def get_sample(self):
if random_value(0, 10) < 1:
self._count += 1 if random_value(0, 2) < 1 else -1
self._count = min(self._count, 9)
self._count = max(self._count, 0)
self._pilots.append((common.timestamp(), self._count))
pilots = self._pilots
self._pilots = []
return 'pilots', pilots
def get_sample(self):
nwtype = int(random_value(3, 6))
if nwtype == 5:
nwtype = 7
sample = {
'nwtype': huawei_status.HuaweiStatus._NW_TYPES[nwtype],
'strength': random_value(65, 85),
'upload': self._upload_mb * 1024 * 1024,
'download': self._download_mb * 1024 * 1024,
'ts': common.timestamp()}
self._upload_mb += 1
self._download_mb += 1
return 'link', sample
def get_sample(self):
nwtype = int(random_value(3, 6))
if nwtype == 5:
nwtype = 7
sample = {
'nwtype': huawei_status.HuaweiStatus._NW_TYPES[nwtype],
'strength': random_value(65, 85),
'upload': self._upload_mb * 1024 * 1024,
'download': self._download_mb * 1024 * 1024,
'ts': common.timestamp()
}
self._upload_mb += 1
self._download_mb += 1
return 'link', sample
def get_sample(self):
if random_value(0, 10) < 1:
self._door_open = 1 - self._door_open
self._events.append((common.timestamp(), self._door_open))
events = self._events
self._events = []
return 'door', events
def get_sample(self):
now_ts = common.timestamp()
self._avg = max(0, random_value(-2, 10))
maxKmh = self._avg + random.random() * self._avg
mean_ts = (now_ts + self._last_ts) / 2
wind = {
'avg': self._avg,
'max': maxKmh,
'max_ts': mean_ts,
'hist': {int(self._avg): 1},
'start_ts': self._last_ts,
'end_ts': now_ts}
self._last_ts = now_ts
return 'wind', wind
def get_sample(self):
now_ts = common.timestamp()
self._avg = max(0, random_value(-2, 10))
maxKmh = self._avg + random.random() * self._avg
mean_ts = (now_ts + self._last_ts) / 2
wind = {
'avg': self._avg,
'max': maxKmh,
'max_ts': mean_ts,
'hist': {
int(self._avg): 1
},
'start_ts': self._last_ts,
'end_ts': now_ts
}
self._last_ts = now_ts
return 'wind', wind
def get_sample(self):
return 'rain', (common.timestamp(), random_value(0, 100))
def get_sample(self):
return 'temp_hum', (common.timestamp(), random_value(-5, 15),
random_value(40, 80))
def get_sample(self):
return 'vane', (common.timestamp(), random_value(0, 360))
def get_sample(self):
return 'press', (common.timestamp(), random_value(900, 1100))
def __init__(self):
self._door_open = int(random_value(0, 2))
self._events = [(common.timestamp(), self._door_open)]
def get_sample(self):
sample = {}
for c in self._channels:
sample[c] = (common.timestamp(), random_value(10, 15))
return 'adc', sample
def get_sample(self): return 'temp_hum', (common.timestamp(), random_value(-5, 15), random_value(40, 80))