mprymek

# How to upgrade Porcupine 1.9.x installed by Rhasspy 2.5.11 DEB to version 2.x

sudo su -

# Install Rhasspy 2.5.11 (replace "armel" with your architecture if needed)
wget https://github.com/rhasspy/rhasspy/releases/download/v2.5.11/rhasspy_armel.deb
dpkg -i rhasspy_armel.deb

# If you have Rhasspy already installed, just stop it.
systemctl stop rhasspy

mprymek

This patch makes Rhasspy v2.5.11 work with Porcupine version 2.x (i.e. the version supporting
newly generated time-unlimited free-tier wake words).

Based on Sturi2011's instructions.

--- usr/lib/rhasspy/rhasspy-profile/rhasspyprofile/profiles/defaults.json.orig	2022-11-11 16:55:04.320481943 +0100
+++ usr/lib/rhasspy/rhasspy-profile/rhasspyprofile/profiles/defaults.json	2022-11-11 16:57:20.668415989 +0100
@@ -438,7 +438,8 @@
             "compatible": true,
             "keyword_path": "porcupine.ppn",

mprymek

# This is an example of metaprogramming in the Elixir language.
# 
# We will define a domain specific language (DSL) for the definition
# of a service which is watched by several sensors.
# Each sensor watches some property/functionality of the service and
# returns the result of the check.
# 
# To determine if the service is functioning properly, we need functions
# to run all the sensors' code and gather the returned data.
# 

mprymek

/*

Simple OpenSCAD DIN rail clip.

*/

module clip(z = 6) {
    a = 7;
    b = 1.2; // metal sheet thickness, should be ~ 1
    c = 2.5;

mprymek

// "High availability" blinker demo.
//
// Uses a remote blinker if accessible, local blinker otherwise.
//
// "Producer" device:
//
// `ha_blinker` sends a message (desired number of blinks) to one of the
// channels from the `channels` array. The first channel is a remote (CAN)
// blinker, the second is a local blinker => if the remote blinker fails, local
// blinker is used as a failover.

mprymek

#include <Arduino.h>

#include "csp.h"

#define LED1_PIN LED_BUILTIN
#define BLINK_DELAY_MS 100

void blink_led1(task_data_t data) {
  uint32_t state = (uint32_t)data;
  digitalWrite(LED1_PIN, state);

mprymek

#! /usr/bin/env python2

"""
encfs-agent 

Mounts encfs filesystems with passwords generated using private keys stored in ssh-agent.
You can have any number of encrypted filesystems ("vaults") under VAULTS_DIR. Password for 
each of them is derived from its name and given private key stored in ssh-agent.
You can use ssh-askpass for ssh-agent if you want.

mprymek

# Simplest possible actor - just prints received messages.

defmodule SimplestActor do
    def run() do
        receive do
            {from, msg} ->
                IO.puts("[SimplestActor] Got message from #{inspect(from)}: #{inspect(msg)}")
        end
        run()
    end

mprymek

import asyncio
import asyncio.futures
import logging

import aiojobs

logging.basicConfig(format='[%(levelname)-7s]  %(message)s', level=logging.DEBUG)
logger = logging.getLogger(__name__)

class Nursery:

mprymek

# OpenCL in R example
#
# Kernel "gpu.sum" sums two vectors.
#
# Please note that in R OpenCL library:
#
#   1. the first argument must be the output vector
#   2. the second argument must be the length of the output
#   3. you must convert the input vectors to the right type ("as.double" here)
#