bleach command helps me clean up my left over vagrant stuff.
Yes, vagrant global-status is not hard. I just dont' like the output. I like the output of bleach
LICENSE: MIT AUTHOR: Dayne Broderson
#!/bin/bash | |
if [ -d $HOME/.chef ]; then | |
cd $HOME/.chef | |
knife_target=$(readlink knife.rb) | |
current=$(basename -s .rb ${knife_target/knife-/}) | |
echo -n $current | |
else | |
echo "" | |
fi |
bleach command helps me clean up my left over vagrant stuff.
Yes, vagrant global-status is not hard. I just dont' like the output. I like the output of bleach
LICENSE: MIT AUTHOR: Dayne Broderson
#!/usr/bin/env bash | |
# Usage: gina git_cleanup | |
# Summary: Detect and delete git branches that are merged and can be removed. | |
# This must be run from master | |
starting_branch=`git branch | grep ^\* | awk "{ print \$2 }"` | |
git checkout master | |
if [[ $? -ne 0 ]]; then | |
echo "git checkout master failed - bailing out before doing any further activities" |
This document captured as part my version of the OSX setup steps for the NSF 2017 Polar Cyberinfrastructure Hackathon
This document captured as part my version of the OSX setup steps for the NSF 2017 Polar Cyberinfrastructure Hackathon
Install Homebrew: https://brew.sh/
#!/bin/env python | |
import socket | |
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM) | |
ports = [ 5672 , 9581, 9582, 388 ] | |
for i in ports: | |
result = sock.connect_ex(('137.229.19.230',i)) | |
if result == 0: | |
print "Port %d is open" % i | |
else: | |
print "Port %d is not open" % i |
Collection of commands typed on the LSH | |
* `sudo apt install xfce4 xfce4-goodies tightvncserver` | |
* `vncserver` | |
* set a password (limit 8 characters) | |
* now have a vnc server running on :1 | |
* vncserver -kill :1 | |
* backup the .vnc/xstartup | |
``` | |
#!/bin/bash |
SCM_THEME_PROMPT_PREFIX="" | |
SCM_THEME_PROMPT_SUFFIX="" | |
SCM_THEME_PROMPT_DIRTY=" ${bold_red}✗${normal}" | |
SCM_THEME_PROMPT_CLEAN=" ${bold_green}✓${normal}" | |
SCM_GIT_CHAR="${bold_green}±${normal}" | |
SCM_SVN_CHAR="${bold_cyan}⑆${normal}" | |
SCM_HG_CHAR="${bold_red}☿${normal}" | |
case $TERM in |
#!/usr/bin/env bash | |
# Enable completions | |
# Usage: gina swathviewer | |
# Summary: Downloads and starts swathviewer | |
# Help: Options: | |
# --force-download # force redownload of the client | |
if [ "$1" = "--complete" ]; then | |
echo --force-download | |
exit |
Sometimes it is nice to migrate an existing operating system drive to a new drive without having to reinstall or do weird migration things with odd commercial/custom software.
Why do this? A few reasons: My old spinning disk isn't as much fun as a new SSD. My SSD is too small and I need wiggle room!
The following are the steps needed for migrating a windows OS drive to a new drive. Covering two different scenarios:
Simple build system for packages
Uses bash scripts for the plans - check out github.com/habitat-sh/core-plans
When making habitat packages you are building packages in isolation, so they don't depend on the build system's libraries tools, and you can make them portable. They are kind of making their own OS packages available.
Any of these packages can run on any linux OS that has a modern kernel on a x86_64 architecture (no love for RPi). Lots of tutorials.
hab studio enter