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|
# Copyright (c) 2009-2010 Gluster, Inc. <http://www.gluster.com>
# This file is part of GlusterFS.
# GlusterFS is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published
# by the Free Software Foundation; either version 3 of the License,
# or (at your option) any later version.
# GlusterFS is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with this program. If not, see
# <http://www.gnu.org/licenses/>.
import os, sys, string
#Cachesize calculator
cache_size = "`echo $(( $(grep 'MemTotal' /proc/meminfo | sed 's/[^0-9]//g') / 5120 ))`"
class CreateVolfile:
def __init__ (self, server_dict, server, transport,
transports, options, server_array):
self.host_dict = server_dict
self.host = server
self.volume_name = options.volume_name
self.transport = transport
self.transports = transports
self.auth_parameters = options.auth_param
self.raid_type = options.raid_type
self.ib_devport = options.ib_dev
self.conf_dir = options.conf_dir
self.host_array = server_array
self.enable_safe_mode = options.enable_safe_mode
self.volume_size_server = options.size_server
self.volume_size_client = options.size_client
self.nfs = options.need_nfs
self.num_replica = options.num_replica
self.num_stripe = options.num_stripe
if options.port:
self.gfs_port = options.port
self.gfs_ib_port = options.port + 1
else:
self.gfs_port = 24007
self.gfs_ib_port = 24008
def create_pmap_mount_volfile (self):
raid_type = self.raid_type
mount_volfile = "%s/%s-%s.vol" % (self.conf_dir, str(self.volume_name), str(self.transport))
mount_fd = file ("%s" % (mount_volfile), "w")
print "Generating client volfiles.. '%s'" % mount_volfile
cmdline = string.join (sys.argv, ' ')
mount_fd.write ("## file auto generated by %s\n" % sys.argv[0])
mount_fd.write ("# Cmd line:\n")
mount_fd.write ("# $ %s\n\n" % cmdline)
if raid_type is not None:
# Used for later usage
mount_fd.write ("# RAID %d\n" % raid_type)
mount_fd.write ("# TRANSPORT-TYPE %s\n" % self.transport)
subvolumes = []
for host in self.host_dict.keys():
i = 1
for export in self.host_dict[host]:
mount_fd.write ("volume %s-%s\n" % (host,export))
mount_fd.write (" type protocol/client\n")
mount_fd.write (" option transport-type %s\n" %
self.transport)
mount_fd.write (" option remote-host %s\n" % host)
if self.transport == 'ib-verbs':
mount_fd.write (" option transport.ib-verbs.port %d\n" %
self.ib_devport)
if self.transport == 'tcp':
mount_fd.write (" option transport.socket.nodelay on\n")
mount_fd.write (" option remote-subvolume %s\n" % export)
mount_fd.write ("end-volume\n\n")
i += 1
subvolumes.append(str(host) + '-' + str(export))
# Stripe section.. if given
if raid_type is 0:
max_stripe_idx = len (subvolumes) / self.num_stripe
stripe_idx = 0
index = 0
while index < max_stripe_idx:
mount_fd.write ("volume stripe-%d\n" % index)
mount_fd.write (" type cluster/stripe\n")
mount_fd.write ("# option block-size 128k\n")
mount_fd.write ("# option use-xattr no\n")
mount_fd.write (" subvolumes %s" % subvolumes[stripe_idx])
sub_idx = 1
while sub_idx < self.num_stripe:
mount_fd.write (" %s" % subvolumes[stripe_idx+sub_idx])
sub_idx += 1
mount_fd.write ("\nend-volume\n\n")
stripe_idx += self.num_stripe
index +=1
# Replicate section
if raid_type is 1:
max_mirror_idx = len (subvolumes) / self.num_replica
mirror_idx = 0
index = 0
while index < max_mirror_idx:
mount_fd.write ("volume mirror-%d\n" % index)
mount_fd.write (" type cluster/replicate\n")
mount_fd.write (" subvolumes %s" % subvolumes[mirror_idx])
sub_idx = 1
while sub_idx < self.num_replica:
mount_fd.write (" %s" % subvolumes[mirror_idx + sub_idx])
sub_idx += 1
mount_fd.write ("\nend-volume\n\n")
mirror_idx += self.num_replica
index += 1
# Distribute section
if raid_type is 0:
subvolumes = []
flag = 0
while flag < index:
subvolumes.append ("stripe-%d" % flag)
flag += 1
if raid_type is 1:
subvolumes = []
flag = 0
while flag < index:
subvolumes.append ("mirror-%d" % flag)
flag += 1
if len (subvolumes) > 1:
mount_fd.write ("volume distribute\n")
mount_fd.write (" type cluster/distribute\n")
mount_fd.write ("# option unhashed-sticky-bit yes"
" # Used for migrating data while adding new nodes\n")
mount_fd.write ("# option min-free-disk 5%"
" # Minimum free disk available on the volume\n")
mount_fd.write (" subvolumes %s\n" %
string.join (subvolumes,' '))
mount_fd.write ("end-volume\n\n")
subvolumes[0] = "distribute"
if self.volume_size_client:
mount_fd.write ("volume quota\n")
mount_fd.write (" type features/quota\n")
mount_fd.write (" option disk-usage-limit %s\n" % self.volume_size_client)
mount_fd.write ("# option minimum-free-disk-limit 10GB\n"
"# minimum free disk value (default) 0\n")
mount_fd.write ("# option refresh-interval 10\n")
mount_fd.write (" subvolumes %s\n" % subvolumes[0])
mount_fd.write ("end-volume\n\n")
subvolumes[0] = "quota"
if self.enable_safe_mode:
return
self.performance_mode (subvolumes[0], mount_fd)
return
def performance_mode (self, cluster_subvolume, volfile_fd):
volfile_fd.write ("volume writebehind\n")
volfile_fd.write (" type performance/write-behind\n")
volfile_fd.write (" option cache-size 4MB\n")
volfile_fd.write ("# option enable-trickling-writes yes # Flush final write calls when network is free\n")
volfile_fd.write ("# option enable-O_SYNC yes # Enable O_SYNC for write-behind\n")
volfile_fd.write ("# option disable-for-first-nbytes 1 # Disable first nbytes with very small initial writes\n")
if self.volume_size_client:
volfile_fd.write (" subvolumes quota\n")
else:
volfile_fd.write (" subvolumes %s\n" % cluster_subvolume)
volfile_fd.write ("end-volume\n\n")
volfile_fd.write ("volume readahead\n")
volfile_fd.write (" type performance/read-ahead\n")
volfile_fd.write (" option page-count 4\n")
volfile_fd.write ("# option force-atime-update yes # force updating atimes, default off\n")
volfile_fd.write (" subvolumes writebehind\n")
volfile_fd.write ("end-volume\n\n")
volfile_fd.write ("volume iocache\n")
volfile_fd.write (" type performance/io-cache\n")
volfile_fd.write (" option cache-size %sMB\n" % cache_size)
volfile_fd.write (" option cache-timeout 1\n")
volfile_fd.write ("# option priority *.html:1,abc*:2 # Priority list for iocaching files\n")
volfile_fd.write (" subvolumes readahead\n")
volfile_fd.write ("end-volume\n\n")
volfile_fd.write ("volume quickread\n")
volfile_fd.write (" type performance/quick-read\n")
volfile_fd.write (" option cache-timeout 1\n")
volfile_fd.write (" option max-file-size 64kB\n")
volfile_fd.write (" subvolumes iocache\n")
volfile_fd.write ("end-volume\n\n")
volfile_fd.write ("volume statprefetch\n")
volfile_fd.write (" type performance/stat-prefetch\n")
volfile_fd.write (" subvolumes quickread\n")
volfile_fd.write ("end-volume\n\n")
return
def create_pmap_nfs_volfile (self):
raid_type = self.raid_type
mount_volfile = "%s/%s-%s-nfs.vol" % (self.conf_dir, str(self.volume_name), str(self.transport))
mount_fd = file ("%s" % (mount_volfile), "w")
print "Generating client volfiles.. '%s'" % mount_volfile
cmdline = string.join (sys.argv, ' ')
mount_fd.write ("## file auto generated by %s\n" % sys.argv[0])
mount_fd.write ("# Cmd line:\n")
mount_fd.write ("# $ %s\n\n" % cmdline)
if raid_type is not None:
# Used for later usage
mount_fd.write ("# RAID %d\n" % raid_type)
mount_fd.write ("# TRANSPORT-TYPE %s\n" % self.transport)
subvolumes = []
for host in self.host_dict.keys():
i = 1
for export in self.host_dict[host]:
mount_fd.write ("volume %s-%d\n" % (host,i))
mount_fd.write (" type protocol/client\n")
mount_fd.write (" option transport-type %s\n" %
self.transport)
mount_fd.write (" option remote-host %s\n" % host)
if self.transport == 'ib-verbs':
mount_fd.write (" option transport.ib-verbs.port %d\n" %
self.ib_devport)
if self.transport == 'tcp':
mount_fd.write (" option transport.socket.nodelay on\n")
mount_fd.write (" option remote-subvolume %s\n" % export)
mount_fd.write ("end-volume\n\n")
subvolumes.append(str(host) + '-' + str(i))
i += 1
# Stripe section.. if given
if raid_type is 0:
max_stripe_idx = len (subvolumes) / self.num_stripe
stripe_idx = 0
index = 0
while index < max_stripe_idx:
mount_fd.write ("volume stripe-%d\n" % index)
mount_fd.write (" type cluster/stripe\n")
mount_fd.write ("# option block-size 128k\n")
mount_fd.write ("# option use-xattr no\n")
mount_fd.write (" subvolumes %s" % subvolumes[stripe_idx])
sub_idx = 1
while sub_idx < self.num_stripe:
mount_fd.write (" %s" % subvolumes[stripe_idx+sub_idx])
sub_idx += 1
mount_fd.write ("\nend-volume\n\n")
stripe_idx += self.num_stripe
index +=1
# Replicate section
if raid_type is 1:
max_mirror_idx = len (subvolumes) / self.num_replica
mirror_idx = 0
index = 0
while index < max_mirror_idx:
mount_fd.write ("volume mirror-%d\n" % index)
mount_fd.write (" type cluster/replicate\n")
mount_fd.write (" subvolumes %s" % subvolumes[mirror_idx])
sub_idx = 1
while sub_idx < self.num_replica:
mount_fd.write (" %s" % subvolumes[mirror_idx + sub_idx])
sub_idx += 1
mount_fd.write ("\nend-volume\n\n")
mirror_idx += self.num_replica
index += 1
# Distribute section
if raid_type is 0:
subvolumes = []
flag = 0
while flag < index:
subvolumes.append ("stripe-%d" % flag)
flag += 1
if raid_type is 1:
subvolumes = []
flag = 0
while flag < index:
subvolumes.append ("mirror-%d" % flag)
flag += 1
if len (subvolumes) > 1:
mount_fd.write ("volume distribute\n")
mount_fd.write (" type cluster/distribute\n")
mount_fd.write ("# option unhashed-sticky-bit yes"
" # Used for migrating data while adding new nodes\n")
mount_fd.write ("# option min-free-disk 5%"
" # Minimum free disk available on the volume\n")
mount_fd.write (" subvolumes %s\n" %
string.join (subvolumes,' '))
mount_fd.write ("end-volume\n\n")
subvolumes[0] = "distribute"
mount_fd.write ("volume nfsxlator\n")
mount_fd.write (" type nfs/server\n")
mount_fd.write (" subvolumes %s\n" % subvolumes[0])
mount_fd.write ("# option rpc-auth.auth-unix off #Enabled by default\n")
mount_fd.write ("# option rpc-auth.auth-null off #Enabled by default\n")
mount_fd.write ("# By default all addresses are rejected until allowed.\n")
mount_fd.write ("# option rpc-auth.addr.reject 127.*\n")
mount_fd.write ("# option rpc-auth.addr.allow localhost\n")
mount_fd.write (" option rpc-auth.addr.%s.allow %s\n" % (subvolumes[0], self.auth_parameters))
mount_fd.write ("# By default insecure ports are not allowed.\n")
mount_fd.write ("# option rpc-auth.ports.insecure on\n")
mount_fd.write ("# option rpc-auth.ports.<volume>.insecure on\n")
mount_fd.write ("# By default all access is read-write.\n")
mount_fd.write ("# option nfs3.<volume>.volume-access read-only\n")
mount_fd.write ("# option nfs3.<volume>.volume-access read-only\n")
mount_fd.write ("# option nfs3.read-size 128Kb\n")
mount_fd.write ("# option nfs3.write-size 32Kb\n")
mount_fd.write ("# option nfs3.readdir-size 64Kb\n")
mount_fd.write ("# option nfs3.<volume>.read-size 64Kb\n")
mount_fd.write ("# option nfs3.<volume>.write-size 64Kb\n")
mount_fd.write ("# option nfs3.posix1.readdir-size 128Kb\n")
mount_fd.write ("end-volume\n\n")
return
def create_pmap_export_volfile (self):
cmdline = string.join (sys.argv, ' ')
i = 0
for export in self.host_dict[self.host]:
export_volfile = "%s/%s-%d.vol" % (self.conf_dir,
str(self.volume_name + '.' + self.host),
i)
i += 1
exp_fd = file ("%s" % (export_volfile),"w")
print "Generating server volfiles.. for server %s as '%s'" % (self.host,
export_volfile)
exp_fd.write ("## file auto generated by %s\n" % sys.argv[0])
exp_fd.write ("# Cmd line:\n")
exp_fd.write ("# $ %s\n\n" % cmdline)
exp_fd.write ("volume posix\n")
exp_fd.write (" type storage/posix\n")
exp_fd.write ("# option o-direct enable # (default: disable) boolean type only\n")
exp_fd.write ("# option export-statfs-size no # (default: yes) boolean type only\n")
exp_fd.write ("# option mandate-attribute off # (default: on) boolean type only\n")
exp_fd.write ("# option span-devices 8 # (default: 0) integer value\n")
exp_fd.write ("# option background-unlink yes # (default: no) boolean type\n")
exp_fd.write (" option directory %s\n" % export)
exp_fd.write ("end-volume\n\n")
if self.nfs:
exp_fd.write ("volume posix-ac\n")
exp_fd.write (" type features/access-control\n")
exp_fd.write (" subvolumes posix\n")
exp_fd.write ("end-volume\n\n")
if self.volume_size_server:
exp_fd.write ("volume quota\n")
exp_fd.write (" type features/quota\n")
exp_fd.write (" option disk-usage-limit %s\n" % self.volume_size_server)
exp_fd.write ("# option minimum-free-disk-limit 10GB"
" # minimum free disk value (default) 0\n")
exp_fd.write ("# option refresh-interval 10\n")
if self.nfs:
exp_fd.write (" subvolumes posix-ac\n")
else:
exp_fd.write (" subvolumes posix\n")
exp_fd.write ("end-volume\n\n")
exp_fd.write ("volume locks\n")
exp_fd.write (" type features/locks\n")
exp_fd.write ("# option mandatory on # Default off, used in specific applications\n")
if self.volume_size_server:
exp_fd.write (" subvolumes quota\n")
elif self.nfs:
exp_fd.write (" subvolumes posix-ac\n")
else:
exp_fd.write (" subvolumes posix\n")
exp_fd.write ("end-volume\n\n")
exp_fd.write ("volume replace-brick\n")
exp_fd.write (" type protocol/client\n")
if self.transport:
exp_fd.write (" option transport-type %s\n" % self.transport)
if self.gfs_port:
exp_fd.write (" option transport.remote-port 34034\n")
exp_fd.write (" option ping-timeout 42\n")
exp_fd.write ("end-volume\n\n")
exp_fd.write ("volume pump\n")
exp_fd.write (" type cluster/pump\n")
exp_fd.write (" subvolumes locks replace-brick\n")
exp_fd.write ("end-volume\n\n")
exp_fd.write ("volume %s\n" % export)
exp_fd.write (" type performance/io-threads\n")
exp_fd.write (" option thread-count 8\n")
exp_fd.write ("# option autoscaling yes # Heuristic for autoscaling threads on demand\n")
exp_fd.write ("# option min-threads 2 # min count for thread pool\n")
exp_fd.write ("# option max-threads 64 # max count for thread pool\n")
exp_fd.write (" subvolumes pump\n")
exp_fd.write ("end-volume\n\n")
for transport in self.transports:
exp_fd.write ("volume server-%s\n" % export)
exp_fd.write (" type protocol/server\n")
exp_fd.write (" option transport-type %s\n" % transport)
exp_fd.write (" option auth.addr.%s.allow %s\n" %
(export, self.auth_parameters))
if transport == 'ib-verbs':
exp_fd.write (" option transport.ib-verbs.port %d\n" %
self.ib_devport)
if transport == 'tcp':
exp_fd.write (" option transport.socket.nodelay on\n")
exp_fd.write (" option transport.socket.listen-port %d\n" % self.gfs_port)
exp_fd.write (" subvolumes %s\n" % export)
exp_fd.write ("end-volume\n\n")
return
def create_mount_volfile (self):
raid_type = self.raid_type
mount_volfile = "%s/%s-%s.vol" % (self.conf_dir, str(self.volume_name), str(self.transport))
mount_fd = file ("%s" % (mount_volfile), "w")
print "Generating client volfiles.. '%s'" % mount_volfile
cmdline = string.join (sys.argv, ' ')
mount_fd.write ("## file auto generated by %s\n" % sys.argv[0])
mount_fd.write ("# Cmd line:\n")
mount_fd.write ("# $ %s\n\n" % cmdline)
if raid_type is not None:
# Used for later usage
mount_fd.write ("# RAID %d\n" % raid_type)
mount_fd.write ("# TRANSPORT-TYPE %s\n" % self.transport)
subvolumes = []
for host in self.host_dict.keys():
i = 1
for exports in self.host_dict[host]:
mount_fd.write ("volume %s-%s\n" % (host,exports))
mount_fd.write (" type protocol/client\n")
mount_fd.write (" option transport-type %s\n" %
self.transport)
mount_fd.write (" option remote-host %s\n" % host)
if self.transport == 'ib-verbs':
mount_fd.write (" option transport.ib-verbs.port %d\n" %
self.ib_devport)
mount_fd.write (" option remote-port %d\n" %
self.gfs_ib_port)
if self.transport == 'tcp':
mount_fd.write (" option transport.socket.nodelay on\n")
mount_fd.write (" option remote-port %d\n" %
self.gfs_port)
mount_fd.write (" option remote-subvolume %s\n" % exports)
mount_fd.write ("end-volume\n\n")
subvolumes.append(str(host) + '-' + str(exports))
# Stripe section.. if given
if raid_type is 0:
max_stripe_idx = len (subvolumes) / self.num_stripe
stripe_idx = 0
index = 0
while index < max_stripe_idx:
mount_fd.write ("volume stripe-%d\n" % index)
mount_fd.write (" type cluster/stripe\n")
mount_fd.write ("# option block-size 128k\n")
mount_fd.write ("# option use-xattr no\n")
mount_fd.write (" subvolumes %s" % subvolumes[stripe_idx])
sub_idx = 1
while sub_idx < self.num_stripe:
mount_fd.write (" %s" % subvolumes[stripe_idx+sub_idx])
sub_idx += 1
mount_fd.write ("\nend-volume\n\n")
stripe_idx += self.num_stripe
index +=1
# Replicate section
if raid_type is 1:
max_mirror_idx = len (subvolumes) / self.num_replica
mirror_idx = 0
index = 0
while index < max_mirror_idx:
mount_fd.write ("volume mirror-%d\n" % index)
mount_fd.write (" type cluster/replicate\n")
mount_fd.write (" subvolumes %s" % subvolumes[mirror_idx])
sub_idx = 1
while sub_idx < self.num_replica:
mount_fd.write (" %s" % subvolumes[mirror_idx + sub_idx])
sub_idx += 1
mount_fd.write ("\nend-volume\n\n")
mirror_idx += self.num_replica
index += 1
# Distribute section
if raid_type is 0:
subvolumes = []
flag = 0
while flag < index:
subvolumes.append ("stripe-%d" % flag)
flag += 1
if raid_type is 1:
subvolumes = []
flag = 0
while flag < index:
subvolumes.append ("mirror-%d" % flag)
flag += 1
if len (subvolumes) > 1:
mount_fd.write ("volume distribute\n")
mount_fd.write (" type cluster/distribute\n")
mount_fd.write ("# option unhashed-sticky-bit yes"
" # Used for migrating data while adding new nodes\n")
mount_fd.write ("# option min-free-disk 5%"
" # Minimum free disk available on the volume\n")
mount_fd.write (" subvolumes %s\n" %
string.join (subvolumes,' '))
mount_fd.write ("end-volume\n\n")
subvolumes[0] = "distribute"
if self.nfs:
mount_fd.write ("volume nfsxlator\n")
mount_fd.write (" type nfs/server\n")
mount_fd.write (" subvolumes %s\n" % subvolumes[0])
mount_fd.write ("# option rpc-auth.auth-unix off #Enabled by default\n")
mount_fd.write ("# option rpc-auth.auth-null off #Enabled by default\n")
mount_fd.write ("# By default all addresses are rejected until allowed.\n")
mount_fd.write ("# option rpc-auth.addr.reject 127.*\n")
mount_fd.write ("# option rpc-auth.addr.allow localhost\n")
mount_fd.write (" option rpc-auth.addr.%s.allow %s\n" % (subvolumes[0], self.auth_parameters))
mount_fd.write ("# By default insecure ports are not allowed.\n")
mount_fd.write ("# option rpc-auth.ports.insecure on\n")
mount_fd.write ("# option rpc-auth.ports.<volume>.insecure on\n")
mount_fd.write ("# By default all access is read-write.\n")
mount_fd.write ("# option nfs3.<volume>.volume-access read-only\n")
mount_fd.write ("# option nfs3.<volume>.volume-access read-only\n")
mount_fd.write ("# option nfs3.read-size 128Kb\n")
mount_fd.write ("# option nfs3.write-size 32Kb\n")
mount_fd.write ("# option nfs3.readdir-size 64Kb\n")
mount_fd.write ("# option nfs3.<volume>.read-size 64Kb\n")
mount_fd.write ("# option nfs3.<volume>.write-size 64Kb\n")
mount_fd.write ("# option nfs3.posix1.readdir-size 128Kb\n")
mount_fd.write ("end-volume\n\n")
return
if self.volume_size_client:
mount_fd.write ("volume quota\n")
mount_fd.write (" type features/quota\n")
mount_fd.write (" option disk-usage-limit %s\n" % self.volume_size_client)
mount_fd.write ("# option minimum-free-disk-limit 10GB\n"
"# minimum free disk value (default) 0\n")
mount_fd.write ("# option refresh-interval 10\n")
mount_fd.write (" subvolumes %s\n" % subvolumes[0])
mount_fd.write ("end-volume\n\n")
subvolumes[0] = "quota"
if self.enable_safe_mode:
return
self.performance_mode (subvolumes[0], mount_fd)
return
def create_export_volfile (self):
cmdline = string.join (sys.argv, ' ')
export_volfile = "%s/%s-export.vol" % (self.conf_dir, str(self.host + '-' + self.volume_name))
exp_fd = file ("%s" % (export_volfile),"w")
print "Generating server volfiles.. for server %s as '%s'" % (self.host,
export_volfile)
exp_fd.write ("## file auto generated by %s\n" %
sys.argv[0])
exp_fd.write ("# Cmd line:\n")
exp_fd.write ("# $ %s\n\n" % cmdline)
total_bricks = []
i=1
for export in self.host_dict[self.host]:
exp_fd.write ("volume posix%d\n" % i)
exp_fd.write (" type storage/posix\n")
exp_fd.write ("# option o-direct enable # (default: disable) boolean type only\n")
exp_fd.write ("# option export-statfs-size no # (default: yes) boolean type only\n")
exp_fd.write ("# option mandate-attribute off # (default: on) boolean type only\n")
exp_fd.write ("# option span-devices 8 # (default: 0) integer value\n")
exp_fd.write ("# option background-unlink yes # (default: no) boolean type\n")
exp_fd.write (" option directory %s\n" % export)
exp_fd.write ("end-volume\n\n")
if self.nfs:
exp_fd.write ("volume posix-ac%d\n" % i)
exp_fd.write (" type features/access-control\n")
exp_fd.write (" subvolumes posix%d\n" % i)
exp_fd.write ("end-volume\n\n")
if self.volume_size_server:
exp_fd.write ("volume quota%d\n" % i)
exp_fd.write (" type features/quota\n")
exp_fd.write (" option disk-usage-limit %s\n" % self.volume_size_server)
exp_fd.write ("# option minimum-free-disk-limit 10GB"
" # minimum free disk value (default) 0\n")
exp_fd.write ("# option refresh-interval 10\n")
if self.nfs:
exp_fd.write (" subvolumes posix-ac%d\n" % i)
else:
exp_fd.write (" subvolumes posix%d\n" % i)
exp_fd.write ("end-volume\n\n")
exp_fd.write ("volume locks%d\n" % i)
exp_fd.write (" type features/locks\n")
exp_fd.write ("# option mandatory on # Default off, used in specific applications\n")
if self.volume_size_server:
exp_fd.write (" subvolumes quota%d\n" % i)
else:
exp_fd.write (" subvolumes posix%d\n" % i)
exp_fd.write ("end-volume\n\n")
exp_fd.write ("volume %s\n" % export)
exp_fd.write (" type performance/io-threads\n")
exp_fd.write (" option thread-count 8\n")
exp_fd.write ("# option autoscaling yes # Heuristic for autoscaling threads on demand\n")
exp_fd.write ("# option min-threads 2 # min count for thread pool\n")
exp_fd.write ("# option max-threads 64 # max count for thread pool\n")
exp_fd.write (" subvolumes locks%d\n" % i)
exp_fd.write ("end-volume\n\n")
total_bricks.append("%s" % export)
i += 1
for transport in self.transports:
exp_fd.write ("volume server-%s\n" % transport)
exp_fd.write (" type protocol/server\n")
exp_fd.write (" option transport-type %s\n" % transport)
for brick in total_bricks:
exp_fd.write (" option auth.addr.%s.allow %s\n" %
(brick, self.auth_parameters))
if transport == 'ib-verbs':
exp_fd.write (" option transport.ib-verbs.listen-port %d\n" % self.gfs_ib_port)
exp_fd.write (" option transport.ib-verbs.port %d\n" %
self.ib_devport)
if transport == 'tcp':
exp_fd.write (" option transport.socket.listen-port %d\n" % self.gfs_port)
exp_fd.write (" option transport.socket.nodelay on\n")
exp_fd.write (" subvolumes %s\n" %
string.join(total_bricks, ' '))
exp_fd.write ("end-volume\n\n")
return
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