vv104

const (
	Per_Cyc      CauseTx = 1
	Back         CauseTx = 2
	Spont        CauseTx = 3
	Init         CauseTx = 4
	Req          CauseTx = 5
	Act          CauseTx = 6
	ActCon       CauseTx = 7
	Deact        CauseTx = 8
	DeactCon     CauseTx = 9
	ActTerm      CauseTx = 10
	Retrem       CauseTx = 11
	Retloc       CauseTx = 12
	File         CauseTx = 13
	Inrogen      CauseTx = 20
	Inro1        CauseTx = 21
	Inro2        CauseTx = 22
	Inro3        CauseTx = 23
	Inro4        CauseTx = 24
	Inro5        CauseTx = 25
	Inro6        CauseTx = 26
	Inro7        CauseTx = 27
	Inro8        CauseTx = 28
	Inro9        CauseTx = 29
	Inro10       CauseTx = 30
	Inro11       CauseTx = 31
	Inro12       CauseTx = 32
	Inro13       CauseTx = 33
	Inro14       CauseTx = 34
	Inro15       CauseTx = 35
	Inro16       CauseTx = 36
	Reqcogen     CauseTx = 37
	Reqco1       CauseTx = 38
	Reqco2       CauseTx = 39
	Reqco3       CauseTx = 40
	Reqco4       CauseTx = 41
	UkTypeId     CauseTx = 44
	UkCauseTx    CauseTx = 45
	UkComAdrASDU CauseTx = 46
	UkIOA        CauseTx = 47
)

const (
	STOPPED ConnState = iota
	STARTED
	PENDING_UNCONFIRMED_STOPPED
	PENDING_STARTED
	PENDING_STOPPED
	STOP_CONN
	START_CONN
)

const (
	IFormatFrame FrameFormat = 0
	SFormatFrame FrameFormat = 1
	UFormatFrame FrameFormat = 3
)

const (
	M_SP_NA_1 TypeId = 1   // single-point information
	M_DP_NA_1 TypeId = 3   // double-point information
	M_ST_NA_1 TypeId = 5   // step position information
	M_BO_NA_1 TypeId = 7   // bitstring of 32 bits
	M_ME_NA_1 TypeId = 9   // measured value, normalized value
	M_ME_NB_1 TypeId = 11  // measured value, scaled value
	M_ME_NC_1 TypeId = 13  // measured value, short floating point number
	M_IT_NA_1 TypeId = 15  // integrated totals
	M_SP_TB_1 TypeId = 30  // single-point information with time tag CP56Time2a
	M_DP_TB_1 TypeId = 31  // double-point information with time tag CP56Time2a
	M_ST_TB_1 TypeId = 32  // step position information with time tag CP56Time2a
	M_BO_TB_1 TypeId = 33  // bitstring of 32 bit with time tag CP56Time2a
	M_ME_TD_1 TypeId = 34  // measured value, normalized value with time tag CP56Time2a
	M_ME_TE_1 TypeId = 35  // measured value, scaled value with time tag CP56Time2a
	M_ME_TF_1 TypeId = 36  // measured value, short floating point number with time tag CP56Time2a
	M_IT_TB_1 TypeId = 37  // integrated totals with time tag CP56Time2a
	C_SC_NA_1 TypeId = 45  // single command
	C_DC_NA_1 TypeId = 46  // double command
	C_RC_NA_1 TypeId = 47  // regulating step command
	C_SE_NA_1 TypeId = 48  // set point command, normalized value
	C_SE_NB_1 TypeId = 49  // set point command, scaled value
	C_SE_NC_1 TypeId = 50  // set point command, short floating point number
	C_BO_NA_1 TypeId = 51  // bitstring of 32 bits
	C_SC_TA_1 TypeId = 58  // single command with time tag CP56Time2a
	C_DC_TA_1 TypeId = 59  // double command with time tag CP56Time2a
	C_RC_TA_1 TypeId = 60  // regulating step command with time tag CP56Time2a
	C_SE_TA_1 TypeId = 61  // set point command, normalized value with time tag CP56Time2a
	C_SE_TB_1 TypeId = 62  // set point command, scaled value with time tag CP56Time2a
	C_SE_TC_1 TypeId = 63  // set point command, short floating-point number with time tag CP56Time2a
	C_BO_TA_1 TypeId = 64  // bitstring of 32 bits with time tag CP56Time2a
	M_EI_NA_1 TypeId = 70  // end of initialization
	C_IC_NA_1 TypeId = 100 // interrogation command
	C_CI_NA_1 TypeId = 101 // counter interrogation command
	C_RD_NA_1 TypeId = 102 // read command
	C_CS_NA_1 TypeId = 103 // clock synchronization command
	C_RP_NA_1 TypeId = 105 // reset process command
	C_TS_TA_1 TypeId = 107 // test command with time tag CP56Time2a

	// "private" range for internal purposes, will not be sent
	INTERNAL_STATE_MACHINE_NOTIFIER TypeId = 200
)

const (
	StartDTAct UFormat = 0x07
	StartDTCon UFormat = 0x0b
	StopDTAct  UFormat = 0x13
	StopDTCon  UFormat = 0x23
	TestFRAct  UFormat = 0x43
	TestFRCon  UFormat = 0x83
)