DyNet Text

DyNet Text is a text-based protocol that sends commands to, and receives status responses from, the control network. It is translated to DyNet1 and DyNet2 by the EG (dependent on port settings). DyNet Text can be sent over a serial RS-485 connection or a TCP connection made by a Telnet client.

Issues to consider:

Presently, DyNet Text does not have an EEPROM section. This means that settings cannot be saved between sessions.
DyNet1 uses separate time and date messages. DyNet2 uses a combined time and date message.
Commands that have device codes and box numbers as arguments must either have both or neither. You cannot supply a device code without a box number.

Syntax

DyNet Text commands use a single keyword command followed by a number of arguments. Commands and arguments are not case sensitive.

Preset 1 2 5000 (Area 2 fade to preset 1 over 5 seconds)

Most commands have a brief version.

P 1 2 5000

DyNet Text over RS-485 requires an asterisk as a synchronization character. This character is allowed when using Telnet, however, it is not required when using Telnet.

*P 1 2 5000

Arguments are separated by any number of spaces and/or a single comma.

P 1, 2, 5000

Integer arguments can be written as decimal values or hexadecimal values preceded by "0x". Temperature values can be written with or without a decimal point and have two decimal places of precision.

P 1, 2, 0x1388 (Area 2 fade to preset 1 over 5 seconds)

Whenever a command uses an Area, Fade time, Join, or Channel Level, that value becomes the new default value for that argument type. There are two edge cases to this rule:

The AreaMinMax command does not set the default value for Areas.
The JoinLevel command sets the default Join value to its third argument.

Telnet access

Your PC can connect to the EG via Telnet, using a serial terminal program such as PuTTY (shown here) or HyperTerminal.

Set up DyNet Text communication from your PC:

Connect your PC to the lighting control network via Ethernet or Wi-Fi.
Open PuTTY.
Enter the EG IP address.
Select the Telnet connection type. (To save the session settings, enter a Saved Sessions name and click the Save button), then click the Open button.
The command line window opens and displays "Telnet Connection Established…"
Enter DyNet Text commands. The EG acknowledges by echoing the command and "OK".
When the command is performed, the network sends a reply confirming the action.

The command line window also shows DyNet Text messages for all network activity seen by the EG, such as light regulation commands in the example below.

Commands

There are three types of DyNet Text messages:

Logical messages
DyNet Text Logical messages act on logical areas. They translate to DyNet1 and 2 logical messages.
Physical messages
DyNet Text Physical messages act on devices. They translate to DyNet1 and 2 physical messages.
Configuration messages
DyNet Text Configuration messages act on the DyNet Text engine. They configure settings and default values for arguments. They do not translate into DyNet1 or 2 messages.

The command tables give the long and short commands as well as the arguments they require. Required arguments are shown in bold. The following table is the argument legend for the command tables.

Message arguments table
Argument	Explanation	Units/Format	Min	Max	Notes
P	Preset Number	16 bit Integer	0	65279	DyNet2 allows some hard-coded presets above the maximum such as panic mode.
A	Area	16 bit Integer	0	65535	EG uses 2 byte areas. Area 0 is "All Areas".
F	Fade Time	milliseconds	0	83885.91	Fade time resolution is in milliseconds (ms) (10ms step size).
J	Join Level	8 bit Integer	0x00	0xFF
Ch	Channel Number	16 bit Integer	0	65535	Channel 0 is "All Channels".
CL	Channel Level	Percentage	0	100
PO	Preset Offset	16 bit Integer	0	65279
Tmp	Temperature	°C	-127.99	127.99	EG Temperature resolution is in 0.01°C steps.
DC	Device Code	8 bit Integer	0x00	0xFF	0xAA is "Any Device"
BN	Box Number	16 bit Integer	0x0000	0xFFFF	EG uses 2 bytes box numbers. 0x5555 is "Any Box Number".
TN	Task Number	8 bit Integer	0	255
EN	Event Number	16 bit Integer	0	65535
H	Hours	0..23	0	23
M	Minutes	0..59	0	59
S	Seconds	0..59	0	59
DoW	Day of the Week	Three letters			Either: "Sun", "Mon", "Tue", "Wed", "Thu", "Fri" or "Sat"
Day	Day of the Month	1..31	1	31
Mon	Month	Three letters			Either: "Jan", "Feb", … , "Dec"
Yr	Year	00-99 or 2000-2099	0	99	EG supports both 0..99 and 2000..2099
TF	True or False	0 or 1 only	0	1

Logical messages table
Command	Brief	Description	Arguments
Preset	P	Set Preset Message	P	A	F	J
RequestCurrentPreset	RCP	Request Current Preset	A	J
ChannelLevel	CL	Fade to Channel Level	Ch	CL	A	F	J
RampLevel	RL	Ramp to Channel Level	Ch	CL	A	F	J
RequestChannelLevel	RCL	Request Current Channel Level	Ch	A	J
StopFade	SF	Stop Fading in Area	Ch	A	J
Off	O	Turn Off Area	A	F	J
Panic		Panic Area	A	F	J
Unpanic		Un-panic Area	A	F	J
EnablePanel	SB	Enable a Panel	A	J
DisablePanel	DP	Disable a Panel	A	J
PresetOffset	PO	Set Preset Offset	PO	A	J
SavePreset	SP	Push Current Preset	A	J
RestorePreset	RP	Pop Current Preset	A	F	J
ResetPreset	RSetP	Reset Area to Last Used Preset	A	F	J
ProgramCurrentPreset	PCP	Program Current Levels to the Current Preset	A	J
ProgramPreset	PP	Program Current Levels to a Given Preset	P	A	J
LEDBrightness	LEDBr	Set Indicator LEDs' Active Brightness	CL	A	F	J
RequestLEDBrightness	RLEDBr	Request Indicator LEDs' Active Brightness	A	J
LEDBacklightBrightness	LEDBlBr	Set Backlight LEDs' Brightness	CL	A	F	J
RequestLEDBacklightBrightness	RLEDBlBr	Request Backlight LEDs' Brightness	A	J
LCDBrightness	LCDBr	Set Display Brightness	CL	A	F	J
RequestLCDBrightness	RLCDBr	Request Display Brightness	A	J
SetTemperatureSetpoint	STmpSP	Set Temperature Setpoint	Tmp	A	J
TemperatureSetpoint	TmpSP	Send a Reply Temperature Setpoint Message	Tmp	A	J
RequestTemperatureSetpoint	RTmpSP	Request a Temperature Setpoint	A	J
Temperature	Tmp	Send a Reply Actual Temperature Message	Tmp	A	J
RequestTemperature	RTmp	Request Actual Temperature	A	J

Physical messages table
Command	Brief	Description	Arguments
Reset		Reset Device	DC	BN
Version	V	Sign on Device	DC	BN
StartTask	STT	Start Task Engine Task	TN	DC	BN
StopTask	SPT	Stop Task Engine Task	TN	DC	BN
PauseTask	PT	Pause Task Engine Task	TN	DC	BN
TriggerEvent	TE	Trigger Event Scheduler Event	EN	DC	BN
EnableEvent	EE	Enable Event Scheduler Event	EN	DC	BN
DisableEvent	DE	Disable Event Scheduler Event	EN	DC	BN
RequestTime	RT	Request Current Time	DC	BN
RequestDate	RD	Request Date	DC	BN
SetTime	ST	Set Current Time	H	M	S
SetDate	SD	Set Date	DoW	Day	Mon	Yr
SetPhysicalTemperatureSetpoint	SPhyTmpSP	Set Temperature Setpoint	DC	BN	Tmp
PhysicalTemperatureSetpoint	PhyTmpSP	Send a Reply Temperature Setpoint Message	DC	BN	Tmp
RequestPhysicalTemperatureSetpoint	RPhyTmpSP	Request a Temperature Setpoint	DC	BN
PhysicalTemperature	PhyTmp	Send a Reply Actual Temperature Message	DC	BN	Tmp
RequestPhysicalTemperature	RPhyTmp	Request Actual Temperature	DC	BN

Configuration messages table
Command	Brief	Description	Arguments
Area	A	Set Default Area	A
A?		Request Default Area	-
Fade	F	Set Default Fade Time (ms)	F
F?		Request Default Fade Time	-
Join	J	Set Default Join	J
J?		Request Default Join	-
Channel	Ch	Set Default Channel	Ch
Ch?		Request Default Channel	-
AreaMinMax	AMM	Set Maximum and Minimum Areas of Interest	A	A
AMM?		Request Maximum and Minimum Areas	-
Brief		Set to Short Display of Reply Messages	-
Verbose		Set to Long Display of Reply Messages	-
ReplyOK		Set Whether or not OK is Printed after each Command	TF
Settings		Display Current Settings	-
WhoAreYou		Ask Gateway Device to Sign on	-
Echo		Repeat the command back	TF
DottedNetworkAddress	DNA	Use "Device (??hex) Box??" or "??.??" for Physical Properties	TF

Responses

Example EG Settings Message response

DyNet Text responses take one of two forms:

Network responses
Configuration responses

If there is a configuration response, then "OK" is suppressed. The following table is the legend for the response arguments.

Response arguments table
Code	Explanation	Example	Notes
<24h>	24 hour time	02:23:05
<A4>	Area as 4 char hex	000c
<Ad>	Area as a decimal. 0 is all areas.	12
<Bd>	Box number as a decimal.	24
<Br>	Baud rate as a decimal.	9600
<C2>	Current Channel Level Percent as 2 char hex	23
<Ch4>	Channel Number as 4 char hex	0017
<Chd>	Channel Number as a decimal. 0 is all channels.	2
<D2>	Device code as 2 char hex	dc
<D2B2>	"Device (<D2>hex) Box<Bd>" or "<Dd>.<Bd>" depending on "Dotted Network Address" setting.	Device(dchex) Box24
<Day>	Day of month as decimal	23
<Dd>	Device code as decimal	220
<DLS>	Either "Daylight Saving Time" or "Standard Time"	Standard Time
<DoW>	Three letter day of week	Mon
<Fd>	Fade time as a decimal in ms (resolution is 10ms)	2000
<Fs>	Fade time in seconds to 3 decimal places	2.000
<J2>	Join as 2 char hex	2f
<Jd>	Join as a decimal	47
<L%>	Level as percentage	75%
<L4>	Level as 4 char hex	0044
<Month>	Three letter month	Mar
<P#>	Port number as a decimal number	2	Typically, Port 1 is RS-485 and Port 2 is Ethernet (inc. Telnet)
<P4>	Preset as 4 char hex	0022
<Pd>	Preset as decimal	34
<T2>	Target Channel Level Percent as 2 char hex	64	100% → 0x64
<Tmp4>	Temperature rounded down as 4 char hex	45	69.25°C → 0x45
<TmpF>	Temperature as a floating point number with 2 decimal places	69.25
<V>	Version number	v3,02	Note that commas are used, not decimal points.
<Year>	Year as decimal	2015

Network responses

In the current implementation of DyNet Text, all messages that pass through ports in the EG will be checked by the DyNet Text engine. However, not all DyNet messages are understood by the DyNet Text engine. Included messages will be printed to the Telnet console or if not included in DyNet Text, they will be ignored.

Network response table
Reply Type	Verbose Reply	Brief Reply
Preset	Reply with Current Preset <Pd>, Area <Ad>, Join <J2>hex	RCP <P4>,<A4>,<J2>
Channel Level	Reply with Channel Level Ch <Chd>, Area <Ad>, TargLev <L%>, CurrLev <L%>, Join <J2>hex	RCL <Ch4>,<A4>,<T2>,<C2>,<J2>
Indicator LED Active Brightness	Reply with LED Brightness <L%>, Area <Ad>, Join <J2>hex	RPLEDBR <Br4>,<A4>,<J2>
Backlight LED Brightness	Reply with LED Backlight Brightness <L%>, Area <Ad>, Join <J2>hex	RPLEDBLBR <Br4>,<A4>,<J2>
LCD Brightness	Reply with LCD Brightness <L%>, Area <Ad>, Join <J2>hex	LCDBR <Br4>,<A4>,<J2>
Temperature Setpoint (Logical)	Reply with Temperature Setpoint <TmpF>, Area <Ad>, Join <J2>hex	TMPSP <Tmp4>,<A4>,<J2>
Temperature (Logical)	Reply with Temperature <TmpF>, Area <Ad>, Join <J2>hex	TMP <Tmp4>,<A4>,<J2>
Temperature Setpoint (Physical)	Reply with Temperature Set Point <D2B2>, <TmpF>	PHYTMPSP <D2B2>,<Tmp4>
Temperature (Physical)	Reply with Temperature <D2B2>, <TmpF>	PHYTMP <D2B2>,<Tmp4>
Version	Signon (Port <P#>) <D2B2>, <V>
Time	Time <24hr> <DLS>
Date	Date <DoW> <Day> <Month> <Year>
Time and Date	Time <24hr> <DLS>, Date <DoW> <Day> <Month> <Year>	DyNet2 can send a "Time and Date" reply.

EG settings message response example

Configuration responses

Configuration responses are responses to queries of the DyNet Text engine itself.

Configuration response table
Command	Reply
A?	A=<Ad>
F?	F=<Fd>
J?	J=<Jd>
Ch?	Ch=<Chd>
AMM?	AMin=<Ad>, AMax=<Ad>
WhoAreYou	I am EG (dchex) Box <Bd>, <V>
Version	Signon (Port <P#>) EG(dchex), Box <Bd>, <V>
RequestTime	Time <24hr> <DLS>
RequestDate	Date <DoW> <Day> <Month> <Year>
Settings	See Responses.