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<?xml version="1.0"?>
<!DOCTYPE fontconfig SYSTEM "fonts.dtd">
<!-- /etc/fonts/fonts.conf file to configure system font access -->
<fontconfig>

<!--
	DO NOT EDIT THIS FILE.
	IT WILL BE REPLACED WHEN FONTCONFIG IS UPDATED.
	LOCAL CHANGES BELONG IN 'local.conf'.

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// This is the core Javascript code for http://windhistory.com/
// I haven't done a full open source release, but I figured I'd put the most important
// D3 code out there for people to learn from.   --nelson@monkey.org

/** Common wind rose code **/

// Function to draw a single arc for the wind rose
// Input: Drawing options object containing
//   width: degrees of width to draw (ie 5 or 15)
//   from: integer, inner radius

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Live Transcoding

This is a collection of working commandline examples to show how one could use FFMpeg and VLC for live transcoding of video streams. All examples have been tested on OSX 10.7.5 with FFMPeg 1.1.3 and VLC 2.0.5 in early 2013.

Documentation links

• FFMpeg, Muxers, Encoders, Protocols
• FFMPEG multiple outputs
• VLC Docu, Advanced Use

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<?xml version="1.0"?>
<fontconfig>

<dir>C:\WINDOWS\Fonts</dir>

<match target="pattern">
<test qual="any" name="family"><string>mono</string></test>
<edit name="family" mode="assign"><string>monospace</string></edit>
</match>

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README

The example below creates a TCP server listening on a stream (i.e. SOCK_STREAM) socket. A similar approach can be followed to create a UDP server on a datagram (i.e. SOCK_DGRAM) socket. See man systemd.socket for details.

An example server

Create an simple echo server at /opt/foo/serve.py.

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Client-side SSL

For excessively paranoid client authentication.

Using self-signed certificate.

Create a Certificate Authority root (which represents this server)

Organization & Common Name: Some human identifier for this server CA.

openssl genrsa -des3 -out ca.key 4096
openssl req -new -x509 -days 365 -key ca.key -out ca.crt

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extern "C" {
#include <libavformat/avformat.h>
#include <libavcodec/avcodec.h>
#include <libavutil/avutil.h>
}

int main(int argc, char* argv[])
{
    const char * kInputFileName = "f:/Projects/Temp/testFFMPEG2/test/test_in.avi";
    const char * kOutputFileName = "f:/Projects/Temp/testFFMPEG2/test/text_out.avi";

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{
  "parser": "babel-eslint",
  "plugins": [
    "react",
    "react-native"
  ],
  "parserOptions": {
    "ecmaFeatures": {
        "jsx": true,
        "modules": true

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Multiplatform (amd64 and arm) Kubernetes cluster setup

The official guide for setting up Kubernetes using kubeadm works well for clusters of one architecture. But, the main problem that crops up is the kube-proxy image defaults to the architecture of the master node (where kubeadm was run in the first place).

This causes issues when arm nodes join the cluster, as they will try to execute the amd64 version of kube-proxy, and will fail.

It turns out that the pod running kube-proxy is configured using a DaemonSet. With a small edit to the configuration, it's possible to create multiple DaemonSets—one for each architecture.

Steps

Follow the instructions at https://kubernetes.io/docs/setup/independent/create-cluster-kubeadm/ for setting up the master node. I've been using Weave Net as the network plugin; it see

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#!/bin/env bash

## Needs `jq` (https://stedolan.github.io/jq/) on PATH
## and a personal gogs token of yours.
## Obtain token from https://git.example.com/user/settings/applications
## Usage:
## ./migrate.sh $clone_url $project_name [$optional_group]
## Migrate a repository to gogs into the user namespace of the token-user
## ./migrate.sh git@mygitlab.com:group/repo.git repo
## Migrate a repository to gogs into the group namespace `group` (needs to exist)