drio

The most fascinating thing I've learned recently is how userspace networking 
works, particularly in mesh networks like Tailscale.

When you want to encrypt network traffic, you typically use a TUN/TAP device
provided by the operating system. At a high level, here's how (I think) it works: 
When applications send data over the network via sockets, the data follows
the OS networking stack, which adds the necessary headers. If the destination
IP address matches your TUN device, the kernel redirects that packet to the
userland application controlling the TUN device (e.g., tailscaled).

drio

package main

import (
	"fmt"
	"os"
)

func cracklePop(n int) string {
	if n%3 == 0 && n%5 == 0 {
		return "CracklePop"

drio

Building ID,Name,Alternate Name,Use,Address,Campus,LDAP ID,Name,Alternate Name,Address,Type,Latitude,Longitude,,Location
M125,10 Winthrop Street,,Dormitory,10 Winthrop Street,MEDFORD,10 Winthrop Street,10  Winthrop Street,,10 Winthrop Street,Residence Hall,42.409643,-71.123074,,10 Wintrhop
M122,101 Talbot Avenue,,Dormitory,101 Talbot Avenue,MEDFORD,101 Talbot Avenue,101 Talbot Avenue,,101 Talbot Avenue,,42.405991,-71.121775,,101 Talbot
M144,108 Bromfield Road,,Administration,108 Bromfield Road,MEDFORD,108 Bromfield Road,108 Bromfield,,108 Bromfield Road,,42.404755,-71.116747,,108 Bromfield
M074,108 Packard Avenue,,Administration,108 Packard Avenue,MEDFORD,108 Packard Avenue,108 Packard,,108 Packard Avenue,,42.405718,-71.122643,,108 Packard
M088,11 Curtis Avenue,,Administration,11 Curtis Avenue,MEDFORD,11 Curtis Avenue,11 Curtis Street,,11 Curtis Avenue,,42.407758,-71.124894,,11 Curtis
M118,11 Talbot Avenue,,Academic,11 Talbot Avenue,MEDFORD,Dept of Art & Art History,Dept of Art & Art History,,11 Talbot Avenue

drio

1,B005 - Arnold Bldg Research,B005-800c-ap0,3484
2,B001 - Dental Bldg Academic,B001-1500h2a-ap1,907
3,B008 - Jaharis Academic,B008-701h0-1-ap,6770
4,B011 - Sackler Academic,B011-604a-ap1,12227
5,B011 - Sackler Academic,B011-867-ap1,9967
6,G001 - Jean Mayer Administration,G001-217K-ap0,2826
7,R041 - 230 Fenway Academic,R041-a208-ap0,5068
8,B006 - South Cove Research,B006-400s2-ap1,1275
9,B011 - Sackler Academic,B011-502-ap1,9639
10,B001 - Dental Bldg Academic,B001-1415d-ap1,4083

drio

import { pretty, linesFromStdin } from '../common.js';

const listNums = "zero, one, two, three, four, five, six, seven, eight, nine".split(",").map(e => e.trim())

function findMatches(line, str) {
  const re = new RegExp(str, "g");
  const matches = [...line.matchAll(re)]
  return matches.map(({ index }) => ({ s: index }))
}

drio

{
  "fields": {
    "aaa_override_passphrase": "false",
    "ap_name": "M131-stairb-4w-ap0",
    "co_state": "client-status-run",
    "guest_lan_client_info/idle_time_seconds": 0,
    "guest_lan_client_info/phy_ifid": 0,
    "guest_lan_client_info/wired_vlan": 0,
    "idle_timeout": 0,
    "idle_timestamp": 0,

drio

<?xml version="1.0" encoding="UTF-8"?>
<saml2p:Response
	xmlns:saml2p="urn:oasis:names:tc:SAML:2.0:protocol" Destination="https://aportal.drtufts.net/saml/acs" ID="_8e1833f5b65e46fd106f71c07611ae21" InResponseTo="id-870aba870f8c1097a5d42321e84297166b13f7c5" IssueInstant="2023-02-28T17:53:42.887Z" Version="2.0">
	<saml2:Issuer
		xmlns:saml2="urn:oasis:names:tc:SAML:2.0:assertion">https://shib-idp.tufts.edu/idp/shibboleth
	</saml2:Issuer>
	<ds:Signature
		xmlns:ds="http://www.w3.org/2000/09/xmldsig#">
		<ds:SignedInfo>
			<ds:CanonicalizationMethod Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#"/>

drio

Gist away!

drio

package main

import (
	"embed"
	"html/template"
	"io/ioutil"
	"log"
	"net/http"
	"os"
)

drio

Gist away!