🚀 go-pugleaf

Użytkownik "WebSpider" <webs1821@spaaamowe.gmail.com> napisał w wiadomości 
news:h8084t$mk6$1@nemesis.news.neostrada.pl...
> Użytkownik "Tomasz Sowa" <tomcio@slimaczek.BEZSPAMOWY.pl> napisał
>> altq on $int1_if hfsc bandwidth 100000Kb queue { internet_in, local_in }
>>
>> queue internet_in bandwidth 3800Kb hfsc(upperlimit 3800Kb linkshare 0Kb) 
>> {
>> gr1_in, gr2_in, gr3_in, gr4_in }
>>
>> # ruch wejsciowy ze swiata dzielimy dalej na kolejki
>>  queue gr1_in  bandwidth 10% hfsc(realtime 32Kb)
>>  queue gr2_in  bandwidth 30% hfsc(realtime 512Kb)
>>  queue gr3_in  bandwidth 20% hfsc(realtime 128Kb)
>>  queue gr4_in  bandwidth 10% hfsc(default realtime 128Kb)
>>
>> queue local_in bandwidth 90000Kb hfsc(realtime 0Kb linkshare 90000Kb)
>>
>> # regulki lapiace dla sieci lokalnej
>>
>> pass in quick on $int1_if inet proto udp from $lan1 to $int1_if port { 
>> 53,
>> 137, 138 } keep state (if-bound) queue local_in
>>
>> pass in quick on $int1_if inet proto tcp from $lan1 to $int1_if port { 
>> 21,
>> 53, 139, 445 } flags S/SA keep state (if-bound) queue local_in
>>
>> # wszystkie inne nie zlapane wpadna do domyslnej kolejki (download ze
>> swiata)
>>
>
> Właśnie o to chodziło, pięknie dziękuję.
> Jeśli by jeszcze ktoś spojrzał co tu popsułem, bo składnię wydaje mi się,
> że znam, ale czegoś brakuje:
>
> altq on $wew_if hfsc bandwidth 100Mb queue { internet_in, local_in }
> queue internet_in hfsc bandwidth 4Mb queue { std_down, a2_down, a3_down, 
> a4_down, a5_down, a6_down, a7_down, a8_down, a12_down, k20_down, k21_down, 
> k22_down, k23_down, k24_down, k25_down, k26_down,
> k27_down, k28_down, k29_down, k30_down, k31_down, k34_down, k35_down, 
> k36_down, k37_down, k38_down, k39_down, k40_down, k42_down, k44_down, 
> dns_down }
>        queue std_down bandwidth 10Kb hfsc (default)
>        queue a2_down  bandwidth 100Kb hfsc (realtime 100Kb upperlimit 3Mb) 
> priority 2
>        queue a3_down  bandwidth 100Kb hfsc (realtime 100Kb upperlimit 3Mb) 
> priority 2
>        queue a4_down  bandwidth 100Kb hfsc (realtime 100Kb upperlimit 4Mb) 
> priority 2
>        queue a5_down  bandwidth 100Kb hfsc (realtime 100Kb upperlimit 4Mb) 
> priority 2
>        queue a6_down  bandwidth 100Kb hfsc (realtime 100Kb upperlimit 4Mb) 
> priority 2
>        queue a7_down  bandwidth 100Kb hfsc (realtime 100Kb upperlimit 2Mb) 
> priority 2
>        queue a8_down  bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb)   priority 2
>        queue a12_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 4Mb) 
> priority 2
>        queue k20_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb)   priority 3
>        queue k21_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 2Mb) 
> priority 3
>        queue k22_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb) priority 3
>        queue k23_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb)   priority 3
>        queue k24_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb) priority 3
>        queue k25_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb)   priority 3
>        queue k26_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb)   priority 3
>        queue k27_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 768Kb)   priority 3
>        queue k28_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb) priority 3
>        queue k29_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb)   priority 3
>        queue k30_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 1Mb) 
> priority 3
>        queue k31_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 1Mb) 
> priority 3
>        queue k34_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 1Mb) 
> priority 3
>        queue k35_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb) priority 3
>        queue k36_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 1Mb) 
> priority 3
>        queue k37_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb) priority 3
>        queue k38_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 640Kb) priority 3
>        queue k39_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb)  priority 3
>        queue k40_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 640Kb) priority 3
>        queue k42_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 512Kb) priority 3
>        queue k44_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 1Mb) 
> priority 3
>        queue dns_down bandwidth 100Kb hfsc (realtime 100Kb upperlimit 
> 128Kb) priority 7
> queue local_in hfsc bandwidth 95Mb
>
> komunikat jest taki, że brakuje "rodzica":
> # pfctl -f /etc/pf.conf.nowe
> /etc/pf.conf.nowe:59: syntax error
> /etc/pf.conf.nowe:60: queue std_down has no parent
> /etc/pf.conf.nowe:60: errors in queue definition
> /etc/pf.conf.nowe:61: queue a2_down has no parent
> /etc/pf.conf.nowe:61: errors in queue definition
> /etc/pf.conf.nowe:62: queue a3_down has no parent
> /etc/pf.conf.nowe:62: errors in queue definition
> /etc/pf.conf.nowe:63: queue a4_down has no parent
> /etc/pf.conf.nowe:63: errors in queue definition
> /etc/pf.conf.nowe:64: queue a5_down has no parent
> /etc/pf.conf.nowe:64: errors in queue definition
> /etc/pf.conf.nowe:65: queue a6_down has no parent
> /etc/pf.conf.nowe:65: errors in queue definition
> /etc/pf.conf.nowe:66: queue a7_down has no parent
>
wystarczy ze z 59 linijki usuniesz drugie slowo queue