def snapshot(self):
logger.debug("Making snapshot")
self.clear_target()
exclusions = []
try:
for obj_data in self.conf.objects:
logger.debug("Dumping: %s", obj_data)
self.action_single(obj_data, action='snapshot')
if 'exclude' in obj_data:
exclusions += (
os.path.join(obj_data['path'], ex).lstrip('/')
for ex in obj_data['exclude']
)
logger.debug("Dumping shotgun log "
"and archiving dump directory: %s",
self.conf.target)
self.action_single(self.conf.self_log_object, action='snapshot')
utils.compress(self.conf.target, self.conf.compression_level,
exclude=exclusions)
with open(self.conf.lastdump, "w") as fo:
fo.write("{0}.tar.gz".format(self.conf.target))
except IOError as e:
if e.errno == errno.ENOSPC:
logger.error("Not enough space in "
"{} for snapshot".format(self.conf.target))
self.clear_target()
raise
return "{0}.tar.gz".format(self.conf.target)
def snapshot(self):
logger.debug("Making snapshot")
for obj_data in self.conf.objects:
logger.debug("Dumping: %s", obj_data)
driver = Driver.getDriver(obj_data, self.conf)
driver.snapshot()
logger.debug("Archiving dump directory: %s", self.conf.target)
compress(self.conf.target, self.conf.compression_level)
with open(self.conf.lastdump, "w") as fo:
fo.write("{0}.tar.xz".format(self.conf.target))
return "{0}.tar.xz".format(self.conf.target)
def snapshot(self):
logger.debug("Making snapshot")
utils.execute("rm -rf {0}".format(os.path.dirname(self.conf.target)))
for obj_data in self.conf.objects:
logger.debug("Dumping: %s", obj_data)
driver = Driver.getDriver(obj_data, self.conf)
driver.snapshot()
logger.debug("Archiving dump directory: %s", self.conf.target)
utils.compress(self.conf.target, self.conf.compression_level)
with open(self.conf.lastdump, "w") as fo:
fo.write("{0}.tar.xz".format(self.conf.target))
return "{0}.tar.xz".format(self.conf.target)
def test_compress(self, mexecute):
target = '/path/target'
level = '-3'
utils.compress(target, level)
compress_call = mexecute.call_args_list[0]
rm_call = mexecute.call_args_list[1]
compress_env = compress_call[1]['env']
self.assertEqual(compress_env['XZ_OPT'], level)
self.assertEqual(compress_call[0][0],
'tar cJvf /path/target.tar.xz -C /path target')
self.assertEqual(rm_call[0][0], 'rm -r /path/target')
def test_compress(self, mexecute):
target = '/path/target'
level = '-3'
utils.compress(target, level)
compress_call = mexecute.call_args_list[0]
rm_call = mexecute.call_args_list[1]
compress_env = compress_call[1]['env']
self.assertEqual(compress_env['XZ_OPT'], level)
self.assertEqual(
compress_call[0][0],
'tar cJvf /path/target.tar.xz -C /path target')
self.assertEqual(rm_call[0][0], 'rm -r /path/target')
def snapshot(self):
logger.debug("Making snapshot")
utils.execute("rm -rf {0}".format(os.path.dirname(self.conf.target)))
for obj_data in self.conf.objects:
logger.debug("Dumping: %s", obj_data)
self.action_single(obj_data, action='snapshot')
logger.debug("Dumping shotgun log and archiving dump directory: %s",
self.conf.target)
self.action_single(self.conf.self_log_object, action='snapshot')
utils.compress(self.conf.target, self.conf.compression_level)
with open(self.conf.lastdump, "w") as fo:
fo.write("{0}.tar.xz".format(self.conf.target))
return "{0}.tar.xz".format(self.conf.target)
def snapshot(self):
logger.debug("Making snapshot")
utils.execute("rm -rf {0}".format(os.path.dirname(self.conf.target)))
for obj_data in self.conf.objects:
logger.debug("Dumping: %s", obj_data)
self.action_single(obj_data, action='snapshot')
logger.debug("Dumping shotgun log and archiving dump directory: %s",
self.conf.target)
self.action_single(self.conf.self_log_object, action='snapshot')
utils.compress(self.conf.target, self.conf.compression_level)
with open(self.conf.lastdump, "w") as fo:
fo.write("{0}.tar.xz".format(self.conf.target))
return "{0}.tar.xz".format(self.conf.target)
def test_compress_exclude(self, mexecute):
target = '/path/target'
level = '-3'
exclusions = ['/path/to/exclude1', '/path/to/exclude2']
mexecute.return_value = (None, None, None)
utils.compress(target, level, exclude=exclusions)
compress_call = mexecute.call_args_list[0]
compress_env = compress_call[1]['env']
self.assertEqual(compress_env['XZ_OPT'], level)
self.assertEqual(
compress_call[0][0],
'tar chzf /path/target.tar.gz -C /path target '
'--exclude=/path/to/exclude1 --exclude=/path/to/exclude2')