How to use the construct.String function in construct
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PIC-IRIS / PH5 / ph5 / core / rt_130_h.py View on Github 
def time_trigger():
TIM = construct.Struct("TIM",
construct.String("StartTime", 14),
construct.String("RepeatInterval", 8),
construct.String("Intervals", 4),
construct.String("Reserved1", 8),
construct.String("RecordLength", 8),
construct.String("Reserved2", 120))
return TIMconstruct.BitStruct("BIN",
construct.BitField(
"PacketHeader", 128)),
construct.Struct("_72ACalibration",
construct.String("StartTime", 14),
construct.String(
"RepeatInterval", 8),
construct.String("Intervals", 4),
construct.String("Length", 8),
construct.String("StepOnOff", 4),
construct.String("StepPeriod", 8),
construct.String("StepSize", 8),
construct.String(
"StepAmplitude", 8),
construct.String("StepOutput", 4),
construct.String("Reserved", 48)),
construct.Struct("_130AutoCenter1",
construct.String("Sensor", 1),
construct.String("Enable", 1),
construct.String(
"ReadingInterval", 4),
construct.String(
"CycleInterval", 2),
construct.String("Level", 4),
construct.String("Attempts", 2),
construct.String("AttemptInterval",
2)),
construct.Struct("_130AutoCenter2",
construct.String("Sensor", 1),
construct.String("Enable", 1),
construct.String(
"ReadingInterval", 4),"DataStream", 8),
construct.BitField(
"Reserved", 24),
construct.BitField("Flags", 8),
construct.BitField("DataFormat",
8)),
construct.String("TriggerTimeMessage", 33),
construct.String("TimeSource", 1),
construct.String("TimeQuality", 1),
construct.String("ExtStationName", 1),
construct.String("StationName", 4),
construct.String("StreamName", 16),
construct.String("Reserved1", 8),
construct.String("SampleRate", 4),
construct.String("TriggerType", 4),
construct.String("TriggerTime", 16),
construct.String("FirstSampleTime", 16),
construct.String("DetriggerTime", 16),
construct.String("LastSampleTime", 16),
construct.String("NominalBitWeight", 128),
construct.String("TrueBitWeight", 128),
construct.String("Gain", 16),
construct.String("A_DResolution", 16),
construct.String("FullScaleAnalog", 16),
construct.String("ChannelCode", 64),
construct.String("SensorFSA", 16),
construct.String("SensorVPU", 96),
construct.String("SensorUnits", 16),
construct.String("StationNumber", 48),
construct.String("Reserved2", 156),
construct.String("TotalChannels", 2),
construct.String("Comment", 40),construct.String("ExtStationName", 1),
construct.String("StationName", 4),
construct.String("StreamName", 16),
construct.String("Reserved1", 8),
construct.String("SampleRate", 4),
construct.String("TriggerType", 4),
construct.String("TriggerTime", 16),
construct.String("FirstSampleTime", 16),
construct.String("DetriggerTime", 16),
construct.String("LastSampleTime", 16),
construct.String("NominalBitWeight", 128),
construct.String("TrueBitWeight", 128),
construct.String("Gain", 16),
construct.String("A_DResolution", 16),
construct.String("FullScaleAnalog", 16),
construct.String("ChannelCode", 64),
construct.String("SensorFSA", 16),
construct.String("SensorVPU", 96),
construct.String("SensorUnits", 16),
construct.String("StationNumber", 48),
construct.String("Reserved2", 156),
construct.String("TotalChannels", 2),
construct.String("Comment", 40),
construct.String("FilterList", 16),
construct.String("Position", 26),
construct.String("RefTek120", 80))
return EHdef storage_unit_label():
BIN = construct.Struct("BIN",
construct.String("storage_unit_sequence_number", 4),
construct.String("fairfield_revision", 5),
construct.String("storage_unit_structure", 6),
construct.String("binding_edition", 4),
construct.String("max_block_size", 10),
construct.String("api_producer_code", 10),
construct.String("creation_date", 11),
construct.String("serial_number", 12),
construct.String("reserved01", 6),
construct.String("external_label_name", 12),
construct.String("recording_entity_name", 24),
construct.String("user_defined", 14),
construct.String("max_file_size_MB", 10))
return BINdef event_trigger():
EVT = construct.Struct("EVT",
construct.String("TriggerChannels", 16),
construct.String("MinimumChannels", 2),
construct.String("TriggerWindow", 8),
construct.String("PretriggerLength", 8),
construct.String("PosttriggerLength", 8),
construct.String("RecordLength", 8),
construct.String("Reserved1", 8),
construct.String("STALength", 8),
construct.String("LTALength", 8),
construct.String("MeanRemoval", 8),
construct.String("TriggerRatio", 8),
construct.String("DetriggerRatio", 8),
construct.String("LTAHold", 4),
construct.String("LowPassCornerFreq", 4),
construct.String("HighPassCornerFreq", 4),
construct.String("Reserved2", 52))
return EVTconstruct.String("ChannelName", 10),
construct.String("Azimuth", 10),
construct.String("Inclination", 10),
construct.String("XCoordinate", 10),
construct.String("YCoordinate", 10),
construct.String("ZCoordinate", 10),
construct.String("XYUnits", 4),
construct.String("ZUnits", 4),
construct.String("PreampGain", 4),
construct.String("SensorModel", 12),
construct.String(
"SensorSerial", 12),
construct.String("Comments", 40),
construct.String(
"AdjustedNominalBitWeight", 8)),
construct.String("Reserved", 76),
construct.String("ImplementTime", 16))
return SCconstruct.String("TriggerTimeMessage", 33),
construct.String("TimeSource", 1),
construct.String("TimeQuality", 1),
construct.String("ExtStationName", 1),
construct.String("StationName", 4),
construct.String("StreamName", 16),
construct.String("Reserved1", 8),
construct.String("SampleRate", 4),
construct.String("TriggerType", 4),
construct.String("TriggerTime", 16),
construct.String("FirstSampleTime", 16),
construct.String("DetriggerTime", 16),
construct.String("LastSampleTime", 16),
construct.String("NominalBitWeight", 128),
construct.String("TrueBitWeight", 128),
construct.String("Gain", 16),
construct.String("A_DResolution", 16),
construct.String("FullScaleAnalog", 16),
construct.String("ChannelCode", 64),
construct.String("SensorFSA", 16),
construct.String("SensorVPU", 96),
construct.String("SensorUnits", 16),
construct.String("StationNumber", 48),
construct.String("Reserved2", 156),
construct.String("TotalChannels", 2),
construct.String("Comment", 40),
construct.String("FilterList", 16),
construct.String("Position", 26),
construct.String("RefTek120", 80))
return EHconstruct.BitField("Flags", 8),
construct.BitField("DataFormat",
8)),
construct.String("TriggerTimeMessage", 33),
construct.String("TimeSource", 1),
construct.String("TimeQuality", 1),
construct.String("ExtStationName", 1),
construct.String("StationName", 4),
construct.String("StreamName", 16),
construct.String("Reserved1", 8),
construct.String("SampleRate", 4),
construct.String("TriggerType", 4),
construct.String("TriggerTime", 16),
construct.String("FirstSampleTime", 16),
construct.String("DetriggerTime", 16),
construct.String("LastSampleTime", 16),
construct.String("NominalBitWeight", 128),
construct.String("TrueBitWeight", 128),
construct.String("Gain", 16),
construct.String("A_DResolution", 16),
construct.String("FullScaleAnalog", 16),
construct.String("ChannelCode", 64),
construct.String("SensorFSA", 16),
construct.String("SensorVPU", 96),
construct.String("SensorUnits", 16),
construct.String("StationNumber", 48),
construct.String("Reserved2", 156),
construct.String("TotalChannels", 2),
construct.String("Comment", 40),
construct.String("FilterList", 16),
construct.String("Position", 26),
construct.String("RefTek120", 80))construct.String("Attempts", 2),
construct.String("AttemptInterval",
2)),
construct.Struct("_130AutoCenter4",
construct.String("Sensor", 1),
construct.String("Enable", 1),
construct.String(
"ReadingInterval", 4),
construct.String(
"CycleInterval", 2),
construct.String("Level", 4),
construct.String("Attempts", 2),
construct.String("AttemptInterval",
2)),
construct.Struct("_130Calibration1",
construct.String("Sensor", 1),
construct.String("Enable", 1),
construct.String("Reserved", 2),
construct.String("Duration", 4),
construct.String("Amplitude", 4),
construct.String("Signal", 4),
construct.String("StepInterval", 4),
construct.String("StepWidth", 4),
construct.String("SineFrequency",
4)),
construct.Struct("_130Calibration2",
construct.String("Sensor", 1),
construct.String("Enable", 1),
construct.String("Reserved", 2),
construct.String("Duration", 4),
construct.String("Amplitude", 4),
construct.String("Signal", 4),construct
A powerful declarative symmetric parser/builder for binary data
Package Health Score
70 / 100Popular construct functions
- construct.Array
- construct.BFloat32
- construct.BitField
- construct.Bytes
- construct.Const
- construct.Container
- construct.Enum
- construct.Flag
- construct.LFloat32
- construct.SBInt16
- construct.SBInt32
- construct.SLInt16
- construct.SLInt32
- construct.String
- construct.Struct
- construct.UBInt16
- construct.UBInt32
- construct.UBInt8
- construct.ULInt16
- construct.ULInt32