def METHOD_NAME(self):
    # generate test signal: sine 110Hz @44100kHz
    signalSize = 10 * self.params['frameSize']
    signal = 0.5 * numpy.sin( (array(range(signalSize))/44100.) * 110 * 2*math.pi)
    # outsignal = analysisSynthesis(self.params, signal)
    outsignal = analysisSynthesisStreaming(self.params, signal)
    outsignal = outsignal[:signalSize] # cut to durations of input and output signal
    # compare without half-window bounds to avoid windowing effect
    halfwin = int(self.params['frameSize'] // 2)
    self.assertAlmostEqualVectorFixedPrecision(outsignal[halfwin:-halfwin], signal[halfwin:-halfwin], self.precisionDigits)