src/sonic-yang-models/yang-models/sonic-flex_counter.yang

module sonic-flex_counter {

    yang-version 1.1;

    namespace "http://github.com/sonic-net/sonic-flex_counter";
    prefix flex_counter;

    import ietf-inet-types {
        prefix inet;
    }

    import sonic-types {
        prefix stypes;
    }

    description "FLEX COUNTER YANG Module for SONiC OS";

    revision 2020-04-10 {
        description "First Revision";
    }

    container sonic-flex_counter {

        container FLEX_COUNTER_TABLE {

            /* typedef specific to FLEX_COUNTER_TABLE */
            typedef flex_status {
                type enumeration {
                    enum enable;
                    enum disable;
                }
            }

            typedef flex_delay_status {
                type stypes:boolean_type;
            }

            typedef poll_interval {
                type uint32 {
                    range 100..4294967295;
                }
            }

            description "FLEX_COUNTER_TABLE part of config_db.json";

            /* below are in alphabetical order */

            container BUFFER_POOL_WATERMARK {
                /* BUFFER_POOL_WATERMARK_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container DEBUG_COUNTER {
                /* DEBUG_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
            }

            container PFCWD {
                /* PFC_WD_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
            }

            container PG_DROP {
                /* PG_DROP_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container PG_WATERMARK {
                /* PG_WATERMARK_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container PORT {
                /* PORT_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container PORT_RATES {
                /* PORT_RATES_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
            }

            container PORT_BUFFER_DROP {
                /* PORT_BUFFER_DROP_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container QUEUE {
                /* QUEUE_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container QUEUE_WATERMARK {
                /* QUEUE_WATERMARK_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container RIF {
                /* RIF_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container RIF_RATES {
                /* RIF_RATE_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
            }

            container ACL {
                /* ACL_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container FLOW_CNT_TRAP {
                /* HOSTIF_TRAP_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container FLOW_CNT_ROUTE {
                /* ROUTE_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

            container TUNNEL {
                /* TUNNEL_STAT_COUNTER_FLEX_COUNTER_GROUP */
                leaf FLEX_COUNTER_STATUS {
                    type flex_status;
                }
                leaf FLEX_COUNTER_DELAY_STATUS {
                    type flex_delay_status;
                }
                leaf POLL_INTERVAL {
                    type poll_interval;
                }
            }

        }
        /* end of container FLEX_COUNTER_TABLE */

        container FLOW_COUNTER_ROUTE_PATTERN {
            description "Flow counter route pattern of config_db.json";

            list FLOW_COUNTER_ROUTE_PATTERN_LIST {

                key "ip_prefix";

                leaf ip_prefix {
                    type inet:ip-prefix;
                }

                leaf max_match_count {
                    type uint32 {
                        range 1..50;
                    }
                }

            }

            list FLOW_COUNTER_ROUTE_PATTERN_VRF_LIST {

                key "vrf_name ip_prefix";

                leaf vrf_name {
                    /*
                    We don't use vrf_name reference here because:
                    1. User is allowed to configure a VRF that does not exist yet here, orchagent is designed to resolve the VRF name once the VRF is created.
                    2. The field vrf_name accept both VRF name and VNET name.
                    */
                    type string {
                        length 0..16;
                    }
                }

                leaf ip_prefix {
                    type inet:ip-prefix;
                }

                leaf max_match_count {
                    type uint32 {
                        range 1..50;
                    }
                }

            }
        }
        /* end of container FLOW_COUNTER_ROUTE_PATTERN */
    }
    /* end of top level container */
}
/* end of module sonic-flex_counter */