#!/bin/bash #============================================================================== # Copyright and license info is available in the LICENSE file included with # the Server Deployment Package (SDP), and also available online: # https://swarm.workshop.perforce.com/projects/perforce-software-sdp/view/main/LICENSE #------------------------------------------------------------------------------ #============================================================================== # Declarations and Environment if [[ ${BASH_VERSINFO[0]} -lt 4 ]]; then echo -e "\n\nERROR: $0 requires bash version 4.x+; current bash version is $BASH_VERSION." exit 1 fi # Allow override of P4U_HOME, which is set only when testing P4U scripts. export P4U_HOME=${P4U_HOME:-/p4/common/bin} export SDP_ENV=${SDP_ENV:-/p4/common/bin/p4_vars} export P4U_LIB=${P4U_LIB:-/p4/common/lib} export P4U_ENV=$P4U_LIB/p4u_env.sh export P4U_LOG=/p4/hms/logs/mkrep.$(date +'%Y%m%d-%H%M').log export VERBOSITY=${VERBOSITY:-3} # Environment isolation. For stability and security reasons, prepend # PATH to include dirs where known-good scripts exist. # known/tested PATH and, by implication, executables on the PATH. export PATH=$P4U_HOME:$PATH:~/bin:. export P4CONFIG=${P4CONFIG:-.p4config} export P4ENVIRO=/dev/null/.p4enviro [[ -r "$P4U_ENV" ]] || { echo -e "\nError: Cannot load environment from: $P4U_ENV\n\n" exit 1 } declare BASH_LIBS=$P4U_ENV BASH_LIBS+=" $P4U_LIB/libcore.sh" BASH_LIBS+=" $P4U_LIB/libp4u.sh" for bash_lib in $BASH_LIBS; do source $bash_lib ||\ { echo -e "\nFATAL: Failed to load bash lib [$bash_lib]. Aborting.\n"; exit 1; } done declare Version=1.0.14 declare -i SilentMode=0 declare -i StartupCmdNumFirst StartupCmdNumLast export VERBOSITY=3 #============================================================================== # Local Functions #------------------------------------------------------------------------------ # Function: terminate function terminate { # Disable signal trapping. trap - EXIT SIGINT SIGTERM # Don't litter. cleanTrash vvmsg "$THISSCRIPT: EXITCODE: $OverallReturnStatus" # Stop logging. [[ "${P4U_LOG}" == off ]] || stoplog # With the trap removed, exit. exit $OverallReturnStatus } #------------------------------------------------------------------------------ # Function: usage (required function) # # Input: # $1 - style, either -h (for short form) or -man (for man-page like format). #------------------------------------------------------------------------------ function usage { declare style=${1:--h} echo "USAGE for $THISSCRIPT v$Version: $THISSCRIPT -i <SDP_Instance_1>[,<SDP_Instance_2>[,...]] -t <Type> -s <Site_Tag> -r <Replica_Host> [-c <cfg>] [-L <log>] [-si] [-v<n>] [-n] [-D] or $THISSCRIPT [-h|-man|-V] " if [[ $style == -man ]]; then echo -e " DESCRIPTION: This script creates makes a replica, and provides enough information to make it ready in all respects. OPTIONS: -i <SDP_Instance_1>[,<SDP_Instance_2>[,...]] -t <Type> Specify the replica type tag. The type corresponds to the 'Type:' and 'Services:' field of the server spec, which describes the type of services offered by a given replica. Valid values are: * ro: Read-Only standby replica. * rom: Read-Only standby replica, Metadata only. * fr: Forwarding Replica (Unfiltered). * fs: Forwarding Standby (Unfiltered). * frm: Forwarding Replica (Unfiltered, Metdata only). * fsm: Forwarding Standby (Unfiltered, Metdata only). * ffr: Filtered Forwarding Replica. Not a valid failover target. * edge: Edge Server. Filtered by def'n. Replica with 'standby' are always unfiltered, and use the 'journalcopy' method of replication, which copies a byte-for-byte verbatim journal file rather than one that is merely logically equivalent. The tag has several purposes: 1. Short Hand. Each tag represents a combination of 'Type:' and fully qualified 'Services:' values used in server specs. 2. Distillation. Only the most useful Type/Services combinations have a shorthand form. 3. For forwarding replicas, the name includes the critical distinction of whether any replication filtering is used; as filtering of any kind disqualifies a replica from being a potential failover target. (No such distinction is needed for edge servers, which are filtered by definition). -s <Site_Tag> Specify a geographic site tag indicating where the replica will physically be located. Valid site tags are defined in the site tags file, $SiteTagsFile Current valid site tags are: $(cat $SiteTagsFile 2>&1) -r <Replica_Host> Specify the target replica host. -c <cfg> Specify the Helix Topology Config file. The default is: $HelixTopologyCfg -v<n> Set verbosity 1-5 (-v1 = quiet, -v5 = highest). -L <log> Specify the path to a log file, or the special value 'off' to disable logging. By default, all output (stdout and stderr) goes to: $(dirname ${P4U_LOG}). NOTE: This script is self-logging. That is, output displayed on the screen is simultaneously captured in the log file. Do not run this script with redirection operators like '> log' or '2>&1', and do not use 'tee.' -si Operate silently. All output (stdout and stderr) is redirected to the log only; no output appears on the terminal. This cannot be used with '-L off'. -n No-Op. Prints commands instead of running them. -D Set extreme debugging verbosity. HELP OPTIONS: -h Display short help message -man Display man-style help message -V Dispay version info for this script and its libraries. DEPENDENCIES: This script depends on ssh keys being defined to allow the Perforce operating system user ($OSUER) to ssh to any necessary machines without a password. This script assumes the replica host already has the SDP fully configured. FILES: This Site Tags file defines the list of valid geographic site tags: $SiteTagsFile EXAMPLES: Prepare an edge server to run on host syc-helix-04: $THISSCRIPT -i acme -t edge -s syd -r syc-helix-04 " fi exit 1 } #============================================================================== # Command Line Processing declare ReplicaHost=Unset declare ReplicaTypeTag=Unset declare ReplicaType= declare SiteTag=Unset declare SiteTagsFile=${P4CCFG:-/p4/common/config}/SiteTags.cfg declare SDPInstance=Unset #declare -i Interactive=1 declare -i MetadataOnly=0 declare -i shiftArgs=0 set +u while [[ $# -gt 0 ]]; do case $1 in (-h) usage -h;; (-man) usage -man;; (-r) ReplicaHost=$2; shiftArgs=1;; (-t) ReplicaTypeTag=$2; shiftArgs=1;; (-i) SDPInstance=$2; shiftArgs=1;; (-s) SiteTag=$2; shiftArgs=1;; (-V) show_versions; exit 1;; (-v1) export VERBOSITY=1;; (-v2) export VERBOSITY=2;; (-v3) export VERBOSITY=3;; (-v4) export VERBOSITY=4;; (-v5) export VERBOSITY=5;; (-L) export P4U_LOG=$2; shiftArgs=1;; (-si) SilentMode=1;; (-n) export NO_OP=1;; (-D) set -x;; # Debug; use 'set -x' mode. (*) usageError "Unknown arg ($1).";; esac # Shift (modify $#) the appropriate number of times. shift; while [[ $shiftArgs -gt 0 ]]; do [[ $# -eq 0 ]] && usageError "Bad usage." shiftArgs=$shiftArgs-1 shift done done set -u #============================================================================== # Command Line Verification [[ $SilentMode -eq 1 && $P4U_LOG == off ]] && \ usageError "Cannot use '-si' with '-L off'." [[ $SDPInstance == Unset ]] && usageError "\nThe '-i <SDP_Instance>' parameter is required." [[ $ReplicaHost == Unset ]] && usageError "\nThe '-r <Replica_Host>' parameter is required." [[ $ReplicaTypeTag == Unset ]] && usageError "\nThe '-t <Type>' parameter is required." [[ $SiteTag == Unset ]] && usageError "\nThe '-s <Site_Tag>' parameter is required." case "$ReplicaTypeTag" in (ro) ReplicaType=standby;; # Read-Only Standby replica. (rom) ReplicaType=standby; MetadataOnly=1;; # Read-Only Standby replica, Metadata only. (fr) ReplicaType=forwarding-replica;; # Forwarding Replica (Unfiltered). (fs) ReplicaType=forwarding-standby;; # Forwarding Standby (Unfiltered). (frm) ReplicaType=forwarding-replica; MetadataOnly=1;; # Forwarding Replica (Unfiltered), Metdata only. (fsm) ReplicaType=forwarding-standby; MetadataOnly=1;; # Forwarding Standby (Unfiltered). (ffr) ReplicaType=forwarding-replica;; # Filtered Forwarding Replica (edge) ReplicaType=edge-server;; # Edge Server. Filtered by def'n, cannot be Metdata only. (*) usageError "The specified replica type tag [$ReplicaTypeTag].";; esac declare -i tagFound=0 if [[ -r "$SiteTagsFile" ]]; then while read line; do [[ $line == "#*" ]] && continue [[ -z "$(echo $line)" ]] && continue [[ "$line" == *":"* ]] || continue tag=${line%%:*} if [[ $tag == $SiteTag ]]; then tagFound=1 break fi done < $SiteTagsFile else bail "Missing site tag configuration file [$SiteTagsFile]. Aborting." fi [[ $tagFound -eq 1 ]] ||\ bail "Failed to find specified site tag [$SiteTag] inite tag configuration file [$SiteTagsFile]. Aborting." #============================================================================== # Main Program trap terminate EXIT SIGINT SIGTERM declare -i OverallReturnStatus=0 declare ServerSpec= ServerSpecFile= declare ServiceUser= ServiceUserSpecFile declare ServiceUsersGroup=ServiceUsers declare TmpDir=$(mktemp -d) declare ProtectsFile=$TmpDir/protect.p4s declare GroupSpecFile=$TmpDir/group.$ServiceUsersGroup.p4s declare TmpFile=$TmpDir/tmpFile.$THISSCRIPT GARBAGE+=" $TmpDir" if [[ "${P4U_LOG}" != off ]]; then touch ${P4U_LOG} || bail "Couldn't touch log file [${P4U_LOG}]." # Redirect stdout and stderr to a log file. if [[ $SilentMode -eq 0 ]]; then exec > >(tee ${P4U_LOG}) exec 2>&1 else exec >${P4U_LOG} exec 2>&1 fi initlog fi msg "Starting $THISSCRIPT v$Version at $(date)." msg "${H}\nPart 0: Environment Setup and Preflight Checks." msg "Loading SDP environment for instance $SDPInstance." source "$SDP_ENV" "$SDPInstance" msg "Overriding P4CONFIG, P4ENVIRO, P4ALIASES, etc." export P4ENVIRO=/dev/null/.p4enviro export P4ALIASES=/dev/null/.p4aliases export P4CONFIG=$TmpDir/.p4config export P4TICKETS=$TmpDir/.p4tickets export P4TRUST=$TmpDir/.p4trust export P4BIN=/p4/hms/bin/p4_hms echo "P4PORT=$P4MASTERPORT" > $P4CONFIG msg "Checking ssh access to master host $P4MASTER." ssh -q "$P4MASTER" /bin/ls > /dev/null 2>&1 || bail "Failed to ssh to host $P4MASTER." msg "Verified: ssh access to master host $P4MASTER is OK." msg "Checking ssh access to replica host $ReplicaHost." ssh -q "$ReplicaHost" /bin/ls > /dev/null 2>&1 || bail "Failed to ssh to host $ReplicaHost." msg "Verified: ssh access to replica host $ReplicaHost is OK." msg "${H}\nPart 1: Preparation: Login." if [[ "$P4MASTERPORT" == "ssl:"* ]]; then run "p4 trust -y" fi run "$P4BIN -u $P4USER -p $P4MASTERPORT -s login -s" \ "Checking whether user $P4USER is logged into port $P4MASTERPORT." 1 1 0 if [[ $? -ne 0 ]]; then msg "Trying login with:\n$P4BIN -u $P4USER -p $P4MASTERPORT -s login -a < $P4CCFG/.p4passwd.p4_hms.admin\n" if [[ $NO_OP -eq 0 ]]; then $P4BIN -u $P4USER -p $P4MASTERPORT -s login -a < $P4CCFG/.p4passwd.p4_hms.admin else msg "NO_OP: Would execute: $P4BIN -u $P4USER -p $P4MASTERPORT -s login -a < $P4CCFG/.p4passwd.p4_hms.admin" fi fi run "$P4BIN -u $P4USER -p $P4MASTERPORT -s login -s" \ "Verifying that user $P4USER can login to port $P4MASTERPORT." 1 1 0 ||\ bail "Login verification failed." msg "${H}\nPart 2: Define Server Spec." ServerSpec=p4d_${ReplicaTypeTag}_${SiteTag} ServerSpecFile=$TmpDir/$ServerSpec.server.p4s echo -e "ServerID: $ServerSpec\n Type: server\n Name: $ServerSpec\n Services: $ReplicaType\n Description:" > $ServerSpecFile || bail "Failed to initialize server spec file [$ServerSpecFile]." case "$ReplicaTypeTag" in (ro) Desc="Read-Only Standby Replica (Unfiltered) in ${SiteTag^^}.";; (rom) Desc="Read-Only Standby Replica (Unfiltered, Metadata Only) in ${SiteTag^^}.";; (fr) Desc="Forwarding Replica (Unfiltered) in ${SiteTag^^}.";; (fs) Desc="Forwarding Standby Replica (Unfiltered) in ${SiteTag^^}.";; (frm) Desc="Forwarding Replica (Unfiltered, Metadata Only) in ${SiteTag^^}.";; (fsm) Desc="Forwarding Standby Replica (Unfiltered, Metadata Only) in ${SiteTag^^}.";; (ffr) Desc="Filtered Forwarding Replica in ${SiteTag^^}.";; (edge) Desc="Edge server in ${SiteTag^^}.";; (*) bail "\nInternal Error: Unrecognized replica type tag [$ReplicaTypeTag].";; esac echo -e "\t$Desc\n" >> $ServerSpecFile || bail "Failed to complete server spec file [$ServerSpecFile]." msg "Creating server spec $ServerSpec with these contents:" msg ${H} cat $ServerSpecFile msg ${H} if [[ $NO_OP -eq 0 ]]; then p4 server -i < $ServerSpecFile || "Failed to load server spec from file: $ServerSpecFile" else msg "NO_OP: Would run: p4 server -i .LT. $ServerSpecFile" fi msg "${H}\nPart 3: Set configurables." ServiceUser=svc_${ServerSpec} ServiceUserSpecFile=$TmpDir/$ServiceUser.user.p4s declare -i ConfigureOK=1 run "p4 configure set $ServerSpec#P4TARGET=$P4MASTERPORT" || ConfigureOK=0 run "p4 configure set $ServerSpec#db.replication=readonly" || ConfigureOK=0 run "p4 configure set $ServerSpec#rpl.forward.all=1" || ConfigureOK=0 run "p4 configure set $ServerSpec#rpl.compress=4" || ConfigureOK=0 run "p4 configure set $ServerSpec#server=4" || ConfigureOK=0 run "p4 configure set $ServerSpec#monitor=2" || ConfigureOK=0 run "p4 configure set $ServerSpec#serviceUser=$ServiceUser" || ConfigureOK=0 run "p4 configure set $ServerSpec#journalPrefix=$P4HOME/journals.rep/p4_${SDPInstance}" || ConfigureOK=0 if [[ $NO_OP -eq 0 ]]; then # use the '-L' flag to 'p4 pull' to enable 'journalcopy' if indicated by the replica # type, i.e. if it has Standby in the name. if [[ "$Desc" == *"Standby"* ]]; then vmsg "Executing: p4 configure set $ServerSpec#startup.1='pull -i 1 -L'" p4 configure set $ServerSpec#startup.1="pull -i 1 -L" || ConfigureOK=0 p4 configure set $ServerSpec#startup.2="journalcopy -i 1" || ConfigureOK=0 StartupCmdNumFirst=3 StartupCmdNumLast=7 else vmsg "Executing: p4 configure set $ServerSpec#startup.1='pull -i 1'" p4 configure set $ServerSpec#startup.1="pull -i 1" || ConfigureOK=0 StartupCmdNumFirst=2 StartupCmdNumLast=6 fi else if [[ "$Desc" == *"Standby"* ]]; then vmsg "NO_OP: Would execute: p4 configure set $ServerSpec#startup.1=\"pull -i 1 -L\"" vmsg "NO_OP: Would execute: p4 configure set $ServerSpec#startup.2=\"journalcopy -i 1\"" StartupCmdNumFirst=3 StartupCmdNumLast=7 else vmsg "NO_OP: Would execute: p4 configure set $ServerSpec#startup.1=\"pull -i 1\"" StartupCmdNumFirst=2 StartupCmdNumLast=6 fi fi if [[ $MetadataOnly -eq 0 ]]; then run "p4 configure set $ServerSpec#lbr.replication=readonly" || ConfigureOK=0 for i in $(seq $StartupCmdNumFirst $StartupCmdNumLast); do if [[ $NO_OP -eq 0 ]]; then vmsg "Executing: p4 configure set $ServerSpec#startup.$i='pull -i 1 -u'" p4 configure set $ServerSpec#startup.$i="pull -i 1 -u" || ConfigureOK=0 else vmsg "NO_OP: Would execute: p4 configure set $ServerSpec#startup.1='pull -i 1'" fi done else run "p4 configure set $ServerSpec#lbr.replication=ondemand" || ConfigureOK=0 fi if [[ $ConfigureOK -eq 1 ]]; then msg "Verified: All configurables were set OK." run "p4 configure show allservers" "Showing all persistent configurables." 0 1 0 else bail "Errors encountered setting configurables. See the output above. Aborting." fi msg "${H}\nPart 4: Create replica service user $ServiceUser." echo -e "User: $ServiceUser\n Email: ${MAILFROM#\#}\n FullName: Replication Server User for $ServerSpec\n Type: service\n AuthMethod: perforce\n" > $ServiceUserSpecFile || bail "Failed to initialize user spec file [$ServiceUserSpecFile]." vmsg "Contents of $ServiceUserSpecFile:" vmsg "${H}" [[ $VERBOSITY -gt 2 ]] && cat $ServiceUserSpecFile vmsg "${H}" if [[ $NO_OP -eq 0 ]]; then p4 user -f -i < $ServiceUserSpecFile || "Failed to load user spec from file: $ServiceUserSpecFile" else msg "NO_OP: Would run: p4 user -f -i .LT. $ServiceUserSpecFile" fi PasswdFile=$TmpDir/.p4passwd touch $PasswdFile || bail "Failed to initialize password file $PasswdFile." chmod 600 $PasswdFile cat $P4CCFG/.p4passwd.p4_hms.admin > $PasswdFile cat $P4CCFG/.p4passwd.p4_hms.admin >> $PasswdFile if [[ $NO_OP -eq 0 ]]; then msg "Setting password for service user $ServiceUser." p4 passwd $ServiceUser < $PasswdFile else msg "NO_OP: Would run: p4 passwd $ServiceUser .LT. $PasswdFile" fi msg "${H}\nPart 5: Make replica service user a super user with unlimited timeout." msg "Checking if Protections table references group $ServiceUsersGroup." if [[ -n "$(p4 protects -g $ServiceUsersGroup)" ]]; then msg "Verified: Protections table references group $ServiceUsersGroup." else msg "Adding protections table entry to reference group $ServiceUsersGroup." p4 protect -o | grep -v '^#' > $TmpFile || bail "Failed to update tmp file $TmpFile." echo -e "\tsuper group $ServiceUsersGroup * //..." >> $TmpFile || bail "Failed to update tmp file $TmpFile." grep -v '^\s*$' $TmpFile > $ProtectsFile || bail "Failed to update protects file $ProtectsFile." vmsg "Contents of $ProtectsFile:" vmsg "${H};" [[ $VERBOSITY -gt 3 ]] && cat $ProtectsFile vmsg "${H}" if [[ $NO_OP -eq 0 ]]; then p4 protect -i < $ProtectsFile else msg "NO_OP: Would run: p4 protect -i .LT. $ProtectsFile" fi fi msg "Checking if serivce user $ServiceUser is in service users group $ServiceUsersGroup." if [[ -n "$(p4 groups $ServiceUser | grep ^$ServiceUsersGroup$)" ]]; then msg "Verified: Serivce user $ServiceUser is in service users group $ServiceUsersGroup." else # This logic will create the group spec for service users if it does not already exist, # or add our new service user to the group if it already exists. The 'p4 group -o' # command generate a valid group spec whether the spec actually exists on the server or # not. p4 group -o $ServiceUsersGroup | grep -v '^#' |\ sed "s:43200:unlimited:g;\$ s/.*/\t$ServiceUser/" > $GroupSpecFile ||\ bail "Failed to update group spec file $GroupSpecFile." vmsg "Contents of $GroupSpecFile:" vmsg "${H}" [[ $VERBOSITY -gt 3 ]] && cat $GroupSpecFile vmsg "${H}" if [[ $NO_OP -eq 0 ]]; then p4 group -i < $GroupSpecFile else msg "NO_OP: Would run: p4 group -i .LT. $GroupSpecFile" fi fi if [[ $OverallReturnStatus -eq 0 ]]; then msg "${H}\nAll processing completed successfully.\n" msg "\nNext steps:" msg "STEP 1. Login as ${OSUSER}@${P4MASTER}." msg "STEP 2. Execute this command:\n\tnohup daily_checkpoint.sh $SDPInstance < /dev/null > /dev/null 2>&1 &\n" msg "STEP 3. Monitor the checkpoint.log file, and confirm that the journal rotation\nstep completes. This generally occurs within the first few seconds or minutes\nof starting daily_checkpoint.sh, even though it may take hours to complete for large\ndata sets. Optionally, wait for it to complete.\n" msg "STEP 4. Login as ${OSUSER}@${ReplicaHost}." msg "STEP 5. Set your environment with:\n\tcd /p4/common/bin\n\tsource p4_vars $SDPInstance\n" msg "STEP 6. Transfer the highest numbered completed checkpoint file from\n${P4MASTER}:${CHECKPOINTS}. Completed checkpoint files have a corresponding\n*.md5 file. If you waited for daily_checpoint.sh to complete in STEP 3, you\nneed only the latest checkpoint file. Otherwise, you also need the journal\nfile that has the same number. Copy those files to:\n$ReplicaHost:$CHECKPOINTS/.\n\nThe commands, as run from $ReplicaHost, will look like these sample commands:\n\tcd $CHECKPOINTS\n\tscp -p ${P4MASTER}:${CHECKPOINTS}/p4_${SDPInstance}.ckp.2550.gz .\n\tscp -p ${P4MASTER}:${CHECKPOINTS}/p4_${SDPInstance}.jnl.2550 .\n" msg "STEP 7. Create $P4ROOT/server.id file like so:\n\techo $ServerSpec > $P4ROOT/server.id\n" msg "STEP 8. Verify that you have enough disk space, e.g. with:\n\tdf -h $P4ROOT, at least 30x zipped checkpoint size is needed.\n" msg "STEP 9. Recover the checkpoint like so:\n\tcd $P4ROOT\n\t$P4DBIN -r $P4ROOT -z -jr ${CHECKPOINTS}/p4_${SDPInstance}.ckp.NNN.gz\n\nwhere NNN is the latest checkpoint from STEP 6.\n\nIf you did not wait for daily_checkpoint.sh to complete in STEP 3, then also replay the latest journal file copied in STEP 6, like so:\n\t$P4DBIN -r $P4ROOT -z -jr ${CHECKPOINTS}/${SDPInstance}.jnl.NNN" msg "STEP 10. Start the replica like so:\n\t${P4DBIN}_init start\n\nWait several seconds, then do:\n\t$P4CBIN/p4login\n\nReview the $LOGS/p4login.log, then check replication status with:\n\tp4 pull -lj\n" msg "STEP 11. Kick off a verify to pull over archive files:\n\tnohup p4verify.sh $SDPInstance < /dev/null > /dev/null 2>&1 &\n" msg "STEP 12. Wait about one minute, then check, $LOGS/p4verify.log to ensure it got\noff to a good start. That will run for a while." else msg "${H}\nProcessing completed, but with errors. Scan above output carefully.\n" fi # Illustrate using $SECONDS to display runtime of a script. msg "That took $(($SECONDS/3600)) hours $(($SECONDS%3600/60)) minutes $(($SECONDS%60)) seconds.\n" # See the terminate() function, which is really where this script exits. exit $OverallReturnStatus
# | Change | User | Description | Committed | |
---|---|---|---|---|---|
#7 | 25139 | Robert Cowham | Fix typo and log line no of error | ||
#6 | 25113 | Robert Cowham | Merge latest changes from dev | ||
#5 | 23483 | Robert Cowham | Merge in latest changes from dev - includes the mkrep changes. | ||
#4 | 23430 | Robert Cowham | Merge in changes from dev | ||
#3 | 23205 | Robert Cowham | Merged all changes from dev to test | ||
#2 | 22142 | Robert Cowham | Merge in latest changes from Dev | ||
#1 | 20726 | Robert Cowham | Catch up from dev | ||
//guest/perforce_software/sdp/dev/Server/Unix/p4/common/bin/mkrep.sh | |||||
#5 | 20708 | C. Thomas Tyler |
Per discussion: s/checkpoints.rep/journals.rep/g This directory name changed, used in the journalPrefix configurable, is intended to clarify that the should be targeted to for a FAST volume for use with journalcopy, rather than the LARGE volume as would be implied when using a directory with "checkpoints" in the name. |
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#4 | 20430 | C. Thomas Tyler |
Tweak to mkrep.sh: Tweaked to use p4login script. |
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#3 | 20363 | C. Thomas Tyler |
Removed references to legacy names for checkpoint scripts. No functional changes. Bypassing pre-commit code review. #review-20364 |
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#2 | 20170 | Russell C. Jackson (Rusty) |
Moved password and users into the config directory to allow for instance specific users and passwords. Ran into a case where two different teams were sharing the same server hardware and needed this type of differentiation. Surprised that we haven't hit this sooner. Also defaulted mkdirs to use the numeric ports since this is the most common installation. |
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#1 | 20154 | C. Thomas Tyler |
Added mkrep.sh script to create a replica. This current version does most of the steps of creating a replica in an SDP environment, benefitting from server spec naming standards and conventions. It then provides guidance on the remaining steps (e.g. transferring the checkpoint to the replica host, etc.) It greatly reduces the complexity of creating a replica by distilling the many potential replica types to just those few commonly used, 'fr' (forwarding replica), 'ro' (read-only replica), and 'edge'. The script is self-documenting with a '-h' (short usage) and '-man' (detailed man page) options. This first version is functional but is definitely a work in progress. It will evolve as part of the HMS project, but this part of HMS lives in the stock SDP. |