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134 lines
4.0 KiB
Haskell
134 lines
4.0 KiB
Haskell
{-# LANGUAGE BangPatterns #-}
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{-# LANGUAGE ScopedTypeVariables #-}
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{-# LANGUAGE NamedFieldPuns #-}
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module Main where
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import Data.Marshalling
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import Data.Terminfo.Eval
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import Data.Terminfo.Parse
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import Control.DeepSeq
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import qualified System.Console.Terminfo as Terminfo
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import Verify
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import Control.Exception ( try, SomeException(..) )
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import Control.Monad ( mapM_, forM_ )
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import Data.Array.Unboxed
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import Data.Maybe ( fromJust )
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import Data.Word
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import Numeric
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-- A list of terminals that ubuntu includes a terminfo cap file for.
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-- Assuming that is a good place to start.
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terminals_of_interest =
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[ "wsvt25"
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, "wsvt25m"
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, "vt52"
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, "vt100"
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, "vt220"
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, "vt102"
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, "xterm-r5"
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, "xterm-xfree86"
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, "xterm-r6"
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, "xterm-256color"
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, "xterm-vt220"
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, "xterm-debian"
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, "xterm-mono"
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, "xterm-color"
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, "xterm"
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, "mach"
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, "mach-bold"
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, "mach-color"
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, "linux"
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, "ansi"
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, "hurd"
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, "Eterm"
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, "pcansi"
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, "screen-256color"
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, "screen-bce"
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, "screen-s"
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, "screen-w"
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, "screen"
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, "screen-256color-bce"
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, "sun"
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, "rxvt"
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, "rxvt-unicode"
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, "rxvt-basic"
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, "cygwin"
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, "cons25"
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, "dumb"
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]
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-- If a terminal defines one of the caps then it's expected to be parsable.
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caps_of_interest =
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[ "cup"
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, "sc"
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, "rc"
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, "setf"
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, "setb"
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, "setaf"
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, "setab"
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, "op"
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, "cnorm"
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, "civis"
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, "smcup"
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, "rmcup"
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, "clear"
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, "hpa"
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, "vpa"
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, "sgr"
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, "sgr0"
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]
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from_capname ti name = fromJust $ Terminfo.getCapability ti (Terminfo.tiGetStr name)
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main = do
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run_test $ do
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eval_buffer :: Ptr Word8 <- liftIO $ mallocBytes (1024 * 1024) -- Should be big enough for all termcaps ;-)
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forM_ terminals_of_interest $ \term_name -> do
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liftIO $ putStrLn $ "testing parsing of caps for terminal: " ++ term_name
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mti <- liftIO $ try $ Terminfo.setupTerm term_name
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case mti of
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Left (_e :: SomeException)
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-> return ()
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Right ti -> do
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forM_ caps_of_interest $ \cap_name -> do
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liftIO $ putStrLn $ "\tevaluating cap: " ++ cap_name
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case Terminfo.getCapability ti (Terminfo.tiGetStr cap_name) of
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Just cap_def -> do
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parse_result <- parse_cap_expression cap_def
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let test_name = "\teval cap " ++ cap_name ++ " -> " ++ show cap_def
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_ <- case parse_result of
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Left error -> verify test_name ( failed { reason = "prase error " ++ show error } )
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Right !cap_expr -> verify test_name ( verify_eval_cap eval_buffer cap_expr )
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return ()
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Nothing -> do
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return ()
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return ()
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return ()
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{-# NOINLINE verify_eval_cap #-}
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verify_eval_cap :: Ptr Word8 -> CapExpression -> Int -> Property
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verify_eval_cap eval_buffer expr !junk_int = do
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forAll (vector 9) $ \input_values ->
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let !byte_count = cap_expression_required_bytes expr input_values
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in liftIOResult $ do
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let start_ptr :: Ptr Word8 = eval_buffer
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forM_ [0..100] $ \i -> serialize_cap_expression expr input_values start_ptr
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end_ptr <- serialize_cap_expression expr input_values start_ptr
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case end_ptr `minusPtr` start_ptr of
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count | count < 0 ->
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return $ failed { reason = "End pointer before start pointer." }
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| toEnum count > byte_count ->
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return $ failed { reason = "End pointer past end of buffer by "
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++ show (toEnum count - byte_count)
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}
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| otherwise ->
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return succeeded
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