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{-# LANGUAGE OverloadedStrings #-}
module Parsing.CombinatorsTest
( suite
) where
import Text.Edifact.Parsing
import Text.Edifact.Types
import Data.Text (Text, unpack)
import Text.Parsec (eof)
import Test.Framework
import Test.Framework.Providers.HUnit (testCase)
import Test.HUnit ((@?=))
suite :: Test
suite =
testGroup "Combinators"
[ testMessage
, testSegmentGroup
, testSegment
, testComposite
]
testMessage :: Test
testMessage =
testGroup "Message"
[ testGroup "repeated"
[ expectSuccess messageABCDEF "TAG'" $
Message "ABCDEF" [ "0010" .= Group "sg1" [ "010" .= Segment "TAG" []
, ("020", [])
]
]
, expectSuccess messageABCDEF "TAG'TAG'" $
Message "ABCDEF" [ "0010" .= Group "sg1" [ ("010", [ Segment "TAG" []
, Segment "TAG" []
])
, ("020", [])
]
]
, expectFailure messageABCDEF "TAG'TAG'TAG'"
, expectSuccess messageABCDEF "TAG'ANN'" $
Message "ABCDEF" [ "0010" .= Group "sg1" [ "010" .= Segment "TAG" []
, "020" .= Segment "ANN" []
]
]
, expectSuccess messageABCDEF "ANN'" $
Message "ABCDEF" [ "0010" .= Group "sg1" [ ("010", [])
, "020" .= Segment "ANN" []
]
]
]
, testGroup "mandatory repeated"
[ expectSuccess messageGHIJKL "TAG'" $
Message "GHIJKL" [ "0010" .= Group "sg2" [ "010" .= Segment "TAG" []
, ("020", [])
]
]
, expectSuccess messageGHIJKL "TAG'TAG'" $
Message "GHIJKL" [ "0010" .= Group "sg2" [ ("010", [ Segment "TAG" []
, Segment "TAG" []
])
, ("020", [])
]
]
, expectFailure messageGHIJKL "TAG'TAG'TAG'"
, expectSuccess messageGHIJKL "TAG'ANN'" $
Message "GHIJKL" [ "0010" .= Group "sg2" [ "010" .= Segment "TAG" []
, "020" .= Segment "ANN" []
]
]
, expectFailure messageGHIJKL "ANN'"
]
]
messageABCDEF :: Parser Value
messageABCDEF = message "ABCDEF" [ once sg1 @. "0010"
]
messageGHIJKL :: Parser Value
messageGHIJKL = message "GHIJKL" [ once sg2 @. "0010"
]
testSegmentGroup :: Test
testSegmentGroup =
testGroup "Segment Group"
[ testGroup "repeated"
[ expectSuccess sg1 "TAG'" $
Group "sg1" [ "010" .= Segment "TAG" []
, ("020", [])
]
, expectSuccess sg1 "TAG'TAG'" $
Group "sg1" [ ("010", [ Segment "TAG" []
, Segment "TAG" []
])
, ("020", [])
]
, expectFailure sg1 "TAG'TAG'TAG'"
, expectSuccess sg1 "TAG'ANN'" $
Group "sg1" [ "010" .= Segment "TAG" []
, "020" .= Segment "ANN" []
]
, expectSuccess sg1 "ANN'" $
Group "sg1" [ ("010", [])
, "020" .= Segment "ANN" []
]
]
, testGroup "mandatory repeated"
[ expectSuccess sg2 "TAG'" $
Group "sg2" [ "010" .= Segment "TAG" []
, ("020", [])
]
, expectSuccess sg2 "TAG'TAG'" $
Group "sg2" [ ("010", [ Segment "TAG" []
, Segment "TAG" []
])
, ("020", [])
]
, expectFailure sg2 "TAG'TAG'TAG'"
, expectSuccess sg2 "TAG'ANN'" $
Group "sg2" [ "010" .= Segment "TAG" []
, "020" .= Segment "ANN" []
]
, expectFailure sg2 "ANN'"
]
]
sg1 :: Parser Value
sg1 = segmentGroup "sg1" [ repeated 2 segmentTAG @. "010"
, repeated 9 segmentANN @. "020"
]
sg2 :: Parser Value
sg2 = segmentGroup "sg2" [ repeatedAtLeastOnce 2 segmentTAG @. "010"
, repeated 9 segmentANN @. "020"
]
segmentTAG :: Parser Value
segmentTAG =
segment "TAG" [ optional s01 @. "010"
, optional s02 @. "020"
, optional s03 @. "030"
, optional c01 @. "040"
]
segmentANN :: Parser Value
segmentANN =
segment "ANN" [ optional s01 @. "010"
]
s01 :: Parser Value
s01 = simple "S01" an2
s02 :: Parser Value
s02 = simple "S02" an2
s03 :: Parser Value
s03 = simple "S03" an2
s04 :: Parser Value
s04 = simple "S04" an2
s05 :: Parser Value
s05 = simple "S05" an2
s06 :: Parser Value
s06 = simple "S06" an2
c01 :: Parser Value
c01 = composite "C01" [ mandatory s04 @. "010"
, mandatory s05 @. "020"
, mandatory s06 @. "030"
]
testSegment :: Test
testSegment =
let parser = segment "TAG" [ optional s01 @. "010"
, optional s02 @. "020"
, optional s03 @. "030"
, optional c01 @. "040"
]
parser2 = segment "TAG" [ mandatory s01 @. "010"
, optional s02 @. "020"
, optional s03 @. "030"
]
in testGroup "Segment"
[ expectSuccess parser "TAG'" $
Segment "TAG" []
, expectSuccess parser "TAG+DE+DE+DE+CE:CE:CE'" $
Segment "TAG" [ "010" .= Simple "S01" "DE"
, "020" .= Simple "S02" "DE"
, "030" .= Simple "S03" "DE"
, "040" .= Composite "C01" [ "010" .= Simple "S04" "CE"
, "020" .= Simple "S05" "CE"
, "030" .= Simple "S06" "CE"
]
]
, expectFailure parser "TAG+DE+DE+CE:CE:CE'"
, expectSuccess parser "TAG+DE++DE+CE:CE:CE'" $
Segment "TAG" [ "010" .= Simple "S01" "DE"
, ("020", Nothing)
, "030" .= Simple "S03" "DE"
, "040" .= Composite "C01" [ "010" .= Simple "S04" "CE"
, "020" .= Simple "S05" "CE"
, "030" .= Simple "S06" "CE"
]
]
, expectSuccess parser2 "TAG+DE+DE'" $
Segment "TAG" [ "010" .= Simple "S01" "DE"
, "020" .= Simple "S02" "DE"
]
, expectSuccess parser2 "TAG+DE'" $
Segment "TAG" [ "010" .= Simple "S01" "DE"
]
, expectSuccess parser2 "TAG+DE++DE'" $
Segment "TAG" [ "010" .= Simple "S01" "DE"
, ("020", Nothing)
, "030" .= Simple "S03" "DE"
]
]
testComposite :: Test
testComposite =
let parser = compositeX001
in testGroup "Composite"
[ expectSuccess parser "" $
Composite "X001" [ "010" .= Simple "1001" ""
]
, expectSuccess parser "ABC" $
Composite "X001" [ "010" .= Simple "1001" "ABC"
]
, expectSuccess parser ":DEF" $
Composite "X001" [ "010" .= Simple "1001" ""
, "020" .= Simple "1001" "DEF"
]
, expectSuccess parser "ABC:DEF" $
Composite "X001" [ "010" .= Simple "1001" "ABC"
, "020" .= Simple "1001" "DEF"
]
, expectSuccess parser "ABC:DEF:" $
Composite "X001" [ "010" .= Simple "1001" "ABC"
, "020" .= Simple "1001" "DEF"
, "030" .= Simple "1001" ""
]
, expectSuccess parser "ABC:DEF:GHI" $
Composite "X001" [ "010" .= Simple "1001" "ABC"
, "020" .= Simple "1001" "DEF"
, "030" .= Simple "1001" "GHI"
]
, expectSuccess parser "ABC::GHI" $
Composite "X001" [ "010" .= Simple "1001" "ABC"
, "020" .= Simple "1001" ""
, "030" .= Simple "1001" "GHI"
]
]
compositeX001 :: Parser Value
compositeX001 =
composite "X001"
[ mandatory simple1001 @. "010"
, optional simple1001 @. "020"
, optional simple1001 @. "030"
]
simple1001 :: Parser Value
simple1001 = simple "1001" an_35
an2 :: Parser Primitive
an2 = alpha `exactly` 2
an_35 :: Parser Primitive
an_35 = alphaNumeric `upTo` 35
expectSuccess :: (Show a, Eq a) => Parser a -> Text -> a -> Test
expectSuccess p t = expectParse p t . pure
expectFailure :: (Show a, Eq a) => Parser a -> Text -> Test
expectFailure p t = expectParse p t Nothing
expectParse :: (Show a, Eq a) => Parser a -> Text -> Maybe a -> Test
expectParse p t e =
let either2Maybe = either (const Nothing) Just
title = "\"" <> unpack t <> "\""
in testCase title (either2Maybe (parse (p <* eof) t) @?= e)
(.=) :: Applicative f => Position -> Value -> (Position, f Value)
pos .= value = (pos, pure value)
|
