def parseGpx(gpxFile):
u"""Get the latitude and longitude data of all track segments in a GPX file"""
if gpxFile == u'/dev/stdin':
gpxFile = sys.stdin
# Get the XML information
try:
gpx = parseXml(gpxFile)
except IOError as error:
print(sys.stderr,
u'Error while reading file: {}. Terminating.'.format(error))
sys.exit(1)
except:
print(sys.stderr, u'Error while parsing XML data:')
print(sys.stderr, sys.exc_info())
print(sys.stderr, u'Terminating.')
sys.exit(1)
# Iterate over all tracks, track segments and points
gpsData = []
for track in gpx.getElementsByTagName(u'trk'):
for trackseg in track.getElementsByTagName(u'trkseg'):
trackSegData = []
for point in trackseg.getElementsByTagName(u'trkpt'):
trackSegData.append((float(point.attributes[u'lon'].value),
float(point.attributes[u'lat'].value)))
# Leave out empty segments
if (trackSegData != []):
gpsData.append(trackSegData)
return gpsData
def _parseXbmcFavourites(self):
favItems = None
xbmcFavsFile = common.Paths.xbmcFavouritesFile
if os.path.exists(xbmcFavsFile):
doc = parseXml(xbmcFavsFile)
xbmcFavs = doc.documentElement.getElementsByTagName('favourite')
favItems = []
for node in xbmcFavs:
favItem = XbmcFavouriteItem.fromXmlNode(node)
favItems.append(favItem)
return favItems
def _parseXbmcFavourites(self):
favItems = None
xbmcFavsFile = common.Paths.xbmcFavouritesFile
if os.path.exists(xbmcFavsFile):
doc = parseXml(xbmcFavsFile)
xbmcFavs = doc.documentElement.getElementsByTagName('favourite')
favItems = []
for node in xbmcFavs:
favItem = XbmcFavouriteItem.fromXmlNode(node)
favItems.append(favItem)
return favItems
def readAndroidMetadata(self):
"""
Read Android-specific metadata from AndroidManifest.xml file.
"""
manifestFile = open(os.path.join(self.tempdir, 'AndroidManifest.xml'), 'r')
manifest = parseXml(manifestFile)
manifestFile.close()
root = manifest.documentElement
self.version = root.attributes["android:versionName"].value
while self.version.count('.') < 2:
self.version += '.0'
self.version = '%s.%s' % (self.version, self.revision)
usesSdk = manifest.getElementsByTagName('uses-sdk')[0]
self.minSdkVersion = usesSdk.attributes["android:minSdkVersion"].value
self.basename = os.path.basename(self.config.repository)
def readAndroidMetadata(self):
"""
Read Android-specific metadata from AndroidManifest.xml file.
"""
manifestFile = open(os.path.join(self.tempdir, 'AndroidManifest.xml'), 'r')
manifest = parseXml(manifestFile)
manifestFile.close()
root = manifest.documentElement
self.version = root.attributes['android:versionName'].value
while self.version.count('.') < 2:
self.version += '.0'
self.version = '%s.%s' % (self.version, self.buildNum)
usesSdk = manifest.getElementsByTagName('uses-sdk')[0]
self.minSdkVersion = usesSdk.attributes['android:minSdkVersion'].value
self.basename = os.path.basename(self.config.repository)
def modify_file(xmlfile_name, options):
xmlfile = parseXml(xmlfile_name)
td_xml = make_fragment(options.td_text)
for is_table in xmlfile.childNodes:
if is_table.nodeType == is_table.ELEMENT_NODE:
if "table" == is_table.tagName:
for is_ts in is_table.childNodes:
if is_ts.nodeType == is_ts.ELEMENT_NODE:
if is_ts.tagName == "thead":
do_action(is_ts, None, options)
elif is_ts.tagName == "tbody":
for is_tr in is_ts.childNodes:
if is_tr.nodeType == is_tr.ELEMENT_NODE:
do_action(is_tr, td_xml, options)
ofile = sys.stdout
lint = False
if options.output:
ofile = file(options.output, "w")
lint = True
print >> ofile, xmlfile.toxml(encoding="utf-8")
ofile.close()
if lint:
os.system("xmllint --xmlout --format %s -o %s"%(options.output, options.output))
# In UFO, capital characters have an underscore in their name: "A" -> "A_.glif"
if letter[0].isupper():
if len(letter) == 1:
letter = letter + "_"
elif len(letter) == 2:
letter = letter[0] + "_" + letter[1] + "_"
else:
letter = letter[0] + "_" + letter[1:]
#letter = letter.lower()
if letter[0:3] == "uni":
continue
#letter = "uni" + letter[3:].upper() + "_"
glyph = parseXml("%s%s.glif" % (GLYPH_DIR, letter))
# Gets contours descriptions of the glyph
contours = glyph.getElementsByTagName("contour")
for contour in contours:
try:
# Checks type of first node of the countour
type= contour.childNodes[1].attributes["type"].value
if type == "move":
# Should be ok already
pass
elif type == "line":
# Changing type "line" to "move"
contour.childNodes[1].attributes["type"].value = "move"
elif type == "curve":
# Putting curve point at the end of the contour
