class Device:
""" Device class to communicate with Schwinn 810 """
def __init__(self, **kwargs):
self.device = kwargs['device']
self._debug = kwargs['debug']
self.watch_type = kwargs['watch_type']
if self.watch_type:
self.watch_type = self.watch_type.lower()
if self.watch_type not in ['soleus', 'schwinn', 'cresta']:
raise UnknownWatchType(
"don't know what to do for watch type " + self.watch_type)
self.dump = False # are we reading previously backed up dump?
self.connected = False
self.port = None # device handle
self.reader = None # device specific data chunk parser
self.backup = None # backup file handle
self.shift = None # fix for incorrect TZ set on watch
if self.device:
self.open()
def open(self, device=None):
""" Open port or existing dump """
if self.port:
return
if device:
self.device = device
if os.name != 'nt' or not re.match("com\\d", self.device,
re.IGNORECASE):
try:
self.dump = stat.S_ISREG(
os.stat(self.device).st_mode
) # is regular file, i.e. previously dumped
except OSError as e:
pass
if not self.dump:
self.port = Serial(self.device, 115200, timeout=1, writeTimeout=1)
else:
_log.warn("Parsing existing dump in {:s}".format(self.device))
self.port = open(self.device, "rb")
self.connect()
def connect(self):
""" Issue connect command and set up a reader"""
if self.connected:
return
if not self.dump:
self.port.write(SOLEUS_DISCONNECT)
self.port.write(CONNECT)
raw = self.port.read(0x20)
if len(raw) == 0:
_log.fatal("Did you plug your watches? Check the clip!")
raise NotConnected()
else:
self.connected = True
if self._debug:
self.backup = open(os.path.join(tempfile.gettempdir(),
"schwinn810.bin"),
mode="wb")
self.backup.write(raw)
(ee, e1, e2, e3, bcd1, bcd2, bcd3, serial, v1, v2,
sign1) = struct.unpack("sBBBBBB6s6s7s2xI", raw)
_log.debug("read header")
_log.debug(
"{:s} 0x{:x} 0x{:x} 0x{:x} 0x{:x} 0x{:x} 0x{:x} {:s} {:s} {:s} 0x{:x}"
.format(ee, e1, e2, e3, bcd1, bcd2, bcd3, serial, v1, v2, sign1))
if sign1: # 0x0130ff00
raw = self.port.read(4)
if self._debug:
self.backup.write(raw)
(sign2, ) = struct.unpack("I", raw)
if sign1 != sign2:
print("0x{:X} != 0x{:X}".format(sign1, sign2))
# port.close()
# print("We are reading something wrong. Are you trying to communicate with another device?", file=sys.stderr)
# exit(-1)
if sign1 == 0x243601: #kb: think maybe we need something else to identify soleus. This might be specific to my watch. Perhaps the M11165 string?
self.detected_watch_type = 'soleus'
else:
self.detected_watch_type = 'schwinn'
else: # Cresta/Mio
self.detected_watch_type = 'cresta'
if self.watch_type:
if self.watch_type != self.detected_watch_type:
_log.warn("Detected watch type " + self.detected_watch_type +
" but using watch type " + self.watch_type)
print("Detected watch type " + self.detected_watch_type +
" but using watch type " + self.watch_type)
else:
self.watch_type = self.detected_watch_type
if self.watch_type == 'soleus':
self.reader = SoleusReader(self.port, self.backup)
elif self.watch_type == 'schwinn':
self.reader = SchwinnReader(self.port, self.backup)
elif self.watch_type == 'cresta':
self.reader = CrestaReader(self.port, self.backup)
_log.warn("File a bug if you are not using Cresta or Mio watch!")
id = "{0:s} {1:s} {2:s} {3:02d} {4:02d} {5:02d} {6:02d} {7:02d} {8:02d}" \
.format(serial.decode('ascii'), v1.decode('ascii'), ee.decode('ascii'), \
e1, e2, e3, unpack_bcd(bcd1), unpack_bcd(bcd2), unpack_bcd(bcd3))
_log.info("Found %s" % id)
else:
raise UnknownWatchType("don't know what to do for watch type " +
self.watch_type)
def _read_tracks(self, count):
tracks_with_points = []
for i in range(count):
track = self.reader.read_track()
if (track['Points'] > 0):
tracks_with_points += (track, )
_log.info("There are %d laps in %s" %
(track['Laps'], track['Track']))
# _log.debug("Testing", extra = track)
if self.shift:
track['Start'] += self.shift
if 'End' in track:
track['End'] += self.shift
track['LapData'] = []
track['Distance'] = 0
previous_lap = {'Time': 0, 'Distance': 0, 'kcal': 0, 'Beats': 0}
for j in range(track['Laps']):
lap = self.reader.read_lap()
track['Distance'] = lap['Distance']
lap['Track'] = track['Track']
_log.debug("Lap={:d}, Beats={:d}, Elevation={:f}".format(
lap['Lap'], lap['Beats'], lap['Elevation']))
lap['PointData'] = []
lap['DurationSecs'] = lap['Time'] - previous_lap['Time']
lap['LengthMeters'] = (lap['Distance'] -
previous_lap['Distance']) * 1e3
lap['kcalDelta'] = (lap['kcal'] - previous_lap['kcal'])
lap['BeatsDelta'] = (lap['Beats'] - previous_lap['Beats'])
previous_lap = lap
track['LapData'].append(lap)
return tracks_with_points
def read(self, writer, progress=None):
if not self.dump:
self.port.write(READ)
summary = self.reader.read_summary()
tracks = summary['Tracks']
waypoints = summary['Waypoints']
# (tracks, waypoints) = self.reader.read_summary()
_log.info("We've got %d tracks and %d waypoints to download" %
(tracks, waypoints))
tracks_with_points = self._read_tracks(tracks)
# now all track points
# for tracks containing them only!
track_no = 1
for track in tracks_with_points:
#chosen = False
_log.debug("reading track %d" % track_no)
start = datetime.now()
#if track_no in chosentracks:
# chosen = True
#track = tracks_with_points[track_no]
#for lapinfo in track['LapData']:
current_lap_index = 0 #track['LapData'][0]
current_lap = track['LapData'][0]
current_lap_end = track['LapData'][0]['Distance']
current_lap['Start'] = track['Start']
# if isinstance(self.reader, SchwinnReader):
summary_dummy = self.reader.read_points_summary()
_log.info("Fetching %d points from %s" %
(track['Points'], track['Track']))
_log.debug("Adding points to first lap: {:s}".format(
str(current_lap)))
if progress:
progress.track(track['Track'], track_no,
len(tracks_with_points), track['Points'])
for thePoint in range(track['Points']):
if progress:
progress.point(thePoint, track['Points'])
point = self.reader.read_point()
if point:
point['Track'] = track['Track']
point['Time'] = datetime.combine(track['Start'].date(),
point['Time'])
if track['Start'] > point['Time']:
point['Time'] += timedelta(days=1)
if self.shift:
point['Time'] += self.shift
#making this a while loop rather than an if statement skips over laps with zero points in them.
while (point['Distance'] > current_lap_end):
current_lap_index += 1
current_lap = track['LapData'][current_lap_index]
current_lap_end = current_lap['Distance']
current_lap['Start'] = point['Time']
_log.debug("switch to lap: %s at point distance %f" %
(str(current_lap), point['Distance']))
if (point['Elevation'] > 0):
current_lap['HasElevation'] = True
current_lap['PointData'].append(point)
#if there are laps we haven't read points for then presumably they have no points. Set the start time to the time of the last point
while current_lap_index < len(track['LapData']) - 1:
current_lap_index += 1
track['LapData'][current_lap_index]['Start'] = point['Time']
writer.add_track(track)
#else:
#summary_dummy = self.reader.read_points_summary()
#bytesize = 0x24 * track['Points']
#_log.debug("skipping %d points = %d bytes from track %d" % (track['Points'], bytesize, track_no))
#raw = self.reader.read(bytesize)
track_no += 1
end = datetime.now()
_log.debug("finished points for track %d in %d s" %
(track_no, (end - start).total_seconds()))
for wp in range(waypoints):
wpt = self.reader.read_waypoint()
writer.add_waypoint(wpt)
self.reader.read_end()
#print("Track#\tStarted At\t\tDur.\tSpeed\t\tLaps\tPoints\tDistance")
#n = 1
#for twp in tracks_with_points:
#print("%s\t%s\t%s\t%.1fkm/h\t%d\t%d\t%.2fkm" % (twp['Track'], twp['Start'], twp['End'] - twp['Start'], twp['Speed'], twp['Laps'], twp['Points'], twp['Distance']))
#n += 1
def read_settings(self, writer):
if not self.dump:
self.port.write(READ_SETTINGS)
s = self.reader.read_settings()
writer.save_settings(s)
def clear(self):
if not self.dump and self._debug:
self.port.write(DELETE)
self.reader.read_end()
else:
_log.warn("Debug is required for deletion for now")
def close(self):
if self._debug:
self.backup.close()
if not self.dump:
self.port.write(DISCONNECT)
self.port.read(1)
self.port.close()
class Device:
""" Device class to communicate with Schwinn 810 """
def __init__(self, device=None, debug=False):
self.device = device
self._debug = debug
self.dump = False # are we reading previously backed up dump?
self.connected = False
self.port = None # device handle
self.reader = None # device specific data chunk parser
self.backup = None # backup file handle
self.shift = None # fix for incorrect TZ set on watch
if self.device:
self.open()
def open(self, device=None):
""" Open port or existing dump """
if self.port:
return
if device:
self.device = device
if os.name != 'nt' or not re.match("com\\d", self.device, re.IGNORECASE):
try:
self.dump = stat.S_ISREG(os.stat(self.device).st_mode) # is regular file, i.e. previously dumped
except OSError as e:
pass
if not self.dump:
self.port = Serial(self.device, 115200, timeout=1, writeTimeout=1)
else:
_log.warn("Parsing existing dump in {:s}".format(self.device))
self.port = open(self.device, "rb")
self.connect()
def connect(self):
""" Issue connect command and set up a reader"""
if self.connected:
return
if not self.dump:
self.port.write(CONNECT)
raw = self.port.read(0x20)
if len(raw)==0:
_log.fatal("Did you plug your watches? Check the clip!")
raise NotConnected()
else:
self.connected = True
if self._debug:
self.backup = open(os.path.join(tempfile.gettempdir(), "schwinn810.bin"), mode="wb")
self.backup.write(raw)
(ee, e1, e2, e3, bcd1, bcd2, bcd3, serial, v1, v2, sign1) = struct.unpack("sBBBBBB6s6s7s2xI", raw)
if sign1: # 0x0130ff00
raw = self.port.read(4)
if self._debug:
self.backup.write(raw)
(sign2,) = struct.unpack("I", raw)
if sign1 != sign2:
print("0x{:X} != 0x{:X}".format(sign1, sign2))
# port.close()
# print("We are reading something wrong. Are you trying to communicate with another device?", file=sys.stderr)
# exit(-1)
self.reader = SchwinnReader(self.port, self.backup)
else: # Cresta/Mio
self.reader = CrestaReader(self.port, self.backup)
_log.warn("File a bug if you are not using Cresta or Mio watch!")
id = "{0:s} {1:s} {2:s} {3:02d} {4:02d} {5:02d} {6:02d} {7:02d} {8:02d}" \
.format(serial.decode('ascii'), v1.decode('ascii'), ee.decode('ascii'), \
e1, e2, e3, unpack_bcd(bcd1), unpack_bcd(bcd2), unpack_bcd(bcd3))
_log.info("Found %s" % id)
def _read_tracks(self, writer, count):
tracks_with_points = []
for i in range(count):
track = self.reader.read_track()
if (track['Points']>0):
tracks_with_points += (track, )
_log.info("There are %d laps in %s" % (track['Laps'], track['Track']))
# _log.debug("Testing", extra = track)
if self.shift:
track['Start'] += self.shift
if 'End' in track:
track['End'] += self.shift
writer.add_track(track)
for j in range(track['Laps']):
lap = self.reader.read_lap()
lap['Track'] = track['Track']
# _log.debug("Lap={:d}, Beats={:d}, Elevation={:f}".format(lap['Lap'], lap['Beats'], lap['Elevation']))
writer.add_lap(lap)
return tracks_with_points
def read(self, writer, progress=None):
if not self.dump:
self.port.write(READ)
summary = self.reader.read_summary()
tracks = summary['Tracks']
waypoints = summary['Waypoints']
# (tracks, waypoints) = self.reader.read_summary()
_log.info("We've got %d tracks and %d waypoints to download" % (tracks, waypoints))
tracks_with_points = self._read_tracks(writer, tracks)
# now all track points
# for tracks containing them only!
track_no = 0
for track in tracks_with_points:
track_no += 1
# if isinstance(self.reader, SchwinnReader):
summary_dummy = self.reader.read_points_summary()
_log.info("Fetching %d points from %s" % (track['Points'], track['Track']))
if progress:
progress.track(track['Track'], track_no, len(tracks_with_points), track['Points'])
writer.begin_points(track)
for thePoint in range(track['Points']):
if progress:
progress.point(thePoint, track['Points'])
point = self.reader.read_point()
if point:
point['Track'] = track['Track']
point['Time'] = datetime.combine(track['Start'].date(), point['Time'])
if track['Start'] > point['Time']:
point['Time'] += timedelta(days=1)
if self.shift:
point['Time'] += self.shift
writer.add_point(point)
writer.commit()
for wp in range(waypoints):
wpt = self.reader.read_waypoint()
writer.add_waypoint(wpt)
self.reader.read_end()
def read_settings(self, writer):
if not self.dump:
self.port.write(READ_SETTINGS)
s = self.reader.read_settings()
writer.save_settings(s)
def clear(self):
if not self.dump and self._debug:
self.port.write(DELETE)
self.reader.read_end()
else:
_log.warn("Debug is required for deletion for now")
def close(self):
if self._debug:
self.backup.close()
if not self.dump:
self.port.write(DISCONNECT)
self.port.read(1)
self.port.close()
class Device:
""" Device class to communicate with Schwinn 810 """
def __init__(self, device=None, debug=False):
self.device = device
self._debug = debug
self.dump = False # are we reading previously backed up dump?
self.connected = False
self.port = None # device handle
self.reader = None # device specific data chunk parser
self.backup = None # backup file handle
self.shift = None # fix for incorrect TZ set on watch
if self.device:
self.open()
def open(self, device=None):
""" Open port or existing dump """
if self.port:
return
if device:
self.device = device
if os.name != "nt" or not re.match("com\\d", self.device, re.IGNORECASE):
try:
self.dump = stat.S_ISREG(os.stat(self.device).st_mode) # is regular file, i.e. previously dumped
except OSError as e:
pass
if not self.dump:
self.port = Serial(self.device, 115200, timeout=1, writeTimeout=1)
else:
_log.warn("Parsing existing dump in {:s}".format(self.device))
self.port = open(self.device, "rb")
self.connect()
def connect(self):
""" Issue connect command and set up a reader"""
if self.connected:
return
if not self.dump:
self.port.write(CONNECT)
raw = self.port.read(0x20)
if len(raw) == 0:
_log.fatal("Did you plug your watches? Check the clip!")
raise NotConnected()
else:
self.connected = True
if self._debug:
self.backup = open(os.path.join(tempfile.gettempdir(), "schwinn810.bin"), mode="wb")
self.backup.write(raw)
(ee, e1, e2, e3, bcd1, bcd2, bcd3, serial, v1, v2, sign1) = struct.unpack("sBBBBBB6s6s7s2xI", raw)
if sign1: # 0x0130ff00
raw = self.port.read(4)
if self._debug:
self.backup.write(raw)
(sign2,) = struct.unpack("I", raw)
if sign1 != sign2:
print("0x{:X} != 0x{:X}".format(sign1, sign2))
# port.close()
# print("We are reading something wrong. Are you trying to communicate with another device?", file=sys.stderr)
# exit(-1)
self.reader = SchwinnReader(self.port, self.backup)
else: # Cresta/Mio
self.reader = CrestaReader(self.port, self.backup)
_log.warn("File a bug if you are not using Cresta or Mio watch!")
id = "{0:s} {1:s} {2:s} {3:02d} {4:02d} {5:02d} {6:02d} {7:02d} {8:02d}".format(
serial.decode("ascii"),
v1.decode("ascii"),
ee.decode("ascii"),
e1,
e2,
e3,
unpack_bcd(bcd1),
unpack_bcd(bcd2),
unpack_bcd(bcd3),
)
_log.info("Found %s" % id)
def _read_tracks(self, writer, count):
tracks_with_points = []
for i in range(count):
track = self.reader.read_track()
if track["Points"] > 0:
tracks_with_points += (track,)
_log.info("There are %d laps in %s" % (track["Laps"], track["Track"]))
# _log.debug("Testing", extra = track)
if self.shift:
track["Start"] += self.shift
if "End" in track:
track["End"] += self.shift
writer.add_track(track)
for j in range(track["Laps"]):
lap = self.reader.read_lap()
lap["Track"] = track["Track"]
# _log.debug("Lap={:d}, Beats={:d}, Elevation={:f}".format(lap['Lap'], lap['Beats'], lap['Elevation']))
writer.add_lap(lap)
return tracks_with_points
def read(self, writer, progress=None):
if not self.dump:
self.port.write(READ)
summary = self.reader.read_summary()
tracks = summary["Tracks"]
waypoints = summary["Waypoints"]
# (tracks, waypoints) = self.reader.read_summary()
_log.info("We've got %d tracks and %d waypoints to download" % (tracks, waypoints))
tracks_with_points = self._read_tracks(writer, tracks)
# now all track points
# for tracks containing them only!
track_no = 0
for track in tracks_with_points:
track_no += 1
# if isinstance(self.reader, SchwinnReader):
summary_dummy = self.reader.read_points_summary()
_log.info("Fetching %d points from %s" % (track["Points"], track["Track"]))
if progress:
progress.track(track["Track"], track_no, len(tracks_with_points), track["Points"])
writer.begin_points(track)
for thePoint in range(track["Points"]):
if progress:
progress.point(thePoint, track["Points"])
point = self.reader.read_point()
if point:
point["Track"] = track["Track"]
point["Time"] = datetime.combine(track["Start"].date(), point["Time"])
if track["Start"] > point["Time"]:
point["Time"] += timedelta(days=1)
if self.shift:
point["Time"] += self.shift
writer.add_point(point)
writer.commit()
for wp in range(waypoints):
wpt = self.reader.read_waypoint()
writer.add_waypoint(wpt)
self.reader.read_end()
def read_settings(self, writer):
if not self.dump:
self.port.write(READ_SETTINGS)
s = self.reader.read_settings()
writer.save_settings(s)
def clear(self):
if not self.dump and self._debug:
self.port.write(DELETE)
self.reader.read_end()
else:
_log.warn("Debug is required for deletion for now")
def close(self):
if self._debug:
self.backup.close()
if not self.dump:
self.port.write(DISCONNECT)
self.port.read(1)
self.port.close()
class Device:
""" Device class to communicate with Schwinn 810 """
def __init__(self, **kwargs):
self.device = kwargs['device']
self._debug = kwargs['debug']
self.watch_type = kwargs['watch_type']
if self.watch_type:
self.watch_type = self.watch_type.lower()
if self.watch_type not in ['soleus', 'schwinn', 'cresta']:
raise UnknownWatchType("don't know what to do for watch type " + self.watch_type)
self.dump = False # are we reading previously backed up dump?
self.connected = False
self.port = None # device handle
self.reader = None # device specific data chunk parser
self.backup = None # backup file handle
self.shift = None # fix for incorrect TZ set on watch
if self.device:
self.open()
def open(self, device=None):
""" Open port or existing dump """
if self.port:
return
if device:
self.device = device
if os.name != 'nt' or not re.match("com\\d", self.device, re.IGNORECASE):
try:
self.dump = stat.S_ISREG(os.stat(self.device).st_mode) # is regular file, i.e. previously dumped
except OSError as e:
pass
if not self.dump:
self.port = Serial(self.device, 115200, timeout=1, writeTimeout=1)
else:
_log.warn("Parsing existing dump in {:s}".format(self.device))
self.port = open(self.device, "rb")
self.connect()
def connect(self):
""" Issue connect command and set up a reader"""
if self.connected:
return
if not self.dump:
self.port.write(SOLEUS_DISCONNECT)
self.port.write(CONNECT)
raw = self.port.read(0x20)
if len(raw)==0:
_log.fatal("Did you plug your watches? Check the clip!")
raise NotConnected()
else:
self.connected = True
if self._debug:
self.backup = open(os.path.join(tempfile.gettempdir(), "schwinn810.bin"), mode="wb")
self.backup.write(raw)
(ee, e1, e2, e3, bcd1, bcd2, bcd3, serial, v1, v2, sign1) = struct.unpack("sBBBBBB6s6s7s2xI", raw)
_log.debug("read header")
_log.debug("{:s} 0x{:x} 0x{:x} 0x{:x} 0x{:x} 0x{:x} 0x{:x} {:s} {:s} {:s} 0x{:x}".format(ee, e1, e2, e3, bcd1, bcd2, bcd3, serial, v1, v2, sign1))
if sign1: # 0x0130ff00
raw = self.port.read(4)
if self._debug:
self.backup.write(raw)
(sign2,) = struct.unpack("I", raw)
if sign1 != sign2:
print("0x{:X} != 0x{:X}".format(sign1, sign2))
# port.close()
# print("We are reading something wrong. Are you trying to communicate with another device?", file=sys.stderr)
# exit(-1)
if sign1 == 0x243601: #kb: think maybe we need something else to identify soleus. This might be specific to my watch. Perhaps the M11165 string?
self.detected_watch_type = 'soleus'
else:
self.detected_watch_type = 'schwinn'
else: # Cresta/Mio
self.detected_watch_type = 'cresta'
if self.watch_type:
if self.watch_type != self.detected_watch_type:
_log.warn("Detected watch type " + self.detected_watch_type + " but using watch type " + self.watch_type)
print("Detected watch type " + self.detected_watch_type + " but using watch type " + self.watch_type)
else:
self.watch_type = self.detected_watch_type
if self.watch_type == 'soleus':
self.reader = SoleusReader(self.port, self.backup)
elif self.watch_type == 'schwinn':
self.reader = SchwinnReader(self.port, self.backup)
elif self.watch_type == 'cresta':
self.reader = CrestaReader(self.port, self.backup)
_log.warn("File a bug if you are not using Cresta or Mio watch!")
id = "{0:s} {1:s} {2:s} {3:02d} {4:02d} {5:02d} {6:02d} {7:02d} {8:02d}" \
.format(serial.decode('ascii'), v1.decode('ascii'), ee.decode('ascii'), \
e1, e2, e3, unpack_bcd(bcd1), unpack_bcd(bcd2), unpack_bcd(bcd3))
_log.info("Found %s" % id)
else:
raise UnknownWatchType("don't know what to do for watch type " + self.watch_type)
def _read_tracks(self, count):
tracks_with_points = []
for i in range(count):
track = self.reader.read_track()
if (track['Points']>0):
tracks_with_points += (track, )
_log.info("There are %d laps in %s" % (track['Laps'], track['Track']))
# _log.debug("Testing", extra = track)
if self.shift:
track['Start'] += self.shift
if 'End' in track:
track['End'] += self.shift
track['LapData'] = []
track['Distance'] = 0
previous_lap = {'Time' : 0, 'Distance' : 0, 'kcal': 0, 'Beats' : 0}
for j in range(track['Laps']):
lap = self.reader.read_lap()
track['Distance'] = lap['Distance']
lap['Track'] = track['Track']
_log.debug("Lap={:d}, Beats={:d}, Elevation={:f}".format(lap['Lap'], lap['Beats'], lap['Elevation']))
lap['PointData'] = []
lap['DurationSecs'] = lap['Time'] - previous_lap['Time']
lap['LengthMeters'] = (lap['Distance'] - previous_lap['Distance'])*1e3
lap['kcalDelta'] = (lap['kcal'] - previous_lap['kcal'])
lap['BeatsDelta'] = (lap['Beats'] - previous_lap['Beats'])
previous_lap = lap
track['LapData'].append(lap)
return tracks_with_points
def read(self, writer, progress=None):
if not self.dump:
self.port.write(READ)
summary = self.reader.read_summary()
tracks = summary['Tracks']
waypoints = summary['Waypoints']
# (tracks, waypoints) = self.reader.read_summary()
_log.info("We've got %d tracks and %d waypoints to download" % (tracks, waypoints))
tracks_with_points = self._read_tracks(tracks)
# now all track points
# for tracks containing them only!
track_no = 1
for track in tracks_with_points:
#chosen = False
_log.debug("reading track %d" % track_no)
start = datetime.now()
#if track_no in chosentracks:
# chosen = True
#track = tracks_with_points[track_no]
#for lapinfo in track['LapData']:
current_lap_index = 0 #track['LapData'][0]
current_lap = track['LapData'][0]
current_lap_end = track['LapData'][0]['Distance']
current_lap['Start'] = track['Start']
# if isinstance(self.reader, SchwinnReader):
summary_dummy = self.reader.read_points_summary()
_log.info("Fetching %d points from %s" % (track['Points'], track['Track']))
_log.debug("Adding points to first lap: {:s}".format(str(current_lap)))
if progress:
progress.track(track['Track'], track_no, len(tracks_with_points), track['Points'])
for thePoint in range(track['Points']):
if progress:
progress.point(thePoint, track['Points'])
point = self.reader.read_point()
if point:
point['Track'] = track['Track']
point['Time'] = datetime.combine(track['Start'].date(), point['Time'])
if track['Start'] > point['Time']:
point['Time'] += timedelta(days=1)
if self.shift:
point['Time'] += self.shift
#making this a while loop rather than an if statement skips over laps with zero points in them.
while(point['Distance'] > current_lap_end):
current_lap_index += 1
current_lap = track['LapData'][current_lap_index]
current_lap_end = current_lap['Distance']
current_lap['Start'] = point['Time']
_log.debug("switch to lap: %s at point distance %f" % (str(current_lap), point['Distance']))
if(point['Elevation'] > 0):
current_lap['HasElevation'] = True
current_lap['PointData'].append(point)
#if there are laps we haven't read points for then presumably they have no points. Set the start time to the time of the last point
while current_lap_index < len(track['LapData']) - 1:
current_lap_index += 1
track['LapData'][current_lap_index]['Start'] = point['Time']
writer.add_track(track)
#else:
#summary_dummy = self.reader.read_points_summary()
#bytesize = 0x24 * track['Points']
#_log.debug("skipping %d points = %d bytes from track %d" % (track['Points'], bytesize, track_no))
#raw = self.reader.read(bytesize)
track_no += 1
end = datetime.now()
_log.debug("finished points for track %d in %d s" % (track_no, (end - start).total_seconds()))
for wp in range(waypoints):
wpt = self.reader.read_waypoint()
writer.add_waypoint(wpt)
self.reader.read_end()
#print("Track#\tStarted At\t\tDur.\tSpeed\t\tLaps\tPoints\tDistance")
#n = 1
#for twp in tracks_with_points:
#print("%s\t%s\t%s\t%.1fkm/h\t%d\t%d\t%.2fkm" % (twp['Track'], twp['Start'], twp['End'] - twp['Start'], twp['Speed'], twp['Laps'], twp['Points'], twp['Distance']))
#n += 1
def read_settings(self, writer):
if not self.dump:
self.port.write(READ_SETTINGS)
s = self.reader.read_settings()
writer.save_settings(s)
def clear(self):
if not self.dump and self._debug:
self.port.write(DELETE)
self.reader.read_end()
else:
_log.warn("Debug is required for deletion for now")
def close(self):
if self._debug:
self.backup.close()
if not self.dump:
self.port.write(DISCONNECT)
self.port.read(1)
self.port.close()