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module Fractran.Test (
parserTests,
interpreterTests,
tests
) where
import Test.HUnit
import Text.Parsec.Error
import Fractran.Parser
import Fractran.Interpreter
import Fractran.Example
instance Eq Text.Parsec.Error.ParseError
parser0 = TestCase (assertEqual ""
(Right (FractranProgram [] 2))
(parseFractran "2"))
parser1 = TestCase (assertEqual ""
(Right (FractranProgram [] 2))
(parseFractran "2\n"))
parser2 = TestCase (assertEqual ""
(Right (FractranProgram [] 2))
(parseFractran "\n2"))
parser3 = TestCase (assertEqual ""
(Right (FractranProgram [(1,2)] 2))
(parseFractran "2 1/2"))
parser4 = TestCase (assertEqual ""
(Right (FractranProgram [(2,3)] 3))
(parseFractran "3\n \n2/3\n"))
interpreter0 = TestCase (assertEqual ""
[108,162,243]
(fractran (FractranProgram addition 108)))
interpreter1 = TestCase (assertEqual ""
[2,15,825,725,1925,2275,425,390,330,290,770,910,170,156,132,116,308,364,68,4]
(take 20 (fractran prime2)))
interpreter2 = TestCase (assertEqual ""
[5]
(fractran (FractranProgram addition 5)))
parserTests :: Test
parserTests = TestList [parser0, parser1,parser2, parser3, parser4]
interpreterTests :: Test
interpreterTests = TestList [interpreter0, interpreter1, interpreter2]
tests :: Test
tests = case (parserTests, interpreterTests) of
(TestList a, TestList b) -> TestList (a ++ b)
|
