def generate():
frameObjects = [] #for holding the frame objects
symbol_objects = symbol_generation.generateSymbols()
#start with the first id
id = 0
for frame in frames: #for all of the frames
lastData = None
newData = []
save_id = None
id_symbol = [
symbol for symbol in symbol_objects if symbol.value == id
][0]
for data in frame: #for the data in each frame
if lastData is not None:
if lastData.name == data:
lastData.symbol_length += 1
else:
newData.append(lastData)
lastData = block(name=data, symbol_length=1)
else:
lastData = block(name=data, symbol_length=1)
newData.append(lastData)
frameObjects.append(symbol_frame(identifier=id_symbol, blocks=newData))
id += 1
return frameObjects
def generate():
frameObjects = [] #for holding the frame objects
symbol_objects = symbol_generation.generateSymbols()
#start with the first id
id = 0
for frame in frames: #for all of the frames
lastData = None
newData = []
save_id = None
id_symbol = [symbol for symbol in symbol_objects if symbol.value == id][0]
for data in frame: #for the data in each frame
if lastData is not None:
if lastData.name == data:
lastData.symbol_length += 1
else:
newData.append(lastData)
lastData = block(name=data,symbol_length=1)
else:
lastData = block(name=data,symbol_length=1)
newData.append(lastData)
frameObjects.append(symbol_frame(identifier=id_symbol,blocks=newData))
id += 1
return frameObjects
def generate():
frameObjects = [] #for holding the frame objects
symbol_objects = symbol_generation.generateSymbols()
id = 0
for frame in frames: #for all of the frames
lastData = None
newData = []
save_id = None
for symbol in symbol_objects:
if symbol.value == id:
save_id = symbol
break
for data in frame: #for the data in each frame
if lastData is not None:
if lastData.name == data:
lastData.symbolLength += 1
else:
newData.append(lastData)
lastData = block(name=data,symbolLength=1)
else:
lastData = block(name=data,symbolLength=1)
newData.append(lastData)
frameObjects.append(symbol_frame(identifier=save_id,blocks=newData))
id += 1
return frameObjects
def setup(self):
self.testHeader = element(chirpLength=5,identifier='Header',value=5)
self.testSubFrames = []
self.testBlock = block(chirpLengths=[5,4],name='Test',value='1A')
self.testBlock2 = block(chirpLengths=[4],name='Test2',value='5')
self.testSubFrame = sub_frame(blocks=[self.testBlock,self.testBlock2],name='SubFrame1',timeStamp=datetime.now())
self.testCheckSum = element(chirpLength=5,identifier='CheckSum',value=5)
self.testFrame = frame(header=self.testHeader,subFrames=[self.testSubFrame],checkSum=self.testCheckSum)
import frame_generation
self.TwoOfFiveFrames = frame_generation.generate()
def generateErrors():
frameObjects = [] #for holding the frame objects
id = 0
for frame in badFrames: #for all of the frames
lastData = None
newData = []
for data in frame: #for the data in each frame
if lastData != None:
if lastData.name == data:
lastData.symbol_length += 1
else:
newData.append(lastData)
lastData = block(name=data, symbol_length=1)
else:
lastData = block(name=data, symbol_length=1)
newData.append(lastData)
frameObjects.append(Frame(header=id + 63, subFrames=newData))
id += 1
return frameObjects
def generateErrors():
frameObjects = [] #for holding the frame objects
id = 0
for frame in badFrames: #for all of the frames
lastData = None
newData = []
for data in frame: #for the data in each frame
if lastData!=None:
if lastData.name == data:
lastData.symbol_length += 1
else:
newData.append(lastData)
lastData = block(name=data,symbol_length=1)
else:
lastData = block(name=data,symbol_length=1)
newData.append(lastData)
frameObjects.append(Frame(header=id+63,subFrames=newData))
id += 1
return frameObjects
def setup(self):
self.testBlock = block(chirpLengths=[5,4,4],name='Test')
self.testSubFrame = sub_frame(blocks=[self.testBlock],name='SubFrame1',timeStamp=datetime.now())
