OpenBSD Handbook

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    • Part I. Install & Configure
      • Introduction to OpenBSD
      • Installing OpenBSD
      • The X Window System
      • Networking on OpenBSD
      • System Configuration
      • OpenBSD Basics
      • Managing Software: Packages and Ports
    • Part II. Daily Operations
      • OpenBSD Desktop Environments
      • Multimedia
      • Printing
      • Linux Compatibility
      • Windows Compatibility
      • Games
    • Part III. System Administration
      • Virtualization
      • Storage and File Systems
      • Updating and Upgrading
      • Localization
      • The OpenBSD Boot Process
      • Security
    • Part IV. Networking & Daemons
      • Services
        • Database
          • MariaDB
          • PostgreSQL
          • Redis
          • memcached
        • Directory
          • YP (NIS)
          • LDAP
        • File
          • NFS
          • Samba
        • FTP Services
          • ftpd
          • ProFTPD
          • vsftpd
          • Pure-FTPd
          • TFTP
        • Mail
          • OpenSMTPD Mail Server
          • Dovecot IMAP and POP3 Server
          • Postfix
          • Exim
          • Rspamd
        • Name
          • Unbound DNS Resolver
          • NSD Authoritative DNS Server
          • BIND DNS Server
        • Networking
          • OpenBGPD
          • rad
          • DHCP on OpenBSD
          • slaacd
        • Web
          • Apache HTTP Server
          • nginx Web Server
          • OpenBSD httpd Web Server
          • relayd Reverse Proxy
        • Logging
          • syslogd
        • Monitoring
          • SNMP
        • Remote Access
          • Audit OpenSSH
          • OpenSSH Server
        • File Synchronization
          • rsync
        • Messaging
          • RabbitMQ Message Broker
        • Time
          • NTP Time Synchronization
      • PF
        • pfctl cheat sheet
        • PF Anchors
        • PF Filter Rules
        • PF Forwarding
        • PF Lists and Macros
        • PF Load Balancing
        • PF Logging
        • PF NAT
        • PF Options
        • PF Policies
        • PF Shortcuts
        • PF Tables
      • Advanced Networking
        • High Availability and State Replication
        • Multi-WAN and Policy-Based Routing
        • VPN and Cryptographic Tunneling
        • Classic and Lightweight Tunnels
        • IPv6 at Scale
        • QoS and Traffic Shaping
        • MPLS and Label Distribution
        • Network Services at Scale
        • Virtualization and Host Networking
        • Large-Scale L2 and L3 Design
        • Telemetry, Logging, and Flow Export
        • Hardening and Operational Safety
        • Reference Architectures
        • Troubleshooting Playbooks
      • Serial Communication
    • Part V. Miscellaneous
      • Virtualization Cheat Sheet
      • OpenBSD Cheatsheet
      • How-to Guides
        • Complete the First 30 Minutes After Installation
        • Check Hardware Compatibility Before Installing
        • Bootstrap Wi-Fi Firmware Without Ethernet
        • Set Up OpenBSD as a Laptop or Workstation
        • Configure Laptop Power Management
        • Run OpenBSD as a Virtual Machine Guest
        • Install OpenBSD on a VPS or Cloud Server
        • Install OpenBSD with Full-Disk Encryption
        • Troubleshoot Web Browsers on OpenBSD
        • Create an Administrator Account with doas and SSH Keys
        • Establish a Conservative Security Baseline
        • Manage OpenBSD with Ansible
        • Recover Access and Reset the Root Password
        • Collect OpenBSD Diagnostic Evidence
        • Configure Secure Remote Access with OpenSSH
        • Set Up WordPress on OpenBSD
        • Build Third-Party Software from Ports
        • Use FIDO Security Keys with OpenSSH
        • Build OpenBSD from Source
        • Configure Wi-Fi Roaming and Wired Failover
        • Dual-Boot OpenBSD on a UEFI System
        • Troubleshoot PF, NAT, and Routing
        • Automate OpenBSD Installation with Autoinstall and PXE
        • Route Multiple VLANs with PF
        • Configure a Road-Warrior WireGuard VPN
        • Troubleshoot Package Installation and Update Failures
        • Route IPv6 Networks without NAT
        • Schedule Recurring Maintenance
        • Plan a Docker Workload Migration to OpenBSD
        • Build a Mail Server with OpenSMTPD, Dovecot, and Rspamd
        • Build a Simple Router and Firewall
        • Monitor an OpenBSD System
        • Back Up and Restore an OpenBSD System
        • Configure softraid RAID1
        • Recover an OpenBSD System That Does Not Boot
        • Install Z shell (zsh)
      • OpenBSD for Linux Users
      • OpenBSD for FreeBSD Users
      • OpenBSD for macOS Users
    • OpenBSD FAQ
    • OpenBSD Architectures
      • OpenBSD Package Search

        py3-hass-pyscript-jupyter-1.0.0

        Package search / Categories / OpenBSD 8.0 release
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        OpenBSD branch
        OpenBSD 8.0 releaseCurrent snapshot

        OpenBSD 8.0 release ยท amd64

        shim connecting Jupyter to a HomeAssistant Pyscript kernel

        Project homepage: https://github.com/craigbarratt/hass-pyscript-jupyter

        Description

        The Pyscript add-on for HomeAssistant ('HASS pyscript') provides a "kernel" that interfaces with the Jupyter front-ends (e.g. notebook, console, lab, and also VSCode). It allows you to develop and test pyscript triggers, functions and automation logic interactively, and interact with much of HASS by looking at state variables and calling services as you experiment and develop your own logic and automations. While HomeAssistant does not easily run on OpenBSD, you can run it on another system and connect from the Jupyter front-ends running on OpenBSD by using this package, hass-pyscript-jupyter, which provides a shim that sits between HASS pyscript and Jupyter. This shim is started by Jupyter and uses the HASS web interface to make a service call to pyscript, starting the kernel and helping establish the various socket connections between HASS/pyscript and Jupyter. The end result is that you can interact with Python/pyscript on HASS from an OpenBSD system.

        Package information

        Ports path
        devel/py-hass-pyscript-jupyter
        Package architecture
        amd64
        Maintainer
        The OpenBSD ports mailing-list <ports@openbsd.org>
        Categories
        devel, lang/python
        Available flavors
        None listed
        Only for architectures
        aarch64, amd64, arm, i386, mips64, mips64el, powerpc, powerpc64, riscv64, sparc64, alpha, hppa

        Ports list build and test dependencies as well as runtime dependencies. pkg_add selects those needed for installation.

        Direct dependencies

        Runtime

        • devel/py-jupyter_client
        • devel/py-jupyter_core
        • www/py-aiohttp
        • lang/python/3

        Build

        • lang/python/3
        • devel/py-build
        • devel/py-installer
        • devel/py-setuptools py3-setuptools->=79v0
        • devel/py-wheel
        OpenBSD README

        This README contains unresolved ports variables; replace them before using its commands.

        +-------------------------------------------------------------------------------
        | Running py3-hass-pyscript-jupyter on OpenBSD
        +-------------------------------------------------------------------------------
        
        Note that HomeAssistant (HASS) does not easily run on OpenBSD; this package
        is for connecting to Pyscript running on HASS on another system.
        
        Firstly you'll need to install Pyscript on your HASS system, manually or
        via HACS, and then add it as an integration via the HASS config interface.
        This is outside the scope of this readme; see the documentation at
        https://hacs-pyscript.readthedocs.io/en/stable/installation.html for more.
        
        You will also need to create a long-lasting access token for your HASS user.
        This is done in the security tab of the user page. When you have this,
        edit ${TRUEPREFIX}/share/jupyter/kernels/pyscript/pyscript.conf, configure
        'hass_host' and 'hass_url' as appropriate, and paste in the access token.
        The token provides access to HASS, so be sure to set file ownership and
        permissions as appropriate.
        
        You can then access this via Jupyter notebook, for example:
        
        # pkg_add jupyter-notebook
        $ jupyter notebook ${TRUEPREFIX}/share/doc/hass-pyscript-jupyter
        
        Then open a web browser pointing at the local server as directed (if one
        is not started automatically), and work through pyscript_tutorial.ipynb.
        You can also open a console to the Pyscript "kernel" and issue commands
        directly.
        
        Also see ${TRUEPREFIX}/share/doc/hass-pyscript-jupyter/README.md.
        

        Package guides

        • Installing and updating packages

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