rearrange tests slightly and hide/show tests in the website a bit better

tools/Language/SQL/SimpleSQL/LexerTests.lhs

@@ -57,8 +57,8 @@ Test for the lexer
 
 > lexerTests :: TestItem
 > lexerTests = Group "lexerTests" $
->     [LexerTest SQL2011 s t |  (s,t) <- lexerTable]
->     ++
+>     [Group "lexer token tests" $ [LexerTest SQL2011 s t |  (s,t) <- lexerTable]
+>     ,Group "generated combination lexer tests" $
 >     [ LexerTest SQL2011 (s ++ s1) (t ++ t1)
 >     | (s,t) <- lexerTable
 >     , (s1,t1) <- lexerTable
@@ -74,10 +74,12 @@ number number (todo: double check more carefully)
 >     , isGood $ t ++ t1
 
 >     ]
->     ++ map (uncurry $ LexerTest SQL2011)
+>     ,Group "adhoc lexer tests" $
+>        map (uncurry $ LexerTest SQL2011)
 >        [("", [])
 >        ,("-- line com\nstuff", [LineComment "-- line com\n",Identifier "stuff"])
 >        ]
+>      ]
 
 >  where
 >    isGood :: [Token] -> Bool

tools/Language/SQL/SimpleSQL/SQL2011Queries.lhs

@@ -1024,11 +1024,10 @@ new multipliers
 
 create a list of type name variations:
 
-> typeNames :: [(String,TypeName)]
+> typeNames :: ([(String,TypeName)],[(String,TypeName)])
 > typeNames =
->     basicTypes
->     ++ concatMap makeArray basicTypes
->     ++ map makeMultiset basicTypes
+>     (basicTypes, concatMap makeArray basicTypes
+>                  ++ map makeMultiset basicTypes)
 >   where
 >     makeArray (s,t) = [(s ++ " array", ArrayTypeName t Nothing)
 >                       ,(s ++ " array[5]", ArrayTypeName t (Just 5))]
@@ -1188,13 +1187,21 @@ Now test each variation in both cast expression and typed literal
 expression
 
 > typeNameTests :: TestItem
-> typeNameTests = Group "type names" $ map (uncurry (TestValueExpr SQL2011))
->     $ concatMap makeTests typeNames
+> typeNameTests = Group "type names"
+>     [Group "type names" $ map (uncurry (TestValueExpr SQL2011))
+>                           $ concatMap makeSimpleTests $ fst typeNames
+>     ,Group "generated casts" $ map (uncurry (TestValueExpr SQL2011))
+>                           $ concatMap makeCastTests $ fst typeNames
+>     ,Group "generated typename" $ map (uncurry (TestValueExpr SQL2011))
+>                           $ concatMap makeTests $ snd typeNames]
 >   where
->     makeTests (ctn, stn) =
->         [("cast('test' as " ++ ctn ++ ")", Cast (StringLit "test") stn)
->         ,(ctn ++ " 'test'", TypedLit stn "test")
+>     makeSimpleTests (ctn, stn) =
+>         [(ctn ++ " 'test'", TypedLit stn "test")
 >         ]
+>     makeCastTests (ctn, stn) =
+>         [("cast('test' as " ++ ctn ++ ")", Cast (StringLit "test") stn)
+>         ]
+>     makeTests a = makeSimpleTests a ++ makeCastTests a
 
 
 == 6.2 <field definition>

website/RenderTestCases.lhs

@@ -6,11 +6,14 @@ Converts the test data to asciidoc
 > import Control.Monad.State
 > import Language.SQL.SimpleSQL.Parser
 > import Language.SQL.SimpleSQL.Lexer
+> import Data.List
 
 > data TableItem = Heading Int String
 >                | Row String String
 
 > doc :: Int -> TestItem -> [TableItem]
+> -- filter out some groups of tests
+> doc n (Group nm _) | "generated" `isInfixOf` nm = []
 > doc n (Group nm is) =
 >     Heading n nm
 >     : concatMap (doc (n + 1)) is
@@ -30,14 +33,7 @@ Converts the test data to asciidoc
 >     [Row str (ppShow $ parseValueExpr d "" Nothing str)]
 
 > doc _ (LexerTest d str t) =
->   -- todo: figure out how to handle this:
->   -- too many entries, but want to show the lexing
->   -- a bit
->     -- [Row str (ppShow $ lexSQL d "" Nothing str)]
->     []
->     -- should probably think about doing something similar
->     -- with other generated combination tests such as the typename
->     -- tests
+>     [Row str (ppShow $ lexSQL d "" Nothing str)]
 
 TODO: should put the dialect in the html output