From mboxrd@z Thu Jan 1 00:00:00 1970 Return-Path: Authentication-Results: plum.tunbury.org; dkim=pass (1024-bit key; unprotected) header.d=inria.fr header.i=@inria.fr header.a=rsa-sha256 header.s=dc header.b=Svv6jQ05; dkim-atps=neutral Received-SPF: Pass (mailfrom) identity=mailfrom; client-ip=192.134.164.83; helo=mail2-relais-roc.national.inria.fr; envelope-from=caml-list-owner@inria.fr; receiver=tunbury.org Received: from mail2-relais-roc.national.inria.fr (mail2-relais-roc.national.inria.fr [192.134.164.83]) by plum.tunbury.org (Postfix) with ESMTP id 1EBBB4009D for ; Tue, 3 Mar 2026 13:55:00 +0000 (UTC) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=inria.fr; s=dc; h=from:to:date:message-id:mime-version:subject:reply-to: sender:list-id:list-help:list-subscribe:list-unsubscribe: list-post:list-owner:list-archive; bh=6cn3bwSqZHlN69gkX6tMqgMeHJR6ZjlBzaWj81fPT+k=; b=Svv6jQ05iMfaCTRJZiTmbWqAkkUz7W2/0OvZNIPpL3zZo/09XdNrGooF 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ip4:128.93.162.3 ip4:128.93.162.88 ip4:89.107.174.7 mx ~all" Received-SPF: None (mail2-relais-roc.national.inria.fr: no sender authenticity information available from domain of postmaster@prod-sympa-app.inria.fr) identity=helo; client-ip=128.93.162.27; receiver=mail2-relais-roc.national.inria.fr; envelope-from="caml-list-owner@inria.fr"; x-sender="postmaster@prod-sympa-app.inria.fr"; x-conformance=spf_only X-IronPort-AV: E=Sophos;i="6.21,322,1763420400"; d="scan'208,217";a="266028220" Received: from prod-sympa-app.inria.fr ([128.93.162.27]) by mail2-relais-roc.national.inria.fr with ESMTP; 03 Mar 2026 14:54:57 +0100 Received: by prod-sympa-app.inria.fr (Postfix, from userid 990) id CCB738292C; Tue, 3 Mar 2026 14:54:56 +0100 (CET) Received: from mail3-relais-sop.national.inria.fr (mail3-relais-sop.national.inria.fr [192.134.164.104]) by prod-sympa-app.inria.fr (Postfix) with ESMTP id 7CB848292A for ; Tue, 3 Mar 2026 14:54:43 +0100 (CET) X-CSE-ConnectionGUID: pD3FL3xWTwSmun6III3KWw== X-CSE-MsgGUID: ze0SEhFgS5+AmLLAx0Em9w== X-IronPort-AV: E=Sophos;i="6.21,322,1763420400"; d="scan'208,217";a="140290974" Received: from mac-03220211.irisa.fr ([131.254.21.249]) by mail3-relais-sop.national.inria.fr with ESMTP/TLS/ECDHE-RSA-AES256-GCM-SHA384; 03 Mar 2026 14:54:43 +0100 From: Alan Schmitt To: "lwn" , caml-list@inria.fr Date: Tue, 03 Mar 2026 14:54:42 +0100 Message-ID: MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="=-=-=" Subject: [Caml-list] Attn: Development Editor, Latest OCaml Weekly News Reply-To: Alan Schmitt X-Loop: caml-list@inria.fr X-Sequence: 19466 Errors-To: caml-list-owner@inria.fr Precedence: list Precedence: bulk Sender: caml-list-request@inria.fr X-no-archive: yes List-Id: List-Help: , List-Subscribe: , List-Unsubscribe: , List-Post: List-Owner: List-Archive: Archived-At: --=-=-= Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: base64 SGVsbG8NCg0KSGVyZSBpcyB0aGUgbGF0ZXN0IE9DYW1sIFdlZWtseSBOZXdzLCBmb3IgdGhlIHdl 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Content-Disposition: inline Content-Transfer-Encoding: quoted-printable OCaml Weekly News

OCaml Weekly News

Previous Week<= /a> Up Next Week

Hello

Here is the latest OCaml Weekly News, for the week of February 24 to March = 03, 2026.

OCaml Platform Newsletter: November 2025 to January 2026

Archive: https://discuss.ocaml.org/t/ocaml-pla= tform-newsletter-november-2025-to-january-2026/17845/1

Sabine Schmaltz announced

Welcome to the seventeenth edition of the OCaml Platform newsletter!

In this November 2025 to January 2026 edition, we are excited to bring you = the latest on the OCaml Platform, continuing our tradition of highlighting = recent developments as seen in previous editions. To understand the direction we're = headed, especially regarding development workflows and user experience impr= ovements, check out our roadmap.

You can subscribe to this newsletter on LinkedIn!

Highlights:

  • opam 2.5.0 Released: Major release featuring incremental opam fi= le loading for up to 70% faster opam update, improved shell in= tegration, and better macOS sandbox support
  • Relocatable OCaml Merged: The final piece of the relocatable OCa= ml puzzle was merged in December, enabling opam to clone switches instead o= f recompiling them. This will be available in the first alpha release of OC= aml 5.5
  • Dune 3.21.0: Large release with dozens of fixes, improvements, a= nd new features including OxCaml compiler support and copy-on-write file op= erations
  • Enhanced Editor Support: OCaml-LSP 1.25.0 adds .mlx= file support with formatting, diagnostics, and code actions, plus new cust= om requests
  • Merlin 5.6.1-504: Performance optimizations, smarter signature h= elp, and fixed completion for inlined record labels
  • opam-publish 2.7.1: Fixes for GitHub API token permissions
  • dune-release 2.2.0: Full compatibility with cmdliner 2.0.0
  • opam-repository Archival: January 1, 2026 archival run removed 3= ,264 package versions to maintain repository sustainability

Backstage OCaml:

Stable Releases:

Unstable Releases:

OCaml Compiler

  • Relocatable OCaml Merged

    In December 2025, the final piece of the Relocatable OCaml puzzle was me= rged, enabling opam to clone switches instead of recompiling them. This fea= ture will be available in the first alpha release of OCaml 5.5.

    What Relocatable OCaml Enables:

    This feature allows the OCaml compiler and its associated tools to be moved= to different filesystem locations after installation without breaking func= tionality. Key benefits include:

    • Binary distributions that work regardless of installation path
    • Improved flexibility for package managers organizing OCaml installation= s
    • Bundling of specific OCaml versions by developer tools without path con= flicts
    • Simplified cross-platform distribution

    The implementation is the culmination of work by David Allsopp, with review= from Samuel Hym, Jonah Beckford, and others. See the announcement on Discuss and = the merged PRs (<= a href=3D"https://github.com/ocaml/ocaml/pull/14244">#14244, #14245, #14246, #14247) for technical details.

Build System

Package Management

Editor Tools

Roadmap: Edit / (W19) Navigate Code

  • OCaml-LSP Server

    OCaml-L= SP 1.25.0 (December 20, 2025) introduces support for .mlx = files and new custom requests.

    Features:

    • .mlx Support: Added support for .mlx f= iles, including diagnostics, code actions, hover, and formatting via = ocamlformat-mlx
    • New Custom Requests: Added typeExpression, lo= cate, and phrase requests to the server
    • Code-Lens Configuration: Code-lens for nested let b= indings is now configurable

    Fixes:

    • The server now falls back to .merlin configuration if a dune-project file is missing, provided dot-merlin-reader is installed
    • Improved precision of timestamps for collected metrics
  • Merlin

    Merlin= 5.6.1-504 (December 20, 2025) brings performance optimizations and imp= roved stability.

    Key Improvements:

    • Smarter Signature Help: Now triggers correctly on unfinished let ... in bindings and no longer appears redundantly on function= names
    • More Reliable Completion: Fixed issues with completion for inlin= ed record labels
    • Improved Performance: Optimized buffer indexing and path calcula= tions
    • Bug Fixes: Resolved a bug where the document comman= d concatenated labels and variants incorrectly

    OCaml LSP Server maintained by: Ulysse G=C3=A9rard (@voodoos, Taride= s), Xavier Van de Woestyne (@xvw, Tarides), Rudi Grinberg (@rgrinberg, Jane= Street)

    Merlin maintained by: Ulysse G=C3=A9rard (@voodoos, Tarides), Xavier= Van de Woestyne (@xvw, Tarides), Muluh Godson (@PizieDust, Tarides)

  • OCaml-eglot

    We have drastically modified the xref backend (allowing naviga= tion from definition to definition) to make it more suitable for OCaml.

    In addition, we added the ability to annotate the type of an enclosing acti= ve_ (used with the ocaml-eglot-type-enclosing command) or simp= ly to type the selection.

    These updates have been merged into main, making them availabl= e via a MELPA update.

    ocaml-eglot maintained by: Xavier Van de Woestyne (@xvw, Tarides)

Platform Infrastructure

  • OCaml Infrastructure: How the opam-repository = Works

    The November 5, 2025 article on the opam-repository provides an i= n-depth look at this critical piece of OCaml infrastructure. The opam repos= itory serves as the central package registry for the OCaml ecosystem, hosti= ng over 4,500 packages. It relies on dedicated volunteer maintainers who re= view every submission.

    —

    As always, we encourage feedback and contributions from the community as we= continue to improve the OCaml Platform ecosystem.

Announcing the first release of Alice, a radical OCaml build s= ystem

Archive: https://discuss.ocaml.org= /t/announcing-the-first-release-of-alice-a-radical-ocaml-build-system/17472= /45

Continuing this thread, Steve Sherratt announced

Announcing the release of Alice v0.5.0 which introduces parallel builds.

mnet, a new TCP/IP stack for unikernels in OCaml

Archive: https://discuss.ocaml.org/t/ann-mnet-a-ne= w-tcp-ip-stack-for-unikernels-in-ocaml/17851/1

Calascibetta Romain announced

I am pleased to announce a series of releases for developing unikernels wit= h OCaml 5 and Miou. Afte= r extensive testing, we are now able to offer a new TCP/IPv4 and IPv6 stack= in OCaml that aims to replace mirage-tcpip and pave the way for direct-style unikernel develop= ment. Below is an overview of the libraries we have built to make this poss= ible.

mkernel

mkernel is a small library that provides the essentials for de= veloping a unikernel targeting S= olo5 or Unikraft. Its purpose is = to expose hypercalls (the unikernel equivalent of syscalls) so that your ap= plication can interact with network and block devices.

We recommend reading the mkernel documentation to u= nderstand the key concepts behind unikernels (hypercalls, devices, tenders,= etc.). The slides we presented at the last MirageOS retreat are also helpful for understanding o= ur new workflow. Compiling a unikernel now only requires dune = and vendored libraries. We have therefore chosen not to resolve dependencie= s automatically (as op= am-monorepo did) or to impose them (as the mirage tool doe= s), giving developers full freedom to build their unikernels as they see fi= t. In particular, this makes it straightforward to use ppx rewriters, which= was difficult or impossible with the mirage tool.

  • A new workflow and targets

    This release is experimental: Xen is not yet supported, and Unikraft suppor= t is partial. However, both platforms are on our roadmap, so if you are int= erested in them, please let us know! We are also developing tooling to stre= amline the workflow, with the guiding principle that these tools should nev= er dictate which dependencies your unikernel uses or which build system you= choose.

mnet

mnet is the centerpiece of this release. It is designed to rep= lace (and improve upon) = mirage-tcpip by offering a direct-style API built on effects. The API d= eliberately mirrors the Unix socket interface: connect, listen, accept, read, w= rite, and close all behave the way you would expect.

Here is a small example of an echo server: 

let run (ipv4, gateway=
, ipv6) =3D
  Mkernel.(run [ =
rng; Mnet.stack <=
span style=3D"color: #444fcf; font-weight: bold;">~name:"service" ?gateway ~ipv6 ipv4 ])
  @@ fun rng (=
daemon, tcp, udp) ->
  let@ () =3D fun () -> Mnet.kill daemon in
  let@ () =3D fun () -> Mirage_crypto_rng_mkernel.kill rng in
  let listen =3D Mnet.TCP.listen tcp 9000 in
  let flow =3D Mnet.TCP.accept tcp listen in
  let buf =3D Bytes.create 4096 in
  let rec echo () =3D
    let len =3D Mnet.TCP.read flow buf in
    if len > 0=
 then begin
      Mnet.TCP.wr=
ite flow (Bytes.s=
ub_string buf 0 len);
      echo ()
    end
  in
  let@ () =3D fun () -> Mnet.TCP.close flow in
  echo ()

TLS support (via ocaml-tls= ) is already available, allowing you to establish secure connections wi= th your unikernel. DNS resolution (via ocaml-dns) and the Happy Eyeballs algorithm are also included, so that a = unikernel can resolve hostnames and connect to remote services over both IP= v4 and IPv6.

A short tutorial walks y= ou through creating an echo server as a unikernel, similar to what we already offer for Mi= ou. For the curious, an article about IPv4 and Miou is available here.

Beyond the move to effects for all scheduling, I would like to give special= thanks to:

  • Edwin T=C3=B6r=C3=B6k for proposing fixes to prevent denial-of-service = attacks, which have been integrated into mnet (in particular for ARP).
  • Nicolas Ojeda B=C3=A4r for contributing an IPv6 implementation that we = adopted and improved (caches, packet fragmentation and reassembly, etc.)
  • Reynir for patiently debugging PCAP traces
  • Hannes for sharing his deep knowledge of the TCP protocol and its interactions with IPv4 and IPv6

As well as others who participated in the development of mnet = in one way or another.

  • Developing and deploying unikernels

    This library also marks a turning point in our approach to unikernels. We n= o longer treat a regular OCaml application as something that can be transpa= rently turned into a unikernel. Developing a unikernel now means developing= a unikernel from the start. In our experience, trying to retrofit an exist= ing application into a unikernel was neither practical nor worthwhile.

    Our tutorial therefore covers both the development and deployment of uniker= nels. On the deployment side, we also recommend exploring Albatross.

utcp

utcp is a p= ure OCaml implementation of the TCP protocol, used internally by mnet= to handle TCP connections. The implementation is based on a state m= achine and performs no I/O itself, making it easy to test and reason about.

utcp covers the full TCP lifecycle: the three-way handshake, r= eliable in-order data delivery with retransmissions, flow control, congesti= on control, and connection teardown. It has been tested extensively through= our end-to-end unikernel tests (a simple echo server and client, and a <= a href=3D"https://github.com/robur-coop/mnet/tree/main/unikernels/resolver"= >DNS resolver).

  • Unikernels and proofs

    utcp also reflects our ambition to incorporate, as time permit= s, proof-based implementations. Other examples include:

    • miou with its priority queue (see the VOCAL project)
    • mirage-crypto with certain cryptographic primitives (see the fiat project)
    • and now utcp (see n= etsem)

    This effort is still in its early stages, but we welcome improvements and c= ollaborations in this area.

mhttp

To reach a wider audience, we also provide an HTTP protocol implementation = for unikernels, building on the work we started (and currently use in produ= ction) with httpcats.

mhttp is essentially a unikernel-oriented counterpart to httpcats, using = ocaml-h1 and ocaml-h= 2 as its HTTP/1.1 and H2 backends.

  • Ecosystem and composability

    Although mhttp is a small project, it illustrates a broader pr= inciple behind our cooperative's approach to library development. As we hav= e stated before, everything we build is designed to be reus= able with schedulers other than Miou and in contexts other than unikernels.= Regardless of which scheduler one prefers, we believe in a pragmatic, coop= erative approach to contributing to the community.

    Our primary focus remains unikernel development, but years of experience bu= ilding protocol and format libraries have taught us that keeping them sched= uler-agnostic is in everyone's best interest, for maintainability, testabil= ity, and reliability alike. Wherever possible, you will find a general-purp= ose library alongside its unikernel counterpart: httpcats and = mhttp are one such pair.

Vifu

As previously announced, we have developed a w= eb framework for OCaml 5 called vif, which we use in production for our builds.robur.coop website (we recommend the tutorial presented at FUN OCaml 2025).

vif now has a unikernel variant: vifu. It offers = nearly the same interface as vif (except for static file manag= ement), making it possible to build websites entirely in OCaml. Here is a s= mall unikernel that displays "Hello World!": 

let hello_world req _s=
erver () =3D
  let open Vifu.Response.Syntax in
  let* () =3D Vifu.Response.with_t=
ext req "Hello World!\n" in
  Vifu.Response.r=
espond `OK

let run (ipv4, gateway, ipv6) =3D
  Mkernel.(run [ =
rng; Mnet.stack <=
span style=3D"color: #444fcf; font-weight: bold;">~name:"service" ?gateway ~ipv6 ipv4 ])
  @@ fun rng (=
daemon, tcp, udp) ->
  let@ () =3D fun () -> Mnet.kill daemon in
  let@ () =3D fun () -> Mirage_crypto_rng_mkernel.kill rng in
  let cfg =3D Vifu.Config.v 80 in
  let routes =3D Vifu.[ get (rel /?? any) --> hello_world ] in
  Vifu.run ~cfg t=
cp routes ()

disclaimer: If you would like to use vifu, please note = that although a recent release has been made, one final fix is still needed= to compile a unikernel with this library (to avoid pulling in the un= ix module). We recommend pinning vifu for now.

Unikernels

Behind all these libraries, there are concrete projects that we would like = to share with you:

Conclusion

After several years of work, we are now able to develop unikernels with OCa= ml 5 in earnest. We hope that our new workflow will be of interest to the c= ommunity and that these libraries will be a useful contribution to the OCam= l ecosystem.

If you would like to try it out, we recommend starting with the mnet tutorial and the mkerne= l documentation. Feel free to open issues or reach out to us if you hav= e any questions!

Experiment: format-line

Archive: https://discuss.ocaml.org/t/ann-experiment-format-line/17854/1

Emile Trotignon announced

I made this little experiment a while back: https://github.com/ahrefs/format-line

The idea is to provide a complement to ocp-indent to decide which token sho= uld be separated by whitespace and which should not. For now it is based on= ly on lexing information, which make the code simple but also does not alwa= ys provide enough information to have a nice formatting.

An idea of the output can be read here: https://github.com/ahrefs/format-line= /blob/master/test/run.t

The project itself is formatted with ocamlformat, and in the there is a dif= f of what this changes compared to ocamlformat, on the main source file.

I think this approach could be improved by having a hybrid ast-token stream= datastructure. Something where you work on a stream of token but you can q= uery the AST context of a given token.

What do you think ?

Caml in the Capital - Registrations Open!

Archive: https://discuss.ocaml.org/t/ann-caml-in-the-capita= l-registrations-open/17776/6

Continuing this thread, Sacha Ayoun announced

And here is the l= ink to the recording!

We'd like to thank our speakers Jeremy and Nick again, as well as the ~30 a= ttendees to the meetup! It was great having you, and we hope to see you aga= in next time :)

Experimental tools for migrating from Lwt to Eio

Archive: https://discuss.ocaml.org/t/ann-experime= ntal-tools-for-migrating-from-lwt-to-eio/17855/1

Jules announced

We developed tools to help us migrate Ocsigen libraries and applications to= direct-style concurrency and we are happy to share them.

There are 4 independent tools for different purposes:

  • Replacing every uses of lwt_ppx with Lwt func= tion calls (e.g. replacing let%lwt ... in with let* ... = in). This is purely syntactic and allows you to easily remove a PPX. It handles = inserting open Lwt.Syntax at the top of the file.
  • Warning about occurrences of let _ =3D ... and ignor= e ..., which make the next tools less reliable. These are called =E2=80=9Cimplicit fork=E2=80=9D because code run concurren= tly if the ignored value is an Lwt thread. This requires an explicit call t= o Fiber.fork with Eio.
  • Migrating uses of Lwt_log to Logs. It was used on ocsigenserver for example. At this point we generate code working as before and did not introduce a de= pendency on Eio.

  • Migrating uses of Lwt to Eio. It rewrites code wr= itten in monadic style into direct-style, for example this code: 

    let _ =3D
  let* x =3D f 1 in
  let+ y =3D f 2 in
  Lwt.bind (f 3) =
(fun z ->
    Lwt.return (x=
 + y + z))

    is rewritten to: 

    let _ =3D
  let x =3D f 1 in
  let y =3D f 2 in
  let z =3D f 3 in
  x + y + z

    It also rewrite Lwt function calls to their equivalent in Eio and handles many IO operations.

    Unfortunately, this tool doesn=E2=80=99t generate fully equivalent code and= requires manual modifications. Comments are inserted in many places where = intervention is needed.

    An example of generated incorrect code is: 

    let _ =3D
  let a =3D operation_1 () in
  let* b =3D operation_2 () in
  let* a =3D a in
  Lwt.return (a +=
 b)

    which is rewritten into: 

    let _ =3D
  let a =3D operation_1 () in
  let b =3D operation_2 () in
  let a =3D a in
  a + b

    This is incorrect because operation_1 and operation_2 are now sequential but were concurrent before. This is a case of an im= plicit fork that cannot easily be detected. The correct transformation woul= d be: 

    let _ =3D
  let a, b =3D=
 Eio.Fiber.pair o=
peration_1 operation_2 i=
n
  a + b

    We could achieve the migration on eliom and ocsigenserver

All the tools use OCamlformat under the hood to generate the code. This has= the inconvenient of enforcing the use of OCamlformat before using them as = they will reformat the entire codebase.

The last two tools use Merlin under the hood to locate uses of Lwt functions in the source files. This works by reading Merlin=E2=80=99s = ocaml-index files built by Dune to extract the location in the source files= that we need.

Currently, it only supports Eio as a backend but can easily be adapted to other direct-style concurrency librar= ies.

This work was made possible thanks to the support of the NGI Zero Core fund through the Nlnet foundation, and is perfomed by Tarides.

First alpha release of OCaml 5.5.0

Archive: https://discuss.ocaml.org/t/first-alpha-release-of-ocaml-5= -5-0/17856/1

octachron announced

Four months after the release of OCaml 5.4.0, the set of new features for t= he future version 5.5.0 of OCaml has been frozen. We are thus happy to anno= unce the first alpha release for OCaml 5.5.0.

This alpha version is here to help fellow hackers join us early in our bug = hunting and opam ecosystem fixing fun (see below for the installation instr= uctions). More information about the release process is available at https://github.com/ocaml/ocaml/blob/trunk/release-info/introduction.md.

The progress on stabilising the ecosystem is tracked on the opam readiness for 5.5.0= meta-issue .

There is also a companion alpha opam repository available for this alpha re= lease 

$ opam repo add alpha git+https://github.com/kit-ty-kate/opam-alpha-reposit=
ory.git

which contains in-progress alpha releases of opam packages that are being u= pdated for OCaml 5.5.0 .

The full release is expected between May and June. There are more informati= on available in the prospective release calendar.

If you find any bugs, please report them on the OCaml's issue tracker.

If you are interested in the ongoing list of new features and bug fixes, the updated change = log for OCaml 5.5.0 is available on GitHub.

Happy hacking, Florian Angeletti for the OCaml team

Installation Instructions

The base compiler can be installed as an opam switch with the following com= mands on opam 2.1 and later:

opam update opam switch create 5.5.0~alpha1

The source code for the alpha is also available at these addresses:

Fine-Tuned Compiler Configuration

If you want to tweak the configuration of the compiler, you can switch to t= he option variant with: 

opam update
opam switch create <switch_name> ocaml-variants.5.5.0~alpha1+options =
<option_list>

where option_list is a space separated list of ocaml-opt= ion-* packages. For instance, for a flambda and no-flat-float-array = switch: 

opam switch create 5.5.0~alpha1+flambda+nffa ocaml-variants.5.5.0~alpha1+op=
tions ocaml-option-flambda ocaml-option-no-flat-float-array

All available options can be listed with opam search ocaml-option.

NotInriaCaml_Std.Wenv@0.1.0 - create Windows envs on macOS [dk= 0]

Archive: https://discuss.ocaml.org/t/= ann-notinriacaml-std-wenv-0-1-0-create-windows-envs-on-macos-dk0/17858/1

jbeckford announced

It is my pleasure to announce the following package for the dk0 build system that creates a Windows environment ("wenv") using a custom Wine build for= macOS:

Here is a sample session: 

# Simplest way to install dk0 today. Use ~git pull~ if exists already.=20
$ git clone --branch V2_5 https://github.com/diskuv/dk.git dksrc

# Clear out data, cache and intermediate files from any prior
# experiments (from the "--trial" option seen in [ANN] posts)
$ rm -rf t/

# With the default Lua rules ("-I dksrc/etc/dk/v"), run the
# OCaml Windows environment creation rule ("run
# NotInriaCaml_Std.Wenv.Create@0.1.0"). Tell the rule to create the
# wenv at target/my-wenv/ ("dir=3D...") and make a mount
# ("mount[]=3D...") inside the wenv where the Unix directory $PWD is
# mapped to Windows M:\project. Depending on Internet, expect 3-4
# minutes for a single-threaded download of artifacts (581MB).
$ dksrc/dk0 --trial -I dksrc/etc/dk/v \
    run NotInriaCaml_Std.Wenv.Create@0.1.0 \
    dir=3D$PWD/target/my-wenv \
    "mount[]=3Dtype=3Dbind,src=3D$PWD,dst=3DM:/project"

# Then enter the wenv by running Command Prompt ("cmd.exe"). Turn
# off Wine debug messages ("WINEDEBUG=3D-all"). Remember that
# Ctrl-Z is the Windows equivalent of Ctrl-D (EOF) in Unix.
$ WINEDEBUG=3D-all target/my-wenv/bin/enter cmd.exe

Microsoft Windows 10.0.19045
Z:\> ocamlopt -config
Z:\> gcc --version
Z:\> dir M:
02/27/2026 10:24 AM <DIR> project
Z:\> ocaml
OCaml version 5.4.1

Enter #help;; for help.

# 1+1 ;;
- : int =3D 2

# ^Z

Z:\> echo let () =3D print_endline "abcxyz" > letters.ml
Z:\> ocamlopt -o letters.exe letters.ml
Z:\> .\letters.exe
abcxyz
Z:\> exit

Details:

  • MinGW with UCRT Windows API and LLVM toolchain (llvm-mingw) for Wine on= the host (macOS). X11 has been disabled.
  • MinGW with MSVCRT Windows API and GNU compiler and BusyBox binaries (w6= 4devkit) inside Windows guest.
  • Wine has good support for programs that use Windows conventions (MSVC, = Windows API rather than syscall, etc). But there are important= programs that won't work correctly today: MSYS2/Cygwin, Rust uutils.

Enjoy! –jonah

Running Real Docker Containers in OCaml Tests

Archive: https://discuss.ocaml.org/t/ann-running-rea= l-docker-containers-in-ocaml-tests/17859/1

Sachin announced

Hi everyone,

I=E2=80=99ve been working on a project called testcontainers-ocaml, which bri= ngs Testcontainers style integration testing to OCaml.

The idea is simple:

Instead of mocking infrastructure (Postgres, Redis, Kafka, etc.), start rea= l Docker containers inside your test suite and tear them down automatically.

—

Why?

In many OCaml projects, integration tests either:

  • Rely on mocks
  • Depend on globally running services
  • Or are skipped entirely in CI

Mocks are useful, but they don=E2=80=99t catch issues like:

  • Schema mismatches
  • Connection pool behavior
  • Real networking failures
  • Startup timing problems
  • Migration issues

Spinning up disposable containers per test gives us:

  • Isolated test environments
  • No shared global state
  • CI reproducibility
  • Real infrastructure behavior

Current Status

The project is currently incubating under the Docker organization.

I=E2=80=99m still actively shaping the API and would really appreciate feed= back from the OCaml community on:

  • API ergonomics
  • Prebuilt modules (Postgres, Redis, etc.)
  • Testing best practices in OCaml

If anyone here has experience with integration testing patterns in OCaml, I= =E2=80=99d love to hear thoughts.

Thanks!

I wrote a DSL for AI personalities in OCaml

Archive: https://discuss.ocaml.org/t/i-wrote-a-dsl-for-ai-= personalities-in-ocaml/17860/1

Griffin announced

Hi guys,

https://github.com/G= riffinCanCode/Callosum

https://pypi.org/project= /callosum-dsl/

I wanted a more deterministic way to create personalities for my AI agents = that was consistent in production. The interesting catch being that the com= piler had to output a prompt, and it needed to be accessible for agents in = Python. The solution was this DSL, a format for writing deterministic categ= ories (similar to YAML) that compile to a prompt injectable into Langchain = agents. OCaml was the natural choice due to its performance and proven capa= bilities to host compilers (Rust obv). Looking for beta testers and any fee= dback is welcome!

Outreachy May 2026

Archive: https://discuss.ocaml.org/t/outreachy-may-2026/17863/1

Patrick Ferris announced

Hello everyone,

The OCaml community has signed up to Outreachy May 2026 (see past posts)!

What is Outreachy?

Outreachy is a paid, remote internship program. Outreachy promotes diversit= y in open source and open science. Our internships are for people who face = under-representation, and discrimination or systemic bias in the technology= industry of their country.

The current round is still ongoing with interns making great progress with = @tmattio on Raven, with @xvw on YOCaml and with m= yself on ocaml-tiff.

Important Dates

For this next round, the important dates are as follows (these are always s= ubject to some change):

  • Mar 1 - Community sign up deadline :white_check_mark:
  • Mar 14 - M= entor Signup
  • Mar 17 to Apr 15 - Contribution period
  • May 18 to Aug 17 - Internship period

Our next deadline is for mentors to sign up to the OCaml community w= ith a project idea. Please do consider being an Outreachy mentor. If you ha= ve any questions or ideas you can always reach out to me directly. If you n= eed a refresher of past projects, there=E2=80=99s a dedicated page on the O= Caml website: OCaml Outreachy Inter= nships. Feel free to discuss ideas on this thread too!=20

The OCaml community is currently able to financially support Outreachy inte= rnships thanks to the generous support of T= arides and Janestreet. This = includes being able to fund mentors as well.

Thanks! :camel:

Old CWN

If you happen to miss a CWN, you can send me a message and I'll mail it to you, or go take a loo= k at the archive or the <= a href=3D"https://alan.petitepomme.net/cwn/cwn.rss">RSS feed of the archive= s.

If you also wish to receive it every week by mail, you may subscribe to the= caml-list.

--=-=-=--