2 This package contains the trace reading library and trace viewing tools for
3 the new Linux Trace Toolkit trace format. It also contains the lttd, lttctl and
4 liblttctl programs which are necessary to obtain a trace.
10 Some development libraries are needed for compiling :
12 gtk 2 development libraries (libgtk2.0, libgtk2.0-dev)
13 glib 2 development libraries (libglib2.0-0, libglib2.0-dev)
14 libpopt development libraries (libpopt0, libpopt-dev)
15 libpango development libraries (libpango1.0, libpango1.0-dev)
16 libc6 development librairies (libc6, libc6-dev)
18 To compile the source tree from a tarball, simply follow these steps :
24 After running ./configure, you can also go in specific subdirectories and
25 use make, make install.
32 * Source Tree Structure
34 Here is the tree structure of the Linux Trace Toolkit Viewer package.
36 ltt: new trace format reading library.
38 debian: debian config files (currently empty).
40 doc/user: User related documentation.
41 doc/developer: Developer related documentation.
42 liblttctl: Library to communicate with the kernel tracer control module.
43 lttctl: Command line program to use the liblttctl library.
44 lttd: Linux Trace Toolkit daemon.
45 lttv: Linux Trace Toolkit trace analysis tool and viewer.
46 lttv/modules: Linux Trace Toolkit analysis tool and viewer plugin modules.
47 specs: RPM config files (currently empty).
52 This source tree is based on the autotools suite from GNU to simplify
53 portability. Here are some things you should have on your system in order to
54 compile the subversion repository tree :
57 GNU autotools (automake-1,7, autoconf2.50, autoheader2.50)
58 (make sure your system wide "automake" points to version 1.7!)
60 (for more information, go to http://www.gnu.org/software/autoconf/)
62 If you get the tree from the repository, you will need to use the autogen.sh
63 script. It calls all the GNU tools needed to prepare the tree configuration.