Broadcom 294 Product Supported Edition and Product Features References vSAN Enterprise - RAID-5/6 Erasure Coding - Data-at-Rest and Data-in-Transit encryption See more vCenter Server vCenter Server Foundation The following table contains guidelines for choosing between RAID-1 (mirroring) and RAID-5 (erasure coding) for the VMware vSphere storage policies that you configure later. These parameters have been (mirroring) 4 2x RAID-5 (erasure coding) 4 to 5 1.5x RAID-5 (erasure coding) 6 or more 1.25x vSAN OSA RAID Type ESXi Hosts Space Overhead RAID-1 (mirroring) 4 2x RAID-5 (erasure coding) 5 or more 1.33x

Virtual Machine Encryption - Distributed Resource Scheduler See more vSAN Enterprise - RAID-5/6 Erasure Coding - Data-at-Rest and Data-in-Transit encryption See more VMware Tanzu Greenplum 6 Documentation Virtual Machine Encryption - Distributed Resource Scheduler See more vSAN Enterprise - RAID-5/6 Erasure Coding - Data-at-Rest and Data-in-Transit encryption See more vCenter Server vCenter Server Foundation provides recommendations to consider when choosing between the RAID1 (mirroring) and RAID5 (erasure coding) for the VMware vSphere storage policies that you configure in a later step. Note that these

Virtual Machine Encryption - Distributed Resource Scheduler See more vSAN Enterprise - RAID-5/6 Erasure Coding - Data-at-Rest and Data-in-Transit encryption See more vCenter Server vCenter Server Foundation Virtual Machine Encryption - Distributed Resource Scheduler See more vSAN Enterprise - RAID-5/6 Erasure Coding - Data-at-Rest and Data-in-Transit encryption See more vCenter Server vCenter Server Foundation provides recommendations to consider when choosing between the RAID1 (mirroring) and RAID5 (erasure coding) for the VMware vSphere storage policies that you configure VMware Tanzu Greenplum 6 Documentation

Virtual Machine Encryption - Distributed Resource Scheduler See more vSAN Enterprise - RAID-5/6 Erasure Coding - Data-at-Rest and Data-in-Transit encryption See more vCenter Server vCenter Server Foundation provides recommendations to consider when choosing between the RAID1 (mirroring) and RAID5 (erasure coding) for the VMware vSphere storage policies that you configure in a later step. Note that these In case of disk failure, a 250 GB vmdk requires reading 250 GB of data to rebuild RAID5 (erasure coding) 5 or more 1.33x WRITE 2.2 GiB/s per ESXi host READ 10 GiB/s per ESXi host In case of disk

Virtual Machine Encryption - Distributed Resource Scheduler See more vSAN Enterprise - RAID-5/6 Erasure Coding - Data-at-Rest and Data-in-Transit encryption See more vCenter Server vCenter Server Foundation provides recommendations to consider when choosing between the RAID1 (mirroring) and RAID5 (erasure coding) for the VMware vSphere storage policies that you configure VMware Greenplum 6 Documentation In case of disk failure, a 250 GB vmdk requires reading 250 GB of data to rebuild RAID5 (erasure coding) 5 or more 1.33x WRITE 2.2 GiB/s per ESXi host READ 10 GiB/s per ESXi host In case of disk

provides recommendations to consider when choosing between the RAID1 (mirroring) and RAID5 (erasure coding) for the VMware vSphere storage policies that you configure VMware Tanzu Greenplum 6 Documentation In case of disk failure, a 250 GB vmdk requires reading 250 GB of data to rebuild RAID5 (erasure coding) 5 or more 1.33x WRITE 2.2 GiB/s per ESXi host READ 10 GiB/s per ESXi host In case of disk 1 | 693a6cb691f1d2881ec0160a44dae2547a0d5b799875d4ec106c09c97da422ea | Up 8 seconds | gpadmin | 12940 1 | bc9a0c04019c266f6d8269ffe35769d118bfb96ec634549b2b1bd2401ea20158 | Up 2

rolname = 'name1'; md5c3ac1a95fe4ba7cac352448ff1e5d6ec =# SELECT rolpassword FROM pg_authid WHERE rolname = 'name2'; sha2569fca82e96e5092248ec38609bfc503dc3e138b4a83e719c69e325128e289ac40 $ echo echo -n passwordname1|md5sum c3ac1a95fe4ba7cac352448ff1e5d6ec - $ echo -n passwordname2|sha256sum 9fca82e96e5092248ec38609bfc503dc3e138b4a83e719c69e325128e289ac40 - 基于时间的登录认证 GP 允许管理员限制

1 | 693a6cb691f1d2881ec0160a44dae2547a0d5b799875d4ec106c09c97da422ea | Up 8 seconds | gpadmin | 12940 1 | bc9a0c04019c266f6d8269ffe35769d118bfb96ec634549b2b1bd2401ea20158 | Up 2 ExecCondition=bash -c '[ xcgroup2fs = x$(stat -fc "%%T" /sys/fs/cgroup) ] || ex it 1' ExecStart=bash -ec " \ [ -d gpdb ] || mkdir gpdb; \ chown -R gpadmin:gpadmin gpdb; queueid oid The OID of the resource queue. queuename name The name of the resource queue. n_queries_ex ec bigin t Number of queries submitted for execution from this resource queue. n_queries_wa it bigin

abdf1, table.name = "public.abalone_from_r" ) The data contained in table "pg_temp_93"."gp_temp_5bdf4ec7_42f9_9f9799_a0d76231be8f" which is wrapped by abdf1 is c opied into "public"."abalone_from_r" in set with the AWS CLI command aws configure. 3. The credentials of the Amazon EC2 IAM role if the backup is run from an EC2 instance. bucket Required. The name of the S3 bucket in the AWS region or nish() Disconnect from the Greenplum Database server programming interface. SPI_exec() GppcSPIEx ec() Run a SQL statement, returning the number of rows. SPI_getvalue() GppcSPIG etValue() Retrieve

abdf1, table.name = "public.abalone_from_r" ) The data contained in table "pg_temp_93"."gp_temp_5bdf4ec7_42f9_9f9799_a0d76231be8f" which is wrapped by abdf1 is c opied into "public"."abalone_from_r" in set with the AWS CLI command aws configure. 3. The credentials of the Amazon EC2 IAM role if the backup is run from an EC2 instance. bucket Required. The name of the S3 bucket in the AWS region or nish() Disconnect from the Greenplum Database server programming interface. SPI_exec() GppcSPIEx ec() Run a SQL statement, returning the number of rows. SPI_getvalue() GppcSPIG etValue() Retrieve