because another gpfdist process occupied the same port number (one using an IPV4 socket, one using an IPV6 socket). 32708, 14644 : Resolves an issue with a pg_class catalog table inconsistency after analyzing Database 6.22.0 introduces a new module, ip4r, that provides data types for operations on IPv4 and IPv6 IP addresses. Greenplum Database 6.22.0 introduces a new module, postgresql-hll, that provides HyperLogLog Data Flow In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved

because another gpfdist process occupied the same port number (one using an IPV4 socket, one using an IPV6 socket). 32708, 14644 Resolves an issue with a pg_class catalog table inconsistency after analyzing Database 6.22.0 introduces a new module, ip4r, that provides data types for operations on IPv4 and IPv6 IP addresses. Greenplum Database 6.22.0 introduces a new module, postgresql-hll, that provides HyperLogLog Data Flow In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved

because another gpfdist process occupied the same port number (one using an IPV4 socket, one using an IPV6 socket). 32708, 14644 : Resolves an issue with a pg_class catalog table inconsistency after analyzing Database 6.22.0 introduces a new module, ip4r, that provides data types for operations on IPv4 and IPv6 IP addresses. VMware Greenplum 6 Documentation VMware, Inc. 167 Greenplum Database 6.22.0 introduces Data Flow In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved

Database 6.22.0 introduces a new module, ip4r, that provides data types for operations on IPv4 and IPv6 IP addresses. Greenplum Database 6.22.0 introduces a new module, postgresql-hll, that provides HyperLogLog Data Flow In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved incremental mode. The gpcheckperf command has been updated to support Internet Protocol version 6 (IPv6). Resolved Issues VMware Tanzu Greenplum 6.14.0 resolves these issues: VMware Tanzu Greenplum 6

Database 6.22.0 introduces a new module, ip4r, that provides data types for operations on IPv4 and IPv6 IP addresses. Greenplum Database 6.22.0 introduces a new module, postgresql-hll, that provides HyperLogLog Data Flow In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved incremental mode. The gpcheckperf command has been updated to support Internet Protocol version 6 (IPv6). Resolved Issues VMware Tanzu Greenplum 6.14.0 resolves these issues: 31195 - Server: Execution

bonding is recommended when multiple interfaces are present Greenplum Database can use either IPV4 or IPV6 protocols. Tanzu Greenplum on DCA Systems Important: SSL is supported only on the Greenplum Database Data Flow : In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved incremental mode. The gpcheckperf command has been updated to support Internet Protocol version 6 (IPv6). Resolved Issues VMware Tanzu Greenplum 6.14.0 resolves these issues: 31195 - Server: Execution

bonding is recommended when multiple interfaces are present Greenplum Database can use either IPV4 or IPV6 protocols. Tanzu Greenplum on DCA Systems Important: SSL is supported only on the Greenplum Database Data Flow : In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved incremental mode. The gpcheckperf command has been updated to support Internet Protocol version 6 (IPv6). Resolved Issues VMware Tanzu Greenplum 6.14.0 resolves these issues: 31195 - Server: Execution

bonding is recommended when multiple interfaces are present Greenplum Database can use either IPV4 or IPV6 protocols. Tanzu Greenplum on DCA Systems You must run Tanzu Greenplum version 6.9 or later on Dell Data Flow : In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved incremental mode. The gpcheckperf command has been updated to support Internet Protocol version 6 (IPv6). Resolved Issues VMware Tanzu Greenplum 6.14.0 resolves these issues: 31195 - Server: Execution

Data Flow In dual stack IPv4 and IPv6 hosts, gpfdist would bind to an IPv4 port but fail to bind to an IPv6 port, if there was another process listening on the same IPv6 port. This issue has been resolved incremental mode. The gpcheckperf command has been updated to support Internet Protocol version 6 (IPv6). Resolved Issues VMware Tanzu Greenplum 6.14.0 resolves these issues: 31195 - Server: Execution bonding is recommended when multiple interfaces are present Greenplum Database can use either IPV4 or IPV6 protocols. Tanzu Greenplum on DCA Systems You must run Tanzu Greenplum version 6.9 or later on Dell

bonding is recommended when multiple interfaces are present Greenplum Database can use either IPV4 or IPV6 protocols. Tanzu Greenplum on DCA Systems Important: SSL is supported only on the Greenplum Database 0/24 for a small network, or 10.6.0.0/16 for a larger one. An IPv6 address range might look like ::1/128 for a single host (in this case the IPv6 loopback address) or fe80::7a31:c1ff:0000:0000/96 for a small small network. 0.0.0.0/0 represents all IPv4 addresses, and ::0/0 represents all IPv6 addresses. To specify a single host, use a mask length of 32 for IPv4 or 128 for IPv6. In a network address, do not