ref: 51b862e3da2d706f415254ddf3b6074c59ffbcef
dir: fuzz/inlist.c
#include "fuzz.h"
// HERE BE DRAGONS
// Generate the input list for the given syscall
void
mk_int(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(sizeof(int));
*(int *)tt->var = 0;
tt->t = t_int;
ladd(l, tt);
}
void
mk_intS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = nil;
tt->t = t_intS;
ladd(l, tt);
}
void
mk_uint(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(sizeof(unsigned int));
*(unsigned int *)tt->var = 0;
tt->t = t_uint;
ladd(l, tt);
}
void
mk_IOchunkS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = nil;
tt->t = t_IOchunkS;
ladd(l, tt);
}
void
mk_long(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(sizeof(long));
*(long *)tt->var = 0;
tt->t = t_long;
ladd(l, tt);
}
void
mk_longS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(1 * sizeof(t_type));
tt->t = t_longS;
ladd(l, tt);
}
void
mk_ulong(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(sizeof(unsigned long));
*(unsigned long *)tt->var = 0;
tt->t = t_ulong;
ladd(l, tt);
}
void
mk_vlong(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(sizeof(long long));
*(long long *)tt->var = 0;
tt->t = t_vlong;
ladd(l, tt);
}
void
mk_DirS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = nil;
tt->t = t_DirS;
ladd(l, tt);
}
void
mk_DirSS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = nil;
tt->t = t_DirSS;
ladd(l, tt);
}
void
mk_char(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(sizeof(char));
*(char *)tt->var = '\n';
tt->t = t_char;
ladd(l, tt);
}
void
mk_uchar(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(sizeof(unsigned char));
*(unsigned char *)tt->var = '\n';
tt->t = t_uchar;
ladd(l, tt);
}
void
mk_ucharS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = nil;
tt->t = t_ucharS;
ladd(l, tt);
}
void
mk_charS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = malloc(1* sizeof(char*));
tt->t = t_charS;
ladd(l, tt);
}
void
mk_void(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = nil;
tt->t = t_void;
ladd(l, tt);
}
void
mk_voidS(List *l)
{
t_type *tt = malloc(sizeof(t_type));
tt->var = nil;
tt->t = t_voidS;
ladd(l, tt);
}
List*
mkinlist(List* l, call c)
{
// Iterate through l
switch(c){
case sc_abort:
mk_void(l);
break;
case sc_access:
mk_charS(l);
mk_int(l);
break;
case sc_alarm:
mk_ulong(l);
break;
case sc_await:
mk_charS(l);
mk_int(l);
break;
case sc_bind:
mk_charS(l);
mk_charS(l);
mk_int(l);
break;
case sc_brk:
mk_voidS(l);
break;
case sc_chdir:
mk_charS(l);
break;
case sc_close:
mk_int(l);
break;
case sc_create:
mk_charS(l);
mk_int(l);
mk_ulong(l);
break;
case sc_dup:
mk_int(l);
mk_int(l);
break;
case sc_errstr:
mk_charS(l);
mk_uint(l);
break;
case sc_exec:
// wtf?
break;
case sc_execl:
mk_charS(l);
break;
case sc_exits:
mk_charS(l);
break;
case sc_fork:
mk_void(l);
break;
case sc_rfork:
mk_int(l);
break;
case sc_fauth:
mk_int(l);
mk_charS(l);
break;
case sc_fstat:
mk_int(l);
mk_ucharS(l);
mk_int(l);
break;
case sc_fwstat:
mk_int(l);
mk_ucharS(l);
mk_int(l);
break;
case sc_fversion:
mk_int(l);
mk_int(l);
mk_charS(l);
mk_int(l);
break;
case sc_mount:
mk_int(l);
mk_int(l);
mk_charS(l);
mk_int(l);
mk_charS(l);
break;
case sc_unmount:
mk_charS(l);
mk_charS(l);
break;
case sc_noted:
mk_int(l);
break;
case sc_notify:
// wtf?
break;
case sc_open:
mk_charS(l);
mk_int(l);
break;
case sc_fd2path:
mk_int(l);
mk_charS(l);
mk_int(l);
break;
case sc_pipe:
mk_intS(l);
break;
case sc_pread:
mk_int(l);
mk_voidS(l);
mk_long(l);
mk_vlong(l);
break;
case sc_preadv:
mk_int(l);
mk_IOchunkS(l);
mk_int(l);
mk_vlong(l);
break;
case sc_pwrite:
mk_int(l);
mk_voidS(l);
mk_long(l);
mk_vlong(l);
break;
case sc_pwritev:
mk_int(l);
mk_IOchunkS(l);
mk_int(l);
mk_vlong(l);
break;
case sc_read:
mk_int(l);
mk_voidS(l);
mk_long(l);
break;
case sc_readn:
mk_int(l);
mk_voidS(l);
mk_long(l);
break;
case sc_readv:
mk_int(l);
mk_IOchunkS(l);
mk_int(l);
break;
case sc_remove:
mk_charS(l);
break;
case sc_sbrk:
mk_ulong(l);
break;
case sc_oseek:
mk_int(l);
mk_long(l);
mk_int(l);
break;
case sc_seek:
mk_int(l);
mk_vlong(l);
mk_int(l);
break;
case sc_segattach:
mk_int(l);
mk_charS(l);
mk_voidS(l);
mk_ulong(l);
break;
case sc_segbrk:
mk_voidS(l);
mk_voidS(l);
break;
case sc_segdetach:
mk_voidS(l);
break;
case sc_segflush:
mk_voidS(l);
mk_ulong(l);
break;
case sc_segfree:
mk_voidS(l);
mk_ulong(l);
break;
case sc_semacquire:
mk_longS(l);
mk_int(l);
break;
case sc_semrelease:
mk_longS(l);
mk_long(l);
break;
case sc_sleep:
mk_long(l);
break;
case sc_stat:
mk_charS(l);
mk_ucharS(l);
mk_int(l);
break;
case sc_tsemacquire:
mk_longS(l);
mk_ulong(l);
break;
case sc_wait:
mk_void(l);
break;
case sc_waitpid:
mk_void(l);
break;
case sc_write:
mk_int(l);
mk_voidS(l);
mk_long(l);
break;
case sc_writev:
mk_int(l);
mk_IOchunkS(l);
mk_int(l);
break;
case sc_wstat:
mk_charS(l);
mk_ucharS(l);
mk_int(l);
break;
case sc_rendezvous:
mk_voidS(l);
mk_voidS(l);
break;
case sc_dirstat:
mk_charS(l);
break;
case sc_dirfstat:
mk_int(l);
break;
case sc_dirwstat:
mk_charS(l);
mk_DirS(l);
break;
case sc_dirfwstat:
mk_int(l);
mk_DirS(l);
break;
case sc_dirread:
mk_int(l);
mk_DirSS(l);
break;
case sc_nulldir:
mk_DirS(l);
break;
case sc_dirreadall:
mk_int(l);
mk_DirSS(l);
break;
case sc_getpid :
mk_void(l);
break;
case sc_getppid:
mk_void(l);
break;
case sc_rerrstr:
mk_charS(l);
mk_uint(l);
break;
case sc_sysname:
mk_void(l);
break;
case sc_werrstr:
mk_charS(l);
break;
}
return nil;
}