None <> b02 && None <> b03 then
yield Some c01
if None <> b03 && None <> b04 then
yield Some c02
if None <> b04 && None <> b05 && None <> b06 then
yield Some c03
if None <> b06 && None <> b07 then
yield Some c04
}
let private decodeHelper (dict:Dict) (cs:string) =
cs
|> Seq.map (
fun c ->
if pad = byte c || not (Dict.exists c dict) then
None
else
Dict.get c dict
|> Some
)
|> Seq.chunkBySize dec
|> Seq.map(
fun xs ->
seq {
match Array.toList xs with
| Some b0 :: Some b1 :: b2 :: b3 :: b4 :: b5 :: b6 :: b7 :: [] ->
yield! charHelper b0 b1 b2 b3 b4 b5 b6 b7
| [] ->
()
| _ ->
yield None
}
)
|> Seq.concat
|> Seq.fold (
fun (oa:StringBuilder option) ox ->
match oa, ox with
| None , _
| _, None -> None
| Some a, Some x -> Some (a.Append(value = char x))
) (Some (StringBuilder()))
|> Option.map (fun sb -> sb.ToString())
let encode =
encodeHelper alphabet
let decode =
decodeHelper alpha2idx
[<RequireQualifiedAccess>]
module Hex =
let alphabet =
seq {
[| '0' .. '9' |]
[| 'A' .. 'V' |]
}
|> Array.concat
let alpha2idx =
alphabet
|> Dict.init
let encode =
encodeHelper alphabet
let decode =
decodeHelper alpha2idx
[<RequireQualifiedAccess>]
module Test =
[<RequireQualifiedAccess>]
module Vectors =
(*
# 10. Test Vectors
*)
let encode =
[
( """Base32.encode "" """
, Base32.encode ""
, ""
)
( """Base32.encode "f" """
, Base32.encode "f"
, "MY======"
)
( """Base32.encode "fo" """
, Base32.encode "fo"
, "MZXQ===="
)
( """Base32.encode "foo" """
, Base32.encode "foo"
, "MZXW6==="
)
( """Base32.encode "foob" """
, Base32.encode "foob"
, "MZXW6YQ="
)
( """Base32.encode "fooba" """
, Base32.encode "fooba"
, "MZXW6YTB"
)
( """Base32.encode "foobar" """
, Base32.encode "foobar"
, "MZXW6YTBOI======"
)
( """Base32.Hex.encode "" """
, Base32.Hex.encode ""
, ""
)
( """Base32.Hex.encode "f" """
, Base32.Hex.encode "f"
, "CO======"
)
( """Base32.Hex.encode "fo" """
, Base32.Hex.encode "fo"
, "CPNG===="
)
( """Base32.Hex.encode "foo" """
, Base32.Hex.encode "foo"
, "CPNMU==="
)
( """Base32.Hex.encode "foob" """
, Base32.Hex.encode "foob"
, "CPNMUOG="
)
( """Base32.Hex.encode "fooba" """
, Base32.Hex.encode "fooba"
, "CPNMUOJ1"
)
( """Base32.Hex.encode "foobar" """
, Base32.Hex.encode "foobar"
, "CPNMUOJ1E8======"
)
]
let decode =
[
( """Base32.decode "" """
, Base32.decode ""
, Some ""
)
( """Base32.decode "MY======" """
, Base32.decode "MY======"
, Some "f"
)
( """Base32.decode "MZXQ====" """
, Base32.decode "MZXQ===="
, Some "fo"
)
( """Base32.decode "MZXW6===" """
, Base32.decode "MZXW6==="
, Some "foo"
)
( """Base32.decode "MZXW6YQ=" """
, Base32.decode "MZXW6YQ="
, Some "foob"
)
( """Base32.decode "MZXW6YTB" """
, Base32.decode "MZXW6YTB"
, Some "fooba"
)
( """Base32.decode "MZXW6YTBOI======" """
, Base32.decode "MZXW6YTBOI======"
, Some "foobar"
)
( """Base32.Hex.decode "" """
, Base32.Hex.decode ""
, Some ""
)
( """Base32.Hex.decode "CO======" """
, Base32.Hex.decode "CO======"
, Some "f"
)
( """Base32.Hex.decode "CPNG====" """
, Base32.Hex.decode "CPNG===="
, Some "fo"
)
( """Base32.Hex.decode "CPNMU===" """
, Base32.Hex.decode "CPNMU==="
, Some "foo"
)
( """Base32.Hex.decode "CPNMUOG=" """
, Base32.Hex.decode "CPNMUOG="
, Some "foob"
)
( """Base32.Hex.decode "CPNMUOJ1" """
, Base32.Hex.decode "CPNMUOJ1"
, Some "fooba"
)
( """Base32.Hex.decode "CPNMUOJ1E8======" """
, Base32.Hex.decode "CPNMUOJ1E8======"
, Some "foobar"
)
]
let cases verbose =
let es =
encode
|> Seq.map(
fun (s, o, r) ->
( s
, o
, r
, o = r
)
)
if verbose then
let ts = Date.ISO8601.timestamp ()
sprintf "%s | Base32 | VERBOSE | # Test Vectors encode (verbose):" ts
|> Output.stdout
es
|> Seq.iteri (
fun i (s, o, r, t) ->
sprintf "%s | Base32 | VERBOSE | %03i - %b: %s = %A" ts i t s r
|> Output.stdout
)
let ds =
decode
|> Seq.map(
fun (s, o, r) ->
( s
, o
, r
, o = r
)
)
if verbose then
let ts = Date.ISO8601.timestamp ()
sprintf "%s | Base32 | VERBOSE | # Test Vectors decode (verbose):" ts
|> Output.stdout
ds
|> Seq.iteri (
fun i (s, o, r, t) ->
sprintf "%s | Base32 | VERBOSE | %03i - %b: %s = %A" ts i t s r
|> Output.stdout
)
Seq.forall (fun (_, _, _, t) -> t) es &&
Seq.forall (fun (_, _, _, t) -> t) ds
let _ =
Date.ISO8601.timestamp ()
|> sprintf "%s | Base32 | STARTED |"
|> Output.stdout
try
let verbose = true
let ts = Date.ISO8601.timestamp ()
Test.Vectors.cases verbose
|> sprintf "%s | Base32 | COMPUTE | Test.Vectors.cases: %b" ts
|> Output.stdout
Date.ISO8601.timestamp ()
|> sprintf "%s | Base32 | STOPPED |"
|> Output.stdout
00
with ex ->
( Date.ISO8601.timestamp ()
, ex
)
||> sprintf "%s | Base32 | FAILURE | Unexpected error:\n%A"
|> Output.stdout
-1
Code Output:
Real: 00:00:00.000, CPU: 00:00:00.000, GC gen0: 0, gen1: 0, gen2: 0
2025-05-26T07:07:07.7150397Z | … |
2025-05-26T07:07:07.7162282Z | … | # Test Vectors encode (verbose):
2025-05-26T07:07:07.7162282Z | … | 000 - true: Base32.encode "" = ""
2025-05-26T07:07:07.7162282Z | … | 001 - true: Base32.encode "f" = "MY======"
2025-05-26T07:07:07.7162282Z | … | 002 - true: Base32.encode "fo" = "MZXQ===="
2025-05-26T07:07:07.7162282Z | … | 003 - true: Base32.encode "foo" = "MZXW6==="
2025-05-26T07:07:07.7162282Z | … | 004 - true: Base32.encode "foob" = "MZXW6YQ="
2025-05-26T07:07:07.7162282Z | … | 005 - true: Base32.encode "fooba" = "MZXW6YTB"
2025-05-26T07:07:07.7162282Z | … | 006 - true: Base32.encode "foobar" = "MZXW6YTBOI======"
2025-05-26T07:07:07.7162282Z | … | 007 - true: Base32.Hex.encode "" = ""
2025-05-26T07:07:07.7162282Z | … | 008 - true: Base32.Hex.encode "f" = "CO======"
2025-05-26T07:07:07.7162282Z | … | 009 - true: Base32.Hex.encode "fo" = "CPNG===="
2025-05-26T07:07:07.7162282Z | … | 010 - true: Base32.Hex.encode "foo" = "CPNMU==="
2025-05-26T07:07:07.7162282Z | … | 011 - true: Base32.Hex.encode "foob" = "CPNMUOG="
2025-05-26T07:07:07.7162282Z | … | 012 - true: Base32.Hex.encode "fooba" = "CPNMUOJ1"
2025-05-26T07:07:07.7162282Z | … | 013 - true: Base32.Hex.encode "foobar" = "CPNMUOJ1E8======"
2025-05-26T07:07:07.7194703Z | … | # Test Vectors decode (verbose):
2025-05-26T07:07:07.7194703Z | … | 000 - true: Base32.decode "" = Some ""
2025-05-26T07:07:07.7194703Z | … | 001 - true: Base32.decode "MY======" = Some "f"
2025-05-26T07:07:07.7194703Z | … | 002 - true: Base32.decode "MZXQ====" = Some "fo"
2025-05-26T07:07:07.7194703Z | … | 003 - true: Base32.decode "MZXW6===" = Some "foo"
2025-05-26T07:07:07.7194703Z | … | 004 - true: Base32.decode "MZXW6YQ=" = Some "foob"
2025-05-26T07:07:07.7194703Z | … | 005 - true: Base32.decode "MZXW6YTB" = Some "fooba"
2025-05-26T07:07:07.7194703Z | … | 006 - true: Base32.decode "MZXW6YTBOI======" = Some "foobar"
2025-05-26T07:07:07.7194703Z | … | 007 - true: Base32.Hex.decode "" = Some ""
2025-05-26T07:07:07.7194703Z | … | 008 - true: Base32.Hex.decode "CO======" = Some "f"
2025-05-26T07:07:07.7194703Z | … | 009 - true: Base32.Hex.decode "CPNG====" = Some "fo"
2025-05-26T07:07:07.7194703Z | … | 010 - true: Base32.Hex.decode "CPNMU===" = Some "foo"
2025-05-26T07:07:07.7194703Z | … | 011 - true: Base32.Hex.decode "CPNMUOG=" = Some "foob"
2025-05-26T07:07:07.7194703Z | … | 012 - true: Base32.Hex.decode "CPNMUOJ1" = Some "fooba"
2025-05-26T07:07:07.7194703Z | … | 013 - true: Base32.Hex.decode "CPNMUOJ1E8======" = Some "foobar"
2025-05-26T07:07:07.7154636Z | … | Test.Vectors.cases: true
2025-05-26T07:07:07.7220438Z | … |
Real: 00:00:00.015, CPU: 00:00:00.010, GC gen0: 0, gen1: 0, gen2: 0References:
- Wikipedia:
- RFC Series: