If you like BoxMatrix then please contribute Supportdata, Supportdata2, Firmware and/or Hardware (get in touch).
My metamonk@yahoo.com is not reachable by me since years. Please use hippie2000@webnmail.de instead.

0
U

Property:complete (procfs)

From BoxMatrix


BoxMatrix >> System >> complete (procfs) @ BoxMatrix   -   IRC-Chat   -   Translate: de es fr it nl pl
News Selectors Models Accessories Components Environment Config Commands System Webif Software Develop Lexicon Community Project Media

Devices Filesystems Partitions Sockets Netlink Pipes Interfaces Bridges Ports Events Sources Sinks AVMIPC Processes Watchdogs Memory Slab Vmalloc ProcFS SysFS Research

Info
  
Name-Collision - multiple objects in this wiki use the name complete!
complete (bashcmd) Specify how arguments are to be completed by Readline.
complete (procfs) Test: Run all standard tests of the MemBench Benchmark.

Procfs-Object

Goto:   Examples  -  Dependencies   -   Model-Matrix   -   Help Supportdata2   -   SMW-Browser

Details

complete is an open source RAM Benchmark by AVM which runs all standard tests of the MemBench suite.
Initially located at /proc/avm it was moved to /proc/avm/benchmark later. See the Path in the Model-Matrix.

This test runs all 4 standard tests which are available on every platform supported by the MemBench suite:

The same 4 tests are used to compute the performance_index.

The platform specific tests are not included:

complete is part of the MemBench suite. For an overview of all tests see help (procfs) and the Benchmark article.

Examples

7530 fw 7.29 example:

root@fritz1:/var/mod/root# cat /proc/avm/benchmark/complete

cat: read error: Cannot allocate memory

6490 fw 7.29 example - ATOM side:

root@fritz2:/var/mod/root# cat /proc/avm/benchmark/complete

AVM-RAM-Benchmark
=================================
IRQs: off (alle Tests mit deaktivierten IRQs) CPU-Clock: 1200042000 RAM-Clock: 100000000 (eff. Datentaktrate) BUS-Breite (Word=): 32 Bit Measure-Time: 1 * 1.0s -- Results --
=================================================================
type  ! total read ! loops ! DDR-Ticks ! 32Bit  !  ! in kb  !  ! /32Bit  ! Worte/s  ! kB/s
=================================================================
read  ! 554496  ! 1  ! 0.704 ! 141950976 ! 554496  !  !  !  !  ! Lineares Lesen aus dem RAM
read  ! 655872  ! 1  ! 0.595 ! 167903232 ! 655872  !  !  !  !  ! Die gelesenen Werte stehen im Speicher nicht hintereinander. D.h. die CPU kann den Cache nicht nutzen.
read/write  ! 235520  ! 1  ! 1.658 ! 60293120 ! 235520  !  !  !  !  ! Immer schoen im Wechsel 1x Lesen und 1x Schreiben.
write  ! 732672  ! 1  ! 0.533 ! 187564032 ! 732672  !  !  !  !  ! Lineares Schreiben in den RAM.

6490 fw 7.29 example - ARM side:

root@fritz2:/var/mod/root# rpc cat /proc/avm/benchmark/complete

AVM-RAM-Benchmark
=================================
IRQs: off (alle Tests mit deaktivierten IRQs) CPU-Clock: 450000000 RAM-Clock: 250000000 (eff. Datentaktrate) BUS-Breite (Word=): 32 Bit Measure-Time: 1 * 1.0s -- Results --
=================================================================
type  ! total read ! loops ! DDR-Ticks ! 32Bit  !  ! in kb  !  ! /32Bit  ! Worte/s  ! kB/s
=================================================================
read  ! 122304  ! 1  ! 7.984 ! 31309824 ! 122304  !  !  !  !  ! Burstartiges Lesen aus dem RAM unter Nutzung von load multiple.
read  ! 103168  ! 1  ! 9.465 ! 26411008 ! 103168  !  !  !  !  ! Die gelesenen Werte stehen im Speicher nicht hintereinander. D.h. die CPU kann den Cache nicht nutzen.
read/write  ! 85824  ! 1  ! 11.379 ! 21970944 ! 85824  !  !  !  !  ! Immer schoen im Wechsel 1x Lesen und 1x Schreiben.
write  ! 128832  ! 1  ! 7.580 ! 32980992 ! 128832  !  !  !  !  ! Einfaches Schreiben (Cache-Nutzung).
write  ! 776512  ! 1  ! 1.257 ! 198787072 ! 776512  !  !  !  !  ! Burst-Schreiben unter Nutzung von store multiple.

7490 fw 7.29 example:

fritz3:/var/mod/root $ cat /proc/avm/complete

AVM-RAM-Benchmark
=================================
IRQs: off (alle Tests mit deaktivierten IRQs) CPU-Clock: 500000000 RAM-Clock: 500000000 (eff. Datentaktrate) BUS-Breite (Word=): 16 Bit Measure-Time: 1 * 1.0s -- Results --
============================================================================
type  ! total read ! loops ! DDR-Ticks ! 16Bit  !  ! Stalls per  !  ! in kb  !  ! /16Bit  ! Worte/s  ! kB/s  ! Instruction !
============================================================================
read  ! 263872  ! 1  ! 3.700 ! 135102464 ! 263872 ! 4.453  ! Pipeline-friendly !  !  !  !  !  !  ! Lesen aus dem RAM mit optimaler Unterstuetzung der Pipline.  !  !  ! D.h. der Code ist gewaehlt, dass die Pipeline nicht geleert  !  !  ! werden muss und so keine Zeit verschwendet wird.  !  !  !
read  ! 248768  ! 1  ! 3.925 ! 127369216 ! 248768 ! 5.538  ! extrema  !  !  !  !  !  !  ! Die gelesenen Werte stehen im Speicher nicht hintereinander.  !  !  ! D.h. die CPU kann den Cache nicht nutzen.  !  !  !
read/write  ! 134528  ! 1  ! 7.259 ! 68878336 ! 134528 ! 3.599  !  !  !  !  !  !  !  ! Immer schoen im Wechsel 1x Lesen und 1x Schreiben.  !  !  !
write  ! 345536  ! 1  ! 2.826 ! 176914432 ! 345536 ! 3.126  !  !  !  !  !  !  !  ! Einfaches Schreiben.  !  !  !

7390 fw 6.04 example:

root@7390:/var/mod/root# cat /proc/avm/complete

AVM-RAM-Benchmark
=================================
IRQs: off (alle Tests mit deaktivierten IRQs) CPU-Clock: 500000000 RAM-Clock: 333333332 (eff. Datentaktrate) BUS-Breite (Word=): 32 Bit Measure-Time: 1 * 1.0s -- Results --
=================================================================
type  ! total read ! loops ! DDR-Ticks ! 32Bit  !  ! in kb  !  ! /32Bit  ! Worte/s ! kB/s
=================================================================
read  ! 145472  ! 1  ! 8.950 ! 37240832 ! 145472 Pipeline-friendly !  !  !  !  ! Lesen aus dem RAM mit optimaler Unterstuetzung der Pipline.  ! D.h. der Code ist gewaehlt, dass die Pipeline nicht geleert  ! werden muss und so keine Zeit verschwendet wird.  !
read  ! 150784  ! 1  ! 8.635 ! 38600704 ! 150784 extrema  !  !  !  !  ! Die gelesenen Werte stehen im Speicher nicht hintereinander. ! D.h. die CPU kann den Cache nicht nutzen.  !
read/write  ! 102144  ! 1  ! 12.747 ! 26148864 ! 102144  !  !  !  !  ! Immer schoen im Wechsel 1x Lesen und 1x Schreiben.  !
write  ! 95104  ! 1  ! 13.691 ! 24346624 ! 95104  !  !  !  !  ! Einfaches Schreiben.  !

7240 fw 6.06 example:

root@fritz:/var/mod/root# cat /proc/avm/complete

AVM-RAM-Benchmark
=================================
IRQs: off (alle Tests mit deaktivierten IRQs) CPU-Clock: 360000000 RAM-Clock: 120000000 (eff. Datentaktrate) BUS-Breite (Word=): 16 Bit Measure-Time: 1 * 1.0s -- Results --
=================================================================
type  ! total read ! loops ! DDR-Ticks ! 16Bit  !  ! in kb  !  ! /16Bit  ! Worte/s ! kB/s
=================================================================
read  ! 133056  ! 1  ! 1.761 ! 68124672 ! 133056 Pipeline-friendly !  !  !  !  ! Lesen aus dem RAM mit optimaler Unterstuetzung der Pipline.  ! D.h. der Code ist gewaehlt, dass die Pipeline nicht geleert  ! werden muss und so keine Zeit verschwendet wird.  !
read  ! 100608  ! 1  ! 2.329 ! 51511296 ! 100608 extrema  !  !  !  !  ! Die gelesenen Werte stehen im Speicher nicht hintereinander. ! D.h. die CPU kann den Cache nicht nutzen.  !
read/write  ! 94464  ! 1  ! 2.481 ! 48365568 ! 94464  !  !  !  !  ! Immer schoen im Wechsel 1x Lesen und 1x Schreiben.  !
write  ! 276544  ! 1  ! 0.847 ! 141590528 ! 276544  !  !  !  !  ! Einfaches Schreiben.  !

Dependencies

Daily updated index of all dependencies of this object. Last update: GMT.
A ** in the Mod column marks info from Supportdata2 probes, which will always stay incomplete.
A - in the Mod column marks manual research, the Firmware then shows where the Object occurs, not the Relation.

Relation Typ Object Mod Firmware Info Origin
0 dependencies for this object

Model-Matrix

Daily updated index of the presence, path and size of this object for each model. Last update: 2024-03-28 05:21 GMT.
Showing all models using this object. Click any column header (click-wait-click) to sort the list by the respective data.
The (main/scrpn/boot/arm/prx/atom) label in the Model column shows which CPU is meant for models with multiple Linux instances.
Note that this list comes from Supportdata2 probes, which can have arbitrary settings and come from different firmware versions.
It doesn't say much if a model is not listed here. It may be a missing supportdata2 file or just a disabled feature.

Help Supportdata2

The data in this article is incomplete since it was manually collected using the Supportdata2 project.

Unlike the Supportdata-Probes which have been collected for years Supportdata2 is brand new and only has a few probes.
If you have access to a shell then please help to extend the Supportdata2 collection to improve this data.

It's easy and it's done in minutes. Please send created data as an Email attachment to the address listed here. Thanks!

SMW-Browser

Information is currently being retrieved from the backend.