gp_interconnect_proxy_addresses 1587 gp_interconnect_queue_depth 1588 gp_interconnect_setup_timeout 1589 gp_interconnect_snd_queue_depth 1589 gp_interconnect_transmit_timeout 1589 gp_interconnect_type max_resource_portals_per_transaction 1617 max_resource_queues 1617 max_slot_wal_keep_size 1618 max_stack_depth 1618 max_statement_mem 1618 memory_spill_ratio 1619 optimizer 1619 optimizer_analyze_root_partition Red Hat Enterprise Linux 64-bit 7.x (See the following Note.) Red Hat Enterprise Linux 64-bit 6.x CentOS 64-bit 7.x CentOS 64-bit 6.x Ubuntu 18.04 LTS Oracle Linux 64-bit 7, using the Red Hat Compatible

gp_interconnect_proxy_addresses 1598 gp_interconnect_queue_depth 1599 gp_interconnect_setup_timeout 1599 gp_interconnect_snd_queue_depth 1600 gp_interconnect_transmit_timeout 1600 gp_interconnect_type max_resource_portals_per_transaction 1627 max_resource_queues 1628 max_slot_wal_keep_size 1628 max_stack_depth 1629 max_statement_mem 1629 memory_spill_ratio 1629 optimizer 1630 optimizer_analyze_root_partition Red Hat Enterprise Linux 64-bit 7.x (See the following Note.) Red Hat Enterprise Linux 64-bit 6.x CentOS 64-bit 7.x CentOS 64-bit 6.x Ubuntu 18.04 LTS Oracle Linux 64-bit 7, using the Red Hat Compatible

gp_interconnect_proxy_addresses 1522 gp_interconnect_queue_depth 1523 gp_interconnect_setup_timeout 1523 gp_interconnect_snd_queue_depth 1523 gp_interconnect_transmit_timeout 1523 gp_interconnect_type max_resource_portals_per_transaction 1551 max_resource_queues 1551 max_slot_wal_keep_size 1552 max_stack_depth 1552 max_statement_mem 1552 memory_spill_ratio 1553 optimizer 1553 optimizer_analyze_root_partition Red Hat Enterprise Linux 64-bit 7.x (See the following Note.) Red Hat Enterprise Linux 64-bit 6.x CentOS 64-bit 7.x CentOS 64-bit 6.x Ubuntu 18.04 LTS Oracle Linux 64-bit 7, using the Red Hat Compatible

gp_interconnect_proxy_addresses 1882 gp_interconnect_queue_depth 1883 gp_interconnect_setup_timeout 1884 gp_interconnect_snd_queue_depth 1884 gp_interconnect_transmit_timeout 1884 gp_interconnect_type max_resource_queues 1910 VMware Greenplum 6 Documentation VMware, Inc 107 max_slot_wal_keep_size 1910 max_stack_depth 1911 max_statement_mem 1911 memory_spill_ratio 1912 optimizer 1912 optimizer_analyze_root_partition problem where GPORCA would fall back to the planner for queries having an intersection of bit values if one of the bit vectors returned a size of 0. GPORCA now correctly removes the empty vector and produces

gp_interconnect_proxy_addresses 1822 gp_interconnect_queue_depth 1822 gp_interconnect_setup_timeout 1823 gp_interconnect_snd_queue_depth 1823 gp_interconnect_transmit_timeout 1823 gp_interconnect_type max_resource_portals_per_transaction 1847 max_resource_queues 1847 max_slot_wal_keep_size 1847 max_stack_depth 1848 max_statement_mem 1848 memory_spill_ratio 1848 optimizer 1849 optimizer_analyze_root_partition problem where GPORCA would fall back to the planner for queries having an intersection of bit values if one of the bit vectors returned a size of 0. GPORCA now correctly removes the empty vector and produces

gp_interconnect_proxy_addresses 1814 gp_interconnect_queue_depth 1815 gp_interconnect_setup_timeout 1815 gp_interconnect_snd_queue_depth 1815 gp_interconnect_transmit_timeout 1816 gp_interconnect_type Documentation VMware, Inc. 108 max_resource_queues 1839 max_slot_wal_keep_size 1840 max_stack_depth 1840 max_statement_mem 1840 memory_spill_ratio 1841 optimizer 1841 optimizer_analyze_root_partition problem where GPORCA would fall back to the planner for queries having an intersection of bit values if one of the bit vectors returned a size of 0. GPORCA now correctly removes the empty vector and produces

gp_interconnect_proxy_addresses 1610 gp_interconnect_queue_depth 1611 gp_interconnect_setup_timeout 1611 gp_interconnect_snd_queue_depth 1612 gp_interconnect_transmit_timeout 1612 gp_interconnect_type max_resource_portals_per_transaction 1640 max_resource_queues 1640 max_slot_wal_keep_size 1641 max_stack_depth 1641 max_statement_mem 1641 memory_spill_ratio 1642 optimizer 1642 optimizer_analyze_root_partition Linux 64-bit 8.x (as of Greenplum Database version 6.20) Red Hat Enterprise Linux 64-bit 7.x (See the following Note.) Red Hat Enterprise Linux 64-bit 6.x CentOS 64-bit 7.x CentOS 64-bit 6.x Ubuntu

gp_interconnect_proxy_addresses 1602 gp_interconnect_queue_depth 1602 gp_interconnect_setup_timeout 1603 gp_interconnect_snd_queue_depth 1603 gp_interconnect_transmit_timeout 1603 gp_interconnect_type max_resource_portals_per_transaction 1624 max_resource_queues 1624 max_slot_wal_keep_size 1624 max_stack_depth 1625 max_statement_mem 1625 memory_spill_ratio 1625 optimizer 1625 optimizer_analyze_root_partition Greenplum Database 6.20 has been tested on and is supported for deployment to Red Hat Enterprise Linux 64-bit 8.x (RHEL8). Note: For existing Tanzu Greenplum 6.20 or later deployments, VMware does not support

gp_interconnect_proxy_addresses 1918 gp_interconnect_queue_depth 1918 gp_interconnect_setup_timeout 1919 gp_interconnect_snd_queue_depth 1919 gp_interconnect_transmit_timeout 1919 gp_interconnect_type max_resource_portals_per_transaction 1945 max_resource_queues 1946 max_slot_wal_keep_size 1946 max_stack_depth 1947 max_statement_mem 1947 memory_spill_ratio 1947 optimizer 1948 optimizer_analyze_root_partition Greenplum Database 6.26 has been tested on and is supported for deployment to Red Hat Enterprise Linux 64-bit 9.x and Rocky Linux 9.x. Greenplum Database 6.26.0 introduces the gp_check_functions module, which

gp_interconnect_proxy_addresses 1876 gp_interconnect_queue_depth 1877 gp_interconnect_setup_timeout 1877 gp_interconnect_snd_queue_depth 1878 gp_interconnect_transmit_timeout 1878 gp_interconnect_type max_resource_portals_per_transaction 1904 max_resource_queues 1905 max_slot_wal_keep_size 1905 max_stack_depth 1905 max_statement_mem 1906 memory_spill_ratio 1906 optimizer 1906 optimizer_analyze_root_partition problem where GPORCA would fall back to the planner for queries having an intersection of bit values if one of the bit vectors returned a size of 0. GPORCA now correctly removes the empty vector and produces