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# -*- coding: UTF-8 -*-
# Copyright 2014 Red Hat, Inc.
# Part of clufter project
# Licensed under GPLv2+ (a copy included | http://gnu.org/licenses/gpl-2.0.txt)
"""Testing command"""
__author__ = "Jan Pokorný <jpokorny @at@ Red Hat .dot. com>"
import unittest
from os.path import dirname, join
from os import remove, stat
#from pprint import pprint
import _bootstrap # known W402, required
from clufter.command import Command, CommandError
from clufter.filters.ccs2flatccs import ccs2flatccs
from clufter.filters.flatccs2pcs import flatccs2pcs
from clufter.filters.ccs2coro import ccs2needlexml
from clufter.format import formats
formats = formats.plugins
class ChainResolve(unittest.TestCase):
def testShapeAndProtocolMatch(self):
from tempfile import mktemp
filters = dict(
ccs2flatccs=ccs2flatccs(formats),
flatccs2pcs=flatccs2pcs(formats),
ccs2coroxml=ccs2needlexml(formats),
)
testfile = join(dirname(__file__), 'empty.conf')
testoutput = mktemp(prefix='out', suffix='.conf',
dir=join(dirname(__file__), 'tmp'))
@Command.deco(('ccs2flatccs',
('flatccs2pcs'),
('ccs2coroxml')))
def cmd_chain_match_01(cmd_ctxt,
input=testfile,
output=testoutput,
coro='.coro'):
return (
('file', input),
(
('file', output),
('file', coro)
)
)
@Command.deco(('ccs2flatccs'))
def cmd_chain_match_02(cmd_ctxt,
input=testfile,
output=testoutput,
coro='.coro'):
return (
('file', input),
('file', output)
)
@Command.deco(('ccs2flatccs'))
def cmd_chain_nonmatch_01(cmd_ctxt,
input=testfile,
output=testoutput,
coro='.coro'):
return (
('file', input),
(
('file', output),
('file', coro)
)
)
@Command.deco(('ccs2flatccs',
('flatccs2pcs'),
('ccs2coroxml'),
('ccs2coroxml')))
def cmd_chain_nonmatch_02(cmd_ctxt,
input=testfile,
output=testoutput,
coro='.coro'):
return (
('file', input),
(
('file', output),
('file', coro)
)
)
# malformed protocol name
@Command.deco(('ccs2flatccs',
('flatccs2pcs'),
('ccs2coroxml')))
def cmd_chain_nonmatch_03(cmd_ctxt,
input=testfile,
output=testoutput,
coro='.coro'):
return (
('file', input),
(
('file', output),
('life', coro)
)
)
cmd_classes = (
cmd_chain_match_01,
cmd_chain_match_02,
cmd_chain_nonmatch_01,
cmd_chain_nonmatch_02,
cmd_chain_nonmatch_03
)
split = cmd_classes.index(cmd_chain_nonmatch_01)
for i, cmd_cls in enumerate(cmd_classes):
try:
ret = cmd_cls(filters)({}, []) # no args/kwargs
self.assertTrue(ret is not None)
except CommandError as e:
print "{0}: {1}".format(cmd_cls.name, e)
self.assertFalse(i < split)
except Exception as e:
print "{0}: {1}".format(cmd_cls.name, e)
self.assertTrue(i < split)
raise
else:
self.assertTrue(i < split)
# also test non-zero-size output whe
self.assertTrue(stat(testoutput).st_size > 0)
remove(testoutput)
continue
if __name__ == '__main__':
unittest.main()
|
