3283b7db41
It's redundant, since you can always compute them from the variable, and it makes the code that deals with actuals rather cleaner. On the other hand, it slightly complicates some of the tests, because any names you use in an Actual need to be defined...
480 lines
24 KiB
Haskell
480 lines
24 KiB
Haskell
{-
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Tock: a compiler for parallel languages
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Copyright (C) 2007 University of Kent
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This program is free software; you can redistribute it and/or modify it
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under the terms of the GNU General Public License as published by the
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Free Software Foundation, either version 2 of the License, or (at your
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option) any later version.
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This program is distributed in the hope that it will be useful, but
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WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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General Public License for more details.
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You should have received a copy of the GNU General Public License along
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with this program. If not, see <http://www.gnu.org/licenses/>.
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-}
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-- #ignore-exports
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-- | This file has tests for various Rain passes. The tests are quite nasty to look at.
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-- They usually consist of a hand-constructed AST fragment that is the input to the test.
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-- The expected output is either a resulting AST, or a check on the items matched in the pattern.
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-- This stuff is all built on top of the Pattern system, which you can find more about in the
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-- Pattern, TreeUtils and TestUtils module. Briefly, it is an easy way to match an actual test
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-- result against an expected pattern, that may have special features in it. See the other module
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-- documentation.
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--
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-- TODO document each test in this file.
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module RainPassesTest (tests) where
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import Control.Monad.State
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import Control.Monad.Identity
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import Data.Generics
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import qualified Data.Map as Map
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import Test.HUnit hiding (State)
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import qualified AST as A
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import CompState
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import Errors
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import Metadata
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import Pattern
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import RainPasses
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import RainTypes
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import TagAST
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import TestUtils
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import TreeUtils
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m :: Meta
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m = emptyMeta
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-- | A helper function that returns a simple A.Structured A.Process item (A.Only m $ A.Skip m).
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skipP :: A.Structured A.Process
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skipP = A.Only m (A.Skip m)
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-- | A function that tries to cast a given value into the return type, and dies (using "dieInternal")
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-- if the cast isn't valid.
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castAssertADI :: (Typeable b) => Maybe AnyDataItem -> IO b
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castAssertADI x = case (castADI x) of
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Just y -> return y
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Nothing -> dieInternal (Nothing, "Pattern successfully matched but did not find item afterwards")
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makeRange :: Integer -> Integer -> A.Expression
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makeRange b e = A.Dyadic emptyMeta A.Add (intLiteral 1)
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(A.Dyadic emptyMeta A.Subtr (intLiteral e) (intLiteral b))
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testEachRangePass0 :: Test
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testEachRangePass0 = TestCase $ testPass "testEachRangePass0" exp (transformEachRange orig) (return ())
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where
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orig = A.Par m A.PlainPar $ A.Rep m
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(A.ForEach m (simpleName "x") (A.ExprConstr m (A.RangeConstr m
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undefined (intLiteral 0) (intLiteral 9))))
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(A.Only m (makeSimpleAssign "c" "x"))
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exp = A.Par m A.PlainPar $ A.Rep m
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(A.For m (simpleName "x") (intLiteral 0) (makeRange 0 9))
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(A.Only m (makeSimpleAssign "c" "x"))
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testEachRangePass1 :: Test
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testEachRangePass1 = TestCase $ testPass "testEachRangePass1" exp (transformEachRange orig) (return ())
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where
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orig = A.Par m A.PlainPar $ A.Rep m
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(A.ForEach m (simpleName "x") (A.ExprConstr m (A.RangeConstr m undefined
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(intLiteral (-5)) (intLiteral (-2)))))
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(A.Only m (makeSimpleAssign "c" "x"))
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exp = A.Par m A.PlainPar $ A.Rep m
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(A.For m (simpleName "x") (intLiteral (-5)) (makeRange (-5)
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(-2)))
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(A.Only m (makeSimpleAssign "c" "x"))
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testEachRangePass2 :: Test
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testEachRangePass2 = TestCase $ testPass "testEachRangePass2" exp (transformEachRange orig) (return ())
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where
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orig = A.Seq m $ A.Rep m
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(A.ForEach m (simpleName "x") (A.ExprConstr m (A.RangeConstr m undefined
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(intLiteral 6) (intLiteral 6))))
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(A.Only m (makeSimpleAssign "c" "x"))
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exp = A.Seq m $ A.Rep m
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(A.For m (simpleName "x") (intLiteral 6) (makeRange 6 6))
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(A.Only m (makeSimpleAssign "c" "x"))
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testEachRangePass3 :: Test
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testEachRangePass3 = TestCase $ testPass "testEachRangePass3" exp (transformEachRange orig) (return ())
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where
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orig = A.Seq m $ A.Rep m
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(A.ForEach m (simpleName "x") (A.ExprConstr m (A.RangeConstr m undefined
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(intLiteral 6) (intLiteral 0))))
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(A.Only m (makeSimpleAssign "c" "x"))
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exp = A.Seq m $ A.Rep m
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(A.For m (simpleName "x") (intLiteral 6) (makeRange 6 0))
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(A.Only m (makeSimpleAssign "c" "x"))
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-- | Test variable is made unique in a declaration:
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testUnique0 :: Test
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testUnique0 = TestCase $ testPassWithItemsStateCheck "testUnique0" exp (uniquifyAndResolveVars orig) (return ()) check
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where
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orig = A.Spec m (A.Specification m (simpleName "c") $ A.Declaration m A.Byte) skipP
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exp = mSpecP (tag3 A.Specification DontCare ("newc"@@DontCare) $ A.Declaration m A.Byte) skipP
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check (items,state)
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= do newcName <- castAssertADI (Map.lookup "newc" items)
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assertNotEqual "testUnique0: Variable was not made unique" "c" (A.nameName newcName)
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assertVarDef "testUnique0: Variable was not recorded" state (A.nameName newcName)
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(tag7 A.NameDef DontCare (A.nameName newcName) "c" A.VariableName (A.Declaration m A.Byte) A.Original A.Unplaced)
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-- | Tests that two declarations of a variable with the same name are indeed made unique:
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testUnique1 :: Test
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testUnique1 = TestCase $ testPassWithItemsStateCheck "testUnique1" exp (uniquifyAndResolveVars orig) (return ()) check
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where
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orig = A.Several m [A.Spec m (A.Specification m (simpleName "c") $ A.Declaration m A.Byte ) skipP,
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A.Spec m (A.Specification m (simpleName "c") $ A.Declaration m A.Int64 ) skipP]
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exp = mSeveralP [mSpecP (tag3 A.Specification DontCare ("newc0"@@DontCare) $ A.Declaration m A.Byte ) skipP,
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mSpecP (tag3 A.Specification DontCare ("newc1"@@DontCare) $ A.Declaration m A.Int64 ) skipP]
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check (items,state)
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= do newc0Name <- castAssertADI (Map.lookup "newc0" items)
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newc1Name <- castAssertADI (Map.lookup "newc1" items)
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assertNotEqual "testUnique1: Variable was not made unique" "c" (A.nameName newc0Name)
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assertNotEqual "testUnique1: Variable was not made unique" "c" (A.nameName newc1Name)
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assertNotEqual "testUnique1: Variables were not made unique" (A.nameName newc0Name) (A.nameName newc1Name)
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assertVarDef "testUnique1: Variable was not recorded" state (A.nameName newc0Name)
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(tag7 A.NameDef DontCare (A.nameName newc0Name) "c" A.VariableName (A.Declaration m A.Byte ) A.Original A.Unplaced)
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assertVarDef "testUnique1: Variable was not recorded" state (A.nameName newc1Name)
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(tag7 A.NameDef DontCare (A.nameName newc1Name) "c" A.VariableName (A.Declaration m A.Int64 ) A.Original A.Unplaced)
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-- | Tests that the unique pass does resolve the variables that are in scope
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testUnique2 :: Test
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testUnique2 = TestCase $ testPassWithItemsStateCheck "testUnique2" exp (uniquifyAndResolveVars orig) (return ()) check
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where
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orig = A.Spec m (A.Specification m (simpleName "c") $ A.Declaration m A.Byte ) (A.Only m $ makeSimpleAssign "c" "d")
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exp = mSpecP (tag3 A.Specification DontCare ("newc"@@DontCare) $ A.Declaration m A.Byte )
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(mOnlyP' m $ tag3 A.Assign DontCare [tag2 A.Variable DontCare ("newc"@@DontCare)] (tag2 A.ExpressionList DontCare [(exprVariable "d")]))
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check (items,state) = do newcName <- castAssertADI (Map.lookup "newc" items)
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assertNotEqual "testUnique2: Variable was not made unique" "c" (A.nameName newcName)
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testUnique2b :: Test
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testUnique2b = TestCase $ testPassWithItemsStateCheck "testUnique2b" exp (uniquifyAndResolveVars orig) (return ()) check
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where
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orig = A.Spec m (A.Specification m (simpleName "c") $ A.Declaration m A.Byte ) $
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A.Several m [(A.Only m $ makeSimpleAssign "c" "d"),(A.Only m $ makeSimpleAssign "c" "e")]
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exp = mSpecP (tag3 A.Specification DontCare ("newc"@@DontCare) $ A.Declaration m A.Byte ) $
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mSeveralP [
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(mOnlyP' m $ tag3 A.Assign DontCare [tag2 A.Variable DontCare ("newc"@@DontCare)] (tag2 A.ExpressionList DontCare [(exprVariable "d")]))
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,(mOnlyP' m $ tag3 A.Assign DontCare [tag2 A.Variable DontCare ("newc"@@DontCare)] (tag2 A.ExpressionList DontCare [(exprVariable "e")]))
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]
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check (items,state) = do newcName <- castAssertADI (Map.lookup "newc" items)
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assertNotEqual "testUnique2: Variable was not made unique" "c" (A.nameName newcName)
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-- | Tests that proc names are recorded, but not made unique (because they might be exported), and not resolved either
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testUnique3 :: Test
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testUnique3 = TestCase $ testPassWithItemsStateCheck "testUnique3" exp (uniquifyAndResolveVars orig) (return ()) check
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where
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orig = A.Spec m (A.Specification m (procName "foo") $ A.Proc m A.PlainSpec [] $ A.Skip m) (A.Only m $ A.ProcCall m (procName "foo") [])
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exp = orig
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check (items,state) = assertVarDef "testUnique3: Variable was not recorded" state "foo"
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(tag7 A.NameDef DontCare "foo" "foo" A.ProcName (A.Proc m A.PlainSpec [] $ A.Skip m) A.Original A.Unplaced)
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-- | Tests that parameters are uniquified and resolved:
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testUnique4 :: Test
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testUnique4 = TestCase $ testPassWithItemsStateCheck "testUnique4" exp (uniquifyAndResolveVars orig) (return ()) check
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where
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orig = A.Spec m (A.Specification m (procName "foo") $ A.Proc m A.PlainSpec [A.Formal A.ValAbbrev A.Byte $ simpleName "c"] $
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A.ProcCall m (procName "foo") [A.ActualExpression $ exprVariable "c"]) (skipP)
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exp = mSpecP
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(tag3 A.Specification DontCare (procNamePattern "foo") $ tag4 A.Proc DontCare A.PlainSpec
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[tag3 A.Formal A.ValAbbrev A.Byte newc]
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(bodyPattern newc)
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)
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skipP
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bodyPattern n = (tag3 A.ProcCall DontCare (procNamePattern "foo")
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[tag1 A.ActualExpression $ tag2 A.ExprVariable DontCare $ tag2 A.Variable DontCare n]
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)
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newc = Named "newc" DontCare
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check (items,state)
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= do newcName <- castAssertADI (Map.lookup "newc" items)
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assertNotEqual "testUnique4: Variable was not made unique" "c" (A.nameName newcName)
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assertVarDef "testUnique4: Variable was not recorded" state (A.nameName newcName)
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(tag7 A.NameDef DontCare (A.nameName newcName) "c" A.VariableName (A.Declaration m A.Byte ) A.ValAbbrev A.Unplaced)
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assertVarDef "testUnique4: Variable was not recorded" state "foo"
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(tag7 A.NameDef DontCare "foo" "foo" A.ProcName (tag4 A.Proc DontCare A.PlainSpec
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[tag3 A.Formal A.ValAbbrev A.Byte newcName] (bodyPattern newcName)) A.Original A.Unplaced)
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-- TODO check that doing {int : c; { int: c; } } does give an error
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-- TODO check that declaring a new proc with the same name as an old one does give an error
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-- | checks that c's type is recorded in: ***each (c : "hello") {}
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testRecordInfNames0 :: Test
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testRecordInfNames0 = TestCase $ testPassWithStateCheck "testRecordInfNames0" exp (recordInfNameTypes orig) (return ()) check
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where
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orig = (A.Rep m (A.ForEach m (simpleName "c") (makeLiteralStringRain "hello")) skipP)
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exp = orig
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check state = assertVarDef "testRecordInfNames0" state "c"
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(tag7 A.NameDef DontCare "c" "c" A.VariableName (A.Declaration m A.Byte ) A.Abbrev A.Unplaced)
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-- | checks that c's type is recorded in: ***each (c : str) {}, where str is known to be of type string
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testRecordInfNames1 :: Test
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testRecordInfNames1 = TestCase $ testPassWithStateCheck "testRecordInfNames1" exp (recordInfNameTypes orig) (startState') check
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where
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startState' :: State CompState ()
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startState' = do defineName (simpleName "str") $ simpleDef "str" (A.Declaration m (A.List A.Byte) )
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orig = (A.Rep m (A.ForEach m (simpleName "c") (exprVariable "str")) skipP)
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exp = orig
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check state = assertVarDef "testRecordInfNames1" state "c"
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(tag7 A.NameDef DontCare "c" "c" A.VariableName (A.Declaration m A.Byte ) A.Abbrev A.Unplaced)
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-- | checks that c's and d's type are recorded in: ***each (c : multi) { seqeach (d : c) {} } where multi is known to be of type [string]
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testRecordInfNames2 :: Test
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testRecordInfNames2 = TestCase $ testPassWithStateCheck "testRecordInfNames2" exp (recordInfNameTypes orig) (startState') check
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where
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startState' :: State CompState ()
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startState' = do defineName (simpleName "multi") $ simpleDef "multi" (A.Declaration m (A.List $ A.List A.Byte) )
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orig = A.Rep m (A.ForEach m (simpleName "c") (exprVariable "multi")) $
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A.Only m $ A.Seq m $ A.Rep m (A.ForEach m (simpleName "d") (exprVariable "c")) skipP
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exp = orig
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check state = do assertVarDef "testRecordInfNames2" state "c"
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(tag7 A.NameDef DontCare "c" "c" A.VariableName (A.Declaration m (A.List A.Byte) ) A.Abbrev A.Unplaced)
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assertVarDef "testRecordInfNames2" state "d"
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(tag7 A.NameDef DontCare "d" "d" A.VariableName (A.Declaration m A.Byte ) A.Abbrev A.Unplaced)
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-- | checks that doing a foreach over a non-array type is barred:
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testRecordInfNames3 :: Test
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testRecordInfNames3 = TestCase $ testPassShouldFail "testRecordInfNames3" (recordInfNameTypes orig) (return ())
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where
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orig = A.Rep m (A.ForEach m (simpleName "c") (intLiteral 0)) skipP
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--Easy way to string two passes together; creates a pass-like function that applies the left-hand pass then the right-hand pass. Associative.
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(>>>) :: Monad m => (a -> m b) -> (b -> m c) -> a -> m c
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(>>>) f0 f1 x = (f0 x) >>= f1
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--Normally, process names in Rain are not mangled. And this should be fine in all cases - but not for the main process (which would
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--result in a function called main. Therefore we must mangle main. Ideally into a nonce, but for now into ____main
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--TODO check recursive main function works
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testFindMain0 :: Test
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testFindMain0 = TestCase $ testPassWithItemsStateCheck "testFindMain0" exp ((uniquifyAndResolveVars >>> findMain) orig) (return ()) check
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where
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orig = A.Spec m (A.Specification m (A.Name m A.ProcName "main") $ A.Proc m A.PlainSpec [] (A.Skip m)) $ A.Several m [] :: A.AST
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exp = mSpecAST (tag3 A.Specification DontCare (tag3 A.Name DontCare A.ProcName ("main"@@DontCare)) $
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tag4 A.Proc DontCare A.PlainSpec ([] :: [A.Formal]) (tag1 A.Skip DontCare)) $ mSeveralAST ([] :: [A.AST])
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check (items,state)
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= do mainName <- castAssertADI (Map.lookup "main" items)
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assertNotEqual "testFindMain0 A" "main" mainName
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assertEqual "testFindMain0 B" [(mainName,(A.Name m A.ProcName mainName))] (csMainLocals state)
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assertVarDef "testFindMain0 C" state mainName
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(tag7 A.NameDef DontCare mainName "main" A.ProcName DontCare A.Original A.Unplaced)
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testFindMain1 :: Test
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testFindMain1 = TestCase $ testPassWithStateCheck "testFindMain1" orig ((uniquifyAndResolveVars >>> findMain) orig) (return ()) check
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where
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orig = A.Spec m (A.Specification m (A.Name m A.ProcName "foo") $ A.Proc m A.PlainSpec [] (A.Skip m)) $ A.Several m ([] :: [A.AST])
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check state = assertEqual "testFindMain1" [] (csMainLocals state)
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testFindMain2 :: Test
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testFindMain2 = TestCase $ testPassWithItemsStateCheck "testFindMain2" exp ((uniquifyAndResolveVars >>> findMain) orig) (return ()) check
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where
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inner = A.Spec m (A.Specification m (A.Name m A.ProcName "foo") $ A.Proc m A.PlainSpec [] (A.Skip m)) $
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A.Several m ([] :: [A.AST])
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orig = A.Spec m (A.Specification m (A.Name m A.ProcName "main") $ A.Proc m A.PlainSpec [] (A.Skip m)) inner
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exp = mSpecAST (tag3 A.Specification DontCare (tag3 A.Name DontCare A.ProcName ("main"@@DontCare)) $
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tag4 A.Proc DontCare A.PlainSpec ([] :: [A.Formal]) (tag1 A.Skip DontCare)) (stopCaringPattern m $ mkPattern inner)
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check (items,state)
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= do mainName <- castAssertADI (Map.lookup "main" items)
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assertNotEqual "testFindMain2 A" "main" mainName
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assertEqual "testFindMain2 B" [(mainName,(A.Name m A.ProcName mainName))] (csMainLocals state)
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testParamPass ::
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String -- ^ The test name
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-> Maybe [A.Formal] -- ^ The parameters of a process\/function to optionally define
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-> [A.Actual] -- ^ The parameters of the process\/function call
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-> Maybe [A.Actual] -- ^ The result (or Nothing if failure is expected)
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-> Test
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testParamPass testName formals params transParams
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= case transParams of
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Just act -> TestList [TestCase $ testPass (testName ++ "/process") (expProc act) (matchParamPass origProc) startStateProc,
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TestCase $ testPass (testName ++ "/function") (expFunc act) (matchParamPass origFunc) startStateFunc]
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Nothing -> TestList [TestCase $ testPassShouldFail (testName ++ "/process") (matchParamPass origProc) startStateProc,
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TestCase $ testPassShouldFail (testName ++ "/function") (matchParamPass origFunc) startStateFunc]
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where
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startStateProc :: State CompState ()
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startStateProc = do defineName (simpleName "x") $ simpleDefDecl "x" (A.UInt16)
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case formals of
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Nothing -> return ()
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Just formals' -> defineName (procName "foo") $ simpleDef "foo" $ A.Proc m A.PlainSpec formals' (A.Skip m)
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startStateFunc :: State CompState ()
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startStateFunc = do defineName (simpleName "x") $ simpleDefDecl "x" (A.UInt16)
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case formals of
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Nothing -> return ()
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Just formals' -> defineName (funcName "foo") $ simpleDef "foo" $ A.Function m A.PlainSpec [A.Byte] formals' (Left $ A.Only m $ A.ExpressionList m [])
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origProc = A.ProcCall m (procName "foo") params
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expProc ps = A.ProcCall m (procName "foo") ps
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origFunc = A.FunctionCall m (funcName "foo") (deActualise params)
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expFunc ps = A.FunctionCall m (funcName "foo") (deActualise ps)
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deActualise :: [A.Actual] -> [A.Expression]
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deActualise = map deActualise'
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deActualise' :: A.Actual -> A.Expression
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deActualise' (A.ActualVariable v) = A.ExprVariable m v
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deActualise' (A.ActualExpression e) = e
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-- | Test no-params:
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testParamPass0 :: Test
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testParamPass0 = testParamPass "testParamPass0" (Just []) [] (Just [])
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-- | Test param of right type:
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testParamPass1 :: Test
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testParamPass1 = testParamPass "testParamPass1"
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(Just [A.Formal A.ValAbbrev A.UInt16 (simpleName "p0")])
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[A.ActualVariable (variable "x")]
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(Just [A.ActualVariable (variable "x")])
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-- | Test up-casts:
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testParamPass2 :: Test
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testParamPass2 = testParamPass "testParamPass2"
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(Just [A.Formal A.ValAbbrev A.Int32 (simpleName "p0"),A.Formal A.ValAbbrev A.UInt32 (simpleName "p1")])
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[A.ActualVariable (variable "x"),A.ActualVariable (variable "x")]
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(Just [A.ActualExpression $ A.Conversion m A.DefaultConversion A.Int32 (exprVariable "x"),
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A.ActualExpression $ A.Conversion m A.DefaultConversion A.UInt32 (exprVariable "x")])
|
|
|
|
-- | Test invalid implicit down-cast:
|
|
testParamPass3 :: Test
|
|
testParamPass3 = testParamPass "testParamPass3"
|
|
(Just [A.Formal A.ValAbbrev A.Int8 (simpleName "p0"),A.Formal A.ValAbbrev A.UInt32 (simpleName "p1")])
|
|
[A.ActualVariable (variable "x"),A.ActualVariable (variable "x")]
|
|
Nothing
|
|
|
|
-- | Test explicit down-cast:
|
|
testParamPass4 :: Test
|
|
testParamPass4 = testParamPass "testParamPass4"
|
|
(Just [A.Formal A.ValAbbrev A.Int8 (simpleName "p0"),A.Formal A.ValAbbrev A.UInt16 (simpleName "p1")])
|
|
[A.ActualExpression $ A.Conversion m A.DefaultConversion A.Int8 (exprVariable "x"),A.ActualVariable (variable "x")]
|
|
(Just [A.ActualExpression $ A.Conversion m A.DefaultConversion A.Int8 (exprVariable "x"),
|
|
A.ActualVariable (variable "x")])
|
|
|
|
-- | Test too few parameters:
|
|
testParamPass5 :: Test
|
|
testParamPass5 = testParamPass "testParamPass5"
|
|
(Just [A.Formal A.ValAbbrev A.UInt16 (simpleName "p0")])
|
|
[]
|
|
Nothing
|
|
|
|
-- | Test too many parameters:
|
|
testParamPass6 :: Test
|
|
testParamPass6 = testParamPass "testParamPass6"
|
|
(Just [A.Formal A.ValAbbrev A.UInt16 (simpleName "p0")])
|
|
[A.ActualVariable (variable "x"),A.ActualVariable (variable "x")]
|
|
Nothing
|
|
|
|
-- | Test unknown process:
|
|
testParamPass7 :: Test
|
|
testParamPass7 = testParamPass "testParamPass7"
|
|
Nothing
|
|
[A.ActualVariable (variable "x"),A.ActualVariable (variable "x")]
|
|
Nothing
|
|
|
|
-- | Test calling something that is not a process:
|
|
testParamPass8 :: Test
|
|
testParamPass8 = TestList [TestCase $ testPassShouldFail "testParamPass8/process" (matchParamPass origProc) (startState'),
|
|
TestCase $ testPassShouldFail "testParamPass8/function" (matchParamPass origFunc) (startState')]
|
|
where
|
|
startState' :: State CompState ()
|
|
startState' = do defineName (simpleName "x") $ simpleDefDecl "x" (A.UInt16)
|
|
origProc = A.ProcCall m (procName "x") []
|
|
origFunc = A.FunctionCall m (funcName "x") []
|
|
|
|
--TODO test passing in channel ends
|
|
|
|
-- | Transform an example list
|
|
testRangeRepPass0 :: Test
|
|
testRangeRepPass0 = TestCase $ testPass "testRangeRepPass0" exp (transformRangeRep orig) (return())
|
|
where
|
|
orig = A.ExprConstr m $ A.RangeConstr m A.Byte (intLiteral 0) (intLiteral 1)
|
|
exp = tag2 A.ExprConstr DontCare $ mRepConstr A.Byte
|
|
(mFor ("repIndex"@@DontCare) (intLiteral 0) (makeRange 0 1))
|
|
(tag2 A.ExprVariable DontCare $ tag2 A.Variable DontCare $ "repIndex"@@DontCare)
|
|
|
|
--TODO consider/test pulling up the definitions of variables involved in return statements in functions
|
|
|
|
-- | Test a fairly standard function:
|
|
testCheckFunction0 :: Test
|
|
testCheckFunction0 = TestCase $ testPass "testCheckFunction0" orig (checkFunction orig) (return ())
|
|
where
|
|
orig = A.Specification m (procName "id") $
|
|
A.Function m A.PlainSpec [A.Byte] [A.Formal A.ValAbbrev A.Byte (simpleName "x")] $ Right
|
|
(A.Seq m $ A.Several m [A.Only m $ A.Assign m [variable "id"] $ A.ExpressionList m [exprVariable "x"]])
|
|
|
|
-- | Test a function without a return as the final statement:
|
|
testCheckFunction1 :: Test
|
|
testCheckFunction1 = TestCase $ testPassShouldFail "testCheckunction1" (checkFunction orig) (return ())
|
|
where
|
|
orig = A.Specification m (procName "brokenid") $
|
|
A.Function m A.PlainSpec [A.Byte] [A.Formal A.ValAbbrev A.Byte (simpleName "x")] $
|
|
(Right $ A.Seq m $ A.Several m [])
|
|
|
|
testPullUpParDecl0 :: Test
|
|
testPullUpParDecl0 = TestCase $ testPass "testPullUpParDecl0" orig (pullUpParDeclarations orig) (return ())
|
|
where
|
|
orig = A.Par m A.PlainPar (A.Several m [])
|
|
|
|
testPullUpParDecl1 :: Test
|
|
testPullUpParDecl1 = TestCase $ testPass "testPullUpParDecl1" exp (pullUpParDeclarations orig) (return ())
|
|
where
|
|
orig = A.Par m A.PlainPar $
|
|
A.Spec m (A.Specification m (simpleName "x") $ A.Declaration m A.Int) (A.Several m [])
|
|
exp = A.Seq m $ A.Spec m (A.Specification m (simpleName "x") $ A.Declaration m A.Int) (A.Only m $ A.Par m A.PlainPar $ A.Several m [])
|
|
|
|
testPullUpParDecl2 :: Test
|
|
testPullUpParDecl2 = TestCase $ testPass "testPullUpParDecl2" exp (pullUpParDeclarations orig) (return ())
|
|
where
|
|
orig = A.Par m A.PlainPar $
|
|
A.Spec m (A.Specification m (simpleName "x") $ A.Declaration m A.Int) $
|
|
A.Spec m (A.Specification m (simpleName "y") $ A.Declaration m A.Byte) $
|
|
(A.Several m [])
|
|
exp = A.Seq m $ A.Spec m (A.Specification m (simpleName "x") $ A.Declaration m A.Int)
|
|
$ A.Spec m (A.Specification m (simpleName "y") $ A.Declaration m A.Byte)
|
|
(A.Only m $ A.Par m A.PlainPar $ A.Several m [])
|
|
|
|
---Returns the list of tests:
|
|
tests :: Test
|
|
tests = TestLabel "RainPassesTest" $ TestList
|
|
[
|
|
testEachRangePass0
|
|
,testEachRangePass1
|
|
,testEachRangePass2
|
|
,testEachRangePass3
|
|
,testUnique0
|
|
,testUnique1
|
|
,testUnique2
|
|
,testUnique2b
|
|
,testUnique3
|
|
,testUnique4
|
|
,testRecordInfNames0
|
|
,testRecordInfNames1
|
|
,testRecordInfNames2
|
|
,testRecordInfNames3
|
|
,testFindMain0
|
|
,testFindMain1
|
|
,testFindMain2
|
|
,testParamPass0
|
|
,testParamPass1
|
|
,testParamPass2
|
|
,testParamPass3
|
|
,testParamPass4
|
|
,testParamPass5
|
|
,testParamPass6
|
|
,testParamPass7
|
|
,testParamPass8
|
|
,testRangeRepPass0
|
|
,testCheckFunction0
|
|
,testCheckFunction1
|
|
,testPullUpParDecl0
|
|
,testPullUpParDecl1
|
|
,testPullUpParDecl2
|
|
]
|
|
|
|
|