idris-0.99.1: test/TestData.hs
module TestData where
import Data.IntMap as IMap
import Data.Map.Strict as Map
import Data.Set as Set
data Codegen = C | JS deriving (Show, Eq, Ord)
type Index = Int
data CompatCodegen = ANY | C_CG | NODE_CG | NONE
-- A TestFamily groups tests that share the same theme
data TestFamily = TestFamily {
-- A shorter lowcase name to use in filenames
id :: String,
-- A proper name for the test family that will be displayed
name :: String,
-- A map of test metadata:
-- - The key is the index (>=1 && <1000)
-- - The value is the set of compatible code generators,
-- or Nothing if the test doesn't depend on a code generator
tests :: IntMap (Maybe (Set Codegen))
} deriving (Show)
toCodegenSet :: CompatCodegen -> Maybe (Set Codegen)
toCodegenSet compatCodegen = fmap Set.fromList mList where
mList = case compatCodegen of
ANY -> Just [ C, JS ]
C_CG -> Just [ C ]
NODE_CG -> Just [ JS ]
NONE -> Nothing
testFamilies :: [TestFamily]
testFamilies = fmap instantiate testFamiliesData where
instantiate (id, name, testsData) = TestFamily id name tests where
tests = IMap.fromList (fmap makeSetCodegen testsData)
makeSetCodegen (index, codegens) = (index, toCodegenSet codegens)
testFamiliesForCodegen :: Codegen -> [TestFamily]
testFamiliesForCodegen codegen =
fmap (\testFamily -> testFamily {tests = IMap.filter f (tests testFamily)})
testFamilies
where
f mCodegens = case mCodegens of
Just codegens -> Set.member codegen codegens
Nothing -> True
-- The data to instanciate testFamilies
-- The first column is the id
-- The second column is the proper name (the prefix of the subfolders)
-- The third column is the data for each test
testFamiliesData :: [(String, String, [(Index, CompatCodegen)])]
testFamiliesData = [
("base", "Base",
[ ( 1, C_CG )]),
("basic", "Basic",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, C_CG ),
( 8, ANY ),
( 9, ANY ),
( 10, ANY ),
( 11, C_CG ),
( 12, ANY ),
( 13, ANY ),
( 14, ANY ),
( 15, ANY ),
( 16, ANY ),
( 17, ANY ),
( 18, ANY ),
( 19, ANY )]),
("bignum", "Bignum",
[ ( 1, ANY ),
( 2, ANY )]),
("bounded", "Bounded",
[ ( 1, ANY )]),
("corecords", "Corecords",
[ ( 1, ANY ),
( 2, ANY )]),
("delab", "De-elaboration",
[ ( 1, ANY )]),
("directives", "Directives",
[ ( 1, ANY ),
( 2, ANY )]),
("disambig", "Disambiguation",
[ ( 2, ANY )]),
("docs", "Documentation",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY )]),
("dsl", "DSL",
[ ( 1, ANY ),
( 2, C_CG ),
( 3, ANY ),
( 4, ANY )]),
("effects", "Effects",
[ ( 1, C_CG ),
( 2, C_CG ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY )]),
("error", "Errors",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, ANY ),
( 8, ANY ),
( 9, ANY )]),
("ffi", "FFI",
[ ( 1, ANY )
, ( 2, ANY )
, ( 3, ANY )
, ( 4, ANY )
, ( 5, ANY )
, ( 6, C_CG )
, ( 7, C_CG )
, ( 8, C_CG )
, ( 9, C_CG )
]),
("folding", "Folding",
[ ( 1, ANY )]),
("idrisdoc", "Idris documentation",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, ANY ),
( 8, ANY ),
( 9, ANY )]),
("interactive", "Interactive editing",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, ANY ),
( 8, ANY ),
( 9, ANY ),
( 10, ANY ),
( 11, ANY ),
( 12, ANY ),
( 13, ANY )]),
("interfaces", "Interfaces",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, ANY )]),
("io", "IO monad",
[ ( 1, C_CG ),
( 2, ANY ),
( 3, C_CG )]),
("layout", "Layout",
[ ( 1, ANY )]),
("literate", "Literate programming",
[ ( 1, ANY )]),
("meta", "Meta-programming",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY )]),
("pkg", "Packages",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, ANY ),
( 8, ANY )]),
("prelude", "Prelude",
[ ( 1, ANY )]),
("primitives", "Primitive types",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 5, C_CG ),
( 6, C_CG )]),
("proof", "Theorem proving",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, ANY ),
( 8, ANY ),
( 9, ANY ),
( 10, ANY ),
( 11, ANY )]),
("proofsearch", "Proof search",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY )]),
("pruviloj", "Pruviloj",
[ ( 1, ANY )]),
("quasiquote", "Quasiquotations",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY )]),
("records", "Records",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY )]),
("reg", "Regressions",
[ ( 2, ANY ),
( 4, ANY ),
( 5, ANY ),
( 13, ANY ),
( 16, ANY ),
( 17, ANY ),
( 20, ANY ),
( 24, ANY ),
( 25, ANY ),
( 27, ANY ),
( 29, C_CG ),
( 31, ANY ),
( 32, ANY ),
( 39, ANY ),
( 40, ANY ),
( 41, ANY ),
( 42, ANY ),
( 45, ANY ),
( 48, ANY ),
( 52, C_CG ),
( 67, ANY ),
( 75, ANY ),
( 76, ANY )]),
("regression", "Regression",
[ ( 1 , ANY ),
( 2 , ANY )]),
("sourceLocation", "Source location",
[ ( 1 , ANY )]),
("sugar", "Syntactic sugar",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, C_CG ),
( 5, ANY )]),
("syntax", "Syntax extensions",
[ ( 1, ANY ),
( 2, ANY )]),
("tactics", "Tactics",
[ ( 1, ANY )]),
("totality", "Totality checking",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, ANY ),
( 8, ANY ),
( 9, ANY ),
( 10, ANY ),
( 11, ANY ),
( 12, ANY ),
( 13, ANY ),
( 14, ANY ),
( 15, ANY ),
( 16, ANY ),
( 17, ANY ),
( 18, ANY ),
( 19, ANY ),
( 20, ANY )]),
("tutorial", "Tutorial examples",
[ ( 1, ANY ),
( 2, ANY ),
( 3, ANY ),
( 4, ANY ),
( 5, ANY ),
( 6, ANY ),
( 7, C_CG )]),
("unique", "Uniqueness types",
[ ( 1, ANY ),
( 4, ANY )]),
("universes", "Universes",
[ ( 1, ANY ),
( 2, ANY )]),
("views", "Views",
[ ( 1, ANY ),
( 2, ANY ),
( 3, C_CG )])]