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# tv301sf.proto Uwe Hoppe Fritz-Haber-Institut der MPG 3/2014
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#
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# Stream Device Protocol for the Agilent TV 301SF Navigator pumping system.
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locktimeout = 5000;
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outTerminator = CR;
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inTerminator = "";
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replytimeout = 1500;
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readtimeout = 100;
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extrainput = Ignore;
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iWT = 175;
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### Uses "Window Meanings" protocol
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# Format <STX>+<ADDR>+<WIN>+<COM>+<DATA>+<ETX>+<CRC>
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# Where
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# <ADDR> (Unit address) = 0x80 (for RS 232)
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# <ADDR> (Unit address) = 0x80 + device number (0 to 31) (for RS 485)
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# <WIN> (Window) = string of 3 numeric char indicating the window # ( ‘000’ #to ‘999’)
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# <COM> (Command) = 0x30 to read the window, 0x31 to write into the window
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# <DATA> = an alphanumeric ASCII string with the data to be written into the window.
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#ADDR = $1
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RCOM = 0x30;
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WCOM = 0x31;
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getStartStop { WIN = "000"; #1=default=Start; 0=Stop
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,"%b"ETX"%01<xor>";
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}
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setStartStop { WIN = "000"; #1=default=Start; 0=Stop
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out STX,$1,$WIN,$WCOM,"%d",ETX"%01<xor>";
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in STX,$1,ACK,ETX"%01<xor>";
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@init { wait $iWT; getStartStop; }
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}
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getRemote { WIN = "008"; #1=default=Remote; 0=Serial
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,"%b"ETX"%01<xor>";
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}
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setRemote { WIN = "008"; #1=default=Remote; 0=Serial
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out STX,$1,$WIN,$WCOM,"%d",ETX"%01<xor>";
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in STX,$1,ACK,ETX"%01<xor>";
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@init { wait $iWT; getRemote; }
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}
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getRotFreqSetting { WIN = "120";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%6d"ETX"%01<xor>";
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}
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setRotFreqSetting { WIN = "120"; CDATA= "955";
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out STX,$1,$WIN,$WCOM,"000%u",ETX"%01<xor>";
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in STX,$1,ACK,ETX"%01<xor>";
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@init { wait $iWT; getRotFreqSetting; wait $iWT; }
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}
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getVentValve { WIN = "122"; #1=default=ON=CLOSE; 0=OPEN=OFF
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,"%b"ETX"%01<xor>";
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}
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setVentValve { WIN = "122"; #1=default=ON=CLOSE; 0=OPEN=OFF
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out STX,$1,$WIN,$WCOM,"%d",ETX"%01<xor>";
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in STX,$1,ACK,ETX"%01<xor>";
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@init { wait $iWT; getVentValve; }
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}
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getVentValveOperation { WIN = "125"; #Automatic = 0
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,"%b"ETX"%01<xor>";
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}
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setVentValveOperation { WIN = "125"; #Automatic = 0
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out STX,$1,$WIN,$WCOM,"%d",ETX"%01<xor>";
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in STX,$1,ACK,ETX"%01<xor>";
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@init { wait $iWT; getVentValveOperation; }
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}
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getPumpCurrent { WIN = "200";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%6d"ETX"%01<xor>";
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}
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getPumpVoltage { WIN = "201";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%6d"ETX"%01<xor>";
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}
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getPumpPower { WIN = "202";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%6d"ETX"%01<xor>";
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}
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getDrivingFrequency { WIN = "203";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%6d"ETX"%01<xor>";
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}
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getPumpTemperature { WIN = "204";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%6d"ETX"%01<xor>";
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}
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getPumpStatus { WIN = "205";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%6i"ETX"%01<xor>";
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}
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getErrorCode { WIN = "206";
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out STX,$1,$WIN,$RCOM,ETX"%01<xor>";
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in STX,$1,$WIN,$RCOM,"%o"ETX"%01<xor>";
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}
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