atmvcctablesetupxp.c

摩托罗拉Motolola公司网络处理器C3的示范代码.实现了ATM的AAL2层交换功能.想了解网络处理器的可以

/*
 *  Copyright <c> 2000,2001, 2002 C-Port Corporation,A Motorola Company
 *  All Rights Reserved
 *  
 *  The information contained in this file is confidential and proprietary.
 *  Any reproduction, use or disclosure, in whole or in part, of this
 *  program, including any attempt to obtain a human-readable version of this
 *  program, without the express, prior written consent of C-Port                
 *  Corporation or Motorola Incorporated is strictly prohibited.
 *
 *  File        : atmVccTableSetup.c
 */

#include "atm.h"
#include "atmXpIf.h"
#include "aal2XpIf.h"

#define  NUMBER_OF_CPS 16
VcUnicastIngressInit atmSwitchUnicastTables1[]=
{
    // these circuits come in port 0 and go out on port 1
    {   // Ingress VC Index = 1
        COMPOSEKEY(4, 0, 1), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              1,             // Vcindex
            AAL2_RX1_BASE_QUEUE,             // queueId     
            0,            //Padding
            0,             // Vpi
            1,             // Vci
            COMPOSEKEY(4, 0, 1),      // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 2
        COMPOSEKEY(4, 0, 2), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              2,             // Vcindex
            AAL2_RX1_BASE_QUEUE,             // queueId     
            0,            //Padding
            0,             // Vpi
            2,             // Vci
            COMPOSEKEY(4, 0, 2),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 3
        COMPOSEKEY(4, 0, 34), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              3,             // Vcindex
            AAL2_RX1_BASE_QUEUE,             // queueId     
            0,            //Padding
            0,             // Vpi
            34,             // Vci
            COMPOSEKEY(4, 0, 34),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 4
        COMPOSEKEY(4, 0, 35), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              4,             // Vcindex
            AAL2_RX1_BASE_QUEUE,             // queueId     
            0,            //Padding
            0,             // Vpi
            35,             // Vci
            COMPOSEKEY(4, 0, 35),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 5
        COMPOSEKEY(4, 1, 32), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              5,             // Vcindex
            AAL2_RX2_BASE_QUEUE,             // queueId     
            0,            //Padding
            1,             // Vpi
            32,             // Vci
            COMPOSEKEY(4, 1, 32),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 6
        COMPOSEKEY(4, 1, 33), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              6,             // Vcindex
            AAL2_RX2_BASE_QUEUE,             // queueId     
            0,            //Padding
            1,             // Vpi
            33,             // Vci
            COMPOSEKEY(4, 1, 33),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 7
        COMPOSEKEY(4, 1, 34), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              7,             // Vcindex
            AAL2_RX2_BASE_QUEUE,             // queueId     
            0,            //Padding
            1,             // Vpi
            34,             // Vci
            COMPOSEKEY(4, 1, 34),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 8
        COMPOSEKEY(4, 1, 35), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              8,             // Vcindex
            AAL2_RX2_BASE_QUEUE,             // queueId     
            0,            //Padding
            1,             // Vpi
            35,             // Vci
            COMPOSEKEY(4, 1, 35),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 9
        COMPOSEKEY(4, 2, 32), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              9,             // Vcindex
            AAL2_RX3_BASE_QUEUE,             // queueId     
            0,            //Padding
            2,             // Vpi
            32,             // Vci
            COMPOSEKEY(4, 2, 32),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 10
        COMPOSEKEY(4, 2, 33), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              10,             // Vcindex
            AAL2_RX3_BASE_QUEUE,             // queueId     
            0,            //Padding
            2,             // Vpi
            33,             // Vci
            COMPOSEKEY(4, 2, 33),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 11
        COMPOSEKEY(4, 2, 34), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              11,             // Vcindex
            AAL2_RX3_BASE_QUEUE,             // queueId     
            0,            //Padding
            2,             // Vpi
            34,             // Vci
            COMPOSEKEY(4, 2, 34),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 12
        COMPOSEKEY(4, 2, 35), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              12,             // Vcindex
            AAL2_RX3_BASE_QUEUE,             // queueId     
            0,            //Padding
            2,             // Vpi
            35,             // Vci
            COMPOSEKEY(4, 2, 35),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 13
        COMPOSEKEY(5, 3, 32), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              13,             // Vcindex
            AAL2_RX4_BASE_QUEUE,             // queueId     
            0,            //Padding
            3,             // Vpi
            32,             // Vci
            COMPOSEKEY(5, 3, 32),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 14
        COMPOSEKEY(5, 3, 33), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              14,             // Vcindex
             AAL2_RX4_BASE_QUEUE,             // queueId     
            0,            //Padding
               3,             // Vpi
              33,             // Vci
            COMPOSEKEY(5, 3, 33),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 15
        COMPOSEKEY(5, 3, 34), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              15,             // Vcindex
             AAL2_RX4_BASE_QUEUE,             // queueId     
            0,            //Padding
               3,             // Vpi
              34,             // Vci
            COMPOSEKEY(5, 3, 34),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 16
        COMPOSEKEY(5, 3, 35), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              16,             // Vcindex
             AAL2_RX4_BASE_QUEUE,             // queueId     
            0,            //Padding
               3,             // Vpi
              35,             // Vci
            COMPOSEKEY(5, 3, 35),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 17
        COMPOSEKEY(5, 4, 32), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              17,             // Vcindex
             AAL2_RX5_BASE_QUEUE,             // queueId     
            0,            //Padding
               4,             // Vpi
              32,             // Vci
            COMPOSEKEY(5, 4, 32),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 18
        COMPOSEKEY(5, 4, 33), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              18,             // Vcindex
             AAL2_RX5_BASE_QUEUE,             // queueId     
            0,            //Padding
               4,             // Vpi
              33,             // Vci
            COMPOSEKEY(5, 4, 33),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 19
        COMPOSEKEY(5, 4, 34), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass
              19,             // Vcindex
             AAL2_RX5_BASE_QUEUE,             // queueId     
            0,            //Padding
               4,             // Vpi
              34,             // Vci
            COMPOSEKEY(5, 4, 34),     // 32 bit ATM egress key
            {
                0x0000000,   // TAT
                0x040,       // maxCTD 
                0x01,        // Increment  
                0x08,        // Limit 
            }
        }
    },    
    {   // Ingress VC Index = 20
        COMPOSEKEY(5, 4, 35), // COMPOSEKEY(CPID,VPI,VCI);
        {
            1 << VCFLAGS_VALID_CONNECTION_BIT, // unsigned Flags
            VC_CLASS_USER_RTVBR,                 // unsigned TrafficClass