def setUp(self):
LogFactory.getLogger(level = 10)
self.snappath_new = os.path.join(_TestSnapshotPaths.get_snp_path(), self.snp_new_name)
self.in_path_abs = _TestSnapshotPaths.get_docinput_path()
# print "SNAPPATH NEW: '%s'"\ % (self.snappath_new)
self.__clean_dir()
def logsome(self):
l = LogFactory.getLogger("TestLogger", "sbackup.log")
l.info("Hello World")
l.debug("Argh")
l = LogFactory.getLogger("TestLogger1", "sbackup.log")
l.info("Hello World Log 1")
l.error("Argh")
def __init__(self, indicator_hdl):
if not isinstance(indicator_hdl, SBackupdIndicatorHandler):
raise TypeError(
"Parameter of type `SBackupdIndicatorHandler` expected.")
self.logger = LogFactory.getLogger()
INotifyMixin.__init__(self,
logger=self.logger,
iconfile=None,
trayicon=None)
self._indicator_hdl = indicator_hdl
self._mainloop = gobject.MainLoop()
self._indicator = None
self._exit = False
#TODO: Collect required named dialogs in dictionary.
self._targetnotfound_dialog = None
self._cancel_dialog = None
self._current_dialogs = []
self._menu = gtk.Menu()
self._menuitems = {}
self._connect_dbus_signal_handlers()
self._init_dbus_check_timer()
self._init_autoexitcheck_timer()
def _compare_snar_files(self, snapshot, snarfile):
"""Compares the snar file of the given `snapshot` and the given
(result) `snarfile`.
The header of the snar files (i.e. the tar version, time of backup)
is not compared. Any following records (mtime, inode, filenames) are
compared and must be identical to pass the comparison.
"""
# only for debugging
if LogFactory.getLogger().isEnabledFor(10):
debug_print_snarfile(snapshot.getSnarFile())
debug_print_snarfile(snarfile)
# end of debug output
_snar1 = debug_snarfile_to_list(snapshot.getSnarFile())
_snar2 = debug_snarfile_to_list(snarfile)
self.assertEqual(len(_snar1), len(_snar2))
for idx in range(0, len(_snar1)):
_record1 = _snar1[idx]
_record2 = _snar2[idx]
self.assertEqual(len(_record1), len(_record2))
for idx2 in range(0, len(_record1) - 1):
self.assertEqual(_record1[idx2], _record2[idx2])
_content1 = _record1[-1]
_content2 = _record2[-1]
self.assertEqual(len(_content1), len(_content2))
for idx2 in range(0, len(_content1)):
self.assertEqual(_content1[idx2].getFilename(),
_content2[idx2].getFilename())
self.assertEqual(_content1[idx2].getControl(),
_content2[idx2].getControl())
class TestTarUtilsArchiveType(unittest.TestCase) :
"""Test case for function 'getArchiveType' defined in module 'tar'.
"""
LogFactory.getLogger(level = 10)
def test_get_archive_type(self):
"""Test determination of archive types using mime types
"""
rel_dir = "archivetype"
input_data = [{ "file" : "test-tar.tar", "type" : "tar" },
{ "file" : "test-tar.tar.gz", "type" : "gzip" },
{ "file" : "test-tar.tar.bz2", "type" : "bzip2" },
{ "file" : "test-tar.archive", "type" : "tar" },
{ "file" : "test-tar.tar.zip", "type" : "gzip" },
{ "file" : "test-tar.archive.lzma", "type" : "bzip2" },
{ "file" : "test-tar.fake.tar", "type" : None },
{ "file" : "test-tar.fake.tar.gz", "type" : None },
{ "file" : "test-tar.fake.tar.bz2", "type" : None }
]
for _data in input_data:
_res = getArchiveType(_TestTarPaths.get_path(rel_dir +
os.path.sep +
_data["file"]))
self.assertEqual(_res, _data["type"])
def __init__(self, backup_dbus_obj, options):
if not isinstance(backup_dbus_obj, dbus_support.DBusClientFacade):
raise TypeError(
"Given backup_dbus_obj of type `DBusClientFacade` expected.")
self.logger = LogFactory.getLogger()
self.__options = options
self._backup_dbus_obj = backup_dbus_obj
self._space_required = constants.SPACE_REQUIRED_UNKNOWN
self._target = constants.TARGET_UNKNOWN
self._profile = constants.PROFILE_UNKNOWN
self.__error_present = False
self.__warning_present = False
self._menuitem_status_tmpl = {
"profile": _("Profile: %s"),
"size_of_backup": _("Size of backup: %s"),
"progress": _("%.1f%% processed"),
"remaining_time": _("Remaining time: %s")
}
self._targetnotfound_run_timer = False
self._targetnotfound_clock = 0
self._starttime_backup = None
self._time_est_total = 0
class TestTarUtilsAppendTar(unittest.TestCase) :
"""Test case for functions 'appendToTar..' defined in module 'tar'.
"""
LogFactory.getLogger(level = 10)
def test_append_to_tar(self):
# rel_dir = "archivetype"
#
# input_data = [{ "file" : "test-tar.tar", "type" : "tar" },
# { "file" : "test-tar.tar.gz", "type" : "gzip" },
# { "file" : "test-tar.tar.bz2", "type" : "bzip2" },
# { "file" : "test-tar.archive", "type" : "tar" },
# { "file" : "test-tar.tar.zip", "type" : "gzip" },
# { "file" : "test-tar.archive.lzma", "type" : "bzip2" },
# { "file" : "test-tar.fake.tar", "type" : None },
# { "file" : "test-tar.fake.tar.gz", "type" : None },
# { "file" : "test-tar.fake.tar.bz2", "type" : None }
# ]
# for _data in input_data:
# _res = getArchiveType(_TestTarPaths.get_path(rel_dir +
# os.path.sep +
# _data["file"]))
raise NotImplementedError
def setUp(self):
LogFactory.getLogger(level = 10)
self.snappath_ful = os.path.join(_TestSnapshotPaths.get_snp_path(), self.snp_ful_name)
self.snappath_inc = os.path.join(_TestSnapshotPaths.get_snp_path(), self.snp_inc_name)
self.in_path_abs = _TestSnapshotPaths.get_docinput_path()
# print "ABSPATH TESTDIR: '%s'\nSNAPPATH FUL: '%s'\nSNAPPATH INC: '%s'"\
# "\nSNAPPATH NEW: '%s'"\
# % (self.abspath_testdir, self.snappath_ful,
# self.snappath_inc, self.snappath_new)
self.__clean_dir()
self.__untar_snapshots()
# creation of snapshots
self.snapshot_ful = snapshot.Snapshot(self.snappath_ful)
self.snapshot_inc = snapshot.Snapshot(self.snappath_inc)
def setUp(self):
"""Common setup method: creates required directories, extracts the
test data and retrieves the names of input and result snapshots.
"""
LogFactory.getLogger(level=LOGLEVEL)
# sorting order is important!
self.snpname = []
self.res_snpname = []
self.snppath = []
self.res_snppath = []
self._clean_dirs()
self._make_dirs()
self._untar()
self._setup_snppaths()
self._copy_result_snar()
# create SnapshotManager
self.snpman = SnapshotManager(self._path_class.get_path_working_dir())
def __init__(self, parent=None):
GladeWindow.__init__(self,
gladefile=Util.get_resource_file(
gtk_rsrc.RESTOREGUI_GLADEFILE),
widget_list=gtk_rsrc.get_restoregui_widgets(),
handlers=gtk_rsrc.get_restoregui_handlers(),
root=gtk_rsrc.RESTOREGUI_TOPWINDOW,
parent=parent,
pull_down_dict=None)
self.set_top_window(self.widgets[gtk_rsrc.RESTOREGUI_TOPWINDOW])
Gtk.Window.set_default_icon_from_file(
Util.get_resource_file(constants.RESTORE_ICON_FILENAME))
# setup progress bar
ProgressbarMixin.__init__(self, self.widgets['progressbar'])
self._init_pulse()
self.logger = LogFactory.getLogger(level=10)
self.config = self.__get_configuration()
self.__default_destination_path = self.config.get_destination_path()
self.currentSnp = None
self.currentsbdict = None
self.currSnpFilesInfos = None
self.restoreman = None
self.snpman = None
self.target = None
self.__fam_target_hdl = fam.get_fam_target_handler_facade_instance()
self.__fop = fam.get_file_operations_facade_instance()
# tree stores
self.snplisttreestore = Gtk.TreeStore(str, str)
self.flisttreestore = Gtk.TreeStore(str, str)
self.flisttreesort = Gtk.TreeModelSort(self.flisttreestore)
self.historylisttreestore = Gtk.TreeStore(str)
self.__init_treeviews()
self.widgets['snpdetails'].set_sensitive(False)
self.__context_id = None
self.__init_statusbar()
# firstly initialize destination with target of default profile
self._defaultdest_active = True
self.widgets['defaultradiob'].set_active(True)
self._apply_defaultradiob_state()
self.widgets['defaultfolderlabel'].set_text(_("n.a."))
self._defaultdest_active = True
GObject.idle_add(self.__set_destination,
self.__default_destination_path)
self.__restore_dialog = RestoreDialog(parent=self)
def _untar(self):
"""Extracts the archives defined in the according class `paths`.
"""
LogFactory.getLogger().info("\nPrepare test: now un-tar input")
tarcmd = [
'tar', '--extract', '--lzma',
'--directory=%s' % self._path_class.get_path_working_dir(),
'--file=%s' % self._path_class.get_path_input_tar()
]
LogFactory.getLogger().debug(" tar command: %s" % tarcmd)
subprocess.call(tarcmd)
LogFactory.getLogger().info("Prepare test: now un-tar results")
if self._path_class.has_result_tar():
tarcmd = [
'tar', '--extract', '--lzma',
'--directory=%s' % self._path_class.get_path_result_dir(),
'--file=%s' % self._path_class.get_path_result_tar()
]
LogFactory.getLogger().debug(" tar command: %s" % tarcmd)
subprocess.call(tarcmd)
else:
LogFactory.getLogger().info("No results defined")
def __init__(self, indicator_hdl):
if not isinstance(indicator_hdl, SBackupdIndicatorHandler):
raise TypeError(
"Parameter of type `SBackupdIndicatorHandler` expected.")
SBackupdIndicatorBase.__init__(self, indicator_hdl)
self.logger = LogFactory.getLogger()
self._indicator = gtk.StatusIcon()
PyNotifyMixin.__init__(self,
logger=self.logger,
iconfile=util.get_resource_file(
constants.NOTIFICATION_ICON_FILENAME),
trayicon=self._indicator)
self.__init_ctrls()
def __init__(self, indicator_hdl):
if not isinstance(indicator_hdl, SBackupdIndicatorHandler):
raise TypeError(
"Parameter of type `SBackupdIndicatorHandler` expected.")
SBackupdIndicatorBase.__init__(self, indicator_hdl)
self.logger = LogFactory.getLogger()
self._indicator = appindicator.Indicator(
constants.INDICATORAPP_NAME, constants.INDICATOR_ACTIVE_ICON,
appindicator.CATEGORY_APPLICATION_STATUS)
PyNotifyMixin.__init__(self,
logger=self.logger,
iconfile=util.get_resource_file(
constants.NOTIFICATION_ICON_FILENAME),
trayicon=None)
self.__init_ctrls()
def _compare_tar_archives(self, snapshot_path, result_path):
"""Compares the content of the `files.tar.gz` archive that are
stored in the given locations (`snapshot_path` and `result_path`).
The archives are not extracted. The content of the archives using
the tar option `--list` is compared. The content must be completely
identical (same file owners, same dates, same files) to pass
the comparison.
"""
wd_tar = os.path.join(snapshot_path, "files.tar.gz")
cmd = "tar"
opts = ["--list", "--verbose", "--file=%s" % wd_tar]
stdo_wd, stde_wd, exc_wd = util.launch(cmd=cmd, opts=opts)
res_tar = os.path.join(result_path, "files.tar.gz")
cmd = "tar"
opts = ["--list", "--verbose", "--file=%s" % res_tar]
stdo_res, stde_res, exc_res = util.launch(cmd=cmd, opts=opts)
self.assertEqual(exc_wd, 0)
self.assertEqual(exc_res, 0)
stdo_wd = stdo_wd.split("\n")
stdo_res = stdo_res.split("\n")
stdo_wd.sort()
stdo_res.sort()
stdo_wd = "\n".join(stdo_wd)
stdo_res = "\n".join(stdo_res)
# only for debugging
if LogFactory.getLogger().isEnabledFor(10):
print "\nworking dir:"
print stdo_wd
print "\ntarget result:"
print stdo_res
# end of debug output
self.assertEqual(stdo_wd, stdo_res)
def __init__(self, destination):
"""Default constructor. Takes the path to the target backup
directory as parameter.
"""
if not isinstance(destination, str):
raise TypeError("Destination path of type string expected. Got %s instead"\
% type(destination))
self.logger = LogFactory.getLogger()
self._fop = fam.get_file_operations_facade_instance()
# This is the current directory used by this SnapshotManager
self.__dest_path = destination
# The list of the snapshots is stored the first time it's used,
# so we don't have to re-get it later
self.__snapshots = None
# helper variables for displaying status messages
self.statusMessage = None
self.substatusMessage = None
self.statusNumber = None
def _setup_workingdir_paths(self):
"""Retrieves names of existing snapshots in the working directory.
In order to reduce maintenance effort this is done automatically.
:attention: The retrieval is done in a brute and dumb way! Take
care what files/directories are present in the working
directory when calling this method.
:result: The object variable `snpname` and `snppath` are updated.
"""
self.snpname = []
self.snppath = []
_dir = self._path_class.get_path_working_dir()
listing = os.listdir(_dir)
listing.sort(reverse=True)
for name in listing:
self.snpname.append(name)
self.snppath.append(os.path.join(_dir, name))
# debug output
if LogFactory.getLogger().isEnabledFor(10):
print "Paths to snapshots to proceed:"
for _path in self.snppath:
print " %s" % _path
class TestTarUtilsGetDumpdir(unittest.TestCase) :
"""Test case for function 'get_dumpdir_from_list' defined in module 'tar'.
"""
LogFactory.getLogger(level = 10)
def test_getdumpdirfromlist_nolist(self):
"""Get dumpdir from list with invalid list parameter
"""
input_data = [ ("test", "test"),
{"test" : "test"},
"test",
1200
]
for _data in input_data:
self.assertRaises(TypeError, get_dumpdir_from_list, _data, "test")
def test_getdumpdirfromlist_nodumpdir(self):
"""Get dumpdir from list with invalid elements in list
"""
input_data = [ ["test", "test"],
[{"test" : "test"}],
["test"],
[1200]
]
for _data in input_data:
self.assertRaises(TypeError, get_dumpdir_from_list, _data, "test")
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_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"]])
def setUp(self):
"""Set-up the test to be run.
"""
LogFactory.getLogger(level=LOGLEVEL)
def setUp(self):
LogFactory.getLogger("Test", level = 10)
self.rvtman = RestoreManager()
self.snpman = SnapshotManager(os.path.abspath("test-datas/backupdir"))
def setUp(self):
LogFactory.getLogger(level=LOGLEVEL)
def setUp(self):
LogFactory.getLogger(level = 10)
self.__clean_dir()