jamesrweb/elm-combinators/2.0.0

Rerouted (retagged, needs approval). The tag now points at a different commit than when this version was published. The Lamdera package server serves a copy recovered from https://github.com/jamesrweb/elm-combinators.

What we checked: Tag 2.0.0 is still on github.com/jamesrweb/elm-combinators; its commit 3a6bfd4fff4e is from 2026-08-30 04:45 UTC, after the version was published (2026-08-30 03:44 UTC); elm.json is byte-identical to package.elm-lang.org's; the exposed modules match docs.json; the zip's SHA-1 is not the published one and nothing else confirms its contents.

We could not verify this copy against what was published, so the Lamdera compiler asks before using it (y/n). Without a terminal, as in CI, it stops with an error unless approved:

  • lamdera make --auto-approve-package-rerouting approves rerouted versions for that run,
  • LAMDERA_AUTO_APPROVE_PACKAGE_REROUTING=1 does the same for every run in that environment,
  • LAMDERA_CACHE=off skips the Lamdera package server altogether: packages come from package.elm-lang.org and GitHub only, as with elm, and a rerouted version then fails to download.

Details · package.elm-lang.org's zip: https://github.com/jamesrweb/elm-combinators/zipball/2.0.0/

Combinators.Future

Future combinators.

bo : Result String value

The Big Omega (Ω) combinator.

Named 'bo' due to Elm's lack of Unicode support in function names.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.Future.m Combinators.Future.m if that happens.

Combinators.Future.bo --> Err "Unimplementable until the M combinator is implemented."
bt : Result String value

The Big Theta (ϴ) combinator.

Named 'bt' due to Elm's lack of Unicode support in function names.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.Future.y Combinators.o if that happens.

Combinators.Future.bt --> Err "Unimplementable until the M combinator is implemented."
ckm : Result String value

The Crossed Konstant Mocker combinator.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.Future.c (Combinators.k Combinators.m) if that happens.

Combinators.Future.ckm --> Err "Unimplementable until the M combinator is implemented."
km : Result String value

The Konstant Mocker combinator.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.k Combinators.Future.m if that happens.

Combinators.Future.km --> Err "Unimplementable until the M combinator is implemented."
l : Result String value

The L combinator.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.c Combinators.b Combinators.Future.m if that ever becomes possible.

Combinators.Future.l --> Err "Unimplementable until the M combinator is implemented."
m : Result String value

The M combinator.

Currently unable to implement due to requiring infinite type recursion.

Implementable as Combinators.s Combinators.i Combinators.i if that ever becomes possible.

Combinators.Future.m --> Err "Unimplemented currently."
m2 : Result String value

The M2 combinator.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.b Combinators.Future.m if that happens.

Combinators.Future.m2 --> Err "Unimplementable until the M combinator is implemented."
u : Result String value

The U combinator.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.Future.l Combinators.o if that happens.

Combinators.Future.u --> Err "Unimplementable until the M combinator is implemented."
y : Result String value

The Y combinator.

Currently unable to implement due the M combinator requiring infinite type recursion.

Implementable as Combinators.s Combinators.Future.l Combinators.Future.l if that happens.

Combinators.Future.y --> Err "Unimplementable until the M combinator is implemented."