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  1. #7

    Padrão Star-OS e Cbq

    Apenas mais um comentário que me dei conta depois de ter postado a mensagem anterior: acho que ele não deve aceitar os parâmetros de range de IP´s (20:253) e o PARENT ao mesmo, tempo, senão ele teria demonstrado tudo num exemplo soh, pois quando ele usa o PARENT no exemplo, ele não especifica range de IP´s, mas sim uma regra qshape para cada IP...

  2. #8

    Padrão Star-OS e Cbq

    Citação Postado originalmente por _AGM_
    Apenas mais um comentário que me dei conta depois de ter postado a mensagem anterior: acho que ele não deve aceitar os parâmetros de range de IP´s (20:253) e o PARENT ao mesmo, tempo, senão ele teria demonstrado tudo num exemplo soh, pois quando ele usa o PARENT no exemplo, ele não especifica range de IP´s, mas sim uma regra qshape para cada IP...
    AGM funcionou, mas sem especificar o nome do shape. E a rede wireless virou outra coisa, show de bola....

    Report do CBQ


    file wireless interfaces routing advanced hotspot services system
    ┌─[·]──────────────────────────────────────────────────────────────────── CBQ / QoS Report Viewer ─────────────────────────────────────────────────────────────────────[|]─┐
    bi-pipe 20 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.20 on wpcm0 ^│
    │bi-pipe 21 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.21 on wpcm0 ·│
    │bi-pipe 22 ( 42.77K / 12.21K): rx: 8.03M, 0.00B/sec tx: 1.80M, 0.00B/sec, src 10.0.1.22 on wpcm0 ▒│
    │bi-pipe 23 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.23 on wpcm0 ▒│
    │bi-pipe 24 ( 42.77K / 12.21K): rx: 7.69M, 0.00B/sec tx: 2.35M, 0.00B/sec, src 10.0.1.24 on wpcm0 ▒│
    │bi-pipe 25 ( 42.77K / 12.21K): rx: 6.16M, 3.12K/sec tx: 788.32K, 2.23K/sec, src 10.0.1.25 on wpcm0 ▒│
    │bi-pipe 26 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.26 on wpcm0 ▒│
    │bi-pipe 27 ( 42.77K / 12.21K): rx: 27.85K, 0.00B/sec tx: 48.65K, 0.00B/sec, src 10.0.1.27 on wpcm0 ▒│
    │bi-pipe 28 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.28 on wpcm0 ▒│
    │bi-pipe 29 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.29 on wpcm0 ▒│
    │bi-pipe 30 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.30 on wpcm0 ▒│
    │bi-pipe 31 ( 42.77K / 12.21K): rx: 78.48M, 10.00K/sec tx: 7.41M, 1.04K/sec, src 10.0.1.31 on wpcm0 ▒│
    │bi-pipe 32 ( 42.77K / 12.21K): rx: 6.68M, 0.00B/sec tx: 1.91M, 0.00B/sec, src 10.0.1.32 on wpcm0 ▒│
    │bi-pipe 33 ( 42.77K / 12.21K): rx: 15.07M, 0.00B/sec tx: 562.52K, 0.00B/sec, src 10.0.1.33 on wpcm0 ▒│
    │bi-pipe 34 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.34 on wpcm0 ▒│
    │bi-pipe 35 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.35 on wpcm0 ▒│
    │bi-pipe 36 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.36 on wpcm0 ▒│
    │bi-pipe 37 ( 42.77K / 12.21K): rx: 23.57M, 0.00B/sec tx: 3.53M, 0.00B/sec, src 10.0.1.37 on wpcm0 ▒│
    │bi-pipe 38 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.38 on wpcm0 ▒│
    │bi-pipe 39 ( 42.77K / 12.21K): rx: 16.44M, 3.10K/sec tx: 15.94M, 2.99K/sec, src 10.0.1.39 on wpcm0 ▒│
    │bi-pipe 40 ( 42.77K / 12.21K): rx: 19.79M, 0.00B/sec tx: 8.22M, 0.00B/sec, src 10.0.1.40 on wpcm0 ▒│
    │bi-pipe 41 ( 42.77K / 12.21K): rx: 63.83M, 0.00B/sec tx: 6.06M, 0.00B/sec, src 10.0.1.41 on wpcm0 ▒│
    │bi-pipe 42 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.42 on wpcm0 ▒│
    │bi-pipe 43 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.43 on wpcm0 ▒│
    │bi-pipe 44 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.44 on wpcm0 ▒│
    │bi-pipe 45 ( 42.77K / 12.21K): rx: 15.66M, 0.00B/sec tx: 5.55M, 0.00B/sec, src 10.0.1.45 on wpcm0 ▒│
    │bi-pipe 46 ( 42.77K / 12.21K): rx: 35.78M, 100.25B/sec tx: 13.26M, 145.75B/sec, src 10.0.1.46 on wpcm0 ▒│
    │bi-pipe 47 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.47 on wpcm0 ▒│
    │bi-pipe 48 ( 42.77K / 12.21K): rx: 17.96M, 0.00B/sec tx: 13.83M, 0.00B/sec, src 10.0.1.48 on wpcm0 ▒│
    │bi-pipe 49 ( 42.77K / 12.21K): rx: 23.62M, 2.84K/sec tx: 29.26M, 116.25B/sec, src 10.0.1.49 on wpcm0 ▒│
    │bi-pipe 50 ( 42.77K / 12.21K): rx: 48.31M, 0.00B/sec tx: 2.60M, 0.00B/sec, src 10.0.1.50 on wpcm0 ▒│
    │bi-pipe 51 ( 42.77K / 12.21K): rx: 49.70M, 4.49K/sec tx: 2.87M, 136.00B/sec, src 10.0.1.51 on wpcm0 ▒│
    │bi-pipe 52 ( 42.77K / 12.21K): rx: 2.14M, 0.00B/sec tx: 329.71K, 0.00B/sec, src 10.0.1.52 on wpcm0 ▒│
    │bi-pipe 53 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.53 on wpcm0 ▒│
    │bi-pipe 54 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.54 on wpcm0 ▒│
    │bi-pipe 55 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.55 on wpcm0 ▒│
    │bi-pipe 56 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.56 on wpcm0 ▒│
    │bi-pipe 57 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.57 on wpcm0 ▒│
    │bi-pipe 58 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.58 on wpcm0 ▒│
    │bi-pipe 59 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.59 on wpcm0 ▒│
    │bi-pipe 60 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.60 on wpcm0 ▒│
    │bi-pipe 61 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.61 on wpcm0 ▒│
    │bi-pipe 62 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.62 on wpcm0 ▒│
    │bi-pipe 63 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.63 on wpcm0 ▒│
    │bi-pipe 64 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.64 on wpcm0 ▒│
    │bi-pipe 65 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.65 on wpcm0 ▒│
    │bi-pipe 66 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.66 on wpcm0 ▒│
    │bi-pipe 67 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.67 on wpcm0 ▒│
    │bi-pipe 68 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.68 on wpcm0 ▒│
    │bi-pipe 69 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.69 on wpcm0 ▒│
    │bi-pipe 70 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.70 on wpcm0 ▒│
    │bi-pipe 71 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.71 on wpcm0 ▒│
    │bi-pipe 72 ( 42.77K / 12.21K): rx: 0B, 0.00B/sec tx: 0B, 0.00B/sec, src 10.0.1.72 on wpcm0 CPU Load: 16.8% | SERVER Edition v2.10.0 (build 4693)



  3. #9

    Padrão Star-OS e Cbq

    Só me diz como ficou esse controle de banda: cada cliente usufrui de 2 megas de banda, chegando no máximo a 350 kbps, é isso??? Ou seja, se tiver banda livre desses dois megas, cadausuário pode usar 350 kbps???

  4. #10

    Padrão Star-OS e Cbq

    Citação Postado originalmente por _AGM_
    Só me diz como ficou esse controle de banda: cada cliente usufrui de 2 megas de banda, chegando no máximo a 350 kbps, é isso??? Ou seja, se tiver banda livre desses dois megas, cadausuário pode usar 350 kbps???
    Olha o valor de 2Mbps eu coloquei pq, e o valor maximo que quero que o cartao chegue, pois acima disso o troughtput detona com a rede. Agora e isso mesm: compartilho os 2 Mbps por cartao, sendo que o usuario podera ter no maximo 350 kbps de Down e 100 de UP, mesmo com banda sobrando. Agora um detalhe... e a velocidade maxima por clientes ate o AP... pois a maioria dos clientes quando chega no meu gateway tb sao limitados a velocidades mais baixas: tipo 100-50, 200-80...