Merge pull request #626 from stgraber/streams

doc: Update references to mage docs

doc/cloud-init.md

@@ -28,7 +28,7 @@ Rebooting the instance does not re-trigger the actions.
 
 To use `cloud-init`, you must base your instance on an image that has `cloud-init` installed:
 
-* All images from the `ubuntu` and `ubuntu-daily` {ref}`image servers <remote-image-servers>` have `cloud-init` support.
+* All images from the `ubuntu` and `ubuntu-daily` {ref}`image servers <image-servers>` have `cloud-init` support.
 * Images from the [`images` remote](https://images.linuxcontainers.org/) have `cloud-init`-enabled variants, which are usually bigger in size than the default variant.
   The cloud variants use the `/cloud` suffix, for example, `images:ubuntu/22.04/cloud`.
 

doc/howto/images_copy.md

@@ -36,7 +36,7 @@ There are several ways of obtaining such image files:
 
 - Exporting an existing image (see {ref}`images-manage-export`)
 - Building your own image using `distrobuilder` (see {ref}`images-create-build`)
-- Downloading image files from a {ref}`remote image server <remote-image-servers>` (note that it is usually easier to {ref}`use the remote image <images-remote>` directly instead of downloading it to a file and importing it)
+- Downloading image files from a {ref}`remote image server <image-servers>` (note that it is usually easier to {ref}`use the remote image <images-remote>` directly instead of downloading it to a file and importing it)
 
 ### Import from the local file system
 

doc/howto/images_remote.md

@@ -2,7 +2,7 @@
 # How to use remote images
 
 The [`incus`](incus.md) CLI command is pre-configured with several remote image servers.
-See {ref}`remote-image-servers` for an overview.
+See {ref}`image-servers` for an overview.
 
 ## List configured remotes
 
@@ -13,7 +13,7 @@ To see all configured remote servers, enter the following command:
 
 Remote servers that use the [simple streams format](https://git.launchpad.net/simplestreams/tree/) are pure image servers.
 Servers that use the `incus` format are Incus servers, which either serve solely as image servers or might provide some images in addition to serving as regular Incus servers.
-See {ref}`remote-image-server-types` for more information.
+See {ref}`image-server-types` for more information.
 <!-- Include end list remotes -->
 
 ## List available images on a remote

doc/image-handling.md

@@ -4,7 +4,7 @@
 Incus uses an image-based workflow.
 Each instance is based on an image, which contains a basic operating system (for example, a Linux distribution) and some Incus-related information.
 
-Images are available from remote image stores (see {ref}`remote-image-servers` for an overview), but you can also create your own images, either based on an existing instances or a rootfs image.
+Images are available from remote image stores (see {ref}`image-servers` for an overview), but you can also create your own images, either based on an existing instances or a rootfs image.
 
 You can copy images from remote servers to your local image store, or copy local images to remote servers.
 You can also use a local image to create a remote instance.

doc/remotes.md

@@ -4,7 +4,7 @@ Remote servers are a concept in the Incus command-line client.
 By default, the command-line client interacts with the local Incus daemon, but you can add other servers or clusters to interact with.
 
 One use case for remote servers is to distribute images that can be used to create instances on local servers.
-See {ref}`remote-image-servers` for more information.
+See {ref}`image-servers` for more information.
 
 You can also add a full Incus server as a remote server to your client.
 In this case, you can interact with the remote server in the same way as with your local daemon.