def print_stats_to_file(self):
"""Since the stats collected at the begingng and end of a run are the
same, they can be collapsed into a single function"""
current_time = time.time()
self.log("time: " + str(current_time))
current_txg = ZfsApi.get_current_txg(Configs.main_pool)
self.log("TXG: " + str(current_txg))
# If the filesystem does not exist, its size is 0.
if ZfsApi.fs_exists(self.filesystem):
current_size = ZfsApi.get_filesystem_size(self.filesystem)
self.log("size: " + str(current_size))
else:
self.log("size: 0")
self.log("zpool iostat -v:")
self.log(subprocess.check_output(["zpool", "iostat", "-v"]))
self.log("zpool status:")
self.log(subprocess.check_output(["zpool", "status"]))
def print_stats_to_file(self):
"""Since the stats collected at the begingng and end of a run are the
same, they can be collapsed into a single function"""
current_time = time.time()
self.log("time: " + str(current_time))
current_txg = ZfsApi.get_current_txg(Configs.main_pool)
self.log("TXG: " + str(current_txg))
# If the filesystem does not exist, its size is 0.
if ZfsApi.fs_exists(self.filesystem):
current_size = ZfsApi.get_filesystem_size(self.filesystem)
self.log("size: " + str(current_size))
else:
self.log("size: 0")
self.log("zpool iostat -v:")
self.log(subprocess.check_output(['zpool', 'iostat', '-v']))
self.log("zpool status:")
self.log(subprocess.check_output(['zpool', 'status']))
choices=xrange(1,32),
help="The number of concurrent receives to perform")
args = parser.parse_args()
# Use TestConfig to ensure this computer is set up properly
TestConfig.check_all()
# This test case will use the test send file, check that it will work
TestConfig.check_testfile()
Pid.create_pid_file()
# Establish where this test will be writing its output
current_min = time.strftime("%Y%m%d%H%M%S")
zfs_receive_path = Configs.test_filesystem_path + '/runs/' + current_min
start_txg = ZfsApi.get_current_txg(Configs.main_pool)
results_collector = Results.ResultsCollector(zfs_receive_path)
results_collector.gather_start_results()
if args.verbose:
monitor_thread = MonitorThread.MonitorThread(zfs_receive_path)
monitor_thread.start()
# Create the base FS that each thread will be receiveing into sub filesystem
ZfsApi.create_filesystem(zfs_receive_path)
start_time = time.time()
def receive_file(zfs_filesystem):
ZfsApi.zfs_recv(Configs.test_file_full_path, zfs_filesystem)
"-t", "--threads", type=int, default=4, choices=xrange(1, 32), help="The number of concurrent receives to perform"
)
args = parser.parse_args()
# Use TestConfig to ensure this computer is set up properly
TestConfig.check_all()
# This test case will use the test send file, check that it will work
TestConfig.check_testfile()
Pid.create_pid_file()
# Establish where this test will be writing its output
current_min = time.strftime("%Y%m%d%H%M%S")
zfs_receive_path = Configs.test_filesystem_path + "/runs/" + current_min
start_txg = ZfsApi.get_current_txg(Configs.main_pool)
results_collector = Results.ResultsCollector(zfs_receive_path)
results_collector.gather_start_results()
if args.verbose:
monitor_thread = MonitorThread.MonitorThread(zfs_receive_path)
monitor_thread.start()
# Create the base FS that each thread will be receiveing into sub filesystem
ZfsApi.create_filesystem(zfs_receive_path)
start_time = time.time()
def receive_file(zfs_filesystem):
