xc

package
v0.0.0-...-7b79fd2 Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Oct 20, 2024 License: BSD-3-Clause Imports: 21 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	MCI_PT_TX       = 0xB1
	MCI_PT_CONFIG   = 0xB2
	MCI_PT_RX       = 0xC1
	MCI_PT_STATUS   = 0xC3
	MCI_PT_EXTENDED = 0xD1
)
View Source 
const (
	MCI_TE_UCHAR          = 0x02
	MCI_TE_SWITCH         = 0x0A
	MCI_TE_DIM            = 0x0D // Dimmer, Analogue
	MCI_TE_JALO           = 0x0E // Jalousie
	MCI_TE_PUSHBUTTON     = 0x50 // All types
	MCI_TE_REQUEST        = 0x0B // All mains powered
	MCI_TE_INT16_1POINT   = 0x11
	MCI_TE_FLOAT          = 0x1A // Room Manager, Analogue input
	MCI_TE_TIME           = 0x2A // Room Manager, HRV
	MCI_TE_DATE           = 0x2B // Room Manager, HRV
	MCI_TE_RC_DATA        = 0x2C
	MCI_TE_UNIT32         = 0x30 // Room Manager
	MCI_TE_UINT32_1POINT  = 0x31
	MCI_TE_UINT32_2POINT  = 0x32
	MCI_TE_UINT32_3POINT  = 0x33
	MCI_TE_UINT16         = 0x40
	MCI_TE_UINT16_1POINT  = 0x41
	MCI_TE_UINT16_2POINT  = 0x42
	MCI_TE_UINT16_3POINT  = 0x43
	MCI_TE_DIMPLEX_CONFIG = 0x44
	MCI_TE_DIMPLEX_TEMP   = 0x45
	MCI_TE_HRV_IN         = 0x46
	MCI_TE_REQ_STATUS_NEW = 0x72
	MCI_TE_BASICMODE      = 0x80
	MCI_TE_DIRECT         = 0xA0
)
View Source 
const (
	// TX_EVENT_SWITCH
	MCI_TED_OFF = 0x00
	MCI_TED_ON  = 0x01

	// TX_EVENT_DIM
	MCI_TED_STOP     = 0x00
	MCI_TED_DARKER   = 0x04
	MCI_TED_BRIGHTER = 0x0F
	MCI_TED_PERCENT  = 0x40

	// TX_EVENT_JALO
	MCI_TED_CLOSE      = 0x00
	MCI_TED_OPEN       = 0x01
	MCI_TED_JSTOP      = 0x02
	MCI_TED_STEP_CLOSE = 0x10
	MCI_TED_STEP_OPEN  = 0x11

	// TX_EVENT_PUSHBUTTON
	MCI_TED_UP            = 0x50
	MCI_TED_DOWN          = 0x51
	MCI_TED_UP_PRESSED    = 0x54
	MCI_TED_UP_RELEASED   = 0x55
	MCI_TED_DOWN_PRESSED  = 0x56
	MCI_TED_DOWN_RELEASED = 0x57

	// TX_EVENT_REQUEST
	MCI_TED_DUMMY = 0x00

	// TX_EVENT_BASIC_MODE
	MCI_TED_LEARNMODE_ON    = 0x00
	MCI_TED_LEARNMODE_OFF   = 0x01
	MCI_TED_ASSIGN_ACTUATOR = 0x10
	MCI_TED_REMOVE_ACTUATOR = 0x20
	MCI_TED_REMOVE_SENSOR   = 0x30

	MCI_TED_DIRECT_ON           = 0xA0
	MCI_TED_DIRECT_OFF          = 0xA1
	MCI_TED_DIRECT_SET_LOCK     = 0xA2
	MCI_TED_DIRECT_RELEASE_LOCK = 0xA3
	MCI_TED_DIRECT_DIM          = 0xA4
)
View Source 
const (
	RX_EVENT_ON            = 0x50
	RX_EVENT_OFF           = 0x51
	RX_EVENT_SWITCH_ON     = 0x52
	RX_EVENT_SWITCH_OFF    = 0x53
	RX_EVENT_UP_PRESSED    = 0x54
	RX_EVENT_UP_RELEASED   = 0x55
	RX_EVENT_DOWN_PRESSED  = 0x56
	RX_EVENT_DOWN_RELEASED = 0x57
	RX_EVENT_FORCED        = 0x5A
	RX_EVENT_SINGLE_ON     = 0x5B
	RX_EVENT_VALUE         = 0x62
	RX_EVENT_TOO_COLD      = 0x63
	RX_EVENT_TOO_WARM      = 0x64
	RX_EVENT_STATUS        = 0x70
	RX_EVENT_STATUS_EXT    = 0x73
	RX_EVENT_BASIC_MODE    = 0x80
)
View Source 
const (
	RX_DATA_TYPE_NO_DATA       = 0x00
	RX_DATA_TYPE_PERCENT       = 0x01
	RX_DATA_TYPE_UINT8         = 0x02
	RX_DATA_TYPE_INT16_1POINT  = 0x03
	RX_DATA_TYPE_FLOAT         = 0x04
	RX_DATA_TYPE_UINT16        = 0x0D
	RX_DATA_TYPE_UINT16_1POINT = 0x21
	RX_DATA_TYPE_UINT16_2POINT = 0x22
	RX_DATA_TYPE_UINT16_3POINT = 0x23
	RX_DATA_TYPE_UINT32        = 0x0E
	RX_DATA_TYPE_UINT32_1POINT = 0x0F
	RX_DATA_TYPE_UINT32_2POINT = 0x10
	RX_DATA_TYPE_UINT32_3POINT = 0x11
	RX_DATA_TYPE_RC_DATA       = 0x17
	RX_DATA_TYPE_RM_TIME       = 0x1E
	RX_DATA_TYPE_RM_DATE       = 0x1F
	RX_DATA_TYPE_ROSETTA       = 0x35
	RX_DATA_TYPE_HRV_OUT       = 0x37
	RX_DATA_TYPE_SERIAL_NUMBER = 0x39
	RX_DATA_TYPE_RCT_OUT       = 0x3F
	RX_DATA_TYPE_RCT_REQ       = 0x42
)
View Source 
const (
	RX_IS_OFF    = 0x00
	RX_IS_ON     = 0x01
	RX_IS_OFF_NG = 0x02
	RX_IS_ON_NG  = 0x03

	RX_IS_STOP  = 0x00
	RX_IS_OPEN  = 0x01
	RX_IS_CLOSE = 0x02
)
View Source 
const (
	CONF_CONNEX          = 0x02
	CONF_RS232_BAUD      = 0x03
	CONF_SEND_OK_MRF     = 0x04
	CONF_RS232_FLOW      = 0x05
	CONF_RS232_CRC       = 0x06
	CONF_TIMEACCOUNT     = 0x0A
	CONF_COUNTER_RX      = 0x0B
	CONF_COUNTER_TX      = 0x0C
	CONF_SERIAL          = 0x0E
	CONF_LED             = 0x0F
	CONF_LED_DIM         = 0x1A
	CONF_RELEASE         = 0x1B
	CONF_SEND_CLASS      = 0x1D
	CONF_SEND_RFSEQNO    = 0x1E
	CONF_BACK_TO_FACTORY = 0x1F
)
View Source 
const (
	// CONF_CONNEX
	CF_DATA_AUTO  = 0x01
	CF_DATA_USB   = 0x02
	CF_DATA_RS232 = 0x03

	CF_DATA_STATUS = 0x00

	// CONF_RS232_BAUD
	CF_DATA_BD1200  = 0x01
	CF_DATA_BD2400  = 0x02
	CF_DATA_BD4800  = 0x03
	CF_DATA_BD9600  = 0x04
	CF_DATA_BD14400 = 0x05
	CF_DATA_BD19200 = 0x06
	CF_DATA_BD38400 = 0x07
	CF_DATA_BD56700 = 0x08

	// CONF_RS232_CRC, CONF_SEND_RFSEQNO, etc.
	CF_DATA_CLEAR = 0x0F
	CF_DATA_SET   = 0x01

	// CONF_COUNTER_RX, TX, SERIAL
	CF_DATA_GET = 0x00

	// CONF_LED
	CF_DATA_LED_STANDARD  = 0x01
	CF_DATA_REVERSE_GREEN = 0x02
	CF_DATA_LED_OFF       = 0x03

	// CONF_RELEASE
	CF_DATA_GET_REVISION = 0x10

	// CONF_BACK_TO_FACTORY
	CF_DATA_BTF_GW  = 0x0F
	CF_DATA_BTF_MRF = 0xF0
	CF_DATA_BTF_ALL = 0xFF
)
View Source 
const (
	MGW_STT_CONNEX       = 0x02
	MGW_STT_RS232_BAUD   = 0x03
	MGW_STT_RS232_FLOW   = 0x05
	MGW_STT_RS232_CRC    = 0x06
	MCI_STT_ERROR        = 0x09
	MCI_STT_TIMEACCOUNT  = 0x0A
	MCI_STT_COUNTER_RX   = 0x0B
	MCI_STT_COUNTER_TX   = 0x0C
	MGW_STT_SEND_OK_MRF  = 0x0D
	MGW_STT_SERIAL       = 0x0E
	MGW_STT_LED          = 0x0F
	MGW_STT_LED_DIM      = 0x1A
	MGW_STT_RELEASE      = 0x1B
	MGW_STT_OK           = 0x1C
	MGW_STT_SEND_CLASS   = 0x1D
	MGW_STT_SEND_RFSEQNO = 0x1E
)
View Source 
const (
	// MCI_STT_ERROR
	MCI_STS_GENERAL     = 0x00
	MCI_STS_UNKNOWN     = 0x01
	MCI_STS_DP_OOR      = 0x02
	MCI_STS_BUSY_MRF    = 0x03
	MCI_STS_BUSY_MRF_RX = 0x04
	MCI_STS_TX_MSG_LOST = 0x05
	MCI_STS_NO_ACK      = 0x06

	// MCI_STT_TIMEACCOUNT
	STATUS_DATA    = 0x00
	STATUS_IS_0    = 0x01
	STATUS_LESS_10 = 0x02
	STATUS_MORE_15 = 0x03

	// MGW_STT_RELEASE
	STATUS_REVISION = 0x10

	// MGW_STT_OK
	STATUS_OK_MRF    = 0x04
	STATUS_OK_CONFIG = 0x05
	STATUS_OK_BTFACT = 0xCE
)
View Source 
const (
	ERR_T_SWITCH          = 0x80
	ERR_T_PERCENT         = 0x81
	ERR_T_DIM             = 0x82
	ERR_T_JALO            = 0x83
	ERR_T_JALO_STEP       = 0x84
	ERR_T_REQ_DASS        = 0x85
	ERR_T_PUSHBUTTON      = 0x88
	ERR_T_EVENT           = 0x89
	ERR_T_TIMEACCOUNT     = 0x8C
	ERR_T_SEND_OK_MRF     = 0x8D
	ERR_T_RELEASE         = 0x91
	ERR_T_BACK_TO_FACTORY = 0x92
	ERR_T_COUNTER_RX      = 0x93
	ERR_T_COUNTER_TX      = 0x94
	ERR_T_TYPE            = 0x95
	ERR_T_PACKET_TYPE     = 0x96
	ERR_T_RS232_CRC       = 0x98
	ERR_T_RFREVISION      = 0x9A
	ERR_T_SEND_CLASS      = 0x9B
	ERR_T_SEND_RFSEQNO    = 0x9C
	ERR_T_EXPECTED_STATUS = 0xA1
	ERR_T_BUFFER_FULL     = 0xA2
	ERR_T_RX_IN_PROGRESS  = 0xA3
	ERR_T_STOPBYTE        = 0xA4
	ERR_T_PKTLENGTH       = 0xA5
	ERR_T_CRC             = 0xA6
	ERR_T_RS232_TIMEOUT   = 0xA7
	ERR_T_BM_NO_TARGET    = 0xA8
	ERR_T_DP_NOT_ASSIGNED = 0xA9
	ERR_T_VALUE           = 0xAA
)
View Source 
const (
	STATUS_DATA_OKMRF_NOINFO     = 0x00
	STATUS_DATA_OKMRF_ACK_DIRECT = 0x10
	STATUS_DATA_OKMRF_ACK_ROUTED = 0x20
	STATUS_DATA_OKMRF_ACK        = 0x30
	STATUS_DATA_OKMRF_ACK_BM     = 0x40
	STATUS_DATA_OKMRF_DPREMOVED  = 0x80
)
View Source 
const (
	MCI_ET_RD          = 0x10
	MCI_ET_REPLY       = 0x11
	MCI_ET_REQU_DPL    = 0x20
	MCI_ET_SEND_DPL    = 0x21
	MCI_ET_DPL_CHANGED = 0x22
	MCI_ET_REQU_STL    = 0x60
	MCI_ET_SEND_STL    = 0x61
	MCI_ET_STL_CHANGED = 0x62
)
View Source 
const (
	MCI_TED_DPLMODE_BACKUP  = 0x01
	MCI_TED_DPLMODE_OFFICE  = 0x02
	MCI_TED_DPLMODE_CMF_EXT = 0x03
	MCI_TED_DPLMODE_ECO_EXT = 0x04
	MCI_TED_DPLMODE_OFF     = 0x05
)
View Source 
const (
	MCI_SER_START = 0x5A
	MCI_SER_STOP  = 0xA5
)
View Source 
const (
	UNKNOWN channelType = iota
	STATUS_BOOL
	STATUS_PERCENT
	STATUS_SHUTTER
	PUSHBUTTON
	SWITCH
	ONOFF
	TEMPERATURE_SWITCH
	TEMPERATURE_WHEEL_SWITCH
	VALUE_SWITCH
	HUMIDITY_SWITCH
	MOTION
	ENERGY
	POWER
	CURRENT
	VOLTAGE
	PULSES
	DIMPLEX
)
View Source 
const (
	CDAU_0104    = 0
	CDAU_0104_I  = 1 // 2 x binary input
	CDAU_0104_E  = 2 // Energy function
	CDAE_0104    = 4
	CDAE_0104_I  = 5 // 2 x binary input
	CDAE_0104_E  = 6 // Energy function
	CDAE_0105    = 8
	CDAE_0105_I  = 9  // 2 x binary input
	CDAE_0105_E  = 10 // Energy function
	CDAP_01X5_1E = 14 // Energy function
)
View Source 
const (
	CHAU_0101_10E = 0
	CHAU_0101_16E = 1
	CHAU_0101_1ES = 2
	CHAP_01x5_12E = 3
	CHAP_01x5_1ES = 4
)
View Source 
const (
	CSAU_0101_10   = 0
	CSAU_0101_10I  = 1 // Binary input
	CSAU_0101_10IE = 3 // Binary input, Energy function
	CSAU_0101_16   = 4
	CSAU_0101_16I  = 5  // Binary input
	CSAU_0101_16IE = 7  // Binary input, Energy function
	CSAP_01XX_12E  = 14 // Energy function
)
View Source 
const (
	CSAX_OFF                 = 0x1
	CSAX_ON                  = 0x2
	CSAX_BLINKING            = 0x3
	CSAX_ON_LOCKED           = 0x4
	CSAX_OFF_LOCKED          = 0x5
	CSAX_OFF_OVERTEMPERATURE = 0x7
	CSAX_OFF_OVERLOAD        = 0x8
)
View Source 
const DPL_TYPE_EXT2 = 2

Variables

View Source 
var (
	ErrTerminal          = errors.New("terminal error")
	ErrUnknown           = errors.New("message unknown")
	ErrDpOutOfRange      = errors.New("datapoint out of range")
	ErrBusyMRF           = errors.New("RF busy, TX msg lost")
	ErrBusyMRFRX         = errors.New("RF busy, RX in progress")
	ErrTxMsgLost         = errors.New("TX lost, repeat it, buffer full")
	ErrNoAck             = errors.New("timeout, no ACK received")
	ErrUnrecognisedError = errors.New("unknown error")

	ErrUnknownDPLFormat = errors.New("unsupported DPL format, broken file or you didn't upload the DPL to the stick?")
)

Functions

func StartStopWrap 

func StartStopWrap(w io.ReadWriteCloser) io.ReadWriteCloser

Types

type BatteryState 

type BatteryState byte

func (BatteryState) String 

func (b BatteryState) String() string

type Datapoint 

type Datapoint struct {
	// contains filtered or unexported fields
}

func (*Datapoint) Channel 

func (dp *Datapoint) Channel() int

func (*Datapoint) CurrentTemperature 

func (d *Datapoint) CurrentTemperature(ctx context.Context,
	value float32) ([]byte, error)

func (*Datapoint) DesiredTemperature 

func (d *Datapoint) DesiredTemperature(ctx context.Context,
	value float32) ([]byte, error)

func (*Datapoint) Device 

func (dp *Datapoint) Device() *Device

func (*Datapoint) Dim 

func (d *Datapoint) Dim(ctx context.Context, value int) ([]byte, error)

func (*Datapoint) DimWithSpeed 

func (d *Datapoint) DimWithSpeed(ctx context.Context, value, speed int) ([]byte, error)

func (*Datapoint) Id 

func (dp *Datapoint) Id() string

func (*Datapoint) Mode 

func (dp *Datapoint) Mode() int

func (*Datapoint) Name 

func (dp *Datapoint) Name() string

func (*Datapoint) Number 

func (dp *Datapoint) Number() int

func (*Datapoint) Shutter 

func (d *Datapoint) Shutter(ctx context.Context, cmd ShutterCommand) ([]byte, error)

func (*Datapoint) Switch 

func (d *Datapoint) Switch(ctx context.Context, on bool) ([]byte, error)

func (*Datapoint) Type 

func (dp *Datapoint) Type() channelType

type Device 

type Device struct {
	// contains filtered or unexported fields
}

Device represents an xComfort device

func (Device) IsBatteryOperated 

func (d Device) IsBatteryOperated() bool

func (Device) IsDimmingActuator 

func (d Device) IsDimmingActuator() bool

func (Device) IsHeatingActuator 

func (d Device) IsHeatingActuator() bool

func (Device) IsShutter 

func (d Device) IsShutter() bool

func (Device) IsSwitchingActuator 

func (d Device) IsSwitchingActuator() bool

func (Device) Name 

func (d Device) Name() string

func (Device) ReportsPower 

func (d Device) ReportsPower() bool

func (Device) SerialNumber 

func (d Device) SerialNumber() int

func (Device) Type 

func (d Device) Type() DeviceType

type DeviceType 

type DeviceType int
const (
	DT_CTAA_01     DeviceType = 1
	DT_CTAA_02     DeviceType = 2
	DT_CTAA_04     DeviceType = 3
	DT_CRCA_000x   DeviceType = 5
	DT_CSAx_01     DeviceType = 16
	DT_CDAx_01     DeviceType = 17
	DT_CJAU_0101   DeviceType = 18
	DT_CBEU_0201   DeviceType = 19
	DT_CBEU_0202   DeviceType = 20
	DT_CHSZ_1201   DeviceType = 21
	DT_CHMU_00     DeviceType = 22
	DT_CTEU_02     DeviceType = 23
	DT_CAEE_02     DeviceType = 24
	DT_CAAE_01     DeviceType = 25
	DT_CRMA_00     DeviceType = 26
	DT_CJAU_0102   DeviceType = 27
	DT_CKOZ_00     DeviceType = 28
	DT_CBMA_02     DeviceType = 29
	DT_CHSZ_02     DeviceType = 48
	DT_CHSZ_1203   DeviceType = 49
	DT_CHSZ_1204   DeviceType = 50
	DT_CRCA_00     DeviceType = 51
	DT_CROU_00     DeviceType = 52
	DT_CIZE_02     DeviceType = 53
	DT_CEMx_01     DeviceType = 54
	DT_CHAZ_01     DeviceType = 55
	DT_CHSZ_01     DeviceType = 56
	DT_CKOZ_0208   DeviceType = 57
	DT_CKOZ_0009   DeviceType = 62
	DT_CHVZ_01     DeviceType = 65
	DT_CRMA_00_FW  DeviceType = 67
	ROSETTA_SENSOR DeviceType = 68
	DT_CHAZ_0112   DeviceType = 71
	DT_CSAU_0101   DeviceType = 74
	DT_CROU_0101   DeviceType = 75
	DT_CDWA_013x   DeviceType = 76
	DT_CDAx_01NG   DeviceType = 77
	DT_CRCA_00xx   DeviceType = 78
	DT_CHAX_010x   DeviceType = 81
	DT_CJAU_0104   DeviceType = 86
)

func (DeviceType) String 

func (d DeviceType) String() string

type ErrGeneral 

type ErrGeneral struct {
	// contains filtered or unexported fields
}

func (ErrGeneral) Error 

func (e ErrGeneral) Error() string

type Event 

type Event string
const (
	EventOn           Event = "on"
	EventOff          Event = "off"
	EventSwitchOn     Event = "switchOn"
	EventSwitchOff    Event = "switchOff"
	EventUpPressed    Event = "upPressed"
	EventUpReleased   Event = "upReleased"
	EventDownPressed  Event = "downPressed"
	EventDownReleased Event = "downReleased"
	EventForced       Event = "forced"
	EventSingleOn     Event = "singleOn"
	EventValue        Event = "value"
	EventTooCold      Event = "tooCold"
	EventTooWarm      Event = "tooWarm"
)

func (Event) String 

func (e Event) String() string

type Handler 

type Handler interface {
	// Datapoint updated value
	StatusValue(datapoint *Datapoint, value int)
	// Datapoint updated state
	StatusBool(datapoint *Datapoint, on bool)
	// Datapoint updated shutter state
	StatusShutter(datapoint *Datapoint, status ShutterStatus)
	// Datapoint sent event
	Event(datapoint *Datapoint, event Event)
	// RC data wheel position
	Wheel(datapoint *Datapoint, value interface{})
	// Datapoint sent event with value
	ValueEvent(datapoint *Datapoint, event Event, value interface{})
	// Datapoint sent value
	Value(datapoint *Datapoint, value interface{})
	// Battery state updated
	Battery(device *Device, percentage int)
	// Power updated
	Power(device *Device, value interface{})
	// Internal temperature updated
	InternalTemperature(device *Device, centigrade int)
	// Rssi updated
	Rssi(device *Device, rssi int)
	// Datapoint list changed
	DPLChanged()
}

Handler interface for receiving callbacks

type Interface 

type Interface struct {
	// contains filtered or unexported fields
}

Interface

func (*Interface) Datapoint 

func (i *Interface) Datapoint(number int) *Datapoint

Datapoint returns the requested datapoint

func (*Interface) Device 

func (i *Interface) Device(serialNumber int) *Device

Device returns the device with the specified serialNumber

func (*Interface) ForEachDatapoint 

func (i *Interface) ForEachDatapoint(dpfunc func(*Datapoint) error) error

ForEachDatapoint takes a function as input and will apply that function to each datapoint that is registered.

func (*Interface) ForEachDevice 

func (i *Interface) ForEachDevice(devfunc func(*Device) error) error

ForEachDevice takes a function as input and will apply that function to each device that is registered.

func (*Interface) GetCounterRx 

func (i *Interface) GetCounterRx() (uint32, error)

func (*Interface) GetCounterTx 

func (i *Interface) GetCounterTx() (uint32, error)

func (*Interface) Init 

func (i *Interface) Init(handler Handler, verbose bool)

Init loads datapoints from the specified file and takes a handler which will get callbacks when events are received.

func (*Interface) ReadFile 

func (i *Interface) ReadFile(filename string) error

func (*Interface) Release 

func (i *Interface) Release() (rf, fw float32, err error)

func (*Interface) RequestDPL 

func (i *Interface) RequestDPL(ctx context.Context) error

func (*Interface) Revision 

func (i *Interface) Revision() (hw, rf, fw int, err error)

func (*Interface) Run 

func (i *Interface) Run(ctx context.Context, conn io.ReadWriter) error

Run starts the event loop, dispatching TX and CONFIG commands, and returning the results to the requesters.

func (*Interface) Serial 

func (i *Interface) Serial() (uint32, error)

func (*Interface) SetOKMRF 

func (i *Interface) SetOKMRF() error

func (*Interface) SetRfSeqNo 

func (i *Interface) SetRfSeqNo() error

type Queue 

type Queue struct {
	// contains filtered or unexported fields
}

func (*Queue) Lock 

func (m *Queue) Lock() bool

Lock() returns true if no one got in line after us

func (*Queue) Unlock 

func (m *Queue) Unlock()

type ShutterCommand 

type ShutterCommand byte
const (
	ShutterClose     ShutterCommand = MCI_TED_CLOSE
	ShutterOpen      ShutterCommand = MCI_TED_OPEN
	ShutterStop      ShutterCommand = MCI_TED_JSTOP
	ShutterStepClose ShutterCommand = MCI_TED_STEP_CLOSE
	ShutterStepOpen  ShutterCommand = MCI_TED_STEP_OPEN
)

type ShutterStatus 

type ShutterStatus string
const (
	ShutterStopped ShutterStatus = "stopped"
	ShutterOpening ShutterStatus = "opening"
	ShutterClosing ShutterStatus = "closing"
)

type SignalStrength 

type SignalStrength byte

func (SignalStrength) String 

func (s SignalStrength) String() string

type StartStopWrapper 

type StartStopWrapper struct {
	// contains filtered or unexported fields
}

func (StartStopWrapper) Close 

func (s StartStopWrapper) Close() error

func (StartStopWrapper) Read 

func (s StartStopWrapper) Read(p []byte) (n int, err error)

func (StartStopWrapper) Write 

func (s StartStopWrapper) Write(p []byte) (int, error)

Source Files

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