def testReadWriteJSON(self):
ostream = io.ByteArrayOutputStream()
writeJSON(self.l, output=ostream)
istream = io.ByteArrayInputStream(ostream.toByteArray())
l = readJSON(istream)
assert self.l.count() == l.count()
c = self.l.cursor("STATE_ABBR = 'TX'")
ostream = io.ByteArrayOutputStream()
writeJSON(c, output=ostream)
c.close()
istream = io.ByteArrayInputStream(ostream.toByteArray())
l = readJSON(istream)
assert 1 == l.count()
f = [x for x in l.features()][0]
assert 'Texas' == f['STATE_NAME']
def _toXML(filter, pretty=True, version=1.0): """ Encodes a filter object as XML. """ ogc, ogcconfig = _ogc(version) e = Encoder(ogcconfig) e.indenting = pretty e.omitXMLDeclaration = True out = io.ByteArrayOutputStream() e.encode(filter, ogc.Filter, out) return str(lang.String(out.toByteArray()))
def execute(self, data):
if not self.is_jython:
print '[!] This module can only be used in jython!'
return data
# Creating XStream object and creating Java object from XML structure
xs = XStream()
serial = xs.fromXML(data)
# writing created Java object to and serializing it with ObjectOutputStream
bos = io.ByteArrayOutputStream()
oos = io.ObjectOutputStream(bos)
oos.writeObject(serial)
# I had a problem with signed vs. unsigned bytes, hence the & 0xff
return "".join([chr(x & 0xff) for x in bos.toByteArray().tolist()])
def serializeData(self):
"""
Serialize data, put the result inside self.output
"""
self.output = '\xAC\xED\x00\x05'
for type_, data in self.input:
print type_
print data
print len(data)
if type_ == 'object':
# Create XStream object and create Java object from the XML structure
xs = XStream()
serialized = xs.fromXML(data)
# Serialize created object with ObjectOutputStream
bos = io.ByteArrayOutputStream()
oos = io.ObjectOutputStream(bos)
oos.writeObject(serialized)
self.output += bos.toByteArray()[4:]
elif type_ == 'block':
# TC_BLOCKDATA = (byte)0x77
if len(data) <= 0xff:
self.output += '\x77'
self.output += struct.pack('<B',
len(data)) # length on 1 byte
# TC_BLOCKDATALONG = (byte)0x7A
else:
self.output += '\x7A'
self.output += struct.pack(
'>I', len(data)) # length on 4 bytes (big endian)
self.output += ''.join(
list(map(lambda x: chr(int(x, 16)), data)))
