| #
b3e76948
|
| 16-Aug-2023 |
Warner Losh <imp@FreeBSD.org> |
Remove $FreeBSD$: two-line .h pattern
Remove /^\s*\*\n \*\s+\$FreeBSD\$$\n/
|
| #
b3e76948
|
| 16-Aug-2023 |
Warner Losh <imp@FreeBSD.org> |
Remove $FreeBSD$: two-line .h pattern
Remove /^\s*\*\n \*\s+\$FreeBSD\$$\n/
|
| #
10b3b545
|
| 17-Sep-2009 |
Dag-Erling Smørgrav <des@FreeBSD.org> |
Merge from head
|
| #
1829d5da
|
| 12-Mar-2009 |
Warner Losh <imp@FreeBSD.org> |
Update the projects tree to a newer FreeBSD current.
|
| #
b860cb26
|
| 10-Mar-2009 |
Robert Watson <rwatson@FreeBSD.org> |
Add tcpp -- TCP parallelism microbenchmark.
This tool creates large numbers of TCP connections, each of which will
transmit a fixed amount of data, between client and server hosts. tcpp can
use mul
Add tcpp -- TCP parallelism microbenchmark.
This tool creates large numbers of TCP connections, each of which will
transmit a fixed amount of data, between client and server hosts. tcpp can
use multiple workers (typically up to the number of hardware cores), and can
use multiple source IPs in order to use an expanded port/IP 4-tuple space to
avoid problems from reusing 4-tuples too quickly. Aggregate bandwidth use
will be reported after a client run.
While by no means a perfect tool, it has proven quite useful in generating
and optimizing TCP stack lock contention by easily generating high-intensity
workloads. It also proves surprisingly good at finding device driver bugs.
show more ...
|
| #
b3e76948
|
| 16-Aug-2023 |
Warner Losh <imp@FreeBSD.org> |
Remove $FreeBSD$: two-line .h pattern
Remove /^\s*\*\n \*\s+\$FreeBSD\$$\n/
|
| #
10b3b545
|
| 17-Sep-2009 |
Dag-Erling Smørgrav <des@FreeBSD.org> |
Merge from head
|
| #
1829d5da
|
| 12-Mar-2009 |
Warner Losh <imp@FreeBSD.org> |
Update the projects tree to a newer FreeBSD current.
|
| #
b860cb26
|
| 10-Mar-2009 |
Robert Watson <rwatson@FreeBSD.org> |
Add tcpp -- TCP parallelism microbenchmark.
This tool creates large numbers of TCP connections, each of which will
transmit a fixed amount of data, between client and server hosts. tcpp can
use mul
Add tcpp -- TCP parallelism microbenchmark.
This tool creates large numbers of TCP connections, each of which will
transmit a fixed amount of data, between client and server hosts. tcpp can
use multiple workers (typically up to the number of hardware cores), and can
use multiple source IPs in order to use an expanded port/IP 4-tuple space to
avoid problems from reusing 4-tuples too quickly. Aggregate bandwidth use
will be reported after a client run.
While by no means a perfect tool, it has proven quite useful in generating
and optimizing TCP stack lock contention by easily generating high-intensity
workloads. It also proves surprisingly good at finding device driver bugs.
show more ...
|
| #
10b3b545
|
| 17-Sep-2009 |
Dag-Erling Smørgrav <des@FreeBSD.org> |
Merge from head
|
| #
1829d5da
|
| 12-Mar-2009 |
Warner Losh <imp@FreeBSD.org> |
Update the projects tree to a newer FreeBSD current.
|
| #
b860cb26
|
| 10-Mar-2009 |
Robert Watson <rwatson@FreeBSD.org> |
Add tcpp -- TCP parallelism microbenchmark.
This tool creates large numbers of TCP connections, each of which will
transmit a fixed amount of data, between client and server hosts. tcpp can
use mul
Add tcpp -- TCP parallelism microbenchmark.
This tool creates large numbers of TCP connections, each of which will
transmit a fixed amount of data, between client and server hosts. tcpp can
use multiple workers (typically up to the number of hardware cores), and can
use multiple source IPs in order to use an expanded port/IP 4-tuple space to
avoid problems from reusing 4-tuples too quickly. Aggregate bandwidth use
will be reported after a client run.
While by no means a perfect tool, it has proven quite useful in generating
and optimizing TCP stack lock contention by easily generating high-intensity
workloads. It also proves surprisingly good at finding device driver bugs.
show more ...
|