Version 5.0 The LEDA User Manual

LEDA MEMORY STD: If this is set, the (standard) LEDA memory manager, which is not
thread–safe, is used.
LEDA MEMORY SYS: If this is set, the system memory management is used (new and delete)
instead of the LEDA manager.
LEDA MEMORY MT: If this is set, the multithreading LEDA memory management is used.
One of these flags must be set. If LEDA MULTI THREAD is not defined, LEDA MEMORY STD is
used by default. Otherwise LEDA MEMORY SYS is the default and LEDA MEMORY MT can be
used alternatively.
You have to edit \thread.h in order to include the right thread package
(win32.h, posix.h, solaris.h, or cps.h).
A.7 Usage of Header Files
LEDA data types and algorithms can be used in any C++ program as described in this
manual (for the general layout of a manual page please see Chapter LEDA Manual Page).
The specifications (class declarations) are contained in header files. To use a specific data
type its header file has to be included into the program. In general the header file for
data type xyz is .
A.8 Object Code on UNIX
Remark: This section describes the situation in a GUI package of LEDA. If you have
the geometry, graph, or basic package only the corresponding libraries are provided.
Files and Directories
To compile and link your programs with LEDA, the LEDA main directory should contain
at least the following files and subdirectories:
Readme.txt
Install/unix.txt
incl/
libL.a (libL.so)
libG.a (libG.so)
libP.a (libP.so)
libD3.a (libD3.so)
libW.a (libW.so)
libGeoW.a (libGeoW.so)
Readme File
txt–version of this section
the LEDA include directory
basic library
graph library
plane geometry library
3D geometry library
window library
GeoWin library
Static libraries have extension .a. If shared libraries are provided they have extension
.so.