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{-# OPTIONS_GHC -Wno-missing-signatures #-}
import Test.HUnit
import Control.Monad.Except
import qualified Data.Map as M
import Builtins
import Tokenizer ( tokenize )
import Parser ( parse )
import Evaluator ( evaluate )
import Lib ( runInlineScript )
import Utils
import TestUtils
tokenizeTests = testGroup "tokenize" [
do got <- expectSuccessL $ tokenize "<test>" "(+ 1 (- 10 5))"
let expected = ["(", "+", "1", "(", "-", "10", "5", ")", ")"]
assertEqual "" (map tokenContent got) expected
]
parseTests = testGroup "parse" [
do got <- expectSuccessL $ parse (map makeNonsenseToken ["(", "+", "1", "2", ")"])
let expected = [astFunctionCall
[ astSymbol "+", astInteger 1, astInteger 2 ]]
assertEqual "" got expected
, do got <- expectErrorL $ parse (map makeNonsenseToken ["(", "+", "1", "2"])
let expected = "unbalanced function call"
assertEqual "" got expected
]
evaluateTests = testGroup "evaluate" [
do let env = M.fromList [builtinAdd2] :: Env
(gotEnv, gotAST) <- expectSuccessL $ evaluate env (astFunctionCall
[astSymbol "+", astInteger 1, astInteger 2])
let expectedAST = astInteger 3
assertEqual "" gotAST expectedAST
assertEqual "" (M.keys gotEnv) (M.keys env)
]
e2eTests = testGroup "e2e" [
do let env = M.fromList [builtinSubtract2] :: Env
let script1 = "(let sub2 (\\[a b] (- a b)))\n(sub2 3 2)"
(gotEnv, gotASTs) <- expectSuccessL $ runInlineScript "<test>" env script1
let expectedEnvKeys = ["-", "sub2"]
assertEqual "" (M.keys gotEnv) expectedEnvKeys
assertEqual "" (last gotASTs) (astInteger 1)
]
testGroup label xs = TestLabel label $ TestList $ map TestCase xs
tests = [
tokenizeTests
, parseTests
, evaluateTests
, e2eTests
]
main :: IO ()
main = void $ runTestTT $ test tests
|
