def __ioSampleCallback(self, buf, addr):
try:
sample = parse_is(buf)
except:
logger.warning("__ioSampleCallback(): bad I/O sample format")
return
# build pin sets:
ad_set = set(map(lambda d: "AD%d" % d, range(7)))
dio_set = set(map(lambda d: "DIO%d" % d, range(13)))
io_set = ad_set.union(dio_set)
sample_set = set(sample.keys())
count = 0
for io_pin in io_set.intersection(sample_set):
unit = "bool"
value = str(bool(int(sample[io_pin])))
if io_pin in ad_set:
unit = "int"
value = str(int(sample[io_pin]))
self._sample_add(
addr2iDigiDataLabel(addr) + "." + io_pin, value, unit,
iso_date(None, True))
count += 1
logger.debug('queued %d I/O samples for upload to iDigi' % count)
def __ioSampleCallback(self, buf, addr_tuple):
if self.__io_sample_destination_url is None:
logger.info("__ioSampleCallback(): no URL configured.")
return
try:
sample = parse_is(buf)
except:
logger.warning("__ioSampleCallback(): bad I/O sample format")
return
# build pin sets:
ad_set = set(map(lambda d: "AD%d" % d, range(7)))
dio_set = set(map(lambda d: "DIO%d" % d, range(13)))
io_set = ad_set.union(dio_set)
sample_set = set(sample.keys())
# find appropriate I/O sample URL destination:
dest_url = self.__io_sample_destination_url.get(
addr_tuple.address, self.__default_destination_url)
if not dest_url:
# no url configured to send values
return
# built URL predicate:
url_pred = {"addr": addr_tuple.address}
for io_pin in io_set.intersection(sample_set):
url_pred[io_pin] = str(int(sample[io_pin]))
if "?" in dest_url:
url_pred = urlencode(url_pred)
else:
url_pred = "?" + urlencode(url_pred)
url = dest_url + url_pred
# schedule HTTP session operation:
http_session = HTTPSession(self.__core, url, addr_tuple, True)
try:
self.__core.enqueueSession(http_session)
except OverflowError:
return self.__xml_err_msg("queue full for destination")
def __ioSampleCallback(self, buf, addr_tuple):
if self.__io_sample_destination_url is None:
logger.info("__ioSampleCallback(): no URL configured.")
return
try:
sample = parse_is(buf)
except:
logger.warning("__ioSampleCallback(): bad I/O sample format")
return
# build pin sets:
ad_set = set(map(lambda d: "AD%d" % d, range(7)))
dio_set = set(map(lambda d: "DIO%d" % d, range(13)))
io_set = ad_set.union(dio_set)
sample_set = set(sample.keys())
# find appropriate I/O sample URL destination:
dest_url = self.__io_sample_destination_url.get(addr_tuple.address, self.__default_destination_url)
if not dest_url:
# no url configured to send values
return
# built URL predicate:
url_pred = { "addr": addr_tuple.address }
for io_pin in io_set.intersection(sample_set):
url_pred[io_pin] = str(int(sample[io_pin]))
if "?" in dest_url:
url_pred = urlencode(url_pred)
else:
url_pred = "?" + urlencode(url_pred)
url = dest_url + url_pred
# schedule HTTP session operation:
http_session = HTTPSession(self.__core, url, addr_tuple, True)
try:
self.__core.enqueueSession(http_session)
except OverflowError:
return self.__xml_err_msg("queue full for destination")
def __format_is_response_tree(self, is_data):
sample = parse_is(is_data)
# build pin sets:
ad_set = set(map(lambda d: "AD%d" % d, range(7)))
dio_set = set(map(lambda d: "DIO%d" % d, range(13)))
io_set = ad_set.union(dio_set)
sample_set = set(sample.keys())
# build nodes:
new_nodes = [ ]
for io_pin in io_set.intersection(sample_set):
response_tree = ET.Element("io_pin")
response_tree.set("name", io_pin)
value = str(bool(int(sample[io_pin])))
if io_pin in ad_set:
value = str(int(sample[io_pin]))
response_tree.set("unit", "int")
else:
response_tree.set("unit", "bool")
response_tree.set("value", value)
new_nodes.append(response_tree)
return new_nodes
def __ioSampleCallback(self, buf, addr):
try:
sample = parse_is(buf)
except:
logger.warning("__ioSampleCallback(): bad I/O sample format")
return
# build pin sets:
ad_set = set(map(lambda d: "AD%d" % d, range(7)))
dio_set = set(map(lambda d: "DIO%d" % d, range(13)))
io_set = ad_set.union(dio_set)
sample_set = set(sample.keys())
count = 0
for io_pin in io_set.intersection(sample_set):
unit = "bool"
value = str(bool(int(sample[io_pin])))
if io_pin in ad_set:
unit = "int"
value = str(int(sample[io_pin]))
self._sample_add(addr2iDigiDataLabel(addr) + "." + io_pin, value, unit, iso_date(None, True))
count += 1
logger.debug("queued %d I/O samples for upload to iDigi" % count)
def __format_is_response_tree(self, is_data):
sample = parse_is(is_data)
# build pin sets:
ad_set = set(map(lambda d: "AD%d" % d, range(7)))
dio_set = set(map(lambda d: "DIO%d" % d, range(13)))
io_set = ad_set.union(dio_set)
sample_set = set(sample.keys())
# build nodes:
new_nodes = []
for io_pin in io_set.intersection(sample_set):
response_tree = ET.Element("io_pin")
response_tree.set("name", io_pin)
value = str(bool(int(sample[io_pin])))
if io_pin in ad_set:
value = str(int(sample[io_pin]))
response_tree.set("unit", "int")
else:
response_tree.set("unit", "bool")
response_tree.set("value", value)
new_nodes.append(response_tree)
return new_nodes
