gpinitsystem An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is -- mirror_mode=spread be moved among ESXi hosts without affecting Greenplum high availability. Simplified mirroring placement. Better elasticity to handle ESXi hosts growth, as the virtual machines can be individually moved Whole-datastore encryption √ X Data-at-Rest encryption √ √ End-to-end encryption X √ VMs encrypted by Placement on datastore Storage Policy Encryption occurs After deduplication Before deduplication Based on

gpinitsystem An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is -- mirror_mode=spread be moved among ESXi hosts without affecting Greenplum high availability. Simplified mirroring placement. Better elasticity to handle ESXi hosts growth, as the virtual machines can be individually moved Whole-datastore encryption √ X Data-at-Rest encryption √ √ End-to-end encryption X √ VMs encrypted by Placement on datastore Storage Policy Encryption occurs After deduplication Before deduplication Based on

gpinitsystem An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is -- mirror_mode=spread be moved among ESXi hosts without affecting Greenplum high availability. Simplified mirroring placement. Better elasticity to handle ESXi hosts growth, as the virtual machines can be individually moved Whole-datastore encryption √ X Data-at-Rest encryption √ √ End-to-end encryption X √ VMs encrypted by Placement on datastore Storage Policy Encryption occurs After deduplication Before deduplication Based on

gpinitsystem An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is -- mirror_mode=spread be moved among ESXi hosts without affecting Greenplum high availability. Simplified mirroring placement. Better elasticity to handle ESXi hosts growth, as the virtual machines can be individually moved Whole-datastore encryption √ X Data-at-Rest encryption √ √ End-to-end encryption X √ VMs encrypted by Placement on datastore Storage Policy Encryption occurs After deduplication Before deduplication Based on

gpinitsystem An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is -- mirror_mode=spread be moved among ESXi hosts without affecting Greenplum high availability. Simplified mirroring placement. Better elasticity to handle ESXi hosts growth, as the virtual machines can be individually moved Whole-datastore encryption √ X Data-at-Rest encryption √ √ End-to-end encryption X √ VMs encrypted by Placement on datastore Storage Policy Encryption occurs After deduplication Before deduplication Based on

gpinitsystem An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is -- mirror_mode=spread be moved among ESXi hosts without affecting Greenplum high availability. Simplified mirroring placement. Better elasticity to handle ESXi hosts growth, as the virtual machines can be individually moved Whole-datastore encryption √ X Data-at-Rest encryption √ √ End-to-end encryption X √ VMs encrypted by Placement on datastore Storage Policy Encryption occurs After deduplication Before deduplication Based on

gpinitsystem : An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is --mirror_mode=spread a table scan, which is an indicator of computational skew. The siffraction column shows the percentage of the system that is idle during a table scan. This is an indicator of uneven data distribution mirroring is possible only if there are more hosts than segments per host. Figure 2 illustrates the placement of mirrors in a spread segment mirroring configuration. VMware Greenplum v6.18 Documentation

gpinitsystem : An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is --mirror_mode=spread a table scan, which is an indicator of computational skew. The siffraction column shows the percentage of the system that is idle during a table scan. This is an indicator of uneven data distribution mirroring is possible only if there are more hosts than segments per host. Figure 2 illustrates the placement of mirrors in a spread segment mirroring configuration. VMware Greenplum v6.19 Documentation

gpinitsystem : An example in the gpinitsystem help output used an invalid option for specifying the placement of mirror segment instances in a spread configuration. The correct option is --mirror_mode=spread a table scan, which is an indicator of computational skew. The siffraction column shows the percentage of the system that is idle during a table scan. This is an indicator of uneven data distribution mirroring is possible only if there are more hosts than segments per host. Figure 2 illustrates the placement of mirrors in a spread segment mirroring configuration. VMware Tanzu Greenplum v6.20 Documentation

a table scan, which is an indicator of computational skew. The siffraction column shows the percentage of the system that is idle during a table scan. This is an indicator of uneven data distribution mirroring is possible only if there are more hosts than segments per host. Figure 2 illustrates the placement of mirrors in a spread segment mirroring configuration. VMware Greenplum v6.17 Documentation error_in_assignment 2200B ESCAPE CHARACTER CONFLICT escape_character_conflict 22022 INDICATOR OVERFLOW indicator_overflow 22015 INTERVAL FIELD OVERFLOW interval_field_overflow 2201E INVALID ARGUMENT