Lines Matching +full:host +full:- +full:id

30 Host and process identifiers
32 Each UNIX host has associated with it a 32-bit host id, and a host
50 On each host runs a set of \fIprocesses\fP.
55 Each process in a host is named by an integer
56 called the \fIprocess id\fP.  This number is
57 in the range 1-30000
64 On each UNIX host this identifier is guaranteed to be unique;
65 in a multi-host environment, the (hostid, process id) pairs are
79 The parent-child relationship induces a hierarchical structure on
93 second call provides a non-blocking interface and may also be used
119 Each process in the system has associated with it two user-id's:
120 a \fIreal user id\fP and a \fIeffective user id\fP, both 16 bit
122 Each process has an \fIreal accounting group id\fP and an \fIeffective
123 accounting group id\fP and a set of
124 \fIaccess group id's\fP.  The group id's are 16 bit unsigned integers
147 The access group id set is returned by a \fIgetgroups\fP call*:
158 The user and group id's
171 The \fIsetreuid\fP call sets both the real and effective user-id's,
173 and effective accounting group id's.
174 Unless the caller is the super-user, \fIruid\fP
175 must be equal to either the current real or effective user-id,
177 accounting group id.  The \fIsetgroups\fP call is restricted
178 to the super-user.
184 referred to as a \fIjob\fP and manipulated by high-level system
205 Newly created processes are assigned process id's distinct from all
208 to its process id.  A privileged process may set the process group of any