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The MyFareMonitor kombines a lot of functions of the Arduino MFCR522 Library (v1.1.8).
Table of content
Copy all files in subdirectory named MyFareMonitor under your Arduino directory.
I you set DEBUG 1, you need the "MemoryFree" Library from:
http://www.domore.be/1arduino-understanding-memory-management.aspx
These Arduino Sketch is based of the deafault MFCR522 Library (v1.1.8).
You can modify the most things about of a MiFare Classic Card like BlockRead, BlockWrite, etc...
Also exist a few subcommands for the MCFR522Chip byself.
There are only minimal checking of lengt while setting KEY A or write block commands.
BE CAREFULLY. ON WRONG SIZE OF LENGTH, THE INFECTED SECTOR WILL BE BLOCKED FOR EVER!
Commands are:
- help
- get Card UID
- get CardType
- get Rx Gain
- set Rx gain
- [access bits to hex] (#ab2hex)
- [hex to access bits] (#hex2ab)
- [set key] (#sk)
- [dump key] (#dk)
- dump card
- dump sector
- dump block in ascii
- dump block in HEX
- write ascii text to block
- write hex values to block
- set value
- get value
- increment value
- decrement value
The command 'h' shows the helpscreen.
MyFare Monitor V 2.3 (2017-02-09)
(c)2016 Andreas Bujok
=============
Help:
h : print help
guid : get Card UID
gct : get CardType
gg : get Rx Gain
sg,<gain> : set Rx gain <0-7> (18dB - 48dB)
dk : dump key
sk,<KEY> : set key (6 hex values). Has <KEY> no value, key will be set to transport key.
ab2hex,<value block 0>,<value block 1>,<value block 2>,<value block 3> : convert access bits to hex values for trailerblock
hex2ab,<value 0>,<value 1>,<value 2> : convert hex values to access bits for trailerblock
dc : dump card, use fix the transportkey.
ds,<sector> : dump sector <0-n>, use fix the transportkey.
dba,<block>,[<'a'|'b'>] : dump in ascii of block <0-n> with KEY A|B (default is A)
dbh,<block>,[<'a'|'b'>] : dump in HEX of block <0-n> with KEY A|B (default is A)
wba,<block>,<ascii-data>,[<'a'|'b'>],[<startpoint>] : write ascii text to block <0-n> (max. 16 char.), with key A|B (default is A), start position (default is 1)
wbh,<block>,<hex-data> ,[<'a'|'b'>],[<startpoint>] : write hex values to block <0-n> (max. 32 char.), with key A|B (default is A), start position (default is 1)
sv,<block>,<val> : set value to valueblock <n>
gv,<block> : get value of valueblock <n>
iv,<block>,<val> : increment valueblock <n> with value <val>
dv,<block>,<val> : decrement valueblock <n> with value <val>
[back to usage] (#Usage)
Read the ID of the MiFare Classic Card.
Syntax: guid
[back to usage] (#Usage)
Get the type of the MiFare Clasic Card.
Syntax: gct
[back to usage] (#Usage)
Shows the current Gain (dB) of the receiver.
Syntax: gg
[back to usage] (#Usage)
Set the Gain (0-7) of the receiver.
| Value | dB |
|---|---|
| 0 | 18dB |
| 1 | 23dB |
| 2 | 18dB |
| 3 | 23dB |
| 4 | 33dB |
| 5 | 38dB |
| 6 | 43dB |
| 7 | 48dB |
Syntax: sg,<0-7>
[back to usage] (#Usage)
Shows the value of used software Key in HEX-digits for authentications of Key A or Key B.
Syntax: dk
[back to usage] (#Usage)
Set the value of the software Key A in HEX- digits (max. 6 HEX-pairs).
Used for authentications Key A or Key B.
If none value given, the key will be set to the value of the transportkey (FFFFFFFFFFFF).
Syntax: sk,<six 2-digit HEX values><br>
Syntax: sk,
[back to usage] (#Usage)
Print the three byte hexvalues for the trailerblock based of the given conditions of block 0 to 3 of each sector.
Check the datasheet from NPX for possible combination.
Syntax: ab2hex,<value block 0>,<value block 1>,<value block 2>,<value block 3>
[back to usage] (#Usage)
Print the access values for the different blocks of each sector given by the hexvalues of the trailerblock.
Check the datasheet from NPX for possible combination.
Syntax: hex2ab,<6 byte hex value>
[back to usage] (#Usage)
Dump the full data (sectors and blocks) of the complete MiFare Classic Card
Syntax: dc
[back to usage] (#Usage)
Shows the blocks of the given sector.
Use 'key' for auth A.
Syntax: ds,<sector>
[back to usage] (#Usage)
Shows the 16 Bytes of the given block as ASCII characters, given by the prepared key.
Syntax: dba,<block n>,<auth with key as A|key as B>
[back to usage] (#Usage)
Shows the 16 Bytes of the given block as HEX digits.
Syntax: dba,<block n>,<auth with key as A|key as B>
[back to usage] (#Usage)
Writes ASCII Text to the given block.
Additional the auth key A|B and startpoint can be given (1 - 16), the value for key and startpoint is not necessary.
The default auth key is A and start is on position one.
Syntax: wba,<block n>,<ASCII text>,[key A|B],[start position]
[back to usage] (#Usage)
Writes HEX digits to the given block.
Additional the auth key A|B and startpoint can be given (1 - 16), the value for key and startpoint is not necessary.
The default auth key is A and start is on position one.
Syntax: wbh,<block n>,<2-digit HEX values>,[key A|B],[<start position>]
[back to usage] (#Usage)
Set the value of a value block.
Value are an signed 4-byte value, negative values are stored in standard 2 ́s complement
format.
Syntax: sv,<value block n>,<value>
[back to usage] (#Usage)
Get the value of an given value block.
Syntax: gv,<value block n>
[back to usage] (#Usage)
Increment the current value of an given value block by the given value.
Syntax: iv,<value block n>,<val>
[back to usage] (#Usage)
Decrement the current value of an given value block by the given value.
Syntax: dv,<value block n>,<val>
[back to usage] (#Usage)
© Andreas Bujok