Derusha Digital Designs

Install and Configure Ansible AWX on Ubuntu 18+

2021-06-10T00:00:00+00:00

Complete installation script for deploying AWX on Ubuntu with Kubernetes

Install and Configure Ansible AWX on Ubuntu 18+

Since AWX moved the primary installation method to Kubernetes, it’s become a little more difficult to setup a test/dev installation of AWX. Nearly every guide I could find on the internet was written for AWX 17 and below, so I assembled this script to deploy Ansible AWX on Ubuntu 18 and above.

Requirements

SSH access to Ubuntu 18/20 host which will run AWX (system requires 4 CPUs and 4GB RAM)
Logged-in user account with sudo access
Hostname set correctly such that hostname and hostname --fqdn return the correct responses

Run script from GitHub

wget https://raw.githubusercontent.com/aderusha/aderusha.github.io/master/scripts/ubuntu-minikube-awx.sh
chmod +x ubuntu-minikube-awx.sh
./ubuntu-minikube-awx.sh

`ubuntu-minikube-awx.sh`

#!/bin/bash

# Color codes for progress text
WHITE='\033[1;37m'
GREEN='\033[0;32m'
NC='\033[0m'

# This script needs to run with permissions granted to the docker user group later, so check all of that first
DOCKERGROUP=docker
if [ ! $(getent group ${DOCKERGROUP}) ]; then
  echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Creating group ${DOCKERGROUP}${NC}"
  sudo groupadd ${DOCKERGROUP}
fi

if [ ! $(getent group ${DOCKERGROUP} | grep -q ":${USER}" ) ]; then
  echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Adding user ${USER} to group ${DOCKERGROUP}${NC}"
  sudo usermod -aG ${DOCKERGROUP} ${USER}
fi

if [ $(id -gn) != ${DOCKERGROUP} ]; then
  echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Relaunching with group ${DOCKERGROUP}${NC}"
  exec sg ${DOCKERGROUP} "$0 $*"
fi

# download and install docker
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Downloading and installing Docker${NC}"
curl -fsSL https://download.docker.com/linux/ubuntu/gpg | sudo apt-key add -
sudo add-apt-repository "deb [arch=amd64] https://download.docker.com/linux/ubuntu $(lsb_release -cs) stable"
sudo apt update
sudo apt install -y docker-ce docker-ce-cli containerd.io

sudo systemctl restart docker

# install kubectl snap
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Downloading and installing kubectl${NC}"
sudo snap install kubectl --classic

# install minikube
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Downloading and installing minikube${NC}"
curl -LO https://storage.googleapis.com/minikube/releases/latest/minikube_latest_amd64.deb
sudo dpkg -i minikube_latest_amd64.deb
minikube start --addons=ingress --install-addons=true --kubernetes-version=stable --driver=docker 

# confirm permissions on minikube dirs
sudo chown -R $USER $HOME/.kube $HOME/.minikube
chmod -R u+wrx $HOME/.kube $HOME/.minikube

# show running pods
minikube kubectl -- get pods -A

echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Creating and starting minikube services${NC}"
# setup minikube as a service to launch on start
sudo tee /etc/systemd/system/minikube.service << EOF
[Unit]
Description=minikube Kubernetes service
After=network.target

[Install]
WantedBy=multi-user.target

[Service]
Type=oneshot
RemainAfterExit=yes
ExecStart=/usr/bin/minikube start
ExecStop=/usr/bin/minikube stop
Group=docker
User=${USER}
EOF

# reload systemd and enable the service
sudo systemctl --system daemon-reload
sudo systemctl enable minikube.service
sudo systemctl start minikube.service

# setup k8s dashboard as a service to launch on start
sudo tee /etc/systemd/system/minikube-dashboard.service << EOF
[Unit]
Description=minikube Kubernetes Dashboard UI
After=minikube.service

[Install]
WantedBy=multi-user.target

[Service]
ExecStart=/usr/bin/minikube dashboard
Group=docker
User=${USER}
EOF

# reload systemd and enable the service
sudo systemctl --system daemon-reload
sudo systemctl enable minikube-dashboard.service
sudo systemctl start minikube-dashboard.service

# setup kubectl proxy for dashboard, leave disabled
sudo tee /etc/systemd/system/kubectl-proxy-8001.service << EOF
[Unit]
Description=minikube Kubernetes proxy service 8001
After=minikube-dashboard.service

[Install]
WantedBy=multi-user.target

[Service]
ExecStart=/bin/bash -c "/snap/bin/kubectl proxy --address 0.0.0.0 --port=8001 --accept-hosts '.*'"
Group=docker
User=${USER}
EOF

# reload systemd and disable the service (k8s dashboard has no user auth, enable as needed)
sudo systemctl --system daemon-reload
sudo systemctl disable kubectl-proxy-8001.service

echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Deploying AWX Operator${NC}"

AWX_OPERATOR_RELEASE=$(curl --silent "https://api.github.com/repos/ansible/awx-operator/releases/latest" | grep '"tag_name":' | sed -E 's/.*"([^"]+)".*/\1/')
minikube kubectl -- apply -f https://raw.githubusercontent.com/ansible/awx-operator/${AWX_OPERATOR_RELEASE}/deploy/awx-operator.yaml

# continue once STATUS == Running
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Waiting for AWX Operator${NC}"
until [ $(minikube kubectl get pods | grep "awx-operator.*Running" | wc -l) -ge "1" ]; do 
  sleep 1
done

# create deployment file
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Deploying AWX${NC}"
cat << EOF >> awx-deploy.yml
---
apiVersion: awx.ansible.com/v1beta1
kind: AWX
metadata:
  name: $(hostname)
spec:
  service_type: NodePort
  ingress_type: ingress
  hostname: $(hostname --fqdn)
EOF

# execute deployment file
minikube kubectl apply -- -f awx-deploy.yml

# wait until we have 2 pods running which start with "${HOSTNAME}-"
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Waiting for AWX${NC}"
until [ $(minikube kubectl get pods | grep "${HOSTNAME}-.*Running" | wc -l) -ge "2" ]
do 
  sleep 1
done

# create a port forward service for access to AWX
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Creating AWX port forward${NC}"
sudo tee /etc/systemd/system/kubectl-awx-forward.service << EOF
[Unit]
Description=minikube AWX port forward 80
After=minikube.service

[Install]
WantedBy=multi-user.target

[Service]
ExecStart=/bin/bash -c "/snap/bin/kubectl port-forward --address=0.0.0.0 --namespace=default  --kubeconfig /root/.kube/config service/${HOSTNAME}-service 80:80"
EOF

# copy kubectl config to root homedir for service
sudo cp -R $HOME/.kube /root

# reload systemd and enable the service
sudo systemctl --system daemon-reload
sudo systemctl enable kubectl-awx-forward.service
sudo systemctl start kubectl-awx-forward.service

# continue after AWX upgrade
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}Waiting for AWX upgrade to complete${NC}"
sleep 30
while wget -qO- http://127.0.0.1 | grep "AWX is currently upgrading" > /dev/null;
do 
  sleep 1
done

# collect the password for AWX user "admin"
AWX_ADMINPASS=$(minikube kubectl -- get secret ${HOSTNAME}-admin-password -o jsonpath='{.data.password}' | base64 --decode)
echo -e "${WHITE}$(date --iso-8601=seconds) ${GREEN}AWX installed and running, access with user ${WHITE}admin${GREEN} and password ${WHITE}${AWX_ADMINPASS}"

Fire HD 10 Tablet VESA Mount

2021-04-22T00:00:00+00:00

3D printable VESA mount for the Fire HD 10 Tablet

Fire HD 10 Tablet VESA Mount

This project provides a 100x100 VESA mount for an Amazon Fire HD 10 Tablet.

I have been working out some ideas to get a little better functionality out of my DRO scales through the awesome TouchDRO project. This required an Android device that I could mount near my mill, which means I needed a sturdy mount that could protect the tablet from an environment where oil and conductive metal chips would be flying around pretty regularly. The tablet itself is a little too big to fit on my printer so the model has been split into two pieces. This also allows the mount to fully enclose the tablet on all sides once assembled. The result is easy to print, attractive, and functional.

The Fire HD 10 Tablet VESA Mount can be used with any 100mm x 100mm pattern VESA mount. An accompanying project also includes a suitable VESA adapter for common DRO mounting arms.

3D Models

Fire HD 10 Tablet VESA Mount left side Left side enclosure for the Fire HD 10 Tablet
Fire HD 10 Tablet VESA Mount right side - external power Right side enclosure with external opening for USB C power connector on the side
Fire HD 10 Tablet VESA Mount right side - enclosed power Right side enclosure with enclosed USB C power to extend out of the rear to protect against foreign material ingress into the tablet and enclosure.

BOM

To complete this assembly you will also need the following:

Assembly

Print the left side and one of the two right side models. I’ve used Overture PETG with .20mm layers to good effect. No supports should be required if your printer is dialed in.
Press-fit the 4x M4 nuts into the two halves of the enclosure.
Insert the 2x M3 nuts into the pockets on the back of the left side enclosure
If using the enclosed model, attach the right-angle USB-C cable to the Fire HD 10 Tablet
Slide the tablet into the left-side enclosure, then slide on the right side while guiding the USB cable into the cutouts provided.
Insert M3 nuts into the holes in the right side then tighten them to pull the two halves together.

Notes

Be careful when selecting M4 screws for attachment to your VESA mount. Anything longer than 6mm will run into the back of the tablet.
A 3mm hole runs through the right side to the tablet’s power button. You can use a 2mm hex key or similar to access the power button through this hole if needed.

VESA mount for DRO Arm

2021-04-22T00:00:00+00:00

3D printable VESA mount for common DRO mounting arms

VESA-Mount-for-DRO-Arm

100mm x 100mm VESA mount for common DRO mounting arms that have a 10mm mounting hole through a 20mm thick bar.

I have been working out some ideas to get a little better functionality out of my DRO scales through the awesome TouchDRO project. This required an Android device that I could mount near my mill, which means I needed a sturdy mount that could protect the tablet from an environment where oil and conductive metal chips would be flying around pretty regularly. As I already had a DRO mount, I created a VESA enclosure for the Amazon Fire HD 10 Tablet and then this VESA mount for the DRO arm. Together, they provide a rigid and secure solution for touchscreen DRO at my machine.

3D Models

VESA mount for DRO bar - Bar side This part attaches to the DRO mount. You can modify this model to fit your own mount if needed, then use the rest of the project as-is.
VESA mount for DRO bar - VESA side main body 100mm x 100mm pattern VESA mount with one side of a pivot hinge
VESA mount for DRO bar - VESA side pylon The other pivot hinge which fits into the VESA mount and is secured with 2x M3 bolts

BOM

To complete this assembly you will also need the following:

Assembly

Print all three included models. I’ve used Overture PETG with .20mm layers to good effect. No supports should be required if your printer is dialed in.
Press-fit the M4 nut into the VESA side pylon.
Insert the 2x M3 nuts into the pockets on the side of the VESA side pylon.
Set the Bar Side mount in place on the main body, then bring the pylon into place by setting it in at an angle on the main body and rotating it to vertical.
Attach the pylon to the main body with M3 socket-head screws.
Run the 30mm M4 screw through the assembled parts to allow the mount to pivot. Tighten this screw to adjust the friction of the tilt adjustment of this mount.
Use the 4x 8mm M4 screws to secure this mount to your VESA device.

Notes

If you’re using this with the Fire 10 HD Tablet VESA enclosure, be sure to use 8mm screws or you’ll run your screws into the tablet.

TouchDRO DIY Enclosure

2021-04-20T00:00:00+00:00

An enclosure for the TouchDRO DIY kit for glass scales.

Enclosure for the TouchDRO DIY kit for glass scales

This model provides an enclosure for the TouchDRO DIY kit for glass scales.

The awesome TouchDRO project now offers an inexpensive DIY kit you can assemble yourself. The kit doesn’t include an enclosure, so I created one that might work out for you.

3D Models

TouchDRO_DIY_enclosure_top Top half of the enclosure with inlaid text labels
TouchDRO_DIY_enclosure_top_inlay Inlay text for two-color prints
TouchDRO_DIY_enclosure_bottom Bottom half of the enclosure
TouchDRO_DIY_enclosure_bottom_-_DDD_Wall_Control Bottom half of the enclosure for use with the DDD Printable Wall Control System

BOM

To complete this assembly you will also need the following:

Assembly

Print the top side and one of the two bottom half models. I’ve used Overture PETG with .20mm layers to good effect. No supports should be required if your printer is dialed in.
Press-fit the 4x M4 nuts into the two halves of the enclosure.
Mount the DB9 shells to the top enclosure with 8x 4-40 Jack Screws + nuts. Use some red LocTite to keep this secured.
Place the top onto the enclosure and secure with 4x 35mm M4 socket-head screws

Notes

For nice and readable text labels, print the TouchDRO DIY enclosure top inlay model in one color, leave that on your print bed, then print the rest of the top enclosure model over it.

HASPone v1.01

2021-04-01T00:00:00+00:00

HASPone firmware bug fixes and new features

HASPone v1.01 release

One huge advantage to utilizing blueprints is that the core software projects (ESP firmware, Nextion firmware, and the blueprints) are now mostly-decoupled, such that I can build smaller, more-frequent releases without impacting all the other stuff. We’ve had a few bugfixes in the ESP codebase, so I figured it’s time to release these changes in case anyone else encounters the bugs that have been addressed.

Expect this to be the pace of things in the future, more frequent, smaller updates that should be (in most cases) non-disruptive.

HASPone v1.01

New features

Add reboot on touch while waiting for WiFi or MQTT connect

Bug fixes

Remove MQTT and telnet loop process while handling Nextion ACKs
Prevent writes to EEPROM on WiFi init

Announcing HASPone!

2021-03-03T00:00:00+00:00

Huge update - new name, and new everything else too.

Announcing HASPone!

This has been a long time in the making! This release brings us to a place where I think we’ve finally reached something we can call a 1.0 release. To celebrate, I’m changing the name of the project to HASPone. The new name comes with a new home in a new repository.

There are so many things new or different about this release that it’s hard to list them all. So first, let me start with the bad news: This update is going to break basically everything. Packages are gone, Blueprints are in, and with that comes the need to nuke your packages. The good news? Re-creating most of what you have today should be a breeze, and you can do it without once opening a code editor.

That’s right:

🎉NO MORE YAML! 🎉

Some other highlights:

Massive performance and memory utilization improvements
Support for MQTT over TLS and accessing HTTPS servers for things like firmware updates
8x speedup in LCD serial communication
Improved error checking and reporting
Tight integration with the Home Assistant device registry
No more packages, no more deployhasp.sh, no more code editors, and NO MORE YAML!

If you’ve deployed the `dev` release:

…you’ll need to wipe all of that out. Thanks for your help testing! Delete any automations created and delete any blueprints you’ve imported. There’s a whole new batch for you to work with in the HASPone release. Update the ESP and LCD firmware in the web administration page - there have been substantial changes between the 1.0 release and what you have been testing!

Update Home Assistant to 2021.3

HASPone is making use of several new features found in Home Assistant release 2021.3. Make sure you update Home Assistant before proceeding!

Upgrading to HASPone

Follow this guide to get your HASPs updated to HASPone.

After you’ve upgraded to HASPone

Check out this guide to deploying your first couple of blueprints. Once you’ve done this a few times the rest is easy!

Click here for the HASPone Discussion Forum

I suspect this will make everyone’s interaction with HASP (and each other) much easier to handle.

Finally - stay tuned! There is a lot more in store for the HASwitchPlate project and this release is only a part of what we have planned!

DDD Printable Wall Control System

2020-11-09T00:00:00+00:00

3D printable modular mounting system for Wall Control pegboards

DDD Printable Wall Control System

The DDD Printable Wall Control project provides a wide range of modular pegboard hangers for use with the Wall Control powder-coated steel pegboard solutions available on Amazon. After much research I landed on Wall Control as a durable, high-strength and low-price organization solution which works with existing 1/4” standard pegboard pegs. The panels also add 1” slots which allows for greater strength and rigidity for compatible hangers. I’ve found their panels to be inexpensive, well-made, and available in a range of colors and sizes.

Wall Control sells a line of high quality hanger accessories compatible with these slots and I’ve found them to be reasonably priced and of good quality. However, printed solutions can offer a highly-customized solutions made at home for your own organization needs and can do so quickly and inexpensively. One might consider leveraging both solutions as needs arise.

DDD Printable Wall Control Designs

The DDD Printable Wall Control collection is designed for easy printability, with all parts provided in a printable orientation and no supports should required. The Quickhooks series are fast-printing models for lightweight use cases. Sidepieces and Centerpieces snap together to create strong, modular hanger solutions.

Quickhooks
	Quickhooks are fast-printing, two part hook/hanger solutions designed for quick and easy printing for lightweight use cases. Available in a range of sizes.

Sidepieces
	Sidepieces are designed with a hook that catches into the Wall Control slots. Sidepieces extend out from the wall and come in a variety of lengths and shapes, and are offered in left/right/center variations.

Centerpieces
	Centerpieces are designed to mount between a pair of sidepieces. Centerpieces are designed to create custom hook, shelf, or hangar solutions which can snap into place between a variety of sidepieces. Some centerpiece models offer an additional locking feature which allows for completely rigid connections to a Wall Control panel.

Using DDD Printable Wall Control

The simplest use case to create a single hook might involve a sidepiece along with a retainer to help keep the part in place in the slot. Most use cases will involve a left/right combination of sidepieces, with a centerpiece in the middle to create a modular hanging solution with interchangeable snap-fit parts.

The parts are designed with a press-fit, one can use a vice or clamps to force the parts together. The final fit will be determined by the calibration of your printer, if anything is loose you can add a drop of glue to keep parts held tightly.

Locking Wall Control parts

Several Centerpiece models offer a locking feature based on a fantastic idea from Seth Altobelli. A locking screw can be printed and screwed into these models to provide a solid, positive-lock fit with the Wall Control system. A locked part is fully constrained and will not move while hanging or removing a tool which greatly improves the experience over traditional pegboard offerings.

The locking screw uses a 1/4” square drive, same as one would use to drive a 1/4” drive socket.

About powder coated Wall Control Panels

Wall control panels are available in a range of colors or as a simple unpainted, steel sheet. The slots cut in the plain steel panels are slightly wider than those in the powder coated panels due to the thickness of the paint itself. The catches in these models are designed to attach firmly to the powder coated panels, while unpainted panels might have a little more play due to the difference in thickness. If your assembled part doesn’t fit tight, try including one of the locking parts to ensure a secure fit.

HASP v0.40

2020-03-29T00:00:00+00:00

New fonts, new pages, new automations, new models, and some core code improvements

HASP v0.40 release

New fonts, new pages, new automations, new models, and some core code improvements

Nextion HMI

This release marks the first major update the Nextion HMI used by the HASP project.

Proportional fonts - Noto Sans has been added in 6 different sizes and styles
Anti-aliased fonts - The existing Consolas and Wingdings fonts, as well as the new Noto Sans font are now all anti-aliased.
FontAwesome icons - All free FontAwesome icon codepoints have been added to the Noto Sans fonts in the project, allowing mixed used of text and icons anywhere text is allowed.
Removed page 9 with graph component - A poll of users suggested this wasn’t being used and we gained a lot of RAM by removing it.
Added new page 9 with HVAC control demonstration
Added new page 10 with Ceiling Fan control demonstration
Added new page 11 with one large, blank button for future use
Removed QR code from page 0 - again, a memory saving feature. WiFi setup QR is now a static picture object.
Upgraded to Nextion firmware 1.60 - latest release as of this writing

Home Assistant Automations

Nearly too many to list but here are the major points:

Full compatibility with Lovelace UI
Color “theme” support with pull-down list of included themes
Interactive color select UI
Font select UI for page select buttons
Icons added to several pages
New automations for HVAC control
New automations for Ceiling Fan control
General compatibility and code cleanup

ESP8266 code v0.40

Improvement in WiFi performance and stability by disabling power save modes
Updates to better utilize new QR image and icon fonts
Add support for haptic or audio feedback device, thanks @benmprojects!
Add backlight reset button in web UI
Updated ESP8266 Arduino core to 2.6.3

Home Assistant Update Procedure

Run the deployhasp.sh script to pull down the updated automations using one of the guides below:

Links for more HASP info

Main documentation page
Buy HASwitchPlate PCBs - strongly recommended for safe assembly. Buy them from me or download the gerbers and send them to your favorite short-run PCB fab.
Buy an assembled device ready to install if the build process seems intimidating
HASwitchPlate Discord chat
HASwitchPlate Reddit community

HASP v0.39

2020-02-11T00:00:00+00:00

Home Assistant Lovelace compatibility release

HASP v0.39 release

Home Assistant Lovelace compatibility release

Home Assistant Automations

Remove “views” as they will be deprecated in 107
Fixed automations utilizing time_pattern to match documentation
Changed weather provider to NWS as Met.no is no longer allowed to be configured manually
Another MDI icon rename fix
Update deployhasp.sh with some fixes for newer Home Assistant installations
Added “migrate-hasp-107.sh” to automatically remove the “view” statements for compatibility w/ version 107
Added example Lovelace YAML to replace some of the functionality lost from “view”

Fix for Home Assistant v107

Home Assistant is finally removing the “States” UI which has some unique functionality not present in Lovelace. In order to keep your configuration compatible with the new release, you can execute migrate-hasp-107.sh from your Home Installation directory to clear out the offending statements in your existing installation.

sudo su -s /bin/bash homeassistant
cd ~/.homeassistant
bash <(wget -qO- -o /dev/null https://raw.githubusercontent.com/aderusha/HASwitchPlate/master/Home_Assistant/migrate-hasp-107.sh)

Home Assistant Update Procedure

Run the deployhasp.sh script to pull down the updated automations using one of the guides below:

Links for more HASP info

Main documentation page
Buy HASwitchPlate PCBs - strongly recommended for safe assembly. Buy them from me or download the gerbers and send them to your favorite short-run PCB fab.
Buy an assembled device ready to install if the build process seems intimidating
HASwitchPlate Discord chat
HASwitchPlate Reddit community

HASP v0.38

2019-06-02T00:00:00+00:00

Stability and performance improvements

HASP v0.38 release

Stability and performance improvements

ESP8266 code v0.38

Updated ESP8266 Arduino core to 2.5.2, which comes more stability and performance improvements
Fix mDNS. Again.
Update ArduinoJSON to 6.x for easier builds, better performance, and lower memory utilization
Fixed issue with SoftwareSerial for debug messages

Home Assistant Automations

Fixed automations utilizing JSON messages to remove trailing null array element
Changed Page 9 (graph) color automations to only trigger when page is selected
Yay MDI icons changing names for no apparent reason. Fixed.
Added “default page” example automation, set a default page for HASP and it will switch back to that page after a set time

ESP8266 Update Procedure

If you’re using the AutoFirmwareUpdate automation your devices should pull this update at 3:00am. Otherwise, log into the admin web page and you can pull the update from the firmware page.

Home Assistant Update Procedure

Run the deployhasp.sh script to pull down the updated automations using one of the guides below:

Links for more HASP info

Main documentation page
Buy HASwitchPlate PCBs - strongly recommended for safe assembly. Buy them from me or download the gerbers and send them to your favorite short-run PCB fab.
Buy an assembled device ready to install if the build process seems intimidating
HASwitchPlate Discord chat
HASwitchPlate Reddit community

Derusha Digital Designs

Install and Configure Ansible AWX on Ubuntu 18+

Install and Configure Ansible AWX on Ubuntu 18+

Requirements

Run script from GitHub

ubuntu-minikube-awx.sh

Fire HD 10 Tablet VESA Mount

Fire HD 10 Tablet VESA Mount

3D Models

BOM

Assembly

Notes

VESA mount for DRO Arm

VESA-Mount-for-DRO-Arm

3D Models

BOM

Assembly

Notes

TouchDRO DIY Enclosure

Enclosure for the TouchDRO DIY kit for glass scales

3D Models

BOM

Assembly

Notes

HASPone v1.01

HASPone v1.01 release

HASPone v1.01

New features

Bug fixes

Announcing HASPone!

Announcing HASPone!

🎉NO MORE YAML! 🎉

If you’ve deployed the dev release:

Update Home Assistant to 2021.3

Upgrading to HASPone

After you’ve upgraded to HASPone

Click here for the HASPone Discussion Forum

DDD Printable Wall Control System

DDD Printable Wall Control System

DDD Printable Wall Control Designs

Using DDD Printable Wall Control

Locking Wall Control parts

About powder coated Wall Control Panels

HASP v0.40

HASP v0.40 release

Nextion HMI

Home Assistant Automations

ESP8266 code v0.40

Home Assistant Update Procedure

Links for more HASP info

HASP v0.39

HASP v0.39 release

Home Assistant Automations

Fix for Home Assistant v107

Home Assistant Update Procedure

Links for more HASP info

HASP v0.38

HASP v0.38 release

ESP8266 code v0.38

Home Assistant Automations

ESP8266 Update Procedure

Home Assistant Update Procedure

Links for more HASP info

`ubuntu-minikube-awx.sh`

If you’ve deployed the `dev` release: