cfm

Adapting the twelve-factor methodology for "Qubes-native" multi-VM applications: a preliminary sketch[^1]

Introduction

Virtualization is the conceptual technology on which modern services (server applications) are built. Whether an application happens to run on a fully- or para-virtualized VM[^2] or is containerized—or even runs on a “bare-metal” physical server after all—most modern services are designed in isolated, replicated, disposable components on commodity hardware.[^3] The [“twelve-factor methodology”][wiggins] (2011) is an influential articulation of the principles

maratori

Comparison of golang mocking libraries

Updated 2024-04-21

	Uber [gomock][6]	[testify][2] + [mockery][3]	[minimock][4]	[moq][5]	Google [gomock][1]
Library
GitHub stars	[![s6]][6]	[![s2]][2] + [![s3]][3]	[![s4]][4]	[![s5]][5]	[![s1]][1]
Latest release date	[![d6]][r6]	[![d2]][r2] + [![d3]][r3]	[![d4]][r4]	[![d5]][r5]	[![d1]][r1]
Maintained	✅	✅	✅	:white_check

coodix

op list items --tags ssh | op get item - --fields title | parallel -l 1 'op get item {} --fields notesPlain | ssh-add -'

rusrushal13

Conferences

• Hydraconf

Summer School

• Summer school on practice and theory of Distributed Computing

Books

• Distributed Systems 3rd Edition by Maarten van Steen and Andrew S. Tanenbaum
• Data Intensive Applications by Martin Kleppmann

kentonv

As tested on Linux:

• An SCM_RIGHTS ancillary message is "attached" to the range of data bytes sent in the same sendmsg() call.
• However, as always, recvmsg() calls on the receiving end don't necessarily map 1:1 to sendmsg() calls. Messages can be coalesced or split.
• The recvmsg() call that receives the first byte of the ancillary message's byte range also receives the ancillary message itself.
• To prevent multiple ancillary messages being delivered

ixdy

Setting up ssh public key authentication on macOS using a YubiKey 4

I largely followed Florin's blog post, but have a few notes to add regarding issues I encountered:

Basic setup notes

1. I used a YubiKey 4, while the blog describes using a YubiKey NEO. I'm sure a YubiKey 5 would also work. I'm also running macOS 10.13.6.
2. I installed GPGTools as recommended. However, as I'll note later, it seems that gpg-agent only automatically starts when gpg is used; for ssh, you'll need to ensure it's running.
3. Before generating your keys, decide what key size you want to use. If you run the list command inside gpg --edit-card, look for the Key attributes line to see what is currently selected. On my YubiKey 4, it defaulted to 2048 bits for all keys:

Key attributes ...: rsa2048 rsa2048 rsa2048

jj1bdx

APRS with airspyhf_rx, csdr, and direwolf

1200bps 144.660MHz

# Choose 11025Hz for the intermediate IF/audio frequency
airspyhf_rx -f 144.66 -a 768000 -r stdout | \
  csdr fir_decimate_cc 69.65986394557823129252 0.005 HAMMING | \
  csdr fmdemod_quadri_cf | csdr limit_ff 0.5 | csdr deemphasis_nfm_ff 11025 | \
  csdr fastagc_ff | csdr limit_ff 0.5 | csdr convert_f_s16 | \

/usr/local/bin/direwolf -c ~/bin/sdr-1200bps.conf -t 0 -T "%FT%TZ" -r 11025 -D 1 -B 1200 -

bagder

NOTE

This content has moved.

Please go to bagder/TRRprefs for the current incarnation of the docs, and please help us out polish and maintain this documentation!

Chaircrusher

#!/bin/bash

#################################################################################################################################
# community-builds-from-source.sh
#     by Jeremy Wentworth
#
# Modified by Kent Williams chaircrusher@gmail.com
#
# This script pulls down the VCV Rack community repo, finds source urls, pulls down source repos, and builds plugins.
#

prash-wghats

Copy all the files to the build directory.
Copy icudtl.dat to the build directory. (you can find it in the vscode downloads ex for linux).
chromium version in port is 52.0.2743.116.
This was built with FreeBSD 11.0-RELEASE-p1. If building with other versions probably need to change
the freebsd versions in diff files (ex. freebsd11 => freebsd10)
Installed 
node => v6.9.1
npm => 3.9.2

>chmod 755 vscode_build.sh