0,
};
-int
+unsigned
getuid ()
{
return dflt_passwd.pw_uid;
}
-int
+unsigned
geteuid ()
{
/* I could imagine arguing for checking to see whether the user is
return getuid ();
}
-int
+unsigned
getgid ()
{
return dflt_passwd.pw_gid;
}
-int
+unsigned
getegid ()
{
return getgid ();
}
struct passwd *
-getpwuid (int uid)
+getpwuid (unsigned uid)
{
if (uid == dflt_passwd.pw_uid)
return &dflt_passwd;
#endif
struct w32_id {
- int rid;
+ unsigned rid;
struct w32_id *next;
char name[GNLEN+1];
unsigned char sid[FLEXIBLE_ARRAY_MEMBER];
static struct w32_id *w32_idlist;
static int
-w32_cached_id (PSID sid, int *id, char *name)
+w32_cached_id (PSID sid, unsigned *id, char *name)
{
struct w32_id *tail, *found;
}
static void
-w32_add_to_cache (PSID sid, int id, char *name)
+w32_add_to_cache (PSID sid, unsigned id, char *name)
{
DWORD sid_len;
struct w32_id *new_entry;
static int
get_name_and_id (PSECURITY_DESCRIPTOR psd, const char *fname,
- int *id, char *nm, int what)
+ unsigned *id, char *nm, int what)
{
PSID sid = NULL;
char machine[MAX_COMPUTERNAME_LENGTH+1];
DWORD blen = 0;
TOKEN_USER user_token;
TOKEN_PRIMARY_GROUP group_token;
- int euid;
- int egid;
+ unsigned euid;
+ unsigned egid;
DWORD sess;
PROCESS_MEMORY_COUNTERS mem;
PROCESS_MEMORY_COUNTERS_EX mem_ex;