Question

Instructions: 1. The main python script has a different process ID and multiprocessing module spawns new processes with different process IDs as we create Process objects p1 and p2. 2. Each process runs independently and has its own memory space. 3. As soon as the execution of target function is finished, the processes get terminated. In above program we used is alive method of Process class to check if a process is still active or not. 4. Consider the diagram below to understand how new processes are different from main Python script. PID = 29305 Target = Worker1 PID=28628 PID = 29306 Target = Worker2

          Instructions:
1. The main python script has a different process ID and multiprocessing
module spawns new processes with different process IDs as we
create Process objects p1 and p2.
2. Each process runs independently and has its own memory space.
3. As soon as the execution of target function is finished, the processes get
terminated. In above program we used is alive method of Process class to
check if a process is still active or not.
4. Consider the diagram below to understand how new processes are
different from main Python script.
PID = 29305
Target = Worker1
PID=28628
PID = 29306
Target = Worker2

Instructions:
1. The main python script has a different process ID and multiprocessing
module spawns new processes with different process IDs as we
create Process objects p1 and p2.
2. Each process runs independently and has its own memory space.
3. As soon as the execution of target function is finished, the processes get
terminated. In above program we used is alive method of Process class to
check if a process is still active or not.
4. Consider the diagram below to understand how new processes are
different from main Python script.
PID = 29305
Target = Worker1
PID=28628
PID = 29306
Target = Worker2

Added by Eric O.

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