def quotes_feed(app, handler, finance_path, series_name, symbol_list):
data = handler.get(finance_path + symbol_list)
app.log.debug('Fetch data: %s' % data.text)
# Can't use raw JSON response from Google, must convert numbers to numeric
financial_data = [{k: numerify(v) for k, v in d.items()}
for d in json.loads(data.text[3:])]
# Have to iterate over quotes as some Google values are optional
for quote in financial_data:
# Re-key the JSON response with friendly names
rekeyed_quote = dict([(CODES_GOOGLE.get(key, key), value)
for key, value in quote.items()])
tags = extract_tags(rekeyed_quote, ['id', 'exchange', 'symbol'])
event = [{
'measurement': series_name,
'tags': tags,
'fields': rekeyed_quote
}]
app.log.debug('Event data: %s' % event)
handler.postEvent(event, batch=True)
def quotes_feed(app, handler, finance_path, series_name, symbol_list):
data = handler.get(finance_path + symbol_list)
app.log.debug('Fetch data: %s' % data.text)
# Can't use raw JSON response from Google, must convert numbers to numeric
financial_data = [{k: numerify(v)
for k, v in d.items()}
for d in json.loads(data.text[3:])]
# Have to iterate over quotes as some Google values are optional
for quote in financial_data:
# Re-key the JSON response with friendly names
rekeyed_quote = dict([(CODES_GOOGLE.get(key, key), value)
for key, value in quote.items()])
tags = extract_tags(rekeyed_quote, ['id', 'exchange', 'symbol'])
event = [{
'measurement': series_name,
'tags': tags,
'fields': rekeyed_quote
}]
app.log.debug('Event data: %s' % event)
handler.postEvent(event, batch=True)
def quotes_feed(app, handler, finance_path, series_name, symbol_list):
data = handler.get(finance_path + symbol_list)
app.log.debug('Fetch data: %s' % data.text)
# Can't use raw JSON response from Google, must convert numbers to numeric
financial_data = [{k: numerify(v) for k, v in d.items()}
for d in json.loads(data.text[3:])]
# Have to iterate over quotes as some Google values are optional
for quote in financial_data:
# Re-key the JSON response with friendly names
rekeyed_quote = dict([(CODES_GOOGLE.get(key, key), value)
for key, value in quote.items()])
event = [{
'name': series_name,
'columns': list(rekeyed_quote.keys()),
'points': [list(rekeyed_quote.values())]
}]
app.log.debug('Event data: %s' % event)
handler.postEvent(event)
except Exception as e:
app.log.error('Unhandled exception: %s' % e)
# Check for errors and assemble results
if errorIndication:
app.log.error(errorIndication)
elif errorStatus:
app.log.error(errorStatus)
else:
for name, val in varBinds:
app.log.debug('%s = %s (%s)' %
(name, val, oids[str(name)]['desc']))
if oids[str(name)]['name'] == 'runtime':
# Convert runtime into seconds
data[oids[str(name)]['name']] = int(
numerify(str(val)) / 100)
elif oids[str(name)]['name'] == 'battemp':
data[oids[str(name)]['name']] = numerify(str(val))
# Also provide temp in F
data['battempf'] = CtoF(data[oids[str(name)]['name']])
else:
data[oids[str(name)]['name']] = numerify(str(val))
tags = extract_tags(data, ['lasttestdate'])
event = [{
'measurement': 'apcups', # Time Series Name
'tags': tags,
'fields': data # Data points
}]
n = handler.post(app.config.get('eagle', 'eagle_addr') +
'/cgi-bin/cgi_manager',
data=network_command)
u = handler.post(app.config.get('eagle', 'eagle_addr') +
'/cgi-bin/cgi_manager',
data=usage_command)
except Exception as e:
# If event handler was unsuccessful retrying stop
app.log.fatal(e)
app.close(1)
app.log.debug('Network data: %s' % n.text)
app.log.debug('Usage data: %s' % u.text)
networkdata = dict(
(k, numerify(v)) for k, v in json.loads(n.text).items())
usagedata = dict(
(k, numerify(v)) for k, v in json.loads(u.text).items())
# Normalize to W or Wh
try:
demand = float(usagedata['demand']) *\
units[usagedata['demand_units']]
received = float(usagedata['summation_received']) *\
units[usagedata['summation_units']]
delivered = float(usagedata['summation_delivered']) *\
units[usagedata['summation_units']]
link_strength = int(networkdata['network_link_strength'], base=16)
except ValueError:
app.log.error('Unsupport demand or summation units')
while True:
try:
n = handler.post(app.config.get('eagle', 'eagle_addr') +
'/cgi-bin/cgi_manager', data=network_command)
u = handler.post(app.config.get('eagle', 'eagle_addr') +
'/cgi-bin/cgi_manager', data=usage_command)
except Exception as e:
# If event handler was unsuccessful retrying stop
app.log.fatal(e)
app.close(1)
app.log.debug('Network data: %s' % n.text)
app.log.debug('Usage data: %s' % u.text)
networkdata = dict((k, numerify(v)) for k, v in
json.loads(n.text).items())
usagedata = dict((k, numerify(v)) for k, v in
json.loads(u.text).items())
# Normalize to W or Wh
try:
demand = float(usagedata['demand']) *\
units[usagedata['demand_units']]
received = float(usagedata['summation_received']) *\
units[usagedata['summation_units']]
delivered = float(usagedata['summation_delivered']) *\
units[usagedata['summation_units']]
link_strength = int(networkdata['network_link_strength'], base=16)
except ValueError:
<Name>get_usage_data</Name>\n\
<MacId>' + device_macid + '</MacId>\n\
</LocalCommand>'
while True:
try:
r = handler.post(app.config.get('eagle', 'eagle_addr') +
'/cgi-bin/cgi_manager', data=command)
except Exception as e:
# If event handler was unsuccessful retrying stop
app.log.fatal(e)
app.close(1)
app.log.debug('Fetch data: %s' % r.text)
devicedata = dict((k, numerify(v)) for k, v in
json.loads(r.text).items())
# Normalize to W or Wh
try:
power = float(devicedata['demand']) *\
units[devicedata['demand_units']]
received = float(devicedata['summation_received']) *\
units[devicedata['summation_units']]
delivered = float(devicedata['summation_delivered']) *\
units[devicedata['summation_units']]
except ValueError:
app.log.error('Unsupport demand or summation units')
pass
try:
