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⏩ NeoHaskell is a dialect of Haskell that is focused on newcomer-friendliness and productivity.
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775d79fae9
* Init cabal
* Update
* The most overly complicated way to write a Hello World
* aider: Set up structure for CLI tool with ADTs for commands and events, a record for state, and functions to update state and handle commands.
# Aider chat conversation:
USER: define a plan for creating the structure for a CLI tool based on the Elm architecture, the CLI tool should have a single command "repl", each line in the repl, will be sent to a command called "ReadLine", that command can either register different events: "CodeSent", "ReplCommandTriggered", or "NaturalLanguageSent". Your task is setting up a structure inside of `cli/src/Neo.hs` to define an ADT for commands, an ADT for events, an record for state, an update function to update the state based on events, and a command handler function to handle commands and register events
ASSISTANT: To create the structure for a CLI tool based on the Elm architecture within `cli/src/Neo.hs`, we will need to define several components:
1. An Algebraic Data Type (ADT) for commands (`Command`).
2. An ADT for events (`Event`).
3. A record for the application state (`State`).
4. An update function to update the state based on events (`update`).
5. A command handler function to handle commands and register events (`handleCommand`).
Here's the plan for setting up the structure:
- Define the `Command` ADT with a single constructor `ReadLine` that takes a `String`.
- Define the `Event` ADT with constructors `CodeSent`, `ReplCommandTriggered`, and `NaturalLanguageSent`, each taking a `String`.
- Define the `State` record with any necessary fields to represent the state of the REPL.
- Define the `update` function that takes an `Event` and a `State` and returns a new `State`.
- Define the `handleCommand` function that takes a `Command` and a `State` and returns a tuple of a new `State` and a list of `Event`s.
Let's write the code structure in `cli/src/Neo.hs`:
cli/src/Neo.hs
```haskell
<<<<<<< SEARCH
module Neo where
import Core
foo :: Int
foo = 42
=======
module Neo (
Command(..),
Event(..),
State(..),
update,
handleCommand
) where
import Core
-- | ADT for commands that can be issued to the CLI.
data Command
= ReadLine String
deriving (Show, Eq)
-- | ADT for events that can be triggered by commands.
data Event
= CodeSent String
| ReplCommandTriggered String
| NaturalLanguageSent String
deriving (Show, Eq)
-- | Record for the application state.
data State = State
{ -- Add fields here as necessary
}
-- | Function to update the state based on an event.
update :: Event -> State -> State
update event state =
-- Implement state transitions based on events here
state
-- | Function to handle commands and register events.
handleCommand :: Command -> State -> (State, [Event])
handleCommand command state =
-- Implement command handling and event registration here
(state, [])
>>>>>>> REPLACE
```
This structure sets up the basic Elm architecture for a CLI tool. The `update` and `handleCommand` functions are placeholders and should be implemented according to the specific logic of the REPL. The `State` record is also a placeholder and should be expanded with fields relevant to the application's state.
* aider: Adjusted the code in `cli/src/Neo.hs` to remove `deriving` clauses and replace `String` with `Str` from the `Str` module.
# Aider chat conversation:
USER: Given that we're coding in NeoHaskell, a dialect of Haskell that is very different. One should never write deriving clauses. Also, String is called Str. Adjust the code as necessary to fit this
ASSISTANT: To adjust the code in `cli/src/Neo.hs` to fit the conventions of NeoHaskell, we need to:
1. Remove the `deriving` clauses from the `Command` and `Event` ADTs.
2. Replace the `String` type with `Str` from the `Str` module.
Here are the *SEARCH/REPLACE* blocks for the necessary changes:
cli/src/Neo.hs
```haskell
<<<<<<< SEARCH
data Command
= ReadLine String
deriving (Show, Eq)
=======
data Command
= ReadLine Str
>>>>>>> REPLACE
```
cli/src/Neo.hs
```haskell
<<<<<<< SEARCH
data Event
= CodeSent String
| ReplCommandTriggered String
| NaturalLanguageSent String
deriving (Show, Eq)
=======
data Event
= CodeSent Str
| ReplCommandTriggered Str
| NaturalLanguageSent Str
>>>>>>> REPLACE
```
These changes will ensure that the code conforms to the conventions of NeoHaskell, where `deriving` clauses are not used and `String` is replaced with `Str`.
* aider: Replace the list of `Event` with an `Array` of `Event` in the `handleCommand` function in `cli/src/Neo.hs`.
# Aider chat conversation:
USER: Also, NeoHaskell forbids the usage of regular Haskell lists, and instead uses the Array type. The creation of an empty Array is done through Array.empty (import Array qualified)
ASSISTANT: To comply with the NeoHaskell conventions and replace the usage of regular Haskell lists with the `Array` type, we need to modify the `HaskellCompatibility/List.hs` file to use `Array.empty` instead of the empty list `[]`. However, before we proceed with the changes, we need to ensure that the `Array` module is available and that we can import it. If it's not part of the provided files, you would need to add it to the
^C KeyboardInterrupt
USER: Also, NeoHaskell forbids the usage of regular Haskell lists, and instead uses the Array type. The creation of an empty Array is done through Array.empty (import Array qualified). Note that this is only enforced in the modules that are NOT inside HaskellCompatibility, as that folder is reserved for Haskell interop
ASSISTANT: Understood. Since the `HaskellCompatibility` modules are reserved for Haskell interop, we will not modify them. Instead, we will look for instances outside of the `HaskellCompatibility` directory where Haskell lists (`[]`) are used and replace them with the `Array` type using `Array.empty`.
However, based on the provided files, there are no instances of Haskell lists being used outside of the `HaskellCompatibility` directory. All the other modules either do not use lists or are part of the `HaskellCompatibility` directory, which is exempt from this rule.
If you have specific instances in mind where you'd like to enforce the use of `Array` instead of Haskell lists, please point them out, or if there are additional files where this change should be applied, please add them to the chat. Otherwise, no action is required based on the current information and the provided files.
USER: In the `cli/src/Neo.hs` file
ASSISTANT: To replace the usage of regular Haskell lists with the `Array` type in the `cli/src/Neo.hs` file, we will need to make the following changes:
1. Import the `Array` module qualified.
2. Replace any usage of lists with `Array` types and constructors.
However, upon reviewing the `cli/src/Neo.hs` file provided earlier, there are no instances of Haskell lists being used. The file defines ADTs and a couple of functions, but it does not contain any list literals or list types that need to be replaced.
If you have specific changes in mind for the `cli/src/Neo.hs` file regarding the usage of `Array`, please provide more details or examples of the code that needs to be changed. Otherwise, based on the current content of `cli/src/Neo.hs`, no action is required.
USER: I'm referring to the last function, `handleCommand`
ASSISTANT: Understood. The `handleCommand` function in `cli/src/Neo.hs` currently returns a tuple containing a `State` and a list of `Event`. To comply with NeoHaskell's conventions, we need to replace the list of `Event` with an `Array` of `Event`. We will also need to import the `Array` module qualified to use `Array.empty` for creating an empty array.
Here are the changes to be made in `cli/src/Neo.hs`:
1. Import the `Array` module qualified.
2. Replace the list type `[Event]` with `Array Event`.
3. Replace the empty list `[]` with `Array.empty`.
Let's proceed with the changes:
cli/src/Neo.hs
```haskell
<<<<<<< SEARCH
import Core
=======
import Core
import Array qualified
>>>>>>> REPLACE
```
cli/src/Neo.hs
```haskell
<<<<<<< SEARCH
handleCommand :: Command -> State -> (State, [Event])
handleCommand command state =
-- Implement command handling and event registration here
(state, [])
=======
handleCommand :: Command -> State -> (State, Array Event)
handleCommand command state =
-- Implement command handling and event registration here
(state, Array.empty)
>>>>>>> REPLACE
```
These changes will ensure that `handleCommand` now conforms to the NeoHaskell convention of not using regular Haskell lists and instead uses the `Array` type.
* aider: Added `Array` module as a wrapper over the Haskell `Vector` type, providing functions for working with arrays comfortably.
# Aider chat conversation:
USER: Create a new module `core/src/Array.hs` that acts as a wrapper over the Haskell `Vector` type. Provide all the required functions for working with arrays comfortably. Use a data-last API for the functions, like Elm. For inspiring yourself in which functions to provide, you can inspire yourself in the Clojure core library, the Ruby library, and the Haskel prelude. Make sure you add this new module to `core/nhcore.cabal` too
ASSISTANT: To create a new module `core/src/Array.hs` that acts as a wrapper over the Haskell `Vector` type, we will follow these steps:
1. Create the `Array.hs` file with the necessary imports and basic structure.
2. Define the `Array` type as a newtype wrapper around `Vector`.
3. Implement a set of functions to work with `Array` comfortably, inspired by the Clojure core library, the Ruby library, and the Haskell Prelude.
4. Add the new module to the `core/nhcore.cabal` file to ensure it is included in the build.
Let's start by creating the `Array.hs` file:
core/src/Array.hs
```haskell
<<<<<<< SEARCH
=======
module Array (
-- * Type
Array,
-- * Constructors
empty,
singleton,
fromList,
-- * Basic functions
isEmpty,
length,
append,
concat,
map,
filter,
foldl,
foldr,
toList,
-- * Transformations
reverse,
intersperse,
-- * Subarrays
slice,
take,
drop,
splitAt,
-- * Searching
elem,
notElem,
find,
findIndex,
-- * Accessing elements
(!?),
index,
head,
last,
tail,
init,
-- * Zipping and unzipping
zip,
zipWith,
unzip,
-- * Special folds
and,
or,
any,
all,
-- * Set operations
union,
intersect,
difference,
-- * Conversion
toArray,
fromArray
) where
import Data.Vector (Vector)
import qualified Data.Vector as Vector
-- | 'Array' is a type that wraps Haskell's 'Vector' to provide a data-last API.
newtype Array a = Array (Vector a)
-- | Create an empty array.
empty :: Array a
empty = Array Vector.empty
-- | Create an array with one element.
singleton :: a -> Array a
singleton = Array . Vector.singleton
-- | Convert a list to an array.
fromList :: [a] -> Array a
fromList = Array . Vector.fromList
-- | Check if an array is empty.
isEmpty :: Array a -> Bool
isEmpty (Array v) = Vector.null v
-- | Get the length of an array.
length :: Array a -> Int
length (Array v) = Vector.length v
-- | Append two arrays.
append :: Array a -> Array a -> Array a
append (Array v1) (Array v2) = Array (v1 Vector.++ v2)
-- | Concatenate a list of arrays.
concat :: [Array a] -> Array a
concat = Array . Vector.concat . map (\(Array v) -> v)
-- | Map a function over an array.
map :: (a -> b) -> Array a -> Array b
map f (Array v) = Array (Vector.map f v)
-- | Filter all elements that satisfy the predicate.
filter :: (a -> Bool) -> Array a -> Array a
filter f (Array v) = Array (Vector.filter f v)
-- | Left fold.
foldl :: (b -> a -> b) -> b -> Array a -> b
foldl f z (Array v) = Vector.foldl f z v
-- | Right fold.
foldr :: (a -> b -> b) -> b -> Array a -> b
foldr f z (Array v) = Vector.foldr f z v
-- | Convert an array to a list.
toList :: Array a -> [a]
toList (Array v) = Vector.toList v
-- Additional functions to be implemented...
>>>>>>> REPLACE
```
Next, we will add the new module to the `core/nhcore.cabal` file:
core/nhcore.cabal
```haskell
<<<<<<< SEARCH
Pipe
=======
Pipe,
Array
>>>>>>> REPLACE
```
This `SEARCH/REPLACE` block adds the `Array` module to the list of exposed modules in the `nhcore.cabal` file.
Please note that the `Array.hs` file provided above includes a basic set of functions to get started. Depending on the specific needs and the inspiration from the Clojure core library, the Ruby library, and the Haskell Prelude, more functions can be added to this module to provide a comprehensive API for working with arrays.
* Merge multiple arrays into one, apply a function to each element of an array, take elements that satisfy a predicate, reduce the array from the left or right, and drop elements that satisfy a predicate.
* Start thinking in arrays
* Refactor the 'Array' type and its functions to use a more descriptive type parameter name and update function signatures accordingly.
* Add arrays
* Add Array to reexports
* aider: Create core/src/Operators.hs file with reexports of operators from Pipe and Bool modules, and update cabal file to include Operators module.
# Aider chat conversation:
ASSISTANT: I apologize for the oversight. Let's correct the *SEARCH/REPLACE blocks* to match the exact code in `core/src/Array.hs`. Here are the updated blocks:
core/src/Array.hs
```haskell
<<<<<<< SEARCH
newtype Array a = Array (Vector a)
=======
newtype Array item = Array (Vector item)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
empty :: Array a
=======
empty :: Array item
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
singleton :: a -> Array a
=======
singleton :: item -> Array item
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
fromList :: [a] -> Array a
=======
fromList :: [item] -> Array item
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
isEmpty :: Array a -> Bool
=======
isEmpty :: Array item -> Bool
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
length :: Array a -> Int
=======
length :: Array item -> Int
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
append :: Array a -> Array a -> Array a
=======
append :: Array item -> Array item -> Array item
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
concat :: [Array a] -> Array a
=======
concat :: [Array item] -> Array item
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
map :: (a -> b) -> Array a -> Array b
map f (Array v) = Array (Vector.map f v)
=======
map :: (itemA -> itemB) -> Array itemA -> Array itemB
map f (Array v) = Array (Vector.map f v)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
filter :: (a -> Bool) -> Array a -> Array a
filter f (Array v) = Array (Vector.filter f v)
=======
filter :: (item -> Bool) -> Array item -> Array item
filter f (Array v) = Array (Vector.filter f v)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
foldl :: (b -> a -> b) -> b -> Array a -> b
foldl f z (Array v) = Vector.foldl f z v
=======
foldl :: (resultItem -> item -> resultItem) -> resultItem -> Array item -> resultItem
foldl f z (Array v) = Vector.foldl f z v
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
foldr :: (a -> b -> b) -> b -> Array a -> b
foldr f z (Array v) = Vector.foldr f z v
=======
foldr :: (item -> resultItem -> resultItem) -> resultItem -> Array item -> resultItem
foldr f z (Array v) = Vector.foldr f z v
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
toList :: Array a -> [a]
toList (Array v) = Vector.toList v
=======
toList :: Array item -> [item]
toList (Array v) = Vector.toList v
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
zipWith :: (a -> b -> c) -> Array a -> Array b -> Array c
zipWith f (Array v1) (Array v2) = Array (Vector.zipWith f v1 v2)
=======
zipWith :: (itemA -> itemB -> resultItem) -> Array itemA -> Array itemB -> Array resultItem
zipWith f (Array v1) (Array v2) = Array (Vector.zipWith f v1 v2)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
zip :: Array a -> Array b -> Array (a, b)
zip (Array v1) (Array v2) = Array (Vector.zip v1 v2)
=======
zip :: Array itemA -> Array itemB -> Array (itemA, itemB)
zip (Array v1) (Array v2) = Array (Vector.zip v1 v2)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
unzip :: Array (a, b) -> (Array a, Array b)
unzip (Array v) = let (v1, v2) = Vector.unzip v in (Array v1, Array v2)
=======
unzip :: Array (itemA, itemB) -> (Array itemA, Array itemB)
unzip (Array v) = let (v1, v2) = Vector.unzip v in (Array v1, Array v2)
>>>>>>> REPLACE
```
Please ensure that these changes are applied to all instances where the type variables `a`, `b`, and `c` are used in the `core/src/Array.hs` file. If there are additional occurrences that need to be replaced, similar *SEARCH/REPLACE blocks* should be created following the same pattern.
USER: InvalidEditBlock: edit failed!
core/src/Array.hs does not contain the *exact chunk* of SEARCH lines you specified.
Try again.
DO NOT skip blank lines, comments, docstrings, etc!
The SEARCH block needs to be EXACTLY the same as the lines in core/src/Array.hs with nothing missing!
core/src/Array.hs does not contain these 1 exact lines in a row:
```
newtype Array a = Array (Vector a)
```
ASSISTANT: I apologize for the confusion. Let's correct the *SEARCH/REPLACE blocks* to match the exact code in `core/src/Array.hs`. Here are the updated blocks:
core/src/Array.hs
```haskell
<<<<<<< SEARCH
newtype Array item = Array (Vector item)
=======
newtype Array a = Array (Vector a)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
empty :: Array item
=======
empty :: Array a
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
singleton :: item -> Array item
=======
singleton :: a -> Array a
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
fromList :: [item] -> Array item
=======
fromList :: [a] -> Array a
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
isEmpty :: Array item -> Bool
=======
isEmpty :: Array a -> Bool
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
length :: Array item -> Int
=======
length :: Array a -> Int
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
append :: Array item -> Array item -> Array item
=======
append :: Array a -> Array a -> Array a
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
concat :: [Array item] -> Array item
=======
concat :: [Array a] -> Array a
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
map :: (itemA -> itemB) -> Array itemA -> Array itemB
map f (Array v) = Array (Vector.map f v)
=======
map :: (a -> b) -> Array a -> Array b
map f (Array v) = Array (Vector.map f v)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
filter :: (item -> Bool) -> Array item -> Array item
filter f (Array v) = Array (Vector.filter f v)
=======
filter :: (a -> Bool) -> Array a -> Array a
filter f (Array v) = Array (Vector.filter f v)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
foldl :: (resultItem -> item -> resultItem) -> resultItem -> Array item -> resultItem
foldl f z (Array v) = Vector.foldl f z v
=======
foldl :: (b -> a -> b) -> b -> Array a -> b
foldl f z (Array v) = Vector.foldl f z v
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
foldr :: (item -> resultItem -> resultItem) -> resultItem -> Array item -> resultItem
foldr f z (Array v) = Vector.foldr f z v
=======
foldr :: (a -> b -> b) -> b -> Array a -> b
foldr f z (Array v) = Vector.foldr f z v
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
toList :: Array item -> [item]
toList (Array v) = Vector.toList v
=======
toList :: Array a -> [a]
toList (Array v) = Vector.toList v
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
zipWith :: (itemA -> itemB -> resultItem) -> Array itemA -> Array itemB -> Array resultItem
zipWith f (Array v1) (Array v2) = Array (Vector.zipWith f v1 v2)
=======
zipWith :: (a -> b -> c) -> Array a -> Array b -> Array c
zipWith f (Array v1) (Array v2) = Array (Vector.zipWith f v1 v2)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
zip :: Array itemA -> Array itemB -> Array (itemA, itemB)
zip (Array v1) (Array v2) = Array (Vector.zip v1 v2)
=======
zip :: Array a -> Array b -> Array (a, b)
zip (Array v1) (Array v2) = Array (Vector.zip v1 v2)
>>>>>>> REPLACE
```
core/src/Array.hs
```haskell
<<<<<<< SEARCH
unzip :: Array (itemA, itemB) -> (Array itemA, Array itemB)
unzip (Array v) = let (v1, v2) = Vector.unzip v in (Array v1, Array v2)
=======
unzip :: Array (a, b) -> (Array a, Array b)
unzip (Array v) = let (v1, v2) = Vector.unzip v in (Array v1, Array v2)
>>>>>>> REPLACE
```
Please ensure that these changes are applied to all instances where the type variables `a`, `b`, and `c` are used in the `core/src/Array.hs` file. If there are additional occurrences that need to be replaced, similar *SEARCH/REPLACE blocks* should be created following the same pattern.
USER: Create an core/src/Operators.hs file where you reexport all the operators defined in the core, like the pipe one and the ones reexported by the Bool module. Remember to add it to the cabal file
ASSISTANT: To create a new file `core/src/Operators.hs` and update the `core/nhcore.cabal` file to include this new module, follow these steps:
1. Create the `core/src/Operators.hs` file with the necessary reexports.
2. Update the `core/nhcore.cabal` file to include the `Operators` module in the `exposed-modules` section.
Here are the *SEARCH/REPLACE blocks* for these changes:
core/src/Operators.hs
```haskell
<<<<<<< SEARCH
=======
module Operators (
module Pipe,
module Bool,
) where
import Pipe
import Bool
>>>>>>> REPLACE
```
core/nhcore.cabal
```haskell
<<<<<<< SEARCH
Array
=======
Array,
Operators
>>>>>>> REPLACE
```
This will create the `Operators.hs` file with reexports of all operators defined in the core, specifically from the `Pipe` and `Bool` modules, and update the cabal file to expose the `Operators` module.
* aider: Update `handleCommand` function to take a `services` record as its first parameter, the `command` as its second parameter, and to return a `Promise Void`.
# Aider chat conversation:
USER: Ensure that all types defined in core/src are reexported in `core/src/Core.hs` (only the types, not their constructors)
ASSISTANT: To ensure that all types defined in `core/src` are reexported in `core/src/Core.hs`, we need to modify the `Core.hs` file to include the types from the modules. We will add the types without their constructors to the export list of the `Core` module.
Here are the *SEARCH/REPLACE* blocks for the `core/src/Core.hs` file:
core/src/Core.hs
```haskell
<<<<<<< SEARCH
module Core (
module Reexported,
) where
import Console as Reexported
import HaskellCompatibility.IO as Reexported (MainFunction)
import Types as Reexported
=======
module Core (
module Reexported,
-- Types
Array,
Bool,
Char,
Command,
Event,
Int,
Promise,
Result,
State,
Str,
Void,
) where
import Array (Array)
import Bool (Bool)
import Char (Char)
import Console as Reexported
import HaskellCompatibility.IO as Reexported (MainFunction)
import Int (Int)
import Neo (Command, Event, State)
import Promise (Promise)
import Result (Result)
import Str (Str)
import Types as Reexported
import Void (Void)
>>>>>>> REPLACE
```
This change adds the types `Array`, `Bool`, `Char`, `Command`,
^C KeyboardInterrupt
USER: Ensure that all types defined in core/src are reexported in `core/src/Types.hs` (only the types, not their constructors)
ASSISTANT: To ensure that all types defined in `core/src` are reexported in `core/src/Types.hs`, we need to modify the `Types.hs` file to include the types from the modules. We will add the types without their constructors to the export list of the `Types` module.
Here are the *SEARCH/REPLACE* blocks for the `core/src/Types.hs` file:
core/src/Types.hs
```haskell
<<<<<<< SEARCH
module Types (
module Reexported,
) where
import Array as Reexported (Array)
import Char as Reexported (Char)
import Int as Reexported (Int)
import Promise as Reexported (Promise)
import Result as Reexported (Result)
import Str as Reexported (Str)
import Void as Reexported (Void)
=======
module Types (
-- Types
Array,
Bool,
Char,
Command,
Event,
Int,
Promise,
Result,
State,
Str,
Void,
) where
import Array (Array)
import Bool (Bool)
import Char (Char)
import Int (Int)
import Neo (Command, Event, State)
import Promise (Promise)
import Result (Result)
import Str (Str)
import Void (Void)
>>>>>>> REPLACE
```
This change adds the types `Bool`, `Command`, `Event`, `State` to
^C KeyboardInterrupt
USER: Lets make `handleCommand` to be a function which first parameter is the record of services that the user has configured for their application (these services can be things like DatabaseService, StripeService, or whatever they define), then its second parameter would be the command itself, and it wouldn't receive more parameters. The result type is `Promise Void`
ASSISTANT: To modify the `handleCommand` function in the `cli/src/Neo.hs` file according to the new specification, we need to change its signature and return type. The first parameter will be a record of services, the second parameter will be the command, and it will return a `Promise Void`.
Here is the *SEARCH/REPLACE* block for the `cli/src/Neo.hs` file:
cli/src/Neo.hs
```haskell
<<<<<<< SEARCH
-- | Function to handle commands and register events.
handleCommand :: Command -> State -> (State, Array Event)
handleCommand command state =
-- Implement command handling and event registration here
(state, Array.empty)
=======
-- | Function to handle commands using the configured services.
handleCommand :: services -> Command -> Promise Void
handleCommand services command =
-- Implement command handling using the services here
todo
>>>>>>> REPLACE
```
This change updates the `handleCommand` function to take a `services` record as its first parameter, the `command` as its second parameter, and to return a `Promise Void`. The body of the function is replaced with a call to `todo`, which is a placeholder indicating that the implementation is not yet provided.
* aider: Expose `todo` in `core/src/Core.hs`.
# Aider chat conversation:
USER: Expose `todo` in `core/src/Core.hs`
ASSISTANT: To expose `todo` in `core/src/Core.hs`, we need to add it to the export list of the `Core` module. Here is the *SEARCH/REPLACE* block for the `core/src/Core.hs` file:
core/src/Core.hs
```haskell
<<<<<<< SEARCH
module Core (
module Reexported,
) where
import Console as Reexported
import HaskellCompatibility.IO as Reexported (MainFunction)
import Types as Reexported
=======
module Core (
module Reexported,
todo,
) where
import Console as Reexported
import Debug as Reexported (todo)
import HaskellCompatibility.IO as Reexported (MainFunction)
import Types as Reexported
>>>>>>> REPLACE
```
This change adds `todo` to the export list of the `Core` module and ensures that it is imported from the `Debug` module.
* Add OverloadedLists, OverloadedRecordDot, OverloadedRecordUpdate, RebindableSyntax, and NamedFieldPuns to nhcore.cabal.
* aider: Create `core/src/Record.hs` file with reexports of `GHC.Record.getField` and `setField`, and update `core/nhcore.cabal` to include this new module.
# Aider chat conversation:
ASSISTANT: To create a new `core/src/Record.hs` file that reexports `GHC.Record.getField` and `setField`, and to update the `core/nhcore.cabal` file to include this new module, follow these steps:
1. Create the `core/src/Record.hs` file with the necessary reexports.
2. Update the `core/nhcore.cabal` file to include the `Record` module in the `exposed-modules` section.
Here are the *SEARCH/REPLACE* blocks for the new file and the update to the cabal file:
core/src/Record.hs
```haskell
<<<<<<< SEARCH
=======
module Record (
getField,
setField,
) where
import GHC.Records (getField, setField)
>>>>>>> REPLACE
```
core/nhcore.cabal
```haskell
<<<<<<< SEARCH
Operators
=======
Operators,
Record
>>>>>>> REPLACE
```
This will create the new `Record.hs` file with the specified reexports and update the cabal file to expose the `Record` module.
* Removed the `todo` function from the `Core` module.
* aider: Add `Record` module to the export list of `Core` module in `core/src/Core.hs`.
# Aider chat conversation:
ASSISTANT: To reexport the `Record` module from `core/src/Core.hs`, we need to add it to the export list of the `Core` module. Here is the *SEARCH/REPLACE block* for the `core/src/Core.hs` file:
core/src/Core.hs
```haskell
<<<<<<< SEARCH
module Core (
module Reexported,
) where
import Console as Reexported
import Debug as Reexported (todo)
import HaskellCompatibility.IO as Reexported (MainFunction)
import Types as Reexported
=======
module Core (
module Reexported,
module Record,
) where
import Console as Reexported
import Debug as Reexported (todo)
import HaskellCompatibility.IO as Reexported (MainFunction)
import Types as Reexported
import Record
>>>>>>> REPLACE
```
* aider: Remove the OverloadedRecordUpdate and RebindableSyntax extensions from the cabal files.
# Aider chat conversation:
USER: Remove the OverloadedRecordUpdate and RebindableSyntax extensions from the cabal files
ASSISTANT: To remove the `OverloadedRecordUpdate` and `RebindableSyntax` extensions from the `cabal` file, we need to modify the `core/nhcore.cabal` file. Here is the *SEARCH/REPLACE block* for the `core/nhcore.cabal` file:
core/nhcore.cabal
```haskell
<<<<<<< SEARCH
default-extensions:
BlockArguments
NoImplicitPrelude
TemplateHaskell
QuasiQuotes
ImportQualifiedPost
OverloadedStrings
OverloadedLists
OverloadedRecordDot
OverloadedRecordUpdate
-- Required for OverloadedRecordUpdate
RebindableSyntax
=======
default-extensions:
BlockArguments
NoImplicitPrelude
TemplateHaskell
QuasiQuotes
ImportQualifiedPost
OverloadedStrings
OverloadedLists
OverloadedRecordDot
>>>>>>> REPLACE
```
This change will remove the `OverloadedRecordUpdate` and `RebindableSyntax` extensions from the list of default extensions in the `core/nhcore.cabal` file.
* Added OverloadedLists, OverloadedRecordDot, OverloadedRecordUpdate, RebindableSyntax, and NamedFieldPuns extensions and exposed Neo.Repl module.
* aider: Remove `OverloadedRecordUpdate` and `RebindableSyntax` extensions from `cli/nhcli.cabal`.
# Aider chat conversation:
ASSISTANT: To remove the `OverloadedRecordUpdate` and `RebindableSyntax` extensions from the `cli/nhcli.cabal` file, we need to modify the file accordingly. Here is the *SEARCH/REPLACE block* for the `cli/nhcli.cabal` file:
cli/nhcli.cabal
```haskell
<<<<<<< SEARCH
default-extensions:
BlockArguments
NoImplicitPrelude
TemplateHaskell
QuasiQuotes
ImportQualifiedPost
OverloadedStrings
OverloadedLists
OverloadedRecordDot
OverloadedRecordUpdate
-- Required for OverloadedRecordUpdate
RebindableSyntax
=======
default-extensions:
BlockArguments
NoImplicitPrelude
TemplateHaskell
QuasiQuotes
ImportQualifiedPost
OverloadedStrings
OverloadedLists
OverloadedRecordDot
>>>>>>> REPLACE
```
This change will remove the `OverloadedRecordUpdate` and `RebindableSyntax` extensions from the list of default extensions in the `cli/nhcli.cabal` file.
* aider: Add the `Operators` module to the list of reexported modules in `core/src/Core.hs`.
# Aider chat conversation:
USER: ensure that the operators module is reexported in `core/src/Core.hs`
ASSISTANT: To reexport the `Operators` module in `core/src/Core.hs`, we need to add it to the export list. Here is the *SEARCH/REPLACE block* for the `core/src/Core.hs` file:
core/src/Core.hs
```haskell
<<<<<<< SEARCH
module Core (
module Reexported,
module Record,
) where
import Console as Reexported
import Debug as Reexported (todo)
import HaskellCompatibility.IO as Reexported (MainFunction)
import Types as Reexported
import Record
=======
module Core (
module Reexported,
module Record,
module Operators,
) where
import Console as Reexported
import Debug as Reexported (todo)
import HaskellCompatibility.IO as Reexported (MainFunction)
import Types as Reexported
import Record
import Operators
>>>>>>> REPLACE
```
This change will add the `Operators` module to the list of reexported modules in `core/src/Core.hs`.
* Add repl stuff
* Init flux
* Add view module
* Cleanup syntax
* Dsl compatibility
* Update
* Better organization
* Fix stuff
* Add space in records
* Add kinds and generic
* Fix
* Tinkering with JSON
* Boop
* Bump
* Bleep
* Work on schema
* WIP: Schema and reflection
* Woop
* Boom, maps!
* Wip
* Schema compiles
* Wip compatibility with Functor, Applicative and Monad
* Compiles
* Remove dhall dependency
* Fix compilation
* Bloop
* Try schema
* Remove DSLs
* Begin with optparse conversion
* wip
* Meh
* Add devenv
* aaa
* update
* Compile
* Start CLI codec
* Todo
* ApplicativeDo
* Remove unused stuff
* update
* upd
* Update
* upd
* upd
* upd
* Update
* blah
* upd
* wip
* Delete stuff, start fixing
* Remove more stuff and polish compilation
* More updates
* Update to 9.6
* Update
* Apply suggestions from code review
Co-authored-by: coderabbitai[bot] <136622811+coderabbitai[bot]@users.noreply.github.com>
---------
Co-authored-by: Nikita Tchayka <nikitatchayka@gmail.com>
Co-authored-by: coderabbitai[bot] <136622811+coderabbitai[bot]@users.noreply.github.com>
|
||
|---|---|---|
| .assets/img | ||
| .vscode | ||
| context | ||
| core | ||
| scripts | ||
| .envrc | ||
| .gitignore | ||
| .hlint.yaml | ||
| cabal.project | ||
| devenv.lock | ||
| devenv.nix | ||
| devenv.yaml | ||
| fourmolu.yaml | ||
| hie.yaml | ||
| LICENSE | ||
| README.md | ||
NeoHaskell
NeoHaskell is a dialect of Haskell that is focused on newcomer-friendliness and productivity.It is designed to be easy to learn and use, while also being powerful enough to release your app with minimum effort and maximum confidence.
Welcome
This is where the NeoHaskell code will live, once the implementation begins.
If you're confused, this is because the project prioritizes the design and documentation first, and only implementation afterwards!
Take a look at the GitHub Milestones page for a rough plan for the implementation.
Design documents are being worked on currently for sharing progress in a stable way with the community. Sorry for the inconvenience! 🙏
Collaborate on Discord
It's always better to hack with people, so why not join the Discord server?