Move genenv.sh and start.sh to tools directory

Rename them `genenv` and `start`.
Have `genenv` create the openrc file in the top-level directory.

Add openrc and compose/openstack.env to gitignore, as well as *.img.

Change-Id: I5d8006e97efd77cf364215f55d5e585139ae273e

3 files changed, 2 insertions, 183 deletions

diff --git a/compose/README.md b/compose/README.md
index ba0ce74e5..a513f78a0 100644
--- a/compose/README.md
+++ b/compose/README.md
@@ -2,12 +2,12 @@ Docker compose
 ==============
 
 These scripts and docker compose files can be used to stand up a simple
-installation of openstack.  Running the 'genenv.sh' script creates an
+installation of openstack.  Running the 'tools/genenv' script creates an
 'openstack.env' suitable for running on a single host system as well as an
 'openrc' to allow access to the installation.
 
 Once you have run that you can either manually start the containers using the
-'docker-compose' command or try the 'start.sh' script which tries to start them
+'docker-compose' command or try the 'tools/start' script which tries to start them
 all in a reasonable order, waiting at key points for services to become
 available.  Once stood up you can issue the typical openstack commands to use
 the installation:
diff --git a/compose/genenv.sh b/compose/genenv.sh
deleted file mode 100755
index dc1e52f80..000000000
--- a/compose/genenv.sh
+++ /dev/null
@@ -1,106 +0,0 @@
-#!/bin/bash
-#
-# This script generates a minimal set of environment variables to allow
-# the openstack containers to operate.  It is creating a configuration
-# suitable for an all-in-one installation of openstack.
-#
-# It also creates a suitable 'openrc' for use with the installed system.
-
-MY_IP=$(ip route get $(ip route | awk '$1 == "default" {print $3}') |
-    awk '$4 == "src" {print $5}')
-
-MY_DEV=$(ip route get $(ip route | awk '$1 == "default" {print $3}') |
-    awk '$4 == "src" {print $3}')
-
-echo MY_IP=$MY_IP
-echo MY_DEV=$MY_DEV
-
-# Database
-HOST_IP=$MY_IP
-MYSQL_ROOT_PASSWORD=kolla
-PASSWORD=12345
-
-# Host
-ADMIN_TENANT_NAME=admin
-PUBLIC_IP=$HOST_IP
-
-# RabbitMQ
-RABBITMQ_SERVICE_HOST=$HOST_IP
-RABBIT_USER=guest
-RABBIT_PASSWORD=guest
-
-# Keystone
-KEYSTONE_ADMIN_TOKEN=$PASSWORD
-KEYSTONE_DB_PASSWORD=kolla
-KEYSTONE_ADMIN_PASSWORD=$PASSWORD
-KEYSTONE_PUBLIC_SERVICE_HOST=$HOST_IP
-KEYSTONE_ADMIN_SERVICE_HOST=$HOST_IP
-KEYSTONE_AUTH_PROTOCOL=http
-
-# Glance
-GLANCE_DB_NAME=glance
-GLANCE_DB_USER=glance
-GLANCE_DB_PASSWORD=kolla
-GLANCE_KEYSTONE_USER=glance
-GLANCE_KEYSTONE_PASSWORD=glance
-GLANCE_API_SERVICE_HOST=$HOST_IP
-GLANCE_REGISTRY_SERVICE_HOST=$HOST_IP
-
-# Nova
-NOVA_DB_PASSWORD=nova
-NOVA_DB_NAME=nova
-NOVA_DB_USER=nova
-NOVA_KEYSTONE_USER=nova
-NOVA_KEYSTONE_PASSWORD=nova
-NOVA_API_SERVICE_HOST=$HOST_IP
-NOVA_EC2_SERVICE_HOST=$HOST_IP
-NOVA_PUBLIC_INTERFACE=$MY_DEV
-NOVA_FLAT_INTERFACE=$MY_DEV
-CONFIG_NETWORK=True
-
-cat > openrc <<EOF
-export OS_AUTH_URL="http://${KEYSTONE_PUBLIC_SERVICE_HOST}:5000/v2.0"
-export OS_USERNAME=$ADMIN_TENANT_NAME
-export OS_PASSWORD=$PASSWORD
-export OS_TENANT_NAME=$ADMIN_TENANT_NAME
-EOF
-
-cat > openstack.env <<EOF
-ADMIN_TENANT_NAME=$ADMIN_TENANT_NAME
-CONFIG_NETWORK=$CONFIG_NETWORK
-DB_ROOT_PASSWORD=$MYSQL_ROOT_PASSWORD
-FLAT_INTERFACE=$NOVA_FLAT_INTERFACE
-GLANCE_API_SERVICE_HOST=$GLANCE_API_SERVICE_HOST
-GLANCE_DB_NAME=$GLANCE_DB_NAME
-GLANCE_DB_PASSWORD=$GLANCE_DB_PASSWORD
-GLANCE_DB_USER=$GLANCE_DB_USER
-GLANCE_KEYSTONE_PASSWORD=$GLANCE_KEYSTONE_PASSWORD
-GLANCE_KEYSTONE_USER=$GLANCE_KEYSTONE_USER
-GLANCE_REGISTRY_SERVICE_HOST=$GLANCE_REGISTRY_SERVICE_HOST
-KEYSTONE_ADMIN_PASSWORD=$KEYSTONE_ADMIN_PASSWORD
-KEYSTONE_ADMIN_SERVICE_HOST=$KEYSTONE_ADMIN_SERVICE_HOST
-KEYSTONE_ADMIN_SERVICE_PORT=35357
-KEYSTONE_ADMIN_TOKEN=$KEYSTONE_ADMIN_TOKEN
-KEYSTONE_AUTH_PROTOCOL=$KEYSTONE_AUTH_PROTOCOL
-KEYSTONE_DB_PASSWORD=$KEYSTONE_DB_PASSWORD
-KEYSTONE_PUBLIC_SERVICE_HOST=$KEYSTONE_PUBLIC_SERVICE_HOST
-MARIADB_SERVICE_HOST=$HOST_IP
-MYSQL_ROOT_PASSWORD=$MYSQL_ROOT_PASSWORD
-NETWORK_MANAGER=nova
-NOVA_API_SERVICE_HOST=$NOVA_API_SERVICE_HOST
-NOVA_DB_NAME=$NOVA_DB_NAME
-NOVA_DB_PASSWORD=$NOVA_DB_PASSWORD
-NOVA_DB_USER=$NOVA_DB_USER
-NOVA_EC2_API_SERVICE_HOST=$NOVA_EC2_SERVICE_HOST
-NOVA_EC2_SERVICE_HOST=$NOVA_EC2_SERVICE_HOST
-NOVA_KEYSTONE_PASSWORD=$NOVA_KEYSTONE_PASSWORD
-NOVA_KEYSTONE_USER=$NOVA_KEYSTONE_USER
-PUBLIC_INTERFACE=$NOVA_PUBLIC_INTERFACE
-PUBLIC_IP=$HOST_IP
-PUBLIC_IP=$PUBLIC_IP
-RABBITMQ_PASS=$RABBIT_PASSWORD
-RABBITMQ_SERVICE_HOST=$RABBITMQ_SERVICE_HOST
-RABBITMQ_USER=$RABBIT_USER
-RABBIT_PASSWORD=$RABBIT_PASSWORD
-RABBIT_USERID=$RABBIT_USER
-EOF
diff --git a/compose/start.sh b/compose/start.sh
deleted file mode 100755
index fde554fc3..000000000
--- a/compose/start.sh
+++ /dev/null
@@ -1,75 +0,0 @@
-#!/bin/bash
-#
-# This script can be used to start a minimal set of containers that allows
-# you to boot an instance.  Note that it requires that you have some openstack
-# clients available: keystone, glance, and nova, as well as mysql to ensure
-# services are up.  You will also need these in order to interact with the
-# installation once started.
-
-if [[ $EUID -ne 0 ]]; then
-    echo "You must execute this script as root." 1>&2
-    exit 1
-fi
-
-# Set SELinux to permissive
-setenforce permissive
-
-# This directory is shared with the host to allow qemu instance
-# configs to remain accross restarts.  This is needed in the event libvirt
-# is not installed in the system.
-mkdir -p /etc/libvirt/qemu
-
-# This should probably go into nova-networking or nova-compute containers.
-# but you can't modprobe from a container for some reason
-modprobe ebtables
-
-MY_IP=$(ip route get $(ip route | awk '$1 == "default" {print $3}') |
-    awk '$4 == "src" {print $5}')
-
-# Source openrc for commands
-source openrc
-
-echo Starting rabbitmq.
-docker-compose -f rabbitmq.yml up -d
-
-echo Starting mariadb.
-docker-compose -f mariadb.yml up -d
-
-echo Starting keystone.
-docker-compose -f keystone.yml up -d
-
-echo Starting glance.
-docker-compose -f glance-api-registry.yml up -d
-
-echo Starting nova.
-docker-compose -f nova-api-conductor-scheduler.yml up -d
-
-echo Starting nova compute with nova networking.
-docker-compose -f nova-compute-network.yml up -d
-
-IMAGE_URL=http://download.cirros-cloud.net/0.3.3/
-IMAGE=cirros-0.3.3-x86_64-disk.img
-if ! [ -f "$IMAGE" ]; then
-    curl -o $IMAGE $IMAGE_URL/$IMAGE
-fi
-
-until keystone user-list | grep glance
-do
-    echo "Waiting for OpenStack services to become available"
-    sleep 2
-done
-
-sleep 3
-
-echo Creating glance image.
-glance image-create --name cirros --is-public false --disk-format qcow2 --container-format bare --file $IMAGE
-
-echo Example usage:
-echo
-echo nova secgroup-add-rule default tcp 22 22 0.0.0.0/0
-echo nova secgroup-add-rule default icmp -1 -1 0.0.0.0/0
-echo nova network-create vmnet --fixed-range-v4=10.0.0.0/24 --bridge=br100 --multi-host=T
-echo
-echo nova keypair-add mykey > mykey.pem
-echo chmod 600 mykey.pem
-echo nova boot --flavor m1.medium --key_name mykey --image cirros kolla_vm