fix(genesis): finish consumer integration

docs/source/guides/install-guides/common_sections.rst

@@ -143,12 +143,23 @@ Unless you are downloading ``xcat-dep`` to match a specific version of xCAT, it'
         cd <os>/<arch>
         ./mklocalrepo.sh
 
-#. Configure the common repository from the same mirror.  This repository is
-   independent of the management-node operating system and architecture: ::
+#. Configure the common repository if ``common`` is present in the archive.
+   This repository is independent of the management node operating system and
+   architecture: ::
 
         cd ~/xcat/xcat-dep/common
         ./mklocalrepo.sh
 
+   If ``common`` is not in the archive, mirror it before disconnecting the
+   installation network: ::
+
+        mkdir -p ~/xcat/xcat-dep/common
+        dnf reposync --repoid=xcat-dep-common --download-metadata \
+          --download-path ~/xcat/xcat-dep/common --norepopath
+
+   Run ``mklocalrepo.sh`` from the mirrored directory after copying the mirror
+   to the management node.
+
 .. END_configure_xcat_local_repo_xcat-dep_RPM
 
 .. BEGIN_configure_xcat_local_repo_xcat-dep_DEBIAN

xCAT-client/pods/man8/mknb.8.pod

@@ -14,13 +14,15 @@ It creates a network boot root image (used for node discovery, BMC programming,
 for the same architecture that the management node is.  So you normally do not need to run the
 B<mknb> command yourself.
 
-If you make custom changes to the network boot root image, you will need to run B<mknb> again to regenerate the diskless image to include your changes.  If you have an xCAT Hierarchical Cluster with Service Nodes having local /tftpboot directories (site.sharedtftp=0), you will need to copy the generated root image to each Service Node.
+If you make custom changes to the network boot root image, run B<mknb> again to regenerate it. In an xCAT hierarchical cluster where service nodes have local C</tftpboot> directories (C<site.sharedtftp=0>), copy the generated image to each service node.
 
-An exported Genesis image is identified by C<xcat-genesis.manifest>, which records its format version and architecture. The directory also contains C<kernel>, C<initramfs.cpio.gz>, and C<SHA256SUMS> in C</opt/xcat/share/xcat/netboot/genesis/ARCH>. B<mknb> verifies the manifest and both boot files before publishing them under the configured TFTP root. An incomplete or invalid export leaves the current boot files unchanged. The legacy C<fs/> layout remains supported and is packed locally.
+An OpenEmbedded Genesis package installs an exported image under C</opt/xcat/share/xcat/netboot/genesis-openembedded/ARCH>. B<mknb> prefers that image when it is installed. Otherwise it uses the old image under C</opt/xcat/share/xcat/netboot/genesis/ARCH>.
+
+An export is identified by C<xcat-genesis.manifest>, which records its format version and architecture. The directory also contains C<kernel>, C<initramfs.cpio.gz>, and C<SHA256SUMS>. B<mknb> verifies the manifest and both boot files before publishing them under the configured TFTP root. An incomplete or invalid export leaves the current boot files unchanged. The legacy C<fs/> layout remains supported and is packed locally.
 
 When multiple IPv4 addresses are configured for the same network, B<mknb> uses a locally assigned C<site.master> for the xcatd endpoint, or the first address reported by the operating system when C<site.master> is not local. POWER discovery configurations also use this address for their kernel and initrd URLs.
 
-Presently, the architectures x86_64 and ppc64 are supported. For ppc64le, use the ppc64 architecture.
+OpenEmbedded images use the exact architecture names C<x86>, C<x86_64>, C<ppc64>, C<ppc64le>, C<armv7hf>, C<aarch64>, and C<riscv64>. If an OpenEmbedded C<ppc64le> image is not installed, B<mknb> keeps the old behavior and uses the legacy C<ppc64> image.
 
 =head1 OPTIONS
 

xCAT-server/lib/xcat/plugins/mknb.pm

@@ -379,7 +379,9 @@ sub process_request {
     }
     if ($requested_arch eq 'ppc64el') {
         $callback->({ data => 'Using the canonical architecture name ppc64le' });
-    } elsif ($requested_arch eq 'ppc64le' && $arch eq 'ppc64') {
+    }
+    if (($requested_arch eq 'ppc64le' || $requested_arch eq 'ppc64el')
+        && $arch eq 'ppc64') {
         $callback->({ data => 'OpenEmbedded ppc64le is not installed, using the legacy ppc64 image' });
     }
     $request->{arg}->[0] = $arch;

xCAT-server/share/xcat/tools/go-xcat

@@ -487,7 +487,7 @@ function debug_trace()
 	return "${rc}"
 }
 
-[[ ${GO_XCAT_LIBRARY_ONLY:-0} == 1 ]] || internal_setup
+internal_setup
 
 # Check operating system
 function check_os()
@@ -2320,12 +2320,6 @@ function boo_boo_if_bad()
 #
 # Main program goes here.
 
-if [[ ${GO_XCAT_LIBRARY_ONLY:-0} == 1 ]]
-then
-	# shellcheck disable=SC2317
-	return 0 2>/dev/null || exit 0
-fi
-
 declare -a GO_XCAT_YES=()
 GO_XCAT_ACTION=""
 GO_XCAT_CORE_URL=""