This is a way to have a binary sensor from a single code in the RF Bridge in ESPHome.
We have a binary_delay to configure the delay between on/off in the binary sensor.
some_sensor is a template(dummy) Binary sensor that gets updated by the RF Bridge when a code is received.
The action is a script, so if multiple codes are received, the timer counts againts the last one.
This Python script generates random passwords using various character sets and configurations. It provides flexibility in choosing password length and the number of passwords to generate. Generate passwords Microsoft 365 style(Cvcddddd).
This script should be placed in the directory that has the easy-rsa directory.
Example output:
# ./list-revoked
Revoked certificates:
=====================
757605D0E1B900FEBEBD0DB92B7CBCD7: C - someuser1
| function evaluate_jenv() { | |
| if [ ! -v JENV_LOADED ]; then | |
| setopt local_options nullglob | |
| [ -f pom.xml -o -f build.gradle.kts -o -f build.sbt -o -f build.xml -o -f .java-version -o -f .deps.edn -o -f project.clj -o -f build.boot ] && files=1 | |
| if [ ! -v files ]; then | |
| extensions=(*.java, *.class, *.gradle, *.jar, *.cljs, *.cljc) | |
| if [ -z "$extensions" ]; then | |
| return | |
| fi | |
| fi |
Generate random passwords using 4 different charsets. Configurable length and count(Default 32 len, 30 count).
Usage:
./genpass
Usage: ./genpass [length(32)] [passwords_count(30)]
20973143392597200522372078343494 9gdds8ihw2niigs3f4gzddv9rtfmv8kx dlaoEefHJJxN6oqglazb5RgstmD9z144 ,i-UIZVNd|~9$Z'5=J@=RVt{nIV+J{a&
45656053506377489597126894570217 up34vlejddl3vnj5n7m38733myv8dkx1 9wJLm8nCwN0AhHznsod2VyX7S5Yhd0ah ^#y-@GBRTX&BTi @oJZO9f8K:9tUVTbU
This scripts shows all fingerprints of SSH authorized keys for the root user.
This is usefull when you are checking which key has been accepted in the /var/log/auth.log.
Like:
Mar 9 10:13:08 hnm sshd[1595179]: Accepted publickey for root from 192.168.1.1 port 56726 ssh2: ED25519 SHA256:OLcfsyZasQWbXze7TVirQd42O09YB704i1N8pKOuve5u
| # | |
| # Authors: | |
| # Tercio Gaudencio Filho <[email protected]> | |
| # | |
| # Ex: | |
| # USERNAME@HOSTNAME [TIME] [/FULL/PATH] ✘ $ | |
| function prompt_0x3333_2_setup { | |
| setopt LOCAL_OPTIONS | |
| unsetopt XTRACE KSH_ARRAYS |
This is a simple example on how to interface with a TLC5973 IC to dim LEDs in Raspberry Pi.
It uses SPI to generate a pulse train with precise timing.
In Raspberry Pi, the SPI may have some inter-byte delay, which makes this useless. More here: https://www.raspberrypi.org/forums/viewtopic.php?t=211152
I'm using go-rpio to manage the SPI device.
The idea to use SPI came from this repo: https://github.com/mik4el/cc1350-swim-thermo/blob/b2fdb54a940e18911959a5e1778ca7fc06915a11/software/tlc5973_spimaster_CC1350_SWIMTHERMO_tirtos_ccs/spimaster.c
| server { | |
| listen 80; | |
| server_name docker.yourdomain.com; | |
| return 301 https://$server_name$request_uri; | |
| } | |
| upstream registry { | |
| server 192.168.3.10:5000; |
| #!/bin/sh | |
| #FreeDNS updater script | |
| UPDATEURL="https://freedns.afraid.org/dynamic/update.php?_YOUR_KEY_HERE_" | |
| DOMAIN="_YOUR_DOMAIN_HERE_" | |
| registered=$(nslookup $DOMAIN|tail -n2|grep A|sed s/[^0-9.]//g) | |
| current=$(dig +noall +answer @ns1.afraid.org $DOMAIN|sed 's/.*\t\([0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\.[0-9]\{1,3\}\).*$/\1/g') |