Installing the Samba server
by Uday R. Sawant, William Leemans, Jonathan Hobson, Oliver Pelz
Linux: Powerful Server Administration
- Linux: Powerful Server Administration
- Table of Contents
- Linux: Powerful Server Administration
- Linux: Powerful Server Administration
- Credits
- Preface
- 1. Module 1
- 1. Managing Users and Groups
- 2. Networking
- Introduction
- Connecting to a network with a static IP
- Installing the DHCP server
- Installing the DNS server
- Hiding behind the proxy with squid
- Being on time with NTP
- Discussing load balancing with HAProxy
- Tuning the TCP stack
- Troubleshooting network connectivity
- Securing remote access with OpenVPN
- Securing a network with uncomplicated firewall
- Securing against brute force attacks
- Discussing Ubuntu security best practices
- 3. Working with Web Servers
- Introduction
- Installing and configuring the Apache web server
- Serving dynamic contents with PHP
- Hosting multiple websites with a virtual domain
- Securing web traffic with HTTPS
- Installing Nginx with PHP_FPM
- Setting Nginx as a reverse proxy
- Load balancing with Nginx
- Setting HTTPs on Nginx
- Benchmarking and performance tuning of Apache
- Securing the web server
- Troubleshooting the web server
- 4. Working with Mail Servers
- 5. Handling Databases
- Introduction
- Installing relational databases with MySQL
- Storing and retrieving data with MySQL
- Importing and exporting bulk data
- Adding users and assigning access rights
- Installing web access for MySQL
- Setting backups
- Optimizing MySQL performance – queries
- Optimizing MySQL performance – configuration
- Creating MySQL replicas for scaling and high availability
- Troubleshooting MySQL
- Installing MongoDB
- Storing and retrieving data with MongoDB
- 6. Network Storage
- 7. Cloud Computing
- 8. Working with Containers
- Introduction
- Installing LXD, the Linux container daemon
- Deploying your first container with LXD
- Managing LXD containers
- Managing LXD containers – advanced options
- Setting resource limits on LXD containers
- Networking with LXD
- Installing Docker
- Starting and managing Docker containers
- Creating images with a Dockerfile
- Understanding Docker volumes
- Deploying WordPress using a Docker network
- Monitoring Docker containers
- Securing Docker containers
- 9. Streaming with Ampache
- 10. Communication Server with XMPP
- 11. Git Hosting
- Introduction
- Installing Git
- Creating a local repository with Git CLI
- Storing file revisions with Git commit
- Synchronizing the repository with a remote server
- Receiving updates with Git pull
- Creating repository clones
- Installing GitLab, your own Git hosting
- Adding users to the GitLab server
- Creating a repository with GitLab
- Automating common tasks with Git hooks
- 12. Collaboration Tools
- 13. Performance Monitoring
- 14. Centralized Authentication Service
- 2. Module 2
- 1. Installing CentOS
- Introduction
- Downloading CentOS and confirming the checksum on Windows or OS X
- Creating USB installation media on Windows or OS X
- Performing an installation of CentOS using the graphical installer
- Running a netinstall over HTTP
- Installing CentOS 7 using a kickstart file
- Getting started and customising the boot loader
- Troubleshooting the system in rescue mode
- Updating the installation and enhancing the minimal install with additional administration and development tools
- 2. Configuring the System
- Introduction
- Navigating text files with less
- Introduction to Vim
- Speaking the right language
- Synchronizing the system clock with NTP and the chrony suite
- Setting your hostname and resolving the network
- Building a static network connection
- Becoming a superuser
- Customizing your system banners and messages
- Priming the kernel
- 3. Managing the System
- Introduction
- Knowing and managing your background services
- Troubleshooting background services
- Tracking system resources with journald
- Configuring journald to make it persistent
- Managing users and their groups
- Scheduling tasks with cron
- Synchronizing files and doing more with rsync
- Maintaining backups and taking snapshots
- Monitoring important server infrastructure
- Taking control with GIT and Subversion
- 4. Managing Packages with YUM
- 5. Administering the Filesystem
- 6. Providing Security
- 7. Building a Network
- 8. Working with FTP
- 9. Working with Domains
- 10. Working with Databases
- 11. Providing Mail Services
- 12. Providing Web Services
- 13. Operating System-Level Virtualization
- 14. Working with SELinux
- 15. Monitoring IT Infrastructure
- 1. Installing CentOS
- 3. Module 3
- 1. Working with KVM Guests
- 2. Deploying RHEL "En Masse"
- 3. Configuring Your Network
- 4. Configuring Your New System
- 5. Using SELinux
- 6. Orchestrating with Ansible
- 7. Puppet Configuration Management
- 8. Yum and Repositories
- 9. Securing RHEL 7
- 10. Monitoring and Performance Tuning
- Bibliography
- Index
In this recipe, we will learn how to install Samba as our network storage server. Samba is a collection of open source applications that implement Server Message Block (SMB) and Common Internet File System (CIFS) protocols on Unix systems. This allows Samba to be accessible across different types of network system. Samba provides various other functionalities, such as a domain controller for the networks of Windows systems. In this recipe, we will focus on using Samba as a storage server.
You will need access to a root account or an account with sudo privileges
If your server is using any firewall system, make sure to open the necessary network ports. Samba runs on TCP 139 and 445 and UDP ports 137 and 138. Check Chapter 2, Networking, for more details on firewall configuration.
Follow these steps to install the Samba server:
- Install the Samba server with the following command:
$ sudo apt-get update $ sudo apt-get install samba -y
- After installation is complete, you can check the Samba version with the following command:
$ smbd --version - Next, we need to configure Samba to enable sharing on the network. First, create a backup of the original configuration file:
$ sudo cp /etc/samba/smb.conf /etc/samba/smb.conf.orignl - Next, open
smb.confand replace its contents with the following:[global] workgroup = WORKGROUP server string = Samba Server netbios name = ubuntu security = user map to guest = bad user dns proxy = no [Public] path = /var/samba/shares/public browsable =yes writable = yes guest ok = yes read only = no create mask = 644
- Next, we need to create a shared directory:
$ sudo mkdir -p /var/samba/shares/public - Change the directory permissions to make it world writable:
$ sudo chmod 777 /var/samba/shares/public - Restart the Samba service for the changes to take effect:
$ sudo service smbd restart
Now you can access this Samba share on the Windows client. Open Windows Explorer and in the address bar, type in \ubuntu or \your-server-ip. You should see the shared directory, Public, as follows:
Samba is quite an old technology, especially in the age of Cloud storage such as Dropbox and Amazon S3. However, when it comes to private networking, Samba offers a hassle-free setup and is always available for free. All you need is a small server with some free storage space. The release of Samba 4 has added Active Directory (AD) support. Now it's possible to set up Windows AD on Linux servers. Support for AD comes with a wide range of other features, including DNS for name resolution, centralized storage, and authentication with LDAP and Kerberos.
As you can see in the preceding example, setting up Samba is quick and easy, and you can easily get started with network storage within minutes. We can install the Samba server with a single command, as Samba packages are available in the Ubuntu default package repository. After installation, we have created a new quick and dirty configuration file which defines a few parameters, such as the server name (netbios name) and a share definition. We have created a publicly-shared directory where everyone can read and write the contents.
Once you are done with installation and initial testing, make sure that you remove public sharing and enable authenticated access to your Samba shares. You don't want the server to fill up with data from unknown people. In the next recipes, we will take a closer look at user management and access control for Samba shares.
To secure your Samba installation and limit access to your local network or subnet, you can use the following configuration parameters:
[globals] hosts deny = ALL hosts allow = xxx.xxx.xxx.xxx/yy 127. interfaces = eth0 lo bind interfaces only = Yes
This configuration limits Samba to listen only on listed interfaces. In this case, its eth0, the Ethernet network, and lo, localhost. Connection requests from all other hosts are denied.
If you need a simple file sharing tool for your personal use and do not want to set up and configure Samba, then you can try using a tool named OwnCloud. It is very similar to Dropbox and is open source. It gives you web access to all your files and documents. Plus, you get desktop and mobile client apps to sync all files to a remote server.
Another good tool is BitTorrent Sync. Again, this is a file synchronization tool, but this time it is peer-to-peer file synchronization. If you really care about the privacy and security of data, then this tool is made for you. All files are synchronized between two or more systems (say, your desktop and laptop) without the use of any centralized server.
- Ubuntu server guide for Samba at https://help.ubuntu.com/lts/serverguide/samba-fileserver.html
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