rte_pie

       Generated automatically by Doxygen for DPDK from the source code.

DPDK                                             Version 24.11.2                                      rte_pie(3)

       PIE run-time data

       Definition at line 55 of file rte_pie.h.

uint16_tactive
       Flag for activating/deactivating pie

       Definition at line 56 of file rte_pie.h.

   uint16_tin_measurement
       Flag for activation of measurement cycle

       Definition at line 57 of file rte_pie.h.

   uint32_tdeparted_bytes_count
       Number of bytes departed in current measurement cycle

       Definition at line 58 of file rte_pie.h.

   uint64_tstart_measurement
       Time to start to measurement cycle (in cpu cycles)

       Definition at line 59 of file rte_pie.h.

   uint64_tlast_measurement
       Time of last measurement (in cpu cycles)

       Definition at line 60 of file rte_pie.h.

   uint64_tqlen
       Queue length (packets count)

       Definition at line 61 of file rte_pie.h.

   uint64_tqlen_bytes
       Queue length (bytes count)

       Definition at line 62 of file rte_pie.h.

   uint64_tavg_dq_time
       Time averaged dequeue rate (in cpu cycles)

       Definition at line 63 of file rte_pie.h.

   uint32_tburst_allowance
       Current burst allowance (bytes)

       Definition at line 64 of file rte_pie.h.

   uint64_tqdelay_old
       Old queue delay (bytes)

       Definition at line 65 of file rte_pie.h.

   doubledrop_prob
       Current packet drop probability

       Definition at line 66 of file rte_pie.h.

   doubleaccu_prob
       Accumulated packet drop probability

       Definition at line 67 of file rte_pie.h.

       rte_pie

       #include <rte_pie.h>

   DataFields
       uint16_t active
       uint16_t in_measurement
       uint32_t departed_bytes_count
       uint64_t start_measurement
       uint64_t last_measurement
       uint64_t qlen
       uint64_t qlen_bytes
       uint64_t avg_dq_time
       uint32_t burst_allowance
       uint64_t qdelay_old
       double drop_prob
       double accu_prob