def get_target():
mount_point = get_mountpoint()
if mount_point != None:
top_dir = tpa.append_path([mount_point])[0]
target = str(top_dir) + "/" + str(file)
else:
target = None
return target
def get_target_paths():
mount_path = []
mount_points = rs_plfs_config_query.get_mountpoints()
if len(mount_points) > 0:
for mnt in mount_points:
top_dir = tpa.append_path([mnt])[0]
target = str(top_dir) + "/" + str(file)
mount_path.append(target)
else:
mount_path = None
return mount_path
# Get all mount points
mount_points = pcq.get_mountpoints()
if len(mount_points) <= 0:
raise plfsMntError("unable to get mount point.\n")
# overall_stat informs the user that at least one test has failed over
# multiple mounts.
overall_stat = "PASSED"
# Loop through all mount points
for mount_point in mount_points:
# Test status. This will be printed out at the end and will be used to
# determine if the test passed when check_results.py is called.
test_stat = "PASSED"
# Check for rs_mnt_append_path in experiment_management
top_dir = tpa.append_path([mount_point])[0]
# Define two targets
file1 = str(curr_dir) + "/truncate_o_control"
file2 = str(top_dir) + "/" + os.getenv("MY_MPI_HOST") + ".truncate_o_test"
# variable to keep track of if we need to issue the unmount command.
need_to_umount = True
# Mount the plfs mount point
print(" ")
print("Mounting " + str(mount_point))
# Flush the output so that the output in the file is somewhat
# consistent in time.
sys.stdout.flush()
sys.stderr.flush()
p = subprocess.Popen(