{self, ...}: { flake.nixosModules.kdrive-laptop = {pkgs-unstable, ...}: { environment.systemPackages = with pkgs-unstable; [ rclone self.packages.${pkgs.system}.custom-checkKdrive self.packages.${pkgs.system}.custom-mountkdrive-laptop ]; # removes rclone error programs.fuse = { userAllowOther = true; enable = true; }; }; flake.nixosModules.kdrive-desktop = {pkgs, ...}: { environment.systemPackages = [ pkgs.rclone self.packages.${pkgs.system}.custom-checkKdrive self.packages.${pkgs.system}.custom-synckdrive-desktop ]; # removes rclone error programs.fuse = { userAllowOther = true; enable = true; }; systemd.user.services.kdrive-sync = { serviceConfig = { ExecStart = "${self.packages.${pkgs.system}.custom-synckdrive-desktop}/bin/custom-synckdrive"; Nice = 19; # lowest CPU scheduling priority IOSchedulingClass = "idle"; IOSchedulingPriority = 7; # Optional: CPUWeight = 1; # minimum relative CPU share }; }; /*systemd.user.timers.kdrive-sync = { wantedBy = [ "timers.target" ]; timerConfig = { OnBootSec = "1m"; OnUnitActiveSec = "5m"; }; };*/ }; perSystem = {pkgs, ...}: { packages.custom-checkKdrive = pkgs.writeShellApplication { name = "custom-checkKdrive"; runtimeInputs = with pkgs; [ rclone matrix-commander-rs libnotify ]; text = '' # waits for an internet connection. It pings both Google DNS and Cloudfare dns in case one of them is down until ping -c1 -W1 1.1.1.1 >/dev/null 2>&1 || \ ping -c1 -W1 8.8.8.8 >/dev/null 2>&1 do sleep 1 done set +e output=$(rclone lsd kdrive: 2>&1) status=$? set -e if [ $status -eq 0 ]; then echo "kdrive OK" else echo "kdrive rclone failed with error: $output" notify-send "rclone kdrive failed" "$output" matrix-commander-rs --verbose -m "rclone kdrive failed.
Error:
$output

@notificationbot_0000" \ --html \ -r "\!BXRRokBmEdNOyYdfOF:matrix.org" fi ''; }; packages.custom-mountkdrive-laptop = pkgs.writeShellApplication { name = "custom-mountkdrive"; runtimeInputs = with pkgs; [ rclone libnotify ]; text = '' REMOTE_NAME="kdrive" MOUNT_POINT="$HOME/kdrive" if rclone listremotes | rg "^''${REMOTE_NAME}:"; then echo "Mounting ''${REMOTE_NAME}..." rclone mount "''${REMOTE_NAME}:" "$MOUNT_POINT" --vfs-cache-mode writes --allow-non-empty & else notify-send "rclone mount failed" \ "Remote ''${REMOTE_NAME} not found.\nConfigure rclone and create the dir ~/kdrive/ or comment out the exec line in hyprland.nix." echo "Remote ''${REMOTE_NAME} not found. Configure rclone or comment out the exec line in hyprland.nix." fi ''; }; /* Before setting up we must: * setup the rclone remote `rclone config` choose Webdaw and see login information in bitwarden. * give the good permissions for the hdd `sudo chown -R tomasr:users /home/tomasr/hdd` * Run the bisync once completly `rclone bisync ~/hdd/kdrive/ kdrive: --resync` Note : only use the --resync flag once */ packages.custom-synckdrive-desktop = pkgs.writeShellApplication { name = "custom-synckdrive"; runtimeInputs = with pkgs; [ rclone libnotify ]; text = '' REMOTE_NAME="kdrive" MOUNT_POINT="/home/tomasr/hdd/kdrive" if rclone listremotes | rg "^''${REMOTE_NAME}:"; then echo "Syncing ''${REMOTE_NAME}..." rclone bisync "''${REMOTE_NAME}:" "$MOUNT_POINT" & else notify-send "rclone sync failed" \ "Remote ''${REMOTE_NAME} not found.\nConfigure rclone and create the dir ~/kdrive/ or comment out the exec line in hyprland.nix." echo "Remote ''${REMOTE_NAME} not found. Configure rclone or comment out the exec line in hyprland.nix." fi ''; }; }; }