'mon') 2 array_posi- tions(an- yarray, anyelement) int[] returns an array of subscripts of all oc- currences of the second argument in the array given as first argument (ar- array_posi- tions(AR- after this phase is com- pleted. cleaning up indexes VACUUM is currently cleaning up indexes. This oc- curs after the heap has been completely scanned and all vacuuming of the indexes and the heap has also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im-

'sat'], 'mon') array_posi- tions(an- yarray, anyelement) int[] returns an array of subscripts of all oc- currences of the second argument in the array given as first argument (ar- ray must be one-di- mensional) after this phase is com- pleted. cleaning up indexes VACUUM is currently cleaning up indexes. This oc- curs after the heap has been completely scanned and all vacuuming of the indexes and the heap has also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im-

'mon') 2 array_posi- tions(an- yarray, anyelement) int[] returns an array of subscripts of all oc- currences of the second argument in the array given as first argument (ar- ray must be one-di- mensional) after this phase is com- pleted. cleaning up indexes VACUUM is currently cleaning up indexes. This oc- curs after the heap has been completely scanned and all vacuuming of the indexes and the heap has also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im-

of changes from WAL for this slot. This and other spill counters can be used to gauge the I/O which oc- curred during logical decoding and allow tuning logical_decoding_work_mem. stream_txns bigint Number also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im- operation. On success, 0 is returned and a negative value if the division fails. If overflow or underflow oc- curred, the function returns ECPG_INFORMIX_NUM_OVERFLOW or ECPG_INFORMIX_NUM_UN- DERFLOW respectively

of changes from WAL for this slot. This and other spill counters can be used to gauge the I/O which oc- curred during logical decoding and allow tuning logical_decoding_work_mem. stream_txns bigint Number also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im- operation. On success, 0 is returned and a negative value if the division fails. If overflow or underflow oc- curred, the function returns ECPG_INFORMIX_NUM_OVERFLOW or ECPG_INFORMIX_NUM_UN- DERFLOW respectively

of changes from WAL for this slot. This and other spill counters can be used to gauge the I/O which oc- curred during logical decoding and allow tuning logical_decoding_work_mem. stream_txns bigint Number also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im- operation. On success, 0 is returned and a negative value if the division fails. If overflow or underflow oc- curred, the function returns ECPG_INFORMIX_NUM_OVERFLOW or ECPG_INFORMIX_NUM_UN- DERFLOW respectively

of changes from WAL for this slot. This and other spill counters can be used to gauge the I/O which oc- curred during logical decoding and allow tuning logical_decoding_work_mem. stream_txns bigint Number also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im- operation. On success, 0 is returned and a negative value if the division fails. If overflow or underflow oc- curred, the function returns ECPG_INFORMIX_NUM_OVERFLOW or ECPG_INFORMIX_NUM_UN- DERFLOW respectively

also imports a new large object. The OID to be assigned can be specified by lobjId; if so, failure oc- curs if that OID is already in use for some large object. If lobjId is InvalidOid (zero) then lo_im- operation. On success, 0 is returned and a negative value if the division fails. If overflow or underflow oc- curred, the function returns ECPG_INFORMIX_NUM_OVERFLOW or ECPG_INFORMIX_NUM_UN- DERFLOW respectively On success, 0 is returned and a negative value if the multiplication fails. If overflow or underflow oc- curred, the function returns ECPG_INFORMIX_NUM_OVERFLOW or ECPG_INFORMIX_NUM_UN- DERFLOW respectively

false in its control file, and use @extschema@ to refer to the target schema in the script file. All oc- currences of this string will be replaced by the actual target schema’s name before the script is and writes among concurrent serializable transactions would create a situation which could not have oc- curred for any serial (one-at-a-time) execution of those transactions, one of them will be rolled that if you use dblink_exec to change data between dblink_open and dblink_close, and then an error oc- curs or you use dblink_disconnect before dblink_close, your change will be lost because the transaction

false in its control file, and use @extschema@ to refer to the target schema in the script file. All oc- currences of this string will be replaced by the actual target schema’s name before the script is and writes among concurrent serializable transactions would create a situation which could not have oc- curred for any serial (one-at-a-time) execution of those transactions, one of them will be rolled that if you use dblink_exec to change data between dblink_open and dblink_close, and then an error oc- curs or you use dblink_disconnect before dblink_close, your change will be lost because the transaction