Automated formatting with YAPF.

PEP8 settings are used except the low 80 column limit has be increased
to a more reasonable 100 columns.

.style.yapf

@@ -0,0 +1,394 @@
+[style]
+# Align closing bracket with visual indentation.
+align_closing_bracket_with_visual_indent=True
+
+# Allow dictionary keys to exist on multiple lines. For example:
+#
+#   x = {
+#       ('this is the first element of a tuple',
+#        'this is the second element of a tuple'):
+#            value,
+#   }
+allow_multiline_dictionary_keys=False
+
+# Allow lambdas to be formatted on more than one line.
+allow_multiline_lambdas=False
+
+# Allow splitting before a default / named assignment in an argument list.
+allow_split_before_default_or_named_assigns=True
+
+# Allow splits before the dictionary value.
+allow_split_before_dict_value=True
+
+#   Let spacing indicate operator precedence. For example:
+#
+#     a = 1 * 2 + 3 / 4
+#     b = 1 / 2 - 3 * 4
+#     c = (1 + 2) * (3 - 4)
+#     d = (1 - 2) / (3 + 4)
+#     e = 1 * 2 - 3
+#     f = 1 + 2 + 3 + 4
+#
+# will be formatted as follows to indicate precedence:
+#
+#     a = 1*2 + 3/4
+#     b = 1/2 - 3*4
+#     c = (1+2) * (3-4)
+#     d = (1-2) / (3+4)
+#     e = 1*2 - 3
+#     f = 1 + 2 + 3 + 4
+#
+arithmetic_precedence_indication=False
+
+# Number of blank lines surrounding top-level function and class
+# definitions.
+blank_lines_around_top_level_definition=2
+
+# Insert a blank line before a class-level docstring.
+blank_line_before_class_docstring=False
+
+# Insert a blank line before a module docstring.
+blank_line_before_module_docstring=False
+
+# Insert a blank line before a 'def' or 'class' immediately nested
+# within another 'def' or 'class'. For example:
+#
+#   class Foo:
+#                      # <------ this blank line
+#     def method():
+#       ...
+blank_line_before_nested_class_or_def=False
+
+# Do not split consecutive brackets. Only relevant when
+# dedent_closing_brackets is set. For example:
+#
+#    call_func_that_takes_a_dict(
+#        {
+#            'key1': 'value1',
+#            'key2': 'value2',
+#        }
+#    )
+#
+# would reformat to:
+#
+#    call_func_that_takes_a_dict({
+#        'key1': 'value1',
+#        'key2': 'value2',
+#    })
+coalesce_brackets=False
+
+# The column limit.
+column_limit=100
+
+# The style for continuation alignment. Possible values are:
+#
+# - SPACE: Use spaces for continuation alignment. This is default behavior.
+# - FIXED: Use fixed number (CONTINUATION_INDENT_WIDTH) of columns
+#   (ie: CONTINUATION_INDENT_WIDTH/INDENT_WIDTH tabs or
+#   CONTINUATION_INDENT_WIDTH spaces) for continuation alignment.
+# - VALIGN-RIGHT: Vertically align continuation lines to multiple of
+#   INDENT_WIDTH columns. Slightly right (one tab or a few spaces) if
+#   cannot vertically align continuation lines with indent characters.
+continuation_align_style=SPACE
+
+# Indent width used for line continuations.
+continuation_indent_width=4
+
+# Put closing brackets on a separate line, dedented, if the bracketed
+# expression can't fit in a single line. Applies to all kinds of brackets,
+# including function definitions and calls. For example:
+#
+#   config = {
+#       'key1': 'value1',
+#       'key2': 'value2',
+#   }        # <--- this bracket is dedented and on a separate line
+#
+#   time_series = self.remote_client.query_entity_counters(
+#       entity='dev3246.region1',
+#       key='dns.query_latency_tcp',
+#       transform=Transformation.AVERAGE(window=timedelta(seconds=60)),
+#       start_ts=now()-timedelta(days=3),
+#       end_ts=now(),
+#   )        # <--- this bracket is dedented and on a separate line
+dedent_closing_brackets=False
+
+# Disable the heuristic which places each list element on a separate line
+# if the list is comma-terminated.
+disable_ending_comma_heuristic=False
+
+# Place each dictionary entry onto its own line.
+each_dict_entry_on_separate_line=True
+
+# Require multiline dictionary even if it would normally fit on one line.
+# For example:
+#
+#   config = {
+#       'key1': 'value1'
+#   }
+force_multiline_dict=False
+
+# The regex for an i18n comment. The presence of this comment stops
+# reformatting of that line, because the comments are required to be
+# next to the string they translate.
+i18n_comment=
+
+# The i18n function call names. The presence of this function stops
+# reformattting on that line, because the string it has cannot be moved
+# away from the i18n comment.
+i18n_function_call=
+
+# Indent blank lines.
+indent_blank_lines=False
+
+# Put closing brackets on a separate line, indented, if the bracketed
+# expression can't fit in a single line. Applies to all kinds of brackets,
+# including function definitions and calls. For example:
+#
+#   config = {
+#       'key1': 'value1',
+#       'key2': 'value2',
+#       }        # <--- this bracket is indented and on a separate line
+#
+#   time_series = self.remote_client.query_entity_counters(
+#       entity='dev3246.region1',
+#       key='dns.query_latency_tcp',
+#       transform=Transformation.AVERAGE(window=timedelta(seconds=60)),
+#       start_ts=now()-timedelta(days=3),
+#       end_ts=now(),
+#       )        # <--- this bracket is indented and on a separate line
+indent_closing_brackets=False
+
+# Indent the dictionary value if it cannot fit on the same line as the
+# dictionary key. For example:
+#
+#   config = {
+#       'key1':
+#           'value1',
+#       'key2': value1 +
+#               value2,
+#   }
+indent_dictionary_value=False
+
+# The number of columns to use for indentation.
+indent_width=4
+
+# Join short lines into one line. E.g., single line 'if' statements.
+join_multiple_lines=True
+
+# Do not include spaces around selected binary operators. For example:
+#
+#   1 + 2 * 3 - 4 / 5
+#
+# will be formatted as follows when configured with "*,/":
+#
+#   1 + 2*3 - 4/5
+no_spaces_around_selected_binary_operators=
+
+# Use spaces around default or named assigns.
+spaces_around_default_or_named_assign=False
+
+# Adds a space after the opening '{' and before the ending '}' dict delimiters.
+#
+#   {1: 2}
+#
+# will be formatted as:
+#
+#   { 1: 2 }
+spaces_around_dict_delimiters=False
+
+# Adds a space after the opening '[' and before the ending ']' list delimiters.
+#
+#   [1, 2]
+#
+# will be formatted as:
+#
+#   [ 1, 2 ]
+spaces_around_list_delimiters=False
+
+# Use spaces around the power operator.
+spaces_around_power_operator=False
+
+# Use spaces around the subscript / slice operator.  For example:
+#
+#   my_list[1 : 10 : 2]
+spaces_around_subscript_colon=False
+
+# Adds a space after the opening '(' and before the ending ')' tuple delimiters.
+#
+#   (1, 2, 3)
+#
+# will be formatted as:
+#
+#   ( 1, 2, 3 )
+spaces_around_tuple_delimiters=False
+
+# The number of spaces required before a trailing comment.
+# This can be a single value (representing the number of spaces
+# before each trailing comment) or list of values (representing
+# alignment column values; trailing comments within a block will
+# be aligned to the first column value that is greater than the maximum
+# line length within the block). For example:
+#
+# With spaces_before_comment=5:
+#
+#   1 + 1 # Adding values
+#
+# will be formatted as:
+#
+#   1 + 1     # Adding values <-- 5 spaces between the end of the statement and comment
+#
+# With spaces_before_comment=15, 20:
+#
+#   1 + 1 # Adding values
+#   two + two # More adding
+#
+#   longer_statement # This is a longer statement
+#   short # This is a shorter statement
+#
+#   a_very_long_statement_that_extends_beyond_the_final_column # Comment
+#   short # This is a shorter statement
+#
+# will be formatted as:
+#
+#   1 + 1          # Adding values <-- end of line comments in block aligned to col 15
+#   two + two      # More adding
+#
+#   longer_statement    # This is a longer statement <-- end of line comments in block aligned to col 20
+#   short               # This is a shorter statement
+#
+#   a_very_long_statement_that_extends_beyond_the_final_column  # Comment <-- the end of line comments are aligned based on the line length
+#   short                                                       # This is a shorter statement
+#
+spaces_before_comment=2
+
+# Insert a space between the ending comma and closing bracket of a list,
+# etc.
+space_between_ending_comma_and_closing_bracket=True
+
+# Use spaces inside brackets, braces, and parentheses.  For example:
+#
+#   method_call( 1 )
+#   my_dict[ 3 ][ 1 ][ get_index( *args, **kwargs ) ]
+#   my_set = { 1, 2, 3 }
+space_inside_brackets=False
+
+# Split before arguments
+split_all_comma_separated_values=False
+
+# Split before arguments, but do not split all subexpressions recursively
+# (unless needed).
+split_all_top_level_comma_separated_values=False
+
+# Split before arguments if the argument list is terminated by a
+# comma.
+split_arguments_when_comma_terminated=False
+
+# Set to True to prefer splitting before '+', '-', '*', '/', '//', or '@'
+# rather than after.
+split_before_arithmetic_operator=False
+
+# Set to True to prefer splitting before '&', '|' or '^' rather than
+# after.
+split_before_bitwise_operator=True
+
+# Split before the closing bracket if a list or dict literal doesn't fit on
+# a single line.
+split_before_closing_bracket=True
+
+# Split before a dictionary or set generator (comp_for). For example, note
+# the split before the 'for':
+#
+#   foo = {
+#       variable: 'Hello world, have a nice day!'
+#       for variable in bar if variable != 42
+#   }
+split_before_dict_set_generator=True
+
+# Split before the '.' if we need to split a longer expression:
+#
+#   foo = ('This is a really long string: {}, {}, {}, {}'.format(a, b, c, d))
+#
+# would reformat to something like:
+#
+#   foo = ('This is a really long string: {}, {}, {}, {}'
+#          .format(a, b, c, d))
+split_before_dot=False
+
+# Split after the opening paren which surrounds an expression if it doesn't
+# fit on a single line.
+split_before_expression_after_opening_paren=False
+
+# If an argument / parameter list is going to be split, then split before
+# the first argument.
+split_before_first_argument=False
+
+# Set to True to prefer splitting before 'and' or 'or' rather than
+# after.
+split_before_logical_operator=True
+
+# Split named assignments onto individual lines.
+split_before_named_assigns=True
+
+# Set to True to split list comprehensions and generators that have
+# non-trivial expressions and multiple clauses before each of these
+# clauses. For example:
+#
+#   result = [
+#       a_long_var + 100 for a_long_var in xrange(1000)
+#       if a_long_var % 10]
+#
+# would reformat to something like:
+#
+#   result = [
+#       a_long_var + 100
+#       for a_long_var in xrange(1000)
+#       if a_long_var % 10]
+split_complex_comprehension=False
+
+# The penalty for splitting right after the opening bracket.
+split_penalty_after_opening_bracket=300
+
+# The penalty for splitting the line after a unary operator.
+split_penalty_after_unary_operator=10000
+
+# The penalty of splitting the line around the '+', '-', '*', '/', '//',
+# ``%``, and '@' operators.
+split_penalty_arithmetic_operator=300
+
+# The penalty for splitting right before an if expression.
+split_penalty_before_if_expr=0
+
+# The penalty of splitting the line around the '&', '|', and '^'
+# operators.
+split_penalty_bitwise_operator=300
+
+# The penalty for splitting a list comprehension or generator
+# expression.
+split_penalty_comprehension=80
+
+# The penalty for characters over the column limit.
+split_penalty_excess_character=7000
+
+# The penalty incurred by adding a line split to the unwrapped line. The
+# more line splits added the higher the penalty.
+split_penalty_for_added_line_split=30
+
+# The penalty of splitting a list of "import as" names. For example:
+#
+#   from a_very_long_or_indented_module_name_yada_yad import (long_argument_1,
+#                                                             long_argument_2,
+#                                                             long_argument_3)
+#
+# would reformat to something like:
+#
+#   from a_very_long_or_indented_module_name_yada_yad import (
+#       long_argument_1, long_argument_2, long_argument_3)
+split_penalty_import_names=0
+
+# The penalty of splitting the line around the 'and' and 'or'
+# operators.
+split_penalty_logical_operator=300
+
+# Use the Tab character for indentation.
+use_tabs=False
+

bin/validity-led-dance

@@ -10,7 +10,6 @@ from validitysensor import init
 from time import sleep
 from usb import core as usb_core
 
-
 if __name__ == "__main__":
     if os.geteuid() != 0:
         raise Exception('This script needs to be executed as root')

bin/validity-sensors-firmware

@@ -30,7 +30,8 @@ from enum import Enum, auto
 from time import sleep
 from usb import core as usb_core
 
-python_validity_data='/usr/share/python-validity/'
+python_validity_data = '/usr/share/python-validity/'
+
 
 # FIXME: supported usb ids are duplicated in usb.py
 class VFS(Enum):
@@ -38,6 +39,7 @@ class VFS(Enum):
     DEV_97 = (0x138a, 0x0097)
     DEV_9a = (0x06cb, 0x009a)
 
+
 DEFAULT_URIS = {
     VFS.DEV_90: {
         'driver': 'https://download.lenovo.com/pccbbs/mobiles/n1cgn08w.exe',
@@ -76,15 +78,12 @@ def download_and_extract_fw(dev_type, fwdir, fwuri=None):
         with open(fwarchive, 'wb') as out_file:
             out_file.write(response.read())
 
-    subprocess.check_call(['innoextract',
-        '--output-dir', fwdir,
-        '--include', fwname,
-        '--collisions', 'overwrite',
+    subprocess.check_call([
+        'innoextract', '--output-dir', fwdir, '--include', fwname, '--collisions', 'overwrite',
         fwarchive
     ])
 
-    fwpath = subprocess.check_output([
-        'find', fwdir, '-name', fwname]).decode('utf-8').strip()
+    fwpath = subprocess.check_output(['find', fwdir, '-name', fwname]).decode('utf-8').strip()
     print('Found firmware at {}'.format(fwpath))
 
     if not fwpath:
@@ -92,6 +91,7 @@ def download_and_extract_fw(dev_type, fwdir, fwuri=None):
 
     return fwpath
 
+
 if __name__ == "__main__":
     parser = argparse.ArgumentParser()
     parser.add_argument('--driver-uri')
@@ -111,8 +111,7 @@ if __name__ == "__main__":
         raise Exception('No supported validity device found')
 
     try:
-        subprocess.check_call(['innoextract', '--version'],
-            stdout=subprocess.DEVNULL)
+        subprocess.check_call(['innoextract', '--version'], stdout=subprocess.DEVNULL)
     except Exception as e:
         print('Impossible to run innoextract: {}'.format(e))
         sys.exit(1)

dbus_service/dbus-service

@@ -64,9 +64,7 @@ class Device(dbus.service.Object):
         """Resolve user name to database object"""
         return db.lookup_user(self.user2identity(user))
 
-    @dbus.service.method(dbus_interface=INTERFACE_NAME,
-                         in_signature="s",
-                         out_signature="as")
+    @dbus.service.method(dbus_interface=INTERFACE_NAME, in_signature="s", out_signature="as")
     def ListEnrolledFingers(self, user):
         try:
             logging.debug('In ListEnrolledFingers %s' % user)
@@ -82,9 +80,7 @@ class Device(dbus.service.Object):
         except Exception as e:
             raise e
 
-    @dbus.service.method(dbus_interface=INTERFACE_NAME,
-                         in_signature='s',
-                         out_signature='')
+    @dbus.service.method(dbus_interface=INTERFACE_NAME, in_signature='s', out_signature='')
     def DeleteEnrolledFingers(self, user):
         logging.debug('In DeleteEnrolledFingers %s' % user)
         usr = self.user2record(user)
@@ -94,9 +90,7 @@ class Device(dbus.service.Object):
 
         db.del_record(usr.dbid)
 
-    @dbus.service.method(dbus_interface=INTERFACE_NAME,
-                         in_signature='ss',
-                         out_signature='')
+    @dbus.service.method(dbus_interface=INTERFACE_NAME, in_signature='ss', out_signature='')
     def VerifyStart(self, user, finger):
         logging.debug('In VerifyStart for %s, %s' % (user, finger))
 
@@ -130,15 +124,11 @@ class Device(dbus.service.Object):
         thread.daemon = True
         thread.start()
 
-    @dbus.service.method(dbus_interface=INTERFACE_NAME,
-                         in_signature='',
-                         out_signature='')
+    @dbus.service.method(dbus_interface=INTERFACE_NAME, in_signature='', out_signature='')
     def Cancel(self):
         sensor.cancel()
 
-    @dbus.service.method(dbus_interface=INTERFACE_NAME,
-                         in_signature='ss',
-                         out_signature='')
+    @dbus.service.method(dbus_interface=INTERFACE_NAME, in_signature='ss', out_signature='')
     def EnrollStart(self, user, finger_name):
         logging.debug('In EnrollStart %s for %s' % (finger_name, user))
 
@@ -192,9 +182,7 @@ class Device(dbus.service.Object):
     def EnrollStatus(self, result, done):
         logging.debug('EnrollStatus')
 
-    @dbus.service.method(dbus_interface=INTERFACE_NAME,
-                         in_signature='s',
-                         out_signature='s')
+    @dbus.service.method(dbus_interface=INTERFACE_NAME, in_signature='s', out_signature='s')
     def RunCmd(self, cmd):
         logging.debug('RunCmd')
         return hexlify(tls.app(unhexlify(cmd))).decode()
@@ -228,7 +216,10 @@ def main():
     parser = argparse.ArgumentParser('Open fprintd DBus service')
     parser.add_argument('--debug', help='Enable tracing', action='store_true')
     parser.add_argument('--devpath', help='USB device path: usb-<busnum>-<address>')
-    parser.add_argument('--configpath', default='/etc/python-validity', type=Path, help='Path to config files')
+    parser.add_argument('--configpath',
+                        default='/etc/python-validity',
+                        type=Path,
+                        help='Path to config files')
     args = parser.parse_args()
 
     if args.debug:

scripts/factory-reset.py

@@ -1,4 +1,3 @@
-
 from validitysensor.usb import usb
 from validitysensor.sensor import factory_reset, RebootException
 

scripts/lsdbus.py

@@ -20,6 +20,6 @@ for n in ls:
     pid = o.GetConnectionUnixProcessID(n)
 
     with open('/proc/%d/cmdline' % pid) as f:
-        s=f.read()
-        s=s.split('\0')
+        s = f.read()
+        s = s.split('\0')
         print('%-10s %-5d %s' % (n, pid, ' '.join(s)))

scripts/prototype.py

@@ -13,6 +13,7 @@ import code
 #usb.trace_enabled = True
 #tls.trace_enabled = True
 
+
 def identify():
     def update_cb(e):
         print('Capture error: %s, try again' % repr(e))
@@ -21,6 +22,7 @@ def identify():
 
     print('Got finger %x for user recordid %d. Hash: %s' % (subtype, usrid, hexlify(hsh).decode()))
 
+
 def enroll(sid, finger):
     def update_cb(x, e):
         if e is not None:
@@ -31,4 +33,3 @@ def enroll(sid, finger):
     recid = sensor.enroll(sid, finger, update_cb)
 
     print('Created a finger record with dbid %d' % recid)
-

setup.py

@@ -3,26 +3,19 @@
 from setuptools import setup
 
 setup(name='python-validity',
-    version='0.9',
-    py_modules = [],
-    packages=['validitysensor'],
-    scripts=[
-        'bin/validity-led-dance',
-        'bin/validity-sensors-firmware',
-    ],
-    install_requires=[
-        'cryptography >= 2.1.4',
-        'pyusb >= 1.0.0',
-        'pyyaml >= 3.12'
-    ],
-    data_files=[
-        ('share/dbus-1/system.d/', ['dbus_service/io.github.uunicorn.Fprint.conf']),
-        ('lib/python-validity/', ['dbus_service/dbus-service']),
-        ('share/python-validity/playground/', [
-            'scripts/dbus-cmd.py', 
-            'scripts/lsdbus.py', 
-            'scripts/factory-reset.py', 
-            'scripts/prototype.py'
-        ]),
-    ]
-)
+      version='0.9',
+      py_modules=[],
+      packages=['validitysensor'],
+      scripts=[
+          'bin/validity-led-dance',
+          'bin/validity-sensors-firmware',
+      ],
+      install_requires=['cryptography >= 2.1.4', 'pyusb >= 1.0.0', 'pyyaml >= 3.12'],
+      data_files=[
+          ('share/dbus-1/system.d/', ['dbus_service/io.github.uunicorn.Fprint.conf']),
+          ('lib/python-validity/', ['dbus_service/dbus-service']),
+          ('share/python-validity/playground/', [
+              'scripts/dbus-cmd.py', 'scripts/lsdbus.py', 'scripts/factory-reset.py',
+              'scripts/prototype.py'
+          ]),
+      ])

validitysensor/blobs.py

@@ -1,5 +1,6 @@
 from enum import Enum, auto
 
+
 class Blobs(Enum):
     init_hardcoded = auto()
     init_hardcoded_clean_slate = auto()
@@ -22,6 +23,7 @@ def __load_blob(blob):
     globals()[blob] = getattr(blobs, blob)
     return globals()[blob]
 
+
 for p in dir(Blobs):
     if isinstance(getattr(Blobs, p), Blobs):
         globals()[p] = lambda bname=p: __load_blob(bname)

validitysensor/blobs_90.py

@@ -1,7 +1,6 @@
-
 from .util import unhex
 
-init_hardcoded=unhex('''
+init_hardcoded = unhex('''
 06020000013917b3dda91383b5bcac64fa4ad35dce96570a9d2d974b80926a431f9cd46248980a263c6fcef6a82839a90b59ac590848859
 afac817b7d53bf51cd3205c1b8f43048be8253c3bd247937c837aca8b18d3cc8ee8c8971ac4f688813cf3d8550d71496985b7ec07ff2dc7
 896d330fdab263a0ee433a5c4bc910439d1c6161853feb03f5502209502e7308beb7919473cfe69f422c30502d226a4d0a34d96c8c77956
@@ -13,9 +12,9 @@ e024ca6b9a48332c1a69a5a3fdd24b964cf7e7c55229bb0b48a6e339eb2c42d07ec850a4ee780660
 b3d5cad8d5bd7cea37e58a31307a6d50e6ae379a53f1366678c0741a3d872b8dcfefa7f63128dc8245
 ''')
 
-init_hardcoded_clean_slate=unhex('')
+init_hardcoded_clean_slate = unhex('')
 
-reset_blob=unhex('''
+reset_blob = unhex('''
 0602000001d6123241376f110935a7ae38b614ced9952eaa38e2984842d0552d984b69ab5c1a70175513319970225d9ca25be063a7d70a2
 9dff803240c099ba5386910b69c3b7ca8d0b26ec9a5684fe92af9c6d8068ace0954eb8582adc6208aa6c116b1778ff531dd2b6817a10d66
 7e0385d18ac7ccb47eb67f1f54b5b94c84d65529c6e9fe9039218ae9cde123f38ffa52a953ed589d0d8bb48680aeea6544b7ceedbea3216
@@ -226,7 +225,7 @@ f72aea07e183577f591a081845ea340797b79c6c8742e8826a6d7df773ec8564025fbb570bfbc001
 a5d4483f1
 ''')
 
-db_write_enable=unhex('''
+db_write_enable = unhex('''
 06020000015ddf5d76a8e3bab8b10d9f82f0b31652d5b208dff1d20745b7c5442e09db880c80ca103d5b2071d8bdcaab452b900d1785be2
 de478669e72a9d082273f0f6176b700ffb65a026af052e76de5f9e247e994bed7c79e34815b465a8070a76da7d365525d7285dfb152d24c
 732a471f031d22ebb67d6e27bfff74b3ab1c4780461a460c0ea5710fbd32ab59a6ca9ca3e3e24264640b15245a6c48b6bd20c6848c2307e
@@ -262,7 +261,7 @@ a2da95eb8445a6381f3941917bed7fcf01ab199228eadd1968847e4b9a40022d2b0ec68318abf97c
 ''')
 
 # FIXME this must be very specific to a particular device and constructed on the fly from multiple hardcoded tables:
-identify_prg=unhex('''
+identify_prg = unhex('''
 02980000002300000020000800002000800000010032007000000000802020050024200000502077362820010030200100082170000c210
 000482102004c210000582000005c20000060200000682005006c20012970200121742001887820018084202000942001809c200902a020
 0b19b4200000b8203b04bc201400c0200200c4200100c82002003300100000000080cc200000f503d0200000a1013200440000000080dc2
@@ -295,7 +294,7 @@ c1e1e1c221f201d21201e1c1f34242221201f20221f201e241e241d2020221e2420231d221e211e1
 ''')
 
 # The following blob has only 1 byte difference from the above
-enroll_prg=unhex('''
+enroll_prg = unhex('''
 02980000002300000020000800002000800000010032007000000000802020050024200000502077362820010030200100082170000c210
 000482102004c210000582000005c20000060200000682005006c20012970200121742001887820018084202000942001809c200902a020
 0b19b4200000b8203b04bc201400c0200200c4200100c82002003300100000000080cc200000f503d0200000a1013200440000000080dc2
@@ -327,7 +326,7 @@ c1e1e1c221f201d21201e1c1f34242221201f20221f201e241e241d2020221e2420231d221e211e1
 81808180818081808180818081808180818081808080808080808080807f807f807f807f7f7e7e
 ''')
 
-calibrate_prg=unhex('''
+calibrate_prg = unhex('''
 0298006103230000002000080000200080000001003200700000000080202005002420000050207736282
 0010030200100082170000c210000482102004c210000582000005c20000060200000682005006c200129
 70200121742001887820018084202000942001809c200902a0200b19b4200000b8203b04bc201400c0200
@@ -365,4 +364,3 @@ c2d182e1e30182e1c321d341d341e321c301e1e241e201f201d1c321a301e1c211e21341f1e20202
 8080808180818081808080818081808180818081808180808081808180818081808180818081808180818
 0818081808180818081808080808080808080807f807f807f807f7f7e7e
 ''')
-

validitysensor/blobs_97.py

@@ -1,7 +1,6 @@
-
 from .util import unhex
 
-init_hardcoded=unhex('''
+init_hardcoded = unhex('''
 06020000014a231406e5542fc6dc3b1aedebe68f55596ad3ca13f6e019994c6f71672fff756fbde0511d09d45978b12ba415b3694a0e763
 48c8cfe9dbb9abf86813fc0c67c1005519a6f87360c2fb3e12bd0a9e012b06d9f5c9b44ccc6645b0fbd47afe45c8c874fcb88fbfd18fb7a
 9b3241351f256acce689f9586a52b01f8fdcb66cdf3b340b1f9f386d58ca24fdfcdfbcebefb5f3a3c2a08357721040235a20ce1ee2f4f78
@@ -15,7 +14,7 @@ f3135c5e78820e36653fa3db535f57c71897242939d7da50f81070ce9ab81c61af6ac29a6c6c4a5d
 2999d1c0e7acf67e598696cd58cc4bdb1b7c037ee9a085f784c4
 ''')
 
-init_hardcoded_clean_slate=unhex('''
+init_hardcoded_clean_slate = unhex('''
 06020000012c40c9d271378bc0912ef5dced69bd81b7fc16972c7b46e621af54a00e2cc6baca6eb83ea30222dfc6c925262006ae93412ea
 cf482f2034ee7b13297474b7e1e91f279cac2ccb7195443e4dd3328cfd292ade073fcc2eaa8f07b77231130ba997f921b9be7b4fb6cc691
 0d2976b3e050913b27dbe73afd6e964260b9435ebab5117e71f7cb68464d4b6f8afc7e1a421f671f5854a1d0c8ab93ed3b88b2bc1a42875
@@ -32,7 +31,7 @@ b4c74c39900830abc6906a1004bef1b5b7dbbbeb5ec1b22604ac86429b9f56511b746a7124c449b8
 aa41249faeef4d838e280cb5d6fc19cfe86c75f
 ''')
 
-reset_blob=unhex('''
+reset_blob = unhex('''
 06020000018772bd56dd58d64023e1745f7c253a49b32dd6a02bc32347195b6763bfcc23c9e0beb0c5809e06a5628629f28c4048530a5cd
 df6f48391ea0c2cb5a7ffe93ef04c8b4dad584117e65aac085c25062a0f12a8ee432c7ecbb6613c28b743e4a75e382afc6b8037e342d466
 7b66a73691edc6b25698c15e78d9d67f7cc56274e99e6b7bb5fba32dd42d74dfa672f414c4a29302b30a202d00a2571d2a884169e82106c
@@ -252,7 +251,7 @@ f20332657d2ca6728b9865a6bfdc9a9055a6ab86cb782307c2c0255525884bf8060f8aed7ec034f3
 20f8bb8d94784228934870046f60ac937af4957c9414bcc33895fcc183062be4e4bff56f9c89838ead8e433dc604536938
 ''')
 
-db_write_enable=unhex('''
+db_write_enable = unhex('''
 0602000001f48001074892b6c57deb7889b5ebf86bc3040f6d91ff1f68765f046591184be08cf36c154b7ec5368139d0f9532382214379a
 ff3ffbfe4659e2f274e864bd0ad660f99e21da2bab677dbfa907a66ce110c180d2ddc5dfe40b8ed975cbedffc11631f12f8bd646a0ee82d
 44d2a6c1ec9cfbd40f485cb3d9124376b97b4a3349b0a730adda626d8ac28ec20e886aab1b8851deee3431c4d89c8bb3e787eaa9c0323df

validitysensor/blobs_9a.py

@@ -1,7 +1,6 @@
-
 from .util import unhex
 
-init_hardcoded=unhex('''
+init_hardcoded = unhex('''
 06020000014a231406e5542fc6dc3b1aedebe68f55596ad3ca13f6e019994c6f71672fff756fbde0511d09d45978b12ba415b3694a0e763
 48c8cfe9dbb9abf86813fc0c67c1005519a6f87360c2fb3e12bd0a9e012b06d9f5c9b44ccc6645b0fbd47afe45c8c874fcb88fbfd18fb7a
 9b3241351f256acce689f9586a52b01f8fdcb66cdf3b340b1f9f386d58ca24fdfcdfbcebefb5f3a3c2a08357721040235a20ce1ee2f4f78
@@ -15,7 +14,7 @@ f3135c5e78820e36653fa3db535f57c71897242939d7da50f81070ce9ab81c61af6ac29a6c6c4a5d
 2999d1c0e7acf67e598696cd58cc4bdb1b7c037ee9a085f784c4
 ''')
 
-init_hardcoded_clean_slate=unhex('''
+init_hardcoded_clean_slate = unhex('''
 06020000012c40c9d271378bc0912ef5dced69bd81b7fc16972c7b46e621af54a00e2cc6baca6eb83ea30222dfc6c925262006ae93412ea
 cf482f2034ee7b13297474b7e1e91f279cac2ccb7195443e4dd3328cfd292ade073fcc2eaa8f07b77231130ba997f921b9be7b4fb6cc691
 0d2976b3e050913b27dbe73afd6e964260b9435ebab5117e71f7cb68464d4b6f8afc7e1a421f671f5854a1d0c8ab93ed3b88b2bc1a42875
@@ -32,7 +31,7 @@ b4c74c39900830abc6906a1004bef1b5b7dbbbeb5ec1b22604ac86429b9f56511b746a7124c449b8
 aa41249faeef4d838e280cb5d6fc19cfe86c75f
 ''')
 
-reset_blob=unhex('''
+reset_blob = unhex('''
 06020000018772bd56dd58d64023e1745f7c253a49b32dd6a02bc32347195b6763bfcc23c9e0beb0c5809e06a5628629f28c4048530a5cd
 df6f48391ea0c2cb5a7ffe93ef04c8b4dad584117e65aac085c25062a0f12a8ee432c7ecbb6613c28b743e4a75e382afc6b8037e342d466
 7b66a73691edc6b25698c15e78d9d67f7cc56274e99e6b7bb5fba32dd42d74dfa672f414c4a29302b30a202d00a2571d2a884169e82106c
@@ -252,7 +251,7 @@ f20332657d2ca6728b9865a6bfdc9a9055a6ab86cb782307c2c0255525884bf8060f8aed7ec034f3
 20f8bb8d94784228934870046f60ac937af4957c9414bcc33895fcc183062be4e4bff56f9c89838ead8e433dc604536938
 ''')
 
-db_write_enable=unhex('''
+db_write_enable = unhex('''
 0602000001f48001074892b6c57deb7889b5ebf86bc3040f6d91ff1f68765f046591184be08cf36c154b7ec5368139d0f9532382214379a
 ff3ffbfe4659e2f274e864bd0ad660f99e21da2bab677dbfa907a66ce110c180d2ddc5dfe40b8ed975cbedffc11631f12f8bd646a0ee82d
 44d2a6c1ec9cfbd40f485cb3d9124376b97b4a3349b0a730adda626d8ac28ec20e886aab1b8851deee3431c4d89c8bb3e787eaa9c0323df

validitysensor/db.py

@@ -8,28 +8,34 @@ from .flash import call_cleanups
 from .sid import *
 from .winbio_constants import finger_names
 
+
 class UserStorage():
     def __init__(self, dbid, name):
-        self.dbid=dbid
-        self.name=name
-        self.users=[]
+        self.dbid = dbid
+        self.name = name
+        self.users = []
 
     def __repr__(self):
-        return '<UserStorage: dbid=%04x name=%s users=%s>' % (self.dbid, repr(self.name), repr(self.users))
+        return '<UserStorage: dbid=%04x name=%s users=%s>' % (self.dbid, repr(
+            self.name), repr(self.users))
+
 
 class User():
     def __init__(self, dbid, identity):
-        self.dbid=dbid
-        self.identity=identity
-        self.fingers=[]
+        self.dbid = dbid
+        self.identity = identity
+        self.fingers = []
 
     def __repr__(self):
-        return '<User: dbid=%04x identity=%s fingers=%s>' % (self.dbid, repr(self.identity), repr(self.fingers))
+        return '<User: dbid=%04x identity=%s fingers=%s>' % (self.dbid, repr(
+            self.identity), repr(self.fingers))
+
 
 def subtype_to_string(s: int):
     finger_name = finger_names.get(s, None)
     return finger_name or 'Unknown'
 
+
 def parse_user_storage(rsp):
     rc, = unpack('<H', rsp[:2])
 
@@ -37,25 +43,26 @@ def parse_user_storage(rsp):
         return None
 
     assert_status(rsp[:2])
-    rsp=rsp[2:]
+    rsp = rsp[2:]
 
     hdr, rsp = rsp[:8], rsp[8:]
     recid, usercnt, namesz, unknwn = unpack('<HHHH', hdr)
-    usrtab, rsp = rsp[:4*usercnt], rsp[4*usercnt:]
+    usrtab, rsp = rsp[:4 * usercnt], rsp[4 * usercnt:]
     name, rsp = rsp[:namesz], rsp[namesz:]
 
     if len(rsp) > 0:
         raise Exception('Junk at the end of the storage info response: %s' % rsp.hex())
 
-    storage=UserStorage(recid, name)
+    storage = UserStorage(recid, name)
 
     while len(usrtab) > 0:
         rec, usrtab = usrtab[:4], usrtab[4:]
         urid, valsz = unpack('<HH', rec)
-        storage.users += [ { 'dbid': urid, 'valueSize': valsz } ]
+        storage.users += [{'dbid': urid, 'valueSize': valsz}]
 
     return storage
 
+
 def parse_identity(b):
     t, b = b[:4], b[4:]
     t, = unpack('<L', t)
@@ -65,33 +72,35 @@ def parse_identity(b):
         l, = unpack('<L', l)
         return sid_from_bytes(b[:l])
 
-    raise Exception('Don''t know how to handle identity type %d' % t)
+    raise Exception('Don' 't know how to handle identity type %d' % t)
+
 
 def parse_user(rsp: bytes):
     assert_status(rsp[:2])
-    rsp=rsp[2:]
+    rsp = rsp[2:]
 
     hdr, rsp = rsp[:8], rsp[8:]
     recid, fingercnt, unknwn, identitysz = unpack('<HHHH', hdr)
-    fingertab, rsp = rsp[:8*fingercnt], rsp[8*fingercnt:]
+    fingertab, rsp = rsp[:8 * fingercnt], rsp[8 * fingercnt:]
     identity, rsp = rsp[:identitysz], rsp[identitysz:]
 
     if len(rsp) > 0:
         raise Exception('Junk at the end of the user info response: %s' % rsp.hex())
 
     identity = parse_identity(identity)
-    user=User(recid, identity)
+    user = User(recid, identity)
 
     while len(fingertab) > 0:
         rec, fingertab = fingertab[:8], fingertab[8:]
         frid, subtype, stgid, valsz = unpack('<HHHH', rec)
-        user.fingers += [ { 'dbid': frid, 'subtype': subtype, 'storage': stgid, 'valueSize': valsz } ]
+        user.fingers += [{'dbid': frid, 'subtype': subtype, 'storage': stgid, 'valueSize': valsz}]
 
     return user
 
+
 def identity_to_bytes(identity: str):
     if isinstance(identity, SidIdentity):
-        b=identity.to_bytes()
+        b = identity.to_bytes()
         b = pack('<LL', 3, len(b)) + b
 
         # May not be neccessary, but windows union has a minimum size of 0x4c bytes
@@ -101,7 +110,8 @@ def identity_to_bytes(identity: str):
 
         return b
     else:
-        raise Exception('Don''t know how to handle identity %s' % repr(identity))
+        raise Exception('Don' 't know how to handle identity %s' % repr(identity))
+
 
 class DbRecord():
     def __init__(self):
@@ -113,29 +123,24 @@ class DbRecord():
 
     def __repr__(self):
         return '<DbRecord: dbid=%d type=%d storage=%d value=%s children=%s>' % (
-                    self.dbid,
-                    self.type,
-                    self.storage,
-                    repr(self.value),
-                    repr(self.children)
-                )
+            self.dbid, self.type, self.storage, repr(self.value), repr(self.children))
 
 
 class Db():
     class Info():
         def __init__(self, total, used, free, records, roots):
-            self.total = total # partition size
-            self.used = used # used (not deleted)
-            self.free = free # unallocated space
-            self.records = records # total number, including deleted
+            self.total = total  # partition size
+            self.used = used  # used (not deleted)
+            self.free = free  # unallocated space
+            self.records = records  # total number, including deleted
             self.roots = roots
 
         def __repr__(self):
             return 'Db.Info(total=%d, used=%d, free=%d, records=%d, roots=%s)' % (
-                    self.total, self.used, self.free, self.records, repr(self.roots))
+                self.total, self.used, self.free, self.records, repr(self.roots))
 
     def get_user_storage(self, dbid=0, name=''):
-        name=name.encode()
+        name = name.encode()
 
         if len(name) > 0:
             name += b'\0'
@@ -148,7 +153,7 @@ class Db():
     def get_storage_data(self):
         stg = self.get_user_storage(name='StgWindsor')
         rc = self.get_record_children(stg.dbid).children
-        return [i['dbid'] for i in rc if i['type'] == 8] # 8 == "data" type
+        return [i['dbid'] for i in rc if i['type'] == 8]  # 8 == "data" type
 
     def get_user(self, dbid):
         return parse_user(tls.cmd(pack('<BHHH', 0x4a, dbid, 0, 0)))
@@ -171,7 +176,7 @@ class Db():
 
         rec = DbRecord()
         rec.dbid, rec.type, rec.storage, sz = unpack('<xxHHHHxx', rsp[:12])
-        rec.value = rsp[12:12+sz]
+        rec.value = rsp[12:12 + sz]
 
         return rec
 
@@ -182,10 +187,10 @@ class Db():
         rec = DbRecord()
         rec.dbid, rec.type, rec.storage, sz, cnt = unpack('<xxHHHHHxx', rsp[:14])
         rsp = rsp[14:]
-        rec.children=[]
+        rec.children = []
         for i in range(0, cnt):
-            dbid, typ = unpack('<HH', rsp[i*4:i*4+4])
-            rec.children += [{ 'dbid': dbid, 'type': typ }]
+            dbid, typ = unpack('<HH', rsp[i * 4:i * 4 + 4])
+            rec.children += [{'dbid': dbid, 'type': typ}]
 
         return rec
 
@@ -200,12 +205,12 @@ class Db():
         unknown1, unknown0, total, used, free, records, nroots = unpack('<LLLLLHH', rsp[:0x18])
         # Seems to always be unknown1 == 1, unknown0 == 0
         rsp = rsp[0x18:]
-        roots = [unpack('<H', rsp[i*2:i*2+2])[0] for i in range(0, nroots)]
+        roots = [unpack('<H', rsp[i * 2:i * 2 + 2])[0] for i in range(0, nroots)]
 
         return Db.Info(total, used, free, records, roots)
 
     def new_record(self, parent, typ, storage, data):
-        self.db_info() # TODO check free space, compact the partition when out of storage
+        self.db_info()  # TODO check free space, compact the partition when out of storage
         assert_status(tls.cmd(db_write_enable))
         try:
             rsp = tls.cmd(pack('<BHHHH', 0x47, parent, typ, storage, len(data)) + data)
@@ -240,11 +245,11 @@ class Db():
         val = hexlify(rec.value).decode()
         if len(val) > 80:
             val = val[:80] + '...'
-        print('%s%d (type %d) %s' % ('  '*depth, rec.dbid, rec.type, val))
+        print('%s%d (type %d) %s' % ('  ' * depth, rec.dbid, rec.type, val))
 
         rec = self.get_record_children(root)
         for c in rec.children:
-            self.dump_raw(c['dbid'], depth+1)
+            self.dump_raw(c['dbid'], depth + 1)
 
     def dump_all(self):
         stg = self.get_user_storage(name='StgWindsor')
@@ -252,7 +257,8 @@ class Db():
         for u in usrs:
             print('%2d: User %s with %d fingers:' % (u.dbid, repr(u.identity), len(u.fingers)))
             for f in u.fingers:
-                print('    %2d: %02x (%s)' % (f['dbid'], f['subtype'], subtype_to_string(f['subtype'])))
+                print('    %2d: %02x (%s)' %
+                      (f['dbid'], f['subtype'], subtype_to_string(f['subtype'])))
+
 
 db = Db()
-

validitysensor/flash.py

@@ -4,12 +4,16 @@ from .util import assert_status, unhex
 from .blobs import db_write_enable
 from .hw_tables import flash_ic_table_lookup
 
+
 class FlashInfo():
     def __init__(self, ic, blocks, unknown0, blocksize, unknown1, partitions):
         self.ic, self.blocks, self.unknown0, self.blocksize, self.unknown1, self.partitions = ic, blocks, unknown0, blocksize, unknown1, partitions
 
     def __repr__(self):
-        return 'FlashInfo(%s, 0x%x, 0x%x, 0x%x, 0x%x, %s)' % (repr(self.ic), self.blocks, self.unknown0, self.blocksize, self.unknown1, repr(self.partitions))
+        return 'FlashInfo(%s, 0x%x, 0x%x, 0x%x, 0x%x, %s)' % (repr(
+            self.ic), self.blocks, self.unknown0, self.blocksize, self.unknown1,
+                                                              repr(self.partitions))
+
 
 # type 01 is for the firmware - written blocks are decrypted on the fly using fw key
 # access lvl:
@@ -20,27 +24,31 @@ class PartitionInfo():
         self.id, self.type, self.access_lvl, self.offset, self.size = id, type, access_lvl, offset, size
 
     def __repr__(self):
-        return 'PartitionInfo(0x%02x, 0x%02x, 0x%04x, 0x%08x, 0x%08x)' % (self.id, self.type, self.access_lvl, self.offset, self.size)
+        return 'PartitionInfo(0x%02x, 0x%02x, 0x%04x, 0x%08x, 0x%08x)' % (
+            self.id, self.type, self.access_lvl, self.offset, self.size)
+
 
 def get_flash_info():
-    rsp=tls.cmd(unhex('3e'))
+    rsp = tls.cmd(unhex('3e'))
     assert_status(rsp)
-    rsp=rsp[2:]
-    hdr=rsp[:0xe]
-    rsp=rsp[0xe:]
+    rsp = rsp[2:]
+    hdr = rsp[:0xe]
+    rsp = rsp[0xe:]
     jid0, jid1, blocks, unknown0, blocksize, unknown1, pcnt = unpack('<HHHHHHH', hdr)
 
-    ic=flash_ic_table_lookup(jid0, jid1, blocks*blocksize)
+    ic = flash_ic_table_lookup(jid0, jid1, blocks * blocksize)
 
     if ic == None:
-        raise Exception('Unknown flash IC. JEDEC id=%x:%x, size=%dx%d' % (jid0, jid1, blocks, blocksize))
+        raise Exception('Unknown flash IC. JEDEC id=%x:%x, size=%dx%d' %
+                        (jid0, jid1, blocks, blocksize))
 
-    partitions=[rsp[i*0xc:(i+1)*0xc] for i in range(0, pcnt)]
-    partitions=[unpack('<BBHLL', i) for i in partitions]
-    partitions=[PartitionInfo(*i) for i in partitions]
+    partitions = [rsp[i * 0xc:(i + 1) * 0xc] for i in range(0, pcnt)]
+    partitions = [unpack('<BBHLL', i) for i in partitions]
+    partitions = [PartitionInfo(*i) for i in partitions]
 
     return FlashInfo(ic, blocks, unknown0, blocksize, unknown1, partitions)
 
+
 # >>> 4302 -- get partition header (get fwext info)
 # b004 -- no fw detected
 # 0000
@@ -59,43 +67,50 @@ class ModuleInfo():
         self.type, self.subtype, self.major, self.minor, self.size = type, subtype, major, minor, size
 
     def __repr__(self):
-        return 'ModuleInfo(0x%04x, 0x%04x, %d, %d, %d)' % (self.type, self.subtype, self.major, self.minor, self.size)
+        return 'ModuleInfo(0x%04x, 0x%04x, %d, %d, %d)' % (self.type, self.subtype, self.major,
+                                                           self.minor, self.size)
+
 
 class FirmwareInfo():
     def __init__(self, major, minor, buildtime, modules):
         self.major, self.minor, self.buildtime, self.modules = major, minor, buildtime, modules
 
     def __repr__(self):
-        return 'FirmwareInfo(%d, %d, %d, %s)' % (self.major, self.minor, self.buildtime, repr(self.modules))
+        return 'FirmwareInfo(%d, %d, %d, %s)' % (self.major, self.minor, self.buildtime,
+                                                 repr(self.modules))
+
 
 def get_fw_info(partition):
-    rsp=tls.cmd(pack('<BB', 0x43, partition))
+    rsp = tls.cmd(pack('<BB', 0x43, partition))
 
     # don't want to throw exception here - it is normal not to have FW when we're about to upload it
     if len(rsp) == 2 and rsp[1] == 4 and rsp[0] == 0xb0:
         return None
 
     assert_status(rsp)
-    rsp=rsp[2:]
-    hdr=rsp[:0xa]
-    rsp=rsp[0xa:]
+    rsp = rsp[2:]
+    hdr = rsp[:0xa]
+    rsp = rsp[0xa:]
     major, minor, modcnt, buildtime = unpack('<HHHL', hdr)
-    modules=[rsp[i*0xc:(i+1)*0xc] for i in range(0, modcnt)]
-    modules=[unpack('<HHHHL', i) for i in modules]
-    modules=[ModuleInfo(*i) for i in modules]
+    modules = [rsp[i * 0xc:(i + 1) * 0xc] for i in range(0, modcnt)]
+    modules = [unpack('<HHHHL', i) for i in modules]
+    modules = [ModuleInfo(*i) for i in modules]
 
     return FirmwareInfo(major, minor, buildtime, modules)
 
+
 def write_enable():
     assert_status(tls.cmd(db_write_enable))
 
+
 def call_cleanups():
     rsp = tls.cmd(b'\x1a')
     err = unpack('<H', rsp[:2])[0]
-    if err == 0x0491: # Nothing to commit
-        return # don't throw an exception, just ignore
+    if err == 0x0491:  # Nothing to commit
+        return  # don't throw an exception, just ignore
     assert_status(rsp)
 
+
 def erase_flash(partition):
     assert_status(tls.cmd(db_write_enable))
     try:
@@ -103,13 +118,15 @@ def erase_flash(partition):
     finally:
         call_cleanups()
 
+
 def read_flash(partition, addr, size):
     cmd = pack('<BBBHLL', 0x40, partition, 1, 0, addr, size)
     rsp = tls.cmd(cmd)
     assert_status(rsp)
     sz, = unpack('<xxLxx', rsp[:8])
 
-    return rsp[8:8+sz]
+    return rsp[8:8 + sz]
+
 
 def write_flash(partition, addr, buf):
     tls.cmd(db_write_enable)
@@ -120,21 +137,25 @@ def write_flash(partition, addr, buf):
     finally:
         call_cleanups()
 
+
 def write_flash_all(partition, ptr, buf):
     bs = 0x1000
     while len(buf) > 0:
-        chunk,  buf = buf[:bs], buf[bs:]
+        chunk, buf = buf[:bs], buf[bs:]
         write_flash(partition, ptr, chunk)
         ptr += len(chunk)
 
+
 def read_flash_all(partition, start, size):
     bs = 0x1000
-    blocks = [read_flash(partition, addr, bs) for addr in range(start, start+size, bs)]
+    blocks = [read_flash(partition, addr, bs) for addr in range(start, start + size, bs)]
     return b''.join(blocks)[:size]
 
+
 def write_fw_signature(partition, signature):
-    rsp=tls.cmd(pack('<BBxH', 0x42, partition, len(signature)) + signature)
+    rsp = tls.cmd(pack('<BBxH', 0x42, partition, len(signature)) + signature)
     assert_status(rsp)
 
+
 def read_tls_flash():
     return read_flash(1, 0, 0x1000)

validitysensor/generated_tables.py

@@ -1,81 +1,775 @@
-
 from .table_types import SensorTypeInfo, SensorCaptureProg
 
-SensorTypeInfo.table=[
-SensorTypeInfo(sensor_type=0x00db, bytes_per_line=0x98, repeat_multiplier=1, lines_per_calibration_data=144, line_width=144, calibration_blob='101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f505152535455565758595a5b5c5d5e5f606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f'),
-SensorTypeInfo(sensor_type=0x00e4, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=100, line_width=112, calibration_blob='9392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e'),
-SensorTypeInfo(sensor_type=0x00ed, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=112, line_width=112, calibration_blob='9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'),
-SensorTypeInfo(sensor_type=0x0199, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=112, line_width=112, calibration_blob='9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'),
-SensorTypeInfo(sensor_type=0x00b5, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=112, line_width=112, calibration_blob='9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'),
-SensorTypeInfo(sensor_type=0x0885, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=112, line_width=112, calibration_blob='9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'),
-SensorTypeInfo(sensor_type=0x1055, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=112, line_width=112, calibration_blob='9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'),
-SensorTypeInfo(sensor_type=0x1825, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=112, line_width=112, calibration_blob='9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'),
-SensorTypeInfo(sensor_type=0x1ff5, bytes_per_line=0x78, repeat_multiplier=2, lines_per_calibration_data=112, line_width=112, calibration_blob='9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'),
-SensorTypeInfo(sensor_type=0x00b3, bytes_per_line=0x60, repeat_multiplier=2, lines_per_calibration_data=84, line_width=85, calibration_blob='898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19'),
-SensorTypeInfo(sensor_type=0x143b, bytes_per_line=0x5c, repeat_multiplier=2, lines_per_calibration_data=84, line_width=84, calibration_blob='898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19'),
-SensorTypeInfo(sensor_type=0x08b1, bytes_per_line=0x58, repeat_multiplier=2, lines_per_calibration_data=78, line_width=78, calibration_blob='9b9a9996959392918f8e8d8b8a89878685837d7b7a7977767573716f6d6b6a695d5b5a595756555251504e4d4c4a41403e3d3c3a393432312c2a28261e1d1c1a19181615141211100d0c0a090806'),
-SensorTypeInfo(sensor_type=0x00e1, bytes_per_line=0x58, repeat_multiplier=2, lines_per_calibration_data=78, line_width=78, calibration_blob='9b9a9996959392918f8e8d8b8a89878685837d7b7a7977767573716f6d6b6a695d5b5a595756555251504e4d4c4a41403e3d3c3a393432312c2a28261e1d1c1a19181615141211100d0c0a090806'),
-SensorTypeInfo(sensor_type=0x00ea, bytes_per_line=0x5c, repeat_multiplier=1, lines_per_calibration_data=84, line_width=84, calibration_blob='898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19'),
-SensorTypeInfo(sensor_type=0x0194, bytes_per_line=0x7c, repeat_multiplier=3, lines_per_calibration_data=84, line_width=114, calibration_blob='000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f50515253'),
-SensorTypeInfo(sensor_type=0x0126, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=56, line_width=144, calibration_blob='0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'),
-SensorTypeInfo(sensor_type=0x0117, bytes_per_line=0xa0, repeat_multiplier=4, lines_per_calibration_data=56, line_width=144, calibration_blob='0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'),
-SensorTypeInfo(sensor_type=0x08f3, bytes_per_line=0xa0, repeat_multiplier=1, lines_per_calibration_data=56, line_width=144, calibration_blob='0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'),
-SensorTypeInfo(sensor_type=0x08f6, bytes_per_line=0xa0, repeat_multiplier=1, lines_per_calibration_data=56, line_width=144, calibration_blob='0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'),
-SensorTypeInfo(sensor_type=0x0121, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=56, line_width=144, calibration_blob='0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'),
-SensorTypeInfo(sensor_type=0x0b4b, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=56, line_width=144, calibration_blob='0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'),
-SensorTypeInfo(sensor_type=0x0b4d, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=56, line_width=144, calibration_blob='0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'),
-SensorTypeInfo(sensor_type=0x0130, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=40, line_width=144, calibration_blob='15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
-SensorTypeInfo(sensor_type=0x0be2, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=40, line_width=144, calibration_blob='15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
-SensorTypeInfo(sensor_type=0x0be1, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=40, line_width=144, calibration_blob='15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
-SensorTypeInfo(sensor_type=0x0518, bytes_per_line=0xa0, repeat_multiplier=2, lines_per_calibration_data=40, line_width=144, calibration_blob='15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
-SensorTypeInfo(sensor_type=0x0179, bytes_per_line=0x98, repeat_multiplier=3, lines_per_calibration_data=56, line_width=144, calibration_blob='3b3c3d3e3f404142434445464748494a4b4c4d4e4f505152535455565758595a5b5c5d5e5f606162636465666768696a6b6c6d6e6f707172'),
-
+SensorTypeInfo.table = [
+    SensorTypeInfo(
+        sensor_type=0x00db,
+        bytes_per_line=0x98,
+        repeat_multiplier=1,
+        lines_per_calibration_data=144,
+        line_width=144,
+        calibration_blob=
+        '101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f505152535455565758595a5b5c5d5e5f606162636465666768696a6b6c6d6e6f707172737475767778797a7b7c7d7e7f808182838485868788898a8b8c8d8e8f909192939495969798999a9b9c9d9e9f'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x00e4,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=100,
+        line_width=112,
+        calibration_blob=
+        '9392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x00ed,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=112,
+        line_width=112,
+        calibration_blob=
+        '9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0199,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=112,
+        line_width=112,
+        calibration_blob=
+        '9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x00b5,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=112,
+        line_width=112,
+        calibration_blob=
+        '9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0885,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=112,
+        line_width=112,
+        calibration_blob=
+        '9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x1055,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=112,
+        line_width=112,
+        calibration_blob=
+        '9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x1825,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=112,
+        line_width=112,
+        calibration_blob=
+        '9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x1ff5,
+        bytes_per_line=0x78,
+        repeat_multiplier=2,
+        lines_per_calibration_data=112,
+        line_width=112,
+        calibration_blob=
+        '9b9a999796959392918f8e8d8b8a898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19181615141211100e0d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x00b3,
+        bytes_per_line=0x60,
+        repeat_multiplier=2,
+        lines_per_calibration_data=84,
+        line_width=85,
+        calibration_blob=
+        '898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x143b,
+        bytes_per_line=0x5c,
+        repeat_multiplier=2,
+        lines_per_calibration_data=84,
+        line_width=84,
+        calibration_blob=
+        '898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x08b1,
+        bytes_per_line=0x58,
+        repeat_multiplier=2,
+        lines_per_calibration_data=78,
+        line_width=78,
+        calibration_blob=
+        '9b9a9996959392918f8e8d8b8a89878685837d7b7a7977767573716f6d6b6a695d5b5a595756555251504e4d4c4a41403e3d3c3a393432312c2a28261e1d1c1a19181615141211100d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x00e1,
+        bytes_per_line=0x58,
+        repeat_multiplier=2,
+        lines_per_calibration_data=78,
+        line_width=78,
+        calibration_blob=
+        '9b9a9996959392918f8e8d8b8a89878685837d7b7a7977767573716f6d6b6a695d5b5a595756555251504e4d4c4a41403e3d3c3a393432312c2a28261e1d1c1a19181615141211100d0c0a090806'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x00ea,
+        bytes_per_line=0x5c,
+        repeat_multiplier=1,
+        lines_per_calibration_data=84,
+        line_width=84,
+        calibration_blob=
+        '898786858382817f7e7d7b7a797776757372716f6e6d6b6a696766656362615f5e5d5b5a595756555251504e4d4c4a49484645444241403e3d3c3a39383635343231302e2d2c2a29282625242221201e1d1c1a19'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0194,
+        bytes_per_line=0x7c,
+        repeat_multiplier=3,
+        lines_per_calibration_data=84,
+        line_width=114,
+        calibration_blob=
+        '000102030405060708090a0b0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f404142434445464748494a4b4c4d4e4f50515253'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0126,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0117,
+        bytes_per_line=0xa0,
+        repeat_multiplier=4,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x08f3,
+        bytes_per_line=0xa0,
+        repeat_multiplier=1,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x08f6,
+        bytes_per_line=0xa0,
+        repeat_multiplier=1,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0121,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0b4b,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0b4d,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '0c0d0e0f101112131415161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3c3d3e3f40414243'
+    ),
+    SensorTypeInfo(
+        sensor_type=0x0130,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=40,
+        line_width=144,
+        calibration_blob=
+        '15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
+    SensorTypeInfo(
+        sensor_type=0x0be2,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=40,
+        line_width=144,
+        calibration_blob=
+        '15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
+    SensorTypeInfo(
+        sensor_type=0x0be1,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=40,
+        line_width=144,
+        calibration_blob=
+        '15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
+    SensorTypeInfo(
+        sensor_type=0x0518,
+        bytes_per_line=0xa0,
+        repeat_multiplier=2,
+        lines_per_calibration_data=40,
+        line_width=144,
+        calibration_blob=
+        '15161718191a1b1c1d1e1f202122232425262728292a2b2c2d2e2f303132333435363738393a3b3b'),
+    SensorTypeInfo(
+        sensor_type=0x0179,
+        bytes_per_line=0x98,
+        repeat_multiplier=3,
+        lines_per_calibration_data=56,
+        line_width=144,
+        calibration_blob=
+        '3b3c3d3e3f404142434445464748494a4b4c4d4e4f505152535455565758595a5b5c5d5e5f606162636465666768696a6b6c6d6e6f707172'
+    ),
 ]
 
-SensorCaptureProg.table=[
-SensorCaptureProg(major=0x6, minor=0x0, build=0x0, u1=0x0, dev_type=0x0, a0=0x0, a1=0x0, blobs=['23000000320074000000008000200000502077322820020030200000082110000c211000482105004c2105002020000024200000582000005c20000060204300682014006c2001247020012c842020008c20900190202c01942001809c200902a0200b19b4200000b8203a00bc201400c0200200c4200200c82008003300100000000080cc200000a101d0200000a10132004c0000000080dc20e803e0206401e420d002e8200001ec201400f0200500fc200000b8203a00140800000008040008080000080802001408300008080300140831001c081a004c11240050110000', '2a00080020010100100100002c002800802080200000000000013f4000000000080f080f00000000279c1000279c10000000000000000000340040000300000007160000240a59085a0701c9500aaa07010ada08db0701c9460b2107010800800a0088c9590a5a07010aa908aa0701c91f0ac900000c040100000000', '29000400000000003500040000000000']),
-SensorCaptureProg(major=0x6, minor=0x6, build=0x0, u1=0x0, dev_type=0x0, a0=0x0, a1=0x0, blobs=['23000000320074000000008000200000502077322820020030200000082110000c211000482105004c2105002020000024200000582000005c20000060204300682014006c2001247020012c842020008c20900190202c01942001809c200902a0200b19b4200000b8203a00bc201400c0200200c4200200c82008003300100000000080cc200000a101d0200000a10132004c0000000080dc20e803e0206401e420d002e8200001ec201400f0200500fc200000b8203a00140800000008040008080000080802001408300008080300140831001c081a004c11240050110000', '2a00080020010100100100002c002800802080200000000000013f4000000000080f080f00000000279c1000279c10000000000000000000340040000300000007160000240a59085a0701c9500aaa07010ada08db0701c9460b2107010800800a0088c9590a5a07010aa908aa0701c91f0ac900000c040100000000', '29000400000000003500040000000000']),
-SensorCaptureProg(major=0x6, minor=0x7, build=0x0, u1=0x0, dev_type=0x0, a0=0x0, a1=0x0, blobs=['23000000320074000000008000200000502077322820020030200000082110000c211000482105004c2105002020000024200000582000005c20000060204300682014006c2001247020012c842020008c20900190202c01942001809c200902a0200b19b4200000b8203a00bc201400c0200200c4200200c82008003300100000000080cc200000a101d0200000a10132004c0000000080dc20e803e0206401e420d002e8200001ec201400f0200500fc200000b8203a00140800000008040008080000080802001408300008080300140831001c081a004c11240050110000', '2a00080020010100100100002c002800802080200000000000013f4000000000080f080f00000000279c1000279c10000000000000000000340040000300000007160000240a59085a0701c9500aaa07010ada08db0701c9460b2107010800800a0088c9590a5a07010aa908aa0701c91f0ac900000c040100000000', '29000400000000003500040000000000']),
-SensorCaptureProg(major=0x6, minor=0x8, build=0x0, u1=0x0, dev_type=0x0, a0=0x0, a1=0x0, blobs=['23000000320074000000008000200000502077322820020030200000082110000c211000482105004c2105002020000024200000582000005c20000060204300682014006c2001247020012c842020008c20900190202c01942001809c200902a0200b19b4200000b8203a00bc201400c0200200c4200200c82008003300100000000080cc200000a101d0200000a10132004c0000000080dc20e803e0206401e420d002e8200001ec201400f0200500fc200000b8203a00140800000008040008080000080802001408300008080300140831001c081a004c11240050110000', '2a00080020010100100100002c002800802080200000000000013f4000000000080f080f00000000279c1000279c10000000000000000000340040000300000007160000240a59085a0701c9500aaa07010ada08db0701c9460b2107010800800a0088c9590a5a07010aa908aa0701c91f0ac900000c040100000000', '29000400000000003500040000000000']),
-SensorCaptureProg(major=0x6, minor=0xa, build=0x0, u1=0x0, dev_type=0x0, a0=0x0, a1=0x0, blobs=['230000003200680000000080002000002020000024200000382000002820df0b2c20df0b302000003420000050200a005c20000064204300602000004c2000006c20100070201000742005007820050084202000b4200000b8203b00bc201400c0200200c4200100c82002007403000233001c000000008054202a2203005820272f0300cc200000ef03d0200000ef033200480000000080dc20fa00e020fa00e420b400e820b400f0200500f8200500b8203b00002804001428000008280000082800001428300008280000142831001c281a006411240068110000', '2a00080020010100100100002c002800802080200000000000013f4000000000080f080f00000000279c1000279c10000000000000000000340040000300000007160000240a59085a0701c9500aaa07010ada08db0701c9460b2107010800800a0088c9590a5a07010aa908aa0701c91f0ac900000c040100000000', '29000400000000003500040000000000']),
-SensorCaptureProg(major=0x6, minor=0xb, build=0x0, u1=0x0, dev_type=0x0, a0=0x0, a1=0x0, blobs=['230000003200680000000080002000002020000024200000382000002820df0b2c20df0b302000003420000050200a005c20000064204300602000004c2000006c20100070201000742005007820050084202000b4200000b8203b00bc201400c0200200c4200100c82002007403000233001c000000008054202a2203005820272f0300cc200000ef03d0200000ef033200480000000080dc20fa00e020fa00e420b400e820b400f0200500f8200500b8203b00002804001428000008280000082800001428300008280000142831001c281a006411240068110000', '2a00080020010100100100002c002800802080200000000000013f4000000000080f080f00000000279c1000279c10000000000000000000340040000300000007160000240a59085a0701c9500aaa07010ada08db0701c9460b2107010800800a0088c9590a5a07010aa908aa0701c91f0ac900000c040100000000', '29000400000000003500040000000000']),
-SensorCaptureProg(major=0x6, minor=0x14, build=0x0, u1=0x0, dev_type=0x0, a0=0x0, a1=0x0, blobs=['230000003200680000000080002000002020000024200000382000002820df0b2c20df0b302000003420000050200a005c20000064204300602000004c2000006c20100070201000742005007820050084202000b4200000b8203b00bc201400c0200200c4200100c82002007403000233001c000000008054202a2203005820272f0300cc200000ef03d0200000ef033200480000000080dc20fa00e020fa00e420b400e820b400f0200500f8200500b8203b00002804001428000008280000082800001428300008280000142831001c281a006411240068110000', '2a00080020010100100100002c002800802080200000000000013f4000000000080f080f00000000279c1000279c10000000000000000000340040000300000007160000240a59085a0701c9500aaa07010ada08db0701c9460b2107010800800a0088c9590a5a07010aa908aa0701c91f0ac900000c040100000000', '29000400000000003500040000000000']),
-SensorCaptureProg(major=0x6, minor=0x6, build=0x0, u1=0x0, dev_type=0x885, a0=0x18, a1=0x19, blobs=['23000000200008000020008000000100320074000000008020200400242000005020773628200100302001003c208000082150000c210000482105004c210000582000005c2000006020000068200a006c20014970200141742001887820018084202000942001809c200902a0200b19b4200300b8203b04bc201400c0200200c4200100c82002003300100000000080cc200000f503d0200000a1013200440000000080dc20e803e0206401e420d002e8200001f0200500f8200500fc200000b8203a00000804001408000008080000080800001408300008080000140831001c081a00', '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']),
-SensorCaptureProg(major=0x6, minor=0x7, build=0x0, u1=0x0, dev_type=0x885, a0=0x18, a1=0x19, blobs=['23000000200008000020008000000100320074000000008020200400242000005020773628200100302001003c208000082150000c210000482105004c210000582000005c2000006020000068200a006c20014970200141742001887820018084202000942001809c200902a0200b19b4200300b8203b04bc201400c0200200c4200100c82002003300100000000080cc200000f503d0200000a1013200440000000080dc20e803e0206401e420d002e8200001f0200500f8200500fc200000b8203a00000804001408000008080000080800001408300008080000140831001c081a00', '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']),
-SensorCaptureProg(major=0x6, minor=0x0, build=0x0, u1=0x0, dev_type=0x1055, a0=0x18, a1=0x19, blobs=['23000000200008000020008000000100320074000000008020200400242000005020773628200100302001003c208000082138000c210000482103004c210000582000005c20000060200000682005006c20014970200141742001887820018084202000942001809c200902a0200b19b4200300b8203b04bc201400c0200200c4200100c82002003300100000000080cc200000f503d0200000a1013200440000000080dc20e803e0206401e420d002e8200001f0200500f8200500fc200000b8203a00000804001408000008080000080800001408300008080000140831001c081a00', '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']),
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-
+SensorCaptureProg.table = [
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+            '29000400000000003500040000000000'
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+    SensorCaptureProg(
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+        a0=0x0,
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+        a1=0x19,
+        blobs=[
+            '2300000020000800002000800000010032007000000000802020040024200000382000002820df0b2c20df0b30200000342000003c2080004020800050200a005c200000602000004c2003006c2068007020680074200100782001006420000084202000b4200000b8203a00bc201400c0200200c4200100c820020074030000a0030f00330028000000008054202a2203005820272f03004420898103004820868e0300cc200000ef03d0200000ef033200400000000080dc20fa00e020fa00e420b400e820b400f0200500f8200500b8203a00002804001428000008280000082800001428300008280000142831001c281a00',
+            '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'
+        ]),
+    SensorCaptureProg(
+        major=0x6,
+        minor=0x0,
+        build=0x0,
+        u1=0x0,
+        dev_type=0xdb,
+        a0=0x18,
+        a1=0x19,
+        blobs=[
+            '2300000020000800002000800000010032007000000000802020050024200000502077362820010030200100082170000c210000482102004c210000582000005c20000060200000682005006c20012970200121742001887820018084202000942001809c200902a0200b19b4200000b8203b04bc201400c0200200c4200100c82002003300100000000080cc200000f503d0200000a1013200440000000080dc20e803e0206401e420d002e8200001f0200500f8200500fc200000b8203b00000804001408000008080000080800001408300008080000140831001c081a00',
+            '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'
+        ]),
 ]
-
-

validitysensor/hw_tables.py

@@ -1,14 +1,13 @@
-
 class DeviceInfo():
     def __init__(self, major, type, version, version_mask, name):
         self.major, self.type, self.version, self.version_mask, self.name = major, type, version, version_mask, name
 
     def __repr__(self):
         return "DeviceInfo(0x%04x, 0x%04x, 0x%02x, 0x%02x, '%s')" % (
-                self.major, self.type, self.version, self.version_mask, self.name
-            )
+            self.major, self.type, self.version, self.version_mask, self.name)
 
-dev_info_table=[
+
+dev_info_table = [
     DeviceInfo(0x0000, 0x0080, 0x00, 0x00, 'VSI 15A            '),
     DeviceInfo(0x0000, 0x0080, 0x00, 0x00, 'VSI 15A            '),
     DeviceInfo(0x0000, 0x0080, 0x00, 0x00, 'VSI 15A            '),
@@ -428,6 +427,7 @@ dev_info_table=[
     DeviceInfo(0x0190, 0x2449, 0xa3, 0xff, '86C  TM-P3569-001  '),
 ]
 
+
 def dev_info_lookup(major, ver):
     fuzzy_match = None
 
@@ -444,16 +444,19 @@ def dev_info_lookup(major, ver):
 
     return fuzzy_match
 
+
 class FlashIcInfo():
-    def __init__(self, name, size, f18, jid0, jid1, f1b, f1c, f1e, secror_size, sector_erase_cmd, f25, f26):
+    def __init__(self, name, size, f18, jid0, jid1, f1b, f1c, f1e, secror_size, sector_erase_cmd,
+                 f25, f26):
         self.name, self.size, self.f18, self.jid0, self.jid1, self.f1b, self.f1c, self.f1e, self.secror_size, self.sector_erase_cmd, self.f25, self.f26 = name, size, f18, jid0, jid1, f1b, f1c, f1e, secror_size, sector_erase_cmd, f25, f26
 
     def __repr__(self):
         return "FlashIcInfo('%s', %d, 0x%x, 0x%x, 0x%x, 0x%x, 0x%x, 0x%x, 0x%x, 0x%x, 0x%x, 0x%x)" % (
-                self.name, self.size, self.f18, self.jid0, self.jid1, self.f1b, self.f1c, self.f1e, self.secror_size, self.sector_erase_cmd, self.f25, self.f26)
+            self.name, self.size, self.f18, self.jid0, self.jid1, self.f1b, self.f1c, self.f1e,
+            self.secror_size, self.sector_erase_cmd, self.f25, self.f26)
 
 
-flash_ic_table=[
+flash_ic_table = [
     FlashIcInfo('M25P05-A', 65536, 0x5, 0x20, 0x20, 0x10, 0x8000, 0x0, 0x8000, 0xd8, 0x0, 0x4),
     FlashIcInfo('M25P10-A', 131072, 0x10, 0x20, 0x20, 0x11, 0x8000, 0x0, 0x8000, 0xd8, 0x0, 0x4),
     FlashIcInfo('M25P20', 262144, 0x11, 0x20, 0x20, 0x12, 0x0, 0x1, 0x10000, 0xd8, 0x0, 0x4),
@@ -476,10 +479,10 @@ flash_ic_table=[
     FlashIcInfo('GD25Q80C', 1048576, 0x13, 0xc8, 0x40, 0x14, 0x0, 0x1, 0x1000, 0x20, 0x0, 0x4),
 ]
 
+
 def flash_ic_table_lookup(jedec_id0, jedec_id1, size):
     for i in flash_ic_table:
         if i.jid0 == jedec_id0 and i.jid1 == jedec_id1 and i.size == size:
             return i
 
     return None
-

validitysensor/init.py

@@ -1,4 +1,3 @@
-
 import atexit
 import logging
 
@@ -10,6 +9,7 @@ from validitysensor.init_flash import init_flash
 from validitysensor.upload_fwext import upload_fwext
 from validitysensor.init_db import init_db
 
+
 def close():
     logging.debug('In atexit handler')
     if usb.dev is not None:
@@ -24,6 +24,7 @@ def close():
         finally:
             usb.close()
 
+
 def open_common():
     init_flash()
     usb.send_init()
@@ -41,10 +42,12 @@ def open_common():
     atexit.register(close)
     logging.debug('atexit registered')
 
+
 def open():
     usb.open()
     open_common()
 
+
 def open_devpath(busnum, address):
     usb.open_devpath(busnum, address)
     open_common()

validitysensor/init_db.py

@@ -1,13 +1,14 @@
-
 from struct import pack, unpack
 import logging
 
 from .db import db
 
+
 def machine_id_rec_value(b):
     b = b.encode('utf-16le')
     b = b + b'\0' * (0x94 - len(b))
-    return pack('<HH', 0x102, len(b)) + b # 0x102 = Machine ID/GUID?
+    return pack('<HH', 0x102, len(b)) + b  # 0x102 = Machine ID/GUID?
+
 
 # This function is unused. It simply describes the Windows driver behavior.
 # TODO: make this GUID unique!
@@ -24,10 +25,11 @@ def init_machine_guid(machine_guid='e7260876-58db-4d27-8c40-8d13110d6a71'):
 
     if rc != machine_id_rec_value(machine_guid):
         u0, l = unpack('<HH', rc[:4])
-        b=rc[4:4+l]
-        b=b.decode('utf-16le')
+        b = rc[4:4 + l]
+        b = b.decode('utf-16le')
         raise Exception('Machine GUID does not match the DB flash ownership record (%s).' % b)
 
+
 def init_db():
     stg = db.get_user_storage(name='StgWindsor')
     if stg == None:
@@ -35,4 +37,3 @@ def init_db():
         db.new_user_storate()
 
     #init_machine_guid()
-

validitysensor/init_flash.py

@@ -1,4 +1,3 @@
-
 import os
 from struct import pack, unpack
 from binascii import unhexlify
@@ -18,24 +17,25 @@ from .sensor import reboot, RomInfo
 from .util import assert_status, unhex
 from .blobs import reset_blob
 
-flash_layout_hardcoded=[
+flash_layout_hardcoded = [
     #             id  type  access  offset       size
     #                       lvl
-    PartitionInfo(1,  4,    7,      0x00001000,  0x00001000), # cert store
-    PartitionInfo(2,  1,    2,      0x00002000,  0x0003e000), # xpfwext
-    PartitionInfo(5,  5,    3,      0x00040000,  0x00008000), # ???
-    PartitionInfo(6,  6,    3,      0x00048000,  0x00008000), # calibration data
-    PartitionInfo(4,  3,    5,      0x00050000,  0x00080000), # template database
+    PartitionInfo(1, 4, 7, 0x00001000, 0x00001000),  # cert store
+    PartitionInfo(2, 1, 2, 0x00002000, 0x0003e000),  # xpfwext
+    PartitionInfo(5, 5, 3, 0x00040000, 0x00008000),  # ???
+    PartitionInfo(6, 6, 3, 0x00048000, 0x00008000),  # calibration data
+    PartitionInfo(4, 3, 5, 0x00050000, 0x00080000),  # template database
 ]
 
-partition_signature=unhex('''
+partition_signature = unhex('''
 1db02a886b007e2b47263bb8fe30bd64a1f58bea7b25f1e1ba9ae09add7ecff36333f8198339cdd713f043633710a17bc7b3f418f1d8ff435a1bf47f065dffca
 727109152217fce73bf2bf8e01a1641f6a24b0c492a6a3f10114057275846842b1c8b66bd6700738524d4471bca3315ba23bb832743220ad195b60558aa79a3e
 deb2604834e2bb62e890b0ce405b3b8ef2fec2aab3e22bff23f89a58ff0dc015fece5d3ed3f5496ace879a92980aec9d85eb7e9df245eae03a41acfd4e7d1cb1
 dbd0df42d534904de00b6389f68867646e9d7c3d0b1dffd74070b2d0f2049b9f1dc7b0c9651c59be3ea891674725e1f2f7a484a941615b80211105978369cf71
 ''')
 
-crypto_backend=default_backend()
+crypto_backend = default_backend()
+
 
 def get_partition_signature():
     if usb.usb_dev().idVendor == 0x138a:
@@ -48,14 +48,15 @@ def get_partition_signature():
 def with_hdr(id, buf):
     return pack('<HH', id, len(buf)) + buf
 
+
 def encrypt_key(client_private, client_public):
     x = unhexlify('%064x' % client_public.x)[::-1]
     y = unhexlify('%064x' % client_public.y)[::-1]
     d = unhexlify('%064x' % client_private)[::-1]
 
-    m = x+y+d
+    m = x + y + d
     l = 16 - (len(m) % 16)
-    m = m + bytes([l])*l
+    m = m + bytes([l]) * l
 
     iv = os.urandom(0x10)
     cipher = Cipher(algorithms.AES(tls.psk_encryption_key), modes.CBC(iv), backend=crypto_backend)
@@ -65,44 +66,47 @@ def encrypt_key(client_private, client_public):
     sig = hmac.new(tls.psk_validation_key, c, sha256).digest()
     return b'\x02' + c + sig
 
+
 def make_cert(client_public):
-    msg=(pack('<LL', 0x17, 0x20) +
-            unhexlify('%064x' % client_public.x)[::-1] +
-            (b'\0'*0x24) +
-            unhexlify('%064x' % client_public.y)[::-1] +
-            (b'\0'*0x4c))
+    msg = (pack('<LL', 0x17, 0x20) + unhexlify('%064x' % client_public.x)[::-1] + (b'\0' * 0x24) +
+           unhexlify('%064x' % client_public.y)[::-1] + (b'\0' * 0x4c))
     pk = ec.derive_private_key(hs_key(), ec.SECP256R1(), backend=crypto_backend)
-    s=pk.sign(msg, ec.ECDSA(hashes.SHA256()))
-    s=pack('<L', len(s)) + s
+    s = pk.sign(msg, ec.ECDSA(hashes.SHA256()))
+    s = pack('<L', len(s)) + s
     msg = msg + s
-    msg += b'\0'*(444 - len(msg)) # FIXME not sure this math is right
+    msg += b'\0' * (444 - len(msg))  # FIXME not sure this math is right
     return msg
 
+
 def serialize_flash_params(ic):
     return pack('<LLxxBx', ic.size, ic.secror_size, ic.sector_erase_cmd)
 
+
 def serialize_partition(p):
     b = pack('<BBHLL', p.id, p.type, p.access_lvl, p.offset, p.size)
-    b = b + b'\0'*4 + sha256(b).digest()
+    b = b + b'\0' * 4 + sha256(b).digest()
     return b
 
+
 def partition_flash(info, layout, client_public):
     logging.info('Detected Flash IC: %s, %d bytes' % (info.ic.name, info.ic.size))
 
     cmd = unhex('4f 0000 0000')
     cmd += with_hdr(0, serialize_flash_params(info.ic))
-    cmd += with_hdr(1, b''.join([serialize_partition(p) for p in layout]) + get_partition_signature())
+    cmd += with_hdr(1,
+                    b''.join([serialize_partition(p) for p in layout]) + get_partition_signature())
     cmd += with_hdr(5, make_cert(client_public))
     cmd += with_hdr(3, crt_hardcoded)
     rsp = tls.cmd(cmd)
     assert_status(rsp)
     rsp = rsp[2:]
-    crt_len, rsp=rsp[:4], rsp[4:]
+    crt_len, rsp = rsp[:4], rsp[4:]
     crt_len, = unpack('<L', crt_len)
     tls.handle_cert(rsp[:crt_len])
     rsp = rsp[crt_len:]
     # ^ TODO - figure out what the rest of rsp means
 
+
 def init_flash():
     info = get_flash_info()
 
@@ -125,13 +129,13 @@ def init_flash():
     # ^ TODO: use the firmware version which to lookup pubkey for server cert validation
 
     try:
-        rsp=usb.cmd(unhex('50'))
+        rsp = usb.cmd(unhex('50'))
         assert_status(rsp)
     finally:
         call_cleanups()
 
-    rsp=rsp[2:]
-    l,=unpack('<L', rsp[:4])
+    rsp = rsp[2:]
+    l, = unpack('<L', rsp[:4])
 
     if len(rsp) != l:
         raise Exception('Length mismatch')

validitysensor/sensor.py

@@ -18,22 +18,32 @@ from .blobs import reset_blob
 from . import timeslot as prg
 
 # TODO: this should be specific to an individual device (system may have more than one sensor)
-calib_data_path='/usr/share/python-validity/calib-data.bin'
+calib_data_path = '/usr/share/python-validity/calib-data.bin'
+
+line_update_type1_devices = [
+    0xB5, 0x885, 0xB3, 0x143B, 0x1055, 0xE1, 0x8B1, 0xEA, 0xE4, 0xED, 0x1825, 0x1FF5, 0x199
+]
 
-line_update_type1_devices = [ 0xB5, 0x885, 0xB3, 0x143B, 0x1055, 0xE1, 0x8B1, 0xEA, 0xE4, 0xED, 0x1825, 0x1FF5, 0x199 ]
 
 # TODO use more sophisticated glow patters in different cases
 def glow_start_scan():
-    cmd=unhexlify('3920bf0200ffff0000019900200000000099990000000000000000000000000020000000000000000000000000ffff000000990020000000000000000000000000000000000000002000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000')
+    cmd = unhexlify(
+        '3920bf0200ffff0000019900200000000099990000000000000000000000000020000000000000000000000000ffff000000990020000000000000000000000000000000000000002000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000'
+    )
     assert_status(tls.app(cmd))
 
+
 def glow_end_scan():
-    cmd=unhexlify('39f4010000f401000001ff002000000000ffff0000000000000000000000000020000000000000000000000000f401000000ff0020000000000000000000000000000000000000002000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000')
+    cmd = unhexlify(
+        '39f4010000f401000001ff002000000000ffff0000000000000000000000000020000000000000000000000000f401000000ff0020000000000000000000000000000000000000002000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000'
+    )
     assert_status(tls.app(cmd))
 
+
 def get_prg_status():
     return tls.app(unhexlify('5100000000'))
 
+
 def wait_till_finished():
     while True:
         status = get_prg_status()
@@ -43,38 +53,44 @@ def wait_till_finished():
 
         sleep(0.2)
 
+
 def get_prg_status2():
     return tls.app(unhexlify('5100200000'))
 
 
 def read_hw_reg32(addr):
-    rsp=tls.cmd(pack('<BLB', 7, addr, 4))
+    rsp = tls.cmd(pack('<BLB', 7, addr, 4))
     assert_status(rsp)
     rsp, = unpack('<L', rsp[2:])
     return rsp
 
+
 def write_hw_reg32(addr, val):
-    rsp=tls.cmd(pack('<BLLB', 8, addr, val, 4))
+    rsp = tls.cmd(pack('<BLLB', 8, addr, val, 4))
     assert_status(rsp)
 
+
 class RebootException(Exception):
     pass
 
+
 def reboot():
     assert_status(tls.cmd(unhex('050200')))
     raise RebootException()
 
+
 def factory_reset():
     assert_status(usb.cmd(reset_blob))
-    assert_status(usb.cmd(b'\x10' + b'\0'*0x61))
+    assert_status(usb.cmd(b'\x10' + b'\0' * 0x61))
     reboot()
 
+
 class RomInfo():
     @classmethod
     def get(cls):
-        rsp=tls.cmd(b'\x01')
+        rsp = tls.cmd(b'\x01')
         assert_status(rsp)
-        rsp=rsp[2:]
+        rsp = rsp[2:]
         return cls(*unpack('<LLBBxBxxxB', rsp[0:0x10]))
 
     def __init__(self, timestamp, build, major, minor, product, u1):
@@ -86,9 +102,9 @@ class RomInfo():
 
 
 def identify_sensor():
-    rsp=tls.cmd(b'\x75')
+    rsp = tls.cmd(b'\x75')
     assert_status(rsp)
-    rsp=rsp[2:]
+    rsp = rsp[2:]
 
     zeroes, minor, major = unpack('<LHH', rsp)
 
@@ -97,6 +113,7 @@ def identify_sensor():
 
     return dev_info_lookup(major, minor)
 
+
 # <<< 0000 880d 0000 07000000
 #      08000000 9400 0e00 0300 0080 07000000 7e7f807f808080808080808080808080808080808080818081808180818080808080818081808080818081808180
 #      a4000000 0800 0e00 0200 0000 00000000 0d007100
@@ -106,14 +123,14 @@ def identify_sensor():
 #      6c010000 1400 0e00 0f00 0080 05550007 7701002805720000080100020811e107
 #      88010000 0c00 0e00 1200 0080 07000000 7002 7800 7002 7800
 def get_factory_bits(tag):
-    rsp=tls.cmd(pack('<B H HL', 0x6f, tag, 0, 0))
+    rsp = tls.cmd(pack('<B H HL', 0x6f, tag, 0, 0))
     assert_status(rsp)
-    rsp=rsp[2:]
+    rsp = rsp[2:]
 
     wtf, entries = unpack('<LL', rsp[:8])
     rsp = rsp[8:]
 
-    rc={}
+    rc = {}
     for x in range(0, entries):
         hdr, rsp = rsp[:12], rsp[12:]
         ptr, l, tag, subtag, flags = unpack('<LHHHH', hdr)
@@ -132,68 +149,74 @@ def get_factory_bits(tag):
 
 
 def bitpack(b):
-    l=len(b)
-    m=min(b)
-    x=max(b)
+    l = len(b)
+    m = min(b)
+    x = max(b)
 
     # maximum delta which we must encode
-    x-=m
+    x -= m
 
     # count useful bits
-    u=0
+    u = 0
     while x > 0:
-        x>>=1
-        u+=1
+        x >>= 1
+        u += 1
 
     # convert to array of binary strings with each element exactly u characters long
-    b=[bin(i-m+0x100)[-u:] for i in b]
+    b = [bin(i - m + 0x100)[-u:] for i in b]
 
     # combine chunks into one long text number with u*l binary digits and parse it as integer
-    b=int(''.join(b[::-1]), 2)
+    b = int(''.join(b[::-1]), 2)
 
     # convert back to bytes
-    b=b.to_bytes((u*l+7)//8, 'little')
+    b = b.to_bytes((u * l + 7) // 8, 'little')
 
     return (u, m, b)
 
+
 class Line():
-    mask=None
-    flags=None
-    data=None
-    v0=0
-    v1=0
-    v2=0
+    mask = None
+    flags = None
+    data = None
+    v0 = 0
+    v1 = 0
+    v2 = 0
+
 
 def clip(x):
     if x < -128:
-        x=-128
+        x = -128
 
     if x > 127:
-        x=127
+        x = 127
 
     return x & 0xff
 
+
 def scale(x):
     x -= 0x80
-    x = int(x*10/0x22) # TODO: scaling factor depends on a device
+    x = int(x * 10 / 0x22)  # TODO: scaling factor depends on a device
     return clip(x)
 
 
 def add(l, r):
     # Make signed
     l, r = unpack('bb', pack('BB', l, r))
-    return clip(l+r)
+    return clip(l + r)
+
 
 def chunks(b, l):
-    return [b[i:i+l] for i in range(0, len(b), l)]
+    return [b[i:i + l] for i in range(0, len(b), l)]
+
 
 class CaptureMode(Enum):
-    CALIBRATE=1
-    IDENTIFY=2
-    ENROLL=3
+    CALIBRATE = 1
+    IDENTIFY = 2
+    ENROLL = 3
+
 
 class Sensor():
-    calib_data=b''
+    calib_data = b''
 
     def open(self):
         self.device_info = identify_sensor()
@@ -202,25 +225,29 @@ class Sensor():
         self.type_info = SensorTypeInfo.get_by_type(self.device_info.type)
 
         if self.device_info.type == 0x199:
-            self.key_calibration_line = 0x38 # (lines_per_calibration_data/2), but hardcoded for sensor type 0x199
-            self.calibration_frames = 3 # TODO: workout where it's really comming from
-            self.calibration_iterations = 3 # hardcoded for type
+            self.key_calibration_line = 0x38  # (lines_per_calibration_data/2), but hardcoded for sensor type 0x199
+            self.calibration_frames = 3  # TODO: workout where it's really comming from
+            self.calibration_iterations = 3  # hardcoded for type
         elif self.device_info.type == 0xdb:
-            self.key_calibration_line = 0x48 # TODO 48 is just a guess -- find it
-            self.calibration_frames = 6 # TODO: workout where it's really comming from
+            self.key_calibration_line = 0x48  # TODO 48 is just a guess -- find it
+            self.calibration_frames = 6  # TODO: workout where it's really comming from
             self.calibration_iterations = 0
         else:
-            raise Exception('Device %s is not supported (sensor type 0x%x)' % (self.device_info.name, self.device_info.type))
-
+            raise Exception('Device %s is not supported (sensor type 0x%x)' %
+                            (self.device_info.name, self.device_info.type))
 
         self.rom_info = RomInfo.get()
-        self.hardcoded_prog = SensorCaptureProg.get(self.rom_info, self.device_info.type, 0x18, 0x19) # TODO: find where 0x18, 0x19 coming from
+        self.hardcoded_prog = SensorCaptureProg.get(self.rom_info, self.device_info.type, 0x18,
+                                                    0x19)  # TODO: find where 0x18, 0x19 coming from
         if self.hardcoded_prog is None:
-            raise Exception('Can\'t find initial capture program for rom %s and sensor type %x' % (repr(self.rom_info), self.device_info.type))
+            raise Exception('Can\'t find initial capture program for rom %s and sensor type %x' %
+                            (repr(self.rom_info), self.device_info.type))
 
         # Look for a "2D" chunk. It must have a 32 bit integer which represent the number of lines per frame
-        lines_2d = [unpack('<L', v)[0] for [k, v] in prg.split_chunks(self.hardcoded_prog) if k == 0x2f][0]
-        self.lines_per_frame = lines_2d*self.type_info.repeat_multiplier
+        lines_2d = [
+            unpack('<L', v)[0] for [k, v] in prg.split_chunks(self.hardcoded_prog) if k == 0x2f
+        ][0]
+        self.lines_per_frame = lines_2d * self.type_info.repeat_multiplier
         self.bytes_per_line = self.type_info.bytes_per_line
 
         factory_bits = get_factory_bits(0x0e00)
@@ -238,23 +265,23 @@ class Sensor():
     # This is the exact logic from the DLL.
     # If it looks broken that was probably intended.
     def patch_timeslot_table(self, b, inc_address, mult):
-        b=bytearray(b)
-        i=0
-        while i+3 < len(b):
+        b = bytearray(b)
+        i = 0
+        while i + 3 < len(b):
             if b[i] & 0xf8 == 0x10:
-                if b[i+2] > 1:
-                    b[i+2] *= mult
+                if b[i + 2] > 1:
+                    b[i + 2] *= mult
                     if inc_address:
-                        b[i+1] += 1
-                i+=3
+                        b[i + 1] += 1
+                i += 3
                 continue
 
             if b[i] == 0:
-                i+=1
+                i += 1
                 continue
 
             if b[i] == 7:
-                i+=2
+                i += 2
                 continue
 
             break
@@ -262,10 +289,10 @@ class Sensor():
         return bytes(b)
 
     def patch_timeslot_again(self, b):
-        b=bytearray(b)
+        b = bytearray(b)
 
         pc = 0
-        match=None
+        match = None
         # Look for the last Call in the script
         while pc < len(b):
             opcode, l, *operands = prg.decode_insn(b[pc:])
@@ -276,7 +303,7 @@ class Sensor():
 
             # Call
             if opcode == 11:
-                match = operands[1] # destination address
+                match = operands[1]  # destination address
 
             pc += l
 
@@ -303,13 +330,13 @@ class Sensor():
             return bytes(b)
 
         # Hack the value to be taken from the factory calibration table right in the middle of a sensor
-        b[match+1] = self.factory_calibration_values[self.key_calibration_line]
+        b[match + 1] = self.factory_calibration_values[self.key_calibration_line]
 
         return bytes(b)
 
     def average(self, raw_calib_data):
         frame_size = self.lines_per_frame * self.bytes_per_line
-        interleave_lines = self.lines_per_frame // self.type_info.lines_per_calibration_data # 2, TODO: algo is quite different when it is 1
+        interleave_lines = self.lines_per_frame // self.type_info.lines_per_calibration_data  # 2, TODO: algo is quite different when it is 1
         input_frames = self.calibration_frames
 
         if interleave_lines > 1:
@@ -318,59 +345,63 @@ class Sensor():
                 input_frames -= 1
                 base_address = frame_size
 
-            frame=raw_calib_data[base_address:base_address+frame_size]
+            frame = raw_calib_data[base_address:base_address + frame_size]
 
             # split into groups of lines
-            frame=chunks(frame, interleave_lines*self.bytes_per_line)
+            frame = chunks(frame, interleave_lines * self.bytes_per_line)
 
             # split group of lines into lines
-            frame=[chunks(f, self.bytes_per_line) for f in frame]
+            frame = [chunks(f, self.bytes_per_line) for f in frame]
 
             # calculate averages across interleaved lines
-            frame=[bytes([sum(i)//len(f) for i in zip(*f)]) for f in frame]
-            frame=b''.join(frame)
+            frame = [bytes([sum(i) // len(f) for i in zip(*f)]) for f in frame]
+            frame = b''.join(frame)
         else:
             if input_frames > 1:
                 # skip the first frame
                 input_frames -= 2
-                base_address = frame_size*2
+                base_address = frame_size * 2
 
-            frames=raw_calib_data[base_address:base_address+frame_size*input_frames]
-            frames=chunks(frames, frame_size)
-            frame=[int(sum(i)/input_frames) for i in zip(*frames)]
-            frame=bytes(frame)
+            frames = raw_calib_data[base_address:base_address + frame_size * input_frames]
+            frames = chunks(frames, frame_size)
+            frame = [int(sum(i) / input_frames) for i in zip(*frames)]
+            frame = bytes(frame)
 
         return frame
 
     def process_calibration_results(self, cooked_data):
-        frame=chunks(cooked_data, self.bytes_per_line)
+        frame = chunks(cooked_data, self.bytes_per_line)
 
         # apply scaling factors
-        frame=[f[:8] + bytes(map(scale, f[8:])) for f in frame]
-        frame=b''.join(frame)
+        frame = [f[:8] + bytes(map(scale, f[8:])) for f in frame]
+        frame = b''.join(frame)
 
         if len(self.calib_data) > 0:
             # Not the first calibration run. Combine results
             # split previous calibration info into lines
-            lll=chunks(self.calib_data, self.bytes_per_line)
+            lll = chunks(self.calib_data, self.bytes_per_line)
 
             # split next calibration info into lines
-            rrr=chunks(frame, self.bytes_per_line)
+            rrr = chunks(frame, self.bytes_per_line)
 
             # Don't touch the first 8 bytes of each line, add everything else as signed characters, clipping the values
-            combined=[ll[:8] + bytes([add(l, r) for l, r in zip(ll[8:],rr[8:])]) for ll, rr in zip(lll, rrr)]
+            combined = [
+                ll[:8] + bytes([add(l, r) for l, r in zip(ll[8:], rr[8:])])
+                for ll, rr in zip(lll, rrr)
+            ]
             self.calib_data = bytes(b''.join(combined))
         else:
             self.calib_data = frame
 
     def get_key_line(self):
         if len(self.calib_data) > 0:
-            bytes_per_calibration_line=len(self.calib_data) // self.type_info.lines_per_calibration_data
-            key_line_offset=8+bytes_per_calibration_line*self.key_calibration_line
-            key_line=self.calib_data[key_line_offset:key_line_offset+self.type_info.line_width]
-            key_line=bytes([i-1 if i == 5 else i for i in key_line])
+            bytes_per_calibration_line = len(
+                self.calib_data) // self.type_info.lines_per_calibration_data
+            key_line_offset = 8 + bytes_per_calibration_line * self.key_calibration_line
+            key_line = self.calib_data[key_line_offset:key_line_offset + self.type_info.line_width]
+            key_line = bytes([i - 1 if i == 5 else i for i in key_line])
         else:
-            key_line=b'\0'*self.type_info.line_width
+            key_line = b'\0' * self.type_info.line_width
 
         return key_line
 
@@ -381,7 +412,7 @@ class Sensor():
                 # TODO: figure out when to use address increment
                 tst = self.patch_timeslot_table(c[1], True, self.type_info.repeat_multiplier)
                 if mode != CaptureMode.CALIBRATE:
-                    tst=self.patch_timeslot_again(tst)
+                    tst = self.patch_timeslot_again(tst)
                 c[1] = self.get_key_line() + tst[self.type_info.line_width:]
 
         #---------------- Reply Configuration ---------------
@@ -392,22 +423,36 @@ class Sensor():
             # It seems to be only used for identification and it looks almost identical to Finger Detect (0x26)
             # Seems to be the same all the time for a given sensor and mostly hardcoded
             # TODO: analyse construct_wtf_4e @0000000180090BF0
-            chunks += [[0x4e, unhexlify('fbb20f0000000f00300000008700020067000a00018000000a0200000b1900008813b80b01091000')]]
+            chunks += [[
+                0x4e,
+                unhexlify(
+                    'fbb20f0000000f00300000008700020067000a00018000000a0200000b1900008813b80b01091000'
+                )
+            ]]
             # Image Reconstruction.
             # TODO: analyse add_image_reconstruction_cmd_02_buff_list_item @000000018008EA70
-            chunks += [[0x2e, unhexlify('0200180002000000700070004d010000a0008c003c32321e3c0a0202')]]
+            chunks += [[
+                0x2e, unhexlify('0200180002000000700070004d010000a0008c003c32321e3c0a0202')
+            ]]
         elif mode == CaptureMode.ENROLL:
-            chunks += [[0x26, unhexlify('fbb20f0000000f00300000008700020067000a00018000000a0200000b19000050c360ea01091000')]]
+            chunks += [[
+                0x26,
+                unhexlify(
+                    'fbb20f0000000f00300000008700020067000a00018000000a0200000b19000050c360ea01091000'
+                )
+            ]]
             # Image Reconstruction. There is only one byte difference with the "identify" version. (same is true for 0097)
-            chunks += [[0x2e, unhexlify('0200180023000000700070004d010000a0008c003c32321e3c0a0202')]]
+            chunks += [[
+                0x2e, unhexlify('0200180023000000700070004d010000a0008c003c32321e3c0a0202')
+            ]]
 
         #---------------- Interleave ---------------
         chunks += [[0x44, pack('<L', 1)]]
 
-        lines=[]
-        cnt=2 # TODO figure out why 2
+        lines = []
+        cnt = 2  # TODO figure out why 2
 
-        l=Line()
+        l = Line()
         lines += [l]
         l.mask = 0xff
         # Find 2nd "Enable Rx" instruction
@@ -417,28 +462,29 @@ class Sensor():
         l.v0 = 0xf
         cnt += 1
 
-        l=Line()
+        l = Line()
         lines += [l]
         l.mask = 0xff
         # Find 1st "Write Register" instruction to the 0x8000203C port
         pc, _ = prg.find_nth_regwrite(tst, 0x8000203C, 1)
         l.flags = (pc + 1) | (cnt << 0x14) | 0x7000000
         l.v0, l.v1, l.data = bitpack(self.factory_calibration_values)
-        l.v0 = (l.v0-1) | 8
+        l.v0 = (l.v0 - 1) | 8
         cnt += 1
 
         if len(self.calib_data) > 0:
-            bytes_per_calibration_line=len(self.calib_data) // self.type_info.lines_per_calibration_data
+            bytes_per_calibration_line = len(
+                self.calib_data) // self.type_info.lines_per_calibration_data
 
             for i in range(0, 112, 4):
-                l=Line()
+                l = Line()
                 lines += [l]
-                l.mask=0xffffffff
-                l.flags=i | (0x85 << 24)
-                l.data=b''
+                l.mask = 0xffffffff
+                l.flags = i | (0x85 << 24)
+                l.data = b''
                 for j in range(0, 112):
-                    p=8+j*bytes_per_calibration_line+i
-                    l.data += self.calib_data[p:p+4]
+                    p = 8 + j * bytes_per_calibration_line + i
+                    l.data += self.calib_data[p:p + 4]
 
         # Align to dwords, as the sensor demands it
         for l in lines:
@@ -446,7 +492,6 @@ class Sensor():
             if pad > 0:
                 l.data += b'\0' * (4 - pad)
 
-            
         #---------------- Line Update ---------------
         line_update = pack('<L', len(lines))
         line_update += b''.join([pack('<LL', l.mask, l.flags) for l in lines])
@@ -455,7 +500,10 @@ class Sensor():
         chunks += [[0x30, line_update]]
 
         #---------------- Line Update Transform ---------------
-        update_transform = b''.join([pack('<BBH', l.v0, l.v1, l.v2) + l.data for l in lines if ((l.flags & 0x00f00000) >> 0x14) > 1])
+        update_transform = b''.join([
+            pack('<BBH', l.v0, l.v1, l.v2) + l.data for l in lines
+            if ((l.flags & 0x00f00000) >> 0x14) > 1
+        ])
         chunks += [[0x43, update_transform]]
 
         return chunks
@@ -472,7 +520,7 @@ class Sensor():
                 # TODO: figure out when to use address increment
                 tst = self.patch_timeslot_table(c[1], True, self.type_info.repeat_multiplier)
                 if mode != CaptureMode.CALIBRATE:
-                    tst=self.patch_timeslot_again(tst)
+                    tst = self.patch_timeslot_again(tst)
                 c[1] = tst
 
         #---------------- Reply Configuration ---------------
@@ -483,18 +531,32 @@ class Sensor():
             # It seems to be only used for identification and it looks almost identical to Finger Detect (0x26)
             # Seems to be the same all the time for a given sensor and mostly hardcoded
             # TODO: analyse construct_wtf_4e @0000000180090BF0
-            chunks += [[0x4e, unhexlify('fbb20f0000000f00300000006001020040010a00018000000a0200000b1900008813b80b01091000')]]
+            chunks += [[
+                0x4e,
+                unhexlify(
+                    'fbb20f0000000f00300000006001020040010a00018000000a0200000b1900008813b80b01091000'
+                )
+            ]]
             # Image Reconstruction.
             # TODO: analyse add_image_reconstruction_cmd_02_buff_list_item @000000018008EA70
-            chunks += [[0x2e, unhexlify('0200180002000000900090004d01000090017c013c323232640a0201')]]
+            chunks += [[
+                0x2e, unhexlify('0200180002000000900090004d01000090017c013c323232640a0201')
+            ]]
         elif mode == CaptureMode.ENROLL:
-            chunks += [[0x26, unhexlify('fbb20f0000000f00300000006001020040010a00018000000a0200000b19000050c360ea01091000')]]
+            chunks += [[
+                0x26,
+                unhexlify(
+                    'fbb20f0000000f00300000006001020040010a00018000000a0200000b19000050c360ea01091000'
+                )
+            ]]
             # Image Reconstruction. There is only one byte difference with the "identify" version. (same is true for 0097)
-            chunks += [[0x2e, unhexlify('0200180023000000900090004d01000090017c013c323232640a0201')]]
+            chunks += [[
+                0x2e, unhexlify('0200180023000000900090004d01000090017c013c323232640a0201')
+            ]]
 
         lines = []
 
-        l=Line()
+        l = Line()
         lines += [l]
         l.mask = 0xff
         # Find 2nd "Enable Rx" instruction
@@ -502,7 +564,7 @@ class Sensor():
         l.flags = (pc + 1) | 0x3000000
         l.data = self.type_info.calibration_blob
 
-        l=Line()
+        l = Line()
         lines += [l]
         l.mask = 0xff
         # Find 1st "Write Register" instruction to the 0x8000203C port
@@ -510,7 +572,7 @@ class Sensor():
         l.flags = (pc + 1) | 0x3000000
         l.data = self.factory_calib_data
 
-        l=Line()
+        l = Line()
         lines += [l]
         l.mask = 0xff
         # Find 1st "Write Register" instruction to the 0x8000203C port
@@ -524,7 +586,6 @@ class Sensor():
             if pad > 0:
                 l.data += b'\0' * (4 - pad)
 
-            
         #---------------- Line Update ---------------
         line_update = pack('<L', len(lines))
         line_update += b''.join([pack('<LL', l.mask, l.flags) for l in lines])
@@ -535,18 +596,18 @@ class Sensor():
         return chunks
 
     def build_cmd_02(self, mode):
-        chunks=list(prg.split_chunks(self.hardcoded_prog))
+        chunks = list(prg.split_chunks(self.hardcoded_prog))
 
         if self.rom_info.product != 0x30:
             raise Exception('Not implemented')
 
         if self.device_info.type in line_update_type1_devices:
-            chunks=self.line_update_type_1(mode, chunks)
+            chunks = self.line_update_type_1(mode, chunks)
         else:
-            chunks=self.line_update_type_2(mode, chunks)
+            chunks = self.line_update_type_2(mode, chunks)
 
         if mode == CaptureMode.CALIBRATE:
-            req_lines = self.calibration_frames*self.lines_per_frame+1 # TODO: figure out how this is actually calculated
+            req_lines = self.calibration_frames * self.lines_per_frame + 1  # TODO: figure out how this is actually calculated
         else:
             req_lines = 0
 
@@ -575,7 +636,7 @@ class Sensor():
 
         hs, zeroes = start[0:0x20], start[0x20:0x40]
 
-        if zeroes != b'\0'*0x20:
+        if zeroes != b'\0' * 0x20:
             logging.warning('Unexpected contents in calibration flash partition')
             return False
 
@@ -586,7 +647,6 @@ class Sensor():
 
         return True
 
-
     def calibrate(self):
         if os.path.isfile(calib_data_path):
             with open(calib_data_path, 'rb') as f:
@@ -615,8 +675,9 @@ class Sensor():
 
         clean_slate = self.average(usb.read_82())
         clean_slate = pack('<H', len(clean_slate)) + clean_slate
-        clean_slate = clean_slate + pack('<H', 0) # TODO: still don't know what this zero is for
-        clean_slate = pack('<H', len(clean_slate)) + sha256(clean_slate).digest() + b'\0'*0x20 + clean_slate
+        clean_slate = clean_slate + pack('<H', 0)  # TODO: still don't know what this zero is for
+        clean_slate = pack(
+            '<H', len(clean_slate)) + sha256(clean_slate).digest() + b'\0' * 0x20 + clean_slate
         clean_slate = pack('<H', 0x5002) + clean_slate
 
         self.persist_clean_slate(clean_slate)
@@ -638,7 +699,7 @@ class Sensor():
             while True:
                 b = usb.wait_int()
                 if b[0] == 2:
-                    break;
+                    break
 
             # wait capture complete
             while True:
@@ -668,11 +729,10 @@ class Sensor():
             return (x, y, w1, w2)
 
         finally:
-            tls.app(unhexlify('04')) # capture stop if still running, cleanup
-
+            tls.app(unhexlify('04'))  # capture stop if still running, cleanup
 
     def enrollment_update_start(self, key):
-        rsp=tls.app(pack('<BLL', 0x68, key, 0))
+        rsp = tls.app(pack('<BLL', 0x68, key, 0))
         assert_status(rsp)
         new_key, = unpack('<L', rsp[2:])
 
@@ -690,7 +750,7 @@ class Sensor():
     def enrollment_update(self, prev):
         write_enable()
         try:
-            rsp=tls.app(b'\x6b' + prev)
+            rsp = tls.app(b'\x6b' + prev)
             assert_status(rsp)
         finally:
             call_cleanups()
@@ -709,26 +769,25 @@ class Sensor():
         if l != len(res):
             raise Exception('Response size does not match %d != %d', l, len(res))
 
-        magic_len = 0x38 # hardcoded in the DLL
+        magic_len = 0x38  # hardcoded in the DLL
         template = header = tid = None
 
         while len(res) > 0:
             tag, l = unpack('<HH', res[:4])
 
             if tag == 0:
-                template = res[:magic_len+l]
+                template = res[:magic_len + l]
             elif tag == 1:
-                header = res[magic_len:magic_len+l]
+                header = res[magic_len:magic_len + l]
             elif tag == 3:
-                tid = res[magic_len:magic_len+l]
+                tid = res[magic_len:magic_len + l]
             else:
                 logging.warning('Ignoring unknown tag %x' % tag)
 
-            res=res[magic_len+l:]
+            res = res[magic_len + l:]
 
         return (header, template, tid)
 
-
     def make_finger_data(self, subtype, template, tid):
         template = pack('<HH', 1, len(template)) + template
         tid = pack('<HH', 2, len(tid)) + tid
@@ -746,7 +805,7 @@ class Sensor():
         def do_create_finger(final_template, tid):
             tinfo = self.make_finger_data(subtype, final_template, tid)
 
-            usr=db.lookup_user(identity)
+            usr = db.lookup_user(identity)
             if usr == None:
                 usr = db.new_user(identity)
             else:
@@ -759,8 +818,8 @@ class Sensor():
 
             return recid
 
-        key=0
-        template=b''
+        key = 0
+        template = b''
         self.create_enrollment()
         while True:
             try:
@@ -785,11 +844,11 @@ class Sensor():
             finally:
                 self.enrollment_update_end()
 
-        self.enrollment_update_end() # done twice for some reason
+        self.enrollment_update_end()  # done twice for some reason
         return do_create_finger(template, tid)
 
     def parse_dict(self, x):
-        rc={}
+        rc = {}
 
         while len(x) > 0:
             (t, l), x = unpack('<HH', x[:4]), x[4:]
@@ -799,10 +858,10 @@ class Sensor():
 
     def match_finger(self) -> typing.Tuple[int, int, bytes]:
         try:
-            stg_id=0 # match against any storage
-            usr_id=0 # match against any user
-            cmd=pack('<BBBHHHHH', 0x5e, 2, 0xff, stg_id, usr_id, 1, 0,0)
-            rsp=tls.app(cmd)
+            stg_id = 0  # match against any storage
+            usr_id = 0  # match against any user
+            cmd = pack('<BBBHHHHH', 0x5e, 2, 0xff, stg_id, usr_id, 1, 0, 0)
+            rsp = tls.app(cmd)
             assert_status(rsp)
 
             b = usb.wait_int()
@@ -814,11 +873,11 @@ class Sensor():
             assert_status(rsp)
             rsp = rsp[2:]
 
-            (l,), rsp = unpack('<H', rsp[:2]), rsp[2:]
+            (l, ), rsp = unpack('<H', rsp[:2]), rsp[2:]
             if l != len(rsp):
                 raise Exception('Response size does not match')
 
-            rsp=self.parse_dict(rsp)
+            rsp = self.parse_dict(rsp)
 
             usrid, subtype, hsh = rsp[1], rsp[3], rsp[4]
             usrid, = unpack('<L', usrid)
@@ -829,7 +888,6 @@ class Sensor():
             # cleanup, ignore any errors
             tls.app(unhexlify('6200000000'))
 
-        
     def identify(self, update_cb):
         while True:
             try:
@@ -857,8 +915,8 @@ class Sensor():
 
         finger_record = db.get_record_children(fingerids[0])
 
-        ids=[r['dbid'] for r in finger_record.children if r['type'] == 8]
+        ids = [r['dbid'] for r in finger_record.children if r['type'] == 8]
         return [db.get_record_value(id).value for id in ids]
 
-sensor = Sensor()
 
+sensor = Sensor()

validitysensor/sid.py

@@ -1,7 +1,7 @@
-
 from struct import unpack, pack
 import typing
 
+
 class SidIdentity():
     def __init__(self, revision: int, auth: int, subauth: typing.Sequence[int]):
         self.revision = revision
@@ -9,7 +9,7 @@ class SidIdentity():
         self.subauth = subauth
 
     def to_bytes(self):
-        b=pack('>BBHL', self.revision, len(self.subauth), self.auth >> 32, self.auth & 0xffffffff)
+        b = pack('>BBHL', self.revision, len(self.subauth), self.auth >> 32, self.auth & 0xffffffff)
         for i in self.subauth:
             b += pack('<L', i)
 
@@ -18,6 +18,7 @@ class SidIdentity():
     def __repr__(self):
         return 'S-%d-%d-%s' % (self.revision, self.auth, '-'.join(map(str, self.subauth)))
 
+
 def sid_from_bytes(b: bytes):
     revision = b[0]
     subcnt = b[1]
@@ -27,10 +28,11 @@ def sid_from_bytes(b: bytes):
         auth <<= 8
         auth |= i
 
-    subauth=unpack('<%dL' % subcnt, b[8:])
+    subauth = unpack('<%dL' % subcnt, b[8:])
 
     return SidIdentity(revision, auth, subauth)
 
+
 def sid_from_string(s: str):
     parts = s.split('-')
 

validitysensor/table_types.py

@@ -1,8 +1,8 @@
-
 from binascii import hexlify, unhexlify
 
+
 class SensorTypeInfo:
-    table=[]
+    table = []
 
     @classmethod
     def get_by_type(cls, sensor_type):
@@ -11,18 +11,21 @@ class SensorTypeInfo:
             if i.sensor_type == sensor_type:
                 return i
 
-    def __init__(self, sensor_type, bytes_per_line, repeat_multiplier, lines_per_calibration_data, line_width, calibration_blob):
-        self.sensor_type=sensor_type
-        self.repeat_multiplier=repeat_multiplier
-        self.lines_per_calibration_data=lines_per_calibration_data
-        self.line_width=line_width
-        self.bytes_per_line=bytes_per_line
-        self.calibration_blob=unhexlify(calibration_blob)
+    def __init__(self, sensor_type, bytes_per_line, repeat_multiplier, lines_per_calibration_data,
+                 line_width, calibration_blob):
+        self.sensor_type = sensor_type
+        self.repeat_multiplier = repeat_multiplier
+        self.lines_per_calibration_data = lines_per_calibration_data
+        self.line_width = line_width
+        self.bytes_per_line = bytes_per_line
+        self.calibration_blob = unhexlify(calibration_blob)
 
     def __repr__(self):
-        calibration_blob=hexlify(self.calibration_blob).decode()
+        calibration_blob = hexlify(self.calibration_blob).decode()
         return 'SensorTypeInfo(sensor_type=0x%04x, bytes_per_line=0x%x, repeat_multiplier=%d, lines_per_calibration_data=%d, line_width=%d, calibration_blob=%s)' % (
-            self.sensor_type, self.bytes_per_line, self.repeat_multiplier, self.lines_per_calibration_data, self.line_width, repr(calibration_blob))
+            self.sensor_type, self.bytes_per_line, self.repeat_multiplier,
+            self.lines_per_calibration_data, self.line_width, repr(calibration_blob))
+
 
 def fuzzy(expected, actual):
     if expected == actual:
@@ -32,6 +35,7 @@ def fuzzy(expected, actual):
     else:
         return 0
 
+
 def metric(i, rominfo):
     metric = 0
     metric |= fuzzy(i.major, rominfo.major)
@@ -44,8 +48,9 @@ def metric(i, rominfo):
 
     return metric
 
+
 class SensorCaptureProg:
-    table=[]
+    table = []
 
     @classmethod
     def get(cls, rominfo, sensor_type, a0, a1):
@@ -76,18 +81,18 @@ class SensorCaptureProg:
             return b''.join(found.blobs)
 
     def __init__(self, major, minor, build, u1, dev_type, a0, a1, blobs):
-        self.major=major
-        self.minor=minor
-        self.build=build
-        self.u1=u1
-        self.dev_type=dev_type
-        self.a0=a0
-        self.a1=a1
-        blobs=[unhexlify(b) for b in blobs]
-        self.blobs=blobs
+        self.major = major
+        self.minor = minor
+        self.build = build
+        self.u1 = u1
+        self.dev_type = dev_type
+        self.a0 = a0
+        self.a1 = a1
+        blobs = [unhexlify(b) for b in blobs]
+        self.blobs = blobs
 
     def __repr__(self):
-        blobs=[hexlify(b).decode() for b in self.blobs]
+        blobs = [hexlify(b).decode() for b in self.blobs]
 
         return 'SensorCaptureProg(major=0x%x, minor=0x%x, build=0x%x, u1=0x%x, dev_type=0x%x, a0=0x%x, a1=0x%x, blobs=%s)' % (
             self.major, self.minor, self.build, self.u1, self.dev_type, self.a0, self.a1,

validitysensor/timeslot.py

@@ -1,103 +1,103 @@
-
 from binascii import hexlify
 from struct import unpack, pack
 
-codes={}
-codes[0x0] =  "No Operation"
-codes[0x1] =  "Swipe"
-codes[0x2] =  "Timeslot Configuration"
-codes[0x3] =  "Register"
-codes[0x4] =  "Register Set 32"
-codes[0x5] =  "Register Operation 32"
-codes[0x6] =  "Security"
-codes[0x7] =  "WOE"
-codes[0x8] =  "Motion 1"
-codes[0xa] =  "CPUCLK"
-codes[0xb] =  "Motion 2"
-codes[0xc] =  "Calibration Block"
-codes[0xd] =  "Sweep"
-codes[0xe] =  "Zone Configuration"
-codes[0xf] =  "Zones Per Sweep"
-codes[0x10] =  "Lines Per Sweep Iteration"
-codes[0x11] =  "Lines Per Sweep"
-codes[0x12] =  "Total Zones"
-codes[0x13] =  "CAL WOE Ctrl"
-codes[0x14] =  "Cal WOE Mask"
-codes[0x15] =  "BW Reduciton"
-codes[0x16] =  "AGC"
-codes[0x17] =  "Reply Configuration"
-codes[0x18] =  "Motion 3"
-codes[0x19] =  "WOVAR"
-codes[0x1a] =  "Block MOde"
-codes[0x1b] =  "Bit Reduction"
-codes[0x1c] =  "Motion 4"
-codes[0x1d] =  "Calibration WOENF"
-codes[0x1e] =  "Calibration"
-codes[0x1f] =  "Zone Configuration A"
-codes[0x20] =  "Set Register 32"
-codes[0x21] =  "Register Operation 32A"
-codes[0x22] =  "Fingerprint Buffering"
-codes[0x23] =  "Reply Config + Timeslot Table"
-codes[0x24] =  "Baseline"
-codes[0x25] =  "SO Alternate"
-codes[0x26] =  "Finger Detect"
-codes[0x27] =  "Finger Detect Sample Register"
-codes[0x28] =  "Finger Detect Scan Registers"
-codes[0x29] =  "Timeslot Table Offset"
-codes[0x2a] =  "ACM Config"
-codes[0x2b] =  "ACM Control"
-codes[0x2c] =  "CEM Config"
-codes[0x2d] =  "CEM Control"
-codes[0x2e] =  "Image Reconstruction"
-codes[0x2f] =  "2D"
-codes[0x30] =  "Line Update"
-codes[0x31] =  "FDetect Timeslot Table"
-codes[0x32] =  "Register List 16"
-codes[0x33] =  "Register list 32"
-codes[0x34] =  "Timeslot Table 2D"
-codes[0x35] =  "Timeslot Table Offset for Finger Detect"
-codes[0x36] =  "Security Aligned"
-codes[0x37] =  "WOF2"
-codes[0x38] =  "WOE WOF"
-codes[0x39] =  "Navigation"
-codes[0x3a] =  "WOE WOF2 Version2"
-codes[0x3b] =  "Cal WOE WOF2"
-codes[0x3c] =  "Event Signal"
-codes[0x3d] =  "IFS Frame Stats"
-codes[0x3e] =  "SNR Method 4"
-codes[0x3f] =  "WOE WOF2 Version 3"
-codes[0x40] =  "Calibrate WOE WOF2 Version 3"
-codes[0x41] =  "Finger Detect Ratchet"
-codes[0x42] =  "Data Encoder"
-codes[0x43] =  "Line Update Transform"
-codes[0x44] =  "Line Update InterLeave"
-codes[0x45] =  "SO Table Values for Macros"
-codes[0x46] =  "Timeslot Macro Definitions"
-codes[0x47] =  "Enable ASP Feature"
-codes[0x48] =  "Baseline Frame"
-codes[0x49] =  "Rx Select"
-codes[0x4e] =  "WTF"
-codes[0xffff] =  "Unknown"
+codes = {}
+codes[0x0] = "No Operation"
+codes[0x1] = "Swipe"
+codes[0x2] = "Timeslot Configuration"
+codes[0x3] = "Register"
+codes[0x4] = "Register Set 32"
+codes[0x5] = "Register Operation 32"
+codes[0x6] = "Security"
+codes[0x7] = "WOE"
+codes[0x8] = "Motion 1"
+codes[0xa] = "CPUCLK"
+codes[0xb] = "Motion 2"
+codes[0xc] = "Calibration Block"
+codes[0xd] = "Sweep"
+codes[0xe] = "Zone Configuration"
+codes[0xf] = "Zones Per Sweep"
+codes[0x10] = "Lines Per Sweep Iteration"
+codes[0x11] = "Lines Per Sweep"
+codes[0x12] = "Total Zones"
+codes[0x13] = "CAL WOE Ctrl"
+codes[0x14] = "Cal WOE Mask"
+codes[0x15] = "BW Reduciton"
+codes[0x16] = "AGC"
+codes[0x17] = "Reply Configuration"
+codes[0x18] = "Motion 3"
+codes[0x19] = "WOVAR"
+codes[0x1a] = "Block MOde"
+codes[0x1b] = "Bit Reduction"
+codes[0x1c] = "Motion 4"
+codes[0x1d] = "Calibration WOENF"
+codes[0x1e] = "Calibration"
+codes[0x1f] = "Zone Configuration A"
+codes[0x20] = "Set Register 32"
+codes[0x21] = "Register Operation 32A"
+codes[0x22] = "Fingerprint Buffering"
+codes[0x23] = "Reply Config + Timeslot Table"
+codes[0x24] = "Baseline"
+codes[0x25] = "SO Alternate"
+codes[0x26] = "Finger Detect"
+codes[0x27] = "Finger Detect Sample Register"
+codes[0x28] = "Finger Detect Scan Registers"
+codes[0x29] = "Timeslot Table Offset"
+codes[0x2a] = "ACM Config"
+codes[0x2b] = "ACM Control"
+codes[0x2c] = "CEM Config"
+codes[0x2d] = "CEM Control"
+codes[0x2e] = "Image Reconstruction"
+codes[0x2f] = "2D"
+codes[0x30] = "Line Update"
+codes[0x31] = "FDetect Timeslot Table"
+codes[0x32] = "Register List 16"
+codes[0x33] = "Register list 32"
+codes[0x34] = "Timeslot Table 2D"
+codes[0x35] = "Timeslot Table Offset for Finger Detect"
+codes[0x36] = "Security Aligned"
+codes[0x37] = "WOF2"
+codes[0x38] = "WOE WOF"
+codes[0x39] = "Navigation"
+codes[0x3a] = "WOE WOF2 Version2"
+codes[0x3b] = "Cal WOE WOF2"
+codes[0x3c] = "Event Signal"
+codes[0x3d] = "IFS Frame Stats"
+codes[0x3e] = "SNR Method 4"
+codes[0x3f] = "WOE WOF2 Version 3"
+codes[0x40] = "Calibrate WOE WOF2 Version 3"
+codes[0x41] = "Finger Detect Ratchet"
+codes[0x42] = "Data Encoder"
+codes[0x43] = "Line Update Transform"
+codes[0x44] = "Line Update InterLeave"
+codes[0x45] = "SO Table Values for Macros"
+codes[0x46] = "Timeslot Macro Definitions"
+codes[0x47] = "Enable ASP Feature"
+codes[0x48] = "Baseline Frame"
+codes[0x49] = "Rx Select"
+codes[0x4e] = "WTF"
+codes[0xffff] = "Unknown"
 
-insn_to_string=[
-    'NOOP', # 0
-    'End of Table', # 1
-    'Return', # 2
-    'Clear SO', # 3
-    'End of Data', # 4 
-    'Marco %02x', # 5
-    'Enable Rx 0x%02x', # 6
-    'Idle Rx 0x%03x', # 7
-    'Enable SO 0x%03x', # 8
-    'Disable SO 0x%03x', # 9
-    'Interrupt %x', # 10
-    'Call rx_inc=%d, addr=%x, repeat=%d', # 11
-    'Features %02x', # 12
-    'Register Write *0x%08x = 0x%04x', # 13
-    'Sample %x, %x', # 14
-    'Sample Repeat %x, %x, repeat=%x', # 15
+insn_to_string = [
+    'NOOP',  # 0
+    'End of Table',  # 1
+    'Return',  # 2
+    'Clear SO',  # 3
+    'End of Data',  # 4 
+    'Marco %02x',  # 5
+    'Enable Rx 0x%02x',  # 6
+    'Idle Rx 0x%03x',  # 7
+    'Enable SO 0x%03x',  # 8
+    'Disable SO 0x%03x',  # 9
+    'Interrupt %x',  # 10
+    'Call rx_inc=%d, addr=%x, repeat=%d',  # 11
+    'Features %02x',  # 12
+    'Register Write *0x%08x = 0x%04x',  # 13
+    'Sample %x, %x',  # 14
+    'Sample Repeat %x, %x, repeat=%x',  # 15
 ]
 
+
 def decode_insn(b):
     if b[0] == 0:
         return (0, 1)
@@ -124,9 +124,9 @@ def decode_insn(b):
     elif b[0] & 0xf8 == 0x10:
         return (11, 3, b[0] & 7, b[1] << 2, 0x100 if b[2] == 0 else b[2])
     elif b[0] & 0xe0 == 0x20:
-        return (12, 1, b[0] & 0x1f) # TODO check how features are converted to op args 
+        return (12, 1, b[0] & 0x1f)  # TODO check how features are converted to op args
     elif b[0] & 0xc0 == 0x40:
-        return (13, 3, (b[0] & 0x3f)*4+0x80002000, b[1] | (b[2] << 8))
+        return (13, 3, (b[0] & 0x3f) * 4 + 0x80002000, b[1] | (b[2] << 8))
     elif b[0] & 0xc0 == 0x80:
         return (14, 1, (b[0] & 0x38) >> 3, b[0] & 7)
     elif b[0] & 0xc0 == 0xc0:
@@ -134,18 +134,21 @@ def decode_insn(b):
     else:
         raise Exception('Unhandled instruction %02x' % b)
 
+
 def disassm_timeslot_table(b, off):
-    pc=off
+    pc = off
     while len(b) > 0:
         op, sz, *operands = decode_insn(b)
         if sz > len(b):
             raise Exception('Truncated instruction')
-        print('    %04x: %-6s %s' % (pc, hexlify(b[:sz]).decode(), insn_to_string[op] % tuple(operands)))
+        print('    %04x: %-6s %s' %
+              (pc, hexlify(b[:sz]).decode(), insn_to_string[op] % tuple(operands)))
         b = b[sz:]
         pc += sz
 
+
 def find_nth_insn(b, opcode, n):
-    pc=0
+    pc = 0
     while len(b) > 0:
         op, sz, *_ = decode_insn(b)
 
@@ -153,15 +156,16 @@ def find_nth_insn(b, opcode, n):
             raise Exception('Truncated instruction')
 
         if op == opcode:
-            n-=1
+            n -= 1
             if n == 0:
                 return (pc, b[:sz])
 
         b = b[sz:]
         pc += sz
 
+
 def find_nth_regwrite(b, reg_addr, n):
-    pc=0
+    pc = 0
     while len(b) > 0:
         op, sz, *operands = decode_insn(b)
 
@@ -171,7 +175,7 @@ def find_nth_regwrite(b, reg_addr, n):
         if op == 13:
             addr, value = operands
             if addr == reg_addr:
-                n-=1
+                n -= 1
                 if n == 0:
                     return (pc, b[:sz])
 
@@ -185,9 +189,11 @@ def split_chunks(b):
         p, b = b[:sz], b[sz:]
         yield [typ, p]
 
+
 def merge_chunks(cs):
     return b''.join([pack('<HH', key, len(val)) + val for key, val in cs])
 
+
 def dump_all(b):
     while len(b) > 0:
         (typ, sz), b = unpack('<HH', b[:4]), b[4:]
@@ -198,19 +204,19 @@ def dump_all(b):
             print('   *0x%08x = 0x%08x' % (addr, val))
         elif typ == 0x32:
             print('Set Registers 16:')
-            (base,), p = unpack('<L', p[:4]), p[4:]
+            (base, ), p = unpack('<L', p[:4]), p[4:]
             while len(p) > 0:
                 (off, val), p = unpack('<HH', p[:4]), p[4:]
                 print('   *0x%08x = 0x%04x' % (off + base, val))
         elif typ == 0x33:
             print('Set Registers 32:')
-            (base,), p = unpack('<L', p[:4]), p[4:]
+            (base, ), p = unpack('<L', p[:4]), p[4:]
             while len(p) > 0:
                 (off, val), p = unpack('<HL', p[:6]), p[6:]
                 print('   *0x%08x = 0x%08x' % (off + base, val))
         elif typ == 0x34:
             print('%04x (%20s): (0x%x bytes) %s' % (typ, codes[typ], len(p), hexlify(p).decode()))
-            ts=p
+            ts = p
         elif typ == 0x29:
             ts_off, = unpack('<L', p)
             print('%04x (%20s): 0x%x' % (typ, codes[typ], ts_off))
@@ -220,4 +226,3 @@ def dump_all(b):
     if ts is not None:
         print('Timeslot table, starting at 0x%x:' % ts_off)
         disassm_timeslot_table(ts[ts_off:], ts_off)
-

validitysensor/tls.py

@@ -15,11 +15,10 @@ from hashlib import sha256
 from .util import unhex
 from .usb import usb
 
+password_hardcoded = unhexlify('717cd72d0962bc4a2846138dbb2c24192512a76407065f383846139d4bec2033')
+gwk_sign_hardcoded = unhexlify('3a4c76b76a97981d1274247e166610e77f4d9c9d07d3c728e532916bdd28b454')
 
-password_hardcoded=unhexlify('717cd72d0962bc4a2846138dbb2c24192512a76407065f383846139d4bec2033')
-gwk_sign_hardcoded=unhexlify('3a4c76b76a97981d1274247e166610e77f4d9c9d07d3c728e532916bdd28b454')
-
-crt_hardcoded=unhex('''
+crt_hardcoded = unhex('''
 170000000001000001000000fcffffffffffffffffffffff00000000000000000000000001000000fffff
 fff0000000000000000000000000000000000000000000000000000000000000000000000004b60d2273e
 3cce3bf6b053ccb0061d65bc86987655bdebb3e7933aaad835c65a0000000000000000000000000000000
@@ -32,7 +31,8 @@ ae6bcffffffffffffffff00000000ffffffff0000000000000000000000000000000000000000000
 fff000000000000000000000000000000000000000000000000000000000000000000000000
 ''')
 
-crypto_backend=default_backend()
+crypto_backend = default_backend()
+
 
 def prf(secret, seed, length):
     n = (length + 0x20 - 1) // 0x20
@@ -41,46 +41,52 @@ def prf(secret, seed, length):
     a = hmac.new(secret, seed, sha256).digest()
 
     while n > 0:
-        res += hmac.new(secret, a+seed, sha256).digest()
+        res += hmac.new(secret, a + seed, sha256).digest()
         a = hmac.new(secret, a, sha256).digest()
         n -= 1
 
     return res[:length]
 
+
 def hs_key():
-    key=password_hardcoded[:0x10]
-    seed=password_hardcoded[0x10:] + b'\xaa'*2 
-    hs_key=prf(key, b'HS_KEY_PAIR_GEN' + seed, 0x20)
+    key = password_hardcoded[:0x10]
+    seed = password_hardcoded[0x10:] + b'\xaa' * 2
+    hs_key = prf(key, b'HS_KEY_PAIR_GEN' + seed, 0x20)
     return int(hs_key[::-1].hex(), 16)
 
+
 def with_2bytes_size(chunk):
     return pack('>H', len(chunk)) + chunk
 
+
 def with_3bytes_size(chunk):
     return pack('>BH', len(chunk) >> 16, len(chunk)) + chunk
 
+
 def with_1byte_size(chunk):
     return pack('>B', len(chunk)) + chunk
 
+
 def to_bytes(n):
-    b=b''
+    b = b''
     while n:
         b += (n & 0xff).to_bytes(1, 'big')
         n >>= 8
 
     return b
 
+
 def pad(b):
     l = 16 - (len(b) % 16)
-    return b + bytes([l-1])*l
+    return b + bytes([l - 1]) * l
+
 
 def unpad(b):
-    return b[:-1-b[-1]]
+    return b[:-1 - b[-1]]
 
 
 # TODO assert the right state transitions
 class Tls():
-    
     def __init__(self, usb):
         self.usb = usb
         self.reset()
@@ -107,14 +113,14 @@ class Tls():
 
         # pre-TLS keys
         self.psk_encryption_key = prf(password_hardcoded, b'GWK' + hw_key, 0x20)
-        self.psk_validation_key = prf(self.psk_encryption_key,
-            b'GWK_SIGN' + gwk_sign_hardcoded, 0x20)
+        self.psk_validation_key = prf(self.psk_encryption_key, b'GWK_SIGN' + gwk_sign_hardcoded,
+                                      0x20)
 
     def cmd(self, cmd):
         if self.secure_rx and self.secure_tx:
-            rsp=self.app(cmd)
+            rsp = self.app(cmd)
         else:
-            rsp=self.usb.cmd(cmd)
+            rsp = self.usb.cmd(cmd)
 
         return rsp
 
@@ -124,19 +130,15 @@ class Tls():
 
         self.handshake_hash = sha256()
 
-        rsp=self.usb.cmd(unhexlify('44000000') + self.make_handshake(self.make_client_hello()))
+        rsp = self.usb.cmd(unhexlify('44000000') + self.make_handshake(self.make_client_hello()))
         self.parse_tls_response(rsp)
 
         self.make_keys()
 
-        rsp=self.usb.cmd(
-            unhexlify('44000000') +     
-            self.make_handshake(
-                    self.make_certs() + 
-                    self.make_client_kex() + 
-                    self.make_cert_verify()) +
-            self.make_change_cipher_spec() +
-            self.make_handshake(self.make_finish()))
+        rsp = self.usb.cmd(
+            unhexlify('44000000') + self.make_handshake(self.make_certs() + self.make_client_kex() +
+                                                        self.make_cert_verify()) +
+            self.make_change_cipher_spec() + self.make_handshake(self.make_finish()))
 
         self.parse_tls_response(rsp)
 
@@ -156,27 +158,28 @@ class Tls():
         self.session_public = skey.private_numbers().public_numbers
         pre_master_secret = skey.exchange(ec.ECDH(), self.ecdh_q)
         seed = self.client_random + self.server_random
-        self.master_secret = prf(pre_master_secret, b'master secret'+seed, 0x30)
-        key_block = prf(self.master_secret, b'key expansion'+seed, 0x120)
+        self.master_secret = prf(pre_master_secret, b'master secret' + seed, 0x30)
+        key_block = prf(self.master_secret, b'key expansion' + seed, 0x120)
         self.sign_key = key_block[0x00:0x20]
-        self.validation_key = key_block[0x20:0x20+0x20]
-        self.encryption_key = key_block[0x40:0x40+0x20]
-        self.decryption_key = key_block[0x60:0x60+0x20]
+        self.validation_key = key_block[0x20:0x20 + 0x20]
+        self.encryption_key = key_block[0x40:0x40 + 0x20]
+        self.decryption_key = key_block[0x60:0x60 + 0x20]
 
     def save(self):
         with open('tls.dict', 'wb') as f:
-            pickle.dump({ 
-                'sign_key': self.sign_key,
-                'validation_key': self.validation_key,
-                'encryption_key': self.encryption_key,
-                'decryption_key': self.decryption_key,
-                'secure_rx': self.secure_rx,
-                'secure_tx': self.secure_tx
-            }, f)
+            pickle.dump(
+                {
+                    'sign_key': self.sign_key,
+                    'validation_key': self.validation_key,
+                    'encryption_key': self.encryption_key,
+                    'decryption_key': self.decryption_key,
+                    'secure_rx': self.secure_rx,
+                    'secure_tx': self.secure_tx
+                }, f)
 
     def load(self):
         with open('tls.dict', 'rb') as f:
-            d=pickle.load(f)
+            d = pickle.load(f)
             self.sign_key = d['sign_key']
             self.validation_key = d['validation_key']
             self.encryption_key = d['encryption_key']
@@ -189,7 +192,7 @@ class Tls():
         cipher = Cipher(algorithms.AES(self.decryption_key), modes.CBC(iv), backend=crypto_backend)
         decryptor = cipher.decryptor()
         m = decryptor.update(c) + decryptor.finalize()
-        m=unpad(m)
+        m = unpad(m)
         return m
 
     def encrypt(self, b):
@@ -197,15 +200,15 @@ class Tls():
         iv = os.urandom(0x10)
         cipher = Cipher(algorithms.AES(self.encryption_key), modes.CBC(iv), backend=crypto_backend)
         encryptor = cipher.encryptor()
-        b=pad(b)
-        c=encryptor.update(b) + encryptor.finalize()
+        b = pad(b)
+        c = encryptor.update(b) + encryptor.finalize()
         return iv + c
 
     def validate(self, t, b):
         b, hs = b[:-0x20], b[-0x20:]
 
         hdr = pack('>BBBH', t, 3, 3, len(b))
-        sig=hmac.new(self.validation_key, hdr+b, sha256).digest()
+        sig = hmac.new(self.validation_key, hdr + b, sha256).digest()
 
         if sig != hs:
             raise Exception('Packet signature validation check failed')
@@ -217,13 +220,13 @@ class Tls():
         self.trace('>tls> %02x: %s' % (t, hexlify(b).decode()))
 
         hdr = pack('>BBBH', t, 3, 3, len(b))
-        sig=hmac.new(self.sign_key, hdr+b, sha256).digest()
+        sig = hmac.new(self.sign_key, hdr + b, sha256).digest()
         return b + sig
 
     def make_finish(self):
         self.secure_tx = True
         hs_hash = self.handshake_hash.copy().digest()
-        verify_data = prf(self.master_secret, b'client finished'+hs_hash, 0xc)
+        verify_data = prf(self.master_secret, b'client finished' + hs_hash, 0xc)
         return b'\x14' + with_3bytes_size(verify_data)
 
     def make_change_cipher_spec(self):
@@ -231,9 +234,10 @@ class Tls():
 
     def make_certs(self):
         cert = self.tls_cert
-        cert = unhexlify('ac16') + cert # what's this?
-        cert = pack('>BH', 0, len(self.tls_cert)) + cert # this seems to violate the standard (should be len(cert))
-        cert = pack('>BH', 0, len(self.tls_cert)) + cert # same
+        cert = unhexlify('ac16') + cert  # what's this?
+        cert = pack('>BH', 0, len(
+            self.tls_cert)) + cert  # this seems to violate the standard (should be len(cert))
+        cert = pack('>BH', 0, len(self.tls_cert)) + cert  # same
         return self.with_neg_hdr(0x0b, cert)
 
     def with_neg_hdr(self, t, b):
@@ -246,8 +250,8 @@ class Tls():
         return self.with_neg_hdr(0x10, b)
 
     def make_cert_verify(self):
-        buf=self.handshake_hash.copy().digest()
-        b=self.priv_key.sign(buf, ec.ECDSA(Prehashed(hashes.SHA256())))
+        buf = self.handshake_hash.copy().digest()
+        b = self.priv_key.sign(buf, ec.ECDSA(Prehashed(hashes.SHA256())))
         return self.with_neg_hdr(0x0f, b)
 
     def handle_server_hello(self, p):
@@ -258,15 +262,16 @@ class Tls():
 
         self.server_random, p = p[:0x20], p[0x20:]
         l = p[0]
-        self.server_sessid, p = p[1:1+l], p[1+l:]
+        self.server_sessid, p = p[1:1 + l], p[1 + l:]
 
-        (suite,), p = unpack('>H', p[:2]), p[2:]
+        (suite, ), p = unpack('>H', p[:2]), p[2:]
 
         if suite != 0xc005:
             raise Exception('Server accepted unsupported cipher suite %04x' % suite)
 
         if p[0] != 0:
-            raise Exception('Server selected to enable compression, which we don''t support %02x' % p[0])
+            raise Exception('Server selected to enable compression, which we don'
+                            't support %02x' % p[0])
 
         p = p[1:]
 
@@ -274,11 +279,13 @@ class Tls():
             raise Exception('Not expecting any more data')
 
     def handle_cert_req(self, p):
-        (sign_and_hash_algo,), p = unpack('>H', p[:2]), p[2:]
+        (sign_and_hash_algo, ), p = unpack('>H', p[:2]), p[2:]
         if sign_and_hash_algo != 0x140:
-            raise Exception('Server requested a cert with an unsupported sign and hash algo combination %04x' % sign_and_hash_algo)
+            raise Exception(
+                'Server requested a cert with an unsupported sign and hash algo combination %04x' %
+                sign_and_hash_algo)
 
-        (l,), p = unpack('>H', p[:2]), p[2:]
+        (l, ), p = unpack('>H', p[:2]), p[2:]
         if l != 0:
             raise Exception('Server requested a cert with non-empty list of CAs')
 
@@ -287,11 +294,12 @@ class Tls():
 
     def handle_server_hello_done(self, p):
         if p != b'':
-            raise Exception('Not expecting any body for "server hello done" pkt: %s' % hexlify(p).decode())
+            raise Exception('Not expecting any body for "server hello done" pkt: %s' %
+                            hexlify(p).decode())
 
     def handle_finish(self, b):
         hs_hash = self.handshake_hash.copy().digest()
-        verify_data = prf(self.master_secret, b'server finished'+hs_hash, 0xc)
+        verify_data = prf(self.master_secret, b'server finished' + hs_hash, 0xc)
         if verify_data != b:
             raise Exception('Final handshake check failed')
 
@@ -325,10 +333,10 @@ class Tls():
             else:
                 raise Exception('Unknown handshake packet %02x' % t)
 
-            self.update_neg(hdr+p)
+            self.update_neg(hdr + p)
 
     def parse_tls_response(self, rsp):
-        app_data=b''
+        app_data = b''
 
         while len(rsp) > 0:
             while len(rsp) < 5:
@@ -362,36 +370,37 @@ class Tls():
         if not self.secure_tx:
             raise Exception('App payload before secure connection established')
 
-        b=self.encrypt(self.sign(0x17, b))
+        b = self.encrypt(self.sign(0x17, b))
 
         return unhexlify('170303') + with_2bytes_size(b)
 
     def make_handshake(self, b):
         if self.secure_tx:
-            b=self.encrypt(self.sign(0x16, b))
+            b = self.encrypt(self.sign(0x16, b))
 
         return unhexlify('160303') + with_2bytes_size(b)
 
     def make_client_hello(self):
-        h = unhexlify('0303') # TLS 1.2
+        h = unhexlify('0303')  # TLS 1.2
         #self.client_random = unhexlify('bc349559ac16c8f8362191395b4d04a435d870315f519eed8777488bc2b9600c')
         self.client_random = os.urandom(0x20)
-        h += self.client_random # client's random
-        h += with_1byte_size(unhexlify('00000000000000')) # session ID
+        h += self.client_random  # client's random
+        h += with_1byte_size(unhexlify('00000000000000'))  # session ID
 
         suits = b''
-        suits += pack('>H', 0xc005) # TLS_ECDH_ECDSA_WITH_AES_256_CBC_SHA
-        suits += pack('>H', 0x003d) # TLS_RSA_WITH_AES_256_CBC_SHA256
-        suits += pack('>H', 0x008d) # TLS_RSA_WITH_AES_256_CBC_SHA256
+        suits += pack('>H', 0xc005)  # TLS_ECDH_ECDSA_WITH_AES_256_CBC_SHA
+        suits += pack('>H', 0x003d)  # TLS_RSA_WITH_AES_256_CBC_SHA256
+        suits += pack('>H', 0x008d)  # TLS_RSA_WITH_AES_256_CBC_SHA256
         h += with_2bytes_size(suits)
 
-        h += with_1byte_size(b'') # no compression options
+        h += with_1byte_size(b'')  # no compression options
 
         exts = b''
-        exts += self.make_ext(0x004, pack('>H', 0x0017)) # truncated_hmac = 0x17
-        exts += self.make_ext(0x00b, with_1byte_size(unhexlify('00'))) # EC points format = uncompressed
+        exts += self.make_ext(0x004, pack('>H', 0x0017))  # truncated_hmac = 0x17
+        exts += self.make_ext(0x00b,
+                              with_1byte_size(unhexlify('00')))  # EC points format = uncompressed
         # h += with_2bytes_size(exts)
-        h += pack('>H', len(exts)-2) + exts # -2? WHY?!...
+        h += pack('>H', len(exts) - 2) + exts  # -2? WHY?!...
 
         return self.with_neg_hdr(0x01, h)
 
@@ -410,7 +419,7 @@ class Tls():
 
             self.trace('block id %04x (%d bytes)' % (id, sz))
 
-            m=sha256()
+            m = sha256()
             m.update(body)
 
             if m.digest() != hs:
@@ -432,20 +441,20 @@ class Tls():
                 self.trace('unhandled block id %04x (%d bytes): %s' % (id, sz, hexlify(body)))
 
     def makeTlsFlashBlock(self, id, body):
-        m=sha256()
+        m = sha256()
         m.update(body)
         hdr = pack('<HH', id, len(body))
-        return hdr+m.digest()+body
+        return hdr + m.digest() + body
 
     def makeTlsFlash(self):
         b = self.makeTlsFlashBlock(0, b'\0')
-        b+= self.makeTlsFlashBlock(4, self.priv_blob)
-        b+= self.makeTlsFlashBlock(3, self.tls_cert)
-        b+= self.makeTlsFlashBlock(5, crt_hardcoded)
-        b+= self.makeTlsFlashBlock(1, b'\0' * 0x100)
-        b+= self.makeTlsFlashBlock(2, b'\0' * 0x100)
-        b+= self.makeTlsFlashBlock(6, self.ecdh_blob)
-        b+= b'\xff' * (0x1000 - len(b))
+        b += self.makeTlsFlashBlock(4, self.priv_blob)
+        b += self.makeTlsFlashBlock(3, self.tls_cert)
+        b += self.makeTlsFlashBlock(5, crt_hardcoded)
+        b += self.makeTlsFlashBlock(1, b'\0' * 0x100)
+        b += self.makeTlsFlashBlock(2, b'\0' * 0x100)
+        b += self.makeTlsFlashBlock(6, self.ecdh_blob)
+        b += b'\xff' * (0x1000 - len(b))
         return b
 
     def handle_empty(self, body):
@@ -460,8 +469,8 @@ class Tls():
     def handle_ecdh(self, body):
         self.ecdh_blob = body
         key, signature = body[:0x90], body[0x90:]
-        x = key[0x8:0x8+0x20]
-        y = key[0x4c:0x4c+0x20]
+        x = key[0x8:0x8 + 0x20]
+        y = key[0x4c:0x4c + 0x20]
 
         x, y = [int(hexlify(i[::-1]), 0x10) for i in [x, y]]
 
@@ -477,19 +486,19 @@ class Tls():
         l, = unpack('<L', l)
         signature, zeroes = signature[:l], signature[l:]
 
-        if zeroes != b'\0'*len(zeroes):
+        if zeroes != b'\0' * len(zeroes):
             raise Exception('Zeroes expected')
 
         # The following pub key is hardcoded for each fw revision in the synaWudfBioUsb.dll.
         # Corresponding private key should only be known to a genuine Synaptic device.
         fwpub = ec.EllipticCurvePublicNumbers(
             0xf727653b4e16ce0665a6894d7f3a30d7d0a0be310d1292a743671fdf69f6a8d3,
-            0xa85538f8b6bec50d6eef8bd5f4d07a886243c58b2393948df761a84721a6ca94, ec.SECP256R1()).public_key(crypto_backend)
+            0xa85538f8b6bec50d6eef8bd5f4d07a886243c58b2393948df761a84721a6ca94,
+            ec.SECP256R1()).public_key(crypto_backend)
 
         # throws InvalidSignature
         fwpub.verify(signature, key, ec.ECDSA(hashes.SHA256()))
 
-
     def handle_priv(self, body):
         self.priv_blob = body
         prefix, body = body[0], body[1:]
@@ -497,15 +506,19 @@ class Tls():
             raise Exception('Unknown private key prefix %02x' % prefix)
 
         c, hs = body[:-0x20], body[-0x20:]
-        sig=hmac.new(self.psk_validation_key, c, sha256).digest()
+        sig = hmac.new(self.psk_validation_key, c, sha256).digest()
         if hs != sig:
-            raise Exception('Signature verification failed. This device was probably paired with another computer.')
+            raise Exception(
+                'Signature verification failed. This device was probably paired with another computer.'
+            )
 
         iv, c = c[:0x10], c[0x10:]
-        cipher = Cipher(algorithms.AES(self.psk_encryption_key), modes.CBC(iv), backend=crypto_backend)
+        cipher = Cipher(algorithms.AES(self.psk_encryption_key),
+                        modes.CBC(iv),
+                        backend=crypto_backend)
         decryptor = cipher.decryptor()
         m = decryptor.update(c) + decryptor.finalize()
-        m=m[:-m[-1]] # unpad (standard this time)
+        m = m[:-m[-1]]  # unpad (standard this time)
 
         x, m = m[:0x20], m[0x20:]
         y, m = m[:0x20], m[0x20:]

validitysensor/upload_fwext.py

@@ -6,7 +6,8 @@ from .usb import usb
 from .sensor import reboot, write_hw_reg32, read_hw_reg32, identify_sensor
 from .flash import write_flash_all, write_fw_signature, get_fw_info
 
-firmware_home='/usr/share/python-validity'
+firmware_home = '/usr/share/python-validity'
+
 
 def default_fwext_name():
     if usb.usb_dev().idVendor == 0x138a:
@@ -19,10 +20,12 @@ def default_fwext_name():
     # So, it is important that xpfwext file is matching the blobs contents.
     return '6_07f_lenovo_mis_qm.xpfwext'
 
+
 def upload_fwext(fw_path=None):
-    fwi=get_fw_info(2)
+    fwi = get_fw_info(2)
     if fwi != None:
-        logging.info('Detected firmware version %d.%d (%s))' % (fwi.major, fwi.minor, ctime(fwi.buildtime)))
+        logging.info('Detected firmware version %d.%d (%s))' %
+                     (fwi.major, fwi.minor, ctime(fwi.buildtime)))
         return
     else:
         logging.info('No firmware detected. Uploading...')
@@ -32,33 +35,32 @@ def upload_fwext(fw_path=None):
     if read_hw_reg32(0x80002080) not in [2, 3]:
         raise Exception('Unexpected register value')
 
-    dev=identify_sensor()
+    dev = identify_sensor()
     logging.debug('Sensor: %s' % dev.name)
     # ^ TODO -- what is the real reason to detect HW at this stage?
     #           just a guess: perhaps it is used to construct fwext filename
 
-
     default_name = firmware_home + '/' + default_fwext_name()
     if not fw_path:
         fw_path = default_name
     elif basename(fw_path) != default_name:
-        logging.warning('WARNING: Your device fw is supposed to be called {}'.format(
-            default_name))
+        logging.warning('WARNING: Your device fw is supposed to be called {}'.format(default_name))
 
     with open(fw_path, 'rb') as f:
-        fwext=f.read()
+        fwext = f.read()
 
-    fwext=fwext[fwext.index(b'\x1a')+1:]
+    fwext = fwext[fwext.index(b'\x1a') + 1:]
     fwext, signature = fwext[:-0x100], fwext[-0x100:]
 
     write_flash_all(2, 0, fwext)
     write_fw_signature(2, signature)
 
-    fwi=get_fw_info(2)
+    fwi = get_fw_info(2)
     if fwi == None:
         raise Exception('No firmware detected')
 
-    logging.info('Loaded FWExt version %d.%d (%s), %d modules' % (fwi.major, fwi.minor, ctime(fwi.buildtime), len(fwi.modules)))
+    logging.info('Loaded FWExt version %d.%d (%s), %d modules' %
+                 (fwi.major, fwi.minor, ctime(fwi.buildtime), len(fwi.modules)))
 
     # Reboot
     reboot()

validitysensor/usb.py

@@ -1,4 +1,3 @@
-
 import logging
 import errno
 import usb.core as ucore
@@ -8,15 +7,17 @@ from struct import unpack
 from usb.core import USBError
 from .blobs import init_hardcoded, init_hardcoded_clean_slate
 
-supported_devices=[
+supported_devices = [
     (0x138a, 0x0090),
     (0x138a, 0x0097),
     (0x06cb, 0x009a),
 ]
 
+
 class CancelledException(Exception):
     pass
 
+
 class Usb():
     def __init__(self):
         self.interrupt_cb = None
@@ -28,6 +29,7 @@ class Usb():
         if vendor is not None and product is not None:
             dev = ucore.find(idVendor=vendor, idProduct=product)
         else:
+
             def match(d):
                 return (d.idVendor, d.idProduct) in supported_devices
 
@@ -65,16 +67,16 @@ class Usb():
         #self.dev.set_configuration()
 
         # TODO analyse responses, detect hardware type
-        assert_status(self.cmd(unhexlify('01'))) # RomInfo.get()
+        assert_status(self.cmd(unhexlify('01')))  # RomInfo.get()
         assert_status(self.cmd(unhexlify('19')))
 
         # 43 -- get partition header(?) (02 -- fwext partition)
         # c28c745a in response is a FwextBuildtime = 0x5A748CC2
-        rsp=self.cmd(unhexlify('4302')) # get_fw_info()
+        rsp = self.cmd(unhexlify('4302'))  # get_fw_info()
 
         assert_status(self.cmd(init_hardcoded))
 
-        (err,), rsp = unpack('<H', rsp[:2]), rsp[2:]
+        (err, ), rsp = unpack('<H', rsp[:2]), rsp[2:]
         if err != 0:
             # fwext is not loaded
             logging.info('Clean slate')
@@ -87,14 +89,14 @@ class Usb():
                 return 0
         self.trace('>cmd> %s' % hexlify(out).decode())
         self.dev.write(1, out)
-        resp = self.dev.read(129, 100*1024)
+        resp = self.dev.read(129, 100 * 1024)
         resp = bytes(resp)
         self.trace('<cmd< %s' % hexlify(resp).decode())
         return resp
 
     def read_82(self):
         try:
-            resp = self.dev.read(130, 1024*1024, timeout=10000)
+            resp = self.dev.read(130, 1024 * 1024, timeout=10000)
             resp = bytes(resp)
             self.trace('<130< %s' % hexlify(resp).decode())
             return resp
@@ -126,4 +128,5 @@ class Usb():
         if self.trace_enabled:
             logging.debug(s)
 
-usb=Usb()
+
+usb = Usb()

validitysensor/util.py

@@ -1,10 +1,10 @@
-
 import re
 from struct import unpack
 from binascii import unhexlify
 
+
 def assert_status(b):
-    s,=unpack('<H', b[:2])
+    s, = unpack('<H', b[:2])
     if s != 0:
         if s == 0x44f:
             raise Exception('Signature validation failed: %04x' % s)
@@ -14,4 +14,3 @@ def assert_status(b):
 
 def unhex(x):
     return unhexlify(re.sub('\W', '', x))
-