dugout-> run_program.dugout
Define program instances that run single purpose macro-style operations
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#!/bin/sh
###############################################################################
## COPYRIGHT (C) 2020-2026 NEW ENTITY OPERATIONS INC. ALL RIGHTS RESERVED
## INSTANCE: run_program.dugout
## MODIFIED: 2026/04/20
## OVERVIEW: Define program instances that run single purpose marco-style
## operations.
## Follow the conventions below and provide shortcuts for the system OPERATOR
## in the alias file when necessary.
## NOTE* Programs that have options passed to them shouldn't be
## terminated with a ;
## The default sections are:
## 1.) build_* - Any script that helps gather resources or conducts operations
## that help another program or interface build resources
## 2.) openpackager_* - Anything that helps you operate OpenPackager
## 3.) run_* - Any program wrapper that can access another runtimes API
###############################################################################
## Build Instance-> Structure: Default structure is $PATH_TRINE
###############################################################################
## Source the wrappers
. "$wrappers_generic"
## TRINE-> CORE
build_instance_structure_trine() {
if [ -d "${PATH_TRINE}" ]; then
## Make sure SLUG_TRINE_DATA isn't empty
if [ -n "${SLUG_TRINE_DATA}" ] && [ -d "${PATH_TRINE}${SLUG_TRINE_DATA}" ]; then
CWD="$(pwd)"
perform_tree_walk_protected "${PATH_TRINE}"
find . -not -path '*/.git/*' -not -path '**__pycache__**' -not -path '*/trine-env/*' -not -path '*/BACKUP/*' -not -path '*/CONFIG/*' -not -path '*/DATA/LOGS/*' -not -path '*/DOCUMENTATION/*' -not -path '*/FILTER/|\_|FILTER_MACHINES/MACHINE_DATA/vpn/*' -not -path '*/FILTER/|\_|FILTER_MACHINES/MACHINES/RECOVERY/*' -not -path '*/FILTER/|\_|FILTER_MACHINES/MACHINES/STARTING/*' -not -path '*/FILTER/|\_|FILTER_MACHINES/MACHINES/EXPLORER_RIG/RIG_VM/Virtual_Hard_Disks/*' -not -path '*/FILTER/|\_|FILTER_MACHINES/MACHINES/EXPLORER_RIG/RIG_VM/Virtual_Machines/*' -not -path '*/FILTER/|\_|FILTER_MACHINES/MACHINES/EXPLORER_RIG/universe/*' -not -path '*/IDENTITY/AD_BACKGROUND/*' -not -path '*/IDENTITY/AUDIO/*' -not -path '*/IDENTITY/badges/*' -not -path '*/IDENTITY/BOOKMARKS/*' -not -path '*/IDENTITY/ORE/*' -not -path '*/IDENTITY/PHOTO/background/*' -not -path '*/IDENTITY/PHOTO/frames/*' -not -path '*/IDENTITY/PHOTO/lockerlinks/*' -not -path '*/IDENTITY/PHOTO/media/*' -not -path '*/IDENTITY/PHOTO/modules/*' -not -path '*/IDENTITY/PHOTO/people/*' -not -path '*/IDENTITY/PHOTO/samples_HD/*' -not -path '*/IDENTITY/TAGLINE/*' -not -path '*/IDENTITY/VIDEO/*' -not -path '*/IDENTITY/VISUAL/*' -not -path '*/LEARNING/RRR_RECOVERY/*' -not -path '*/LEARNING/ZZZ_DEPRECATED/*' -not -path '*/LEARNING/TOPICS/*' -not -path '*/OPENPACKAGER/corehost/*' -not -path '*/OPENPACKAGER/jupyter/*' -not -path '*/RING/BACKUP/*' -not -path '*/RING/DOCUMENTS/*' -not -path '*/RING/ENTITY/FIGMENTS/*' -not -path '*/RING/PROGRAMS/AIREP/*' -not -path '*/RING/PROGRAMS/COLLECTIONS/*' -not -path '*/RING/PROGRAMS/LINUX/*' -not -path '*/RING/PROGRAMS/WINE/*' |sort > "${SLUG_TRINE_DATA}/STRUCTURE.es"
COUNTER_DIRIECTORY=0
COUNTER_FILE=0
if [ "${VERBOSE_OUTPUT_FIND}" = "1" ]; then
printf "Trine instance blueprint summary: built"
while read -r build_line;
do
if [ -d "${build_line}" ]; then
COUNTER_DIRECTORY=$((COUNTER_DIRECTORY+1))
printf "%b%s <d>%b %b%s%b\n" "${tmodDirectory}" "${COUNTER_DIRECTORY}" "${tmodReset}" "${tmodDirectory}" "${build_line}" "${tmodReset}"
elif [ -f "${build_line}" ]; then
COUNTER_FILE=$((COUNTER_FILE+1))
printf "%b%s <%s:f>%b %b%s%b\n" "${tmodFile}" "${COUNTER_FILE}" "${COUNTER_DIRECTORY}" "${tmodReset}" "${tmodFile}" "${build_line}" "${tmodReset}"
else
printf "* * Unrecognized build instance * *\n"
fi
done < "${SLUG_TRINE_DATA}/STRUCTURE.es"
else
:
fi
perform_tree_walk_protected "${CWD}"
else
echo "No DATA path provided"
fi
else
printf "The path: %s is not available. Falling back....\n" "${PATH_TRINE}"
fi
}
################################################################################
## Compat layer
################################################################################
## wine
alias wine32="WINEPREFIX='/home/standard/.wine32'"
###############################################################################
## OpenPacker
###############################################################################
openpackager_help_overview() {
cat << EOF
-------------------------------
OpenPackager: Available options
-------------------------------
Implied Package Manager: pacman
add -> package_add: Package addition hook
add packageX
add_source -> package_add_source: Package addition hook for sources
add_source packageX
belongs -> package_belongs: Package inclusion lookup
belongs /path/to/file
delete -> package_delete: Package removal hook
delete packageX
information -> package_information: Package information hook
information packageX
localsync -> package_localsync: Local package sync hoook
loclsync
update -> package_update: System update hook
update
upgrade -> package_upgrade: Virtual environment upgrade
singular
upgrade packageX
multiple
upgrade packageX1 packageX2
upgrade_all -> packages_upgrade_all: Virtual environment glob upgrade
upgrade_all
version -> package_update: System update hook
version packageX
* Community Branch Only:
* optional -> package_optional: Package optional hook
* optional packageX
EOF
}
## ARCHIVING (Dependency Alert: rsync)
archive_generic_no_rules() {
printf "archive_generic_no_rules: Performing the following routine now\n"
printf "sudo rsync -av --delete %s %s\n" "${1}" "${2}"
if [ "${ARCHIVE_MOCK}" -eq 1 ]; then
printf "ARCHIVE_MOCK: True-> Passing routine...\n"
else
sudo rsync -av --delete "${1}" "${2}"
fi
}
archive_generic_with_rules() {
printf "archive_generic_with_rules: Performing the following routine now\n"
printf "sudo rsync -aAXHv --exclude-from=%s --delete %s %s\n" "${3}" "${1}" "${2}"
if [ "${ARCHIVE_MOCK}" -eq 1 ]; then
printf "ARCHIVE_MOCK: True-> Passing routine...\n"
else
sudo rsync -aAXHv --exclude-from="${3}" --delete "${1}" "${2}"
fi
}
archive_simple_no_rules() {
printf "archive_simple_no_rules: Performing the following routine now\n"
printf "sudo rsync -av --delete %s %s\n" "${1}" "${2}"
if [ "${ARCHIVE_MOCK}" -eq 1 ]; then
printf "ARCHIVE_MOCK: True-> Passing routine...\n"
else
sudo rsync -av --delete "${1}" "${2}"
fi
}
archive_simple_with_rules() {
printf "archive_simple_with_rules: Performing the following routine now\n"
printf "sudo rsync -aAXHv --exclude-from=%s --delete %s %s\n" "${3}" "${1}" "${2}"
if [ "${ARCHIVE_MOCK}" -eq 1 ]; then
printf "ARCHIVE_MOCK: True-> Passing routine...\n"
else
sudo rsync -av --exclude-from="${3}" --delete "${1}" "${2}"
fi
}
## OpenPackager
open_packager() {
echo "-------------------------"
echo "OpenPackager-> Version 1 "
echo "-------------------------"
## Account for various glob patterns in the VALUE
IFS=","
set -- "$@"
CuredValue=$(echo "$@" | sed 's/[{}]//g' )
ValueLookup=$(echo "${CuredValue}" | sed 's/ /,/g' )
printf "CuredValue-> %s\n" "${ValueLookup}"
set -- ${ValueLookup}
directive="${1}"
shift 1
zindex() {
zindex=$#
}
zindex "$@"
if [ "${TRINE_CONTROL_VERBOSE}" -eq 1 ]; then
trine_control_zindex "${zindex}"
else
:
fi
## OpenPackager routines
if [ "${directive}" = "add" ]; then
printf "zValues are-> %s\n" "$@"
printf "Received OpenPackager values: %s\n" "$@"
printf "Performing: Add Routine-> Package: %s:: now\n" "$@"
## Arg counter
openpackager_assembler_add() {
printf "Value-> passed: %s\n" "$*"
COMMAND="sudo pacman -S $*"
COMMAND_ALPHA="sudo pacman -S"
COMMAND_ZETA="$*"
if [ "$#" -gt 1 ]; then
printf " do-> %s %s%s%s\n" "${COMMAND_ALPHA}" "{" "${COMMAND_ZETA}" "}"
sudo pacman -S ${COMMAND_ZETA} ;
else
printf " do-> %s\n" "${COMMAND}"
sudo pacman -S "$*" ;
fi
}
openpackager_assembler_add "$@"
elif [ "${directive}" = "add_source" ]; then
printf "zValues are-> %s\n" "$@"
printf "Received OpenPackager values: %s\n" "$@"
printf "Performing: Add Source-> Package: %s:: now\n" "$@"
## Arg counter
openpackager_assembler_add_source() {
printf "Value-> passed: %s\n" "$*"
COMMAND="sudo pacman -U $*"
COMMAND_ALPHA="sudo pacman -U"
COMMAND_ZETA="$*"
if [ "$#" -gt 1 ]; then
printf " do-> %s %s%s%s\n" "${COMMAND_ALPHA}" "{" "${COMMAND_ZETA}" "}"
sudo pacman -U ${COMMAND_ZETA} ;
else
printf " do-> %s\n" "${COMMAND}"
sudo pacman -U "$*" ;
fi
}
openpackager_assembler_add_source "$@"
elif [ "${directive}" = "belongs" ]; then
printf "zValues are-> %s\n" "$@"
printf "Received OpenPackager values: %s\n" "$@"
printf "Performing: Belongs to-> Checking instance: %s:: now\n" "$@"
## Arg counter
openpackager_assembler_belongs() {
printf "Value-> passed: %s\n" "$*"
COMMAND="sudo pacman -F $*"
COMMAND_ALPHA="sudo pacman -F"
COMMAND_ZETA="$*"
if [ "$#" -gt 1 ]; then
printf " do-> %s %s%s%s\n" "${COMMAND_ALPHA}" "{" "${COMMAND_ZETA}" "}"
sudo pacman -F ${COMMAND_ZETA} ;
else
printf " do-> %s\n" "${COMMAND}"
sudo pacman -F "$*" ;
fi
}
openpackager_assembler_belongs "$@"
elif [ "${directive}" = "delete" ]; then
printf "zValues are-> %s\n" "$@"
printf "Received OpenPackager values: %s\n" "$@"
printf "Performing: Delete Routine-> Package: %s:: now\n" "$@"
## Arg counter
openpackager_assembler_delete() {
printf "Value-> passed: %s\n" "$*"
COMMAND="sudo pacman -Rs $*"
COMMAND_ALPHA="sudo pacman -Rs"
COMMAND_ZETA="$*"
if [ "$#" -gt 1 ]; then
printf " do-> %s %s%s%s\n" "${COMMAND_ALPHA}" "{" "${COMMAND_ZETA}" "}"
sudo pacman -Rs ${COMMAND_ZETA} ;
else
printf " do-> %s\n" "${COMMAND}"
sudo pacman -Rs "$*" ;
fi
}
openpackager_assembler_delete "$@"
elif [ "${directive}" = "information" ]; then
printf "zValues are-> %s\n" "$@"
printf "Received OpenPackager values: %s\n" "$@"
printf "Performing: Information Routine-> Package: %s:: now\n" "$@"
## Arg counter
openpackager_assembler_information() {
printf "Value-> passed: %s\n" "$*"
COMMAND="sudo pacman -Si $*"
COMMAND_ALPHA="sudo pacman -Si"
COMMAND_ZETA="$*"
if [ "$#" -gt 1 ]; then
printf " do-> %s %s%s%s\n" "${COMMAND_ALPHA}" "{" "${COMMAND_ZETA}" "}"
sudo pacman -Si ${COMMAND_ZETA} ;
else
printf " do-> %s\n" "${COMMAND}"
sudo pacman -Si "$*" ;
fi
}
openpackager_assembler_information "$@"
elif [ "${directive}" = "update" ]; then
printf "Performing: Update Routine-> System\n"
COMMAND='sudo pacman -Syu' ;
sudo pacman -Syu ;
printf " do-> %s\n" "${COMMAND}"
elif [ "${directive}" = "upgrade" ]; then
printf "zValues are-> %s\n" "$@"
printf "Received OpenPackager upgrade values: %s\n" "$@"
printf "Performing: Upgrade Routine-> Package: %s:: now\n" "$@"
## Rebind IFS
IFS=' '
## Arg counter
openpackager_assembler_upgrade() {
printf "Value-> passed: %s\n" "$*"
COMMAND_ARGS="$*"
COMMAND="pip install --upgrade "
if [ "${COMMAND_ARGS}" -z ]; then
printf " Not arguements were supplied to upgrade\n"
else
printf " do-> %s \n" "${COMMAND}${COMMAND_ARGS}"
pip install --upgrade ${COMMAND_ARGS}
fi
}
openpackager_assembler_upgrade "$@"
elif [ "${directive}" = "upgrade_all" ]; then
printf "Performing: Virtual-environment upgrade (all)\n"
pip list --outdated | awk '$1 != "Package" && $1 != "--------------" { system("pip install --upgrade " $1) }'
elif [ "${directive}" = "version" ]; then
printf "zValues are-> %s\n" "$@"
printf "Received OpenPackager values: %s\n" "$@"
printf "Performing: Version Control Routine-> Checking Package %s\n" "$@"
## Arg counter
openpackager_assembler_update() {
printf "Value-> passed: %s\n" "$*"
COMMAND="sudo pacman -Q $*"
COMMAND_ALPHA="sudo pacman -Q"
COMMAND_ZETA="$*"
if [ "$#" -gt 1 ]; then
printf " do-> %s %s%s%s\n" "${COMMAND_ALPHA}" "{" "${COMMAND_ZETA}" "}"
sudo pacman -Q ${COMMAND_ZETA} ;
else
printf " do-> %s\n" "${COMMAND}"
sudo pacman -Q "$*" ;
fi
}
openpackager_assembler_update "$@"
else
:
fi
}
## (P001) - Add a package and it's dependencies to your system
## package_add: Package addition hook
openpackager_add() {
open_packager "add" "$*"
}
## (P002) - Add a locally sourced package and it's dependencies to your system
## package_add_source: Package addition hook for sources
openpackager_add_source() {
open_packager "add_source" "$*"
}
## (P003) - View what package a specific file belongs to
## package_belongs: Package inclusion lookup
openpackager_belongs() {
open_packager "belongs" "$*"
}
## (P004) - Delete a package and it's dependencies that are not in use by other
## programs.
## package_delete: Package removal hook
openpackager_delete() {
open_packager "delete" "$*"
}
## (P005) - Display verbose information about an installed package
## package_information: Package information hook
openpackager_information() {
open_packager "information" "$*"
}
## (P006) - Sync your local package repository with a target cloud package sync
## package_localsync: Local Package Sync hook
openpackager_localsync() {
echo "Performing: Local Sync-> Package: "
DEFAULT_KEY="${PATH_DEFAULT_KEY}"
PATH_FOREIGN_MIRROR="${PATH_DEFAULT_FOREIGN_MIRROR}"
PATH_LOCAL_MIRROR="${PATH_DEFAULT_LOCAL_MIRROR}"
if [ -f "${DEFAULT_KEY}" ]; then
echo "You're about to use the following paths:"
printf " -> PATH_FOREIGN_MIRROR: %s\n" "${PATH_FOREIGN_MIRROR}"
printf " -> PATH_LOCAL_MIRROR: %s\n" "${PATH_LOCAL_MIRROR}"
echo "You're about to use the default access user:"
printf " -> DEFAULT_ACCESS_USER: %s\n" "${DEFAULT_ACCESS_USER}"
echo "You're about to use this user to access the location:"
printf " -> SERVER_CORE_HOST: %s\n" "${SERVER_CORE_HOST}"
echo "Proceed and update your local mirror with the following complete access slug?"
echo "confirm operation with 1, kill the operation with 0"
TICK="'"
SSH="ssh"
zCommand="sudo rsync -av -e ${TICK}${SSH} -p ${CONFIGURATION_PORT_SYNC_SERVER} -i ${DEFAULT_KEY}${TICK} --delete ${DEFAULT_ACCESS_USER}@${SERVER_CORE_HOST}:${PATH_FOREIGN_MIRROR} ${PATH_LOCAL_MIRROR}"
printf "%s\n" "${zCommand}"
printf "Confirm?: " >&2
read -r confirmation_check
if [ "${confirmation_check}" = "1" ]; then
sudo rsync -av -e 'ssh -p "'"${CONFIGURATION_PORT_SYNC_SERVER}"'" -i "'"${DEFAULT_KEY}"'"' --delete "${DEFAULT_ACCESS_USER}@${SERVER_CORE_HOST}:${PATH_FOREIGN_MIRROR}" "${PATH_LOCAL_MIRROR}"
echo "localsync: Complete...."
else
echo "The operation was terminated by the user with the destruction key: 0, or a key that was not the continuation key, 1"
fi
else
printf "You aren't providing a default SSH key in a valid position-> Not available: %s\n" "${DEFAULT_KEY}"
fi
}
## (P007) - Display verbose information about an installed package
## package_information: Package information hook
openpackager_optional() {
echo "Performing: Information Routine-> Optional Package::: now"
echo "... * not implemented * ..."
}
## (P008) - Update your system using the underlying package manager: pacman
## package_update: System update hook
openpackager_update() {
open_packager "update" "$*"
}
## (P009) - Upgrade a virtual environment instance (pip is default)
## package_upgrade: System update hook
openpackager_upgrade() {
open_packager "upgrade" "$*"
}
## (P010) - Upgrade all of your virtual environments packages (pip is default)
## package_update: System update hook
openpackager_upgrade_all() {
open_packager "upgrade_all"
}
## (P011) - View the current version of an installed package
## package_version: View the package version
openpackager_version() {
open_packager "version" "$*"
}
###############################################################################
## Program wrappers: cd should not be used to navigate to any script
## instead, the execution wrapper should be used to anchor the script in the
## root file system location: /
###############################################################################
# Inquisitor - don't terminate because it takes commands as input
# also, leave a trailing space
run_program_inquisitor() {
## Use: c <LIMITING FIELD>
COMMAND_SEARCH_ARGS=("$@")
cat < "${ENDPOINT_INQUISITOR}" | grep "${COMMAND_SEARCH_ARGS} "
}
# FileAuditer: Options enabled
run_program_fileauditer() {
## Use: fileauditer --introspection --automate --terminal TRINE.py
COMMAND_SEARCH_ARGS="$*"
printf "USING COMMAND ARGV INPUT OF: %s\n" "${COMMAND_SEARCH_ARGS}"
python "${PATH_FILE_AUDITER}" ${COMMAND_SEARCH_ARGS}
}
## jupyter-> admin
run_program_jupyter_admin() {
perform_tree_walk_protected "${PATH_JUPYTER}"
. "${PATH_VEA_JUPYTER}"
jupyter notebook --certfile="${SLUG_PROTECTION_ADMIN}${CRT_JUPYTER}" --keyfile="${SLUG_PROTECTION_ADMIN}${KEY_JUPYTER}" --NotebookApp.allow_origin="https://corehost" --NotebookApp.allow_origin_pat='https?://127\.0\.0\.1:.*' --notebook-dir="${PATH_JUPYTER}" --ip="${IP_JUPYTER_ADMIN}" --port="${PORT_JUPYTER_ADMIN}" ;
#jupyter notebook --certfile="${SLUG_PROTECTION_ADMIN}${CRT_JUPYTER}" --keyfile="${SLUG_PROTECTION_ADMIN}${KEY_JUPYTER}" --notebook-dir="${PATH_JUPYTER}" --ip="${IP_JUPYTER_ADMIN}" --port="${PORT_JUPYTER_ADMIN}" ;
}
## jupyter-> standard
run_program_jupyter_standard() {
perform_tree_walk_protected "${PATH_JUPYTER_STANDARD}"
. "${PATH_VEA_JUPYTER_STANDARD}"
jupyter notebook --certfile="${SLUG_PROTECTION_STANDARD}${CRT_JUPYTER}" --keyfile="${SLUG_PROTECTION_STANDARD}${KEY_JUPYTER}" --NotebookApp.allow_origin="https://corehost" --NotebookApp.allow_origin_pat='https?://127\.0\.0\.1:.*' --notebook-dir="${PATH_JUPYTER_STANDARD}" --ip="${IP_JUPYTER_STANDARD}" --port="${PORT_JUPYTER_STANDARD}" ;
}
## stable_diffusion
run_program_comfyui() {
perform_tree_walk_protected "${PATH_COMFYUI}"; source ComfyUI-env/bin/activate ; python3 "${CONFIGURATION_ENDPOINT_RUN_COMFYUI}";
}
## stable_diffusion
#run_program_stable_diffusion() {
# perform_tree_walk_protected "${PATH_STABLE_DIFFUSION}"; source venv/bin/activate ; python3 launch.py --upcast-sampling --no-half-vae ;
#}
## trine-> default
run_program_trine() {
perform_tree_walk_protected "${PATH_TRINE}"; source trine-env/bin/activate ; python TRINE.py ;
}
## trine-> text mode
run_program_trine_text_mode() {
perform_tree_walk_protected "${PATH_TRINE}" ; source trine-env/bin/activate; python functionality.py ;
}
###############################################################################
## zFlat functions allow you to program custom behavior into a hook
##
## OVERVIEW: use structured routines to update the status of stateful machine
## components
## zFf_*: Add automated system update hooks below
## Each automation should already have a correctly formatted triggering hook.
## Each triggering hook is to be followed by a relay command that acts as an
## activation signaling call to the runtime environment.
##
## The environment should then handle the request according to the preferred
## system-level handler.
##
## At the bottom of run_program, there is a que-handler that can
## running certain sections based-upon directives.
## Directives are provided by the admin. Directives determine running based
## upon criteria such as on the hour, by the minute, daily, weekly,
## monthly, yearly, or at a custom interval, such as each second or even
## by defined 'events'. A basic blueprint is provided, and when this script
## runs at a determined interval, each que will trigger. Depending on what
## resides in each que, those linked-directives will also fire.
###############################################################################
## (ENVH->1) - Update your system using the underlying package manager
## Triggering hook: Context followed by the directive (update: context,
## system: directive)
zFf_update_system() {
## relay command: Handoff to the environment
localsync ;
## ... handled by the system handler run_program.dugout
}
## (ENVH->2) - Perform preset backup routines in a linked and automated fashion
##
## Add automated backup hooks below. Each should already have a correctly
## formatted archive slug. The default routine is only to backup from the
## system location / : Backups from nested locations aren't included by default
## note* -> each routine runs as an alias, not as an export
## note* -> each custom backup routine is located in ENVH->3
###############################################################################
## We limit backup routines to the ADMIN user and don't run them as root by
## default. If you want another user to be the backup user, configure one
## acccording to the set convention
###############################################################################
zFf_backup_nova_default() {
if [ "$(id -u)" -ne "${SCRIPT_ACS_RUNNER_PERFORM}" ]; then
## Nominal Operations Varied Archive
echo "Performing: Routine-> NOVA ::: now"
## (A001) - Backup the default system to {BACKUP_LINDENLOCK} <PATH>/SLUG_DISTRO
NOVA ;
## C Stack: Backup to to {BACKUP_LINDENLOCK}/{ETC,HOME,SRV,USR,VAR}
## (C001) - Backup of /etc
backup_etc ;
## (C002) - Backup of /home
backup_home ;
## (C003) - Backup of /srv
backup_srv ;
### (C004) - Backup of /usr
backup_usr ;
## (C005) - Backup of /var
backup_var ;
else
echo "You're running this script as the root user."
echo "Please run it again as sudo, or the ADMIN: $OPERATOR_ADMIN"
fi
}
## (ENVH->3) - Perform preset backup routines in a linked and automated fashion
## Add automated backup hooks below. Each should already have a correctly
## formatted archive slug. The default routines are above. These routines are
## extended custom routines
## system location / : Backups from nested locations such as in /run/virtual
## are included here by
## default
## note* -> each routine runs as an alias, not as an export
## note* -> each default backup routine is located in ENVH->2
###############################################################################
## We limit backup routines to the ADMIN user and don't run them as root by
## default. If you want another user to be the backup user, configure one
## acccording to the set convention
###############################################################################
zFf_backup_nova_custom() {
if [ "$(id -u)" -ne "${SCRIPT_ACS_RUNNER_PERFORM}" ]; then
echo "Performing custom backup routines now::: Using provided wrappers..."
###############################################################################
## provided by disk_ops_id_custom.dugout
###############################################################################
## Backups: Backup routines are defined in disk_ops_id and mapped to an alias
## here
## (A001) - Clone the contents of your primary backup (LOCATION <SSD_HDD_TAPE_OR_NVME_HERE> 1) to
## the secondary backup (SECONDARY_BACKUP <SSD_HDD_TAPE_OR_NVME_HERE> 1)
## <CUSTOM_SCOPE_RUN_X_FROM_LOC1_TO_LOC_2_HERE> ;
## <CUSTOM_SCOPE_RUN_X_FROM_LOCN_TO_LOC_N*_HERE> ;
## (Y00Y1) EXTRA PRIMARY
run_backup_EXTRA_PRIMARY ;
## (Y00Y2) EXTRA SECONDARY
run_backup_EXTRA_SECONDARY ;
## (ZA001) - CUSTOM_SCOPE A=> B, simple backup
## <CUSTOM_SCOPE_RUN_X_FROM_LOCN_TO_LOC_N*_HERE> ;
###############################################################################
## Deprecated
###############################################################################
## <DEPRECATED_BACKUP_1_THROUGH_N>
else
echo "You're running this script as the root user."
echo "Please run it again as sudo, or the ADMIN: $OPERATOR_ADMIN"
fi
}
## (ENVH->N)
###############################################################################
## Directives: X is the directive, Z is the attribute vector
###############################################################################
## Every X stack: For every X, do Z (use with backend nodejs/python runtimes)
## every_X_Z() {
## }
every_sunny_day() {
printf "<NONE_DEFINED>\n"
}
every_cloudy_day() {
printf "<NONE_DEFINED>\n"
}
every_rainy_day() {
printf "<NONE_DEFINED>\n"
}
every_winter_day() {
printf "<NONE_DEFINED>\n"
}
every_spring_day() {
printf "<NONE_DEFINED>\n"
}
every_summer_day() {
printf "<NONE_DEFINED>\n"
}
every_fall_day() {
printf "<NONE_DEFINED>\n"
}
every_second() {
printf "<NONE_DEFINED>\n"
}
every_minute() {
printf "<NONE_DEFINED>\n"
}
every_ten_minutes() {
printf "<NONE_DEFINED>\n"
}
every_thirty_minutes() {
printf "<NONE_DEFINED>\n"
}
every_hour() {
printf "<NONE_DEFINED>\n"
}
every_two_hours() {
printf "<NONE_DEFINED>\n"
}
every_four_hours() {
printf "<NONE_DEFINED>\n"
}
every_eight_hours() {
printf "<NONE_DEFINED>\n"
}
every_sixteen_hours() {
printf "<NONE_DEFINED>\n"
}
every_twelve_hours() {
printf "<NONE_DEFINED>\n"
}
every_day() {
update_system ;
}
every_two_days() {
printf "<NONE_DEFINED>\n"
}
every_four_days() {
backup_nova_default ;
backup_nova_custom ;
}
every_eight_days() {
printf "<NONE_DEFINED>\n"
}
every_sixteen_days() {
printf "<NONE_DEFINED>\n"
}
every_month() {
printf "<NONE_DEFINED>\n"
}
every_two_months() {
printf "<NONE_DEFINED>\n"
}
every_four_months() {
printf "<NONE_DEFINED>\n"
}
every_six_months() {
printf "<NONE_DEFINED>\n"
}
every_eight_months() {
printf "<NONE_DEFINED>\n"
}
every_year() {
printf "<NONE_DEFINED>\n"
}
every_two_years() {
printf "<NONE_DEFINED>\n"
}
every_four_years() {
printf "<NONE_DEFINED>\n"
}
every_five_years() {
printf "<NONE_DEFINED>\n"
}
every_eight_years() {
printf "<NONE_DEFINED>\n"
}
every_ten_years() {
printf "<NONE_DEFINED>\n"
}
every_twenty_years() {
printf "<NONE_DEFINED>\n"
}
every_forty_years() {
printf "<NONE_DEFINED>\n"
}
every_eighty_years() {
printf "<NONE_DEFINED>\n"
}
every_one_hundred_years() {
printf "<NONE_DEFINED>\n"
}
every_two_hundred_years() {
printf "<NONE_DEFINED>\n"
}
every_four_hundred_years() {
printf "<NONE_DEFINED>\n"
}
every_eight_hundred_years() {
printf "<NONE_DEFINED>\n"
}
every_one_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_two_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_four_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_ten_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_fifty_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_one_hundred_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_two_hundred_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_five_hundred_thousand_years() {
printf "<NONE_DEFINED>\n"
}
every_one_million_years() {
printf "<NONE_DEFINED>\n"
}
every_ten_million_years() {
printf "<NONE_DEFINED>\n"
}
every_fifty_million_years() {
printf "<NONE_DEFINED>\n"
}
every_one_hundred_million_years() {
printf "<NONE_DEFINED>\n"
}
every_five_hundred_million_years() {
printf "<NONE_DEFINED>\n"
}
every_one_billion_years() {
printf "<NONE_DEFINED>\n"
}
every_five_billion_years() {
printf "<NONE_DEFINED>\n"
}
every_ten_billion_years() {
printf "<NONE_DEFINED>\n"
}
every_twenty_five_billion_years() {
printf "<NONE_DEFINED>\n"
}
every_fifty_billion_years() {
printf "<NONE_DEFINED>\n"
}
every_one_hundred_billion_years() {
printf "<NONE_DEFINED>\n"
}
every_five_hundred_billion_years() {
printf "<NONE_DEFINED>\n"
}
every_one_trillion_years() {
printf "<NONE_DEFINED>\n"
}
every_five_trillion_years() {
printf "<NONE_DEFINED>\n"
}
every_ten_trillion_years() {
printf "<NONE_DEFINED>\n"
}
every_fifty_trillion_years() {
printf "<NONE_DEFINED>\n"
}