Heftia: The Next Generation of Haskell Effects Management - Part 1.4
At present, documentation for functions and types in Haddock is lacking, so I plan to fill in those gaps. In addition, I intend to provide usage explanations...
At present, documentation for functions and types in Haddock is lacking, so I plan to fill in those gaps. In addition, I intend to provide usage explanations...
One notable benefit of Haskell is the ability to mutually extend language features compatibly through libraries. This means you never encounter issues such a...
You can find all performance measurements for version 0.7 here.
heftia is the first-ever effect system, not just among Haskell libraries but historically across all effect system implementations and languages, to complete...
First, we need to investigate precisely when the performance of higher-order effects, such as Local, becomes noticeably slow in realistic use cases. This mea...
From here, I will describe the issues associated with the current general IO monad approach and the broader Haskell effect ecosystem.
Let’s start with performance. You can find all performance measurements for version 0.7 here. Below is a benchmark result of a typical real-world use case in...
heftia is the first-ever fully type-safe and performant effect system, not just among Haskell libraries but historically across all effect system implementat...
First, there is a higher-order effect for UnliftIO that can be used: Data.Effect.Unlift.UnliftIO. When the UnliftIO higher-order effect is in the effect list...
This article is intended for the Haskell Extensible Effects (EE) community, focusing on “higher-order effects” and “delimited continuations.” It explains the...
First, we need to investigate precisely when the performance of higher-order effects, such as Local, becomes noticeably slow in realistic use cases. This mea...
From here, I will describe the issues associated with the current general IO monad approach and the broader Haskell effect ecosystem.
Let’s start with performance. You can find all performance measurements for version 0.7 here. Below is a benchmark result of a typical real-world use case in...
heftia is the first-ever fully type-safe and performant effect system, not just among Haskell libraries but historically across all effect system implementat...
First, there is a higher-order effect for UnliftIO that can be used: Data.Effect.Unlift.UnliftIO. When the UnliftIO higher-order effect is in the effect list...
This article is intended for the Haskell Extensible Effects (EE) community, focusing on “higher-order effects” and “delimited continuations.” It explains the...
At present, documentation for functions and types in Haddock is lacking, so I plan to fill in those gaps. In addition, I intend to provide usage explanations...
One notable benefit of Haskell is the ability to mutually extend language features compatibly through libraries. This means you never encounter issues such a...
You can find all performance measurements for version 0.7 here.
heftia is the first-ever effect system, not just among Haskell libraries but historically across all effect system implementations and languages, to complete...
First, there is a higher-order effect for UnliftIO that can be used: Data.Effect.Unlift.UnliftIO. When the UnliftIO higher-order effect is in the effect list...
This article is intended for the Haskell Extensible Effects (EE) community, focusing on “higher-order effects” and “delimited continuations.” It explains the...