[rfs-stage32] Speed up mounting tmp-partition and setting up zram swap

1 files changed, 3 insertions, 25 deletions

diff --git a/remote/rootfs/rootfs-stage32/data/opt/openslx/scripts/systemd-setup_partitions b/remote/rootfs/rootfs-stage32/data/opt/openslx/scripts/systemd-setup_partitions
index 362e8f14..ca7317d4 100755
--- a/remote/rootfs/rootfs-stage32/data/opt/openslx/scripts/systemd-setup_partitions
+++ b/remote/rootfs/rootfs-stage32/data/opt/openslx/scripts/systemd-setup_partitions
@@ -37,7 +37,7 @@ diskfm () {
 				found=yes
 				case "mkfs.$fs" in
 					mkfs.xfs)
-						fopt="-f"
+						fopt="-f -b size=4k -s size=4k -l size=512b" # fastest formatting possible :)
 						mopt="-o noexec"
 					;;
 					mkfs.ext2)
@@ -109,7 +109,7 @@ cat "/etc/disk.partition"
 HAVE_SWAP=no
 for hdpartnr in $(sed -n -e "/ 82 /p" "/etc/disk.partition" | sed -e "s/[[:space:]].*//"); do
 	echo -e "$hdpartnr\tswap\t\tswap\t\tdefaults\t 0 0" >> "/etc/fstab"
-	swapon "$hdpartnr" -p 10 && HAVE_SWAP=yes
+	swapon "$hdpartnr" -p 10 && HAVE_SWAP=yes # low priority, in case we have zram swap, prefer that)
 done
 
 # We use special non assigned partition type (id44) for harddisk scratch
@@ -167,27 +167,5 @@ if [ "$HAVE_SWAP" = "no" ]; then
 	slxlog "partition-swap" "Have no (formatted) swap partition, using zram swap only!" "/etc/disk.partition"
 fi
 
-# Add zram swap
-[ "$(uname -r)" == "3.8.13.8-openslx" ] && exit 0
-CPUS=$(grep -c -E "^processor.*[0-9]+$" /proc/cpuinfo)
-if [ -z "$CPUS" ]; then
-	echo "ERROR: Could not determine CPU core count"
-else
-	[ "$CPUS" -gt "16" ] && CPUS=16 # zram can only handle up to 32 devices, the system can apparently even just handle 29 swap partitions, so use a reasonable upper limit
-	if ! modprobe zram "num_devices=$CPUS"; then
-		echo "ERROR: Could not load zram module"
-	else
-		TOTAL=$(grep ^MemTotal /proc/meminfo | awk '{print $2}')
-		USE=$(( $TOTAL / ( 2 * $CPUS ) ))
-		echo "Have $CPUS cores, $TOTAL kb mem, use $USE kb zram swap per core"
-		USE=$(( $USE * 1024 ))
-		DEV=0
-		while [ "$DEV" -lt "$CPUS" ]; do
-			echo "$USE" > "/sys/block/zram${DEV}/disksize"
-			mkswap "/dev/zram${DEV}"
-			swapon "/dev/zram${DEV}" -p 1000
-			DEV=$(( $DEV + 1 ))
-		done
-	fi
-fi
+exit 0