Vicidial Installation & Setup,Vicidial Install

How to Install VICIdial on openSUSE — Complete Guide

October 22, 2025
How to Install VICIdial on openSUSE
How to Install VICIdial on openSUSE — Complete Guide

Introduction

Installing VICIdial on openSUSE is a practical choice for call-center engineers who need an open-source inbound/outbound dialer. This guide, "how to install vicidial on opensuse", walks through prerequisites, repository setup, DAHDI/libpri/Asterisk steps, database and web components, and post-install testing. It targets IT admins, VoIP engineers, and Linux server administrators.

Quick checklist (before you start)

  • openSUSE Leap 15.1–15.6 or compatible (server edition)
  • Root or sudo access
  • At least 4GB RAM (8GB+ recommended for production)
  • 2 CPU cores minimum; faster CPU for high concurrency
  • 100GB disk for recording/storage (adjust by scale)
  • Static IP, open ports (80, 443, 5038, 3306, RTP range)

Why openSUSE for VICIdial?

openSUSE is the base for official VICIbox images and has community packages (home:vicidial) for DAHDI and libpri. It's stable for long-running telephony services and aligns closely with VICIdial ecosystem resources.

How to install vicidial on opensuse — step-by-step

Step 1 — Prepare the server

sudo zypper refresh
sudo zypper update -y

Set hostname and /etc/hosts entries.

Step 2 — Add VICIdial repositories (home:vicidial)

sudo zypper addrepo https://download.opensuse.org/repositories/home:vicidial/openSUSE_Leap_15.3/home:vicidial.repo
sudo zypper refresh
zypper lr -u

Step 3 — Install DAHDI and libpri if needed

sudo zypper install dahdi-linux libpri
sudo systemctl enable dahdi
sudo systemctl start dahdi

Step 4 — Install Asterisk and dependencies

sudo zypper install asterisk asterisk-core
sudo systemctl enable asterisk
sudo systemctl start asterisk

Step 5 — MySQL/MariaDB setup

sudo zypper install mariadb mariadb-client
sudo systemctl enable mariadb
sudo systemctl start mariadb
sudo mysql_secure_installation

Step 6 — Web server and PHP

sudo zypper install apache2 php php-mysql php-gd php-mbstring
sudo systemctl enable apache2
sudo systemctl start apache2
VICIbox vs scratch
Installing from VICIbox scripts vs scratch install

Step 7 — Download and install VICIdial (scratch install)

cd /usr/src
sudo git clone https://github.com/VICIdial/vicidial.git
cd vicidial
sudo ./install.pl

Step 8 — Configure Asterisk and VICIdial files

  • Copy dialplan and SIP/IAX configs from VICIdial to /etc/asterisk/
  • Configure manager.conf to allow AMI connections (port 5038)
  • Set up vicidial.conf and server.conf per network requirements

Step 9 — Import database schema and admin user

mysql -u root -p
CREATE DATABASE `asterisk` CHARACTER SET utf8mb4;
SOURCE /usr/src/vicidial/vicidial.sql;

Step 10 — Start services and enable on boot

sudo systemctl restart asterisk apache2 mariadb
sudo systemctl enable asterisk apache2 mariadb
sudo systemctl status asterisk

Step 11 — Post-install testing

  • Login to VICIdial web UI (http://your-server/astguiclient)
  • Test outbound calls with SIP trunks
  • Confirm agent login, call recording, and reports

Detailed prerequisites (expanded)

  • Kernel headers: sudo zypper install kernel-devel kernel-default-devel
  • Build tools: sudo zypper install make gcc gcc-c++ automake autoconf libtool
  • Network utilities: sudo zypper install net-tools bind-tools
  • Time sync: sudo zypper install chrony and enable chronyd

Installing from VICIbox scripts vs scratch install

  • VICIbox ISO: Easiest path; openSUSE-based image preconfigured for VICIdial.
  • Scratch install: More flexible and preferred for cloud servers, requires manual configuration.
Migration
Migrating from VICIbox ISO to cloud/scratch install

Performance tuning for large deployments

  • Separate DB server (MariaDB) from Asterisk/web servers
  • Use Load Balancer or DNS round-robin for web GUI
  • Use VICIdial clustering guides for high availability
  • Tune MariaDB (innodb_buffer_pool_size ~ 50–70% RAM) and use SSDs for recordings

Troubleshooting checklist

  • Dependency errors: ensure home:vicidial repo enabled
  • DAHDI module errors: check kernel headers and rebuild modules
  • Asterisk SIP issues: verify NAT, RTP ports, and firewall rules
  • Database charset errors: ensure UTF8 and proper user grants

FAQ

1. Can I install VICIdial on openSUSE Leap 15.5 or 15.6?

Yes. openSUSE Leap 15.5 and 15.6 are both compatible with VICIdial installation. Use the correct home:vicidial repository version matching your Leap release.

2. What's the difference between VICIbox and a scratch install on openSUSE?

VICIbox is a prebuilt ISO based on openSUSE with VICIdial and Asterisk preconfigured — ideal for on-premise. Scratch install means installing everything manually, best for cloud servers or advanced setups.

3. Do I need DAHDI or libpri if I'm only using SIP trunks?

No, DAHDI and libpri are required only if you use physical PRI cards or analog interfaces. For SIP-only systems, you can safely skip those packages.

4. How can I secure my VICIdial on openSUSE server?

Enable firewalld, open only necessary ports, use SSL (Let's Encrypt) for web interface, restrict MySQL and AMI access to internal IPs, regularly update openSUSE, and use fail2ban or IP whitelisting.

5. What should I do if Asterisk or VICIdial fails to start?

Check logs: /var/log/asterisk/full, /var/log/apache2/error_log, /var/log/mysql/mariadb.log. Common fixes include verifying permissions, restarting services, or re-running the VICIdial installer script.

Conclusion

Installing VICIdial on openSUSE gives you a powerful, scalable, and stable dialer platform suited for call centers and VoIP operations. With the right configuration, openSUSE provides excellent performance and security for long-running services. By following the steps in this guide — from repository setup to Asterisk, database, and GUI configuration — you can deploy a production-ready VICIdial system optimized for your environment. If you need more convenience, start with the VICIbox ISO (which automates much of this setup). For advanced customization and cloud-based deployments, the scratch install method described here offers maximum flexibility.

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