makefile release process

.gitignore

@@ -5,3 +5,15 @@
 *.conf
 .DS_Store
 
+pyscan/*
+pysense/*
+pysense2/*
+pytrack/*
+pytrack2/*
+
+pyscan.zip
+pysense.zip
+pysense2.zip
+pytrack.zip
+pytrack2.zip
+

Makefile

@@ -0,0 +1,102 @@
+release: pyscan pysense pysense2 pytrack pytrack2 
+
+
+pyscan:
+	rm -rf pyscan
+	rm -f pyscan.zip
+	@echo "Making Pyscan"
+	mkdir pyscan
+	mkdir pyscan/lib
+	#sensors
+	cp shields/lib/LIS2HH12.py pyscan/lib/
+	cp shields/lib/MFRC630.py pyscan/lib/
+	cp shields/lib/SI7006A20.py pyscan/lib/
+	cp shields/lib/LTR329ALS01.py pyscan/lib/
+	#pycoproc
+	cp shields/lib/pycoproc_1.py pyscan/lib/
+	#example
+	cp shields/pyscan_1.py pyscan/main.py
+
+	zip -r pyscan.zip pyscan
+
+pysense:
+	rm -rf pysense
+	rm -f pysense.zip
+	@echo "Making Pysense"
+	mkdir pysense
+	mkdir pysense/lib
+	# sensors
+	cp shields/lib/LIS2HH12.py pysense/lib/
+	cp shields/lib/LTR329ALS01.py pysense/lib/
+	cp shields/lib/MPL3115A2.py pysense/lib/
+	cp shields/lib/SI7006A20.py pysense/lib/
+	# pycoproc
+	cp shields/lib/pycoproc_1.py pysense/lib/
+	# example
+	cp shields/pysense_1.py pysense/main.py
+
+	zip -r pysense.zip pysense
+
+pysense2:
+	rm -rf pysense2
+	rm -f pysense2.zip
+	@echo "Making Pysense 2"
+	mkdir pysense2
+	mkdir pysense2/lib
+	# sensors
+	cp shields/lib/LIS2HH12.py pysense2/lib/
+	cp shields/lib/LTR329ALS01.py pysense2/lib/
+	cp shields/lib/MPL3115A2.py pysense2/lib/
+	cp shields/lib/SI7006A20.py pysense2/lib/
+	# pycoproc
+	cp shields/lib/pycoproc_2.py pysense2/lib/
+	# example
+	cp shields/pysense_2.py pysense2/main.py
+
+	zip -r pysense2.zip pysense2
+
+pytrack:
+	rm -rf pytrack
+	rm -f pytrack.zip
+	@echo "Making Pytrack"
+	mkdir pytrack
+	mkdir pytrack/lib
+	#sensors
+	cp shields/lib/L76GNSS.py pytrack/lib/
+	cp shields/lib/LIS2HH12.py pytrack/lib/
+	#pycoproc
+	cp shields/lib/pycoproc_1.py pytrack/lib/
+	#example
+	cp shields/pytrack_1.py pytrack/main.py
+
+	zip -r pytrack.zip pytrack
+
+pytrack2:
+	rm -rf pytrack2
+	rm -f pytrack2.zip
+	@echo "Making Pytrack2"
+	mkdir pytrack2
+	mkdir pytrack2/lib
+	#sensors
+	cp shields/lib/L76GNSS.py pytrack2/lib/
+	cp shields/lib/LIS2HH12.py pytrack2/lib/
+	#pycoproc
+	cp shields/lib/pycoproc_2.py pytrack2/lib/
+	#example
+	cp shields/pytrack_2.py pytrack2/main.py
+
+	zip -r pytrack2.zip pytrack2
+
+clean:
+	@echo "Cleaning up files"
+	rm -rf pyscan
+	rm -rf pysense
+	rm -rf pysense2
+	rm -rf pytrack
+	rm -rf pytrack2
+
+	rm -f pyscan.zip
+	rm -f pysense.zip
+	rm -f pysense2.zip
+	rm -f pytrack.zip
+	rm -f pytrack2.zip

shields/pyscan_1.py

@@ -1,86 +1,114 @@
 '''
 Simple Pyscan NFC / MiFare Classic Example
-Copyright (c) 2020, Pycom Limited.
+Copyright (c) 2019, Pycom Limited.
 
-This example runs the NFC discovery loop in a thread.
-If a card is detected it will read the UID and compare it to VALID_CARDS
-RGB LED is BLUE while waiting for card,
-GREEN if card is valid, RED if card is invalid
+This example continuously sends a REQA for ISO14443A card type
+If a card is discovered, it will read the UID
+If DECODE_CARD = True, will attempt to authenticate with CARDkey
+If authentication succeeds will attempt to read sectors from the card
 '''
 
-DEBUG = False  # change to True to see debug messages
-
 from pycoproc_1 import Pycoproc
 from MFRC630 import MFRC630
 from LIS2HH12 import LIS2HH12
 from LTR329ALS01 import LTR329ALS01
-import binascii
 import time
 import pycom
-import _thread
 
+#add your card UID here
 VALID_CARDS = [[0x43, 0x95, 0xDD, 0xF8],
                [0x43, 0x95, 0xDD, 0xF9],
                [0x46, 0x5A, 0xEB, 0x7D, 0x8A, 0x08, 0x04]]
 
+
+# This is the default key for an unencrypted MiFare card
+CARDkey = [ 0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF ]
+DECODE_CARD = False
+
 py = Pycoproc(Pycoproc.PYSCAN)
 nfc = MFRC630(py)
 lt = LTR329ALS01(py)
 li = LIS2HH12(py)
 
+pybytes_enabled = False
+if 'pybytes' in globals():
+    if(pybytes.isconnected()):
+        print('Pybytes is connected, sending signals to Pybytes')
+        pybytes_enabled = True
+
 RGB_BRIGHTNESS = 0x8
 
 RGB_RED = (RGB_BRIGHTNESS << 16)
 RGB_GREEN = (RGB_BRIGHTNESS << 8)
 RGB_BLUE = (RGB_BRIGHTNESS)
 
+counter = 0
+
+def check_uid(uid, len):
+    return VALID_CARDS.count(uid[:len])
+
+def send_sensor_data(name, timeout):
+    if(pybytes_enabled):
+        while(True):
+            pybytes.send_signal(2, lt.light())
+            pybytes.send_signal(3, li.acceleration())
+            time.sleep(timeout)
+
 # Make sure heartbeat is disabled before setting RGB LED
 pycom.heartbeat(False)
 
 # Initialise the MFRC630 with some settings
 nfc.mfrc630_cmd_init()
 
-def check_uid(uid, len):
-    return VALID_CARDS.count(uid[:len])
-
-def print_debug(msg):
-    if DEBUG:
-        print(msg)
-
-def send_sensor_data(name, timeout):
-    while(True):
-        print(lt.light())
-        print(li.acceleration())
-        time.sleep(timeout)
-
-def discovery_loop(nfc, id):
-    while True:
-        # Send REQA for ISO14443A card type
-        print_debug('Sending REQA for ISO14443A card type...')
-        atqa = nfc.mfrc630_iso14443a_WUPA_REQA(nfc.MFRC630_ISO14443_CMD_REQA)
-        print_debug('Response: {}'.format(atqa))
-        if (atqa != 0):
-            # A card has been detected, read UID
-            print_debug('A card has been detected, read UID...')
-            uid = bytearray(10)
-            uid_len = nfc.mfrc630_iso14443a_select(uid)
-            print_debug('UID has length: {}'.format(uid_len))
-            if (uid_len > 0):
-                print_debug('Checking if card with UID: [{:s}] is listed in VALID_CARDS...'.format(binascii.hexlify(uid[:uid_len],' ').upper()))
+print('Scanning for cards')
+while True:
+    # Send REQA for ISO14443A card type
+    atqa = nfc.mfrc630_iso14443a_WUPA_REQA(nfc.MFRC630_ISO14443_CMD_REQA)
+    if (atqa != 0):
+        # A card has been detected, read UID
+        print('A card has been detected, reading its UID ...')
+        uid = bytearray(10)
+        uid_len = nfc.mfrc630_iso14443a_select(uid)
+        print('UID has length {}'.format(uid_len))
+        if (uid_len > 0):
+            # A valid UID has been detected, print details
+            counter += 1
+            print("%d\tUID [%d]: %s" % (counter, uid_len, nfc.format_block(uid, uid_len)))
+            if DECODE_CARD:
+                # Try to authenticate with CARD key
+                nfc.mfrc630_cmd_load_key(CARDkey)
+                for sector in range(0, 16):
+                    if (nfc.mfrc630_MF_auth(uid, nfc.MFRC630_MF_AUTH_KEY_A, sector * 4)):
+                        pycom.rgbled(RGB_GREEN)
+                        # Authentication was sucessful, read card data
+                        readbuf = bytearray(16)
+                        for b in range(0, 4):
+                            f_sect = sector * 4 + b
+                            len = nfc.mfrc630_MF_read_block(f_sect, readbuf)
+                            print("\t\tSector %s: Block: %s: %s" % (nfc.format_block([sector], 1), nfc.format_block([b], 1), nfc.format_block(readbuf, len)))
+                    else:
+                        print("Authentication denied for sector %s!" % nfc.format_block([sector], 1))
+                        pycom.rgbled(RGB_RED)
+                # It is necessary to call mfrc630_MF_deauth after authentication
+                # Although this is also handled by the reset / init cycle
+                nfc.mfrc630_MF_deauth()
+            else:
+                #check if card uid is listed in VALID_CARDS
                 if (check_uid(list(uid), uid_len)) > 0:
-                    print_debug('Card is listed, turn LED green')
+                    print('Card is listed, turn LED green')
                     pycom.rgbled(RGB_GREEN)
+                    if(pybytes_enabled):
+                        pybytes.send_signal(1, ('Card is listed', uid))
                 else:
-                    print_debug('Card is not listed, turn LED red')
+                    print('Card is not listed, turn LED red')
                     pycom.rgbled(RGB_RED)
-        else:
-            # No card detected
-            print_debug('Did not detect any card...')
-            pycom.rgbled(RGB_BLUE)
-        nfc.mfrc630_cmd_reset()
-        time.sleep(.5)
-        nfc.mfrc630_cmd_init()
-
-# This is the start of our main execution... start the thread
-_thread.start_new_thread(discovery_loop, (nfc, 0))
-_thread.start_new_thread(send_sensor_data, ('Thread 2', 10))
+                    if(pybytes_enabled):
+                        pybytes.send_signal(1, ('Unauthorized card detected', uid))
+
+    else:
+        pycom.rgbled(RGB_BLUE)
+    # We could go into power saving mode here... to be investigated
+    nfc.mfrc630_cmd_reset()
+    time.sleep(.5)
+    # Re-Initialise the MFRC630 with settings as these got wiped during reset
+    nfc.mfrc630_cmd_init()