1919 gp_interconnect_type 1919 gp_log_format 1920 gp_max_local_distributed_cache 1920 gp_max_packet_size 1920 gp_max_parallel_cursors 1920 gp_max_plan_size 1921 gp_max_slices 1921 gp_motion_cost_per_row serial column types on external tables. 32617 : Introduces a magic number field to the ICProxyPkt packet to prevent external applications from trying to connect to the ic-proxy process and resulting in backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server Fixed planner issue of queries crashing with FailedAssertion

1878 gp_interconnect_type 1878 gp_log_format 1878 gp_max_local_distributed_cache 1879 gp_max_packet_size 1879 gp_max_parallel_cursors 1879 gp_max_plan_size 1879 gp_max_slices 1880 gp_motion_cost_per_row serial column types on external tables. 32617 : Introduces a magic number field to the ICProxyPkt packet to prevent external applications from trying to connect to the ic-proxy process and resulting in backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server Fixed planner issue of queries crashing with FailedAssertion

1884 gp_interconnect_type 1884 gp_log_format 1885 gp_max_local_distributed_cache 1885 gp_max_packet_size 1885 gp_max_parallel_cursors 1885 gp_max_plan_size 1886 gp_max_slices 1886 gp_motion_cost_per_row serial column types on external tables. 32617 Introduces a magic number field to the ICProxyPkt packet to prevent external applications from trying to connect to the ic-proxy process and resulting in backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server Fixed planner issue of queries crashing with FailedAssertion

1823 gp_interconnect_type 1823 gp_log_format 1824 gp_max_local_distributed_cache 1824 gp_max_packet_size 1824 gp_max_parallel_cursors 1824 gp_max_plan_size 1825 gp_max_slices 1825 gp_motion_cost_per_row backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. Note: If you have previously used GPSS in your Greenplum 6.x installation (UDPIFC) for interconnect traffic to send messages over the network. The Greenplum software performs packet verification beyond what is provided by UDP. This means the reliability is equivalent to Transmission

1816 gp_interconnect_type 1816 gp_log_format 1816 gp_max_local_distributed_cache 1816 gp_max_packet_size 1817 gp_max_plan_size 1817 gp_max_slices 1817 gp_motion_cost_per_row 1817 gp_recursive_cte backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server Fixed planner issue of queries crashing with FailedAssertion (UDPIFC) for interconnect traffic to send messages over the network. The Greenplum software performs packet verification beyond what is provided by UDP. This means the reliability is equivalent to Transmission

1603 gp_interconnect_type 1603 gp_log_format 1604 gp_max_local_distributed_cache 1604 gp_max_packet_size 1604 gp_max_plan_size 1604 gp_max_slices 1604 gp_motion_cost_per_row 1605 gp_recursive_cte backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server Fixed planner issue of queries crashing with FailedAssertion (UDPIFC) for interconnect traffic to send messages over the network. The Greenplum software performs packet verification beyond what is provided by UDP. This means the reliability is equivalent to Transmission

1738 gp_interconnect_type 1738 gp_log_format 1739 gp_max_local_distributed_cache 1739 gp_max_packet_size 1739 gp_max_parallel_cursors 1740 gp_max_plan_size 1740 gp_max_slices 1740 max_slot_wal_keep_size (UDPIFC) for interconnect traffic to send messages over the network. The Greenplum software performs packet verification beyond what is provided by UDP. This means the reliability is equivalent to Transmission the Greenplum Database interconnect uses UDP (the default), the network interface card controls IP packet fragmentation and reassemblies. If the UDP message size is larger than the size of the maximum transmission

1589 gp_interconnect_type 1589 gp_log_format 1590 gp_max_local_distributed_cache 1590 gp_max_packet_size 1591 gp_max_plan_size 1591 gp_max_slices 1591 gp_motion_cost_per_row 1592 gp_recursive_cte backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server : Fixed planner issue of queries crashing with FailedAssertion interconnect traffic to send messages over the network. The Greenplum software does the additional packet verification and checking not performed by UDP, so the reliability is equivalent to TCP (Transmission

1600 gp_interconnect_type 1600 gp_log_format 1601 gp_max_local_distributed_cache 1601 gp_max_packet_size 1601 gp_max_plan_size 1601 gp_max_slices 1602 gp_motion_cost_per_row 1602 gp_recursive_cte backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server : Fixed planner issue of queries crashing with FailedAssertion interconnect traffic to send messages over the network. The Greenplum software does the additional packet verification and checking not performed by UDP, so the reliability is equivalent to TCP (Transmission

1612 gp_interconnect_type 1612 gp_log_format 1613 gp_max_local_distributed_cache 1613 gp_max_packet_size 1613 gp_max_plan_size 1613 gp_max_slices 1614 gp_motion_cost_per_row 1614 gp_recursive_cte backend to consume them. Greenplum Database now uses a more active flow control mechanism to control packet buffering and transmission. 31191 - Server : Fixed planner issue of queries crashing with FailedAssertion interconnect traffic to send messages over the network. The Greenplum software does the additional packet verification and checking not performed by UDP, so the reliability is equivalent to TCP (Transmission