Hello all,
I am trying to understand a little bit about the TCP path in the
Linux kernel.
I saw that while we were even copying the user data into kernel space, we
were doing
the partial checksum of the data portion alone (as the TCP header is not yet
filled up) and storing
it in
Hello all,
I am trying to understand a little bit about the TCP path in the
Linux kernel.
I saw that while we were even copying the user data into kernel space, we
were doing
the partial checksum of the data portion alone (as the TCP header is not yet
filled up) and storing
it in
ferent set of drivers at the socket level, that will do the trick I
think.
Is this easy?
Thanks a lot
Bharath
-Original Message-
From: David S. Miller [mailto:[EMAIL PROTECTED]]
Sent: Thursday, May 24, 2001 7:08 PM
To: Bharath Madhavan
Cc: '[EMAIL PROTECTED]'
Subject: RE: Accelerated TCP/
of drivers at the socket level, that will do the trick I
think.
Is this easy?
Thanks a lot
Bharath
-Original Message-
From: David S. Miller [mailto:[EMAIL PROTECTED]]
Sent: Thursday, May 24, 2001 7:08 PM
To: Bharath Madhavan
Cc: '[EMAIL PROTECTED]'
Subject: RE: Accelerated TCP/IP support
Hello all,
I am looking into a scenario where we have a NIC which performs
all the TCP/IP processing and basically the core CPU offloads all data from
the socket level interface onwards to this NIC.
Can Linux do this as of now. I saw some limited support like TCP/IP
checksumming
being
Hello all,
I am looking into a scenario where we have a NIC which performs
all the TCP/IP processing and basically the core CPU offloads all data from
the socket level interface onwards to this NIC.
Can Linux do this as of now. I saw some limited support like TCP/IP
checksumming
being
Hello All,
I will be using Linux as the OS for an embedded system.
I was looking into 2.4.4 kernel code and saw the dcache implementation
in VFS which is pretty neat and fast by itself.
My question is, will I gain any considerable efficiency in file system
access
if I can move this
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