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bandwidth controll

bandwidth controll

Blisk ::

Ali obstaja kakšen program za linux, s katerim lahko uporabnikom omejuješ dostop do interneta, ter gledaš statistiko, glede njihovega dostopa do interneta, kam dostopajo in koliko Mb prenesjo itd.

fahrenGONE ::

www.softpedia.com/get/Network-Tools/Bandwidth-Tools/ ... upam da dobis kaksnega cool, ker zdaj nimam casa iskat.

Blisk ::

hvala za link, tuki je samo en mali problemček.
Vse to je za windows, jst pa rabim za linux.

fahrenGONE ::

rshaper ( cvs ) ali pa morda Wonder Shaper ... lahko tudi HTB ... drugace pa poglej na freshmeat.net ali sf.net

urarrr ::

jo

ce ti grel linux, probaj mal opnBSD...je že vse integrurano v samem sistemu, sicer se da tudi v linuxu nastavit sam boš rabu dosti cajta..k je treba jedro spreminjat in svašta..

v bsd vpišeš v pocket filter 3 vrstice in stvar špila

mal poglej...tukaj je del mojega pocket filtra...tudi prioritete paketov kot tudi vpisi kako dosežeš na ADSL liniji hkrati 90% upload s tem da ti dela skoraj 100% dol in seveda omejitve uporabnikov, katere imam razdeljene %...zato da izkoriščajo max možno prosto hitrost


# =====================================================================
# altq section
# =====================================================================

# queue packets that go out of tun0 to internet (upload for server and lan users)
altq on $ext_if priq bandwidth 400Kb queue { def_out ftp_out www_out ssh_out dns_out mail_out tcp_ack}
queue tcp_ack priority 7
queue dns_out priority 6
queue ssh_out priority 5 priq(red)
queue mail_out priority 2 priq(red)
queue www_out priority 4 priq(red)
queue ftp_out priority 3 priq(red)
queue def_out priority 1 priq(default)

# queue packets that go out of vr0 to server (download for server, lan users unlimited)
altq on $srv_if priq bandwidth 100Mb queue { tcp_acks ftp_in dns_in ssh_in mail_in www_in def_in }
queue tcp_acks priority 7
queue dns_in priority 6
queue ssh_in priority 5 priq(red)
queue mail_in priority 2
queue www_in priority 4 priq(red)
queue ftp_in priority 3 priq(red)
queue def_in priority 1 priq(default)

# queue packets that go out of rl0 -download for internal users
# altq on $lan_if hfsc bandwidth 100% queue {users other}
# queue users bandwidth 3500Kb hfsc(realtime 20% linkshare 100%)
# queue other hfsc(default)

altq on $lan_if hfsc bandwidth 3500Kb queue {user1 user2 user3 user4 user5 user6 user7 user8 user9}
#queue user1 bandwidth 900Kb hfsc (default upperlimit 1000Kb )
queue user1 bandwidth 30% hfsc(default)
queue user2 bandwidth 12%
queue user3 bandwidth 18%
queue user4 bandwidth 13%
queue user5 bandwidth 13%
queue user6 bandwidth 5%
queue user7 bandwidth 1%
queue user8 bandwidth 4%
queue user9 bandwidth 4%

# primercki:
# queue user3 bandwidth 200Kb priority 1 hfsc(realtime 300Kb upperlimit 1000Kb)
# queue user6 bandwidth 80Kb priority 1 hfsc(realtime 80Kb)
# queue userX bandwidth 5Kb priority 1 hfsc(realtime 10Kb upperlimit (15Kb 15000 25Kb))
# queue userY bandwidth 15Kb priority 2 hfsc(realtime 10Kb upperlimit (15Kb 15000 25Kb))
# queue userZ bandwidth 10% hfsc(red realtime 10Kb upperlimit (15Kb 15000 25Kb))
# realtime je minimalna garantirana hitrost (skupaj vse ne smejo presegati maximalne mozne)
# uperlimit je maximalna mozna
# (10Kb 15000 25Kb) pomeni da za dano omejevanje prvih 15 sekund dela s hitrostjo 10 kilobitov, nato naprej s 25 kilobitov
# ce je tam se priority < cifra > potem imajo paketi za to omejevanje vecjo prioriteto


#tukaj definiraš za vsakega userja svoj ip
pass in log on $lan_if from 192.168.X.Xto any keep state queue user1
pass in log on $lan_if from 192.168.xxx to any keep state queue user2
pass in log on $lan_if from 192.168.xxx to any keep state queue user3
pass in log on $lan_if from 192.168.xxx to any keep state queue user4
pass in log on $lan_if from 192.168.xxx to any keep state queue user5
pass in log on $lan_if from 192.168.xxx to any keep state queue user6
pass in log on $lan_if from 192.168.xxx to any keep state queue user7
pass in log on $lan_if from 192.168.xxx to any keep state queue user8
pass in log on $lan_if from 192.168.0.118 to any keep state queue user9


upam da kaj štekaš
LP Urarrr

urarrr ::

aja..
to se ti lohk tud logira...

kam dostopijo ...

pfctl -ss|grep 192.168.0.113|grep ESTABLISHED


all tcp 80.136.245.123:1664 - > 192.168.0.113:4662 ESTABLISHED:ESTABLISHED
all tcp 200.138.33.124:4678 - > 192.168.0.113:4662 ESTABLISHED:CLOSING
all tcp 200.138.33.124:4278 - > 192.168.0.113:4662 ESTABLISHED:CLOSING
all tcp 82.250.182.145:3832 - > 192.168.0.113:4662 ESTABLISHED:SYN_SENT
all tcp 81.172.51.151:4662 < - 192.168.0.113:2311 ESTABLISHED:ESTABLISHED
all tcp 81.43.77.157:4944 - > 192.168.0.113:4662 ESTABLISHED:CLOSING
all tcp 217.130.54.173:3270 - > 192.168.0.113:4662 ESTABLISHED:ESTABLISHED
all tcp 195.134.93.189:26701 < - 192.168.0.113:1030 ESTABLISHED:ESTABLISHED

kolk porabijo

pfctl -vvsq

queue root_rl1 bandwidth 3.50Mb priority 0 {user1, user2, user3, user4, user5, user6, user7, user8, user9}
[ pkts: 0 bytes: 0 dropped pkts: 0 bytes: 0 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 0 b/s ]
queue user1 bandwidth 1.05Mb hfsc( default )
[ pkts: 62998 bytes: 27060750 dropped pkts: 0 bytes: 0 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 11.33 b/s ]
queue user2 bandwidth 420Kb
[ pkts: 0 bytes: 0 dropped pkts: 0 bytes: 0 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 0 b/s ]
queue user3 bandwidth 630Kb
[ pkts: 1149977 bytes: 1121459048 dropped pkts: 0 bytes: 0 ]
[ qlength: 0/ 50 ]
[ measured: 2.4 packets/s, 8.35Kb/s ]
queue user4 bandwidth 455Kb
[ pkts: 4065296 bytes: 2120972244 dropped pkts: 16 bytes: 21708 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 0 b/s ]
queue user5 bandwidth 455Kb
[ pkts: 20328617 bytes: 9559486807 dropped pkts: 445 bytes: 434626 ]
[ qlength: 0/ 50 ]
[ measured: 9.4 packets/s, 5.38Kb/s ]
queue user6 bandwidth 175Kb
[ pkts: 0 bytes: 0 dropped pkts: 0 bytes: 0 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 0 b/s ]
queue user7 bandwidth 35Kb
[ pkts: 4764 bytes: 4563854 dropped pkts: 0 bytes: 0 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 0 b/s ]
queue user8 bandwidth 140Kb
[ pkts: 2942072 bytes: 1582554997 dropped pkts: 12 bytes: 17928 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 0 b/s ]
queue user9 bandwidth 140Kb
[ pkts: 501278 bytes: 141644877 dropped pkts: 4 bytes: 4563 ]
[ qlength: 0/ 50 ]
[ measured: 0.0 packets/s, 0 b/s ]
LP Urarrr

fahrenGONE ::

Se splaca imet BSD server namesto Linux? Nekako mi je bolj vsec BSD ampak me malo skrbi kako je z updati, novim softwerom ipd...

das ::

@urarr

Vidim, da se spoznaš na OBSD. Tudi sam ga imam doma postavljenega za router, web in mail strežnik. Z altq kontroliram promet, ampak imam en problem/vprašanje. P2P promet preko Azureusa mi ni uspelo nikakor zajet v p2p_in queue. Azureus imam nastavljen na port 62500, vendar se ta port uporablja samo pri upload-u, pri downloadu pa naključni local port in remote port. Zato me zanima, če poznaš kakšno metodo omejevanja bandwidtha na application-levelu? Ker to bi bilo idealno. Sem sam iskal, ampak nič uporabnega še do sedaj ni bilo.

Ali pa mogoče še kakšna rešitev??

Lp

Blisk ::

Jst rabim zadevo za Debina 3.1
Probal sem neke zadeve pa ne deluje, zato bi rabil od koga, ki ima zadevo nameščeno in da dela.

urarrr ::

jo..

zakaj na aplikacijo, pa saj omijš cel IP naslov, pa sploh ni važno čez katir port gre.
LP Urarrr


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