(1)| |---|---|---|---|---| |\[gpadmin@gp-mas /] $|gprecoverseg|||| |20181202:04:05:59:049918|gpprecoverseg:gp-mas:gpadmin-|\[INFO]:-Starting gprecoverseg with args:||| |20181202:04:06:00:049918|gpprecov 217-gp-seg4-standby 1081202:04:06:01:049918 gprecoverseg:gp-mas:gpadmin-[INFO]: - Recovery Source instance address = gp-seg3 20181202:04:06:01:049918 gprecoverseg:gp-mas:gpadmin-[INFO]: - Recovery Source /data/data01/primaryDB/gpseg5 20181202:04:06:01:049918 gprecoverseg:gp-mas:gpadmin-[INFO]: - Recovery Source instance port = 40001 20181202:04:06:01:049918 gprecoverseg:gp-mas:gpadmin-[INFO]: - Recovery Source instance

Usage 2036 Options 2036 Examples 2037 gppkg 2037 Synopsis 2037 Description 2037 Options 2037 gprecoverseg 2039 Synopsis 2039 Description 2039 Options 2041 Examples 2044 See Also 2045 gpreload 2045 referencing an incorrect column in the pg_description table. ## 32937 Resolves an issue with gprecoverseg where recovery was failing with the -i flag when the current host was unreachable. ## 32822 supported for production environments. See Understanding Segment Recovery for more details. - gprecoverseg includes a check to look for running pg_rewind sessions, in order to avoid running a recovery

主机 (gpstop --host) 扩展 Instance 以及在新节点间重新分布 Table(gpexpand) ● 监控和恢复失败的 Instance(gpstate & gprecoverseg) 监控和恢复失败的 Master(gpstate & gpinitstandby) 备份和恢复数据库(并行)(qpbackup & gprestore) 并行装载数据(gpload) 列出。不要试图通过修改pg_tblspc目录下软连接的指向去设置Primary和Mirror指向不同的目录，因为这样会有一个很大的问题，当出现Primary和Mirror的故障切换时，在做gprecoverseg全量恢复时，GP数据库并不清楚软连接的目标是不同的，这个软连接的信息是不会存储在系统表中的，做全量恢复时，只是按照对应Content活着的Instance的信息去重建。 ## 使用表空间存储 部分可以提升外，后续的处理部分是不会有性能提升的，因为计算量是不变的。 注意：千万不要随意的创建大规模分区表，因为分区的维护和管理也是需要消耗资源和 精力的，例如全表查询，VACUUM，gprecoverseg，gpexpand等操作，都是需要一个一个的叶子分区去操作。另外，如果是全表扫描，分区不仅无法带来性能的提升，反而会更慢。因此，如果不太会用到分区消除的查询场景，应尽量避免分区，当然，有时

column constraint. ## Cluster Management 32160: Resolves an issue where rebalancing segments with gprecoverseg -r was failing with timeout errors. This has been resolved by increasing the timeout value for check when it processes the next value of a sequence. 31740: Resolved an issue where incremental gprecoverseg failed to bring a mirror segment back online. This was due to the checkpointer process on a newly even if a failure occurs later in the gpinisystem operation. 179336062 : The Greenplum utilities gprecoverseg, gpinitstandby, gpstart, and gpstop fail when there is a message banner in .bashrc. This issue

not set. This fix resolves the issue by using postgres as the default value. 179611677 : The gprecoverseg utility now includes error handling for a mirrorless configuration by displaying the message GPDB check when it processes the next value of a sequence. 31740: Resolved an issue where incremental gprecoverseg failed to bring a mirror segment back online. This was due to the checkpointer process on a newly even if a failure occurs later in the gpinisystem operation. 179336062 : The Greenplum utilities gprecoverseg, gpinitstandby, gpstart, and gpstop fail when there is a message banner in .bashrc. This issue

check when it processes the next value of a sequence. 31740: Resolved an issue where incremental gprecoverseg failed to bring a mirror segment back online. This was due to the checkpointer process on a newly even if a failure occurs later in the gpinisystem operation. 179336062 : The Greenplum utilities gprecoverseg, gpinitstandby, gpstart, and gpstop fail when there is a message banner in .bashrc. This issue documentation for information about this release and for installation and upgrade instructions. - The gprecoverseg, gpaddmirrors, and gpmovemirrors utilities now include a -b option to specify the maximum number

1736 Options 1736 Examples 1736 gppkg 1737 Synopsis 1737 Description 1737 Options 1737 gprecoverseg 1738 Synopsis 1738 Description 1739 Options 1740 Examples 1742 See Also 1743 gpreload 1743 column constraint. ## Cluster Management 32160 Resolves an issue where rebalancing segments with gprecoverseg -r was failing with timeout errors. This has been resolved by increasing the timeout value for check when it processes the next value of a sequence. 31740 Resolved an issue where incremental gprecoverseg failed to bring a mirror segment back online. This was due to the checkpointer process on a newly

Options 2078 Examples 2079 gppkg 2079 Synopsis 2079 Description 2079 Options 2080 gprecoverseg 2081 Synopsis 2081 Description 2082 Options 2083 Examples 2087 See Also 2087 gpreload scanning of nonexistent WAL segment files. • You may now pass the -i and --differential in the same gprecoverseg command. ## Resolved Issues ## Server

Server

gprecoverseg -o created an empty output file for segments that ran on an unreachable host. ## Additional Supplied 0 码力 | 2445 页 | 18.05 MB | 2 年前 3 VMware Tanzu Greenplum v6.23 Documentation 1972 Usage 1972 Options 1973 Examples 1973 gppkg 1973 Synopsis 1973 Description 1973 Options 1974 gprecoverseg 1975 Synopsis 1975 Description 1975 Options 1977 Examples 1979 See Also 1980 gpreload 1980 Synopsis failed with the error Unexpected internal error. Cluster Management 32190 Resolved an issue where gprecoverseg failed to detect than an instance of pg_basebackup was already running, which led to the corruption column constraint. Cluster Management 32160 Resolves an issue where rebalancing segments with gprecoverseg -r was failing with timeout errors. This has been resolved by increasing the timeout value for 0 码力 | 2298 页 | 40.94 MB | 2 年前 3 VMware Greenplum 6 Documentation Synopsis 2040 Description 2041 Options 2041 VMware Greenplum 6 Documentation VMware, Inc 115 gprecoverseg 2042 Synopsis 2042 Description 2043 Options 2044 Examples 2047 See Also 2047 gpreload 2047 Synopsis failed with the error Unexpected internal error. Cluster Management 32190 Resolved an issue where gprecoverseg failed to detect than an instance of pg_basebackup was already running, which led to the corruption Greenplum 6 Documentation VMware, Inc 160 32160 Resolves an issue where rebalancing segments with gprecoverseg -r was failing with timeout errors. This has been resolved by increasing the timeout value for 0 码力 | 2374 页 | 44.90 MB | 2 年前 3 共 16 条 1 2 前往 页 相关搜索词 PostgreSQLGreenplumgpadmingpstartgprecoversegGreenplum Databasedifferential segment recoverypg_auditPXF升级安装架构管理节点Massively Parallel ProcessingData WarehousingResource GroupsGPORCAgpstate命令optimizer_xform_bind_thresholdgp_autostats_allow_nonownergp_legacy_string_agglicence文件Massively Parallel Processing (MPP)Query Optimizer (GPORCA)Resource QueuesGreenplum Command CenterTanzu GreenplumMPP数据库contrib模块vSANmassively parallel processingdata warehousingSQLMapReduceSQL标准兼容性新功能改进High Availability