Which of the following processes requests one at time.
Which of the following processes requests one at time.
The correct option is D A concurrent server
A concurrent server
processes requests one at time.
Concurrent Server: The
server can be iterative, i.e. it iterates through each client and serves one
request at a time. Alternatively, a server can handle multiple clients at the
same time in parallel, and this type of a server is called a concurrent server.
Concurrent Servers − This
type of server runs multiple concurrent processes to serve many requests at a
time because one process may take longer and another client cannot wait for so
long. The simplest way to write a concurrent server under Unix is to fork a
child process to handle each client separately.
Concurrent Servers.
Unlike a sequential server, a concurrent server has to be able to serve more
than one client at a time. For example, a chat server may be serving a specific
client for hours—it cannot wait till it stops serving a client before it serves
the next one.
An iterative server
iterates through each client, handling it one at a time. A concurrent server
handles multiple clients at the same time. The simplest technique for a
concurrent server is to call the fork function, creating one child process for
each client.
A concurrent server processes requests one at time.
Concurrent Server: The server can be iterative, i.e. it iterates through each client and serves one request at a time. Alternatively, a server can handle multiple clients at the same time in parallel, and this type of a server is called a concurrent server.
Concurrent Servers − This type of server runs multiple concurrent processes to serve many requests at a time because one process may take longer and another client cannot wait for so long. The simplest way to write a concurrent server under Unix is to fork a child process to handle each client separately.
Concurrent Servers. Unlike a sequential server, a concurrent server has to be able to serve more than one client at a time. For example, a chat server may be serving a specific client for hours—it cannot wait till it stops serving a client before it serves the next one.
An iterative server iterates through each client, handling it one at a time. A concurrent server handles multiple clients at the same time. The simplest technique for a concurrent server is to call the fork function, creating one child process for each client.
