a4f2a148b7
Added LoPy and FiPy platform (same API) |
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examples | ||
.gitignore | ||
deploy_esp.sh | ||
deploy_wipy.sh | ||
LICENSE | ||
mfrc522.py | ||
README.md |
micropython-mfrc522
(Micro)Python class to access the MFRC522 RFID reader
Basic class to access RFID readers of the type MFRC522. This is basically a re-write of this Python port for the MFRC522. I tried to strip things down and make them more "pythonic" so the result is small enough to run on Micropython boards. I tried the class so far on the ESP8266 and the WiPy.
Usage
Put the modules mfrc522.py
, examples/read.py
, examples/write.py
to the root of the flash FS on your board.
For the ESP8266 there are multiple solutions to do that. E.g. use the
WebREPL file transfer, or mpfshell.
I used the following pins for my setup:
Signal | GPIO ESP8266 | GPIO WiPy | Note |
---|---|---|---|
sck | 0 | "GP14" | |
mosi | 2 | "GP16" | |
miso | 4 | "GP15" | |
rst | 5 | "GP22" | |
cs | 14 | "GP14" | Labeled SDA on most RFID-RC522 boards |
Now enter the REPL you could run one of the two exmaples:
For detecting, authenticating and reading from a card:
import read
read.do_read()
This will wait for a MifareClassic 1k card. As soon the card is detected, it is authenticated, and 16 bytes are read from address 0x08.
For detecting, authenticating and writing to a card:
import write
write.do_write()
This will wait for a MifareClassic 1k card. As soon the card is detected, it is authenticated, and 16 bytes written to address 0x08.