def nefitGasHistory(event):
httpHeader = {'Content-Type': 'application/json'}
# Get the number of gas usage pages from Nefit server
response = requests.get(NEFIT_BRIDGE_URL +
"/ecus/rrc/recordings/gasusagePointer",
headers=httpHeader)
if response.status_code != 200:
nefitGasHistory.log.warn(
"NefitEasy - Invalid API status response [{}]".format(response))
events.sendCommand("CV_Retry_GasUsage", "ON") #Set retry switch
else:
nefitGasHistory.log.debug("Received Pages JSON data [{}]".format(
response.json()))
page = int(math.ceil((float(response.json()["value"]) - 1) / 32))
# Get the last web page for yesterdays data
response = requests.get(NEFIT_BRIDGE_URL +
"/ecus/rrc/recordings/gasusage?page=" +
str(page),
headers=httpHeader)
if response.status_code != 200:
nefitGasHistory.log.warn(
"NefitEasy - Invalid API status response [{}]".format(
response))
events.sendCommand("CV_Retry_GasUsage", "ON") #Set retry switch
else:
# Walk through JSON Array and find yesterday's entry.
yesterday = DateTime.now().minusDays(1).toString("dd-MM-yyyy")
for g in response.json()['value']:
if g['d'] == yesterday:
hotWater = "{0:.3f}".format(
float(g['hw']) * GAS_CONVERSION)
centralHeating = "{0:.3f}".format(
float(g['ch']) * GAS_CONVERSION)
influxTimestamp = DateTime.now().withTimeAtStartOfDay(
).minusSeconds(1).millis
nefitGasHistory.log.info(
"Yesterdays Hot Water [{}], Central Heating [{}]".
format(hotWater, centralHeating))
cmd = "/bin/sh@@-c@@/usr/bin/curl -s -X POST " + INFLUXDB_URL + "write?db=" + INFLUXDB + "\\&precision=ms --data-binary '" + NEFIT_HW_SERIES + " value=" + hotWater + " " + str(
influxTimestamp) + "'"
response = Exec.executeCommandLine(cmd, 4000)
if response != "":
nefitGasHistory.log.warn(
"Error writing " + NEFIT_HW_SERIES +
" value to InfluxDB [{}]".format(response))
cmd = "/bin/sh@@-c@@/usr/bin/curl -s -X POST " + INFLUXDB_URL + "write?db=" + INFLUXDB + "\\&precision=ms --data-binary '" + NEFIT_CH_SERIES + " value=" + centralHeating + " " + str(
influxTimestamp) + "'"
Exec.executeCommandLine(cmd, 4000)
if response != "":
nefitGasHistory.log.warn(
"Error writing " + NEFIT_HW_SERIES +
" value to InfluxDB [{}]".format(response))
return
nefitGasHistory.log.warn(
"No historic gas usage entry found for [{}]".format(yesterday))
def cb():
global logTitle
current_state = str(things.get(ThingUID(binding_thing_name)).status)
if current_state == "ONLINE":
LogAction.logInfo(logTitle, u"No need to restart {} (status={})".format(binding_name, current_state))
if notify_restart is True:
NotificationAction.sendBroadcastNotification(u"Auto restart canceled for {} (status={})".format(binding_name, current_state))
else:
LogAction.logInfo(logTitle, u"Will now restart {} (status={})".format(binding_name, current_state))
# Keep track of binding restarts
restart_counter = binding_restarts.get(binding_id)
if restart_counter is None:
binding_restarts[binding_id] = 1
else:
binding_restarts[binding_id] = int(restart_counter) + 1
if notify_restart is True:
NotificationAction.sendBroadcastNotification(u"Auto restart of {} (status={})".format(binding_name, current_state))
# Restart the binding (use the 'openhab-karaf' entry in ssh config file)
Exec.executeCommandLine("/bin/sh@@-c@@ssh openhab-karaf bundle:restart {}".format(binding_id))
timers[binding_id] = None
def tts_converter(content):
LOG.debug(u"start:\n{}".format(content).decode('utf-8'))
# Get the file object for the appropriate prefix sound and if the content
# always changes, then don't save the file (recycle it)
openhab_conf = System.getenv("OPENHAB_CONF")
alert_prefix = File.separator.join([openhab_conf, "html", "TTS", "Alert_Prefix.mp3"])
recycled = False
if "Weather Alert:" in content:
alert_prefix = File.separator.join([openhab_conf, "html", "TTS", "Alert_Weather.mp3"])
recycled = True
elif any(alert_type in content for alert_type in FLITE_TTS_CONFIGURATION["recycle"]):
recycled = True
file_name = "recycled.wav"
if not recycled:
# Since the file is being saved, truncate the filename to 150 allowed characters
file_name = re.sub("[^a-zA-Z0-9_.-]", "", content)
if len(file_name) > 149:
file_name = file_name[0:149]
file_name = "{}.wav".format(file_name)
# Substitute text to help TTS pronounce some words
content_scrubbed = content
for key, value in FLITE_TTS_CONFIGURATION["substitutions"].items():
content_scrubbed = content_scrubbed.replace(key, value)
# Set paths and files, creating them if they do not exist
voice = File(FLITE_TTS_CONFIGURATION["path_to_voice"]).getName()
directory_path_name = File.separator.join([openhab_conf, "html", "TTS", voice])
directory_path = File(directory_path_name)
if not directory_path.exists():
directory_path.mkdir()
file_path_name = File.separator.join([directory_path_name, file_name])
file_path = File(file_path_name.replace(".wav", ".mp3"))
# If it does not yet exist, generate the TTS
if recycled or not file_path.exists():
Exec.executeCommandLine(u"{}@@-voice@@{}@@-t@@{}@@-o@@{}".format(FLITE_TTS_CONFIGURATION["path_to_flite"], FLITE_TTS_CONFIGURATION["path_to_voice"], content_scrubbed, file_path_name), 60000)
Exec.executeCommandLine(u"{}@@-y@@-i@@{}@@-af@@volume=10, highpass=f=500, lowpass=f=3000@@{}".format(FLITE_TTS_CONFIGURATION["path_to_ffmpeg"], file_path_name, file_path_name.replace(".wav", ".mp3")), 60000)
Exec.executeCommandLine(u"{} -y -i \"concat:{}|{}\" -c copy {}".format(FLITE_TTS_CONFIGURATION["path_to_ffmpeg"], alert_prefix, file_path_name.replace(".wav", ".mp3"), file_path_name.replace(".wav", ".combined.mp3")), 60000)
# Create the URL used in the PlayURI
result = "http://{}:{}/static/TTS/{}/{}".format(HOST_PORT_CONFIGURATION.get("openhab").get("host"), HOST_PORT_CONFIGURATION.get("openhab").get("port"), voice, file_name.replace(".wav", ".combined.mp3"))
LOG.debug(u"complete:\n{}".format(content).decode('utf-8'))
return result
def deleteRediscoverZwaveThings(event):
deleteRediscoverZwaveThings.log.debug("Delete Z-Wave Things: Start")
statusMap = {
"DeletionSuccess": 0,
"DeletionFailure": 0,
"DiscoveryFailure": 0,
"ThingsAdded": 0,
"ThingsNotAdded": 0
}
thingUIDList = Exec.executeCommandLine(
"/bin/sh@@-c@@/usr/bin/curl -s --connect-timeout 10 -m 10 -X GET --header \"Accept: application/json\" \"http://*****:*****@@-c@@/usr/bin/curl -o /dev/null -s -w \"%{{http_code}}\" --connect-timeout 10 -m 10 -X DELETE --header \"Accept: application/json\" \"http://*****:*****@@-c@@/usr/bin/curl -s --connect-timeout 10 -m 10 -X GET --header \"Accept: application/json\" \"http://*****:*****@@-c@@/usr/bin/curl -o /dev/null -s -w \"%{http_code}\" --connect-timeout 10 -m 10 -X POST --header \"Content-Type: application/json\" --header \"Accept: text/plain\" \"http://*****:*****@@-c@@/usr/bin/curl -s --connect-timeout 10 -m 10 -X GET --header \"Accept: application/json\" \"http://*****:*****@@-c@@/usr/bin/curl -o /dev/null -s -w \"%{{http_code}}\" --connect-timeout 10 -m 10 -X POST --header \"Content-Type: text/plain\" --header \"Accept: application/json\" -d \"{}\" \"http://localhost:8080/rest/inbox/{}/approve\""
.format(inboxList[index + 1],
inboxList[index]), 10000) # approve Thing in Inbox
deleteRediscoverZwaveThings.log.debug(
"Delete Z-Wave Things: Inbox approval: approvalResponse=[{}], Thing=[{}], label=[{}]"
.format(approvalResponse, inboxList[index],
inboxList[index + 1]))
if approvalResponse == "200":
statusMap["ThingsAdded"] += 1
else:
statusMap["ThingsNotAdded"] += 1
else:
deleteRediscoverZwaveThings.log.debug(
"Delete Z-Wave Things: {} Z-Wave Things were not deleted, so did not start Z-Wave Discovery. thingUIDList=[{}]"
.format(len(thingUIDList), thingUIDList))
deleteRediscoverZwaveThings.log.debug(
"Delete Z-Wave Things: End: {}".format(statusMap))
def getSnapshotImage(url, img):
tmpFile = "/tmp/" + img + ".png"
Exec.executeCommandLine("wget -O " + tmpFile + " \"" + url + "\"", 12000)
with open(tmpFile, "rb") as f:
return "data:image/png;base64," + base64.b64encode(f.read())