def generateData(self, data):
# Each byte in the block is expanded to ten bits. Each bit is
# represented as one low frequency cycle or two high frequency cycles.
bytes = len(data)
bits = bytes * 10
# Include samples for 1 channel
samples = bits * self.SAMPLES_PER_BIT
buf = ShortBuffer.allocate(samples)
j = 0
i = 0
while i < bytes:
j = self.writeTone(buf, j, self.low_tone)
b = Byte(data[i]).intValue()
k = 0
while k < 8:
if b & 1 == 0:
j = self.writeTone(buf, j, self.low_tone)
else:
j = self.writeTone(buf, j, self.high_tone)
b = b >> 1
k += 1
j = self.writeTone(buf, j, self.high_tone)
i += 1
return buf
def getunZippedContent(content):
zipper = ChecksumZipper()
zippedArray = content.split(',')
zippedList = []
for zippedByte in zippedArray:
zippedList.append(Byte.parseByte(zippedByte))
unzipBytes = zipper.unzip(zippedList)
buffer = str(String(unzipBytes))
return buffer
def getunZippedContent(content):
zipper = ChecksumZipper()
zippedArray = content.split(',')
zippedList = []
for zippedByte in zippedArray:
zippedList.append(Byte.parseByte(zippedByte))
unzipBytes = zipper.unzip(zippedList)
buffer = str(String(unzipBytes))
return buffer
def __init__(self):
head = 'Byte,Double,Float,Integer,Long,Short'.split(',')
self.data = [[
Byte(Byte.MIN_VALUE),
Double(Double.MIN_VALUE),
Float(Float.MIN_VALUE),
Integer(Integer.MIN_VALUE),
Long(Long.MIN_VALUE),
Short(Short.MIN_VALUE)
],
[
Byte(Byte.MAX_VALUE),
Double(Double.MAX_VALUE),
Float(Float.MAX_VALUE),
Integer(Integer.MAX_VALUE),
Long(Long.MAX_VALUE),
Short(Short.MAX_VALUE)
]]
DefaultTableModel.__init__(self, self.data, head)
def sendsmpp(self, data):
# Add control of keys
da = data['destinationAddress']
oa = data['originatingAddress']
userData = data['userData']
originatingAddress = GSMAddress(oa)
destinationAddress = GSMAddress(da)
myProtocol = SMPPProtocol()
protocolIdentifier = Byte('7')
serviceCenterTimeStamp = Date()
replyPathIndication = False
udhIndication = True
dataCodingScheme = Byte('0')
isBinaryUserData = True
myDeliver = myProtocol.createDeliver(
destinationAddress, originatingAddress, protocolIdentifier,
serviceCenterTimeStamp, userData, replyPathIndication,
udhIndication, dataCodingScheme, isBinaryUserData)
resp = {}
resp['errorCode'] = 200
resp['responseText'] = myDeliver.toInterpretedString()
logger.debug('>>>> %s' % (resp['responseText']))
try:
self.__class__.cv_send.acquire()
smsc = SMSCDriver.getSmscDriver()
if smsc:
smsc.send(myDeliver)
else:
raise SyntaxError('SMSCDriver has not been started !!')
self.__class__.cv_send.release()
except Exception, ex:
errMsg = "Unable to send data, reason: %s" % (ex)
logger.error(errMsg)
resp['errorCode'] = 500
resp['responseText'] = errMsg
def controller(id):
from java.lang import Byte
bb = Byte(id)
return eng.controllerManager.getControllerById(bb)
def test_int_coercion(self):
c = Coercions()
self.assertEquals("5", c.takeInt(5))
self.assertEquals("15", c.takeInteger(15))
self.assertEquals("150", c.takeNumber(150))
self.assertEquals("take with byte arg: 10", Coercions.take(Byte(10)))
for _v, _id in zip([foo, subfoo, subfoo2, n],
['foo', 'subfoo', 'subfoo2', 'n']):
d[_v] = _id
from java.lang import Long, Integer, Short, Character, Byte, Boolean, Double, Float, String
from java.math import BigInteger
values = [
0, 0L, 0.0, 'c', "string", (), o, c, foo, subfoo, subfoo2, n, Object,
Class, Foo, SubFoo, C, SubFoo2, N, Integer,
Long(0),
Integer(0),
Short(0),
Character('c'),
Byte(0),
Boolean(0),
Double(0),
Float(0),
String("js"),
BigInteger("0")
]
def pp(v):
inst = d.get(v, None)
if inst is not None:
return inst
if hasattr(v, '__name__'):
return v.__name__
if isinstance(v, (String, Number, Character, Boolean)):