def EndDeviceC(doc, mRID, id1, id2, i):
_href = sp.Path4(append_path('Server'), 'dr', id1, 'edc', id2)[1]
_replyTo = sp.Path4(append_path('Server'), 'rsps', id1, 'rsp', id2)[1]
ReplyTo = doc['EndDeviceControl']['@replyTo']
_responseRequired = doc['EndDeviceControl']['@responseRequired']
_mRID = mRID
_description = 'GREAT-DR round# ' + str(i)
_version = 0
_subscribable = int(doc['EndDeviceControl']['@subscribable'])
_currentStatus = int(doc['EndDeviceControl']['EventStatus']['currentStatus']) # 0 = Scheduled, 1 = Active, 2 = Cancelled, 3 = Cancelled with Randomization, 4 = Superseded
_dateTime = int(time.mktime(datetime.now().timetuple()))
if doc['EndDeviceControl']['EventStatus']['potentiallySuperseded'] == 'false':
_potentiallySuperseded = 0
else:
_potentiallySuperseded = 1
_potentiallySupersededTime = int(doc['EndDeviceControl']['EventStatus']['potentiallySupersededTime'])
_reason = doc['EndDeviceControl']['EventStatus']['reason']
_creationTime = int(doc['EndDeviceControl']['creationTime'])
_duration = int(doc['EndDeviceControl']['interval']['duration'])
_start = int(doc['EndDeviceControl']['interval']['start'])
_randomizeDuration = int(doc['EndDeviceControl']['randomizeDuration'])
_randomizeStart = int(doc['EndDeviceControl']['randomizeStart'])
_ApplianceLoadReductionType = int(doc['EndDeviceControl']['ApplianceLoadReduction']['type'])
_DeviceCategoryType = '\x00\x00\x00\x00'
if doc['EndDeviceControl']['drProgramMandatory'] == 'false':
_drProgramMandatory = 0
else:
_drProgramMandatory = 1
_DutyCycleValue = int(doc['EndDeviceControl']['DutyCycle']['normalValue'])
if doc['EndDeviceControl']['loadShiftForward']== 'false':
_loadShiftForward = 0
else:
_loadShiftForward = 1
_coolingOffset = int(doc['EndDeviceControl']['Offset']['coolingOffset'])
_heatingOffset = int(doc['EndDeviceControl']['Offset']['heatingOffset'])
_loadAdjustmentPercentageOffset = int(doc['EndDeviceControl']['Offset']['loadAdjustmentPercentageOffset'])
_overrideDuration = int(doc['EndDeviceControl']['overrideDuration'])
_coolingSetpoint = int(doc['EndDeviceControl']['SetPoint']['coolingSetpoint'])
_heatingSetpoint = int(doc['EndDeviceControl']['SetPoint']['heatingSetpoint'])
_ReductionType = int(doc['EndDeviceControl']['TargetReduction']['type'])
_ReductionValue = int(doc['EndDeviceControl']['TargetReduction']['value'])
EndDeviceControl = sf.EndDeviceControl_FUNC(_href, _replyTo, _responseRequired, _mRID, _description, _version, _subscribable, _currentStatus, _dateTime, _potentiallySuperseded, _potentiallySupersededTime,\
_reason, _creationTime, _duration, _start, _randomizeDuration, _randomizeStart, _ApplianceLoadReductionType, _DeviceCategoryType, _drProgramMandatory, _DutyCycleValue, _loadShiftForward,\
_coolingOffset, _heatingOffset, _loadAdjustmentPercentageOffset, _overrideDuration, _coolingSetpoint, _heatingSetpoint, _ReductionType, _ReductionValue)
#print (EndDeviceControl.toxml(element_name='EndDeviceControl'))
with open(pjoin(sp.Path4(append_path('Server'), 'dr', id1, 'edc', id2)[0], 'EndDeviceControl.xml'), 'w') as f:
f.write(EndDeviceControl.toDOM(parent=None, element_name='EndDeviceControl').toprettyxml())
JAVApath = 'java' #'/usr/java/jdk1.8.0_171/bin/java'
Enginepathe = pjoin(append_path('Server'),'ExiProcessor\ExiProcessor.jar')
XMLpath = pjoin(sp.Path4(append_path('Server'), 'dr', id1, 'edc', id2)[0], 'EndDeviceControl.xml')
EXIpath = pjoin(sp.Path4(append_path('Server'), 'dr', id1, 'edc', id2)[0], 'EndDeviceControl.exi')
XSDpath = pjoin(append_path('Server'), 'sep.xsd')
#XML2EXI(JAVApath, Enginepathe, XMLpath, EXIpath, XSDpath)
return _href, _replyTo, ReplyTo
def EndDeviceControl_Func(dr, edr, mRID, StartTime, DRduration, ReductionValue,
_Mandatory, itr):
try:
id1 = dr
id2 = edr
_href = sp.Path4(cwd, 'dr', id1, 'edc', id2)[1]
_replyTo = sp.Path4(cwd, 'rsps', id1, 'rsp', id2)[1]
_responseRequired = '01'
_mRID = mRID
_description = 'Great-DR'
_version = itr
_subscribable = 0
_currentStatus = 1
_dateTime = int(time.mktime(datetime.datetime.now().timetuple()))
_potentiallySuperseded = 0
_potentiallySupersededTime = 0
_reason = 'This is a test for EndDeviceControl'
_creationTime = int(time.mktime(datetime.datetime.now().timetuple()))
_duration = DRduration
_start = StartTime
_randomizeDuration = randint(0, 100)
_randomizeStart = randint(0, 60)
_ApplianceLoadReductionType = 1
_DeviceCategoryType = '\x00\x04\x00\x00' # bit 19 - Energy Management
_drProgramMandatory = _Mandatory #boolean
_DutyCycleValue = 50
_loadShiftForward = 1 # Boolean.
_coolingOffset = 2
_heatingOffset = 2
_loadAdjustmentPercentageOffset = 1 #UInt8; Unsigned integer, max inclusive 255 (2^8-1)
_overrideDuration = 60
_coolingSetpoint = 22
_heatingSetpoint = 20
_ReductionType = 1
_ReductionValue = int(ReductionValue)
EndDeviceControl = sf.EndDeviceControl_FUNC(_href, _replyTo, _responseRequired, _mRID, _description, _version, _subscribable, _currentStatus, _dateTime, _potentiallySuperseded, _potentiallySupersededTime,\
_reason, _creationTime, _duration, _start, _randomizeDuration, _randomizeStart, _ApplianceLoadReductionType, _DeviceCategoryType, _drProgramMandatory, _DutyCycleValue, _loadShiftForward,\
_coolingOffset, _heatingOffset, _loadAdjustmentPercentageOffset, _overrideDuration, _coolingSetpoint, _heatingSetpoint, _ReductionType, _ReductionValue)
with open(
pjoin(
sp.Path4(cwd, 'dr', id1, 'edc', id2)[0],
'EndDeviceControl.xml'), 'w') as f:
f.write(
EndDeviceControl.toDOM(
parent=None,
element_name='EndDeviceControl').toprettyxml())
logger.info('New EndDeviceControl is generated for ' +
encode('hex'))
return EndDeviceControl
except:
pass
return None
def ActiveEndDeviceControlList(dr, EndDeviceControl):
try:
id1 = dr
_href = sp.Path3(cwd, 'dr', id1, 'actedc')[1]
_subscribable = 0 #The subscribable values. 0 - Resource does not support subscriptions, 1 - Resource supports non-conditional subscriptions, 2 - Resource supports conditional subscriptions
_all = len(
EndDeviceControl
) #The number specifying "all" of the items in the list. Required on GET, ignored otherwise.
_results = len(
EndDeviceControl
) #Indicates the number of items in this page of results.
_EndDeviceControl = EndDeviceControl
ActiveEndDeviceControlList = sf.EndDeviceControlList_FUNC(
_href, _subscribable, _all, _results, _EndDeviceControl)
with open(
pjoin(
sp.Path3(cwd, 'dr', id1, 'actedc')[0],
'ActiveEndDeviceControlList.xml'), 'w') as f:
f.write(ActiveEndDeviceControlList.toDOM().toprettyxml())
except:
return None
def DemandResponseP(doc, mRID, id1, id2, i):
_href_Dr = sp.Path2(append_path('Server'), 'dr', id1)[1]
_mRID = mRID
_description = 'GREAT-DR round# ' + str(i)
_version = int(doc['DemandResponseProgram']['version'])
_ActiveEndDeviceControlListLink = ActiveEndDeviceLink(id1, id2)
_availabilityUpdatePercentChangeThreshold = int(doc['DemandResponseProgram']['availabilityUpdatePercentChangeThreshold'])
_multiplier = int(doc['DemandResponseProgram']['availabilityUpdatePowerChangeThreshold']['multiplier'])
_value = int(doc['DemandResponseProgram']['availabilityUpdatePowerChangeThreshold']['value'])
_availabilityUpdatePowerChangeThreshold = 1 # TODO: wipe
_EndDeviceControlListLink = EndDeviceControlLL(id1, id2)
_primacy = int(doc['DemandResponseProgram']['primacy'])
DemandResponseProgram = sf.DemandResponseProgram_FUNC(_href_Dr, _mRID, _description, _version, _ActiveEndDeviceControlListLink, _availabilityUpdatePercentChangeThreshold, _multiplier, _value, _availabilityUpdatePowerChangeThreshold, _EndDeviceControlListLink, _primacy)
#print (DemandResponseProgram.toxml(element_name='DemandResponseProgram'))
with open(pjoin(sp.Path2(append_path('Server'), 'dr', id1)[0], 'DemandResponseProgram.xml'), 'w') as f:
f.write(DemandResponseProgram.toDOM().toprettyxml())
JAVApath = 'java' #'/usr/java/jdk1.8.0_171/bin/java'
Enginepathe = pjoin(append_path('Server'), 'ExiProcessor\ExiProcessor.jar')
XMLpath = pjoin(sp.Path2(append_path('Server'), 'dr', id1)[0], 'DemandResponseProgram.xml')
EXIpath = pjoin(sp.Path2(append_path('Server'), 'dr', id1)[0], 'DemandResponseProgram.exi')
XSDpath = pjoin(append_path('Server'), 'sep.xsd')
#XML2EXI(JAVApath, Enginepathe, XMLpath, EXIpath, XSDpath)
return DemandResponseProgram
def run(ID, mRID, LFDI):
# ReadingType Function set#
id1 = ID
_href = None
_Behaviour = 12 #0 = Not Applicable 3 = Cumulative. The sum of the previous billing period values. 4 = DeltaData (The difference between the value at the end of the prescribed interval and the beginning of the interval.)
#6 = Indicating (As if a needle is swung out on the meter face to a value to indicate the current value)9 = Summation (A form of accumulation which is selective with respect to time.
#12 = Instantaneous (Typically measured over the fastest period of time allowed by the definition of the metric (usually milliseconds or tens of milliseconds.))
#The amount of heat generated when a given mass of fuel is completely burned.
_calorificMltiplier = 0 #-9 = nano=x10^-9, -6 = micro=x10^-6, -3 = milli=x10^-3, 0 = none=x1 (default, if not specified), 1 = deca=x10, 2 = hecto=x100, 3 = kilo=x1000, 6 = Mega=x10^6, 9 = Giga=x10^9
_calorificUnit = 38 #0 = Not Applicable (default, if not specified)5 = A (Current in Amperes (RMS)), 6 = Kelvin (Temperature), 23 = Degrees Celsius (Relative temperature), 29 = Voltage31 = J (Energy joule), 33 = Hz (Frequency)
#38 =W (Real power in Watts), 42 = m3 (Cubic Meter), 61 = VA (Apparent power), 63 = var (Reactive power), 65 = CosTheta (Displacement Power Factor), 67 = V² (Volts squared), 69 = A² (Amp squared), 71 = VAh (Apparent energy)
#72 = Wh (Real energy in Watt-hours), 73 = varh (Reactive energy), 106 = Ah (Ampere-hours / Available Charge), 119 = ft3 (Cubic Feet), 122 = ft3/h (Cubic Feet per Hour), 125 = m3/h (Cubic Meter per Hour), 128 = US gl (US Gallons)
#129 = US gl/h (US Gallons per Hour), 130 = IMP gl (Imperial Gallons), 131 = IMP gl/h (Imperial Gallons per Hour), 132 = BTU, 133 = BTU/h, 134 = Liter, 137 = L/h (Liters per Hour), 140 = PA(gauge), 155 = PA(absolute), 169 = Therm
_calorificValue = 0
_commodity = 1 #0 = Not Applicable, 1 = Electricity secondary metered value (a premises meter is typically a secondary meter), 2 = Electricity primary metered value, 4 = Air, 7 = NaturalGas, 8 = Propane
#9 = PotableWater,10 = Steam, 11 = WasteWater, 12 = HeatingFluid, 13 = CoolingFluid,
#Accounts for changes in the volume of gas based on temperature and pressure.
_conversionMultiplier = 0 #-9 = nano=x10^-9, -6 = micro=x10^-6, -3 = milli=x10^-3, 0 = none=x1 (default, if not specified), 1 = deca=x10, 2 = hecto=x100, 3 = kilo=x1000, 6 = Mega=x10^6, 9 = Giga=x10^9
_conversionUnit = 38 #0 = Not Applicable (default, if not specified)5 = A (Current in Amperes (RMS)), 6 = Kelvin (Temperature), 23 = Degrees Celsius (Relative temperature), 29 = Voltage31 = J (Energy joule), 33 = Hz (Frequency)
#38 =W (Real power in Watts), 42 = m3 (Cubic Meter), 61 = VA (Apparent power), 63 = var (Reactive power), 65 = CosTheta (Displacement Power Factor), 67 = V² (Volts squared), 69 = A² (Amp squared), 71 = VAh (Apparent energy)
#72 = Wh (Real energy in Watt-hours), 73 = varh (Reactive energy), 106 = Ah (Ampere-hours / Available Charge), 119 = ft3 (Cubic Feet), 122 = ft3/h (Cubic Feet per Hour), 125 = m3/h (Cubic Meter per Hour), 128 = US gl (US Gallons)
#129 = US gl/h (US Gallons per Hour), 130 = IMP gl (Imperial Gallons), 131 = IMP gl/h (Imperial Gallons per Hour), 132 = BTU, 133 = BTU/h, 134 = Liter, 137 = L/h (Liters per Hour), 140 = PA(gauge), 155 = PA(absolute), 169 = Therm
_conversionValue = 0
_dataQualifier = 2 # 0 = Not Applicable, 2 = Average, 8 = Maximum, 9 = Minimum, 12 = Normal
_flowDirection = 19 #0 = Not Applicable (default, if not specified), 1 = Forward (delivered to customer), 19 = Reverse (received from customer)
_intervalLength = 60 # Default interval length specified in seconds.
_kind = 37 # 0 = Not Applicable, 3 = Currency, 8 = Demand, 12 = Energy, 37 = Power
_maxNumberOfIntervals = 1 #To be populated for mirrors of interval data to set the expected number of intervals per ReadingSet. Servers may discard intervals received that exceed this number.
_Blocks = 0 #Number of consumption blocks. 0 means not applicable, and is the default if not specified. The value needs to be at least 1 if any actual prices are provided.
_Tiers = 1 #The number of TOU tiers that can be used by any resource configured by this ReadingType.
_phase = 132 # 0 = Not Applicable (default, if not specified), 32 = Phase C (and S2), 33 = Phase CN (and S2N),40 = Phase CA, 64 = Phase B, 65 = Phase BN, 66 = Phase BC
#128 = Phase A (and S1), 129 = Phase AN (and S1N), 132 = Phase AB, 224 = Phase ABC
_Multiplier = 0 # -9 = nano=x10^-9, -6 = micro=x10^-6, ,3 = milli=x10^-3, 0 = none=x1 (default, if not specified), 1 = deca=x10, 2 = hecto=x100, 3 = kilo=x1000, 6 = Mega=x10^6, 9 = Giga=x10^9
_IntervalLength = 1 # Default sub-interval length specified in seconds for Readings of ReadingType. Some demand calculations are done over a number of smaller intervals.
_supplyLimit = 281474976710655 # Reflects the supply limit set in the meter. This value can be compared to the Reading value to understand if limits are being approached or exceeded.
_tiered = "false" #Specifies whether or not the consumption blocks are differentiated by TOUTier or not. Default is false, if not specified.
_uom = 38 # 0 = Not Applicable (default, if not specified), 5 = A (Current in Amperes (RMS)), 6 = Kelvin (Temperature), 23 = Degrees Celsius (Relative temperature)
#29 = Voltage, 31 = J (Energy joule), 33 = Hz (Frequency), 38 =W (Real power in Watts), 42 = m3 (Cubic Meter), 61 = VA (Apparent power), 63 = var (Reactive power), 65 = CosTheta (Displacement Power Factor)
#67 = V² (Volts squared), 69 = A² (Amp squared), 71 = VAh (Apparent energy), 72 = Wh (Real energy in Watt-hours), 73 = varh (Reactive energy), 106 = Ah (Ampere-hours / Available Charge), 119 = ft3 (Cubic Feet)
#122 = ft3/h (Cubic Feet per Hour), 125 = m3/h (Cubic Meter per Hour), 128 = US gl (US Gallons), 129 = US gl/h (US Gallons per Hour), 130 = IMP gl (Imperial Gallons), 131 = IMP gl/h (Imperial Gallons per Hour)
#132 = BTU, 133 = BTU/h, 134 = Liter, 137 = L/h (Liters per Hour), 140 = PA(gauge), 155 = PA(absolute), 169 = Therm
ReadingType = sf.ReadingType_FUNC(_href, _Behaviour, _calorificMltiplier, _calorificUnit, _calorificValue, _commodity, _conversionMultiplier, _conversionUnit, _conversionValue, _dataQualifier, _flowDirection, _intervalLength,\
_kind, _maxNumberOfIntervals, _Blocks, _Tiers, _phase, _Multiplier, _IntervalLength, _supplyLimit, _tiered, _uom)
#print (ReadingType.toxml(element_name='ReadingType'))
# End of ReadingType Function set
# Reading Function set
_href = None
_subscribable = 0 #The subscribable values. 0 - Resource does not support subscriptions, 1 - Resource supports non-conditional subscriptions, 2 - Resource supports conditional subscriptions
#3 - Resource supports both conditional and non-conditional subscriptions
_localID = "\x00\x01" #A 16-bit field encoded as a hex string (4 hex characters max).
_BlockType = 0 # 0 = Not Applicable (default, if not specified), 1 = Block 1, 2 = Block 2, 3 = Block 3, 4 = Block 4, 5 = Block 5, 6 = Block 6, 7 = Block 7, ..., 16 = Block 16
_qualityFlags = "\x00\x00" #ist of codes indicating the quality of the reading, using specification:
#Bit 0 - valid: data that has gone through all required validation checks and either passed them all or has been verified
#Bit 1 - manually edited: Replaced or approved by a human
#Bit 2 - estimated using reference day: data value was replaced by a machine computed value based on analysis of historical data using the same type of measurement.
#Bit 3 - estimated using linear interpolation: data value was computed using linear interpolation based on the readings before and after it
#Bit 4 - questionable: data that has failed one or more checks
#Bit 5 - derived: data that has been calculated (using logic or mathematical operations), not necessarily measured directly
#Bit 6 - projected (forecast): data that has been calculated as a projection or forecast of future readings
_duration = 1 # Duration of the interval, in seconds.
_start = int(time.mktime(datetime.datetime.now().timetuple())
) # Date and time of the start of the interval.
_TOUType = 0 # 0 = Not Applicable (default, if not specified), 1 = TOU A, 2 = TOU B, 3 = TOU C, 4 = TOU D, 5 = TOU E, 6 = TOU F, 7 = TOU G, 8 = TOU H, 9 = TOU I, 10 = TOU J, 11 = TOU K, 12 = TOU L, 13 = TOU M, 14 = TOU N, 15 = TOU O,
#meter.run()
_value = meter.run()[0]
Reading = sf.Reading_FUNC(_href, _subscribable, _localID, _BlockType,
_qualityFlags, _duration, _start, _TOUType,
_value)
#print (Reading.toxml(element_name='Reading ', root_only=True))
# End of Reading Function set
# MirrorReadingSet Function set
_href = None #'/mup/1' # IdentifiedObject -> Resource. This is a root class to provide common naming attributes for all classes needing naming attributes
_mRID = mRID #A master resource identifier. The IANA PEN [PEN] provider ID SHALL be specified in bits 0-31, the least-significant bits, and objects created by that provider SHALL be assigned unique IDs with the remaining 96 bits.
#0xFFFFFFFFFFFFFFFFFFFFFFFF[XXXXXXXX], where [XXXXXXXX] is the PEN, is reserved for a object that is being created (e.g., a ReadingSet for the current time that is still accumulating). A 128-bit field encoded as a hex string (32 hex characters max).
_description = "Test for DemandResponseProgram" #The description is a human readable text describing or naming the object.
_version = 0 #Version SHALL indicate a distinct identifier for each revision of an IdentifiedObject. If not specified, a default version of "0" (initial version) SHALL be assumed.
_duration = _duration # Duration of the interval, in seconds.
_start = _start # Date and time of the start of the interval.
_Reading = [Reading]
MirrorReadingSet = sf.MirrorReadingSet_FUNC(
_href, _mRID, _description, _version, _duration, _start,
_Reading) #_Reading must be plural
#print (MirrorReadingSet.toxml(element_name='MirrorReadingSet ', root_only=True))
# End of MirrorReadingSet Function set
# MirrorMeterReading Function set
_href = None #'/mup/1' # IdentifiedObject -> Resource. This is a root class to provide common naming attributes for all classes needing naming attributes
_mRID = mRID #A master resource identifier. The IANA PEN [PEN] provider ID SHALL be specified in bits 0-31, the least-significant bits, and objects created by that provider SHALL be assigned unique IDs with the remaining 96 bits.
#0xFFFFFFFFFFFFFFFFFFFFFFFF[XXXXXXXX], where [XXXXXXXX] is the PEN, is reserved for a object that is being created (e.g., a ReadingSet for the current time that is still accumulating). A 128-bit field encoded as a hex string (32 hex characters max).
_description = "Test for DemandResponseProgram" #The description is a human readable text describing or naming the object.
_version = 0 #Version SHALL indicate a distinct identifier for each revision of an IdentifiedObject. If not specified, a default version of "0" (initial version) SHALL be assumed.
_duration = _duration # Duration of the interval, in seconds.
_nextUpdateTime = 60000 # Time is a signed 64 bit value representing the number of seconds since 0 hours, 0 minutes, 0 seconds, on the 1st of January, 1970, in UTC, not counting leap seconds.
_lastUpdateTime = _start # Time is a signed 64 bit value representing the number of seconds since 0 hours, 0 minutes, 0 seconds, on the 1st of January, 1970, in UTC, not counting leap seconds.
_MirrorReadingSet = [MirrorReadingSet]
_Reading = Reading
_ReadingType = ReadingType
MirrorMeterReading = sf.MirrorMeterReading_FUNC(
_href, _mRID, _description, _version, _MirrorReadingSet,
_nextUpdateTime, _lastUpdateTime, _Reading, _ReadingType)
# End of MirrorMeterReading Function set
# MirrorUsagePoint Function set
_href = sp.Path2(
cwd, "mup", id1
)[1] #'/mup/1' # IdentifiedObject -> Resource. This is a root class to provide common naming attributes for all classes needing naming attributes
_mRID = mRID #A master resource identifier. The IANA PEN [PEN] provider ID SHALL be specified in bits 0-31, the least-significant bits, and objects created by that provider SHALL be assigned unique IDs with the remaining 96 bits.
#0xFFFFFFFFFFFFFFFFFFFFFFFF[XXXXXXXX], where [XXXXXXXX] is the PEN, is reserved for a object that is being created (e.g., a ReadingSet for the current time that is still accumulating). A 128-bit field encoded as a hex string (32 hex characters max).
_description = "Test for DemandResponseProgram" #The description is a human readable text describing or naming the object.
_version = 0 #Version SHALL indicate a distinct identifier for each revision of an IdentifiedObject. If not specified, a default version of "0" (initial version) SHALL be assumed.
_roleFlags = "\x00\x00" # Specifies the roles that apply to a usage point.
#Bit 0 - isMirror - SHALL be set if the server is not the measurement device
#Bit 1 - isPremisesAggregationPoint - SHALL be set if the UsagePoint is the point of delivery for a premises
#Bit 2 - isPEV - SHALL be set if the usage applies to an electric vehicle
#Bit 3 - isDER - SHALL be set if the usage applies to a distributed energy resource, capable of delivering power to the grid.
#Bit 4 - isRevenueQuality - SHALL be set if usage was measured by a device certified as revenue quality
#Bit 5 - isDC - SHALL be set if the usage point measures direct current
#Bit 6 - isSubmeter - SHALL be set if the usage point is not a premises aggregation point
_ServiceKind = 0 # Service kind: 0 - electricity 1 - gas 2 - water 3 - time 4 - pressure 5 - heat 6 - cooling
_status = 1 # Specifies the current status of the service at this usage point.0 = off 1 = on
_LFDI = LFDI #Contains the Long Form Device Identifier (LFDI) of the device providing the response.
_MirrorMeterReading = [MirrorMeterReading]
MirrorUsagePoint = sf.MirrorUsagePoint_FUNC(_href, _mRID, _description,
_version, _roleFlags,
_ServiceKind, _status, _LFDI,
_MirrorMeterReading)
MirrorUsagePoint = MirrorUsagePoint.toxml(element_name="MirrorUsagePoint",
root_only=True)
#with open(pjoin(sp.Path2(cwd, "mup", id1)[0], 'MirrorUsagePoint.xml'), 'w') as f:
#f.write(MirrorUsagePoint.toDOM(parent=None, element_name='MirrorUsagePoint').toprettyxml())
requests.put("https://" + ip + ":" + port + "/mup/"+ str(id1), verify = certificate("TAserver"), \
cert = (ClientCert("CA")[0],ClientCert("CA")[1]), auth=("username", "password"), timeout = 5, data = MirrorUsagePoint)
def EndDeviceControlLL(id1, id2):
_href = sp.Path3(append_path('Server'), 'dr', id1, 'edc')[1]
_all = 1
EndDeviceControlListLink = sf.EndDeviceControlListLink_FUNC(_href, _all)
return EndDeviceControlListLink
def ActiveEndDeviceLink(id1, id2):
_href = sp.Path3(append_path('Server'), 'dr', id1, 'actedc')[1]
_all = 1
ActiveEndDeviceControlListLink = sf.ActiveEndDeviceControlListLink_FUNC(_href, _all)
return ActiveEndDeviceControlListLink