def test_getdumpdirfromlist_notfound(self):
"""Get dumpdir from list but filename not found
"""
input_data = [ [ Dumpdir("Ytestname"), Dumpdir("Nsome file"),
Dumpdir("NSome File"), Dumpdir("Ytestname~") ]
]
for _data in input_data:
self.assertRaises(SBException, get_dumpdir_from_list, _data, "test")
def test_createcontent(self):
_dumpdirs = [ Dumpdir("Yhere is another new file\0"),
Dumpdir("Yhere is another new file~\0"),
Dumpdir("Yoo-maxwell.odt\0"),
Dumpdir("Yoo-payment-schedule.ods\0")
]
snpf = SnapshotFile(self.snarf_new, writeFlag = True)
_res = snpf.createContent(_dumpdirs)
print "CONTENT: '%s'" % (_res)
def test_addrecord(self):
dumpdir1_name = "/home/peer/backups/testdocs/docs/new folder"
dumpdir1 = ["Y here is another new file",
"Y here is another new file~",
"Y oo-maxwell.odt",
"Y oo-payment-schedule.ods"
]
_dumpdirs = [ Dumpdir("Yhere is another new file\0"),
Dumpdir("Yhere is another new file~"),
Dumpdir("Yoo-maxwell.odt"),
Dumpdir("Yoo-payment-schedule.ods")
]
_rec = ['0', '1232387286', '0', '2055', '90478',
'/home/peer/backups/testdocs/docs/new folder',
_dumpdirs
]
datet = datetime.datetime(2007, 1, 19, 15, 29, 27)
snpf = SnapshotFile(self.snarf_new, writeFlag = True)
snpf.setHeader(datet)
snpf.addRecord(_rec)
del snpf
# now re-read the created SNAR-file
# print "\n\n\nnow re-read the created SNAR-file"
dir_file = []
snpf = SnapshotFile(self.snarf_new)
for entr in snpf.parseFormat2():
dir_file.append(entr)
self.assertTrue(len(dir_file) == 1)
entry1 = dir_file[0]
# print "ENTRY after addrecord:\n%s" % entry1
# evaluate the results
self.assertEqual(dumpdir1_name, entry1[SnapshotFile.REC_DIRNAME])
self.assertEqual(len(dumpdir1), len(entry1[SnapshotFile.REC_CONTENT]))
dmpd_lst = entry1[SnapshotFile.REC_CONTENT]
self.assertTrue(isinstance(dmpd_lst, list))
for _idx in range(0, len(dumpdir1)):
dmpd = dmpd_lst[_idx]
self.assertTrue(isinstance(dmpd, Dumpdir))
dmpd_str = "%s %s" % (dmpd.getControl(), dmpd.getFilename())
self.assertEqual(dmpd_str, dumpdir1[_idx])
def testWriteSNARfile(self):
" Test the writng of SNARfile functionalities "
if os.path.exists("test-datas" + os.sep + "test-files.snar"):
os.remove("test-datas" + os.sep + "test-files.snar")
snpf = SnapshotFile("test-datas" + os.sep + "test-files.snar", True)
import datetime
snpf.setHeader(datetime.datetime.now())
self.assertEqual(snpf.getFormatVersion(), 2)
entry = ['0', '1195399253', '1195399253', '2049', '420738', "/home/wattazoum/Images",
[Dumpdir('%scamescope' % Dumpdir.DIRECTORY),
Dumpdir('%sarticle.html' % Dumpdir.INCLUDED)]
]
snpf.addRecord(entry)
snpf2 = ProcSnapshotFile(snpf)
self.assertTrue(snpf2.hasFile("/home/wattazoum/Images/article.html"))
self.assertTrue(snpf2.hasPath("/home/wattazoum/Images"))
def test_getter(self):
"""Getting control and filename that should partially fail.
@todo: More checks need to be implemented in class!
"""
line = "testline"
dmpd = Dumpdir(line)
self.assertEqual("t", dmpd.getControl())
self.assertEqual("estline", dmpd.getFilename())
line = "testline\0"
dmpd = Dumpdir(line)
self.assertEqual("t", dmpd.getControl())
self.assertEqual("estline", dmpd.getFilename())
line = "Y/home/username/doc/filename"
dmpd = Dumpdir(line)
self.assertEqual("Y", dmpd.getControl())
self.assertEqual("/home/username/doc/filename", dmpd.getFilename())
def test_constructor(self):
line = "testline"
Dumpdir(line)
def test_get_dumpdir_from_list(self):
"""Test get dumpdir from list with valid parameters
"""
input_data = [ { "list" : [ Dumpdir("Ytestname"),
Dumpdir("Nsome file"),
Dumpdir("NSome File"),
Dumpdir("Ytestname~") ],
"name" : "testname",
"result" : 0
},
{ "list" : [ Dumpdir("Ytestname"),
Dumpdir("Nsome file"),
Dumpdir("NSome File"),
Dumpdir("Ytestname~") ],
"name" : "some file",
"result" : 1
},
{ "list" : [ Dumpdir("Ytestname"),
Dumpdir("Nsome file"),
Dumpdir("NSome File"),
Dumpdir("Ytestname~") ],
"name" : "Some File",
"result" : 2
},
{ "list" : [ Dumpdir("Ytestname"),
Dumpdir("Nsome file"),
Dumpdir("NSome File"),
Dumpdir("Ytestname~") ],
"name" : "testname~",
"result" : 3
}
]
for _data in input_data:
_res = get_dumpdir_from_list(_data["list"], _data["name"])
self.assertTrue(_res is _data["list"][_data["result"]])