dylanlott

diff --git a/persistence/state.go b/persistence/trees/trees.go
index e8252d6f..cd0d2302 100644
--- a/persistence/state.go
+++ b/persistence/trees/trees.go
@@ -1,29 +1,64 @@
-package persistence
+// package trees maintains a set of sparse merkle trees
+// each backed by the KVStore interface. It offers an atomic
+// commit and rollback mechanism for interacting with
+// that core resource map of merkle trees.

dylanlott

`git diff main:persistence/state.go persistence/tree-store:persistence/trees/trees.go > tree-store-diff.txt` 

---

diff --git a/persistence/state.go b/persistence/trees/trees.go
index e8252d6f..cd0d2302 100644
--- a/persistence/state.go
+++ b/persistence/trees/trees.go
@@ -1,29 +1,64 @@
-package persistence

dylanlott

package main

import (
	"fmt"
	"net"
)

func main() {
	ips, err := net.LookupIP("google.com")
	if err != nil {

dylanlott

// AES Encryption/Decryption with AES-256-GCM using random Initialization Vector + Salt
// ----------------------------------------------------------------------------------------
// the encrypted datablock is base64 encoded for easy data exchange. 
// if you have the option to store data binary save consider to remove the encoding to reduce storage size
// ----------------------------------------------------------------------------------------
// format of encrypted data - used by this example. not an official format
//
// +--------------------+-----------------------+----------------+----------------+
// | SALT               | Initialization Vector | Auth Tag       | Payload        |
// | Used to derive key | AES GCM XOR Init      | Data Integrity | Encrypted Data |

dylanlott

#!/bin/bash
export AWS_ACCESS_KEY_ID=YOUR_ACCESS_KEY
export AWS_SECRET_ACCESS_KEY=YOUR_SECRET_ACCESS_KEY
export PASSPHRASE=YOU_PASSHRASE

# directories, space separated
SOURCE="/home/thomas/backup /home/thomas/bin /home/thomas/documents"
BUCKET=s3+http://mybucket
LOGFILE=/home/thomas/tmp/duplicity.log
# set email to receive a backup report

dylanlott

DHT Walkthrough Notes

I've put together these notes as I read about DHT's in depth and then learned how the libtorrent implementation based on the Kademlia paper actually works.

What problem does this solve?

400,000,000,000 (400 billion stars), that's a 4 followed by 11 zeros. The number of atoms in the universe is estimated to be around 10^82. A DHT with keys of 160 bits, can have 2^160 possible numbers, which is around 10^48

dylanlott

// `npm install axios lodash && node teem_interview_solutions.js`

const axios = require('axios')
const _ = require('lodash')

const collections = {
  '1': [10, 25, 13],
  '2': [14, 23, 47],
  '3': [14, 36, 23]
} 

dylanlott

server {
  listen 80 default_server;
  listen [::]:80 default_server;

  root /your/root/path;

  index index.html;

  server_name you.server.com;

dylanlott

Simple, Autmoated Builds with Docker and Flightplan.js

Using https://github.com/pstadler/flightplan

I was looking for a quick and easy way to do deployments with JavaScript without having to setup a full jenkins server, connect my GitHub accounts, etc...

I've written in the past on how imoprtant it is to get your side project deployed as fast as you can - almost before you do anything else - so that you have a rapid feedback cycle, and so that you have something tangible to show others and something that will make you more inclined to work on it.

dylanlott

Sinon JS

##Spies

//Anonymous function
var spy = sinon.spy();

//Provided Function
var spy = sinon.spy(myFunc);