r64_print_message.c

wimax bs模拟器

        "PHY_PARAMETER_RESPONSE", 
        "SPARE_CAPACITY_REQUEST", 
        "SPARE_CAPACITY_RESPONSE", 
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL        
    },
/* R64_FUNCTION_TYPE_AUTH_RELAY             8 */
    {
        "AUTH_RELAY_EAP_START", 
        "AUTH_RELAY_EAP_TRANSFER", 
        "AUTH_RELAY_AUTHENTICATED_EAP_START", 
        "AUTH_RELAY_AUTHENTICATED_EAP_RELAY", 
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL        
    },
/* R64_FUNCTION_TYPE_MS_STATE_CHANGE        9 */
    {
        "DELETE_MS_CONTEXT_DIRECTIVE", 
        "DELETE_MS_CONTEXT_DIRECTIVE_ACK", 
        "IM_ENTRY_MS_STATE_CHANGE_ACK", 
        "IM_ENTRY_MS_STATE_CHANGE_DIRECTIVE", 
        "IM_ENTRY_MS_STATE_CHANGE_REQUEST", 
        "IM_ENTRY_MS_STATE_CHANGE_RESPONSE", 
        "IM_EXIT_MS_STATE_CHANGE_ACK", 
        "IM_EXIT_MS_STATE_CHANGE_DIRECTIVE", 
        "IM_EXIT_MS_STATE_CHANGE_REQUEST", 
        "IM_EXIT_MS_STATE_CHANGE_RESPONSE", 
        "NW_ENTRY_MS_STATE_CHANGE_ACK", 
        "NW_ENTRY_MS_STATE_CHANGE_DIRECTIVE", 
        "NW_ENTRY_MS_STATE_CHANGE_REQUEST", 
        "NW_ENTRY_MS_STATE_CHANGE_RESPONSE", 
        NULL,
        NULL,
        NULL        
    },
/* R64_FUNCTION_TYPE_ACCT_INFO              10 */
    {
        "ACCT_INFO_REQUEST", 
        "ACCT_INFO_REPORT", 
        "ACC_INFO_ACK",
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL,
        NULL        
    }
};

int gi_r64_endec_print = 1;

/*******************************************************************************
** Function Name: r64_print_msg
** Input parameters description:
       a - p_r64_msg, pointer to the msg to print
** Output results description:
       a - none
** function description:
      print r64 msg
*******************************************************************************/
void r64_print_msg(R64_MSG_S * p_r64_msg)
{
    if (!gi_r64_endec_print)
        return;

    if ((p_r64_msg->msgHead.functionType == 0) 
        || (p_r64_msg->msgHead.functionType > R64_MAX_FUNCTION_TYPE))
    {
        printf("Function Type %d error, >%d or = 0\n", 
            p_r64_msg->msgHead.functionType, R64_MAX_FUNCTION_TYPE);
        return;
    }

    if ((p_r64_msg->msgHead.messageType == 0) 
        || (p_r64_msg->msgHead.messageType > R64_MAX_MSG_TYPE))
    {
        printf("Message Type %d error, >%d or = 0\n", 
            p_r64_msg->msgHead.messageType, R64_MAX_MSG_TYPE);
        return;
    }

    r64_print_header(p_r64_msg);
    printf("message body information:\n");
    switch(p_r64_msg->msgHead.functionType)
    {
    case R64_FUNCTION_TYPE_QOS:
        r64_print_ft_qos(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_HANDOFF:
        r64_print_ft_handoff(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_DATA_PATH:
        r64_print_ft_data_path(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_CONTEXT:
        r64_print_ft_context(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_R3_MOBILITY:
        r64_print_ft_r3_mobility(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_PAGING:
        r64_print_ft_paging(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_RRM:
        r64_print_ft_rrm(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_AUTH_RELAY:
        r64_print_ft_auth_relay(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_MS_STATE_CHANGE:
        r64_print_ft_ms_state_change(p_r64_msg);
        break;
    case R64_FUNCTION_TYPE_ACCT_INFO:
        r64_print_ft_acct_info(p_r64_msg);
        break;
    default:
        printf("Unknown function type %d\n", p_r64_msg->msgHead.functionType);
        break;
    }

    return;
}

/*******************************************************************************
** Function Name: r64_print_header
** Input parameters description:
       a - p_r64_msg, pointer to the msg to print
** Output results description:
       a - none
** function description:
      print r64 msg header
*******************************************************************************/
void r64_print_header(R64_MSG_S * p_r64_msg)
{
    printf("Header information:\n");
    if (IF_TYPE_R4 == p_r64_msg->msgHead.ifType)
    {
        printf("R4, Function type %s, message type %s\n", 
            gp_function_type_str[p_r64_msg->msgHead.functionType-1],
            gp_message_type_str[p_r64_msg->msgHead.functionType-1][p_r64_msg->msgHead.messageType-1]);
    }
    else
    {
        printf("R6, Function type %s, message type %s\n", 
            gp_function_type_str[p_r64_msg->msgHead.functionType-1],
            gp_message_type_str[p_r64_msg->msgHead.functionType-1][p_r64_msg->msgHead.messageType-1]);
    }

    printf("version = %d\n", p_r64_msg->msgHead.version);
    printf("flags = %d\n", p_r64_msg->msgHead.flags);
    printf("length = %d\n", p_r64_msg->msgHead.length);
    printf("MS ID = %02x-%02x-%02x-%02x-%02x-%02x\n",
        p_r64_msg->msgHead.msId.id[0], p_r64_msg->msgHead.msId.id[1], p_r64_msg->msgHead.msId.id[2], 
        p_r64_msg->msgHead.msId.id[3], p_r64_msg->msgHead.msId.id[4], p_r64_msg->msgHead.msId.id[5]);
    printf("transaction id = %d\n", p_r64_msg->msgHead.transId);
    printf("fragment id = %d\n", p_r64_msg->msgHead.fragmentId);
    if (IF_TYPE_R4 == p_r64_msg->msgHead.ifType)
    {
        printf("destination id = %ld\n", p_r64_msg->msgHead.destinationId);
        printf("source id = %ld\n", p_r64_msg->msgHead.sourceId);
    }

    printf("dest IP = 0x%lx\n", p_r64_msg->msgHead.destinationIp);
    printf("dest udp port = %d\n", p_r64_msg->msgHead.destinationUdpPort);
    printf("source IP = 0x%lx\n", p_r64_msg->msgHead.sourceIp);
    printf("source udp port = %d\n", p_r64_msg->msgHead.sourceUdpPort);

    return;
}

/*******************************************************************************
** Function Name: r64_print_ft_???
** Input parameters description:
       a - p_r64_msg, pointer to the msg to print
** Output results description:
       a - none
** function description:
      print r64 function type entry
*******************************************************************************/
void r64_print_ft_qos(R64_MSG_S * p_r64_msg)
{
    switch (p_r64_msg->msgHead.messageType)
    {
    case R64_ID_RESOURCE_REGISTRATION_REQUEST:
        r64_print_ft_qos_msg_registration_request(p_r64_msg);
        break;
    case R64_ID_RESOURCE_REGISTRATION_RESPONSE:
        r64_print_ft_qos_msg_registration_response(p_r64_msg);
        break;
    case R64_ID_PD_REQUEST:
        r64_print_ft_qos_msg_pd_request(p_r64_msg);
        break;
    case R64_ID_PD_RESPONSE:
        r64_print_ft_qos_msg_pd_response(p_r64_msg);
        break;
    case R64_ID_PR_REQUEST:
        r64_print_ft_qos_msg_pr_request(p_r64_msg);
        break;
    case R64_ID_PR_RESPONSE:
        r64_print_ft_qos_msg_pr_response(p_r64_msg);
        break;
    case R64_ID_LU_REQUEST:
        r64_print_ft_qos_msg_lu_request(p_r64_msg);
        break;
    case R64_ID_LU_RESPONSE:
        r64_print_ft_qos_msg_lu_response(p_r64_msg);
        break;
    default:
        printf("r64_print_ft_qos, unknown msg type %d\n", p_r64_msg->msgHead.messageType);
        break;
    }
    return;
}

void r64_print_ft_handoff(R64_MSG_S * p_r64_msg)
{
    switch (p_r64_msg->msgHead.messageType)
    {
    case R64_ID_HANDOFF_REQUEST:
        r64_print_ft_handoff_msg_request(p_r64_msg);
        break;
    case R64_ID_HANDOFF_RESPONSE:
        r64_print_ft_handoff_msg_response(p_r64_msg);
        break;
    case R64_ID_HANDOFF_CONFIRM:
        r64_print_ft_handoff_msg_confirm(p_r64_msg);
        break;
    case R64_ID_HANDOFF_COMPLETE:
        r64_print_ft_handoff_msg_complete(p_r64_msg);
        break;
    case R64_ID_HANDOFF_ACK:
        r64_print_ft_handoff_msg_ack(p_r64_msg);
        break;
    default:
        printf("r64_print_ft_handoff, unknown msg type %d\n", p_r64_msg->msgHead.messageType);
        break;
    }
    return;
}

void r64_print_ft_data_path(R64_MSG_S * p_r64_msg)
{
    switch (p_r64_msg->msgHead.messageType)
    {
    case R64_ID_DATA_PATH_PRE_REGISTRATION_REQUEST:
        r64_print_ft_data_path_msg_pre_registration(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_REGISTRATION_REQUEST:
        r64_print_ft_data_path_msg_registration_request(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_DE_REGISTRATION_REQUEST:
        r64_print_ft_data_path_msg_de_registration_request(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_MODIFICATION_REQUEST:
        r64_print_ft_data_path_msg_modification_request(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_PRE_REGISTRATION_RESPONSE:
        r64_print_ft_data_path_msg_pre_registration_response(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_REGISTRATION_RESPONSE:
        r64_print_ft_data_path_msg_registration_response(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_DE_REGISTRATION_RESPONSE:
        r64_print_ft_data_path_msg_de_registration_response(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_MODIFICATION_RESPONSE:
        r64_print_ft_data_path_msg_modification_response(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_REGISTRATION_ACK:
        r64_print_ft_data_path_msg_registration_ack(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_SETUP_REQUEST:
        r64_print_ft_data_path_msg_setup_request(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_SETUP_RESPONSE:
        r64_print_ft_data_path_msg_setup_response(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_MODIFY_ACK:
        r64_print_ft_data_path_msg_modify_ack(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_RELEASE_REQUEST:
        r64_print_ft_data_path_msg_release_request(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_RELEASE_RESPONSE:
        r64_print_ft_data_path_msg_release_response(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_RELEASE_ACK:
        r64_print_ft_data_path_msg_release_ack(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_DE_REGISTRATION_ACK:
        r64_print_ft_data_path_msg_de_registration_ack(p_r64_msg);
        break;
    case R64_ID_DATA_PATH_SETUP_ACK:
        r64_print_ft_data_path_msg_setup_ack(p_r64_msg);
        break;
    default:
        printf("r64_print_ft_data_path, unknown msg type %d\n", p_r64_msg->msgHead.messageType);
        break;
    }
    return;
}

void r64_print_ft_context(R64_MSG_S * p_r64_msg)
{

    switch (p_r64_msg->msgHead.messageType)
    {
    case R64_ID_CONTEXT_REQUEST:
        r64_print_ft_context_msg_request(p_r64_msg);
        break;
    case R64_ID_CONTEXT_REPORT:
        r64_print_ft_context_msg_report(p_r64_msg);
        break;
    case R64_ID_CONTEXT_ACK:
        r64_print_ft_context_msg_ack(p_r64_msg);
        break;
    case R64_ID_CONTEXT_RSP:
        r64_print_ft_context_msg_rsp(p_r64_msg);
        break;
    case R64_ID_MS_INFO_REQUEST:
        r64_print_ft_context_msg_ms_info_request(p_r64_msg);
        break;
    case R64_ID_MS_INFO_RESPONSE:
        r64_print_ft_context_msg_ms_info_response(p_r64_msg);
        break;
    default:
        printf("r64_print_ft_context, unknown msg type %d\n", p_r64_msg->msgHead.messageType);
        break;
    }
    return;
}

void r64_print_ft_r3_mobility(R64_MSG_S * p_r64_msg)
{
    switch (p_r64_msg->msgHead.messageType)
    {
    case R64_ID_RELOCATION_REQUEST: