def setup(self):
"""
Function to setup ganesha and create volume for testing.
"""
ret = setup_nfs_ganesha(self.no_of_ganesha_nodes)
if ret:
tc.logger.info("setup of ganesha for %s node is successfull"
% self.no_of_ganesha_nodes)
else:
tc.logger.error("setup of ganesha for %s node is unsuccessfull"
% self.no_of_ganesha_nodes)
return False
ret = GlusterBaseClass.setup(self)
if not ret:
return False
time.sleep(10)
ret = get_volume_status(self.volname)
if ret is None:
return False
ret = get_volume_info(self.volname)
if ret is None:
return False
ret, out, err = tc.run(self.mnode, "showmount -e localhost")
if ret != 0:
return False
ret, out, err = mount_volume(self.volname, self.mount_proto,
self.mountpoint, self.vips[0],
self.clients[0], self.options)
if ret != 0:
tc.logger.error("Mounting Volume %s failed on %s:%s" %
(self.volname, self.clients[0], self.mountpoint))
return False
return True
def vol_set_nfs_disable(volname, option=True, mnode=None):
'''Enables/Disables nfs for the volume.
Args:
volname (str): Volume name.
Kwargs:
option (Optional[bool]): If True it disables nfs for
that volume else enables nfs for that volume.
Default value is True.
mnode (Optional[str]): Node on which the command has
to be executed. Default value is tc.servers[0].
Returns:
bool: True if successful, False otherwise.
'''
if mnode is None:
mnode = tc.servers[0]
if option:
volinfo = get_volume_info(volname, mnode)
nfs_disable = volinfo[volname]['options'].get('nfs.disable')
if nfs_disable == "on":
tc.logger.info(" nfs is already disabled for the volume %s"
% volname)
return True
ret, _, _ = tc.run(mnode, "gluster volume set %s nfs.disable on "
"--mode=script" % volname)
if ret != 0:
tc.logger.error("failed to set nfs.disable on %s" % volname)
return False
else:
ret, _, _ = tc.run(mnode, "gluster volume set %s nfs.disable off "
"--mode=script" % volname)
if ret != 0:
return False
return True
def get_pathinfo(filename, volname, client=None):
"""This module gets filepath of the given file in gluster server.
Example:
get_pathinfo("file1", "testvol")
Args:
filename (str): relative path of file
volname (str): volume name
Kwargs:
client (str): client on which cmd has to be executed.
Returns:
NoneType: None if command execution fails, parse errors.
list: file path for the given file in gluster server
"""
if client is None:
client = tc.clients[0]
server = get_volume_info(volname)[volname]['bricks'][0].split(':')[0]
mount_point = '/mnt/tmp_fuse'
# Performing glusterfs mount because only with glusterfs mount
# the file location in gluster server can be identified from client
# machine
ret, _, _ = mount_volume(volname,
mtype='glusterfs',
mpoint=mount_point,
mserver=server,
mclient=client)
if ret != 0:
tc.logger.error("Failed to do gluster mount on volume %s to fetch"
"pathinfo from client %s" % (volname, client))
return None
filename = mount_point + '/' + filename
attr_name = 'trusted.glusterfs.pathinfo'
output = get_extended_attributes_info([filename],
attr_name=attr_name,
mnode=client)
if output is None:
tc.logger.error("Failed to get path info for %s" % filename)
return None
pathinfo = output[filename][attr_name]
umount_volume(client, mount_point)
return re.findall(".*?POSIX.*?:(\S+)\>", pathinfo)
def get_pathinfo(filename, volname, client=None):
"""This module gets filepath of the given file in gluster server.
Example:
get_pathinfo("file1", "testvol")
Args:
filename (str): relative path of file
volname (str): volume name
Kwargs:
client (str): client on which cmd has to be executed.
Returns:
NoneType: None if command execution fails, parse errors.
list: file path for the given file in gluster server
"""
if client is None:
client = tc.clients[0]
server = get_volume_info(volname)[volname]['bricks'][0].split(':')[0]
mount_point = '/mnt/tmp_fuse'
# Performing glusterfs mount because only with glusterfs mount
# the file location in gluster server can be identified from client
# machine
ret, _, _ = mount_volume(volname, mtype='glusterfs',
mpoint=mount_point,
mserver=server,
mclient=client)
if ret != 0:
tc.logger.error("Failed to do gluster mount on volume %s to fetch"
"pathinfo from client %s"
% (volname, client))
return None
filename = mount_point + '/' + filename
attr_name = 'trusted.glusterfs.pathinfo'
output = get_extended_attributes_info([filename],
attr_name=attr_name,
mnode=client)
if output is None:
tc.logger.error("Failed to get path info for %s" % filename)
return None
pathinfo = output[filename][attr_name]
umount_volume(client, mount_point)
return re.findall(".*?POSIX.*?:(\S+)\>", pathinfo)
def form_bricks_path(number_of_bricks, servers, mnode, volname):
"""Forms complete bricks path for create-volume/add-brick
given the num_of_bricks
Args:
number_of_bricks (int): The number of bricks for which brick list
has to be created.
servers (list): The list of servers from which the bricks
needs to be selected for creating the brick list.
mnode (str): The node on which the command has to be run.
volname (str): Volume name for which we require brick-list.
Returns:
str - complete brick path.
None - if number_of_bricks is greater than unused bricks.
Example:
form_bricks_path(6, tc.servers, tc.servers(0), "testvol")
"""
if not isinstance(servers, list):
servers = [servers]
dict_index = 0
bricks_path = ''
server_bricks_dict = get_servers_unused_bricks_dict(servers, servers[0])
num_of_unused_bricks = 0
for server_brick in server_bricks_dict.values():
num_of_unused_bricks = num_of_unused_bricks + len(server_brick)
if num_of_unused_bricks < number_of_bricks:
tc.logger.error("Not enough bricks available for creating the bricks")
return None
brick_index = 0
vol_info_dict = get_volume_info(volname, mnode)
if vol_info_dict:
brick_index = int(vol_info_dict[volname]['brickCount'])
for num in range(brick_index, brick_index + number_of_bricks):
if server_bricks_dict.values()[dict_index]:
bricks_path = (
"%s %s:%s/%s_brick%s" %
(bricks_path, server_bricks_dict.keys()[dict_index],
server_bricks_dict.values()[dict_index][0], volname, num))
server_bricks_dict.values()[dict_index].pop(0)
if dict_index < len(server_bricks_dict) - 1:
dict_index = dict_index + 1
else:
dict_index = 0
return bricks_path
def form_bricks_path(number_of_bricks, servers, mnode, volname):
"""Forms complete bricks path for create-volume/add-brick
given the num_of_bricks
Args:
number_of_bricks (int): The number of bricks for which brick list
has to be created.
servers (list): The list of servers from which the bricks
needs to be selected for creating the brick list.
mnode (str): The node on which the command has to be run.
volname (str): Volume name for which we require brick-list.
Returns:
str - complete brick path.
None - if number_of_bricks is greater than unused bricks.
Example:
form_bricks_path(6, tc.servers, tc.servers(0), "testvol")
"""
if not isinstance(servers, list):
servers = [servers]
dict_index = 0
bricks_path = ''
server_bricks_dict = get_servers_unused_bricks_dict(servers, servers[0])
num_of_unused_bricks = 0
for server_brick in server_bricks_dict.values():
num_of_unused_bricks = num_of_unused_bricks + len(server_brick)
if num_of_unused_bricks < number_of_bricks:
tc.logger.error("Not enough bricks available for creating the bricks")
return None
brick_index = 0
vol_info_dict = get_volume_info(volname, mnode)
if vol_info_dict:
brick_index = int(vol_info_dict[volname]['brickCount'])
for num in range(brick_index, brick_index + number_of_bricks):
if server_bricks_dict.values()[dict_index]:
bricks_path = ("%s %s:%s/%s_brick%s" % (bricks_path,
server_bricks_dict.keys()[dict_index],
server_bricks_dict.values()[dict_index][0],
volname, num))
server_bricks_dict.values()[dict_index].pop(0)
if dict_index < len(server_bricks_dict) - 1:
dict_index = dict_index + 1
else:
dict_index = 0
return bricks_path
def setup(self):
"""
Function to setup the volume for testing.
"""
volinfo = get_volume_info(server=self.servers[0])
if volinfo is not None and self.volname in volinfo.keys():
tc.logger.debug("The volume %s is already present in %s",
self.volname, self.mnode)
if not self.config_data['reuse_setup']:
ret = cleanup_volume(self.volname, self.mnode)
if not ret:
tc.logger.error("Unable to cleanup the setup")
return False
return self._create_volume()
else:
return self._create_volume()
return True
def setup(self):
"""
Function to setup the volume for testing.
"""
volinfo = get_volume_info(server=self.servers[0])
if volinfo is not None and self.volname in volinfo.keys():
tc.logger.debug("The volume %s is already present in %s",
self.volname, self.mnode)
if not self.config_data['reuse_setup']:
ret = cleanup_volume(self.volname, self.mnode)
if not ret:
tc.logger.error("Unable to cleanup the setup")
return False
return self._create_volume()
else:
return self._create_volume()
return True
def vol_set_ganesha(volname, option=True, mnode=None):
'''Enables/Disables ganesha for the volume.
Args:
volname (str): Volume name.
Kwargs:
option (Optional[bool]): If True it enables ganesha for
that volume else disables ganesha for that volume.
Default value is True.
mnode (Optional[str]): Node on which the command has
to be executed. Default value is tc.servers[0].
Returns:
bool: True if successful, False otherwise.
'''
if mnode is None:
mnode = tc.servers[0]
if option:
ret = vol_set_nfs_disable(volname)
if not ret:
return False
volinfo = get_volume_info(volname, mnode)
enable = volinfo[volname]['options'].get('ganesha.enable')
if enable == "on":
tc.logger.info(" ganesha is already enabled for the volume %s" %
volname)
return True
ret, _, _ = tc.run(
mnode, "gluster volume set %s ganesha.enable on "
"--mode=script" % volname)
if ret != 0:
tc.logger.error("failed to set ganesha.enable on %s" % volname)
return False
else:
ret, _, _ = tc.run(
mnode, "gluster volume set %s ganesha.enable off "
"--mode=script" % volname)
if ret != 0:
return False
return True
