Datasets:

phanerozoic
/

Idris2

fact stringlengths 1 4.3k	type stringclasses 3 values	library stringclasses 11 values	imports listlengths 0 62	filename stringclasses 673 values	symbolic_name stringlengths 1 34	docstring stringlengths 6 1.33k ⌀
insert : Ord a => a -> BTree a -> BTree a	function	samples	[]	samples/BTree.idr	insert	null
toList : BTree a -> List a	function	samples	[]	samples/BTree.idr	toList	null
toTree : Ord a => List a -> BTree a	function	samples	[]	samples/BTree.idr	toTree	null
BTree a = Leaf \| Node (BTree a) a (BTree a) export insert : Ord a => a -> BTree a -> BTree a	data	samples	[]	samples/BTree.idr	BTree	null
RigCount : Type	function	compiler	[ "Algebra.ZeroOneOmega", "Algebra.Semiring", "Algebra.Preorder" ]	src/Algebra.idr	RigCount	null
showCount : RigCount -> String	function	compiler	[ "Algebra.ZeroOneOmega", "Algebra.Semiring", "Algebra.Preorder" ]	src/Algebra.idr	showCount	null
insert : Ord a => a -> BTree a -> BTree a	function	benchmark	[]	benchmark/benchmarks/treeInt/BTree.idr	insert	null
toList : BTree a -> List a	function	benchmark	[]	benchmark/benchmarks/treeInt/BTree.idr	toList	null
toTree : Ord a => List a -> BTree a	function	benchmark	[]	benchmark/benchmarks/treeInt/BTree.idr	toTree	null
BTree a = Leaf \| Node (BTree a) a (BTree a) export insert : Ord a => a -> BTree a -> BTree a	data	benchmark	[]	benchmark/benchmarks/treeInt/BTree.idr	BTree	null
sleep : HasIO io => (sec : Int) -> io ()	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	sleep	Sleep for the specified number of seconds or, if signals are supported, until an un-ignored signal arrives. The exact wall-clock time slept might slightly differ depending on how busy the system is and the resolution of the system's clock. @ sec the number of seconds to sleep for
usleep : HasIO io => (usec : Int) -> So (usec >= 0) => io ()	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	usleep	Sleep for the specified number of microseconds or, if signals are supported, until an un-ignored signal arrives. The exact wall-clock time slept might slighly differ depending on how busy the system is and the resolution of the system's clock. @ usec the number of microseconds to sleep for
getArgs : HasIO io => io (List String)	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	getArgs	Retrieve the arguments to the program call, if there were any.
enableRawMode : HasIO io => io (Either FileError ())	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	enableRawMode	`enableRawMode` enables raw mode for stdin, allowing characters to be read one at a time, without buffering or echoing. If `enableRawMode` is used, the program should call `resetRawMode` before exiting. Consider using `withRawMode` instead to ensure the tty is reset. This is not supported on windows.
resetRawMode : HasIO io => io ()	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	resetRawMode	`resetRawMode` resets stdin raw mode to original state if `enableRawMode` had been previously called.
withRawMode : HasIO io => (onError : FileError -> io a) -> (onSuccess : () -> io a) -> io a	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	withRawMode	`withRawMode` performs a given operation after setting stdin to raw mode and ensure that stdin is reset to its original state afterwards. This is not supported on windows.
getEnv : HasIO io => (var : String) -> io (Maybe String)	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	getEnv	Retrieve the specified environment variable's value string, or `Nothing` if there is no such environment variable. @ var the name of the environment variable to look up
setEnv : HasIO io => (var : String) -> (val : String) -> (overwrite : Bool) -> io Bool	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	setEnv	Add the specified variable with the given value string to the environment, optionally overwriting any existing environment variable with the same name. Returns True whether the value is set, overwritten, or not overwritten because overwrite was False. Returns False if a system error occurred. You can `getErrno` to check the error. @ var the name of the environment variable to set @ val the value string to set the environment variable to @ overwrite whether to overwrite the existing value if an environment variable with the specified name already exists
unsetEnv : HasIO io => (var : String) -> io Bool	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	unsetEnv	Delete the specified environment variable. Returns `True` either if the value was deleted or if the value was not defined/didn't exist. Returns `False` if a system error occurred. You can `getErrno` to check the error.
system : HasIO io => String -> io Int	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	system	Execute a shell command, returning its termination status or -1 if an error occurred.
system : HasIO io => List String -> io Int system	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	system	null
time : HasIO io => io Integer	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	time	Return the number of seconds since epoch.
getPID : HasIO io => io Int	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	getPID	Get the ID of the currently running process.
exitWith : HasIO io => ExitCode -> io a	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	exitWith	Exit the program normally, with the specified status.
exitFailure : HasIO io => io a	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	exitFailure	Exit the program with status value 1, indicating failure. If you want to specify a custom status value, see `exitWith`.
exitSuccess : HasIO io => io a	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	exitSuccess	Exit the program after a successful run.
die : HasIO io => String -> io a	function	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	die	Print the error message and call exitFailure
ExitCode : Type where	data	base	[ "Data.So", "Data.String", "System.Escape", "System.File" ]	libs/base/System.idr	ExitCode	Programs can either terminate successfully, or end in a caught failure.
assert_total : (1 _ : a) -> a	function	prelude	[]	libs/prelude/Builtin.idr	assert_total	null
assert_smaller : (0 x : a) -> (1 y : b) -> b	function	prelude	[]	libs/prelude/Builtin.idr	assert_smaller	null
fst : {0 a, b : Type} -> (a, b) -> a	function	prelude	[]	libs/prelude/Builtin.idr	fst	Return the first element of a pair.
snd : {0 a, b : Type} -> (a, b) -> b	function	prelude	[]	libs/prelude/Builtin.idr	snd	Return the second element of a pair.
swap : (a, b) -> (b, a)	function	prelude	[]	libs/prelude/Builtin.idr	swap	Swap the elements in a pair
rewrite__impl : {0 x, y : a} -> (0 p : _) -> (0 rule : x	function	prelude	[]	libs/prelude/Builtin.idr	rewrite__impl	null
replace : forall x, y, p . (0 rule : x = y) -> (1 _ : p x) -> p y	function	prelude	[]	libs/prelude/Builtin.idr	replace	null
sym : (0 rule : x ~=~ y) -> y ~=~ x	function	prelude	[]	libs/prelude/Builtin.idr	sym	null
trans : forall a, b, c . (0 l : a = b) -> (0 r : b = c) -> a = c	function	prelude	[]	libs/prelude/Builtin.idr	trans	null
mkDPairInjectiveFst : MkDPair a pa === MkDPair b qb -> a === b	function	prelude	[]	libs/prelude/Builtin.idr	mkDPairInjectiveFst	Injectivity of MkDPair (first components)
mkDPairInjectiveSnd : MkDPair a pa === MkDPair a qa -> pa === qa	function	prelude	[]	libs/prelude/Builtin.idr	mkDPairInjectiveSnd	Injectivity of MkDPair (snd components)
defaultString : FromString String	function	prelude	[]	libs/prelude/Builtin.idr	defaultString	null
defaultChar : FromChar Char	function	prelude	[]	libs/prelude/Builtin.idr	defaultChar	null
defaultDouble : FromDouble Double	function	prelude	[]	libs/prelude/Builtin.idr	defaultDouble	null
Unit = \|\|\| The trivial constructor for `()`. MkUnit \|\|\| The non-dependent pair type, also known as conjunction. public export data Pair : Type -> Type -> Type where	data	prelude	[]	libs/prelude/Builtin.idr	Unit	The canonical single-element type, also known as the trivially true proposition.
LPair : Type -> Type -> Type where	data	prelude	[]	libs/prelude/Builtin.idr	LPair	A pair type where each component is linear
Res : (a : Type) -> (a -> Type) -> Type where	data	prelude	[]	libs/prelude/Builtin.idr	Res	null
Void : Type where	data	prelude	[]	libs/prelude/Builtin.idr	Void	The empty type, also known as the trivially false proposition. Use `void` or `absurd` to prove anything if you have a variable of type `Void` in scope.
Equal : forall a, b . a -> b -> Type where	data	prelude	[]	libs/prelude/Builtin.idr	Equal	null
DPair a (p : a -> Type)	record	prelude	[]	libs/prelude/Builtin.idr	DPair	null
PrimIO : Type -> Type	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	PrimIO	Idris's primitive IO, for building abstractions on top of.
prim__io_pure : a -> PrimIO a	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	prim__io_pure	null
io_pure : a -> IO a	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	io_pure	null
prim__io_bind : (1 act : PrimIO a) -> (1 k : a -> PrimIO b) -> PrimIO b	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	prim__io_bind	null
io_bind : (1 act : IO a) -> (1 k : a -> IO b) -> IO b	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	io_bind	null
prim__nullAnyPtr : AnyPtr -> Int %foreign "C:idris2_getNull, libidris2_support, idris_support.h"	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	prim__nullAnyPtr	null
prim__getNullAnyPtr : AnyPtr export	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	prim__getNullAnyPtr	null
prim__forgetPtr : Ptr t -> AnyPtr	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	prim__forgetPtr	null
unsafePerformIO : IO a -> a	function	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	unsafePerformIO	null
IORes : Type -> Type where	data	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	IORes	null
IO : Type -> Type where	data	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	IO	The internal representation of I/O computations.
Ptr : Type -> Type where [external]	data	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	Ptr	null
AnyPtr : Type where [external]	data	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	AnyPtr	null
GCPtr : Type -> Type where [external]	data	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	GCPtr	null
GCAnyPtr : Type where [external]	data	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	GCAnyPtr	null
ThreadID : Type where [external]	data	prelude	[ "Builtin" ]	libs/prelude/PrimIO.idr	ThreadID	null
Error : Type	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	Error	`Error` is a type synonym for `Type`, specify for exception handling.
Cont1Type : Usage -> Type -> Usage -> List Error -> Type -> Type	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	Cont1Type	null
bindApp1 : {u : _} -> (1 act : App1 {u} e a) -> (1 k : Cont1Type u a u' e b) -> App1 {u	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	bindApp1	null
bindL : App {l=NoThrow} e a -> (1 k : a -> App {l} e b) -> App {l} e b	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	bindL	null
seqL : App {l=NoThrow} e () -> (1 k : App {l} e b) -> App {l} e b	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	seqL	null
app : (1 p : App {l=NoThrow} e a) -> App1 {u=Any} e a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	app	null
app1 : (1 p : App1 {u=Any} e a) -> App {l} e a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	app1	null
pure : (x : a) -> App1 {u=Any} e a pure x	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	pure	null
pure1 : (1 x : a) -> App1 e a pure1 x	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	pure1	null
mapState : State tag t e -> State tag t (eff :: e)	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	mapState	null
get : (0 tag : _) -> State tag t e => App {l} e t	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	get	null
put : (0 tag : _) -> State tag t e => (val : t) -> App {l} e ()	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	put	null
modify : (0 tag : _) -> State tag t e => (p : t -> t) -> App {l} e ()	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	modify	null
new : t -> (p : State tag t e => App {l} e a) -> App {l} e a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	new	null
Exception : Error -> List Error -> Type	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	Exception	An alias for `HasErr`.
throw : HasErr err es => err -> App es a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	throw	null
catch : HasErr err es => App es a -> (err -> App es a) -> App es a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	catch	null
handle : App (err :: e) a -> (onok : a -> App e b) -> (onerr : err -> App e b) -> App e b	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	handle	null
lift : App e a -> App (err :: e) a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	lift	null
Init : List Error	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	Init	null
run : App {l} Init a -> IO a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	run	The only way provided by `Control.App` to run an App. @ Init A concrete list of errors.
noThrow : App Init a -> App Init {l=NoThrow} a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	noThrow	null
new1 : t -> (1 p : State tag t e => App1 {u} e a) -> App1 {u} e a	function	base	[ "Data.IORef" ]	libs/base/Control/App.idr	new1	null
HasErr : Error -> List Error -> Type where	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	HasErr	null
Path = MayThrow \| NoThrow public export data Usage = One \| Any public export 0 Has : List (a -> Type) -> a -> Type	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	Path	States whether the program's execution path is linear or might throw exceptions so that we can know whether it is safe to reference linear resources.
SafeBind : Path -> (l' : Path) -> Type where	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	SafeBind	null
App : {default MayThrow l : Path} ->	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	App	A type supports throwing and catching exceptions. See `interface Exception err e` for details. @ l An implicit Path states whether the program's execution path is linear or might throw exceptions. The default value is `MayThrow` which represents that the program might throw. @ es A list of exception types that can be thrown. Constrained interfaces can be defined by parameterising with a list of errors `es`.
App1 : {default One u : Usage} ->	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	App1	null
AppHasIO : Type where	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	AppHasIO	When type is present in app "errors" list, app is allowed to perform I/O.
State : (tag : a) -> Type -> List Error -> Type where	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	State	null
FileEx = GenericFileEx Int -- errno \| FileReadError \| FileWriteError \| FileNotFound \| PermissionDenied \| FileExists export Show FileEx where show (GenericFileEx errno) = "File error : " ++ show errno	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	FileEx	null
IOError = GenericErr String \| FileErr FileEx export Show IOError where show (GenericErr str) = "IO error : " ++ str	data	base	[ "Data.IORef" ]	libs/base/Control/App.idr	IOError	null
inj : (0 f : a -> b) -> {auto 0 _ : Injective f} -> {0 x, y : a} -> (0 _ : f x = f y) -> x = y	function	base	[]	libs/base/Control/Function.idr	inj	null
biinj : (0 f : _) -> (0 _ : Biinjective f) => (0 _ : f x v = f y w) -> (x = y, v = w)	function	base	[]	libs/base/Control/Function.idr	biinj	null
leftmost : (0 rel : _) -> StronglyConnex ty rel => ty -> ty -> ty	function	base	[ "Control.Relation" ]	libs/base/Control/Order.idr	leftmost	Gives the leftmost of a strongly connex relation among the given two elements, generalisation of `min`. That is, leftmost x y ~ x and leftmost x y ~ y, and `leftmost x y` is either `x` or `y`
rightmost : (0 rel : _) -> StronglyConnex ty rel => ty -> ty -> ty	function	base	[ "Control.Relation" ]	libs/base/Control/Order.idr	rightmost	Gives the rightmost of a strongly connex relation among the given two elements, generalisation of `max`. That is, x ~ rightmost x y and y ~ rightmost x y, and `rightmost x y` is either `x` or `y`

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Idris2

A structured dataset of type declarations and definitions from Idris 2, a dependently typed functional programming language.

Source

Repository: https://github.com/idris-lang/Idris2
Website: https://idris-lang.org
License: BSD-3-Clause

Statistics

Property	Value
Total Entries	6,211
Functions	5,318
Data types	695
Records	198
Docstring Coverage	30.8%

Schema

Column	Type	Description
`fact`	string	Type signature or definition
`type`	string	"function", "data", or "record"
`library`	string	Idris library (base, contrib, etc.)
`imports`	list[string]	Module imports
`filename`	string	Source .idr file
`symbolic_name`	string	Declaration name
`docstring`	string	Documentation comment