EmComm Tools Customizer

Fully automated customization of EmComm Tools Community (ETC) ISO images using xorriso/squashfs. No GUI required.

Overview

Upstream Project: EmComm Tools Community
Documentation: community.emcommtools.com

What Gets Customized

ETC already includes all ham radio tools (Winlink, VARA, JS8Call, fldigi, etc.). This customizer adds:

✅ Pre-configured WiFi networks (auto-connect on boot)
✅ Personal callsign and grid square (pre-populated for et-user)
✅ Hostname set to ETC-{CALLSIGN}
✅ Desktop preferences (dark mode, scaling, accessibility)
✅ Display & screen management (brightness, dimming, blank timeout)
✅ Power management (sleep behavior, power profiles, idle actions)
✅ System timezone configuration
✅ Additional development packages (VS Code, Node.js, npm, git)
✅ VARA license pre-registration (manual registry edit → backup → auto-restore on builds)
✅ VS Code workspace setup (standard project location included in et-user-backup)
✅ Automatic user config restoration (from etc-user-backup-*.tar.gz if present)
✅ APRS configuration (iGate, beacon, digipeater with smart beaconing)
✅ Ham radio CAT control (Anytone D578UV with DigiRig Mobile, rigctld auto-start)
✅ Optional et-os-addons features (individually configurable):
- VR-N76 radio config, GridTracker, WSJT-X Improved, QSSTV, XYGrib, Kiwix, JS8Spotter, NetControl, WiFi hotspot, user backup tool
- Control via ENABLE_ETOSADDONS_* variables in secrets.env (all enabled by default)
✅ Git configuration
✅ Embedded cache files for faster rebuilds (use -m for minimal)

What's NOT Changed

This customizer respects upstream ETC architecture. We:

Keep ETC's runtime template system (et-direwolf, et-yaac, etc.)
Modify templates in-place, keeping {{ET_*}} placeholders
Don't change package selections or install additional software
Don't pre-install VARA or Wine prefix (these require a desktop session post-install)

Release Status: v1.0 (First Working Build)

✅ What's Working

Build process: Fully automated ETC ISO customization via xorriso/squashfs
WiFi configuration: Networks are pre-configured in NetworkManager
User config restoration: Automatic backup extraction (etc-user-backup-*.tar.gz)
- User settings restored during ISO build
- Wine prefix auto-restored on first login post-install
- 300-second timeout prevents build hangs
- Progress tracking for large backups
APRS configuration: Full direwolf template customization
- iGate mode (internet gateway) with APRS-IS login
- Smart beaconing with configurable interval
- Digipeater WIDE path support
- Separate from Packet/Winlink (no conflicts)
Ham radio CAT control: Anytone D578UV with DigiRig Mobile
- Rigctld daemon auto-starts at boot (localhost:4532)
- Active radio config automatically created
- udev rules for /dev/et-cat symlink (CP2102/CH340/PL2303/FTDI)
- Users can select different radio via et-radio after boot
D578 CAT Control: DigiRig Mobile configuration for CAT control (et-mode packet/Winlink compatible)
User config: ~/.config/emcomm-tools/user.json pre-populated with callsign, grid, Winlink password
Desktop settings: Dark mode, scaling, accessibility, display, power management, timezone all applied
Git config: User name/email configured
VARA license setup: Pre-register via Wine registry, create backup, auto-restore on builds
VS Code workspace: Pre-configured workspace with Projects directory in ~/.config/emcomm-tools/
Additional packages: Development tools (VS Code, git, nodejs, npm, CHIRP via pipx) installable via configuration
Cache system: Downloaded ISOs cached for faster rebuilds
Preseed automation: Ubuntu 22.10 installer fully automated with debian-installer (d-i)
- No interactive prompts: keyboard, locale, hostname, username, password, timezone, partitioning all preseed-driven
- Text-based installer (d-i) respects all preseed directives including partitioning
Anytone D578UV radio: Radio configuration added to et-radio menu (rigctrl ID 301)

Optional et-os-addons Features

The et-os-addons repository provides optional application launchers and configurations. These are enabled by default but can be disabled via ENABLE_ETOSADDONS_* variables in secrets.env:

Feature	Variable	Description
VR-N76 Radio	`ENABLE_ETOSADDONS_VR_N76`	VR-N76 old radio utility and preset config
QSSTV	`ENABLE_ETOSADDONS_QSSTV`	QSSTV slow-scan TV launcher and config template
WSJT-X	`ENABLE_ETOSADDONS_WSJTX`	WSJT-X launcher and config template
JS8 Spotter	`ENABLE_ETOSADDONS_JS8SPOTTER`	JS8Call spotting utility and launcher
NetControl	`ENABLE_ETOSADDONS_NETCONTROL`	Network control utility with launcher
WiFi Hotspot	`ENABLE_ETOSADDONS_HOTSPOT`	WiFi hotspot launcher utility
User Backup	`ENABLE_ETOSADDONS_USERBACKUP`	User backup/restore manager utility
Kiwix	`ENABLE_ETOSADDONS_KIWIX`	Offline content browser with desktop integration
VGC VR-N76 Radio	Always enabled	VGC VR-N76 radio config for `et-radio` menu

To disable a feature, set the variable to "no" in secrets.env:

ENABLE_ETOSADDONS_QSSTV="no"        # Disable QSSTV
ENABLE_ETOSADDONS_WSJTX="no"        # Disable WSJT-X

All features default to "yes" and are integrated explicitly into the build process with no overwrites.

Fully Automated Installation

The ISO uses debian-installer (d-i) with preseed for zero-interaction installation. All setup questions are answered automatically from your configuration.

Automated Installation Workflow:

Boot custom ISO from Ventoy
GRUB menu shows all available OSes (dual-boot preserved)
Select Ubuntu/EmComm Tools entry from menu
GRUB loads preseed from preseed/file=/cdrom/preseed.cfg
Preseed parameters: auto=true priority=critical (enable automatic mode)
Debian-installer runs WITHOUT user prompts for:
- Keyboard layout
- Locale / language
- Hostname (set to ETC-{CALLSIGN})
- Username (set from config)
- Password (hashed in preseed)
- Timezone
- Partitioning (strategy-aware, respects dual-boot)
- Package selection (ubuntu-desktop task)
System boots directly to desktop (or login prompt if autologin disabled)
All customizations apply automatically (WiFi, APRS, desktop settings, CAT control, etc.)

Why debian-installer instead of ubiquity?

The original approach used Ubuntu's ubiquity (GUI installer) with automatic-ubiquity boot parameter. However:

✅ Ubiquity ignores partitioning directives in preseed - asks user anyway
✅ Ubiquity ignores many d-i settings (not designed for full automation)
✅ Ubiquity can't skip accessibility/release notes questions
✅ Debian-installer respects ALL preseed directives including full partitioning
✅ D-i is text-based - faster, no GUI overhead

The debian-installer is the standard Debian/Ubuntu preseed solution and provides true "set it and forget it" automation.

Preseed File & Boot Parameters:

The GRUB configuration is automatically updated to:

linux /casper/vmlinuz preseed/file=/cdrom/preseed.cfg auto=true priority=critical maybe-ubiquity quiet splash ---

This tells debian-installer to:

Load preseed answers from preseed/file=/cdrom/preseed.cfg
auto=true - enable automatic mode (defer some early questions to allow preseed loading)
priority=critical - only ask questions marked critical; skip all others
maybe-ubiquity - still attempts GUI installer if available, falls back to text d-i

Partitioning Behavior:

The preseed adapts based on INSTALL_DISK and PARTITION_STRATEGY configuration:

Partition Mode (PARTITION_STRATEGY="force-partition", INSTALL_DISK="/dev/sda5"):
- Uses d-i partman-auto/method string regular (non-destructive)
- Debian-installer targets specified partition only
- Safe for dual-boot systems
- Respects existing Windows/other OS partitions
Auto-Detect Mode (PARTITION_STRATEGY="auto-detect", INSTALL_DISK="") — Default, Recommended:
- Script analyzes disk layout before building ISO
- Automatically chooses safest strategy (usually partition mode)
- Embedded in preseed so installer knows partitioning approach
- Prevents destructive mistakes on multi-partition systems
Entire-Disk Mode (PARTITION_STRATEGY="force-entire-disk", CONFIRM_ENTIRE_DISK="yes"):
- Uses d-i partman-auto/method string lvm (auto-partition with LVM)
- DESTRUCTIVE: Erases entire disk and creates new partitions
- Requires explicit confirmation in secrets.env
- Only use for single-disk systems with no existing data

Reference: Debian Preseed Documentation

Future Work (Tracked in GitHub Issues)

Remaining planned features for future releases:

#3 - WiFi network connection validation and troubleshooting
#2 - Post-install script for first-boot customizations

View all work: GitHub Issues

Build Logs & Diagnostics

Build logs are automatically created and embedded in the ISO for post-install diagnostics:

On the build machine (after running build script):

# View the latest build log
less logs/build-etc-iso_YYYYMMDD_HHMMSS.log

# View all build logs
ls logs/

On the installed system:

# Logs are embedded in the ISO and available at:
/opt/emcomm-customizer-cache/logs/

# Copy to home directory for easy access:
mkdir -p ~/.emcomm-customizer/logs
cp /opt/emcomm-customizer-cache/logs/* ~/.emcomm-customizer/logs/

# View the build manifest (summary of what was customized)
less ~/.emcomm-customizer/logs/BUILD_MANIFEST.txt

The build manifest includes:

Build date and ETC version
Configuration snapshot (callsign, hostname, WiFi networks, APRS settings)
Number of successful customization steps
List of all operations performed

Use the logs to debug issues like WiFi configuration, APRS settings, or any failed customizations.

Directory Structure

emcomm-tools-customizer/
├── build-etc-iso.sh          # Main build script (fully automated)
├── secrets.env.template      # Configuration template
├── secrets.env               # Your configuration (gitignored)
├── cache/                    # Downloaded files (persistent)
│   └── ubuntu-22.10-desktop-amd64.iso   # ← Drop your ISO here!
├── output/                   # Generated custom ISOs
├── logs/                     # Build logs
└── post-install/             # Scripts for after ISO installation

Prerequisites

Ubuntu 22.10 reached end-of-life, so you must first update apt sources:

# Fix apt sources for EOL Ubuntu 22.10
sudo sed -i 's/archive.ubuntu.com/old-releases.ubuntu.com/g' /etc/apt/sources.list
sudo sed -i 's/security.ubuntu.com/old-releases.ubuntu.com/g' /etc/apt/sources.list
sudo apt update

# Install build dependencies
sudo apt install -y xorriso squashfs-tools wget curl jq

Quick Start

First Build

# Clone repository
git clone https://github.com/AlwaysLearningTech/emcomm-tools-customizer.git
cd emcomm-tools-customizer

# Create configuration
cp secrets.env.template secrets.env
nano secrets.env  # Fill in your values

# Build from stable release (downloads ETC + Ubuntu ISO automatically)
sudo ./build-etc-iso.sh -r stable

# Output: output/<release-tag>-custom.iso

Skip ISO Download

To avoid downloading the 3.6GB Ubuntu ISO each time:

# Create cache directory and copy your ISO there
mkdir -p cache
cp ~/Downloads/ubuntu-22.10-desktop-amd64.iso cache/

# Now build - ISO download will be skipped!
sudo ./build-etc-iso.sh -r stable

The script checks cache/ubuntu-22.10-desktop-amd64.iso before downloading.

Build Options

# List available releases and tags from GitHub
./build-etc-iso.sh -l

# Build from stable release (recommended for most users)
sudo ./build-etc-iso.sh -r stable

# Build from latest development tag (bleeding edge)
sudo ./build-etc-iso.sh -r latest

# Build a specific tag by name
sudo ./build-etc-iso.sh -r tag -t emcomm-tools-os-community-20251113-r5-build17

# Minimal build (smaller ISO, no embedded cache files)
sudo ./build-etc-iso.sh -r stable -m

# Debug mode (show detailed DEBUG log messages)
sudo ./build-etc-iso.sh -r stable -d

# Verbose mode for maximum debugging (bash -x)
sudo ./build-etc-iso.sh -r stable -v

Option Reference

Option	Description
`-r <stable\|latest\|tag>`	Release mode
`-t <tag>`	Specific tag name (required with `-r tag`)
`-l`	List available releases and tags
`-m`	Minimal build (exclude cache files, saves ~4GB)
`-d`	Debug mode (show DEBUG log messages)
`-v`	Verbose mode (bash -x tracing)
`-h`	Show help

Note: Optional et-os-addons features are enabled by default via ENABLE_ETOSADDONS_* variables. Disable individual features by setting them to "no" in secrets.env.

Release Modes

Mode	Description	Source
`stable`	Latest GitHub Release (production-ready)	Releases
`latest`	Most recent git tag (development)	Tags
`tag`	Specific tag by name	Use with `-t`

Build Size

By default, cache files (Ubuntu ISO, ETC tarballs) are embedded in /opt/emcomm-customizer-cache/ so they're available for the next build on the installed system. This is useful when building on the same machine you install to.

Use -m for a minimal build that excludes these files (saves ~4GB).

Customizing et-os-addons Features

Optional features from et-os-addons are integrated into every build. Control individual features via ENABLE_ETOSADDONS_* variables in secrets.env.

What's Available:

GridTracker 2 - Real-time FT8/FT4 propagation and CQ spotting
WSJT-X Improved - FT8/FT4 with optimized settings
QSSTV - Slow-scan TV transmission and reception
XYGrib - Weather routing and GRIB file downloads
Kiwix - Offline Wikipedia and documentation archives
JS8Call Spotter - JS8Call network spotting integration
NetControl - Network control and monitoring utility
WiFi Hotspot - Quick WiFi AP sharing from command line
User Backup/Restore - Backup and restore ETC user settings
VR-N76 Radio Config - Support for VGC VR-N76 radio (always included)

Configuration: Features default to enabled. To disable specific features, edit secrets.env:

ENABLE_ETOSADDONS_WSJTX="yes"        # Keep WSJT-X
ENABLE_ETOSADDONS_GRIDTRACKER="yes"  # Keep GridTracker
ENABLE_ETOSADDONS_QSSTV="no"         # Exclude QSSTV
ENABLE_ETOSADDONS_KIWIX="no"         # Exclude offline Wikipedia
ENABLE_ETOSADDONS_NETCONTROL="no"    # Exclude NetControl

Disabled features won't be installed, saving build time and ISO size. See the Optional et-os-addons Features table above for all available variables and descriptions.

Note: et-os-addons features require the source in cache/et-os-addons-main/. Clone it with:

git clone https://github.com/clifjones/et-os-addons.git cache/et-os-addons-main

If not present, the build continues normally with features disabled.

Configuration Reference

secrets.env Variables

# === User Identity (REQUIRED) ===
CALLSIGN="N0CALL"              # Your amateur radio callsign
USER_FULLNAME="Your Name"       # Full name for git commits
USER_EMAIL="you@example.com"    # Email for git commits
GRID_SQUARE="CN87"             # Maidenhead grid locator

# === User Account ===
USER_USERNAME=""                # Linux username (defaults to lowercase CALLSIGN)
USER_PASSWORD=""                # Password (leave blank to keep ETC default)
ENABLE_AUTOLOGIN="no"          # "yes" or "no" - default is NO (password prompt)

# === System ===
MACHINE_NAME=""                 # Hostname (defaults to ETC-{CALLSIGN})
TIMEZONE="America/Denver"       # System timezone (Linux format, see /usr/share/zoneinfo/)

# === Desktop Preferences ===
DESKTOP_COLOR_SCHEME="prefer-dark"  # prefer-dark or prefer-light
DESKTOP_SCALING_FACTOR="1.0"        # 1.0, 1.25, 1.5, or 2.0
DISABLE_ACCESSIBILITY="yes"         # yes = disable screen reader, on-screen keyboard

# === Display & Screen Management ===
AUTOMATIC_SCREEN_BRIGHTNESS="false" # true = adaptive brightness, false = manual
DIM_SCREEN="true"                   # true = dim screen during idle
SCREEN_BLANK="true"                 # true = blank screen after idle timeout
SCREEN_BLANK_TIMEOUT="300"          # Seconds before screen blanks (300=5min)

# === Power Management ===
POWER_MODE="balanced"               # balanced, performance, or power-saver
POWER_LID_CLOSE_AC="suspend"        # AC lid close: nothing, suspend, hibernate, logout
POWER_LID_CLOSE_BATTERY="suspend"   # Battery lid close: nothing, suspend, hibernate, logout
POWER_BUTTON_ACTION="interactive"   # Power button: nothing, suspend, hibernate, interactive
POWER_IDLE_AC="nothing"             # AC idle action: nothing, suspend, hibernate
POWER_IDLE_BATTERY="suspend"        # Battery idle action: nothing, suspend, hibernate
POWER_IDLE_TIMEOUT="900"            # Seconds before idle action (900=15min)
AUTOMATIC_POWER_SAVER="true"        # true = enable power saver on battery
AUTOMATIC_SUSPEND="true"            # true = enable automatic suspend

# === Additional System Packages ===
ADDITIONAL_PACKAGES="code git nodejs npm"  # Space-separated apt packages to install

# === WiFi Networks ===
WIFI_SSID_HOME="YourHomeNetwork"
WIFI_PASSWORD_HOME="YourHomePassword"
WIFI_AUTOCONNECT_HOME="yes"

WIFI_SSID_MOBILE="YourHotspot"
WIFI_PASSWORD_MOBILE="HotspotPassword"
WIFI_AUTOCONNECT_MOBILE="yes"

# === Winlink ===
WINLINK_PASSWORD=""            # Your Winlink password

# === APRS Configuration ===
APRS_SSID="10"                 # SSID (0-15, 10=iGate)
APRS_PASSCODE="-1"             # APRS-IS passcode (-1=RX only)
APRS_SYMBOL="/r"               # Symbol: table+code (/r=antenna)
APRS_COMMENT="EmComm iGate"    # Beacon comment

# APRS Beacon (position beaconing)
ENABLE_APRS_BEACON="no"        # Enable position beaconing
APRS_BEACON_INTERVAL="300"     # Seconds between beacons
APRS_BEACON_VIA="WIDE1-1"      # Digipeater path
APRS_BEACON_POWER="10"         # PHG: Power in watts
APRS_BEACON_HEIGHT="20"        # PHG: Antenna height (feet)
APRS_BEACON_GAIN="3"           # PHG: Antenna gain (dBi)

# APRS iGate (RF to Internet gateway)
ENABLE_APRS_IGATE="yes"        # Enable iGate
APRS_SERVER="noam.aprs2.net"   # APRS-IS server

# Direwolf Audio
DIREWOLF_ADEVICE="plughw:1,0"  # Audio device (Digirig)
DIREWOLF_PTT="CM108"           # PTT method

# === VARA License (Optional) ===
VARA_FM_CALLSIGN=""            # Callsign registered with VARA FM license
VARA_FM_LICENSE_KEY=""         # Your VARA FM license key
VARA_HF_CALLSIGN=""            # Callsign registered with VARA HF license  
VARA_HF_LICENSE_KEY=""         # Your VARA HF license key

# === Pat Winlink Aliases ===
PAT_EMCOMM_ALIAS="yes"         # Create "emcomm" quick-connect alias
PAT_EMCOMM_GATEWAY=""          # Gateway callsign (e.g., "W7ACS-10")

# === Power Management ===
POWER_LID_CLOSE_AC="suspend"      # Lid close on AC power
POWER_LID_CLOSE_BATTERY="suspend" # Lid close on battery
POWER_BUTTON_ACTION="interactive" # Power button action
POWER_IDLE_AC="nothing"           # Idle action on AC
POWER_IDLE_BATTERY="suspend"      # Idle action on battery
POWER_IDLE_TIMEOUT="900"          # Idle timeout (seconds)

Partition & Installation Modes

The build script automatically detects your disk layout and chooses the safest partitioning strategy. This feature was redesigned to handle three common scenarios:

Partition Strategy Options:

# === AUTO-DETECT (Default - Recommended) ===
# Script analyzes disk layout and chooses the best strategy automatically
PARTITION_STRATEGY="auto-detect"    # Analyze and decide
INSTALL_DISK=""                     # Leave empty (auto-detect) or specify disk
CONFIRM_ENTIRE_DISK="no"            # No confirmation needed for auto-detect

# === FORCE PARTITION MODE (Dual-Boot) ===
# Use existing partition - safe for dual-boot systems
PARTITION_STRATEGY="force-partition"
INSTALL_DISK="/dev/sda5"            # Target partition (ends with digit)
CONFIRM_ENTIRE_DISK="no"

# === FORCE ENTIRE-DISK MODE (Dedicated System) ===
# WARNING: DESTRUCTIVE - erases entire disk and creates new partitions with LVM
# Only use for fresh installs with no data on the target disk
PARTITION_STRATEGY="force-entire-disk"
INSTALL_DISK="/dev/sda"             # Entire disk (no partition number)
CONFIRM_ENTIRE_DISK="yes"           # MUST be "yes" to proceed

# === FORCE FREE-SPACE MODE (Windows Dual-Boot with Space) ===
# Create partitions in available free space on Windows partition
PARTITION_STRATEGY="force-free-space"
INSTALL_DISK="/dev/sda"             # Disk with Windows partition + free space
CONFIRM_ENTIRE_DISK="no"            # No confirmation needed

How Auto-Detect Works:

When PARTITION_STRATEGY="auto-detect" (default), the script:

Checks if INSTALL_DISK is a specific partition (e.g., /dev/sda5):
- → Uses partition mode (safe for dual-boot)
If disk is blank or only has Linux partitions:
- → Uses entire-disk mode (LVM auto-partitioning)
If Windows partition detected with free space:
- → Uses free-space mode (create partitions in gap)
If Windows partition detected with NO free space:
- → Requires CONFIRM_ENTIRE_DISK="yes" to proceed with entire-disk

Strategy Behavior Comparison:

Strategy	INSTALL_DISK	Behavior	Preseed Config	Best For
auto-detect	empty or disk	Analyze and decide	Dynamic based on disk	Most users
partition	`/dev/sda5`	Use manual partitioning for single partition	`partman-auto/method regular`	Dual-boot (Windows+ETC)
entire-disk	`/dev/sda`	Auto-partition entire disk with LVM	`partman-auto/method lvm`	Fresh install, single disk
free-space	`/dev/sda`	Create partitions in available free space	`partman-auto/method regular` + free space	Windows with 50GB+ free

Preseed Partitioning Details:

Partition Mode (partman-auto/method string regular):
- Uses standard ext4 filesystem (no LVM)
- Requires you to have pre-partitioned the disk
- Safe for dual-boot: only modifies target partition
- Swap configured at next partition number (e.g., sda6 if using sda5)
Entire-Disk Mode (partman-auto/method string lvm):
- DESTRUCTIVE: Erases all partitions on target disk
- Uses LVM for flexible partition management
- Automatic partition sizing with swap
- Only use if you're certain about target disk
Free-Space Mode (partman-auto/method string regular):
- Creates new partitions in unallocated space
- Preserves Windows partition
- Ideal for upgrading Windows system to dual-boot

Size Calculation:

The script calculates optimal partition sizes:

Available Space = Total Disk Size
Swap Size = MIN(25% of available, MAX(2GB, MIN(4GB)))
EXT4 Size = Remaining space

Override calculated sizes (optional):

SWAP_SIZE_MB="4096"        # Force 4GB swap (in MB)
EXT4_SIZE_MB="51200"       # Force 50GB ext4 (in MB)

Safety Features:

✅ Partition mode is always safe (targets one partition only)
✅ Entire-disk mode requires CONFIRM_ENTIRE_DISK="yes" to proceed
✅ Auto-detect chooses safest option based on current disk layout
✅ Script validates partition paths before generating preseed
✅ Detailed logging shows detected strategy and proposed partitioning

VARA License Setup

VARA is commercial software with two separate products:

Product	Cost	Use Case
VARA FM	~$69	VHF/UHF Winlink via FM repeaters
VARA HF	~$69	HF Winlink for long-distance

Purchase at rosmodem.wordpress.com

How License Registration Works

When you run the VARA installers, they write registration keys to the Wine registry. Rather than trying to script this during ISO build (where Wine doesn't exist yet), we use a manual registration → backup → restore workflow:

Step 1: Manual Registry Editing (One-Time)

Before creating a Wine backup:

Install VARA: cd ~/add-ons/wine && ./01-install-wine-deps.sh && ./02-install-vara-hf.sh && ./03-install-vara-fm.sh
Open Wine registry editor with direct key access:
```
export WINEPREFIX="$HOME/.wine32"
wine regedit
```
Navigate to HKEY_CURRENT_USER → Software → VARA FM and add/edit:
- Callsign (string): Your callsign
- License (string): Your license key
Navigate to HKEY_CURRENT_USER → Software → VARA and add/edit (for VARA HF):
- Callsign (string): Your callsign
- License (string): Your license key
Close regedit

Step 2: Create Wine Backup

tar -czf ~/etc-wine-backup-with-vara.tar.gz ~/.wine32/
cp ~/etc-wine-backup-with-vara.tar.gz /path/to/emcomm-tools-customizer/cache/

Step 3: Automatic Restoration on Future Builds

Place the backup in cache/ before building. The build script automatically restores it:

Wine prefix is extracted on first login (deferred from build to avoid hangs)
VARA registration keys are immediately available
VARA runs with licenses on first launch

Why This Approach?

✅ Registry edits are handled correctly by Windows/Wine GUI tools
✅ Avoids fragile .reg file scripting
✅ Wine prefix persists across ISO builds via backup
✅ Licenses pre-loaded on every new system
✅ Works with ETC's upstream warning: "Don't backup before applications run" (we backup AFTER proper Wine initialization)

Pat Winlink Aliases

Pat is the Winlink client on ETC. The emcomm alias adds a quick-connect shortcut to your standard Pat config:

pat connect emcomm    # Quick connect to your configured gateway

After first boot, run ~/.config/pat/add-emcomm-alias.sh to add the alias to your Pat config.

VS Code Workspace

A pre-configured VS Code workspace is created at ~/.config/emcomm-tools/emcomm-tools.code-workspace:

Features:

Projects directory: ~/.config/emcomm-tools/Projects/ - standard location for all repos and development
Workspace file: Open in VS Code via File → Open Workspace from File or code ~/.config/emcomm-tools/emcomm-tools.code-workspace
Automatic backup: All files in Projects are included in et-user-backup
Recommended extensions: Python, Pylance, C++, Prettier, GitLens, Remote Explorer

Using the workspace:

Clone repos or create projects in ~/.config/emcomm-tools/Projects/

cd ~/.config/emcomm-tools/Projects
git clone https://github.com/user/repo.git

Backup your projects for next rebuild:

tar -czf ~/etc-user-backup-$(date +%Y%m%d).tar.gz ~/.config/
cp ~/etc-user-backup-*.tar.gz /path/to/emcomm-tools-customizer/cache/

Next ISO build automatically restores your workspace and projects on first login

Project organization suggestion:

Projects/
├── ham-radio/          # Ham radio related projects
├── emcomm/             # EmComm Tools customizations
├── scripts/            # Utility scripts  
└── personal/           # Personal projects

Additional Development Packages

The build automatically installs:

VS Code - editor
Node.js & npm - JavaScript development
git - version control
CHIRP - Radio programming software (via pipx)

Additional packages can be configured in secrets.env via ADDITIONAL_PACKAGES variable.

Automatic Backup Restoration

FULLY AUTOMATED DURING BUILD ✅

If you place backup files in the cache/ directory before building, they are automatically restored during ISO customization with proper timeout handling:

cache/etc-user-backup-*.tar.gz → User configs extracted to ISO immediately (~30-60 seconds)
- Includes: ~/.config/emcomm-tools, ~/.local/share, documents, desktop settings
- Extracted directly into /etc/skel during build (applied to new users)
cache/etc-wine-backup-*.tar.gz → Wine prefix auto-restored on first login (deferred from build)
- VARA registry and prefix data available immediately after first login
- Deferred to avoid hanging during ISO build (Wine prefix extraction is slow)

Automation Details:

User backup: Uses timeout 300 tar xzf ... --checkpoint=.1000 --checkpoint-action=dot
- 300-second timeout prevents hangs on large backups (611MB+)
- Progress tracking shows extraction status (every 1000 files = one dot)
- Extracted during build (fast, doesn't block other customizations)
Wine backup: Copied to ~/.etc-backups/ during build
- ~/.etc-backups/00-restore-wine-backup.sh auto-runs on first login
- Restores Wine prefix to ~/.wine32 from backup tarball
- Runs asynchronously (doesn't block desktop startup)

How to Use:

Create backups from existing ETC installation:

# On existing ETC system:
et-user-backup                    # Creates cache/etc-user-backup-*.tar.gz

# If you also want Wine/VARA settings:
et-user-backup --wine            # Includes .wine32 (creates ~600MB backup)

# Copy to your build machine's cache/
scp user@etc-machine:cache/etc-*-backup*.tar.gz ./cache/

Run build - backups are extracted automatically:

./build-etc-iso.sh -r stable
# User backup: extracts during build (watch for progress dots)
# Wine backup: copied to ~/.etc-backups/, restores on first login

Boot the ISO - all user settings + Wine/VARA auto-restored

What Gets Restored:

From user backup:

~/.config/emcomm-tools/ - ETC configuration (callsign, grid, user.json)
~/.local/share/emcomm-tools/ - Maps, tilesets, application data
~/.local/share/pat/ - Winlink Pat settings (mailbox passwords, aliases)
~/.local/share/WSJT-X/ - WSJT-X settings and logs
~/Documents/ - Your documents folder
~/.navit/ - Navigation bookmarks and maps
~/my-maps/ - Custom map data
~/YAAC/ - YAAC configuration

From Wine backup (optional):

~/.wine32/ - Entire Wine 32-bit prefix (VARA HF/FM with installed licenses)

Technical Details:

User backup extraction: Uses tar with --checkpoint for progress tracking
Timeout: 300 seconds (5 minutes) - if extraction takes longer, partial restore is used
Wine backup: Large file (500MB+) is NOT extracted during ISO build; instead it's copied to ~/.etc-backups/ and restored automatically on first user login
No blocking: Wine extraction deferred to first login avoids "hanging" during ISO build

Alternative: Manual Restoration (if backups not in cache/)

If you didn't place backups in the cache/ directory before building, you can restore manually after the OS boots:

# Copy backup to home directory
cp /path/to/etc-user-backup-*.tar.gz ~

# Restore user configuration only
tar xzf ~/etc-user-backup-*.tar.gz -C ~/

# Or restore with Wine prefix
tar xzf ~/etc-user-backup-*.tar.gz -C ~/   # user config
tar xzf ~/etc-wine-backup-*.tar.gz -C ~/   # Wine prefix

APRS Configuration (Automatic)

AUTOMATIC DIREWOLF TEMPLATE MODIFICATION ✅

APRS configuration is automatically applied during ISO build by modifying ETC's direwolf template. This is completely separate from Packet/Winlink mode (no conflicts).

Features:

iGate Mode - Upload position/weather to APRS-IS internet server (requires login)
Smart Beaconing - Automatic position updates based on movement/time
Digipeater Support - WIDE path relaying for packet radio network
ETC Template System - Respects ETC's {{ET_*}} runtime placeholders

Configuration Variables:

# === APRS Configuration ===
APRS_SSID="10"                       # Station SSID (10=iGate, 11-15 for specific roles)
APRS_PASSCODE=""                    # APRS-IS passcode (-1 for RX only)
APRS_SYMBOL="r/"                    # Two-character symbol: r/=portable, a/=digipeater, etc.
APRS_COMMENT="EmComm Tools - ETC"   # Station comment/info string

ENABLE_APRS_IGATE="yes"              # yes/no - enable APRS-IS internet gateway
ENABLE_APRS_BEACON="yes"             # yes/no - enable position beaconing

APRS_SERVER="noam.aprs2.net"        # APRS-IS server (noam=N.America, euro=Europe, etc.)
APRS_BEACON_INTERVAL="30"           # Beacon interval in minutes (smart beaconing)
APRS_BEACON_DISTANCE="1"            # Distance in miles before beacon (movement trigger)

DIREWOLF_ADEVICE="plughw:1,0"       # Audio device for direwolf
DIREWOLF_PTT="CM108"                # PTT method: CM108 (USB audio) or GPIO

How It Works:

During ISO build, the script:

Modifies direwolf template at /opt/emcomm-tools/conf/template.d/packet/direwolf.aprs-digipeater.conf
Populates user.json with callsign, grid square, Winlink password
Adds IGSERVER/IGLOGIN settings when ENABLE_APRS_IGATE=yes
Adds PBEACON/SMARTBEACONING when ENABLE_APRS_BEACON=yes
Adds DIGIPEAT configuration for WIDE path support

Template Preservation:

All template modifications preserve ETC's {{ET_*}} placeholders. This means:

Users can still override settings at runtime via et-mode
Selecting different mode (e.g., switching to Packet) doesn't break configuration
Updates to ETC templates don't conflict with our customizations

Symbol Codes:

Common APRS symbols (first character / second character):

Primary/Overlay:
a/ = APRS/Beacon, b/ = Buoy, c/ = Cloud, d/ = Digipeater
e/ = Eyeball, f/ = Fire, g/ = Glider, h/ = Hospital
i/ = Interstate, j/ = Jeep, k/ = Kenwood, l/ = Lighthouse
m/ = Mobile, n/ = Node, o/ = OVEN, p/ = Police
q/ = Query, r/ = RV, s/ = Shuttle, t/ = Truck
u/ = User, v/ = Van, w/ = Water, x/ = X-APRS
y/ = Yagi, z/ = Zero

r/ = Portable = most common for field stations
a/ = Digipeater = recommended for relay stations

Server Choices:

noam.aprs2.net   = North America (default)
euro.aprs2.net   = Europe
asia.aprs2.net   = Asia
aunz.aprs2.net   = Australia/New Zealand

Post-Install Testing:

After building and booting:

# Start direwolf in APRS mode
et-mode aprs

# Watch direwolf logs
tail -f ~/.etc-cache/direwolf.log

# Verify APRS-IS gateway connection (watch for "Connected to")
journalctl -u direwolf -f

Power Management Options

Setting	Options	Description
Lid Close	`nothing`, `suspend`, `hibernate`, `logout`	What happens when laptop lid closes
Power Button	`interactive`, `suspend`, `hibernate`, `poweroff`	Power button behavior
Idle Action	`nothing`, `suspend`, `hibernate`	Action after idle timeout
Idle Timeout	Seconds (e.g., `900` = 15 min)	Time before idle action triggers

ETC Build Options & Map Downloads

These variables control ETC's optional features and map downloads during the ISO build.

Interactive vs Automated Builds:

Variables configured → Downloads happen automatically, no prompts
Variables blank → Original ETC dialog prompts appear during build
This ensures future ETC versions with new dialogs still work interactively

Variable	Options	Description
`OSM_MAP_STATE`	US state name (lowercase)	OpenStreetMap data for offline Navit navigation
`ET_MAP_REGION`	`us`, `ca`, `world`	Pre-rendered raster tiles for YAAC and other apps
`ET_EXPERT`	`yes` or blank	Enables Wikipedia download (ETC internal variable)
`WIKIPEDIA_SECTIONS`	Comma-separated list	Offline Wikipedia sections (requires ET_EXPERT=yes)

Note about ET_EXPERT: This is an undocumented ETC variable. When set, it:

Enables the Wikipedia download dialog during install
Shows a Wine info textbox during wine installation

Leave blank unless you want Wikipedia offline content.

OSM State Names: Use lowercase state names from Geofabrik US: alabama, alaska, arizona, arkansas, california, colorado, connecticut, delaware, district-of-columbia, florida, georgia, hawaii, idaho, illinois, indiana, iowa, kansas, kentucky, louisiana, maine, maryland, massachusetts, michigan, minnesota, mississippi, missouri, montana, nebraska, nevada, new-hampshire, new-jersey, new-mexico, new-york, north-carolina, north-dakota, ohio, oklahoma, oregon, pennsylvania, rhode-island, south-carolina, south-dakota, tennessee, texas, utah, vermont, virginia, washington, west-virginia, wisconsin, wyoming

ET Map Regions:

Region	File Size	Coverage
`us`	~2.5 GB	United States, zoom 0-11
`ca`	~1.5 GB	Canada, zoom 0-10
`world`	~500 MB	Global, zoom 0-7

Wikipedia Sections: Available sections for offline Wikipedia: computer, history, mathematics, medicine, simple

Examples:

# Fully automated build (no Wikipedia)
OSM_MAP_STATE="washington"
ET_MAP_REGION="us"
ET_EXPERT=""
WIKIPEDIA_SECTIONS=""

# Fully automated with Wikipedia
OSM_MAP_STATE="washington"
ET_MAP_REGION="us"
ET_EXPERT="yes"
WIKIPEDIA_SECTIONS="computer,medicine"

# Semi-automated - let dialog prompt for maps you're unsure about
OSM_MAP_STATE=""                 # Will show dialog to pick state
ET_MAP_REGION="us"               # Auto-download US tiles

Wikipedia Offline Content

There are two ways to get offline Wikipedia content on ETC:

Option 1: ETC's Pre-Built Collections (Large Files)

Set ET_EXPERT="yes" and WIKIPEDIA_SECTIONS="computer,medicine" to download pre-built .zim files from Kiwix during the build. These are large files (100-500MB each) covering entire topic areas.

Option 2: Custom Ham Radio Articles (Recommended)

This customizer includes a script to create a small, targeted .zim file with just the Wikipedia articles relevant to ham radio operators.

Configuration:

# In secrets.env - specify individual articles (pipe-separated)
WIKIPEDIA_ARTICLES="2-meter_band|70-centimeter_band|General_Mobile_Radio_Service|Family_Radio_Service"

Default articles include:

Band information: 2-meter band, 70-centimeter band, HF/VHF/UHF
Radio services: GMRS, FRS, MURS, Citizens Band
Digital modes: APRS, Winlink, DMR, D-STAR, System Fusion
Emergency comms: Amateur radio emergency communications
General ham radio topics: Repeaters, simplex, antennas, propagation

Post-Install Usage: After first boot, run the Wikipedia ZIM creator:

cd ~/add-ons/wikipedia
./create-my-wikipedia.sh

This downloads your configured articles and creates a .zim file in ~/wikipedia/ that you can view with Kiwix:

# Start local server
kiwix-serve --port=8080 ~/wikipedia/ham-radio-wikipedia_*.zim

# Open http://localhost:8080 in browser

Note: The custom .zim creator is a post-install script because it requires network access and takes a few minutes to run. It's NOT embedded in the ISO build.

APRS SSID Reference

SSID	Usage
0	Primary station (home, fixed)
1	Digipeater, fill-in digi
2	Digipeater (alternate)
3	Portable station
4	HF to VHF gateway
5	Smartphone, mobile app
6	Satellite ops, special
7	Handheld, walkie-talkie
8	Boat, maritime mobile
9	Mobile (car, truck, RV)
10	Internet, APRS-IS only
11	Balloon, aircraft, spacecraft
12	APRStt, DTMF, touchstone
13	Weather station
14	Trucking
15	Generic, other

APRS Symbol Reference

Symbols are specified with a two-character code: table + symbol.

Primary Table Symbols (table = /)

Symbol Code	Icon	Description
`/>`	🚗	Car
`/y`	🏠	House with antenna
`/[`	🚶	Jogger/Walker (portable)
`/_`	🌤️	Weather station
`/!`	🚔	Police station
`/#`	📍	Digipeater
`/$`	📞	Phone
`/-`	🏠	House (QTH)
`/.`	❌	X / Unknown
`//`	🔴	Red Dot
`/?`	❓	Question mark
`/K`	🏫	School
`/R`	🍽️	Restaurant
`/Y`	⛵	Yacht/Sailboat
`/^`	✈️	Large aircraft
`/a`	🚑	Ambulance
`/b`	🚲	Bicycle
`/f`	🚒	Fire truck
`/k`	🚚	Truck
`/n`	📡	Node (packet)
`/r`	📻	Antenna/Portable
`/s`	🚢	Ship (power)
`/u`	🚌	Bus
`/v`	🚐	Van

Alternate Table Symbols (table = \)

Symbol Code	Icon	Description
`\>`	🚗	Car (overlay capable)
`\a`	🎪	ARES/RACES
`\#`	📍	Digipeater (overlay)
`\&`	🔷	Diamond (overlay)
`\-`	🏠	House (HF)
`\0`	⭕	Circle (numbered)
`\K`	🚁	Helicopter
`\^`	✈️	Small aircraft
`\j`	🏕️	Camping
`\k`	🏍️	ATV/Motorcycle
`\n`	🔺	Triangle (overlay)
`\s`	🛥️	Small boat
`\v`	📺	ATV (overlay)

Full table: APRS Symbol Codes

Caching

The cache/ directory stores downloaded files to speed up rebuilds:

cache/
├── ubuntu-22.10-desktop-amd64.iso    # Ubuntu base ISO (3.6 GB)
└── emcomm-tools-os-*.tar.gz          # ETC installer tarballs

To skip downloads:

Create cache/ directory
Copy ubuntu-22.10-desktop-amd64.iso into it
Run build - download will be skipped

ETC tarballs are also cached automatically after first download.

Output

Generated ISOs are placed in output/:

output/
└── emcomm-tools-os-community-20251128-r5-final-5.0.0-custom.iso

Copy to Ventoy USB:

cp output/*.iso /media/$USER/Ventoy/
sync

Troubleshooting

ISO boots as vanilla Ubuntu (not ETC)

Symptom: The built ISO boots into a standard Ubuntu installer asking you to create a user, with none of the ETC tools installed.

Cause: The ETC installer (install.sh) failed silently during the chroot phase.

Fixes (as of v1.1.0):

Build now verifies the ETC tarball extraction was successful
Build now verifies ETC installation by checking for /opt/emcomm-tools and et-user
Build now properly captures the chroot exit code

If you still encounter this, run with -d flag for debug output and check the log file in logs/.

Screen brightness broken after install (Windows and Linux)

Symptom: After installing the ISO on a dual-boot system (especially Panasonic Toughbook FZ-G1), screen brightness controls no longer work in either Windows or Ubuntu.

Causes: The Intel graphics backlight controller can get confused by ACPI/UEFI state changes during OS installation.

Fixes:

Try BIOS reset: Power off completely, enter BIOS setup, and load "Setup Defaults" then save and exit.
Windows Device Manager: Device Manager → Display Adapters → Intel HD Graphics → Update/Rollback Driver
Ubuntu kernel parameters: Edit /etc/default/grub, find the GRUB_CMDLINE_LINUX_DEFAULT line and add one of:
```
acpi_backlight=vendor
acpi_backlight=video
acpi_backlight=native
```
Then run sudo update-grub and reboot.

Intel xbacklight: Install xbacklight and use it directly:

sudo apt install xbacklight
xbacklight -set 50  # Set to 50%

Direct sysfs control (last resort):

# Find the backlight device
ls /sys/class/backlight/
# Typically intel_backlight or acpi_video0

# Read max brightness
cat /sys/class/backlight/intel_backlight/max_brightness

# Set brightness (example: 500)
echo 500 | sudo tee /sys/class/backlight/intel_backlight/brightness

"Permission denied" errors

Run with sudo:

sudo ./build-etc-iso.sh -r stable

"Command not found" errors

Install prerequisites (after fixing apt sources for Ubuntu 22.10):

sudo apt install -y xorriso squashfs-tools wget curl jq

Download takes too long

Pre-download and cache:

mkdir -p cache
wget -O cache/ubuntu-22.10-desktop-amd64.iso \
  https://old-releases.ubuntu.com/releases/kinetic/ubuntu-22.10-desktop-amd64.iso

Build fails during squashfs

Ensure you have 15+ GB free disk space
The squashfs step takes 10-20 minutes on typical hardware

Community Tools & Extensions

Several community projects build on ETC. Here's how they relate to this customizer:

For Hardware-Specific Radio CAT Configuration

ETC5_NozzleMods - Post-Install Radio Support

Author: CowboyPilot | Status: Active (v1.2)
How It Works: Clones to ~/NozzleMods/, adds nozzle-menu interactive launcher
Real Value: Hardware-specific CAT control configuration that's not in upstream
- AIOC (All-In-One-Cable): Three DireWolf profiles (Simple TNC, Packet Digipeater, APRS Digipeater)
- Yaesu FT-710: Full CAT support with udev rules and device symlinks (/dev/et-cat, /dev/et-audio)
- Xiegu G90: DigiRig PTT configuration (CAT vs RTS modes)
- System tools: Fix APT sources, VarAC V13 .NET fixes
About VARA: NozzleMods does NOT provide VARA (upstream ETC R5 already has ~/add-ons/wine/ scripts for VARA HF/FM). NozzleMods wraps them in a menu and adds port management.
Installation: curl -fsSL https://raw.githubusercontent.com/CowboyPilot/ETC5_NozzleMods/main/install.sh | bash
Integration Path: Post-install only—requires running system with X11/GNOME for menu. Can't pre-stage in ISO.
URL: https://github.com/CowboyPilot/ETC5_NozzleMods

For Extended Radio Modes (FT8, SSTV, etc.)

et-os-addons - ETC Enhancements via Overlay

Author: clifjones | Status: Active
How It Works: Two methods:
1. Build-time: Replace ETC tarball URL with et-os-addons during ISO creation
2. Post-install: Clone and run on existing ETC system
What It Adds (via overlay pattern):
- WSJT-X Improved (FT8/FT4/MSK144) - NOT in upstream ETC
- GridTracker 2 - Mapping integration
- JS8Spotter - Spot tracking
- QSSTV + Cheese - SSTV/webcam support
- xygrib + Saildocs - Weather maps
- et-launcher - Rust UI wrapper to reduce CLI usage
- Enhanced et-user-backup - Custom backup directories
Integration Path: Could integrate into this customizer by:
- Adding -a or --addons flag to include their overlay during build
- OR: document as alternative build path for users wanting FT8
Licensing Note: Requires building your own ISO (no pre-built images distributed)
URL: https://github.com/clifjones/et-os-addons

For Organization-Specific Variants

ETC-MAG - Regional/Organizational Build

Author: kf0che
Status: Maintained but specific to MAGNET organization
How It Works: Full variant with ETC submodule + custom overlay scripts
Value: Reference example for building org-specific ETC builds
Integration Path: Documentation only—too specialized for general customizer
URL: https://github.com/kf0che/ETC-MAG

Operational Workflows (Separate from ISO Building)

emcomm-print - Message Printing Utility

Author: ekakela
Platform: Windows (Python-based)
What It Does: Monitors folder → prints to thermal receipt printer → archives messages
Best For: Emergency exercises where operators need physical message distribution
Integration Path: None (different platform, different purpose). Link in docs for interested users.
URL: https://github.com/ekakela/emcomm-print

Integration Recommendations

NozzleMods (Hardware CAT Config)

Approach: Document + provide post-install hook
Why Separate: Requires running X11 environment with Wine. Must happen after system boots.
Action Items:

Create /post-install-hooks/nozzlemods-template.sh for users to customize and run
Document that if you have AIOC/FT-710/G90, run this post-install
Link directly to NozzleMods GitHub

et-os-addons (Extended Modes)

Approach: Document as alternative build OR optional enhancement flag
Why Separate: Different overlay pattern. Could be integrated but adds ~2GB to ISO.
Decision:

Option A (Simpler): Keep emcomm-tools-customizer as "base ETC customizer"
Users who want FT8 use et-os-addons instead
Option B (More Work): Add -a flag to include their overlay at build time
Would require cloning their repo during build, extracting overlay, merging pattern

emcomm-print

Approach: Link in README for users with thermal printer workflows
Integration: None—different platform

Recommended User Workflows

Scenario 1: Basic ETC with custom WiFi/callsign

→ Use emcomm-tools-customizer
→ Boot, install ISO
→ Done (or run et-vara-hf/et-vara-fm from add-ons if you want VARA)

Scenario 2: ETC + AIOC or FT-710 radio

→ Use emcomm-tools-customizer
→ Boot, install ISO
→ Run NozzleMods: curl https://raw... | bash
→ nozzle-menu → R) Radio Configuration → select your radio

Scenario 3: ETC + FT8/GridTracker

→ Use et-os-addons instead of emcomm-tools-customizer
→ Follow et-os-addons build instructions (replaces ETC tarball)
→ ISO will have WSJT-X Improved, GridTracker 2

Scenario 4: ETC + everything (custom config + AIOC + FT8)

→ Use et-os-addons for FT8/GridTracker
→ Document custom build steps for WiFi/callsign (outside upstream)
→ After install: Run NozzleMods for AIOC CAT config

How It Works

Download: Fetches Ubuntu 22.10 ISO and ETC installer tarball (cached in cache/)
Extract: Uses xorriso to extract ISO, unsquashfs for filesystem
Install ETC: Runs ETC's install.sh in chroot to install all ham radio tools
Verify: Confirms ETC installed correctly by checking for key files
Customize: Modifies /etc/skel/ and system configs with your settings
Rebuild: Creates new squashfs and ISO with xorriso

All customizations go into /etc/skel/ so they apply to new users automatically.

License

MIT License - See LICENSE file

Credits

EmComm Tools Community: thetechprepper
Customizer: KD7DGF

73 de KD7DGF 📻

Name		Name	Last commit message	Last commit date
Latest commit History 184 Commits
.github		.github
images		images
.gitignore		.gitignore
QUICK_START.md		QUICK_START.md
README.md		README.md
build-etc-iso.sh		build-etc-iso.sh
copilot-learning-guide.md		copilot-learning-guide.md
post-install.sh		post-install.sh
secrets.env.template		secrets.env.template
test_grub_after.cfg		test_grub_after.cfg
test_grub_before.cfg		test_grub_before.cfg
test_grub_fixed.cfg		test_grub_fixed.cfg
wget-log		wget-log

AlwaysLearningTech/emcomm-tools-customizer

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