Add layout grammar
This commit is contained in:
Martin Fredin
parent
bd02f52795
commit
cc5755c3a9
5 changed files with 155 additions and 176 deletions
10
Grammar.cf
10
Grammar.cf
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@ -37,7 +37,6 @@ internal MkTEVar. TEVar ::= LIdent;
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Data. Data ::= "data" Type "where" "{" [Inj] "}" ;
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Inj. Inj ::= UIdent ":" Type ;
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separator nonempty Inj " " ;
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-------------------------------------------------------------------------------
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-- * Expressions
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@ -76,8 +75,13 @@ PInj. Pattern ::= UIdent [Pattern1];
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-- * AUX
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-------------------------------------------------------------------------------
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terminator Def ";";
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terminator Branch ";" ;
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layout "of", "where", "let";
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layout stop "in";
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layout toplevel;
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separator Def ";";
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separator Branch ";" ;
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separator Inj ";";
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separator LIdent "";
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separator Type " ";
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6
Makefile
6
Makefile
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@ -3,7 +3,7 @@
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language : src/Grammar/Test
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cabal install --installdir=. --overwrite-policy=always
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src/Grammar/Test.hs src/Grammar/Lex.x src/Grammar/Par.y : Grammar.cf
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src/Grammar/Test.hs src/Grammar/Lex.x src/Grammar/Par.y src/Grammar/Layout : Grammar.cf
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bnfc -o src -d $<
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src/Grammar/Par.hs : src/Grammar/Par.y
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@ -15,8 +15,8 @@ src/Grammar/Lex.hs : src/Grammar/Lex.x
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src/Grammar/%.y : Grammar.cf
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bnfc -o src -d $<
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src/Grammar/Test : src/Grammar/Test.hs src/Grammar/Par.hs src/Grammar/Lex.hs
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ghc src/Grammar/Test.hs src/Grammar/Par.hs src/Grammar/Lex.hs src/Grammar/Abs.hs src/Grammar/Skel.hs src/Grammar/Print.hs -o src/Grammar/test
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src/Grammar/Test : src/Grammar/Test.hs src/Grammar/Par.hs src/Grammar/Lex.hs src/Grammar/Layout
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ghc src/Grammar/Test.hs src/Grammar/Par.hs src/Grammar/Lex.hs src/Grammar/Abs.hs src/Grammar/Skel.hs src/Grammar/Print.hs src/Grammar/Layout -o src/Grammar/test
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clean :
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rm -r src/Grammar
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@ -30,6 +30,8 @@ executable language
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Grammar.Print
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Grammar.Skel
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Grammar.ErrM
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Grammar.ErrM
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Grammar.Layout
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Auxiliary
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Renamer.Renamer
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TypeChecker.TypeChecker
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@ -82,6 +84,7 @@ Test-suite language-testsuite
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Grammar.Print
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Grammar.Skel
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Grammar.ErrM
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Grammar.Layout
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Auxiliary
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Monomorphizer.Monomorphizer
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Monomorphizer.MonomorphizerIr
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76
src/Main.hs
76
src/Main.hs
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@ -2,44 +2,36 @@
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module Main where
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import Codegen.Codegen (generateCode)
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import Compiler (compile)
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import Control.Monad (when)
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import Data.Bool (bool)
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import Data.List.Extra (isSuffixOf)
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import Data.Maybe (fromJust, isNothing)
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import Desugar.Desugar (desugar)
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import GHC.IO.Handle.Text (hPutStrLn)
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import Grammar.ErrM (Err)
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import Grammar.Par (myLexer, pProgram)
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import Grammar.Print (printTree)
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import LambdaLifter (lambdaLift)
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import Monomorphizer.Monomorphizer (monomorphize)
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import Renamer.Renamer (rename)
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import System.Console.GetOpt (
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ArgDescr (NoArg, ReqArg),
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ArgOrder (RequireOrder),
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OptDescr (Option),
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getOpt,
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usageInfo,
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)
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import System.Directory (
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createDirectory,
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doesPathExist,
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getDirectoryContents,
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removeDirectoryRecursive,
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setCurrentDirectory,
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)
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import System.Environment (getArgs)
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import System.Exit (
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ExitCode (ExitFailure),
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exitFailure,
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exitSuccess,
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exitWith,
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)
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import System.IO (stderr)
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import System.Process (spawnCommand, waitForProcess)
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import TypeChecker.TypeChecker (TypeChecker (Bi, Hm), typecheck)
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import Codegen.Codegen (generateCode)
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import Compiler (compile)
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import Control.Monad (when)
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import Data.Bool (bool)
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import Data.List.Extra (isSuffixOf)
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import Data.Maybe (fromJust, isNothing)
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import Desugar.Desugar (desugar)
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import GHC.IO.Handle.Text (hPutStrLn)
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import Grammar.ErrM (Err)
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import Grammar.Layout (resolveLayout)
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import Grammar.Par (myLexer, pProgram)
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import Grammar.Print (printTree)
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import LambdaLifter (lambdaLift)
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import Monomorphizer.Monomorphizer (monomorphize)
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import Renamer.Renamer (rename)
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import System.Console.GetOpt (ArgDescr (NoArg, ReqArg),
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ArgOrder (RequireOrder),
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OptDescr (Option), getOpt,
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usageInfo)
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import System.Directory (createDirectory, doesPathExist,
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getDirectoryContents,
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removeDirectoryRecursive,
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setCurrentDirectory)
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import System.Environment (getArgs)
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import System.Exit (ExitCode (ExitFailure),
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exitFailure, exitSuccess,
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exitWith)
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import System.IO (stderr)
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import System.Process (spawnCommand, waitForProcess)
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import TypeChecker.TypeChecker (TypeChecker (Bi, Hm), typecheck)
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main :: IO ()
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main = getArgs >>= parseArgs >>= uncurry main'
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@ -86,11 +78,11 @@ chooseTypechecker s options = options{typechecker = tc}
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tc = case s of
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"hm" -> pure Hm
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"bi" -> pure Bi
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_ -> Nothing
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_ -> Nothing
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data Options = Options
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{ help :: Bool
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, debug :: Bool
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{ help :: Bool
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, debug :: Bool
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, typechecker :: Maybe TypeChecker
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}
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@ -99,7 +91,7 @@ main' opts s = do
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file <- readFile s
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printToErr "-- Parse Tree -- "
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parsed <- fromSyntaxErr . pProgram $ myLexer file
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parsed <- fromSyntaxErr . pProgram . resolveLayout True $ myLexer file
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bool (printToErr $ printTree parsed) (printToErr $ show parsed) opts.debug
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printToErr "-- Desugar --"
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@ -10,6 +10,7 @@ import Test.Hspec
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import Control.Monad ((<=<))
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import Grammar.ErrM (Err, pattern Bad, pattern Ok)
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import Grammar.Layout (resolveLayout)
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import Grammar.Par (myLexer, pProgram)
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import Renamer.Renamer (rename)
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import TypeChecker.RemoveTEVar (RemoveTEVar (rmTEVar))
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@ -38,52 +39,52 @@ testTypeCheckerBidir = describe "Bidirectional type checker test" $ do
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tc_id =
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specify "Basic identity function polymorphism" $
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run
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[ "id : forall a. a -> a;"
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, "id x = x;"
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, "main = id 4;"
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[ "id : forall a. a -> a"
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, "id x = x"
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, "main = id 4"
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]
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`shouldSatisfy` ok
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tc_double =
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specify "Addition inference" $
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run
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["double x = x + x;"]
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["double x = x + x"]
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`shouldSatisfy` ok
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tc_add_lam =
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specify "Addition lambda inference" $
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run
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["four = (\\x. x + x) 2;"]
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["four = (\\x. x + x) 2"]
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`shouldSatisfy` ok
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tc_const =
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specify "Basic polymorphism with multiple type variables" $
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run
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[ "const : forall a. forall b. a -> b -> a;"
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, "const x y = x;"
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, "main = const 'a' 65;"
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[ "const : forall a. forall b. a -> b -> a"
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, "const x y = x"
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, "main = const 'a' 65"
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]
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`shouldSatisfy` ok
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tc_simple_rank2 =
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specify "Simple rank two polymorphism" $
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run
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[ "id : forall a. a -> a;"
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, "id x = x;"
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, "f : forall a. a -> (forall b. b -> b) -> a;"
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, "f x g = g x;"
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, "main = f 4 id;"
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[ "id : forall a. a -> a"
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, "id x = x"
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, "f : forall a. a -> (forall b. b -> b) -> a"
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, "f x g = g x"
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, "main = f 4 id"
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]
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`shouldSatisfy` ok
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tc_rank2 =
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specify "Rank two polymorphism is ok" $
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run
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[ "const : forall a. forall b. a -> b -> a;"
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, "const x y = x;"
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, "rank2 : forall a. forall b. a -> (forall c. c -> Int) -> b -> Int;"
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, "rank2 x f y = f x + f y;"
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, "main = rank2 3 (\\x. const 5 x : forall a. a -> Int) 'h';"
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[ "const : forall a. forall b. a -> b -> a"
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, "const x y = x"
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, "rank2 : forall a. forall b. a -> (forall c. c -> Int) -> b -> Int"
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, "rank2 x f y = f x + f y"
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, "main = rank2 3 (\\x. const 5 x : forall a. a -> Int) 'h'"
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]
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`shouldSatisfy` ok
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@ -92,20 +93,20 @@ tc_identity = describe "(∀b. b → b) should only accept the identity function
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specify "identity is accepted" $ run (fs ++ id) `shouldSatisfy` ok
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where
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fs =
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[ "f : forall a. a -> (forall b. b -> b) -> a;"
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, "f x g = g x;"
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, "id : forall a. a -> a;"
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, "id x = x;"
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, "id_int : Int -> Int;"
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, "id_int x = x;"
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[ "f : forall a. a -> (forall b. b -> b) -> a"
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, "f x g = g x"
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, "id : forall a. a -> a"
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, "id x = x"
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, "id_int : Int -> Int"
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, "id_int x = x"
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]
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id =
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[ "main : Int;"
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, "main = f 4 id;"
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[ "main : Int"
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, "main = f 4 id"
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]
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id_int =
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[ "main : Int;"
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, "main = f 4 id_int;"
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[ "main : Int"
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, "main = f 4 id_int"
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]
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tc_pair = describe "Pair. Type variables in Pair a b typechecked" $ do
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@ -113,26 +114,24 @@ tc_pair = describe "Pair. Type variables in Pair a b typechecked" $ do
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specify "Correct arguments are accepted" $ run (fs ++ correct) `shouldSatisfy` ok
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where
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fs =
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[ "data forall a. forall b. Pair (a b) where {"
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[ "data forall a. forall b. Pair (a b) where"
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, " Pair : a -> b -> Pair (a b)"
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, "};"
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, "main : Pair (Int Char);"
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, "main : Pair (Int Char)"
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]
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wrong = ["main = Pair 'a' 65;"]
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correct = ["main = Pair 65 'a';"]
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wrong = ["main = Pair 'a' 65"]
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correct = ["main = Pair 65 'a'"]
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tc_tree = describe "Tree. Recursive data type" $ do
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specify "Wrong tree is rejected" $ run (fs ++ wrong) `shouldNotSatisfy` ok
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specify "Correct tree is accepted" $ run (fs ++ correct) `shouldSatisfy` ok
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where
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fs =
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[ "data forall a. Tree (a) where {"
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[ "data forall a. Tree (a) where"
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, " Node : a -> Tree (a) -> Tree (a) -> Tree (a)"
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, " Leaf : a -> Tree (a)"
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, "};"
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]
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wrong = ["tree = Node 1 (Node 2 (Node 4) (Leaf 5)) (Leaf 3);"]
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correct = ["tree = Node 1 (Node 2 (Leaf 4) (Leaf 5)) (Leaf 3);"]
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wrong = ["tree = Node 1 (Node 2 (Node 4) (Leaf 5)) (Leaf 3)"]
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correct = ["tree = Node 1 (Node 2 (Leaf 4) (Leaf 5)) (Leaf 3)"]
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tc_mono_case = describe "Monomorphic pattern matching" $ do
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specify "First wrong case expression rejected" $
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@ -147,39 +146,34 @@ tc_mono_case = describe "Monomorphic pattern matching" $ do
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run correct2 `shouldSatisfy` ok
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where
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wrong1 =
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[ "simple : Int -> Int;"
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, "simple c = case c of {"
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, " 'F' => 0;"
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, " 'T' => 1;"
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, "};"
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[ "simple : Int -> Int"
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, "simple c = case c of"
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, " 'F' => 0"
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, " 'T' => 1"
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]
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wrong2 =
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[ "simple : Char -> Int;"
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, "simple c = case c of {"
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, " 'F' => 0;"
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, " 1 => 1;"
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, "};"
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[ "simple : Char -> Int"
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, "simple c = case c of"
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, " 'F' => 0"
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, " 1 => 1"
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]
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wrong3 =
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[ "simple : Char -> Int;"
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, "simple c = case c of {"
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, " 'F' => 0;"
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, " 'T' => '1';"
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, "};"
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[ "simple : Char -> Int"
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, "simple c = case c of"
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, " 'F' => 0"
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, " 'T' => '1'"
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]
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correct1 =
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[ "simple : Char -> Int;"
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, "simple c = case c of {"
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, " 'F' => 0;"
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, " 'T' => 1;"
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, "};"
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[ "simple : Char -> Int"
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, "simple c = case c of"
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, " 'F' => 0"
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, " 'T' => 1"
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]
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correct2 =
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[ "simple : Char -> Int;"
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, "simple c = case c of {"
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, " 'F' => 0;"
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, " _ => 1;"
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, "};"
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[ "simple : Char -> Int"
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, "simple c = case c of"
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, " 'F' => 0"
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, " _ => 1"
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]
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tc_pol_case = describe "Polymophic and recursive pattern matching" $ do
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@ -201,72 +195,63 @@ tc_pol_case = describe "Polymophic and recursive pattern matching" $ do
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run (fs ++ correct4) `shouldSatisfy` ok
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where
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fs =
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[ "data forall a. List (a) where {"
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[ "data forall a. List (a) where"
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, " Nil : List (a)"
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, " Cons : a -> List (a) -> List (a)"
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, "};"
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]
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wrong1 =
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[ "length : forall c. List (c) -> Int;"
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, "length = \\list. case list of {"
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, " Nil => 0;"
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, " Cons 6 xs => 1 + length xs;"
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, "};"
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[ "length : forall c. List (c) -> Int"
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, "length = \\list. case list of"
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, " Nil => 0"
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, " Cons 6 xs => 1 + length xs"
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]
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wrong2 =
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[ "length : forall c. List (c) -> Int;"
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, "length = \\list. case list of {"
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, " Cons => 0;"
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, " Cons x xs => 1 + length xs;"
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, "};"
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[ "length : forall c. List (c) -> Int"
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, "length = \\list. case list of"
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, " Cons => 0"
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, " Cons x xs => 1 + length xs"
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]
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wrong3 =
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[ "length : forall c. List (c) -> Int;"
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, "length = \\list. case list of {"
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, " 0 => 0;"
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, " Cons x xs => 1 + length xs;"
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, "};"
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[ "length : forall c. List (c) -> Int"
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, "length = \\list. case list of"
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, " 0 => 0"
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, " Cons x xs => 1 + length xs"
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]
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wrong4 =
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[ "elems : forall c. List (List(c)) -> Int;"
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, "elems = \\list. case list of {"
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, " Nil => 0;"
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, " Cons Nil Nil => 0;"
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, " Cons Nil xs => elems xs;"
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, " Cons (Cons Nil ys) xs => 1 + elems (Cons ys xs);"
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, "};"
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[ "elems : forall c. List (List(c)) -> Int"
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, "elems = \\list. case list of"
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, " Nil => 0"
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, " Cons Nil Nil => 0"
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, " Cons Nil xs => elems xs"
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, " Cons (Cons Nil ys) xs => 1 + elems (Cons ys xs)"
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]
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correct1 =
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[ "length : forall c. List (c) -> Int;"
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, "length = \\list. case list of {"
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, " Nil => 0;"
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, " Cons x xs => 1 + length xs;"
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, " Cons x (Cons y Nil) => 2;"
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, "};"
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[ "length : forall c. List (c) -> Int"
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, "length = \\list. case list of"
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, " Nil => 0"
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, " Cons x xs => 1 + length xs"
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, " Cons x (Cons y Nil) => 2"
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]
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correct2 =
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[ "length : forall c. List (c) -> Int;"
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, "length = \\list. case list of {"
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, " Nil => 0;"
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, " non_empty => 1;"
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, "};"
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[ "length : forall c. List (c) -> Int"
|
||||
, "length = \\list. case list of"
|
||||
, " Nil => 0"
|
||||
, " non_empty => 1"
|
||||
]
|
||||
correct3 =
|
||||
[ "length : List (Int) -> Int;"
|
||||
, "length = \\list. case list of {"
|
||||
, " Nil => 0;"
|
||||
, " Cons 1 Nil => 1;"
|
||||
, " Cons x (Cons 2 xs) => 2 + length xs;"
|
||||
, "};"
|
||||
[ "length : List (Int) -> Int"
|
||||
, "length = \\list. case list of"
|
||||
, " Nil => 0"
|
||||
, " Cons 1 Nil => 1"
|
||||
, " Cons x (Cons 2 xs) => 2 + length xs"
|
||||
]
|
||||
correct4 =
|
||||
[ "elems : forall c. List (List(c)) -> Int;"
|
||||
, "elems = \\list. case list of {"
|
||||
, " Nil => 0;"
|
||||
, " Cons Nil Nil => 0;"
|
||||
, " Cons Nil xs => elems xs;"
|
||||
, " Cons (Cons _ ys) xs => 1 + elems (Cons ys xs);"
|
||||
, "};"
|
||||
[ "elems : forall c. List (List(c)) -> Int"
|
||||
, "elems = \\list. case list of"
|
||||
, " Nil => 0"
|
||||
, " Cons Nil Nil => 0"
|
||||
, " Cons Nil xs => elems xs"
|
||||
, " Cons (Cons _ ys) xs => 1 + elems (Cons ys xs)"
|
||||
]
|
||||
|
||||
|
||||
|
|
@ -277,44 +262,39 @@ tc_infer_case = describe "Infer case expression" $ do
|
|||
run (fs ++ correct) `shouldSatisfy` ok
|
||||
where
|
||||
fs =
|
||||
[ "data Bool () where {"
|
||||
[ "data Bool () where"
|
||||
, " True : Bool ()"
|
||||
, " False : Bool ()"
|
||||
, "};"
|
||||
]
|
||||
|
||||
correct =
|
||||
[ "toBool = case 0 of {"
|
||||
, " 0 => False;"
|
||||
, " _ => True;"
|
||||
, "};"
|
||||
[ "toBool = case 0 of"
|
||||
, " 0 => False"
|
||||
, " _ => True"
|
||||
]
|
||||
|
||||
wrong =
|
||||
[ "toBool = case 0 of {"
|
||||
, " 0 => False;"
|
||||
, " _ => 1;"
|
||||
, "};"
|
||||
[ "toBool = case 0 of"
|
||||
, " 0 => False"
|
||||
, " _ => 1"
|
||||
]
|
||||
|
||||
tc_rec1 = specify "Infer simple recursive definition" $
|
||||
run ["test x = 1 + test (x + 1);"] `shouldSatisfy` ok
|
||||
run ["test x = 1 + test (x + 1)"] `shouldSatisfy` ok
|
||||
|
||||
tc_rec2 = specify "Infer recursive definition with pattern matching" $ run
|
||||
[ "data Bool () where {"
|
||||
[ "data Bool () where"
|
||||
, " False : Bool ()"
|
||||
, " True : Bool ()"
|
||||
, "};"
|
||||
|
||||
, "test = \\x. case x of {"
|
||||
, " 10 => True;"
|
||||
, " _ => test (x+1);"
|
||||
, "};"
|
||||
, "test = \\x. case x of"
|
||||
, " 10 => True"
|
||||
, " _ => test (x+1)"
|
||||
] `shouldSatisfy` ok
|
||||
|
||||
|
||||
run :: [String] -> Err T.Program
|
||||
run = rmTEVar <=< typecheck <=< pProgram . myLexer . unlines
|
||||
run = rmTEVar <=< typecheck <=< pProgram . resolveLayout True . myLexer . unlines
|
||||
|
||||
ok = \case
|
||||
Ok _ -> True
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue