`haskell-distributed` is awesome, but the reason Unison is a new language is exactly to avoid the limitations of such frameworks, namely that they _can't_ send arbitrary code and data around like Unison can. You should…
Is anything locked into Unison Cloud, which is also free for unlimited services? What would be enough?
I don’t totally understand the question (what’s a regular cycle?), but the only sort of cycle that matters is a strongly connected component (SCC) in the dependency graph, and these are what get hashed as a single unit.…
(All Unison values can also be decompiled into an AST anyway.)
There's an algorithm for it. The thing that actually gets assigned a hash IS a mutually recursive cycle of functions. Most cycles are size 1 in practice, but some are 2+ like in your question, and that's also fine.
No, Unison has its own native version control, and a code sharing platform at https://share.unison-lang.org
> There aren’t enough swear words in the English language to adequately describe how frustrating computers and programming can be, but we have at least always been able to count on them for precision: to perform exactly…
`haskell-distributed` is awesome, but the reason Unison is a new language is exactly to avoid the limitations of such frameworks, namely that they _can't_ send arbitrary code and data around like Unison can. You should…
Is anything locked into Unison Cloud, which is also free for unlimited services? What would be enough?
I don’t totally understand the question (what’s a regular cycle?), but the only sort of cycle that matters is a strongly connected component (SCC) in the dependency graph, and these are what get hashed as a single unit.…
(All Unison values can also be decompiled into an AST anyway.)
There's an algorithm for it. The thing that actually gets assigned a hash IS a mutually recursive cycle of functions. Most cycles are size 1 in practice, but some are 2+ like in your question, and that's also fine.
No, Unison has its own native version control, and a code sharing platform at https://share.unison-lang.org
> There aren’t enough swear words in the English language to adequately describe how frustrating computers and programming can be, but we have at least always been able to count on them for precision: to perform exactly…