def __init__(self,jitter=1.0/10.0):
#init variables
#get the symbols
self.symbols = generateSymbols()
#get the identifiers
self.identifiers = generateIdentifiers()
#attach the symbols to the simulator
self.jitter = jitter
def __init__(self, jitter=1.0 / 10.0):
#init variables
#get the symbols
self.symbols = generateSymbols()
#get the identifiers
self.identifiers = generateIdentifiers()
#attach the symbols to the simulator
self.jitter = jitter
def setUp(self):
self.symbols = generateSymbols()
self.identifiers = generateIdentifiers()
self.frames = generate()
def setup(self):
self.sim = TwoOfFiveSimulator()
self.sim.addSymbols(symbols=generateSymbols(),identifiers=generateIdentifiers())
def __init__(self):
self.frames = generate()
self.identifiers = generateIdentifiers()
self.symbols = generateSymbols()
from symbol_generation import generateSymbols, generateIdentifiers
symbols = generateSymbols()
identifiers = generateIdentifiers()
test_frame1_data = [symbols[0], symbols[1]]
test_frame1 = [identifiers[0], symbols[0], symbols[1]]
test_sequence1 = [
identifiers[0],
symbols[10],
symbols[0],
symbols[8],
identifiers[0],
symbols[11],
symbols[1],
symbols[27],
identifiers[0],
symbols[12],
symbols[0],
symbols[15],
identifiers[0],
symbols[13],
symbols[10],
identifiers[0],
]
test_sequence2 = [
symbols[10],
symbols[0],
symbols[8],
def setUp(self):
self.symbols = system_symbols
self.identifiers = generateIdentifiers()
self.decoder = Decoder()
from helper import smart_datetime as datetime
from helper import smart_timedelta as timedelta
#not sure why this is still here
def to_float(dt):
return float(dt.hour * 60 * 60) + float(dt.minute * 60) + float(
dt.second) + float(dt.microsecond / 1000000.0)
modulus = 0.5
toDelta = lambda t: timedelta(0, t)
system_symbols = generateSymbols()
system_identifiers = generateIdentifiers()
def make(system_symbols,
symbols,
time_stamp,
modulus=0.5,
ratio=2.0,
debug=True):
newSymbols = []
for s in symbols: #create random symbols if their values aren't defined
if s.value is not None:
newSymbols.append(s)
else:
newSymbols.append(system_symbols[random.randint(0, 99)])
from symbol_generation import generateSymbols, generateIdentifiers
symbols = generateSymbols()
identifiers = generateIdentifiers()
test_frame1_data = [symbols[0],symbols[1]]
test_frame1 = [identifiers[0],symbols[0],symbols[1]]
test_sequence1 = [
identifiers[0],
symbols[10],
symbols[0],
symbols[8],
identifiers[0],
symbols[11],
symbols[1],
symbols[27],
identifiers[0],
symbols[12],
symbols[0],
symbols[15],
identifiers[0],
symbols[13],
symbols[10],
identifiers[0],
]
test_sequence2 = [
symbols[10],
symbols[0],
def __init__(self):
self.frames = generate()
self.identifiers = generateIdentifiers()
self.symbols = generateSymbols()
def setUp(self):
self.symbols = system_symbols
self.identifiers = generateIdentifiers()
self.decoder = Decoder()
#we need to work with floats for comparison
from helper import smart_datetime as datetime
from helper import smart_timedelta as timedelta
#not sure why this is still here
def to_float(dt):
return float(dt.hour*60*60) + float(dt.minute*60) + float(dt.second) + float(dt.microsecond/1000000.0)
modulus = 0.5
toDelta = lambda t: timedelta(0,t)
system_symbols = generateSymbols()
system_identifiers = generateIdentifiers()
def make(system_symbols,symbols,time_stamp,modulus=0.5,ratio=2.0,debug=True):
newSymbols = []
for s in symbols: #create random symbols if their values aren't defined
if s.value is not None:
newSymbols.append(s)
else:
newSymbols.append(system_symbols[random.randint(0,99)])
bars = []
for nS in newSymbols: #accumulate all of the bars
bars.extend(nS.bars)
pulses = []
