partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.10.4. Partition Pruning Partition pruning is an IPv4 or IPv6 network specification. Input and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-table partition to another partition

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 104 Data Definition 5.10.4. Partition Pruning IPv4 or IPv6 network specification. Input and output formats follow Classless In- ternet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-ta- ble partition to another

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning Partition pruning is an IPv4 or IPv6 network specification. Input and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-table partition to another partition

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning Partition pruning is IPv4 or IPv6 network specification. Input and output formats follow Classless In- ternet Domain Routing conventions. The format for specifying networks is address/y where address is the network represented a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-ta- ble partition to another

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning Partition pruning is IPv4 or IPv6 network specification. Input and output formats follow Classless In- ternet Domain Routing conventions. The format for specifying networks is address/y where address is the network's lowest a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-ta- ble partition to another

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning Partition pruning is an IPv4 or IPv6 network specification. Input and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where 169 Data Types address is the a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-table partition to another partition

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning Partition pruning is an IPv4 or IPv6 network specification. Input and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network's lowest a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-table partition to another partition

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning Partition pruning is IPv4 or IPv6 network specification. Input and output formats follow Classless In- ternet Domain Routing conventions. The format for specifying networks is address/y where address is the network's lowest a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-ta- ble partition to another

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning Partition pruning is IPv4 or IPv6 network specification. Input and output formats follow Classless In- ternet Domain Routing conventions. The format for specifying networks is address/y where address is the network's lowest a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-ta- ble partition to another

partitioning scheme. Triggers may be complicated to write, and will be much slower than the tuple routing performed internally by declarative partitioning. 5.11.4. Partition Pruning 104 Data Definition an IPv4 or IPv6 network specification. Input and output formats follow Classless Internet Domain Routing conventions. The format for specifying networks is address/y where address is the network's lowest a local partition to a foreign-table partition, provided the foreign data wrapper supports tuple routing. However, it is not currently possible to move a row from a foreign-table partition to another partition