updated rpm instructions for realtime libevent.

This commit is contained in:
Andrew Lewman
2009-07-02 17:57:47 -04:00
parent 4e8d22846b
commit 2c221e923b
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##
The process used to create the official rpms is as follows:
Download and Extract the latest tor source code from https://www.torproject.org/.
Download latest stable libevent from
http://www.monkey.org/~provos/libevent/
The first step of compiling libevent is to configure it as follows:
./configure --enable-static --disable-shared
Complete the "make" and "make install". You will need to be root,
or sudo -s, to complete the "make install".
Check for a successful universal binary of libevent.a in, by default,
/usr/local/lib by using the following command:
"file /usr/local/lib/libevent.a"
Download and Extract the latest tor source code from
https://www.torproject.org/download
In the resulting directory:
./configure
LIBS=-lrt ./configure
make dist-rpm
You should have at least two, maybe three, rpms. There should be the binary
i386.rpm, a src.rpm, and on redhat/centos machines, a debuginfo.rpm.
## Optional customization
##
If you wish to further tune Tor binaries in rpm format beyond this list,
see the GCC doc page for further options:
http://gcc.gnu.org/onlinedocs/gcc-4.0.2/gcc/
The tor.spec.in file contains the basic info needed to tune the binaries
produced in rpm format. The key parameters to tune are located in the
third section of the tor.spec.in file. Locate the section similar to
this:
## Target a specific arch and OS
#
# default is i386 linux
%define target gnu
%define target_cpu i386
%define target_os linux
The three parameters: target, target_cpu, and target_os are used
throughout the "make dist-rpm" process. They control the parameters
passed to "configure" and the final tuning of the binaries produced.
The default settings, as shown above, create binaries for the widest
range of Intel x86 or x86-compatible architectures.
The parameters can be set as follows:
The "target" parameter:
This should be "gnu", "redhat", or the short name of your linux distribution.
Other possibilities are "mandrake" or "suse". This is passed to
"configure" through the --host, --build, and --target parameters.
Therefore, this "target" parameter must be a valid OS for "configure" as
well.
The "target_cpu" parameter:
This parameter controls the optimization and tuning of your binaries via
gcc and "configure". This parameter is passed to gcc via the -mtune= or
-mcpu= options. The "configure" script will also receive this parameter
through the --host, --build, and --target parameters. Therefore, this
"target_cpu" parameter must be valid for both gcc and "configure". A
few common options for this parameter may be "athlon64, i686, pentium4" or
others.
The "target_os" parameter:
This parameter controls the target operating system. Normally, this is
only "linux". If you wish to build rpms for a non-linux operating
system, you can replace "linux" with your operating system.