openbmc/build/tmp/deploy/sdk/witherspoon-2019-08-08/sysroots/armv6-openbmc-linux-gnueabi/usr/src/debug/libpam/1.3.1-r0/Linux-PAM-1.3.1/libpam/pam_delay.c
static unsigned int _pam_rand(unsigned int seed)
{
#define N1 1664525
#define N2 1013904223
    return N1 * seed + N2;
}
/* *******************************************************************
 * Compute a pseudo random time. The value is base*(1 +/- 1/5) where
 * the distribution is pseudo gausian (the sum of three evenly
 * distributed random numbers -- central limit theorem and all ;^) The
 * linear random numbers are based on a formulae given in Knuth's
 * Seminumerical recipies that was reproduced in `Numerical Recipies
 * in C'. It is *not* a cryptographically strong generator, but it is
 * probably "good enough" for our purposes here.
 *
 * /dev/random might be a better place to look for some numbers...
 */
Compute a pseudo random time. The value is base*(1 +/- 1/5) where
the distribution is pseudo gausian (the sum of three evenly
distributed random numbers -- central limit theorem and all ;^) The
linear random numbers are based on a formulae given in Knuth's
Seminumerical recipies that was reproduced in `Numerical Recipies
in C'. It is *not* a cryptographically strong generator, but it is
probably "good enough" for our purposes here.

/dev/random might be a better place to look for some numbers
Compute a pseudo random time . The value is base * ( 1 + / - 1 / 5 ) where the distribution is pseudo gausian ( the sum of three evenly distributed random numbers -- central limit theorem and all ; ^ ) The linear random numbers are based on a formulae given in Knuth ' s Seminumerical recipies that was reproduced in ` Numerical Recipies in C ' . It is * not * a cryptographically strong generator but it is probably " good enough " for our purposes here . / dev / random might be a better place to look for some numbers
static unsigned int _pam_rand(unsigned int seed)
{
#define N1 1664525
#define N2 1013904223
    return N1 * seed + N2;
}
static unsigned int _pam_rand ( unsigned int seed ) { #define N1  1664525 #define N2  1013904223 return N1 * seed + N2 ; }
Compute a pseudo random time.
Compute a pseudo random time .