Congratulations and thanks for the public release!

Wish Z a fast growth and wide adoption.

At a glance I'm especially curious how 

M GHC lightweight threads scale on N event loops

is achieved, does it touch the internals of GHC RTS scheduler? Seems libuv would have to be deeply integrated, how is that done?

Sincerely,
Compl

On 2021-04-07, at 12:13, Dong Han <winterland1989@gmail.com> wrote:

Dear Haskellers:

After having a discussion with HF guys, I decide to announce [Z.Haskell](http://z.haskell.world/) project, It's available on Hackage and very much usable now, the document is also pretty adequate.

To recap the document from Z.Haskell, Z.Haskell provides:

+ Array, vector(array slice), sorting, searching
+ Text based UTF-8, basic Unicode manipulating, regex
+ FFI utilities
+ Fast parsing and building monad
+ JSON encoding and decoding
+ IO resource management, resource pool
+ File system operations
+ Network: DNS, TCP, UDP and IPC
+ Buffered input and output
+ Process management
+ Environment settings
+ High performance logger
+ High performance low-resolution timer

The project's goal is not to compete with the base, but to provide an alternative engineering toolkit, which is more suitable for writing practical network/storage services. Similar to [netty](https://netty.io/) for java or [nodejs](https://nodejs.org/) for javascript. Welcome to join Z.Haskell if you have a similar use case. Currently, we're heading with the following roadmap:

+ Crypto library based on [botan](https://github.com/ZHaskell/z-botan).
+ TLS network stack.
+ HTTP framework.
+ Distributed system algorithms.

Happy hacking!
Z.Haskell Contributors
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