DaneWeber

#z::
	KeyWait, LWin
	KeyWait, RWin
	Clip0 = %ClipBoardAll%        ; Save formatted text for later
	ExcelBound = %Clipboard%
	Loop, parse, ExcelBound, `r`n
	{
		if A_LoopField = 
			continue
		nonemptyline := A_LoopField

DaneWeber

#z::                              ; Text–only paste from ClipBoard
    KeyWait, LWin
    KeyWait, RWin
    Clip0 = %ClipBoardAll%        ; Save formatted text for later
    ExcelBound = %Clipboard%
    Loop, parse, ExcelBound, `r`n
    {
        if A_LoopField = 
            continue
        nonemptyline := A_LoopField

DaneWeber

// This defines a cron trigger for a scripted Jenkinsfile:
properties([pipelineTriggers([cron('*/10 8-22 * * 1-5')])])

node {
  stage('Checkout Repo with Script') {
    checkout scm
  }
  dir('conflict-checker') {
    stage('Check branches for merge conflicts') {
      // These were defined in the Jenkinsfile for my particular needs, but don't have to be.

DaneWeber

def perfectCity(departure, destination)
  diff(departure[0], destination[0]) + diff(departure[1], destination[1])
end

def diff(dep, dest)
  naiveDiff = (dep - dest).abs
  extraDiff = 0
  if dep.ceil == dest.ceil
    lower, higher = [dep, dest].sort
    extraDiff = [lower - lower.floor, higher.ceil - higher].min * 2

DaneWeber

def nightRoute(city)
  final = city.length - 1
  hops = {}
  hops[0] = city[0].each_with_index.map{ |length, island| length == -1 ? nil : [0, island] }.compact
  (1..final).each do |iter|
    hops[iter] = hops[iter - 1].map do |path|
      if path[-1] == final
        nil
      else
        city[path[-1]].each_with_index.map do |length, island|

DaneWeber

$syncScript = $PSScriptRoot + "\sync-minecraft-saves.ps1"
$minuteRepeat = 10

schtasks /create /sc minute /mo $minuteRepeat /ru System /tn "Minecraft Save Sync" /tr "powershell.exe -NoLogo -WindowStyle hidden -file $syncScript"

DaneWeber

# swagger2markup output fed to asciidoctor-pdf - all via published docker images

# The following is a Makefile command in the root of a web service repo with the following assumptions:
# ./swagger/v1/swagger.json is the swagger definition (created by rswag in my case)
# ./_docs/ is where we want the PDF and intermediate ADOC to live
# The ADOC file is pretty useful, but if you just want the PDF, it's a byproduct you might want to clean up

api_pdf:
  docker run --rm -v $(shell pwd):/opt swagger2markup/swagger2markup convert -i /opt/swagger/v1/swagger.json -f /opt/_docs/api-definition
  docker run --rm -v $(shell pwd)/_docs:/documents/ asciidoctor/docker-asciidoctor asciidoctor-pdf api-definition.adoc

DaneWeber

# Run the following from a directory containing multiple git repositories
# The `28` in the printf command is arbitrary and just matches the number of characters in the longest-named repo I have.
function repo_states () {
  for repo in */; do
    printf '%-28s' "$repo"
    ( cd "$repo" && git status --short --branch --untracked-files=no )
  done
}

DaneWeber

Keybase proof

I hereby claim:

• I am daneweber on github.
• I am daneweber (https://keybase.io/daneweber) on keybase.
• I have a public key ASDj2P-TIqdncADPOvVRgUqIFcKQqqx-gSkL60Vs1O03kgo

To claim this, I am signing this object:

DaneWeber

Incident Response

One incident response approach:

• ChatOps
  • Time-stamped record of actions taken.
  • Transparent for any interested party to review.
  • Reduces need to answer questions about status and next steps.
  • Can integrate with alerts and more advanced bots.
• Incident Commander