Dashing widget to show the build status of a CircleCI project.
- Get a Circle API Token from your Account Dashboard and set it in your environment as
CIRCLE_CI_AUTH_TOKEN
- Add the
httparty
to your Gemfile and runbundle install
Then:
# Tweaked from http://tomislavsantek.iz.hr/2011/03/moving-mysql-databases-to-ramdisk-in-ubuntu-linux | |
# Log in as root | |
# Mount ramdisk folder in RAM | |
mkdir /tmp/ramdisk | |
mount -t tmpfs -o size=128M tmpfs /tmp/ramdisk/ | |
# Move MySQL data | |
mv /var/lib/mysql /tmp/ramdisk/mysql | |
ln -s /tmp/ramdisk/mysql/ /var/lib/mysql |
This playbook has been removed as it is now very outdated. |
<script type="text/ng-template" id="one.html"> | |
<div>This is first template</div> | |
</script> | |
<script type="text/ng-template" id="two.html"> | |
<div>This is second template</div> | |
</script> |
Dashing widget to show the build status of a CircleCI project.
CIRCLE_CI_AUTH_TOKEN
httparty
to your Gemfile and run bundle install
Then:
# to generate your dhparam.pem file, run in the terminal | |
openssl dhparam -out /etc/nginx/ssl/dhparam.pem 2048 |
echo "Creating an SSH key for you..." | |
ssh-keygen -t rsa | |
echo "Please add this public key to Github \n" | |
echo "https://github.com/account/ssh \n" | |
read -p "Press [Enter] key after this..." | |
echo "Installing xcode-stuff" | |
xcode-select --install |
##Yet another gist to provide Graphite support for Dashing Pull data from Graphite and present in Dashing. Support both graph and number widget.
Quick install:
dashing install efffa657c31e244131e3
Set the graphite name and names of metrics in jobs/graphite.rb
Some Jenkinsfile examples |
Congratulations on getting a shiny, new B1. It is a great machine for beginners and experienced users alike but like all machines you will need to do some things just right to get the most out of it. This is a brief guide which explains how to put together your B1 to ensure that the mechanics will just work.
When installing the uprights it is crucial that they be at 90 degrees to the base and not the bed. The bed will be sorted out later. If you fail to ensure this then you are likely to experience later issues with ABL and/or the nozzle scraping across the print.
In order to ensure that both uprights are at 90 degrees you will need to use a set square. Eyeballing it alone is not enough and relying on the provided brackets is also not enough since they include some play by design in order to allow you to manipulate the frame to overcome manufacturing tolerances. Place the set square up against the frame and the base as can be seen in the image
If you are here then you are thinking about using the insane res build. While it was primarily created for those with very warped build surfaces it will nevertheless still be usable by those using surfaces that are not warped and it should not cost much in terms of time before each print. In fact it is likely to save you time before each print.
Both systems are very similar. ABL however is more suited to probing the entire bed before each print whereas UBL is better suited to probing the entire bed on a once off basis and then only doing a quick probe before a print to determine whether the bed has shifted in orientation at all. ABL could technically produce the same resolution as UBL however it would require a detailed probe of the entire bed before each print which would take forever.
Both systems create a mesh of the bed which helps Marlin to understand how to adjust the height of the nozzle as it moves over the bed.