fixes - systemd

systems/jeroboam/default.nix

@@ -27,7 +27,8 @@ in {
     {
       _module.args = {
         disk = "/dev/vda";
-        withSwap = false;
+        withSwap = true;
+        swapSize = "16";
       };
     }
   ]
@@ -88,12 +89,14 @@ in {
     initrd = {
         kernelModules = ["uas" "usbcore" "usb_storage" "vfat" "nls_cp437" "nls_iso8859_1"];
         # Mount USB key before trying to decrypt root filesystem
-        postDeviceCommands = pkgs.lib.mkBefore ''
-          mkdir -m 0755 -p /key
-          sleep 2 # To make sure the usb key has been loaded
-          mount -n -t vfat -o ro `findfs UUID=${PRIMARYUSBID}` /key || mount -n -t vfat -o ro `findfs UUID=${BACKUPUSBID}` /key
-        '';
+        # postDeviceCommands = pkgs.lib.mkBefore ''
+        #   mkdir -m 0755 -p /key
+        #   sleep 2 # To make sure the usb key has been loaded
+        #   mount -n -t vfat -o ro `findfs UUID=${PRIMARYUSBID}` /key || mount -n -t vfat -o ro `findfs UUID=${BACKUPUSBID}` /key
+        # '';
+        
         systemd.enable = true; # tpm2 unlock requires systemd initrd
+        
         luks.devices."crypted" = {
             bypassWorkqueues = true;
             device = "/dev/nvme0n1p2";
@@ -109,16 +112,19 @@ in {
             keyFile = "/key/hdd.key";
 
             # Use this if you want to fallback to the encryption password when the drive can't be found. HIGHLY RECCOMENDED!!!! 
-            fallbackToPassword = true;
+            #~~~~~ Actually it doesn't work as it is implied by systemd stage 1...
+            # fallbackToPassword = true;
+
         };
     };
-    resumeDevice = config.fileSystems."/swap".device;
+    resumeDevice = "/dev/nvme0n1"; # should be pointing to part. where swap resides
     kernelParams = [
 
       # hibernation
       "resume_offset=533760"
     ];
   };
+  swapDevices = [ { device = "/swap"; size=16*1024; } ];
   
   # ================ HYPRLAND =================== #
   environment.sessionVariables = {