(→ToDo) |
|||
Line 43: | Line 43: | ||
* Wemos D1 reachable via d00rl0ck.local (Needs update due to MQTT BROKER ISSUES) | * Wemos D1 reachable via d00rl0ck.local (Needs update due to MQTT BROKER ISSUES) | ||
=== Pin out of reader to CAT5 === | |||
12v+ RED > ORANGE | |||
12-(Ground) BLACK > BROWN/WHITE | |||
D0/RX/4AR+(wiegand) GREEN > GREEN | |||
D1/TX/4AR- WHITE > GREEN/WHITE | |||
LED BLUE > BLUE | |||
BEEP YELLOW > BROWN | |||
WG26/34 GRAY > BLUE>WHITE | |||
Door Bell > PURPLE > ? | |||
ORANGE/WHITE isn't used | |||
=== ToDo === | === ToDo === |
Revision as of 12:28, 16 June 2022
Door lock | |
---|---|
Participants | |
Skills | Electronics |
Status | Active |
Niche | Electronics |
Purpose | Infra |
Tool | No |
Location | Front Door |
Cost | |
Tool category | Electronics |
Door lock Property "Tool Image" (as page type) with input value "File:{{{Picture}}}" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. {{{Picture}}} {{#if:No | [[Tool Owner::{{{ProjectParticipants}}} | }} {{#if:No | [[Tool Cost::{{{Cost}}} | }}
Introduction
This page describes the hardware used to create the new door lock of the space. Basically there is a RFID-reader that can read blue keychain tokens and some types of RFID-cards (like OV-chipkaart and WUR-cards). The code of the token/card needs to be read once to match it to a user and then grants access to the front door. Zarya can do this for you when needed.
Hardware used
Pics
Doordaemon script
- doordaemon
- responds to offering a RFID tag (mifare and others) at the doorsensor
Now running in a docker container on docker.vm.nurd.space
Seeing the logs: docker logs -f doordeamon
Restarting: docker restart doordeamon
** runs on the nurdbot VM
- reads an imap box
- sends metrics to mqtt
- Installed under /home/nurdbot/doordaemon
- configured via /home/nurdbot/doordaemon/config.json
- Management via /etc/init.d/doordaemon
- Logging in /var/log/doordaemon.log
Restarting:
/etc/init.d/doordaemon restart
Next generation
Reader and WEMOS have been ordered, will make a test setup with this software: https://github.com/esprfid/esp-rfid when it's all in the reader supports MiFare and 125khz tags.
Running
- Wemos D1 reachable via d00rl0ck.local (Needs update due to MQTT BROKER ISSUES)
Pin out of reader to CAT5
12v+ RED > ORANGE 12-(Ground) BLACK > BROWN/WHITE D0/RX/4AR+(wiegand) GREEN > GREEN D1/TX/4AR- WHITE > GREEN/WHITE LED BLUE > BLUE BEEP YELLOW > BROWN WG26/34 GRAY > BLUE>WHITE Door Bell > PURPLE > ? ORANGE/WHITE isn't used
ToDo
- Upgrade ESP-RFID to 1.3.3 HOTFIX [1]
- Test out the scanner
- Hack that SBOARD?
- Maybe rewrite ESP-RFID to python to run on space nanny