## Config for Bees: /etc/bees/beesd.conf.sample
## https://github.com/Zygo/bees
## It's the default values, change them if needed.

# How to use?
# Copy this file to a new file name and adjust the UUID below.
# Note: To find the UUID of the btrfs disks: `lsblk -f`

# Which file system will be used?
UUID=xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx

## System Vars
# Change carefully
# WORK_DIR=/run/bees/
# MNT_DIR="$WORK_DIR/mnt/$UUID"
# BEESHOME="$MNT_DIR/.beeshome"
# BEESSTATUS="$WORK_DIR/$UUID.status"

## Options to apply, see also `beesd --help`
## Load management options:
#   -c, --thread-count    Worker thread count (default CPU count * factor)
#   -C, --thread-factor   Worker thread factor (default 1)
#   -G, --thread-min      Minimum worker thread count (default 0)
#   -g, --loadavg-target  Target load average for worker threads (default none)
#       --throttle-factor Idle time between operations (default 1.0)
## Filesystem tree traversal options:
#   -m, --scan-mode       Scanning mode (0..4, default 4)
## Workarounds (the workaround-btrfs-send was needed < 5.4.4 Linux kernel)
#   -a, --workaround-btrfs-send   Workaround for btrfs send
#                                 (ignore RO snapshots)
## Logging options:
#   -t, --timestamps      Show timestamps in log output (default)
#   -T, --no-timestamps   Omit timestamps in log output
#   -p, --absolute-paths  Show absolute paths (default)
#   -P, --strip-paths     Strip $CWD from beginning of all paths in the log
#   -v, --verbose         Set maximum log level (0..8, default 7)
# Use these options to reduce journal entries:
# OPTIONS="--strip-paths --no-timestamps --verbose 7"
# For more debugging messages and as a first approach:
OPTIONS="--verbose 8"

## Bees DB size
# Hash Table Sizing
# sHash table entries are 16 bytes each
# (64-bit hash, 52-bit block number, and some metadata bits)
# Each entry represents a minimum of 4K on disk.
# unique data size    hash table size    average dedupe block size
#     1TB                 4GB                  4K
#     1TB                 1GB                 16K
#     1TB               256MB                 64K
#     1TB                16MB               1024K
#    64TB                 1GB               1024K
#
# Size MUST be multiple of 128KB
# DB_SIZE=$((1024*1024*1024)) # 1G in bytes