Difference between revisions of "Rfid Access"
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== Overview == | == Overview == | ||
| + | Midsouthmakers RFID access based on a Beagle Bone Black and a cheap Chinese wiegand reader. | ||
== How To == | == How To == | ||
| Line 11: | Line 12: | ||
====Via the Web Interface==== | ====Via the Web Interface==== | ||
| + | |||
| + | To Access the web interface add this to your hosts file: 192.168.1.11 rfid-php | ||
| + | |||
| + | Then access the site via: http://rfid-php | ||
===Delete user=== | ===Delete user=== | ||
| Line 21: | Line 26: | ||
==Technical Details== | ==Technical Details== | ||
| + | ===Source Code=== | ||
| + | All Code is located on a github repository located at: https://github.com/bseishen/rfid_authentication/ | ||
| + | |||
===Wiegand Reader=== | ===Wiegand Reader=== | ||
Reader is a 26bit Chinese special. MSB and LSB are parity bits, the remainging 24bits are the LSB of the RFID token. Couple of gotcha's with this reader. Numeric key presses are sent without parity and are only 16bits. Also buzzer lines or status led cannot be held low when trying to read data from the reader. | Reader is a 26bit Chinese special. MSB and LSB are parity bits, the remainging 24bits are the LSB of the RFID token. Couple of gotcha's with this reader. Numeric key presses are sent without parity and are only 16bits. Also buzzer lines or status led cannot be held low when trying to read data from the reader. | ||
| Line 34: | Line 42: | ||
*Relay 7 - GPIO_46 - UNASSIGNED | *Relay 7 - GPIO_46 - UNASSIGNED | ||
*Relay 8 - GPIO_47 - Strobe | *Relay 8 - GPIO_47 - Strobe | ||
| − | + | *GPIO_68 - Wiegand D0 | |
| − | GPIO_68 - Wiegand D0 | + | *GPIO_69 - Wiegand D1 |
| − | GPIO_69 - Wiegand D1 | + | *GPIO_02 - 1 wire for temperature sensor |
| − | |||
| − | GPIO_02 - 1 wire for temperature sensor | ||
Latest revision as of 20:51, 22 April 2016
Overview
Midsouthmakers RFID access based on a Beagle Bone Black and a cheap Chinese wiegand reader.
How To
Add user
You must be a part of the administrator group to add users.
Via the Keypad
- Scan rfid token and enter your 4 digit pin.
- Press the enter key. Light will flash green and beep once completed. This will enter add user mode. Esc can be hit to exit this mode.
- Scan the new RFID token, and have user enter a 4 digit pin.
- Light will flash green and beep once completed successfully.
Via the Web Interface
To Access the web interface add this to your hosts file: 192.168.1.11 rfid-php
Then access the site via: http://rfid-php
Delete user
You must be a part of the administrator group to add users.
Via the Keypad
- Scan rfid token and enter your 4 digit pin.
- Press the ESC key. Light will flash green and beep once completed. This will enter add user mode. Esc can be hit to exit this mode.
- Scan the new RFID token, and have user enter a 4 digit pin.
- Light will flash green and beep once completed successfully.
Technical Details
Source Code
All Code is located on a github repository located at: https://github.com/bseishen/rfid_authentication/
Wiegand Reader
Reader is a 26bit Chinese special. MSB and LSB are parity bits, the remainging 24bits are the LSB of the RFID token. Couple of gotcha's with this reader. Numeric key presses are sent without parity and are only 16bits. Also buzzer lines or status led cannot be held low when trying to read data from the reader.
Panel
Pin Assignements
- Relay 1 - GPIO_67 - Garage Door
- Relay 2 - GPIO_66 - Front Door
- Relay 3 - GPIO_44 - Buzzer
- Relay 4 - GPIO_45 - Status LED
- Relay 5 - GPIO_26 - UNASSIGNED
- Relay 6 - GPIO_23 - UNASSIGNED
- Relay 7 - GPIO_46 - UNASSIGNED
- Relay 8 - GPIO_47 - Strobe
- GPIO_68 - Wiegand D0
- GPIO_69 - Wiegand D1
- GPIO_02 - 1 wire for temperature sensor