AWS fsx documentation change
Summary
Removed redundant 'please' from throughput capacity instructions
Security assessment
Minor editorial change with no security implications.
Diff
diff --git a/fsx/latest/OpenZFSGuide/getting-started.md b/fsx/latest/OpenZFSGuide/getting-started.md index 2374a4a6d..bcd351fd8 100644 --- a//fsx/latest/OpenZFSGuide/getting-started.md +++ b//fsx/latest/OpenZFSGuide/getting-started.md @@ -112 +112 @@ The following procedures detail how to create a file system using the **Quick cr -Use the **Quick create** option to rapidly and easily create a file system with the default root volume configuration. This configuration automatically creates one root volume named `fsx` with a path of `/fsx`, a record size of 128 KiB, and an `NFS exports` setting in which **Client addresses** is an asterisk (`*`) and **NFS options** is `rw,crossmnt`. With these settings, any clients permitted by your VPC and security group settings can access the volume with read and write permissions. The file system data is encrypted at rest using your default service manages AWS KMS key, named `aws/fsx/(default)`. +Use the **Quick create** option to rapidly and easily create a file system with the default root volume configuration and a **Network type** of `IPv4`. This configuration automatically creates one root volume named `fsx` with a path of `/fsx`, a record size of 128 KiB, an `NFS exports` setting in which **Client addresses** is an asterisk (`*`) and **NFS options** is `rw,crossmnt`. With these settings, any clients permitted by your VPC and security group settings can access the volume with read and write permissions. The file system data is encrypted at rest using your default service manages AWS KMS key, named `aws/fsx/(default)`. @@ -114 +114,5 @@ Use the **Quick create** option to rapidly and easily create a file system with -Use the **Standard create** option to create a file system with a customized root volume configuration. For a list of the file system properties that you can customize, see [Configurable file system properties](./creating-file-systems.html#fsx-openzfs-file-system-properties). We recommend using **Standard create** only when you are familiar with FSx for OpenZFS file systems and volumes. +Use the **Standard create** option to create a file system with a customized root volume configuration and a **Network type** of `IPv4` (which only supports IPV4) or `Dual-stack` (which supports both IPv4 and IPv6). For a list of the file system properties that you can customize, see [Configurable file system properties](./creating-file-systems.html#fsx-openzfs-file-system-properties). We recommend using **Standard create** only when you are familiar with FSx for OpenZFS file systems and volumes. + +###### Note + +If you intend to create an FSx for OpenZFS file system that uses dual-stack mode, you must first assign an Amazon-provided IPv6 CIDR block to your VPC and subnets. For more information, see [Add IPv6 support for your VPC](https://docs.aws.amazon.com/vpc/latest/userguide/vpc-migrate-ipv6-add.html) in the _Amazon Virtual Private Cloud User Guide_. @@ -143 +147 @@ We recommend using Multi-AZ (HA) for most production workloads. We recommend usi - 7. For **Throughput capacity** (Intelligent-Tiering only), select the desired throughput capacity of your file system, in MBps. For file systems using the Intelligent-Tiering storage class, the minimum throughput capacity is 160 MBps. To specify throughput capacity for a file system using the SSD (provisioned) storage class, please create a file system using **Standard Create**. + 7. For **Throughput capacity** (Intelligent-Tiering only), select the desired throughput capacity of your file system, in MBps. For file systems using the Intelligent-Tiering storage class, the minimum throughput capacity is 160 MBps. To specify throughput capacity for a file system using the SSD (provisioned) storage class, create a file system using **Standard Create**. @@ -151 +155 @@ We recommend using Multi-AZ (HA) for most production workloads. We recommend usi - 11. For **Subnet** , choose the subnet in which your file system's elastic network interface resides. + 11. Choose **Next**. @@ -153 +157 @@ We recommend using Multi-AZ (HA) for most production workloads. We recommend usi - 12. Choose **Next**. + 12. Review the file system configuration shown on the **Create OpenZFS file system** page. For your reference, note which file system settings you can modify after the file system is created. @@ -155,3 +159 @@ We recommend using Multi-AZ (HA) for most production workloads. We recommend usi - 13. Review the file system configuration shown on the **Create OpenZFS file system** page. For your reference, note which file system settings you can modify after the file system is created. - - 14. Choose **Create file system**. + 13. Choose **Create file system**. @@ -225 +227,5 @@ You can increase the amount of throughput capacity as needed at any time after y - * For **Subnet** , choose any value from the list of available subnets. If you are creating a Multi-AZ file system, also choose a **Standby subnet** for the standby file server. + * (Multi-AZ only) For **Preferred subnet** , choose any value from the list of available subnets. Also choose a **Standby subnet** for the standby file server. + + * (Single-AZ only) For **Subnet** , choose any value from the list of available subnets. + + * For **Network type** , select either **IPv4** (for only IPv4 support) or **Dual-stack** (for both IPv4 and IPv6 support). @@ -229 +235,7 @@ You can increase the amount of throughput capacity as needed at any time after y - * (Multi-AZ only) **Endpoint IP address range** specifies the IP address range in which the endpoints to access your file system are created. You have three options for the endpoint IP address range: + * (Multi-AZ only) **Endpoint IPv4 address range** specifies the IPv4 address range in which the endpoints to access your file system are created. You have three options for the endpoint IPv4 address range: + + * **Unallocated IPv4 address range from your VPC** – Amazon FSx chooses a block of 16 available IPv4 addresses from the VPC’s IPv4 CIDR range to use as the endpoint IPv4 address range for the file system. + + * **Floating IPv4 address range outside your VPC** – Amazon FSx chooses a 198.19.x.0/24 address range. + + * **Enter an IPv4 address range** – You can provide an IPv4 CIDR range of your own choosing. The IPv4 address range that you choose can either be inside or outside the VPC’s IPv4 address range, as long as it doesn't overlap with any subnet. @@ -231 +243 @@ You can increase the amount of throughput capacity as needed at any time after y - * **Unallocated IP address range from your VPC** – Amazon FSx chooses a block of 16 available IP addresses from the VPC’s CIDR range to use as the endpoint IP address range for the file system. + * (Multi-AZ and dual-stack only) **Endpoint IPv6 address range** specifies the IPv6 address range in which the endpoints to access your file system are created. You have two options for the endpoint IPv6 address range: @@ -233 +245 @@ You can increase the amount of throughput capacity as needed at any time after y - * **Floating IP address range outside your VPC** – Amazon FSx chooses a 198.19.x.0/24 address range. + * **Unallocated IPv6 address range from your VPC** – Amazon FSx chooses a block of 1024 available IPv6 addresses from one of the VPC’s IPv6 CIDR ranges to use as the endpoint IPv6 address range for the file system. @@ -235 +247 @@ You can increase the amount of throughput capacity as needed at any time after y - * **Enter an IP address range** – You can provide a CIDR range of your own choosing. The IP address range that you choose can either be inside or outside the VPC’s IP address range, as long as it doesn't overlap with any subnet. + * **Enter an IPv6 address range** – You can provide an IPv6 CIDR range of your own choosing. The IPv6 address range that you choose can either be inside or outside the VPC’s IPv6 address range, as long as it doesn't overlap with any subnet.