init All processes running in Linux can trace their relationship back to init. PID = 1 PPID = 0 Process1 is a child of init and a parent of Process2. Process3 is both a child and a parent. It is a child process of init and a parer of processes 4 and 5. Process1 Process3 PID = 1034 PPID = 1 PID = 101 A process may have any number of child processes, but it may have only one parent process. PPID = 1 he PPID of a child the same as the ID of its parent. Process2 Process4 Process5 rocess2 has a PPID r 101 because its arent is Process1, PID = 3240 PID = 1888 PID = 2056 PPID = 101 PPID = 1034 PPID = 1034 hich has a PID of 101. Process2 is a child of Process1. Process lineage may extend to multiple levels. Process6 Process7 PID = 1289 PID = 1844 PPID = 1888 PPID = 1888 Each PID is unique, but duplicate PPIDS are allowed since a parent process may
init All processes running in Linux can trace their relationship back to init. PID = 1 PPID = 0 Process1 is a child of init and a parent of Process2. Process3 is both a child and a parent. It is a child process of init and a parer of processes 4 and 5. Process1 Process3 PID = 1034 PPID = 1 PID = 101 A process may have any number of child processes, but it may have only one parent process. PPID = 1 he PPID of a child the same as the ID of its parent. Process2 Process4 Process5 rocess2 has a PPID r 101 because its arent is Process1, PID = 3240 PID = 1888 PID = 2056 PPID = 101 PPID = 1034 PPID = 1034 hich has a PID of 101. Process2 is a child of Process1. Process lineage may extend to multiple levels. Process6 Process7 PID = 1289 PID = 1844 PPID = 1888 PPID = 1888 Each PID is unique, but duplicate PPIDS are allowed since a parent process may
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
Related questions
Question
![init is the grandfather of all processes.
init
All processes running in Linux can trace
their relationship back to init.
PID = 1
PPID = 0
Processl is a child of init
and a parent of Process2.
Process3 is both a child and a parent.
It is a child process of init and a paren
of processes 4 and 5.
Process1
Process3
A process may have any number of
child processes, but it may have only
one parent process.
PID = 101
PID = 1034
PPID = 1
PPID = 1
The PPID of a child
is the same as the
PID of its parent.
Process2
Process4
Process5
Process2 has a PPID
of 101 because its
parent is Process1,
PID = 3240
PID = 1888
PID = 2056
PPID = 101
PPID = 1034
PPID = 1034
which has a PID of 101.
Process2 is a child
of Process1.
Process lineage may extend
to multiple levels.
Process6
Process7
PID = 1289
PID = 1844
PPID = 1888
PPID = 1888
Each PID is unique, but
duplicate PPIDS are allowed
since a parent process may
have several child processes.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F99705997-3a26-43ef-852e-391dffe278fb%2Fc6291fec-0f95-47ba-9943-21f131dc0790%2Focyi5sq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:init is the grandfather of all processes.
init
All processes running in Linux can trace
their relationship back to init.
PID = 1
PPID = 0
Processl is a child of init
and a parent of Process2.
Process3 is both a child and a parent.
It is a child process of init and a paren
of processes 4 and 5.
Process1
Process3
A process may have any number of
child processes, but it may have only
one parent process.
PID = 101
PID = 1034
PPID = 1
PPID = 1
The PPID of a child
is the same as the
PID of its parent.
Process2
Process4
Process5
Process2 has a PPID
of 101 because its
parent is Process1,
PID = 3240
PID = 1888
PID = 2056
PPID = 101
PPID = 1034
PPID = 1034
which has a PID of 101.
Process2 is a child
of Process1.
Process lineage may extend
to multiple levels.
Process6
Process7
PID = 1289
PID = 1844
PPID = 1888
PPID = 1888
Each PID is unique, but
duplicate PPIDS are allowed
since a parent process may
have several child processes.
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