def loadShapefile(file_name):
global db
# shp_bounding_box = []
# shp_type = 0
file_name = file_name
records = []
# open dbf file and get records as a list
dbf_file = file_name[0:-4] + '.dbf'
dbf = open(dbf_file, 'rb')
db = list(dbfutils.dbfreader(dbf))
dbf.close()
fp = open(file_name, 'rb')
# get basic shapefile configuration
fp.seek(32)
# shp_type = readAndUnpack('i', fp.read(4))
readAndUnpack('i', fp.read(4))
# shp_bounding_box = readBoundingBox(fp)
readBoundingBox(fp)
# fetch Records
fp.seek(100)
while True:
shp_record = createRecord(fp)
if shp_record is False:
break
records.append(shp_record)
return records
def load_shapefile(file_name):
global db
file_name = file_name
records = []
# open dbf file and get records as a list
dbf_file = file_name[0:-4] + ".dbf"
dbf = open(dbf_file, "rb")
db = list(dbfutils.dbfreader(dbf))
dbf.close()
fp = open(file_name, "rb")
# get basic shapefile configuration
fp.seek(32)
read_and_unpack("i", fp.read(4))
read_bounding_box(fp)
# fetch Records
fp.seek(100)
while True:
shp_record = create_record(fp)
if not shp_record:
break
records.append(shp_record)
return records
def loadShapefile(file_name):
global db
shp_bounding_box = []
shp_type = 0
file_name = file_name
records = []
# open dbf file and get records as a list
dbf_file = file_name[0:-4] + '.dbf'
dbf = open(dbf_file, 'rb')
db = list(dbfutils.dbfreader(dbf))
dbf.close()
fp = open(file_name, 'rb')
# get basic shapefile configuration
fp.seek(32)
shp_type = readAndUnpack('i', fp.read(4))
shp_bounding_box = readBoundingBox(fp)
# fetch Records
fp.seek(100)
while True:
shp_record = createRecord(fp)
if shp_record == False:
break
records.append(shp_record)
return records
def parse(self):
# Get basic shapefile configuration.
fp = open(self.__filename, 'rb')
if self._readAndUnpack(self.__BE_SINT, fp.read(4)) != 9994:
raise ValueError("Invalid or corrupted shapefile.")
# Open dbf file and get features as a list.
dbfile = open(self.__filename[0:-4] + '.dbf', 'rb')
self.__db[:] = list(dbfutils.dbfreader(dbfile))
dbfile.close()
fp.seek(32)
shapeType = self._readAndUnpack(self.__LE_SINT, fp.read(4))
self.__shapeType = shapeType
# Get surface bounds.
bounds = self._readBounds(fp)
# Get Z (axis) and M (measure) bounds if any.
bounds += self._readBounds(fp)
# Fetch Records.
features = []
while True:
feature = self._createRecord(fp, shapeType)
if not feature: break
if shapeType in (self._POLYLINE, self._POLYGON,
self._POLYLINE_Z, self._POLYGON_Z,
self._POLYLINE_M, self._POLYGON_M):
self._processPolyInfo(feature)
features.append(feature)
return {'type': shapeType, 'bounds': bounds, 'features': features}
