Fix document format, e.g. numbers and paragraph

Change-Id: I914ea3968513af77d8aacfc21973f06b2065608e
Signed-off-by: Pengfei Ni <feiskyer@gmail.com>

doc/source/architecture.rst

@@ -16,13 +16,13 @@ Hyper, and offers built-in soft/hard multi-tenancy (depending on the container r
 Components
 ===========
 
-#. Standard OpenStack Compoents
+1. Standard OpenStack Compoents
 
 * OpenStack Keytone
 * OpenStack Neutron
 * OpenStack Cinder
 
-#. Standard Kubernetes Components
+2. Standard Kubernetes Components
 
 * Etcd: the storage of kubernetes.
 * Kube-apiserver: the API, authn/authz and admission control of kubernetes.
@@ -32,8 +32,9 @@ Components
 * Frakti&HyperContainer: a hypervisor-based container runtime.
 * Docker: docker container runtime.
 
-#. Stackube addons
+3. Stackube addons
 
 * Stackube-controller: tenant and network manager.
 * Stackube-proxy: service discovery and load balancing, replacement of kube-proxy.
 * Kubestack: the CNI network plugin, which connects containers to Neutron network.
+

doc/source/conf.py

@@ -51,8 +51,6 @@ extensions = ['sphinx.ext.autodoc',
               'openstackdocstheme',
               'oslosphinx',
               'support_matrix',
-              'oslo_config.sphinxext',
-              'oslo_config.sphinxconfiggen',
               ]
 
 # openstackdocstheme options

doc/source/stackube_scope_clarification.rst

@@ -87,29 +87,40 @@ us (and we’d like to) integrate it with any OpenStack-Kubernetes plugin.
 But right now, we hope to keep everything as simple as possible and
 focus on the core components.
 
-A typical deployment workflow of Stackube
+Deployment workflow
 =========================================
 
-On control nodes:
+-----------------
+On control nodes
+-----------------
 
-#. Install standalone Keystone, Neutron, Cinder (ceph rbd)
+Install standalone Keystone, Neutron, Cinder (ceph rbd).
+This can be done by any existing tools like devstack, RDO etc.
 
-   * This can be done by any existing tool like devstack, RDO etc
+----------------
+On other nodes
+----------------
 
-On other nodes:
+1. Install neutron L2 agents
 
-#. Install Kubernetes
+   This can be done by any existing tools like devstack, RDO etc.
+
+2. Install Kubernetes
 
    * Including container runtimes, CRI shims, CNI etc
-   * This can be done by any existing tool like kubeadm etc
+   * This can be done by any existing tools like kubeadm etc
 
-Deploy Stackube:
+3. Deploy Stackube
 
-#. *kubectl apply -f stackube.yaml*
+::
 
-   * This will deploy all Stackube plugins as Pods and DaemonSets to the cluster
+  kubectl create -f stackube-configmap.yaml
+  kubectl create -f deployment/stackube-proxy.yaml
+  kubectl create -f deployment/stackube.yaml
 
-(You can also deploy all these components in a single node)
+
+This will deploy all Stackube plugins as Pods and DaemonSets to the
+cluster. You can also deploy all these components in a single node.
 
 After that, users can use Kubernetes API to manage containers with
 hypervisor isolation, Neutron network, Cinder volume and tenant