_WelBody="\nThis will unpack and help you setup $DIST on your system.\n\n\nMenu Navigation:\n\n - Select items by pressing the option number or using the arrow keys.\n\n - Use [Space] to (de)select options and [Enter] to confirm.\n\n - Switch between buttons using [Tab] or the arrow keys.\n\n - Long lists can be navigated using [Page Up] and [Page Down], or by pressing the highlighted letter of the desired option.\n"
_PrepBody="\nFollow the below steps in order.\n\nTo begin the install, a root (/) partition must first be mounted and the system settings must be configured (UEFI systems also require a boot partition to be mounted).\n\nIf you have already created a partition table and partition(s) you can begin mounting and skip over the editing step."
_MntBootBody="\nSelect which bootloader you want to use, if you have a boot partition the mountpoint on the right will be used.\n\nSystemd-boot automatically detects other bootloaders and is recommended for multiboot, grub also does this however you will need to run 'grub-mkconfig' manually after first boot in order to detect other bootloaders and add menu entries for them."
_WMChoiceBody="\nUse [Space] to (de)select window manager(s) or desktop environment(s) to install.\n\nDepending on your choice additional packages may be installed to improve the experience."
_ExtraPackagesBody="\nUse [Space] to (de)select packages(s) to install from the list below.\n\nNOTE: Some packages may already be installed by your DE (if any) or added automatically depending on your choice of WM."
_CMapBody="\nSelect virtual console keymap.\n\nVirtual console is the shell prompt before reaching a graphical environment (Xorg).\n\nIts keymap is seperate from the one used by Xorg.\n\nDefault: us"
_XMapBody="\nSelect the system wide keymap, this is the keyboard layout used once a graphical environment (Xorg) is running.\n\nIf a matching virtual console keymap exists it will be used, otherwise you will be asked to pick one.\n\nDefault: us"
_LocaleBody="\nLocale determines the date, time, currency, and language.\n\nThe format is language_COUNTRY\n\neg. en_US: english United States\n en_GB: english Great Britain"
_HostNameBody="\nEnter the hostname for the new system.\n\nA hostname is used to identify systems on the network.\n\nIt's restricted to alphanumeric characters (a-z, A-Z, 0-9).\nIt can contain hyphens (-) BUT NOT at the beggining or end."
_UserBody="\nEnter the name and password for your new user account.\n\nThe name must not use capital letters, contain any periods (.), end with a hyphen (-), or include any colons (:)\n\nNOTE: Use the arrow keys to switch between input fields, [Tab] to toggle between input fields and the buttons, or just press [Enter] to accept."
_WarnMount="\nIMPORTANT: Please choose carefully during mounting and formatting.\n\nDuring mounting, partitions can be mounted without formatting by selecting '$_Skip'.\nThis can be useful for data partitions or previously formatted partitions.\n\nThe one exception to this is the root (/) partition, it must be formatted before unpacking to ensure the system stability.\n"
_MntBody="\nUse [Space] to de/select the desired mount options.\n\nIf the device is an SSD the 'discard' option provides active TRIM support and will be automatically selected.\n\nChoosing none will result in an automatic mount with system applied options."
_ExtPartBody="\nYou can now select additional partitions you want mounted, once choosen you will be asked to enter a mountpoint.\n\nSelect '$_Done' to finish the mounting step and return to the main menu."
_PartBody="\nWhole device auto partitioning is available for beginners.\n\nUEFI systems require a vfat/fat32 partition between 100-512M in size to be mounted at /boot or /boot/efi, additionally BIOS systems using LUKS require a separate /boot partition, between 100-512M and formatted as ext3 or ext4."
_PartBody2="will be destroyed and the following partitions will be created\n\n- A 512M vfat/fat32 boot partition with boot flags enabled.\n- An ext4 partition using all remaining space"
_PartWipeBody2="will be destroyed using 'wipe -Ifre'.\n\nThis process can take a long time depending on the size of the drive.\n\nDo you want to continue?\n"
_SelSwpBody="\nSelect whether to use a swap partition, swapfile, or none.\n\nWhen selecting swapfile the size will be filled in to the size of your system memory, however this can be changed to suit your needs."
_SelSwpSize="\nEnter the size to use for swap in MB or GB.\n\nFor ease of use and as an example the size has been filled in to the size of your system memory (RAM).\n\nMust be greater than 1, end in either M or G, and contain only whole numbers."
_SelUefiBody="\nSelect the system EFI boot partition.\n\nThis is a special partition used for booting modern UEFI systems. It's usually the first partition on the drive, less than 512M, and will be formatted as vfat/fat32 if not already."
_FormUefiBody2="is already formatted as vfat/fat32.\n\nFor a clean install, previously existing partitions should be reformatted, however this removes ALL data (bootloaders) on the partition so choose carefully.\n\nDo you want to reformat the partition?\n"
_LuksMenuBody3="\n\nAutomatic uses default encryption settings, and is recommended for beginners, otherwise cypher and key size parameters may be entered manually."
_LuksOpenBody="Enter a name and password for the encrypted device.\n\nIt is not necessary to prefix it with /dev/mapper/.\n\nAn example name has been provided."
_LuksEncryptBody="\nSelect the partition you want to encrypt."
_LuksEncryptSucc="\nDone! encrypted partition opened and ready for mounting.\n"
_LuksPartErrBody="\nA minimum of two partitions are required for encryption:\n\n1. Root (/) - standard or LVM.\n\n2. Boot (/boot or /boot/efi) - standard (except for LVM on BIOS systems)."
_LuksCipherKey="Once the specified flags have been amended, they will automatically be used with the 'cryptsetup -q luksFormat /dev/...' command.\n\nNOTE: Do not specify any additional flags such as -v (--verbose) or -y (--verify-passphrase)."
_LvmMenu="Logical volume management (LVM) allows 'virtual' hard drives (volume groups) and partitions (logical volumes) to be created from existing drives and partitions.\n\nA volume group must be created first, then one or more logical volumes within it.\n\nLVM can also be used with an encrypted partition to create multiple logical volumes (e.g. root and home) in it."
_LvmCreateVG="Create Volume Group and Logical Volume(s)"
_LvmLvSizeBody2="\n\nEnter the size of the logical volume (LV) in megabytes (M) or gigabytes (G). For example, 100M will create a 100 megabyte LV. 10G will create a 10 Gigabyte LV.\n"
_LvmCompBody="\nDone! all logical volumes have been created for the volume group.\n\nDo you want to view the device tree for the new LVM scheme?\n"
_LvmDelQ="\nConfirm deletion of volume group(s) and logical volume(s).\n\nDeleting a volume group, will delete all logical volumes within as well."
_LvmSelVGBody="Select volume group to delete.\n\nAll logical volumes within will also be deleted."
_LvmNameVgErr="Invalid name entered.\n\nThe volume group name may be alpha-numeric, but may not contain spaces, start with a '/', or already be in use.\n"
_LvmPartErrBody="There are no viable partitions available to use for LVM. A minimum of one is required.\n\nIf LVM is already in use, deactivating it will allow the partition(s) to be used again."
_LvmLvNameErrBody="Invalid name entered.\n\nThe logical volume (LV) name may be alpha-numeric, but may not contain spaces or be preceded with a '/'\n"
_LvmLvSizeErrBody="\nInvalid value Entered.\n\nMust be a numeric value with 'M' (megabytes) or 'G' (gigabytes) at the end.\n\neg. 400M, 10G, 250G, etc...\n\nThe value may also not be equal to or greater than the remaining size of the volume group.\n"
