flaviocopes

package main

import (
	"strings"
)

func main() {
	strings.HasPrefix("foobar", "foo") // true
}

peterhellberg

HTTPPort            8090
HTTPBindAddress     0.0.0.0
MaxHTTPConnections 200
MaxClients      100
MaxBandWidth    500000
CustomLog       -

<Feed camera.ffm>
File            /tmp/camera.ffm
FileMaxSize     200M

arpat

#!/bin/bash
#
## CURL the kibana endpoint
## Use the kibana dev console to validate query json

curl -i --insecure  --user User:Password  -XPOST \
    --header "kbn-version: 5.6.0" \
    'https://kibana.yourdomain/api/console/proxy?path=_search&method=POST' \
    --data '{"query":{"match_all":{}}}'

Jiab77

Raspberry Pi 2/3B/B+/4B Wireless Bridge using Ubuntu Server 18.04 ARM Image and Netplan

The initial goal of this project is to use the raspberry pi in place of my Wireless Range Extender and then going from 3 wireless networks (2.4ghz, 2.4ghz extended, 5ghz) at home to only one (5ghz). This way I'm reducing the exposition to radio waves for the whole familly at home.

Let's go technical

Ok, enough drama for now, let's go technical. 😁

Setup

kabili207

rclone systemd service

Preparation

This service will use the same remote name you specified when using rclone config create. If you haven't done that yet, do so now.

Next, create the mountpoint for your remote. The service uses the location ~/mnt/<remote> by default.

mkdir ~/mnt/dropbox