def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
# added only those that are needed for snmp configuration, others omitted
10212: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"), # SNMPTrapUser
10222: Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0") # SNMPTrapEnable
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
37:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
38:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
39:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=2\nunit='min'\nscale=0"
),
40:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=2\nunit='%'\nscale=1"
),
# SNMP Trap Community String
10073:
Value(u"type='TYPE_STRING'\nsize=16\nlength=16\nunit=''\nscale=0"),
10156:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
10157:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
10158:
Value(u"type='TYPE_STRING'\nsize=64\nlength=64\nunit=''\nscale=0"),
10159:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%'\nscale=1"
),
10160:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%'\nscale=1"
),
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
# TransducerSelection
10189:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# GenericTransducerParameters
10190:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=4\nlength=4\nunit='mA/V'\nscale=0"
),
# RezeroTransducer
40050:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
})
self._pointerGuids = [(1, 1), (2, 1), (3, 1), (4, 2), (11, 1), (14, 1),
(34, 1), (35, 1), (36, 1), (41, 12), (43, 12),
(44, 2), (45, 2), (46, 12), (47, 12), (48, 2),
(49, 2), (5004, 2), (5005, 2), (5006, 1),
(5007, 1), (5024, 12), (5025, 12), (5026, 12),
(5027, 12), (5028, 2), (5029, 2), (5030, 2),
(5031, 2)]
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
50013:
Value(u"type='TYPE_RAW'\nsize=0\nlength=0\nunit=''\nscale=0"),
50014:
Value(u"type='TYPE_RAW'\nsize=0\nlength=0\nunit=''\nscale=0"),
})
def __init__(self, parent):
super(Master, self).__init__(parent)
self._guidTable.update({
10001:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"
), # ModuleName
10087:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
) # TemperatureWarningEvent
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
10150:Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"), #DeviceID
10151:Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"), #DeviceVersion
10179:Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit='kW'\nscale=0"), # HeartbeatInterval
40036:Value(u"type='TYPE_COMMAND'\nsize=2\nlength=2\nunit=''\nscale=0"), #SlaveCapabilities
40037:Value(u"type='TYPE_COMMAND'\nsize=4\nlength=4\nunit=''\nscale=0"), #SlaveVersions
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
10141:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
), # Sensitivity
10149:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), # MotionWarningEvent
10192:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), # IOPortWarningEvent
})
def __init__(self, parent):
super(Sensor, self).__init__(parent)
self._guidTable.update({
10087:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), #TemperatureWarningEvent
10088:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), #HumidityWarningEvent
10093:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), #DewPointWarningEvent
10116:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), #AnalogueInputWarningEvent
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
10161:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit='%'\nscale=0"
),
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
50:Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%'\nscale=1")
})
self._pointerGuids = [
(1, 1),
(2, 1),
(3, 1),
(4, 1),
(5, 1),
(6, 8),
(7, 8),
(8, 8),
(9, 8),
(10, 8),
(11, 1),
(24, 1),
(31, 8),
(50, 8),
(5000, 8),
(5001, 8),
(5002, 1),
(5003, 1),
(5004, 1),
(5005, 1),
(5006, 1),
(5007, 1),
(5010, 8),
(5011, 8),
(5012, 8),
(5013, 8),
(5014, 1),
(5015, 1),
(5016, 1),
(5017, 1),
(15, 8),
(16, 8),
(17, 1),
(18, 1),
(19, 1),
(20, 1),
(21, 1),
(22, 1)
]
def __init__(self, parent):
super(Power, self).__init__(parent)
self._guidTable.update({
# CurrentWarningEvent
10078: Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# PowerWarningEvent
10080: Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# TotalCurrentWarningEvent
10082: Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# TotalPowerWarningEvent
10084: Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# VoltageWarningEvent
10086: Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# TemperatureWarningEvent
10087: Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
40026:Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"), #ModuleManagement
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
3: Value(u"type='TYPE_TIMESTAMP'\nsize=4\nlength=4\nunit='UNIX'\nscale=0"), # CurrentTime
4: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"), # Voltage
11: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"), # Temperature
12: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%RH'\nscale=1"), # Humidity
25: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='K'\nscale=1"), # DewPoint
27: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"), # AnalogIn
29: Value(u"type='TYPE_ENUM'\nsize=2\nlength=2\nunit=''\nscale=1"), # MotionDetected
41: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"), # HighCurrent
43: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=1"), # HighPower
5004: Value(u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='V'\nscale=2"), # MaxVoltage
5005: Value(u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='V'\nscale=2"), # MinVoltage
5024: Value(u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='A'\nscale=1"), # MinHighCurrent
5025: Value(u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='A'\nscale=1"), # MaxHighCurrent
5026: Value(u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='kW'\nscale=1"), # MinHighPower
5027: Value(u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='kW'\nscale=1"), # MaxHighPower
10000: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit=''\nscale=0"), # Module Address
10001: Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"), # Module Name
10002: Value(u"type='TYPE_VERSION_FULL'\nsize=4\nlength=4\nunit=''\nscale=0"), # FirmwareVersion
10003: Value(u"type='TYPE_VERSION_FULL'\nsize=4\nlength=4\nunit=''\nscale=0"), # HardwareVersion
10004: Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"), # FirmwareID
10005: Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"), # HardwareID
10010: Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"), # TempUnitSelector
10111: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"), # MinAnalogInputWarn
10112: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"), # MaxAnalogInputWarn
10047: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"), # MaxVoltageWarning
10049: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"), # MinVoltageWarning
10052: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"), # MinTemperatureWarning
10053: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"), # MaxTemperatureWarning
10054: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%RH'\nscale=1"), # MinHumidityWarn
10055: Value(u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%RH'\nscale=1"), # MaxHumidityWarn
10109: Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"), # ExternalSensorLabel
10165: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"), # MaxHighCurrentWarning
10176: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"), # MinHighCurrentWarning
10177: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=1"), # MaxHighPowerWarning
10178: Value(u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=1"), # MinHighPowerWarning
40028: Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"), # CmdLocate
40030: Value(u"type='TYPE_COMMAND'\nsize=2\nlength=2\nunit=''\nscale=0") # ModuleCapabilities
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._pointerGuids = [(1, 1), (2, 1), (3, 1), (4, 2), (11, 1), (14, 1),
(17, 2), (18, 1), (34, 1), (35, 1), (36, 1),
(41, 12), (42, 1), (43, 12), (44, 2), (45, 2),
(46, 12), (47, 12), (48, 2), (49, 2), (5006, 1),
(5007, 1), (5026, 12), (5027, 12), (5028, 2),
(5029, 2), (5030, 2), (5031, 2), (5004, 2),
(5005, 2), (5024, 12), (5025, 12)]
self._guidTable.update({
# GeneralModuleStatus
1:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# SpecificModuleStatus
2:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# CurrentTime
3:
Value(
u"type='TYPE_TIMESTAMP'\nsize=4\nlength=4\nunit='UNIX'\nscale=0"
),
# Voltage
4:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"
),
# Temperature
11:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"
),
# CurrentIP
14:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# TotalCurrent
17:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=3"
),
# TotalRealPower
18:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='W'\nscale=0"
),
# CurrentSubNetMask
34:
Value(
u"type='TYPE_SUBNETMASK'\nsize=4\nlength=4\nunit=''\nscale=0"),
# CurrentDNSServer
35:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# CurrentDNSServer
36:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# HighCurrent(DC Current)
41:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"
),
# UpsCommunicationStatus
42:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# HighPower(DC Power)
43:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=2"
),
# TotalHighCurrent
44:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"
),
# TotalHighPower
45:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=2"
),
# PositiveEnergy
46:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='kWh'\nscale=3"
),
# NegativeEnergy
47:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='kWh'\nscale=3"
),
# TotalPositiveEnergy
48:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='kWh'\nscale=3"
),
# TotalNegativeEnergy
49:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='kWh'\nscale=3"
),
# Maxvoltage
5004:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='V'\nscale=2"
),
# Minvoltage
5005:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='V'\nscale=2"
),
# MinTemp.
5006:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='C'\nscale=1"
),
# MaxTemp
5007:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='C'\nscale=1"
),
# MinHighCurrent
5024:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='A'\nscale=1"
),
# MaxHighCurrent
5025:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='A'\nscale=1"
),
# MinHighPower
5026:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='kW'\nscale=2"
),
# MaxHighPower
5027:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='kW'\nscale=2"
),
# MinTotalHCur
5028:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='A'\nscale=1"
),
# MaxTotalHCur
5029:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='A'\nscale=1"
),
# MinTotalHPow
5030:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='kW'\nscale=2"
),
# MaxTotalHPow
5031:
Value(
u"type='TYPE_SIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='kW'\nscale=2"
),
# Address
10000:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit=''\nscale=0"
),
# ModuleName
10001:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
# FirmwareVersion
10002:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"),
# HardwareVersion
10003:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"),
# FirmwareID
10004:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"),
# HardwareID
10005:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"),
# RackName
10006:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
# RackPosition
10007:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
# TemperatureUnitSelector
10010:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
# IPAddress
10011:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# SubNetMask
10012:
Value(
u"type='TYPE_SUBNETMASK'\nsize=4\nlength=4\nunit=''\nscale=0"),
# StdGateway
10013:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# DnsServer
10014:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# MAC
10015:
Value(u"type='TYPE_MAC'\nsize=6\nlength=6\nunit=''\nscale=0"),
# DHCPEnable
10016:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
# NTPServer
10017:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# UseDefaultNTPServer
10018:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
# UseNTP
10019:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
# SNMPTrapRecvIP
10020:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# SNMPTrapRecvPort
10021:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# SNMPCommunityRead
10022:
Value(u"type='TYPE_STRING'\nsize=16\nlength=16\nunit=''\nscale=0"),
# SNMPCommunityWrite
10023:
Value(u"type='TYPE_STRING'\nsize=16\nlength=16\nunit=''\nscale=0"),
# SNMPControl
10024:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
# ECSServer
10028:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# UseECSServer
10029:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
# DisplayLock
10031:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
# DisplayTimeOn
10032:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit='min'\nscale=0"
),
# DisplayRotation
10033:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
10039:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=3"
),
# MaxVoltageWarning
10047:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"
),
# MinVoltageWarning
10049:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"
),
# MinTemperatureWarning
10052:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"
),
# MaxTemperatureWarning
10053:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"
),
# SNMPTrapCommunity
10073:
Value(u"type='TYPE_STRING'\nsize=16\nlength=16\nunit=''\nscale=0"),
# GeneralEventEnable
10074:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# SNMPSysContact
10075:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
# CurrentWarningEvent
10078:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# PowerWarningEvent
10080:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# TotalCurrentWarningEvent
10082:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# TotalPowerWarningEvent
10084:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# VoltageWarningEvent
10086:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# TemperatureWarningEvent
10087:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# ECSServerPort
10106:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# ExternalSensorLabel
10109:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
# HttpsOnly
10127:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# TelnetSsl
10128:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# CookieTimeToLive
10130:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# DeviceID
10150:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"),
# DeviceVersion
10151:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"),
# SysName
10152:
Value(u"type='TYPE_STRING'\nsize=16\nlength=16\nunit=''\nscale=0"),
# DebugIPAddress
10162:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"),
# MaxHighCurrentWarning
10165:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"
),
# RecoveryPwrThresh
10171:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='W'\nscale=0"
),
# MinHighCurrentWarning
10176:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"
),
# MinHighPowerWarning
10177:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=2"
),
# MaxHighPowerWarning
10178:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=2"
),
# HeartbeatInterval
10179:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit='kW'\nscale=0"
),
# MinTotalHCurrWarn
10180:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"
),
# MaxTotalHCurrWarn
10181:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='A'\nscale=1"
),
# MinTotalHPowerWarn
10182:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=2"
),
# MaxTotalHPowerWarn
10183:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='kW'\nscale=2"
),
# JumpBoot
40000:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40001:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40002:
Value(
u"type='TYPE_COMMAND'\nsize=16\nlength=16\nunit=''\nscale=0"),
40003:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40004:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40005:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40006:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40007:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# ModInfo
40008:
Value(u"type='TYPE_STRING'\nsize=26\nlength=26\nunit=''\nscale=0"),
40009:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40010:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40011:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"),
40012:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
40013:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40014:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
40015:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
# ModStatus
40018:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
# ModuleManagement
40026:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
# ModuleScan
40027:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"),
50000:
Value(u"type='TYPE_POINTER'\nsize=1\nlength=1\nunit=''\nscale=0"),
# Parameter
50001:
Value(u"type='TYPE_POINTER'\nsize=1\nlength=1\nunit=''\nscale=0"),
50011:
Value(u"type='TYPE_RAW'\nsize=16\nlength=16\nunit=''\nscale=0"),
60001:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0")
})
def __init__(self, parent):
super(Model, self).__init__(parent)
self._guidTable.update({
11:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"
), # Temperature
10001:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"
), # ModuleName
10002:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"
), # FirmwareVersion
10003:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"
), # HardwareVersion
10004:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"
), # FirmwareID
10005:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"
), # HardwareID
10020:
Value(u"type='TYPE_IP'\nsize=4\nlength=4\nunit=''\nscale=0"
), # SNMPTrapRecvIP
10021:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
), # SNMPTrapRecvPort
10052:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"
), # MinTemperatureWarning
10053:
Value(
u"type='TYPE_SIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"
), # MaxTemperatureWarning
10074:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), # GeneralEventEnable
10087:
Value(u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"
), # TemperatureWarningEvent
10212:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
), # SNMPTrapUser
10222:
Value(u"type='TYPE_ENUM'\nsize=1\nlength=1\nunit=''\nscale=0"
), # SNMPTrapEnable
40008:
Value(u"type='TYPE_STRING'\nsize=26\nlength=26\nunit=''\nscale=0"
), # ModInfo
40012:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"
), # LoginAndPassword
40018:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"
), # ModStatus
40026:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"
), # ModuleManagement
40027:
Value(u"type='TYPE_COMMAND'\nsize=1\nlength=1\nunit=''\nscale=0"
), # ModuleScan
})
class ModelFactory(object):
FIRMWARE_ID = (
10004, 0, 1,
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"))
MODULE_INFO = (
40031, 0, 1,
Value(u"type='TYPE_VERSION_FULL'\nsize=4\nLength=4\nunit=''\nscale=0"))
FIRMWARE_INFO = (
10002, 0, 1,
Value(u"type='TYPE_VERSION_FULL'\nsize=4\nlength=4\nunit=''\nscale=0"))
def __init__(self, client, rtf=None):
self._client = client
if not rtf:
self._model_dir = self._get_firmware_id()
else:
self._model_dir = rtf
self._master_models = {}
self._power_models = {}
self._sensor_models = {}
self._display_models = {}
self._slave_power_models = {}
ip = self._client.get_url
self._ip = ip[ip.rindex('/', 0, 10) + 1:ip.rindex('/')]
self._get_available_models()
def _get_module_model(self, module_id, class_name, module_version=None):
if self._client.basicAuth:
# we need to use the pre 1.0 API
from JumpScale.clients.racktivity.energyswitch.modelfactory import Model_pre_1_0 # pylint: disable=W0404
return getattr(Model_pre_1_0, class_name)
if not module_version:
code, module_version = self._get_module_version(module_id)
if code:
# This means the module is not present
if code == 16:
return None
# check if this is firmware version 1.0 as this didn't support module versions
code, version = self._get_firmware_version()
if code:
raise j.exceptions.RuntimeError(
"Can't get the firmware version of the device (%s)" %
self._ip)
version = str(version)
if version.startswith("1.0"):
from JumpScale.clients.racktivity.energyswitch.modelfactory import Model_firmware_1_0 # pylint: disable=W0404
return getattr(Model_firmware_1_0, class_name)
else:
raise j.exceptions.RuntimeError(
"Can't get the module version of %s (%s)" %
(module_id, self._ip))
# get the closest model
parts = str(module_version).split(".")
tuple_version = (int(parts[0]), int(parts[1]), int(parts[2]),
int(parts[3]))
int_version = self._convert_version_to_int(tuple_version)
version = self._get_closest_version(int_version, class_name,
str(module_version))
try:
model_class = "models.%s.%s_%s" % (self._model_dir, class_name,
version.replace(".", "_"))
model = __import__(model_class,
globals(),
locals(),
fromlist=["Model"],
level=1)
return model.Model
except RuntimeError:
raise j.exceptions.RuntimeError(
"Unsupported module version '%s' for %s (%s)" %
(version, module_id, self._ip))
def _get_module_version(self, module_id):
guid, portnumber, length, valdef = self.MODULE_INFO
data = self._client.getAttribute(module_id, guid, portnumber, length)
return convert.bin2value(data, valdef)
def _get_firmware_version(self):
guid, portnumber, length, valdef = self.FIRMWARE_INFO
data = self._client.getAttribute("M1", guid, portnumber, length)
return convert.bin2value(data, valdef)
def _get_firmware_id(self):
guid, portnumber, length, valdef = self.FIRMWARE_ID
data = self._client.getAttribute("M1", guid, portnumber, length)
code, firmware_id = convert.bin2value(data, valdef)
if code == 0:
return firmware_id
else:
return ''
def _list_dir_filtered(self, path, name_filter):
files_to_return = []
dir_content = os.listdir(path)
for dir_entry in dir_content:
fullpath = os.path.join(path, dir_entry)
if fnmatch.fnmatch(dir_entry, name_filter):
files_to_return.append(fullpath)
return files_to_return
def _get_available_models(self):
def get_version(path):
# Get the basename and remove the ".py" or ".pyc" extension
filename = os.path.basename(path).rsplit('.', 1)[0]
parts = filename.split("_")
if len(parts) == 5:
tuple_version = (int(parts[1]), int(parts[2]), int(parts[3]),
int(parts[4]))
int_version = self._convert_version_to_int(tuple_version)
version = "%d.%d.%d.%d" % tuple_version
return (int_version, version)
return None, None
def get_models_from_disk(self, model_dir_path):
models = self._list_dir_filtered(model_dir_path,
name_filter="Master_*.py*")
for model in models:
int_version, version = get_version(model)
if version:
self._master_models[int_version] = version
#get power models
models = self._list_dir_filtered(model_dir_path,
name_filter="Power_*.py*")
for model in models:
int_version, version = get_version(model)
if version:
self._power_models[int_version] = version
#get sensor models
models = self._list_dir_filtered(model_dir_path,
name_filter="Sensor_*.py*")
for model in models:
int_version, version = get_version(model)
if version:
self._sensor_models[int_version] = version
#get display models
models = self._list_dir_filtered(model_dir_path,
name_filter="Display_*.py*")
for model in models:
int_version, version = get_version(model)
if version:
self._display_models[int_version] = version
#get slave_power models
models = self._list_dir_filtered(model_dir_path,
name_filter="SlavePower_*.py*")
for model in models:
int_version, version = get_version(model)
if version:
self._slave_power_models[int_version] = version
def get_models_from_egg(self, egg_path, model_dir_path):
rel_path = os.path.relpath(path=model_dir_path,
start=egg_path) + os.path.sep
search_str = r'^%s(.*\.pyc?$)' % rel_path
master_str = r'^%s(Master_.*\.pyc?$)' % rel_path
power_str = r'^%s(Power_.*\.pyc?$)' % rel_path
sensor_str = r'^%s(Sensor_.*\.pyc?$)' % rel_path
display_str = r'^%s(Display_.*\.pyc?$)' % rel_path
slave_power_str = r'^%s(SlavePower_.*\.pyc?$)' % rel_path
egg_file = zipfile.ZipFile(egg_path)
file_names = egg_file.namelist()
for filename in file_names:
match = re.search(search_str, filename)
if match and os.path.sep not in match.group(1):
if re.search(master_str, filename):
int_version, version = get_version(filename)
if version:
self._master_models[int_version] = version
elif re.search(power_str, filename):
int_version, version = get_version(filename)
if version:
self._power_models[int_version] = version
elif re.search(sensor_str, filename):
int_version, version = get_version(filename)
if version:
self._sensor_models[int_version] = version
elif re.search(display_str, filename):
int_version, version = get_version(filename)
if version:
self._display_models[int_version] = version
elif re.search(slave_power_str, filename):
int_version, version = get_version(filename)
if version:
self._slave_power_models[int_version] = version
# get master models, power models, and sensor models
print(os.path.dirname(__file__), "models", self._model_dir)
model_dir_path = os.path.join(os.path.dirname(__file__), "models",
self._model_dir)
match = re.search(r'.*\.egg', model_dir_path)
if not match: # outside an egg, so listing files will work
get_models_from_disk(self, model_dir_path)
else: # inside a python egg
egg_path = match.group()
get_models_from_egg(self, egg_path, model_dir_path)
def _get_closest_version(self, version, class_name, version_str):
models = self._master_models
if class_name == "Power":
models = self._power_models
elif class_name == "Sensor":
models = self._sensor_models
elif class_name == "Display":
models = self._display_models
elif class_name == "SlavePower":
models = self._slave_power_models
closest = version
closest_diff = -sys.maxsize
for model_version in models:
diff = model_version - version
if diff > closest_diff and diff <= 0: # only match versions downwards
closest = model_version
closest_diff = diff
if closest not in models:
msg = "Unable to find valid model for %s %s (%s)" % (
class_name, version_str, self._ip)
raise Exception(msg)
return models[closest]
def _convert_version_to_int(self, version):
return version[3] + (version[2] *
256) + (version[1] *
(256 * 256)) + (version[0] *
(256 * 256 * 256))
def get_master(self, module_version=None):
return self._get_module_model("M1", "Master", module_version)
def get_power(self, module_version=None):
return self._get_module_model("P1", "Power", module_version)
def get_sensor(self, module_version=None):
if module_version:
return self._get_module_model('Ax', "Sensor", module_version)
for i in range(1, 8):
module_id = "A%d" % i
try:
mm = self._get_module_model(module_id, "Sensor")
if mm:
return mm
except (RuntimeError, AttributeError) as e:
logging.warning("Failed to get module info of %s",
module_id,
exc_info=e)
return None
def get_display(self, module_version=None):
if module_version:
return self._get_module_model('Dx', "Display", module_version)
for i in range(1, 40):
module_id = "D%d" % i
try:
mm = self._get_module_model(module_id, "Display")
if mm:
return mm
except (RuntimeError, AttributeError) as e:
logging.warning("Failed to get module info of %s",
module_id,
exc_info=e)
return None
def get_slave_power(self, module_version=None):
if module_version:
return self._get_module_model('Qx', "SlavePower", module_version)
for i in range(1, 40):
module_id = "Q%d" % i
try:
mm = self._get_module_model(module_id, "SlavePower")
if mm:
return mm
except (RuntimeError, AttributeError) as e:
logging.warning("Failed to get module info of %s",
module_id,
exc_info=e)
return None
def __init__(self, parent):
super(Model, self).__init__(parent)
self._pointerGuids = []
self._guidTable.update({
# GeneralModuleStatus
1:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# SpecificModuleStatus
2:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# CurrentTime
3:
Value(
u"type='TYPE_TIMESTAMP'\nsize=4\nlength=4\nunit='UNIX'\nscale=0"
),
# TimeOnline
24:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='s'\nscale=0"
),
# LogMeInfo
31:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# Status
1000:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# ModuleName
10001:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
# FirmwareVersion
10002:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"),
# HardwareVersion
10003:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"),
# FirmwareID
10004:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"),
# HardwareID
10005:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"),
# ModInfo
40008:
Value(u"type='TYPE_STRING'\nsize=26\nlength=26\nunit=''\nscale=0"),
})
class RackSal:
MODULE_INFO = (
40031, 0, 1,
Value(u"type='TYPE_VERSION_FULL'\nsize=4\nLength=4\nunit=''\nscale=0"))
def __init__(self,
username,
password,
hostname,
port,
rtf=None,
moduleinfo=None): # pylint: disable=W0622
self.client = connection.Connect(username, password, hostname, port)
self.__rtf = rtf
self.__master_inited = False
self.__master = None
self.__power_inited = False
self.__power = None
self.__sensor_inited = False
self.__sensor = None
self.__display_inited = False
self.__display = None
self.__slave_power_inited = False
self.__slave_power = None
self.__factory = ModelFactory(self.client, rtf)
self.__moduleinfo = moduleinfo or {}
@property
def master(self):
if self.__master_inited is False:
self.__master_inited = True
self.__master = self.__factory.get_master(
self.__moduleinfo.get('M'))(self)
return self.__master
@property
def power(self):
if self.__power_inited is False:
self.__power_inited = True
power_class = self.__factory.get_power(self.__moduleinfo.get('P'))
if power_class:
self.__power = power_class(self)
else:
self.__power = None
return self.__power
@property
def sensor(self):
if self.__sensor_inited is False:
self.__sensor_inited = True
# sal does not handle now sensors with different versions
sensor_class = self.__factory.get_sensor(
self.__moduleinfo.get('A'))
if sensor_class:
self.__sensor = sensor_class(self)
else:
self.__sensor = None
return self.__sensor
@property
def display(self):
if self.__display_inited is False:
self.__display_inited = True
# sal does not handle now displays with different versions
display_class = self.__factory.get_display(
self.__moduleinfo.get('D'))
if display_class:
self.__display = display_class(self)
else:
self.__display = None
return self.__display
@property
def slave_power(self):
if self.__slave_power_inited is False:
self.__slave_power_inited = True
# sal does not handle now slave_powers with different versions
slave_power_class = self.__factory.get_slave_power(
self.__moduleinfo.get('Q'))
if slave_power_class:
self.__slave_power = slave_power_class(self)
else:
self.__slave_power = None
return self.__slave_power
def getObjectFromData(self, data, valDef, setter=False, count=1):
if setter:
return convert.bin2int(data)
if count == 1:
return convert.bin2value(data, valDef)
if data[0] != "\0": # pylint: disable=W1401
#This is an error code, return it
return convert.bin2value(data, valDef)
#Remove the error byte
data = data[1:]
#get length of each port
length = len(data) / count
#Split the ports
data_list = convert.slice_string(data, length)
result = []
for data in data_list:
result.append(
convert.bin2value(data, valDef, checkErrorByte=False)[1])
return 0, result
def getModuleVersion(self, moduleID):
"""
this function returns the module version or None
"""
guid, portnumber, length, valdef = self.MODULE_INFO
data = self.client.getAttribute(moduleID, guid, portnumber, length)
code, version = convert.bin2value(data, valdef)
if not code:
return version
def logout(self):
self.client.logout()
def translateDetailedLog(self,
moduleID,
binaryfile,
csvfile,
headerNames=None):
"""
decodes detailed logging
@param moduleID - module to get log for (Mx, Px, Ax)
@param binaryfile - filename of binary log
@param csvfile - filename for csv
"""
def prepareValue(value, info):
result = []
if isinstance(value, list):
for val in value:
result.extend(prepareValue(val, info))
elif isinstance(value, str):
result.append('"%s"' % value)
elif isinstance(value, tuple):
result.append(str(round(value[0], 3)))
result.append(
'"%s"' %
time.strftime("%Y-%m-%d %H:%M:%S", time.gmtime(value[1])))
else:
if info[1].type == 'TYPE_TIMESTAMP':
result.append(
'"%s"' %
time.strftime("%Y-%m-%d %H:%M:%S", time.gmtime(value)))
else:
result.append(str(round(value, 3)))
return result
def prepareHeader(info, nr=None):
hdr = []
if info[2] > 1 and nr is None:
for i in range(info[2]):
hdr.append(prepareHeader(info, i + 1))
else:
tmpl = "%s"
if nr:
tmpl += " (%d)" % nr
if isinstance(headerNames, dict) and info[0] in headerNames:
name = headerNames[info[0]]
else:
name = str(info[0])
hdr.append(tmpl % name)
if info[1].type.endswith('_WITH_TS'):
hdr.append(tmpl % ("%s timestamp" % name))
return ", ".join(hdr)
def calculatePointerSize(structure):
size = 0
for elem in structure:
size += elem[2] * elem[1].size
return size
if moduleID[0] == 'M':
paramInfo = self.master.definePointerStructure()
elif moduleID[0] == 'P' and self.power:
paramInfo = self.power.definePointerStructure()
elif moduleID[0] == 'A' and self.sensor:
paramInfo = self.sensor.definePointerStructure()
elif moduleID[0] == 'Q' and self.slave_power:
paramInfo = self.slave_power.definePointerStructure()
else:
raise ValueError('Requested moduleID not found')
chunk = calculatePointerSize(paramInfo)
#prepare header information
lineData = []
for idx, info in enumerate(paramInfo):
if info[0] < 3:
continue
lineData.append(prepareHeader(info))
with open(csvfile, "w") as out:
out.write(", ".join(lineData))
out.write("\n")
with open(binaryfile, "rb") as fp:
while True:
data = fp.read(chunk)
if not data:
break
try:
array = convert.pointer2values(data, paramInfo)
except IndexError:
break
lineData = []
for idx, info in enumerate(paramInfo):
if info[0] < 3:
continue
lineData.extend(prepareValue(array[idx], info))
out.write(", ".join(lineData))
out.write("\n")
def __init__(self, parent):
super(Model, self).__init__(parent)
self._pointerGuids = [
(1, 1),
(2, 1),
(3, 1),
(4, 3),
(5, 1),
(9, 12),
(10, 8),
(11, 1),
(24, 1),
(31, 8),
(50, 8),
(51, 2),
(52, 12),
(53, 12),
(55, 8),
(5004, 3),
(5005, 3),
(5006, 1),
(5007, 1),
(5012, 8),
(5013, 8),
(5032, 12),
(5033, 12),
(5034, 12),
(5035, 12),
(16, 8),
(54, 8),
]
self._guidTable.update({
# GeneralModuleStatus
1:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# SpecificModuleStatus
2:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit=''\nscale=0"
),
# CurrentTime
3:
Value(
u"type='TYPE_TIMESTAMP'\nsize=4\nlength=4\nunit='UNIX'\nscale=0"
),
# Voltage
4:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"
),
# Frequency
5:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='Hz'\nscale=3"
),
# ActiveEnergy
9:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='kWh'\nscale=3"
),
# ApparentEnergy
10:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='kVAh'\nscale=3"
),
# Temperature
11:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='C'\nscale=1"
),
# PowerFactor
16:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit='%'\nscale=0"
),
# TimeOnline
24:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='s'\nscale=0"
),
# LogMeInfo
31:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# THD
50:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%'\nscale=1"
),
# Phase
51:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='%'\nscale=0"
),
# BigCurrent
52:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='A'\nscale=4"
),
# BigPower
53:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='W'\nscale=3"
),
# BigApparentPower
54:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='VA'\nscale=3"
),
# DetectedPhase
55:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# MaxVoltage
5004:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='V'\nscale=2"
),
# MinVoltage
5005:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='V'\nscale=2"
),
# MinTemp
5006:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='C'\nscale=1"
),
# MaxTemp
5007:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=6\nlength=6\nunit='C'\nscale=1"
),
# MinPowerFact
5012:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=5\nlength=5\nunit='%'\nscale=0"
),
# MaxPowerFact
5013:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=5\nlength=5\nunit='%'\nscale=0"
),
# MinBigCurr
5032:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=8\nlength=8\nunit='A'\nscale=4"
),
# MaxBigCurr
5033:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=8\nlength=8\nunit='A'\nscale=4"
),
# MinBigPower
5034:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=8\nlength=8\nunit='W'\nscale=3"
),
# MaxBigPower
5035:
Value(
u"type='TYPE_UNSIGNED_NUMBER_WITH_TS'\nsize=8\nlength=8\nunit='W'\nscale=3"
),
# FirmwareVersion
10002:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"),
# HardwareVersion
10003:
Value(u"type='TYPE_VERSION'\nsize=4\nlength=4\nunit=''\nscale=0"),
# FirmwareID
10004:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"),
# HardwareID
10005:
Value(u"type='TYPE_STRING'\nsize=8\nlength=8\nunit=''\nscale=0"),
# MaxVoltageWarning
10047:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"
),
# MinVoltageWarning
10049:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=2\nlength=2\nunit='V'\nscale=2"
),
# CurrentWarningEvent
10078:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# PowerWarningEvent
10080:
Value(
u"type='TYPE_EVENTFLAGS'\nsize=1\nlength=1\nunit=''\nscale=0"),
# ExternalSensorLabel
10109:
Value(u"type='TYPE_STRING'\nsize=32\nlength=32\nunit=''\nscale=0"),
# MaxBigCurrentWarn
10193:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='A'\nscale=4"
),
# MaxBigPowerWarning
10194:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=4\nlength=4\nunit='A'\nscale=3"
),
# GroupNumber
10195:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# PhaseLink
10196:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# CurrentSensorSel
10197:
Value(
u"type='TYPE_UNSIGNED_NUMBER'\nsize=1\nlength=1\nunit=''\nscale=0"
),
# ModInfo
40008:
Value(u"type='TYPE_STRING'\nsize=26\nlength=26\nunit=''\nscale=0"),
})
