SkyWriter

(ns theatralia.thomsky
  (:require [datascript :as d]
            datascript.core
            [cljs-uuid-utils.core :as uuid]
            [re-frame.core :as rf]
            [re-frame.handlers :as handlers]
            [re-frame.middleware :as middleware]
            [plumbing.core :refer [safe-get]]
            [reagent.core :as reagent]))

SkyWriter

(ns reagent-test.core
  (:require [reagent.core :as reagent :refer [atom]]
            [datascript :as d]
            [cljs-uuid-utils :as uuid]))

(enable-console-print!)

(defn bind
  ([conn q]
   (bind conn q (atom nil)))

SkyWriter

;; Datomic example code
(use '[datomic.api :only (db q) :as d])

;; ?answer binds a scalar
(q '[:find ?answer :in ?answer]
   42)

;; of course you can bind more than one of anything
(q '[:find ?last ?first :in ?last ?first]
   "Doe" "John")

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# copyright Threadsec Inc
# This script auto-configure and ssh auto-connect to RPi ZERO Ethernet gadget VID:0x1d6b PID:0x0137
# This script require admin right to access to adapter conf.
# https://threadsec.wordpress.com/raspberry-pi-zero-usb-composite-gadget/
#
# Edit $user=""
# Windows 10 : As Admin, run:
# powershell -ep bypass -file Configure-Ethernet-RNDIS-PiZero-connection.ps1
#
Clear-Host

SkyWriter

Emulating Raspberry Pi 4 with Qemu

Just a quick update before we dive in: what we're actually doing here is running Raspberry Pi OS (64-bit) on a QEMU virtual ARM setup. This isn't full-blown hardware emulation of the Raspberry Pi 4, but more about creating a virtual environment for the OS. It doesn't mimic all the specific hardware features of the Pi 4, but it's pretty useful and great for general testing. I turned to this solution mainly to extract a modified sysroot from the Raspberry Pi OS, something not readily available in other resources. For those looking into detailed emulation of the actual Raspberry Pi 4's hardware in QEMU, check out this link for the latest updates: https://gitlab.com/qemu-project/qemu/-/issues/1208.

Hope it helps! :D

Shortcomings: No GUI yet, only console.

Steps

SkyWriter

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SkyWriter

with import <nixpkgs> { };
runCommand "some-test" {
    buildInputs = [ postgresql ];
    preCheck = ''
        set -e
        export PGDATA=$TMP/db
        export PGHOST=$TMP/socketdir
        mkdir $PGDATA $PGHOST
        pg_ctl initdb
        echo "unix_socket_directories = '$PGHOST'" >> $PGDATA/postgresql.conf

SkyWriter

WARNING

These intructions might work, but they need a bit of attention. I've been reading through ipf and smf documentation and have found a few ways to improve this process. When I have time I'll add that information here, until then, be sure to look into the ipf settings if you're having issues with routing. Good luck!

Foreword

This is a modified version of sjorge's instructions for Single IP with NAT. Those instructions can be found here: https://docu.blackdot.be/snipets/solaris/smartos-nat

The primary difference is that this version does not rely on etherstubs for internal switching, but instead uses a vlan configuration. The benefits of this method over using etherstubs are:

1. Project Fifo (project-fifo.net) can create vms and zones with vlans, but does not currently have etherstub support.
2. Vlan switching is supposedly more efficient than creating an etherstub to handle switching. I have not tested this statement.

SkyWriter

import torch
from torch import LongTensor
from torch.nn import Embedding, LSTM
from torch.autograd import Variable
from torch.nn.utils.rnn import pack_padded_sequence, pad_packed_sequence

## We want to run LSTM on a batch of 3 character sequences ['long_str', 'tiny', 'medium']
#
#     Step 1: Construct Vocabulary
#     Step 2: Load indexed data (list of instances, where each instance is list of character indices)

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Steps

0. Install the dependencies: curl and jq.

1. Generate locations CSV file:

   $ curl -sS 'https://api.bran...
   

2. Upload it to https://www.gpsvisualizer.com/map_input?form=googleearth to generate a KMZ file.