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Building Samba
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Compiling and installing Samba is a simple, automated process conducted using the UNIX make command. Version 2.x further simplifies the task by including GNU autoconf to tailor Makefile parameters to match operating system type and configuration. Pre-version 2 distributions require a bit of administrative housekeeping in that Makefile parameters must be set by hand. Parameters include compiler flags, install paths, and authentication methods. The Makefile is well documented and includes examples of common settings for most operating systems. See Table 5.3 for a listing of some of the common variables and flags. To build and install Samba, move to the top-level source distribution directory and follow the steps listed in Example 5.3. Example 5.3 Samba Build Process 1. $ configure 2. $ make 3. $ make install Version 2.x and newer only. Compile and load step. Install binaries in target directories.
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If you are upgrading from a previous release and are using the same source distribution directory, the old release binaries are copied into a .old directory. You can recover the previous release by invoking make revert. Note that if you execute make install twice, the old release binaries will be overwritten. $ make revert Restore old release binaries.
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Table 5.3 Sampling of Pre-Version 2.0 Makefile Variables OS Flags (see Makefile) FLAGSM = -D<OS Type> DSHADOW_PWD LIBSM = -lshadow CC = gcc INSTALLPERMS = 0755 Install Directories BASEDIR =/usr/local/samba BINDIR = $(BASEDIR)/bin SBINDIR = $(BASEDIR)/bin LIBDIR = $(BASEDIR)/lib VARDIR = $(BASEDIR)/var MANDIR = $(BASEDIR)/man Logs & Locks SMBLOGFILE = $(VARDIR)/log.smb NMBLOGFILE = $(VARDIR)/log.nmb LOCKDIR = $(VARDIR)/locks smbd log file nmbd log file Lock files Shadow Passwords C Compiler Permissions
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Binaries Binaries Libraries Spool dir Man pages
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Samba Configuration Files CONFIGFILE = $(LIBDIR)/smb.conf LMHOSTSFILE = $(LIBDIR)/lmhosts DRIVERFILE = $(LIBDIR)/printers.def SMB_PASSWD = $(BINDIR)/smbpasswd SMB_PASSWD_FILE = $(BASEDIR)/private/smbpasswd WORKGROUP = <Workgroup Name> WEBROOT = $(BASEDIR) Samba config file LMHOSTS file W95 print drivers Password utility Password file Workgroup
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Alternate Authentication Methods PAM_FLAGS = DUSE_PAM PAM_LIBS = ldl lpam PAM
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AFS_BASE = /usr/afsws AFS AFS_FLAGS = -DAFS_AUTH I$(AFS_BASE)/include AFS_LIBDIR = $(AFS_BASE)/lib AFS_LIBS = -L$(AFS_LIBDIR) -L$(AFS_LIBDIR)/afs \ -lkauth -lprot -lubik -lauth -lrxkad -lsys \ -ldes -lrx -llwp -lcom_err \ $(AFS_LIBDIR)/afs/util.a DCE_BASE = /opt/dcelocal DCE_FLAGS = -DDFS_AUTH I$(DCE_BASE)/include DCE_LIBDIR = -L$(DCE_BASE)/lib DCE_LIBS = DCE
KRB5_BASE = /usr/local/krb5 Kerberos V5 KRB5_FLAGS = -DKRB5_AUTH -I$(KRB5_BASE)/include KRB5_LIBS = L$(KRB5_BASE)/lib -ldes425 \ -lkrb5-lcrypto -lcom_err 50 swat
Completing the Installation
When you have completed the install procedure, the Samba component tree will look something like Table 5.4. Before you can start Samba and verify the installation you will need to install the Samba configuration file smb.conf. This file indicates server role, access controls, what shares are available, whether encrypted passwords are required, and general administrative limits. If this is a new Samba installation, you can copy the default smb.conf file from the ./examples subdirectory in the source distribution into the /usr/local/samba/lib directory. This will allow you to start and verify the new installation. We'll cover the details of smb.conf in the next chapter. Table 5.4 Sampling of Samba Component Tree
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/usr/local/samba ./bin: addtosmbpass convert_smbpasswd make_printerdef make_smbcodepage nmbd nmblookup rpcclient smbclient smbd smbpasswd smbstatus smbtar swat testparm testprns ./lib: ./codepages smb.conf ./man: ./private: MACHINE.SID smbpasswd ./swat: ./help ./images ./include ./var: ./locks log.nmb log.smb ./var/locks: STATUS..LCK browse.dat namelist.debug nmbd.pid smbd.pid
Default install tree. Commands.
Codepage directory. Samba Configuration. Man pages. SID and passwords.
Swat support.
Logs and lock dir.
Lock and PID files.
Operation
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At this point, we've completed the installation and must now decide how we want to run the service. The two Samba service daemons, smbd and nmbd, may either be started as running daemons at system boot time or be invoked when needed by inetd. The latter method will conserve system resources in environments where Samba services are lightly used. For high-demand environments, it may be faster to have the services already up and running when they are required. To start Samba services as always-active daemons at system boot time, add the stanzas listed in Example 5.4 to your /etc/rc.local startup script for BSD UNIX installations or as part of your /etc/rc.d/init.d functions under SYSV UNIX. The commands can also be entered from the command line as root for testing. Example 5.4 Samba Daemon Startup /usr/local/samba/bin/smbd D /usr/local/samba/bin/nmbd D To invoke Samba services under inetd, first add the service ports to /etc/services (Example 5.5). Then add the startup stanzas to /etc/inetd.conf (Example 5.5). Note the use of tcpwrappers /usr/sbin/tcpd parameter. It is a good idea to restrict access to the service using a tool like tcpwrappers. Remember that you will have to send a HUP signal to the inetd process to activate these changes in the running system. Example 5.5 Samba inetd Startup /etc/services netbios-ns netbios-ssn /etc/inetd.conf netbios-ssn stream tcp nowait root /usr/sbin/tcpd /usr/local/samba/bin/smbd smbd netbios-ns dgram udp wait root /usr/sbin/tcpd /usr/local/samba/bin/nmbd nmbd With the Samba smbd and nmbd daemons running, you can verify the services using the nmblookup and smbclient commands. Use nmblookup to query the nmbd name service. You can use your local hostname as an argument. Nbmd should respond with your IP address and hostname (Example 5.6). Example 5.6 Samba Name Service Test $ nmblookup wizard 192.168.0.26 wizard Next use smbclient to access your home directory (Example 5.7). You will be 137/udp 139/tcp
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prompted for your password. If you have problems getting smbd to accept your password, check the password encryption options defined in smb.conf ( 7). Example 5.7 Samba Shares Access Test $ smbclient //wizard/deroest Password: Domain = [EYRIE] OS = [Unix] Serve r= [Samba 2.0.5a] Smb: \>
Summary
If you are upgrading from a previous release, verify your version using the smbstatus or smbclient commands and back up your current environment. Download Samba distributions from the Samba Web site at http://samba.org. Verify the distribution version from the package file name, samba<version>.tar.gz. A version of "latest" indicates the current production release. Decide whether to use a binary or source distribution. If you will be making local modifications to the source, consider using the GNU Concurrent Versions System (CVS). Refer to http://samba.org/cgi-bin/cvs-web for read-only Web-based access to Samba CVS distributions. Extract the distribution package in your source maintenance directory: $ gzip dc samba-<version>.tar.gz | tar xvf If you will be building a pre-version 2.x distribution, edit the Makefile to reflect your operating system configuration. Build and install the distribution. 1. $ configure 2. $ make 3. $ make install Version 2.x and newer only. Compile. Install binaries.
Install a copy of the Samba configuration file smb.conf in /usr/local/samba/lib. A sample smb.conf file can be found in the ./examples subdirectory of the distribution tree. Configure Samba smbd and nmbd startup either as running daemons or under inetd control. Start the service and verify with the nmblookup and smbclient commands.
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