Decoders: Use 4 spaces for indentation as per PEP-8.

1 files changed, 132 insertions, 132 deletions

diff --git a/decoders/nunchuk.py b/decoders/nunchuk.py
index 57be1d7..4ac1c83 100644
--- a/decoders/nunchuk.py
+++ b/decoders/nunchuk.py
@@ -26,149 +26,149 @@
 
 # FIXME: This is just some example input for testing purposes...
 example_packets = [
-	# START condition.
-	{'type': 'S',  'range': (10, 11), 'data': None, 'ann': ''},
-
-	# Nunchuk init: Write 0x40,0x00 to slave address 0x54.
-	{'type': 'AW', 'range': (12, 13), 'data': 0x54, 'ann': ''},
-	{'type': 'DW', 'range': (14, 15), 'data': 0x40, 'ann': ''},
-	{'type': 'AW', 'range': (16, 17), 'data': 0x54, 'ann': ''},
-	{'type': 'DW', 'range': (18, 19), 'data': 0x00, 'ann': ''},
-
-	# Get data: Read 6 bytes of data.
-	{'type': 'DR', 'range': (20, 21), 'data': 0x11, 'ann': ''},
-	{'type': 'DR', 'range': (22, 23), 'data': 0x22, 'ann': ''},
-	{'type': 'DR', 'range': (24, 25), 'data': 0x33, 'ann': ''},
-	{'type': 'DR', 'range': (26, 27), 'data': 0x44, 'ann': ''},
-	{'type': 'DR', 'range': (28, 29), 'data': 0x55, 'ann': ''},
-	{'type': 'DR', 'range': (30, 31), 'data': 0x66, 'ann': ''},
-
-	# STOP condition.
-	{'type': 'P',  'range': (32, 33), 'data': None, 'ann': ''},
+    # START condition.
+    {'type': 'S',  'range': (10, 11), 'data': None, 'ann': ''},
+
+    # Nunchuk init: Write 0x40,0x00 to slave address 0x54.
+    {'type': 'AW', 'range': (12, 13), 'data': 0x54, 'ann': ''},
+    {'type': 'DW', 'range': (14, 15), 'data': 0x40, 'ann': ''},
+    {'type': 'AW', 'range': (16, 17), 'data': 0x54, 'ann': ''},
+    {'type': 'DW', 'range': (18, 19), 'data': 0x00, 'ann': ''},
+
+    # Get data: Read 6 bytes of data.
+    {'type': 'DR', 'range': (20, 21), 'data': 0x11, 'ann': ''},
+    {'type': 'DR', 'range': (22, 23), 'data': 0x22, 'ann': ''},
+    {'type': 'DR', 'range': (24, 25), 'data': 0x33, 'ann': ''},
+    {'type': 'DR', 'range': (26, 27), 'data': 0x44, 'ann': ''},
+    {'type': 'DR', 'range': (28, 29), 'data': 0x55, 'ann': ''},
+    {'type': 'DR', 'range': (30, 31), 'data': 0x66, 'ann': ''},
+
+    # STOP condition.
+    {'type': 'P',  'range': (32, 33), 'data': None, 'ann': ''},
 ]
 
 def decode(l):
-	print(l)
-	sigrok.put(l)
+    print(l)
+    sigrok.put(l)
 
 
 def decode2(inbuf):
-	"""Nintendo Wii Nunchuk decoder"""
-
-	# FIXME: Get the data in the correct format in the first place.
-	inbuf = [ord(x) for x in inbuf]
-	out = []
-	o = {}
-
-	# TODO: Pass in metadata.
-
-	# States
-	IDLE, START, NUNCHUK_SLAVE, INIT, INITIALIZED = range(5)
-	state = IDLE # TODO: Can we assume a certain initial state?
-
-	sx = sy = ax = ay = az = bz = bc = 0
-
-	databytecount = 0
-
-	# Loop over all I2C packets.
-	for p in example_packets:
-		if p['type'] == 'S': # TODO: Handle 'Sr' here, too?
-			state = START
-
-		elif p['type'] == 'Sr':
-			pass # FIXME
-
-		elif p['type'] == 'AR':
-			# TODO: Error/Warning, not supported, I think.
-			pass
-
-		elif p['type'] == 'AW':
-			# The Wii Nunchuk always has slave address 0x54.
-			# TODO: Handle this stuff more correctly.
-			if p['data'] == 0x54:
-				pass # TODO
-			else:
-				pass # TODO: What to do here? Ignore? Error?
-
-		elif p['type'] == 'DR' and state == INITIALIZED:
-			if databytecount == 0:
-				sx = p['data']
-			elif databytecount == 1:
-				sy = p['data']
-			elif databytecount == 2:
-				ax = p['data'] << 2
-			elif databytecount == 3:
-				ay = p['data'] << 2
-			elif databytecount == 4:
-				az = p['data'] << 2
-			elif databytecount == 5:
-				bz =  (p['data'] & (1 << 0)) >> 0
-				bc =  (p['data'] & (1 << 1)) >> 1
-				ax |= (p['data'] & (3 << 2)) >> 2
-				ay |= (p['data'] & (3 << 4)) >> 4
-				az |= (p['data'] & (3 << 6)) >> 6
-				# del o
-				o = {'type': 'D', 'range': (0, 0), 'data': []}
-			 	o['data'] = [sx, sy, ax, ay, az, bz, bc]
-				# sx = sy = ax = ay = az = bz = bc = 0
-			else:
-				pass # TODO
-
-			if 0 <= databytecount <= 5:
-				databytecount += 1
-
-			# TODO: If 6 bytes read -> save and reset
-
-		# TODO
-		elif p['type'] == 'DR' and state != INITIALIZED:
-			pass
-
-		elif p['type'] == 'DW':
-			if p['data'] == 0x40 and state == START:
-				state = INIT
-			elif p['data'] == 0x00 and state == INIT:
-				o = {'type': 'I', 'range': (0, 0), 'data': []}
-				o['data'] = [0x40, 0x00]
-				out.append(o)
-				state = INITIALIZED
-			else:
-				pass # TODO
-
-		elif p['type'] == 'P':
-			out.append(o)
-			state = INITIALIZED
-			databytecount = 0
-
-	print out
-
-	# FIXME
-	return ''
+    """Nintendo Wii Nunchuk decoder"""
+
+    # FIXME: Get the data in the correct format in the first place.
+    inbuf = [ord(x) for x in inbuf]
+    out = []
+    o = {}
+
+    # TODO: Pass in metadata.
+
+    # States
+    IDLE, START, NUNCHUK_SLAVE, INIT, INITIALIZED = range(5)
+    state = IDLE # TODO: Can we assume a certain initial state?
+
+    sx = sy = ax = ay = az = bz = bc = 0
+
+    databytecount = 0
+
+    # Loop over all I2C packets.
+    for p in example_packets:
+        if p['type'] == 'S': # TODO: Handle 'Sr' here, too?
+            state = START
+
+        elif p['type'] == 'Sr':
+            pass # FIXME
+
+        elif p['type'] == 'AR':
+            # TODO: Error/Warning, not supported, I think.
+            pass
+
+        elif p['type'] == 'AW':
+            # The Wii Nunchuk always has slave address 0x54.
+            # TODO: Handle this stuff more correctly.
+            if p['data'] == 0x54:
+                pass # TODO
+            else:
+                pass # TODO: What to do here? Ignore? Error?
+
+        elif p['type'] == 'DR' and state == INITIALIZED:
+            if databytecount == 0:
+                sx = p['data']
+            elif databytecount == 1:
+                sy = p['data']
+            elif databytecount == 2:
+                ax = p['data'] << 2
+            elif databytecount == 3:
+                ay = p['data'] << 2
+            elif databytecount == 4:
+                az = p['data'] << 2
+            elif databytecount == 5:
+                bz =  (p['data'] & (1 << 0)) >> 0
+                bc =  (p['data'] & (1 << 1)) >> 1
+                ax |= (p['data'] & (3 << 2)) >> 2
+                ay |= (p['data'] & (3 << 4)) >> 4
+                az |= (p['data'] & (3 << 6)) >> 6
+                # del o
+                o = {'type': 'D', 'range': (0, 0), 'data': []}
+                 o['data'] = [sx, sy, ax, ay, az, bz, bc]
+                # sx = sy = ax = ay = az = bz = bc = 0
+            else:
+                pass # TODO
+
+            if 0 <= databytecount <= 5:
+                databytecount += 1
+
+            # TODO: If 6 bytes read -> save and reset
+
+        # TODO
+        elif p['type'] == 'DR' and state != INITIALIZED:
+            pass
+
+        elif p['type'] == 'DW':
+            if p['data'] == 0x40 and state == START:
+                state = INIT
+            elif p['data'] == 0x00 and state == INIT:
+                o = {'type': 'I', 'range': (0, 0), 'data': []}
+                o['data'] = [0x40, 0x00]
+                out.append(o)
+                state = INITIALIZED
+            else:
+                pass # TODO
+
+        elif p['type'] == 'P':
+            out.append(o)
+            state = INITIALIZED
+            databytecount = 0
+
+    print out
+
+    # FIXME
+    return ''
 
 register = {
-	'id': 'nunchuk',
-	'name': 'Nunchuk',
-	'longname': 'Nintendo Wii Nunchuk decoder',
-	'desc': 'Decodes the Nintendo Wii Nunchuk I2C-based protocol.',
-	'longdesc': '...',
-	'author': 'Uwe Hermann',
-	'email': 'uwe@hermann-uwe.de',
-	'license': 'gplv2+',
-	'in': ['i2c'],
-	'out': ['nunchuck'],
-	'probes': [
-		# TODO
-	],
-	'options': {
-		# TODO
-	},
-	# 'start': start,
-	# 'report': report,
+    'id': 'nunchuk',
+    'name': 'Nunchuk',
+    'longname': 'Nintendo Wii Nunchuk decoder',
+    'desc': 'Decodes the Nintendo Wii Nunchuk I2C-based protocol.',
+    'longdesc': '...',
+    'author': 'Uwe Hermann',
+    'email': 'uwe@hermann-uwe.de',
+    'license': 'gplv2+',
+    'in': ['i2c'],
+    'out': ['nunchuck'],
+    'probes': [
+        # TODO
+    ],
+    'options': {
+        # TODO
+    },
+    # 'start': start,
+    # 'report': report,
 }
 
 # Use psyco (if available) as it results in huge performance improvements.
 try:
-	import psyco
-	psyco.bind(decode)
+    import psyco
+    psyco.bind(decode)
 except ImportError:
-	pass
+    pass