The 8BitDo Zero 2 remote is ~$20 and can be used to gamify your studying.
The controller comes with preset keybindings that aren’t the most helpful. So, through the use of a key remapping software, you’ll update how your device interprets the keys!
If you don’t want to download a remapper, you should be able to use an
| /*--- waitForKeyElements(): A utility function, for Greasemonkey scripts, | |
| that detects and handles AJAXed content. | |
| Usage example: | |
| waitForKeyElements ( | |
| "div.comments" | |
| , commentCallbackFunction | |
| ); |
| ARN Base Pattern :- | |
| arn:<aws_parition>:<aws_service>:[<aws_region>]:<account_id>:<root | resource_type>:/<resource_name>[/<sub_resource_names>...] | |
| i. <aws_partition> | |
| Regex - (aws|aws-us-gov|aws-cn) | |
| ii. <aws_service> - No fixed pattern | |
| iii. <aws_region> - No fixed pattern | |
| Most of the regions occur in combination of 2 letter followed by "-" followed by a combination of direction based word , followed by a "-" and then a digit. |
| <# | |
| .SYNOPSIS | |
| Script to Initialize my custom powershell setup. | |
| .DESCRIPTION | |
| Script uses scoop | |
| .NOTES | |
| **NOTE** Will configure the Execution Policy for the "CurrentUser" to Unrestricted. | |
| Author: Mike Pruett | |
| Date: October 18th, 2018 |
Last updated March 13, 2024
This Gist explains how to sign commits using gpg in a step-by-step fashion. Previously, krypt.co was heavily mentioned, but I've only recently learned they were acquired by Akamai and no longer update their previous free products. Those mentions have been removed.
Additionally, 1Password now supports signing Git commits with SSH keys and makes it pretty easy-plus you can easily configure Git Tower to use it for both signing and ssh.
For using a GUI-based GIT tool such as Tower or Github Desktop, follow the steps here for signing your commits with GPG.
| # Recently I had to send a password to someone over Skype. Since that's obviously not a good idea, I asked for | |
| # the person's public SSH RSA key, and used it to encrypt the password itself. | |
| # Convert the public key into PEM format | |
| ssh-keygen -f path/to/id_rsa.pub -e -m pem > ~/id_rsa.pub.pem | |
| # Using the public pem file to encrypt a string | |
| echo "sometext" | openssl rsautl -encrypt -pubin -inkey ~/id_rsa.pub.pem > ~/encrypted.txt |
| AbortDocumentVersionUpload | |
| AbortEnvironmentUpdate | |
| AbortMultipartUpload | |
| AbortVaultLock | |
| AcceptAccountMapping | |
| AcceptCertificateTransfer | |
| AcceptDelegate | |
| AcceptDirectConnectGatewayAssociationProposal | |
| AcceptFxPaymentCurrencyTermsAndConditions | |
| AcceptHandshake |
| PASSWORD1 # Replace literal string 'PASSWORD1' with '***REMOVED***' (default) | |
| PASSWORD2==>examplePass # replace with 'examplePass' instead | |
| PASSWORD3==> # replace with the empty string | |
| regex:password=\w+==>password= # Replace, using a regex | |
| regex:\r(\n)==>$1 # Replace Windows newlines with Unix newlines |
| # find out how big the sparse-band-size is in a mounted volume | |
| hdiutil info -verbose | grep band-size | |
| # default Time Machine sparsbundle virtual-band-size = 16384 (8MB) | |
| # create-sparsebundle's virtual-band-size = 262144 (128MB) |
| // ==UserScript== | |
| // @name Google Redirect Remove | |
| // @id google_redirect_remove | |
| // @namespace scripts.zachbrowne.com | |
| // @description Remove URL redirection from google sites | |
| // @license GPL v3 | |
| // @include *://www.google.*/*q=* | |
| // @include *://www.google.*/*tbs=* | |
| // @include *://www.google.*/search?* | |
| // @include *://www.google.*/webhp?* |