Implementing Samba 4. Exploit the real power of Samba 4 Server by leveraging the benefits of an Active Directory Domain Controller

Implementing Samba 4. Exploit the real power of Samba 4 Server by leveraging the benefits of an Active Directory Domain Controller - Opis

Spis treści:
Implementing Samba 4
Table of Contents
Implementing Samba 4
Credits
Foreword
About the Author
Acknowledgments
About the Reviewers
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Preface
What this book covers
What you need for this book
Who this book is for
Conventions
Reader feedback
Customer support
Downloading the example code
Errata
Piracy
Questions
1. Installing the Samba 4 Server
Installing Debian 7.0 (Wheezy)
Installing and configuring Samba 4 Servers dependencies
Installing Samba 4 Server step by step
Basic validations of the Samba's installation
Summary
2. Provisioning Samba 4 as an AD Domain Controller
Highlighting the planning points for an AD service
Acquiring information for deploying an AD service
Availability, performance, and replication for the network service
Setting up Samba 4 as an AD Domain Controller
Validating the Samba 4 configuration
Summary
3. Managing the Samba Active Directory Server
Understanding the possible roles of the Samba 4 Server on the network
Implementing the AD authentication and authorization for GNU/Linux systems
Configuring the PAM and NSS libraries
Joining the Debian 7 GNU/Linux into our Active Directory Domain
Starting with the basic concepts for Group Policies on Samba 4
Allowing a user to create Group Policies
Allowing a user to link Group Policies to OUs
Creating a (...) więcej Group Policy
Trust relationships and replication with Samba 4
Summary
4. Replacing a Microsoft Windows Active Directory Server
Key points to consider before replacing an AD DC
Planning the replacement tests and validations
Exporting directory entries
Comparing backup data against live data
Replacing the Active Directory Domain Controller
Replacement tests and validations
Summary
5. Upgrading from Samba Server Version 3
Distinguishing between Samba Versions 3 and 4
Key points for consideration before the upgrade
Establishing an upgrade plan
Creating tests and validations before the upgrade
Executing the Samba Server upgrade procedure
Stopping and disabling Samba and winbind daemons
Editing the Samba 4 configuration file
Configuring the reverse zone
Adding the profiles share to the configuration
Deciding the upgrade approach for Member Servers
Upgrading tests and validations for the PDC
Upgrading tests and validations for Member Servers
Summary
6. Printing and File Services
Introducing SMB/CIFS protocol versions and Samba 4
Introducing the Samba 4 file and print server daemons
Introducing Microsoft Windows print driver Versions 3 and 4
Configuring a printer on the Samba 4 Server host using CUPS
Sharing the printer on a Microsoft AD network using Samba
Introducing Microsoft Windows Point and Print Samba Server configuration
Sharing files using Samba 4
Summary
7. Extending the Active Directory Schema Using Samba 4
Planning an Active Directory schema extension
Exporting the current Active Directory schema configuration
Extending the Active Directory schema in practice
Extending the Active Directory schema
Testing and validating the Samba 4 Active Directory schema extension
Summary
8. Implementing a Highly Available Distributed File Server
Preparing the Debian GNU/Linux environment
Configuring GlusterFS for high availability and scalability
Integrating CTDB, GlusterFS, and the Samba 4 Server
Executing tests and validations on the highly available file server
Summary
9. The Samba 4 Python Scripting Interface
Open source development and collaborative work
Exploring and using the Python interface of the Samba 4 Server
Introducing Samba 4 Python bindings
Understanding the power of Python and the Samba 4 Server
Summary
A. References
Index O autorze: Marcelo Leal studied at Unisinos, where he undertook a Bachelor's degree in Computing Science. Having worked in the IT industry for more than 15 years, he has gained experience as a network/system administrator, support manager, Unix/Linux specialist, storage architect, and most recently, as a solutions architect. He was involved in open source projects since the beginning of his career and has developed some open source tools and submitted patches to the GNU/Linux and FreeBSD kernel. In 2005, he was honored for his participation in the Prmio TI e Governo for the project ""Metrpole"", Porto Alegre/RS. He was one of the founders of the Porto Alegre OpenSolaris User Group (PoaOSUG) and was a contributor for the Open High Availability Cluster Community (OHAC) within the OpenSolaris Project; he was the first person outside Sun Microsystems to contribute code to the Open Cluster software. He received three prizes at the OpenSolaris innovation awards program (2007-2008), and presented a solution for Storage High Availability using nonshared disks at the first OHAC Summit in San Francisco/California, USA (2009). In 2013, he presented a highly available, scalable, and high performance three-layer storage solution at SNIA SpeedConf, Santa Clara/California, USA, which, besides adding a lot of value to the storage service, provided huge savings in capex and opex costs (millions of dollars in three years). He has led the architecture and development of a distributed Storage Appliance that, in three years, provided more than 1.5 million operations per second (CIFS, NFS, and iSCSI) for almost 10PB in an area available for a diverse range of products. In 2010, he wrote ZFS -Para usurios OpenSolaris,Windows, Mac e Linux, Brasport, the first book about ZFS in Brazilian Portuguese and actually one of the few books about ZFS available in a language other than English. He tries to write regularly on his blog at https://www.eall.com.br/blog. Marcelo profile can be found on LinkedIn(https://www.linkedin.com/in/marceloleal). Recently a contest was held on Marcelo's blog(www.eall.com.br/blog/?p=3071) which was received with good response. mniej