Hi,
We have a working dcache 1.8.0-12p6 setup, with srm2.2. Without
spacemanager enabled srm1/2 operations function correctly.
When the space manager is enabled all attempts to write a file to the SE
hepgrid5.ph.liv.ac.uk are met with "No space left on device" for srm1 or
"no space available" for srm2 transfers.
We have link groups defined for all supported VOs in our dcache eg
psu create linkGroup dteam-linkGroup
psu set linkGroup custodialAllowed dteam-linkGroup true
psu set linkGroup replicaAllowed dteam-linkGroup true
psu set linkGroup nearlineAllowed dteam-linkGroup true
psu set linkGroup outputAllowed dteam-linkGroup true
psu set linkGroup onlineAllowed dteam-linkGroup false
psu addto linkGroup dteam-linkGroup dteam-link
and I can create a reservation for that link-group with a space token
DTEAM_TEST. If I copy a file using that space token it is accepted,
without it is rejected as above.
How do I enable space tokens without preventing all other operations
without space tokens defined failing? Lancaster had a similar trouble
but I can't see what I've done differently. I have link-groups for all
vos, I wait until all link groups are visible in SrmSpaceManager and all
services are running after a restart. Do we need some sort of default
space token that all vos can write to without a specified token?
Our dCacheSetup for when we have spacemanager enabled is attached.
Regards,
John
--
Dr John Bland, Systems Administrator
Room 210, Oliver Lodge
Particle Physics Group, University of Liverpool
Mail: [log in to unmask]
Tel : 0151 794 3396
#
# based on dCacheSetup.template $Revision: 1.33 $
#
# -----------------------------------------------------------------------
# config/dCacheSetup
# -----------------------------------------------------------------------
# This is the central configuration file for a dCache instance. In most
# cases it should be possible to keep it identical across the nodes of
# one dCache instance.
#
# This template contains all options that can possibly be used. Most
# may be left at the default value. If the option is commented out below
# is indicates the default value. If it is not commented out it is set
# to a reasonable value.
#
# To get a dCache instance running it suffices to change the options:
# - java The java binary
# - serviceLocatorHost The hostname of the admin node
# The other values should only be changed when advised to do so by the
# documentation.
#
# -----------------------------------------------------------------------
# Service Location
# -----------------------------------------------------------------------
# ---- Service Locater Host and Port
# Adjust this to point to one unique server for one and only one
# dCache instance (usually the admin node)
#
#serviceLocatorHost=SERVER
serviceLocatorHost=hepgrid5.ph.liv.ac.uk
serviceLocatorPort=11111
# -----------------------------------------------------------------------
# Components
# -----------------------------------------------------------------------
# To activate Replica Manager you need make changes in all 3 places:
# 1) etc/node_config on ALL ADMIN NODES in this dcache instance.
# 2) replicaSetup file on node where replica manager is runnig
# 3) define Resilient pool group(s) in PoolManager.conf
# ---- Will Replica Manager be started?
# Values: no, yes
# Default: no
#
# This has to be set to 'yes' on every node, if there is a replica
# manager in this dCache instance. Where the replica manager is started
# is controlled in 'etc/node_config'. If it is not started and this is
# set to 'yes' there will be error messages in log/dCacheDomain.log. If
# this is set to 'no' and a replica manager is started somewhere, it will
# not work properly.
#
#
#replicaManager=no
# ---- Which pool-group will be the group of resilient pools?
# Values: <pool-Group-Name>, a pool-group name existing in the PoolManager.conf
# Default: ResilientPools
#
# Only pools defined in pool group ResilientPools in config/PoolManager.conf
# will be managed by ReplicaManager. You shall edit config/PoolManager.conf
# to make replica manager work. To use another pool group defined
# in PoolManager.conf for replication, please specify group name by changing setting :
# #resilientGroupName=ResilientPools
# Please scroll down "replica manager tuning" make this and other changes.
# -----------------------------------------------------------------------
# Java Configuration
# -----------------------------------------------------------------------
# ---- The binary of the Java VM
# Adjust to the correct location.
#
# shold point to <JDK>/bin/java
#java="/usr/bin/java"
java=/usr/java/default/bin/java
#
# ---- Options for the Java VM
# Do not change unless yoy know what you are doing.
# If the globus.tcp.port.range is changed, the
# variable 'clientDataPortRange' below has to be changed accordingly.
#
#java_options="-server -Xmx512m -XX:MaxDirectMemorySize=512m \
# -Dsun.net.inetaddr.ttl=1800 \
# -Dorg.globus.tcp.port.range=20000,25000 \
# -Djava.net.preferIPv4Stack=true \
# -Dorg.dcache.dcap.port=0 \
# -Dorg.dcache.net.tcp.portrange=33115:33145 \
# -Dlog4j.configuration=file:${ourHomeDir}/config/log4j.properties \
# "
java_options="-server -Xmx512m -XX:MaxDirectMemorySize=512m -Dsun.net.inetaddr.ttl=1800 -Dorg.globus.tcp.port.range=20000,25000 -Djava.net.preferIPv4Stack=true -Dorg.dcache.dcap.port=0 -Dorg.dcache.net.tcp.portrange=60000:62000 -Dlog4j.configuration=file:${ourHomeDir}/config/log4j.properties "
# Option for Kerberos5 authentication:
# -Djava.security.krb5.realm=FNAL.GOV \
# -Djava.security.krb5.kdc=krb-fnal-1.fnal.gov \
# Other options that might be useful:
# -Dlog4j.configuration=/opt/d-cache/config/log4j.properties \
# -Djavax.security.auth.useSubjectCredsOnly=false \
# -Djava.security.auth.login.config=/opt/d-cache/config/jgss.conf \
# -Xms400m \
# ---- Classpath
# Do not change unless yoy know what you are doing.
#
classesDir=${ourHomeDir}/classes
classpath=
# ---- Librarypath
# Do not change unless yoy know what you are doing.
# Currently not used. Might contain .so librarys for JNI
#
librarypath=${ourHomeDir}/lib
# -----------------------------------------------------------------------
# Filesystem Locations
# -----------------------------------------------------------------------
# ---- Location of the configuration files
# Do not change unless yoy know what you are doing.
#
config=${ourHomeDir}/config
# ---- Location of the ssh
# Do not change unless yoy know what you are doing.
#
keyBase=${ourHomeDir}/config
# ---- SRM/GridFTP authentication file
# Do not change unless yoy know what you are doing.
#
kpwdFile=${ourHomeDir}/etc/dcache.kpwd
# -----------------------------------------------------------------------
# pool tuning
# -----------------------------------------------------------------------
# Do not change unless yoy know what you are doing.
#
# poolIoQueue=
# checkRepository=true
# waitForRepositoryReady=false
#
# ---- Which meta data repository implementation to use.
# Values: org.dcache.pool.repository.meta.file.FileMetaDataRepository
# org.dcache.pool.repository.meta.db.BerkeleyDBMetaDataRepository
# Default: org.dcache.pool.repository.meta.file.FileMetaDataRepository
#
# Selects which meta data repository implementation to use. This is
# essentially a choice between storing meta data in a large number
# of small files in the control/ directory, or to use the embedded
# Berkeley database stored in the meta/ directory (both directories
# placed in the pool directory).
#
# metaDataRepository=org.dcache.pool.repository.meta.file.FileMetaDataRepository
#
# ---- Which meta data repository to import from.
# Values: org.dcache.pool.repository.meta.file.FileMetaDataRepository
# org.dcache.pool.repository.meta.db.BerkeleyDBMetaDataRepository
# ""
# Default: ""
#
# Selects which meta data repository to import data from if the
# information is missing from the main repository. This is useful
# for converting from one repository implementation to another,
# without having to fetch all the information from the central PNFS
# manager.
#
# metaDataRepositoryImport=""
#
# -----------------------------------------------------------------------
# gPlazma tuning
# -----------------------------------------------------------------------
# Do not change unless yoy know what you are doing.
#
gplazmaPolicy=${ourHomeDir}/etc/dcachesrm-gplazma.policy
#
#gPlazmaNumberOfSimutaneousRequests 30
#gPlazmaRequestTimeout 30
#
#useGPlazmaAuthorizationModule=false
useGPlazmaAuthorizationModule=true
#useGPlazmaAuthorizationCell=true
useGPlazmaAuthorizationCell=false
#delegateToGPlazma=false
#
#
# -----------------------------------------------------------------------
# dcap tuning
# -----------------------------------------------------------------------
#
# gsidcapIoQueue=
# gsidcapIoQueueOverwrite=denied
# gsidcapMaxLogin=1500
# dcapIoQueue=
# dcapIoQueueOverwrite=denied
# dcapMaxLogin=1500
#
# -----------------------------------------------------------------------
# gsiftp tuning
# -----------------------------------------------------------------------
#
# ---- Seconds between GridFTP performance markers
# Set performanceMarkerPeriod to 180 to get performanceMarkers
# every 3 minutes.
# Set to 0 to disable performance markers.
# Default: 180
#
# performanceMarkerPeriod=180
#
# gsiftpPoolManagerTimeout=5400
# gsiftpPoolTimeout=600
# gsiftpPnfsTimeout=300
# gsiftpMaxRetries=80
# gsiftpMaxStreamsPerClient=10
# gsiftpDeleteOnConnectionClosed=true
# gsiftpMaxLogin=100
clientDataPortRange=20000:25000
# gsiftpIoQueue=
# gsiftpAdapterInternalInterface=
# remoteGsiftpIoQueue=
# FtpTLogDir=
#
# ---- May pools accept incomming connection for GridFTP transfers?
# Values: 'true', 'false'
# Default: 'false' for FTP doors, 'true' for pools
#
# If set to true, pools are allowed accept incomming connections for
# for FTP transfers. This only affects passive transfers. Only passive
# transfers using GFD.47 GETPUT (aka GridFTP 2) can be redirected to
# the pool. Other passive transfers will be channelled through a
# proxy component at the FTP door. If set to false, all passive
# transfers to through a proxy.
#
# This setting is interpreted by both FTP doors and pools, with
# different defaults. If set to true at the door, then the setting
# at the individual pool will be used.
#
# gsiftpAllowPassivePool=false
#
#
# -----------------------------------------------------------------------
# common to gsiftp and srm
# -----------------------------------------------------------------------
#
srmSpaceManagerEnabled=yes
#
# will have no effect if srmSpaceManagerEnabled is "no"
srmImplicitSpaceManagerEnabled=yes
# overwriteEnabled=no
#
# ---- Image and style directories for the dCache-internal web server
# Do not change unless yoy know what you are doing.
#
images=${ourHomeDir}/docs/images
styles=${ourHomeDir}/docs/styles
# -----------------------------------------------------------------------
# Network Configuration
# -----------------------------------------------------------------------
# ---- Port Numbers for the various services
# Do not change unless yoy know what you are doing.
#
portBase=22
#dCapPort=${portBase}125
dCapPort=22125
ftpPort=${portBase}126
kerberosFtpPort=${portBase}127
#dCapGsiPort=${portBase}128
dCapGsiPort=22128
#gsiFtpPortNumber=2811
gsiFtpPortNumber=2811
srmPort=8443
xrootdPort=1094
# ---- GridFTP port range
# Do not change unless yoy know what you are doing.
#
clientDataPortRange=20000:25000
#clientDataPortRange=33115:33215
# ---- Port Numbers for the monitoring and administration
# Do not change unless yoy know what you are doing.
#
adminPort=${portBase}223
httpdPort=${portBase}88
sshPort=${portBase}124
# Telnet is only started if the telnetPort line is uncommented.
# Debug only.
#telnetPort=${portBase}123
#
# -----------------------------------------------------------------------
# Maintenance Module Setup
# -----------------------------------------------------------------------
#
# maintenanceLibPath=${ourHomeDir}/var/lib/dCache/maintenance
# maintenanceLibAutogeneratePaths=true
# maintenanceLogoutTime=18000
#
# -----------------------------------------------------------------------
# Database Configuration
# -----------------------------------------------------------------------
# The variable 'srmDbHost' is obsolete. For compatibility reasons,
# it is still used if it is set and if the following variables are
# not set
# The current setup assumes that one or more PostgreSQL servers are
# used by the various dCache components. Currently the database user
# 'srmdcache' with password 'srmdcache' is used by all components.
# They use the databases 'dcache', 'replicas', 'companion',
# 'billing'. However, these might be located on separate hosts.
# The best idea is to have the database server running on the same
# host as the dCache component which accesses it. Therefore, the
# default value for the following variables is 'localhost'.
# Uncomment and change these variables only if you have a reason to
# deviate from this scheme.
# (One possibility would be, to put the 'billing' DB on another host than
# the pnfs server DB and companion, but keep the httpDomain on the admin
# host.)
# ---- pnfs Companion Database Host
# Do not change unless yoy know what you are doing.
# - Database name: companion
#
#companionDatabaseHost=localhost
# ---- SRM Database Host
# Do not change unless yoy know what you are doing.
# - Database name: dcache
# - If srmDbHost is set and this is not set, srmDbHost is used.
#
#srmDatabaseHost=localhost
# ---- Space Manager Database Host
# Do not change unless yoy know what you are doing.
# - Database name: dcache
# - If srmDbHost is set and this is not set, srmDbHost is used.
#
#spaceManagerDatabaseHost=localhost
# ---- Pin Manager Database Host
# Do not change unless yoy know what you are doing.
# - Database name: dcache
# - If srmDbHost is set and this is not set, srmDbHost is used.
#
#pinManagerDatabaseHost=localhost
# ---- Replica Manager Database Host
# Do not change unless yoy know what you are doing.
# - Database name: replicas
#
# ----------------------------------------------------------------
# replica manager tuning
# ----------------------------------------------------------------
#
# replicaManagerDatabaseHost=localhost
# replicaDbName=replicas
# replicaDbUser=srmdcache
# replicaDbPassword=srmdcache
# replicaPasswordFile=""
# resilientGroupName=ResilientPools
# replicaPoolWatchDogPeriod=600
# replicaWaitDBUpdateTimeout=600
# replicaExcludedFilesExpirationTimeout=43200
# replicaDelayDBStartTimeout=1200
# replicaAdjustStartTimeout=1200
# replicaWaitReplicateTimeout=43200
# replicaWaitReduceTimeout=43200
# replicaDebug=false
# replicaMaxWorkers=6
# replicaMin=2
# replicaMax=3
#
# ---- Transfer / TCP Buffer Size
# Do not change unless yoy know what you are doing.
#
bufferSize=1048576
tcpBufferSize=1048576
# ---- Allow overwrite of existing files via GSIdCap
# allow=true, disallow=false
#
truncate=false
# ---- pnfs Mount Point for (Grid-)FTP
# The current FTP door needs pnfs to be mounted for some file exist
# checks and for the directory listing. Therefore it needs to know
# where pnfs is mounted. In future the Ftp and dCap deamons will
# ask the pnfsManager cell for help and the directory listing is
# done by a DirListPool.
ftpBase=/pnfs/ftpBase
# -----------------------------------------------------------------------
# pnfs Manager Configuration
# -----------------------------------------------------------------------
#
# ---- pnfs Mount Point
# The mount point of pnfs on the admin node. Default: /pnfs/fs
#
pnfs=/pnfs/fs
# An older version of the pnfsManager actually autodetects the
# possible pnfs filesystems. The ${defaultPnfsServer} is choosen
# from the list and used as primary pnfs filesystem. (currently the
# others are ignored). The ${pnfs} variable can be used to override
# this mechanism.
#
# defaultPnfsServer=localhost
#
# -- leave this unless you are running an enstore HSM backend.
#
# pnfsInfoExtractor=diskCacheV111.util.OsmInfoExtractor
#
# -- depending on the power of your pnfs server host you may
# set this to up to 50.
#
# pnfsNumberOfThreads=4
#
# -- don't change this
#
# namespaceProvider=diskCacheV111.namespace.provider.BasicNameSpaceProviderFactory
#
# --- change this if you configured you postgres instance
# other then described in the Book.
#
# pnfsDbUser=srmdcache
# pnfsDbPassword=srmdcache
# pnfsPasswordFile=
#
# ---- Storage Method for cacheinfo: companion or pnfs
# Values: 'comanion' -- cacheinfo will be stored in separate DB
# other or missing -- cacheinfo will be stored in pnfs
# Default: 'pnfs' -- for backward compatibility of old dCacheSetup files
#
# 'companion' is the default for new installs. Old installations have
# to use 'pnfs register' in every pool after switching from 'pnfs' to
# 'companion'. See the documentation.
#
cacheInfo=companion
#
#
#
# ---- Location of the trash directory
# The cleaner (which can only run on the pnfs server machine itself)
# autodetects the 'trash' directory. Non-empty 'trash' overwrites the
# autodetect.
#
#trash=
# The cleaner stores persistency information in subdirectories of
# the following directory.
#
# cleanerDB=/opt/pnfsdb/pnfs/trash/2
# cleanerRefresh=120
# cleanerRecover=240
# cleanerPoolTimeout=100
# cleanerProcessFilesPerRun=500
# cleanerArchive=none
#
# ---- Whether to enable the HSM cleaner
# Values: 'disabled', 'enabled'
# Default: 'disabled'
#
# The HSM cleaner scans the PNFS trash directory for deleted
# files stored on an HSM and sends a request to an attached
# pool to delete that file from the HSM.
#
# The HSM cleaner by default runs in the PNFS domain. To
# enable the cleaner, this setting needs to be set to enabled
# at the PNFS domain *and* at all pools that are supposed
# to delete files from an HSM.
#
# hsmCleaner=disabled
#
#
# ---- Location of trash directory for files on tape
# The HSM cleaner periodically scans this directory to
# detect deleted files.
#
# hsmCleanerTrash=/opt/pnfsdb/pnfs/1
#
# ---- Location of repository directory of the HSM cleaner
# The HSM cleaner uses this directory to store information
# about files in could not clean right away. The cleaner
# will reattempt to clean the files later.
#
# hsmCleanerRepository=/opt/pnfsdb/pnfs/1/repository
#
# ---- Interval between scans of the trash directory
# Specifies the time in seconds between two scans of the
# trash directory.
#
# hsmCleanerScan=90
#
# ---- Interval between retries
# Specifies the time in seconds between two attempts to
# clean files stored in the cleaner repository.
#
# hsmCleanerRecover=3600
#
# ---- Interval between flushing failures to the repository
# When the cleaner failes to clean a file, information about this
# file is added to the repository. This setting specifies the time
# in seconds between flushes to the repository. Until the
# information is kept in memory and in the trash directory.
#
# Each flush will create a new file. A lower value will cause the
# repository to be split into more files. A higher value will cause
# a higher memory usage and a larger number of files in the trash
# directory.
#
# hsmCleanerFlush=60
#
# ---- Max. length of in memory queue of files to clean
# When the trash directory is scanned, information about deleted
# files is queued in memory. This setting specifies the maximum
# length of this queue. When the queue length is reached, scanning
# is suspended until files have been cleaned or flushed to the
# repository.
#
# hsmCleanerCleanerQueue=10000
#
# ---- Timeout for pool communication
# Files are cleaned from an HSM by sending a message to a pool to
# do so. This specifies the timeout in seconds after which the
# operation is considered failed.
#
# hsmCleanerTimeout=120
#
# ---- Maximum concurrent requests to a single HSM
# Files are cleaned in batches. This specified the largest number
# of files to include in a batch per HSM.
#
# hsmCleanerRequest=100
#
# -----------------------------------------------------------------------
# Directory Pools
# -----------------------------------------------------------------------
#
#directoryPoolPnfsBase=/pnfs/fs
#
# -----------------------------------------------------------------------
# Srm Settings for experts
# -----------------------------------------------------------------------
#
#srmVersion=version1
#pnfsSrmPath=/
#parallelStreams=10
#srmAuthzCacheLifetime=60
# srmGetLifeTime=14400000
# srmPutLifeTime=14400000
# srmCopyLifeTime=14400000
# srmTimeout=3600
# srmVacuum=true
# srmVacuumPeriod=21600
# srmProxiesDirectory=/tmp
# srmBufferSize=1048576
# srmTcpBufferSize=1048576
# srmDebug=true
# srmGetReqThreadQueueSize=10000
# srmGetReqThreadPoolSize=250
# srmGetReqMaxWaitingRequests=1000
# srmGetReqReadyQueueSize=10000
# srmGetReqMaxReadyRequests=2000
# srmGetReqMaxNumberOfRetries=10
# srmGetReqRetryTimeout=60000
# srmGetReqMaxNumOfRunningBySameOwner=100
# srmPutReqThreadQueueSize=10000
# srmPutReqThreadPoolSize=250
# srmPutReqMaxWaitingRequests=1000
# srmPutReqReadyQueueSize=10000
# srmPutReqMaxReadyRequests=1000
# srmPutReqMaxNumberOfRetries=10
# srmPutReqRetryTimeout=60000
# srmPutReqMaxNumOfRunningBySameOwner=100
# srmCopyReqThreadQueueSize=10000
# srmCopyReqThreadPoolSize=250
# srmCopyReqMaxWaitingRequests=1000
# srmCopyReqMaxNumberOfRetries=10
# srmCopyReqRetryTimeout=60000
# srmCopyReqMaxNumOfRunningBySameOwner=100
# srmPoolManagerTimeout=300
# srmPoolTimeout=300
# srmPnfsTimeout=300
# srmMoverTimeout=7200
# remoteCopyMaxTransfers=150
# remoteHttpMaxTransfers=30
# remoteGsiftpMaxTransfers=${srmCopyReqThreadPoolSize}
#
# srmDbName=dcache
# srmDbUser=srmdcache
# srmDbPassword=srmdcache
# srmDbLogEnabled=false
#
# This variable enables logging of the history
# of the srm request transitions in the database
# so that it can be examined though the srmWatch
# monitoring tool
# srmJdbcMonitoringLogEnabled=false
#
# turning this on turns off the latest changes that made service
# to honor the srm client's prococol list order for
# get/put commands
# this is needed temprorarily to support old srmcp clients
# srmIgnoreClientProtocolOrder=false
#
# -- Set this to /root/.pgpass in case
# you need to have better security.
#
# srmPasswordFile=
#
# -- Set this to true if you want overwrite to be enabled for
# srm v1.1 interface as well as for srm v2.2 interface when
# client does not specify desired overwrite mode.
# This option will be considered only if overwriteEnabled is
# set to yes (or true)
#
# srmOverwriteByDefault=false
# ----srmCustomGetHostByAddr enables using the BNL developed
# procedure for host by ip resolution if standard
# InetAddress method failed
srmCustomGetHostByAddr=true
# ---- Allow automatic creation of directories via SRM
# allow=true, disallow=false
#
RecursiveDirectoryCreation=true
# ---- Allow delete via SRM
# allow=true, disallow=false
#
AdvisoryDelete=true
#
# pinManagerDatabaseHost=${srmDbHost}
# spaceManagerDatabaseHost=${srmDbHost}
#
# ----if space reservation request does not specify retention policy
# we will assign this retention policy by default
SpaceManagerDefaultRetentionPolicy=REPLICA
#
# ----if space reservation request does not specify access latency
# we will assign this access latency by default
SpaceManagerDefaultAccessLatency=ONLINE
#
# ----if the transfer request come from the door, and there was not prior
# space reservation made for this file, should we try to reserve
# space before satisfying the request
SpaceManagerReserveSpaceForNonSRMTransfers=true
# LinkGroupAuthorizationFile contains the list of FQANs that are allowed to
# make space reservations in a given link group
SpaceManagerLinkGroupAuthorizationFileName=/opt/d-cache/etc/LinkGroupAuthorization.conf
#
# -----------------------------------------------------------------------
# Logging Configuration
# -----------------------------------------------------------------------
# ---- Directory for the Log Files
# Default: ${ourHomeDir}/log/ (if unset or empty)
#
logArea=/var/log
# ---- Restart Behaviour
# Values: 'new' -- logfiles will be moved to LOG.old at restart.
# other or missing -- logfiles will be appended at restart.
# Default: 'keep'
#
#logMode=keep
# -----------------------------------------------------------------------
# Billing / Accounting
# -----------------------------------------------------------------------
# The directory the billing logs are written to
billingDb=${ourHomeDir}/billing
# If billing information should be written to a
# PostgreSQL database set to 'yes'.
# A database called 'billing' has to be created there.
billingToDb=yes
# The PostgreSQL database host:
billingDatabaseHost=localhost
# EXPERT: First is default if billingToDb=no, second for billingToDb=yes
# Do NOT put passwords in setup file! They can be read by anyone logging into
# the dCache admin interface!
#billingDbParams=
billingDbParams="\
-useSQL \
-jdbcUrl=jdbc:postgresql://${billingDatabaseHost}/billing \
-jdbcDriver=org.postgresql.Driver \
-dbUser=srmdcache \
-dbPass=srmdcache \
"
# -----------------------------------------------------------------------
# Info Provider
# -----------------------------------------------------------------------
#
# The following variables are used by the dynamic info provider, which
# is used for integration of dCache as a storage element in the LCG
# information system. All variables are used by the client side of the
# dynamic info provider which is called regularly by the LCG GIP (generic
# info provider). It consists of the two scripts
# jobs/infoDynamicSE-plugin-dcache
# jobs/infoDynamicSE-provider-dcache
#
# ---- Seconds between information retrievals
# Default: 180
#infoCollectorInterval=180
# ---- The static file used by the GIP
# This is also used by the plugin to determine the info it should
# output.
# Default: /opt/lcg/var/gip/ldif/lcg-info-static-se.ldif
#infoProviderStaticFile=/opt/lcg/var/gip/ldif/lcg-info-static-se.ldif
infoProviderStaticFile=/opt/glite/etc/gip/ldif/static-file-SE.ldif
# ---- The host where the InfoCollector cell runs
# Default: localhost
infoCollectorHost=localhost
# ---- The port where the InfoCollector cell will listen
# This will be used by the InfoCollector cell as well as the dynamic
# info provider scripts
# Default: 22111
#infoCollectorPort=22111
# ------------------------------------------------------------------------
# Statistics module
# ------------------------------------------------------------------------
# - point to place where statistic will be store
statisticsLocation=${ourHomeDir}/statistics
# ------------------------------------------------------------------------
# xrootd section
# ------------------------------------------------------------------------
#
# forbids write access in general (to avoid unauthenticated writes). Overrides all other authorization settings.
# xrootdIsReadOnly=true
#
# allow write access only to selected paths (and its subdirectories). Overrides any remote authorization settings (like from the filecatalogue)
# xrootdAllowedPaths=/path1:/path2:/path3
#
# This will allow to enable authorization in the xrootd door by specifying a valid
# authorization plugin. There is only one plugin in the moment, implementing token based
# authorization controlled by a remote filecatalogue. This requires an additional parameter
# 'keystore', holding keypairs needed to do the authorization plugin. A template keystore
# can be found in ${ourHomeDir}/etc/keystore.temp.
# xrootdAuthzPlugin=org.dcache.xrootd.security.plugins.tokenauthz.TokenAuthorizationFactory
# xrootdAuthzKeystore=${ourHomeDir}/etc/keystore
# the mover queue on the pool where this request gets scheduled to
# xrootdIoQueue=
|
