# Optional: start a new screen session in case we lose our connection.
screen -drR

# Configure non-persistent networking.
./kayobe-config/configure-local-networking.sh

# Start up the seed VM.
sudo virsh start seed

# Create some 'bare metal' VMs for the controller and compute node.
# NOTE: Make sure to use ./tenks, since just ‘tenks’ will install via PyPI.
export TENKS_CONFIG_PATH=config/src/kayobe-config/tenks.yml
./dev/tenks-deploy.sh ./tenks

# Activate the Kayobe environment, to allow running commands directly.
source dev/environment-setup.sh

# Inspect and provision the overcloud hardware:
kayobe overcloud inventory discover
kayobe overcloud hardware inspect
kayobe overcloud provision

# Deploy the control plane:
# (following https://kayobe.readthedocs.io/en/latest/deployment.html#id3)
kayobe overcloud host configure
kayobe overcloud container image pull
kayobe overcloud service deploy
source config/src/kayobe-config/etc/kolla/public-openrc.sh
kayobe overcloud post configure

# At this point it should be possible to access the Horizon GUI via the seed
# hypervisor's floating IP address, using port 80 (achieved through port
# forwarding).

# Note that when accessing the VNC console of an instance via Horizon, you
# will be sent to the internal IP address of the controller, 192.168.33.2,
# which will fail. Replace this with the floating IP of the seed hypervisor
# VM.

# The following script will register some resources in OpenStack to enable
# booting up a tenant VM.
source config/src/kayobe-config/etc/kolla/public-openrc.sh
./config/src/kayobe-config/init-runonce.sh

# Following the instructions displayed by the above script, boot a VM.
# You'll need to have activated the ~/os-venv virtual environment.
source ~/os-venv/bin/activate
openstack server create --image cirros --flavor m1.tiny --key-name mykey --network demo-net demo1

# Assign a floating IP to the server to make it accessible.
openstack floating ip create public1
fip=$(openstack floating ip list -f value -c 'Floating IP Address' --status DOWN | head -n 1)
openstack server add floating ip demo1 $fip

# Check SSH access to the VM.
ssh cirros@$fip

# Install git and screen.
sudo yum -y install git screen

# Optional: start a new screen session in case we lose our connection.
screen -drR

# Clone Kayobe.
git clone https://git.openstack.org/openstack/kayobe.git -b stable/rocky
cd kayobe

# Clone this Kayobe configuration.
mkdir -p config/src
cd config/src/
git clone https://github.com/stackhpc/a-universe-from-nothing.git kayobe-config

./kayobe-config/configure-local-networking.sh

# Install kayobe.
cd ~/kayobe
./dev/install.sh

# Deploy hypervisor services.
./dev/seed-hypervisor-deploy.sh

# Deploy a seed VM.
# FIXME: Will fail first time due to missing bifrost image.
./dev/seed-deploy.sh

# Pull, retag images, then push to our local registry.
./config/src/kayobe-config/pull-retag-push-images.sh

# Deploy a seed VM. Should work this time.
./dev/seed-deploy.sh

# FIXME: There is an issue with Bifrost which does not restrict the version
# of proliantutils it installs.
ssh 192.168.33.5 sudo docker exec bifrost_deploy pip install proliantutils==2.7.0
ssh 192.168.33.5 sudo docker exec bifrost_deploy systemctl restart ironic-conductor

# Clone the Tenks repository.
git clone https://git.openstack.org/openstack/tenks.git

# Shutdown the seed VM.
sudo virsh shutdown seed

# Install git and screen.
sudo yum -y install git screen

# Optional: start a new screen session in case we lose our connection.
screen -drR

# Clone Kayobe.
git clone https://git.openstack.org/openstack/kayobe.git -b stable/rocky
cd kayobe

# Clone this Kayobe configuration.
mkdir -p config/src
cd config/src/
git clone https://github.com/stackhpc/a-universe-from-nothing.git kayobe-config

./kayobe-config/configure-local-networking.sh

# Install kayobe.
cd ~/kayobe
./dev/install.sh

# Deploy hypervisor services.
./dev/seed-hypervisor-deploy.sh

# Deploy a seed VM.
# FIXME: Will fail first time due to missing bifrost image.
./dev/seed-deploy.sh

# Pull, retag images, then push to our local registry.
./config/src/kayobe-config/pull-retag-push-images.sh

# Deploy a seed VM. Should work this time.
./dev/seed-deploy.sh

# FIXME: There is an issue with Bifrost which does not restrict the version
# of proliantutils it installs.
ssh 192.168.33.5 sudo docker exec bifrost_deploy pip install proliantutils==2.7.0
ssh 192.168.33.5 sudo docker exec bifrost_deploy systemctl restart ironic-conductor

# Clone the Tenks repository, deploy some VMs for the controller and compute node.
git clone https://git.openstack.org/openstack/tenks.git
# NOTE: Make sure to use ./tenks, since just ‘tenks’ will install via PyPI.
export TENKS_CONFIG_PATH=config/src/kayobe-config/tenks.yml
./dev/tenks-deploy.sh ./tenks

# Activate the Kayobe environment, to allow running commands directly.
source dev/environment-setup.sh

# Inspect and provision the overcloud hardware:
kayobe overcloud inventory discover
kayobe overcloud hardware inspect
kayobe overcloud provision

# Deploy the control plane:
# (following https://kayobe.readthedocs.io/en/latest/deployment.html#id3)
kayobe overcloud host configure
kayobe overcloud container image pull
kayobe overcloud service deploy
source config/src/kayobe-config/etc/kolla/public-openrc.sh
kayobe overcloud post configure

# At this point it should be possible to access the Horizon GUI via the seed
# hypervisor's floating IP address, using port 80 (achieved through port
# forwarding).

# Note that when accessing the VNC console of an instance via Horizon, you
# will be sent to the internal IP address of the controller, 192.168.33.2,
# which will fail. Replace this with the floating IP of the seed hypervisor
# VM.

# The following script will register some resources in OpenStack to enable
# booting up a tenant VM.
source config/src/kayobe-config/etc/kolla/public-openrc.sh
./config/src/kayobe-config/init-runonce.sh

# Following the instructions displayed by the above script, boot a VM.
# You'll need to have activated the ~/os-venv virtual environment.
source ~/os-venv/bin/activate
openstack server create --image cirros --flavor m1.tiny --key-name mykey --network demo-net demo1

# Assign a floating IP to the server to make it accessible.
openstack floating ip create public1
fip=$(openstack floating ip list -f value -c 'Floating IP Address' --status DOWN | head -n 1)
openstack server add floating ip demo1 $fip

# Check SSH access to the VM.
ssh cirros@$fip