regular PostgreSQL DBMS. Greenplum Database can use the append-optimized (AO) storage format for bulk loading and reading of data, and provides performance advantages over HEAP tables. Append-optimized SELINUX=disabled 3. If the System Security Services Daemon (SSSD) is installed on your systems, edit the SSSD configuration file and set the selinux_provider parameter to none to prevent SELinux- related related SSH authentication denials that could occur even with SELinux deactivated. As root, edit /etc/sssd/sssd.conf and add this parameter: selinux_provider=none 4. Reboot the system to apply any changes

regular PostgreSQL DBMS. Greenplum Database can use the append-optimized (AO) storage format for bulk loading and VMware Greenplum 6 Documentation VMware, Inc 270 reading of data, and provides performance Properties -> Advanced. 3. Verify that MTU is set to 9000 Bytes. If it is set to any other value, edit the value and set it to 9000 Bytes, and click OK. Creating the Distributed Port Groups The table Networking and navigate to your distributed switch. 2. Right-click the distributed port and select Edit settings. 3. On the Teaming and failover page, under Failover order, add the corresponding uplink

regular PostgreSQL DBMS. Greenplum Database can use the append-optimized (AO) storage format for bulk loading and VMware Tanzu Greenplum 6 Documentation VMware, Inc 262 reading of data, and provides Properties -> Advanced. 3. Verify that MTU is set to 9000 Bytes. If it is set to any other value, edit the value and set it to 9000 Bytes, and click OK. Creating the Distributed Port Groups The table Networking and navigate to your distributed switch. 2. Right-click the distributed port and select Edit settings. 3. On the Teaming and failover page, under Failover order, add the corresponding uplink

regular PostgreSQL DBMS. Greenplum Database can use the append-optimized (AO) storage format for bulk loading and reading of data, and provides performance advantages over HEAP tables. Append-optimized Properties → Advanced. 3. Verify that MTU is set to 9000 Bytes. If it is set to any other value, edit the value and set it to 9000 Bytes, and click OK. Creating the Distributed Port Groups The table Networking and navigate to your distributed switch. 2. Right-click the distributed port and select Edit settings. 3. On the Teaming and failover page, under Failover order, add the corresponding uplink

regular PostgreSQL DBMS. Greenplum Database can use the append-optimized (AO) storage format for bulk loading and reading of data, and provides performance advantages over HEAP tables. Append-optimized Properties → Advanced. 3. Verify that MTU is set to 9000 Bytes. If it is set to any other value, edit the value and set it to 9000 Bytes, and click OK. VMware Greenplum 6 Documentation VMware by Broadcom Networking and navigate to your distributed switch. 2. Right-click the distributed port and select Edit settings. 3. On the Teaming and failover page, under Failover order, add the corresponding uplink

regular PostgreSQL DBMS. Greenplum Database can use the append-optimized (AO) storage format for bulk loading and reading of data, and provides performance advantages over HEAP tables. Append-optimized Properties -> Advanced. 3. Verify that MTU is set to 9000 Bytes. If it is set to any other value, edit the value and set it to 9000 Bytes, and click OK. Creating the Distributed Port Groups The table Networking and navigate to your distributed switch. 2. Right-click the distributed port and select Edit settings. 3. On the Teaming and failover page, under Failover order, add the corresponding uplink

regular PostgreSQL DBMS. Greenplum Database can use the append-optimized (AO) storage format for bulk loading and reading of data, and provides performance advantages over HEAP tables. Append-optimized Properties → Advanced. 3. Verify that MTU is set to 9000 Bytes. If it is set to any other value, edit the value and set it to 9000 Bytes, and click OK. Creating the Distributed Port Groups The table Networking and navigate to your distributed switch. 2. Right-click the distributed port and select Edit settings. 3. On the Teaming and failover page, under Failover order, add the corresponding uplink

SELINUX=disabled 3. If the System Security Services Daemon (SSSD) is installed on your systems, edit the SSSD configuration file and set the selinux_provider parameter to none to prevent SELinux- related related SSH authentication denials that could occur even with SELinux disabled. As root, edit /etc/sssd/sssd.conf and add this parameter: selinux_provider=none 4. Reboot the system to apply any changes the query. VMware Greenplum v6.18 Documentation VMware, Inc. 241 More specifically, you need to edit the following Linux configuration settings: The hosts File The sysctl.conf File System Resources

SELINUX=disabled 3. If the System Security Services Daemon (SSSD) is installed on your systems, edit the SSSD configuration file and set the selinux_provider parameter to none to prevent SELinux- related related SSH authentication denials that could occur even with SELinux disabled. As root, edit /etc/sssd/sssd.conf and add this parameter: selinux_provider=none 4. Reboot the system to apply any changes the query. VMware Greenplum v6.19 Documentation VMware, Inc. 248 More specifically, you need to edit the following Linux configuration settings: The hosts File The sysctl.conf File System Resources

SELINUX=disabled 3. If the System Security Services Daemon (SSSD) is installed on your systems, edit the SSSD configuration file and set the selinux_provider parameter to none to prevent SELinux- related related SSH authentication denials that could occur even with SELinux disabled. As root, edit /etc/sssd/sssd.conf and add this parameter: selinux_provider=none 4. Reboot the system to apply any changes the query. VMware Greenplum v6.17 Documentation VMware, Inc. 175 More specifically, you need to edit the following Linux configuration settings: The hosts File The sysctl.conf File System Resources