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{-# OPTIONS -fallow-overlapping-instances #-}
{- arch-tag: Object tests main file
Copyright (C) 2005 John Goerzen <jgoerzen@complete.org>
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
-}
module Objectstest(tests) where
import HUnit
import Python.Objects
import Foreign.C.Types
import Python.Types
import Data.List
import Python.Interpreter
f msg inp code exp = TestLabel msg $ TestCase $ do pyo <- toPyObject inp
r <- code pyo
exp @=? r
test_base =
[
f "showPyObject" (5::CInt) showPyObject "<type 'int'>: 5"
]
test_lists =
[
f "empty" ([]::[CInt]) fromPyObject ([]::[CInt])
,f "repr empty" ([]::[CInt]) reprOf "[]"
,f "some cints" [1::CInt, 2, 3] fromPyObject [1::CInt, 2, 3]
,f "some cints repr" [1::CInt, 2, 3] reprOf "[1, 2, 3]"
,f "strings" ["foo", "bar"] fromPyObject ["foo", "bar"]
,f "strings repr" ["foo", "bar"] reprOf "['foo', 'bar']"
]
test_al =
[
f "emptypyo" ([]::[(PyObject, PyObject)]) fromPyObject
([]::[(PyObject, PyObject)])
,f "cint to cint" [(1::CInt, 2::CInt), (3, 4)]
(\x -> fromPyObject x >>= return . sort)
[(1::CInt, 2::CInt), (3, 4)]
]
test_functions =
[
f "typestr" (5::CInt) (\x -> typeOf x >>= strOf) "<type 'int'>"
,f "repr" ["foo", "bar"] reprOf "['foo', 'bar']"
]
test_strings =
[
f "empty" ([]::String) fromPyObject ([]::String)
,f "basic" "foo" fromPyObject "foo"
,f "dquotes" "foo\"" fromPyObject "foo\""
,f "squotes" "foo'" fromPyObject "foo'"
,f "embedded null" "foo\0bar" fromPyObject "foo\0bar"
,f "null only" "\0" fromPyObject "\0"
,f "quotes" "\"'\"" fromPyObject "\"'\""
]
test_ints =
[
f "0L" (0::CLong) fromPyObject (0::CLong)
,f "-5L" (-5::CLong) fromPyObject (-5::CLong)
,f "5L" (5::CLong) fromPyObject (5::CLong)
,f "max long" (maxBound::CLong) fromPyObject (maxBound::CLong)
,f "min long" (minBound::CLong) fromPyObject (minBound::CLong)
,f "0i" (0::CInt) fromPyObject (0::CInt)
,f "-5i" (-5::CInt) fromPyObject (-5::CInt)
,f "5i" (5::CInt) fromPyObject (5::CInt)
,f "min int" (minBound::CInt) fromPyObject (minBound::CInt)
,f "max int" (maxBound::CInt) fromPyObject (maxBound::CInt)
,f "long/int" (12345::CLong) fromPyObject (12345::CInt)
,f "int/long" (12354::CInt) fromPyObject (12354::CInt)
,f "repr max" (maxBound::CLong) reprOf (show (maxBound::CLong))
,f "str min" (minBound::CLong) strOf (show (minBound::CLong))
]
test_longs =
[
f "0" (0::Integer) fromPyObject (0::Integer)
,f "-5" (-5::Integer) fromPyObject (-5::Integer)
,f "5" (5::Integer) fromPyObject (5::Integer)
,f "2^384" ((2 ^ 384)::Integer) fromPyObject ((2 ^ 384)::Integer)
,f "2^384*-1" (( 2 ^ 384 * (-1))::Integer) fromPyObject ((2 ^ 384 * (-1))::Integer)
,f "str 2^384" ((2 ^ 384)::Integer) strOf (show ((2 ^ 384)::Integer))
]
test_doubles =
[
f "0" (0::CDouble) fromPyObject (0::CDouble)
,f "-5" (-5::CDouble) fromPyObject (-5::CDouble)
,f "5.1234" (5.1234::CDouble) fromPyObject (5.1234::CDouble)
,f "str 5.1234" (5.1234::CDouble) strOf "5.1234"
,f "2^384" ((2^384)::CDouble) fromPyObject ((2^384)::CDouble)
,f "2^384*-1" ((2^384 * (-1)::CDouble)) fromPyObject ((2^384 * (-1)::CDouble))
,f "1/(2^384)" ((1 / (2 ^ 384))::CDouble) fromPyObject
((1 / (2 ^ 384))::CDouble)
]
test_dicts =
[
f "empty" ([]::[(String, String)]) fromPyObject ([]::[(String, String)])
,f "one s" [("foo", "bar")] fromPyObject [("foo", "bar")]
,f "mult s" [("foo", "bar"), ("quux", "baz")]
(\x -> fromPyObject x >>= return . sort)
[("foo", "bar"), ("quux", "baz")]
,f "s2i" [("foo", 1::CLong), ("quux", 2)]
(\x -> fromPyObject x >>= return . sort)
[("foo", 1::CLong), ("quux", 2)]
]
test_call =
[
TestCase $ do func <- pyRun_String "repr" Py_eval_input []
r <- pyObject_CallHs func [5::Integer] ([]::[(String, String)])
"5L" @=? r
]
test_dir =
[
TestCase $ do dv <- toPyObject ([]::String) >>= dirPyObject
assertBool "replace" $ "replace" `elem` dv
assertBool "rindex" $ "rindex" `elem` dv
]
test_attr =
[
TestCase $ do pyImport "md5"
md5 <- pyRun_String "md5.md5()" Py_eval_input []
fupdate <- getattr md5 "update"
fhexdigest <- getattr md5 "hexdigest"
pyObject_RunHs fupdate ["hi"] noKwParms
pyObject_RunHs fupdate ["there"] noKwParms
r <- pyObject_CallHs fhexdigest noParms noKwParms
"a8b767bb9cf0938dc7f40603f33987e5" @=? r
,TestCase $ do pyImport "md5"
md5 <- pyRun_String "md5.md5()" Py_eval_input []
runMethodHs md5 "update" ["hi"] noKwParms
runMethodHs md5 "update" ["there"] noKwParms
r <- callMethodHs md5 "hexdigest" noParms noKwParms
"a8b767bb9cf0938dc7f40603f33987e5" @=? r
]
tests = TestList [TestLabel "base" (TestList test_base),
TestLabel "lists/tuples" (TestList test_lists),
TestLabel "al" (TestList test_al),
TestLabel "functions" (TestList test_functions),
TestLabel "strings" (TestList test_strings),
TestLabel "ints" (TestList test_ints),
TestLabel "longs" (TestList test_longs),
TestLabel "doubles" (TestList test_doubles),
TestLabel "dir" (TestList test_dir),
TestLabel "call" (TestList test_call),
TestLabel "attr" (TestList test_attr),
TestLabel "dict" (TestList test_dicts)
]
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