ChangeLog for conduit
1.3.4.1
- Library and tests compile and run with GHC 9.0.1 #455
1.3.4
1.3.3
- Add
uncons
, unconsM
, unconsEither
, unconsEitherM
.
1.3.2.1
1.3.2
1.3.1.2
- More eagerly emit groups in
chunksOf
#427
1.3.1.1
- Use lower-case imports (better for cross-compilation) #408
1.3.1
- Add
MonadFail
instance for ConduitT
.
1.3.0.3
- Improve fusion framework rewrite rules
1.3.0.2
- Replace
ReadMode
with WriteMode
in withSinkFile
1.3.0.1
- Test suite compatibility with GHC 8.4.1 #358
1.3.0
- Drop monad-control and exceptions in favor of unliftio
- Drop mmorph dependency
- Deprecate old type synonyms and operators
- Drop finalizers from the library entirely
- Much simpler
- Less guarantees about prompt finalization
- No more
yieldOr
, addCleanup
- Replace the
Resumable
types with SealedConduitT
- Add the
Conduit
and Data.Conduit.Combinators
modules, stolen from
conduit-combinators
1.2.13
- Add
Semigroup
instances #345
1.2.12.1
- Fix
pass
in ConduitM
MonadWriter
instance
1.2.12
- Add
exceptC
, runExceptC
and catchExceptC
to Data.Conduit.Lift
1.2.11
- Add
unfoldEither
and unfoldEitherM
to Data.Conduit.List
1.2.10
- Add
PrimMonad
instances for ConduitM
and Pipe
#306
1.2.9.1
- Ensure downstream and inner sink receive same inputs in
passthroughSink
#304
1.2.9
1.2.8
1.2.7
- Expose yieldM for ConduitM #270
1.2.6.6
- Fix test suite compilation on older GHCs
1.2.6.5
- In zipConduitApp, left bias not respected mixing monadic and non-monadic conduits #263
1.2.6.4
- Fix benchmark by adding a type signature
1.2.6.3
1.2.6.2
- resourcet cannot be built with GHC 8 #242
- Remove upper bound on transformers #253
1.2.6
sourceToList
- Canonicalise Monad instances #237
1.2.5
- mapAccum and mapAccumM should be strict in their state #218
1.2.4.1
- Some documentation improvements
1.2.4
1.2.3 Expose connect
and fuse
as synonyms for $$
and =$=
, respectively.
1.2.2 Lots more stream fusion.
1.2 Two performance optimizations added. (1) A stream fusion framework. This is a non-breaking change. (2) Codensity transform applied to the ConduitM
datatype. This only affects users importing the .Internal
module. Both changes are thoroughly described in the following to blog posts: Speeding up conduit, and conduit stream fusion.
1.1 Refactoring into conduit and conduit-extra packages. Core functionality is now in conduit, whereas most common helper modules (including Text, Binary, Zlib, etc) are in conduit-extra. To upgrade to this version, there should only be import list and conduit file changes necessary.
1.0 Simplified the user-facing interface back to the Source, Sink, and Conduit types, with Producer and Consumer for generic code. Error messages have been simplified, and optional leftovers and upstream terminators have been removed from the external API. Some long-deprecated functions were finally removed.
0.5 The internals of the package are now separated to the .Internal module, leaving only the higher-level interface in the advertised API. Internally, switched to a Leftover
constructor and slightly tweaked the finalization semantics.
0.4 Inspired by the design of the pipes package: we now have a single unified type underlying Source
, Sink
, and Conduit
. This type is named Pipe
. There are type synonyms provided for the other three types. Additionally, BufferedSource
is no longer provided. Instead, the connect-and-resume operator, $$+
, can be used for the same purpose.
0.3 ResourceT has been greatly simplified, specialized for IO, and moved into a separate package. Instead of hard-coding ResourceT into the conduit datatypes, they can now live around any monad. The Conduit datatype has been enhanced to better allow generation of streaming output. The SourceResult, SinkResult, and ConduitResult datatypes have been removed entirely.
0.2 Instead of storing state in mutable variables, we now use CPS. A Source
returns the next Source
, and likewise for Sink
s and Conduit
s. Not only does this take better advantage of GHC's optimizations (about a 20% speedup), but it allows some operations to have a reduction in algorithmic complexity from exponential to linear. This also allowed us to remove the Prepared
set of types. Also, the State
functions (e.g., sinkState
) use better constructors for return types, avoiding the need for a dummy state on completion.
0.1 BufferedSource
is now an abstract type, and has a much more efficient internal representation. The result was a 41% speedup on microbenchmarks (note: do not expect speedups anywhere near that in real usage). In general, we are moving towards BufferedSource
being a specific tool used internally as needed, but using Source
for all external APIs.
0.0 Initial release.