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ssm protocol beginnings added 

git-svn-id: http://svn.3splooges.com/romraider-arch/trunk@189 d2e2e1cd-ba16-0410-be16-b7c4453c7c2d
This commit is contained in:
kascade 2006-07-28 14:45:44 +00:00
parent c084ed97c4
commit 98ca441bb0
10 changed files with 2194 additions and 1 deletions
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4
src/enginuity/logger/definition/DefaultLoggerDefinition.java Normal file
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package enginuity.logger.definition;
public final class DefaultLoggerDefinition implements LoggerDefinition {
}

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src/enginuity/logger/definition/LoggerDefinition.java Normal file
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package enginuity.logger.definition;
public interface LoggerDefinition {
}

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src/enginuity/logger/exception/UnsupportedProtocolException.java Normal file
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package enginuity.logger.exception;
public final class UnsupportedProtocolException extends RuntimeException {
public UnsupportedProtocolException() {
}
public UnsupportedProtocolException(String string) {
super(string);
}
public UnsupportedProtocolException(String string, Throwable throwable) {
super(string, throwable);
}
public UnsupportedProtocolException(Throwable throwable) {
super(throwable);
}
}

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src/enginuity/logger/log_defs.xml Normal file
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<ecus>
<ecu_tools>
<convert_factor type="afr" name="Convert Lambda to AFR" metric="AFR" expr="[value]*14.7"/>
<convert_factor type="temp" name="Convert Celsius to Fahrenheit" metric="F" expr="([value]*9/5)+32"/>
<convert_factor type="press" name="Convert PSI to Bar" metric="Bar" expr="[value]*0.06894757"/>
<convert_factor type="speed" name="Convert km/h to mph" metric="mph" expr="[value]*0.6213712"/>
<convert_factor type="inj" name="Convert Injector Milliseconds to Duty %" metric="%"
expr="GetLogParam(&quot;Engine Speed&quot;)*([value]/1200)"/>
</ecu_tools>
<logprotocols>
<logprotocol type="SSM" default="ssmbase" baud="4800" databits="8" stopbits="1" parity="0">
<ecu id="base" name="SSM base" type="ssmbase">
<parameter id="Engine Speed" offset="#000E" storagetype="uint16" decimals="0" bit="1" byte="1" expr="[value]/4" metric="RPM"
desc="Engine speed in Revolutions Per Minute. More accurate than your|tachometer, which will normally indicate higher."/>
<parameter id="Manifold Absolute Pressure" offset="#000D" storagetype="uint8" decimals="3" type="press" bit="2" byte="1"
expr="[value]*37/255" metric="PSI"
desc="Absolute pressure read by the MAP sensor typically located just after|the throttle body. Absolute pressure means air pressure including|amtospheric, therefore the values normall seen here are Atmospheric|Pressure plus any boost pressure."/>
<parameter id="Air/Fuel Learning #2" offset="#000C" storagetype="uint8" decimals="2" bit="3" byte="1" expr="([value]-128)*100/128"
metric="%"
desc="Fuel trim corrections made by the ECU while in closed loop. This value|is based on trends seen in the Air/Fuel Trim Immediate field.|Adjustments are made slower. The combined value of this field and the|Air/Fuel Trim Immediate field equal your total fuel trim. This|correction is not directly active when in open loop."/>
<parameter id="Air/Fuel Correction #2" offset="#000B" storagetype="uint8" decimals="2" bit="4" byte="1" expr="([value]-128)*100/128"
metric="%"
desc="Fuel trim corrections made by the ECU while in closed loop. This|value is updated most frequently. Adjustments are made based on the|values provided by the Front O2 Sensor. This correction is not active|when in open loop."/>
<parameter id="Air/Fuel Learning #1" offset="#000A" storagetype="uint8" decimals="2" bit="5" byte="1" expr="([value]-128)*100/128"
metric="%"
desc="Fuel trim corrections made by the ECU while in closed loop. This value|is based on trends seen in the Air/Fuel Trim Immediate field.|Adjustments are made slower. The combined value of this field and the|Air/Fuel Trim Immediate field equal your total fuel trim. This|correction is not directly active when in open loop."/>
<parameter id="Air/Fuel Correction #1" offset="#0009" storagetype="uint8" decimals="2" bit="6" byte="1" expr="([value]-128)*100/128"
metric="%"
desc="Fuel trim corrections made by the ECU while in closed loop. This|value is updated most frequently. Adjustments are made based on the|values provided by the Front O2 Sensor. This correction is not active|when in open loop."/>
<parameter id="Coolant Temperature" offset="#0008" storagetype="uint8" decimals="2" type="temp" bit="7" byte="1" expr="([value]-40)"
metric="B C"
desc="Engine coolant temperature reading. Do not base your decision on|engine operating temperature on this value. The engine oil will take|slightly longer to heat up than the coolant."/>
<parameter id="Engine Load" offset="#0007" storagetype="uint8" decimals="2" bit="8" byte="1" expr="[value]*100/255" metric="g/s"
desc="Calculated engine load based on a number of conditions such as MAF|sensor reading, engine coolant temp, etc. This represents how hard|the engine is being asked to work. Load does not simply mean boost.|This value is used as an axis reference point on many of the ECU maps."/>
<parameter id="Front O2 Sensor #2" offset="#001A" storagetype="uint16" decimals="3" bit="1" byte="2" expr="[value]*5/1000" metric="V"
desc="Voltage of the O2 sensor. These sensors do not report an accurate|Air/Fuel ratio but instead provide a rich/lean signal to the ECU.|Their output voltages switches sharply as the AFR crosses the|stoichiometric ratio. Values of ~0 to ~0.9 are normal. 0 being lean|and 0.9 being very rich."/>
<parameter id="Rear O2 Sensor" offset="#0018" storagetype="uint16" decimals="3" bit="2" byte="2" expr="[value]*5/1000" metric="V"
desc="Voltage of the O2 sensor. These sensors do not report an accurate|Air/Fuel ratio but instead provide a rich/lean signal to the ECU.|Their output voltages switches sharply as the AFR crosses the|stoichiometric ratio. Values of ~0 to ~0.9 are normal. 0 being lean|and 0.9 being very rich."/>
<parameter id="Front O2 Sensor #1" offset="#0016" storagetype="uint16" decimals="3" bit="3" byte="2" expr="[value]*5/1000" metric="V"
desc="Voltage of the O2 sensor. These sensors do not report an accurate|Air/Fuel ratio but instead provide a rich/lean signal to the ECU.|Their output voltages switches sharply as the AFR crosses the|stoichiometric ratio. Values of ~0 to ~0.9 are normal. 0 being lean|and 0.9 being very rich."/>
<parameter id="Throttle Opening Angle" offset="#0015" storagetype="uint8" decimals="2" bit="4" byte="2" expr="[value]*100/255"
metric="%" desc="Percentage displaying how much the throttle blade has opened. 100% =|wide open throttle."/>
<parameter id="Mass Air Flow" offset="#0013" storagetype="uint16" decimals="2" bit="5" byte="2" expr="[value]/100" metric="g/s"
desc="Mass air flow sensor value in gram of air per second. Measured by the|MAF sensor located just after your intake air box."/>
<parameter id="Intake Air Temperature" offset="#0012" storagetype="uint8" decimals="2" type="temp" bit="6" byte="2"
expr="([value]-40)" metric="B C"
desc="Temperature of the air drawn into the engine for combustion.|Generally measured as the point of entry to the air box. This does|NOT give an indication of actual charge air temperature. This value|is useful to the ECU for determination of the wastegate duty cycle|required to produce a given boost pressure. Higher boost pressures|may be achieved with lower wastegate duty cycles when the IAT is low."/>
<parameter id="Ignition Timing" offset="#0011" storagetype="uint8" decimals="0" bit="7" byte="2" expr="([value]-128)/2"
metric="B BTDC"
desc="Actual spark advance Before Top Dead Center after all corrections have|been made. This is the actual timing value the engine is experiencing|after all the knock correction and environment corrections have been|made."/>
<parameter id="Vehicle Speed" offset="#0010" storagetype="uint8" decimals="0" type="speed" bit="8" byte="2" expr="[value]"
metric="KPH"
desc="Actual vehicle speed. This value is updated slower but may beore|accurate than what your speedometer. This value may not be accurate|if the car wheels or tyres have been changed from standard, since this|changes the rolling circumference."/>
<parameter id="Atmospheric Pressure" offset="#0023" storagetype="uint8" decimals="3" type="press" bit="1" byte="3"
expr="[value]*37/255" metric="PSI"
desc="Measured atmospheric pressure. At sea-level this should be around|1bar or 14.5PSI. On some vehicles this value is not updated|continuously since a single pressure sensor is shared for reading both|manifold and atmospheric pressure."/>
<parameter id="Knock Correction" offset="#0022" storagetype="uint8" decimals="0" bit="2" byte="3" expr="([value]-128)/2"
metric="B BTDC"
desc="This value represents how much additional ignition timing is being|added/removed to/from the primary ignition table. + values are|ignition advance and indicate the absence of knock. -ve values are|ignition retard and may indicate that the engine knock sensor is|detecting some knock. This value is generated by the Ignition Advance|Multiplier and the Knock Correction map."/>
<parameter id="Fuel Injector #2 Pulse Width" offset="#0021" storagetype="uint8" decimals="2" type="inj" bit="3" byte="3"
expr="[value]*256/1000" metric="ms"
desc="Represents how long the injector has been sent a signal to open. This|includes both the injector latency time as well as the time the|injector actually flowed fuel. If you are regularly seeing over 90%|duty, you may need bigger injectors."/>
<parameter id="Fuel Injector #1 Pulse Width" offset="#0020" storagetype="uint8" decimals="2" type="inj" bit="4" byte="3"
expr="[value]*256/1000" metric="ms"
desc="Represents how long the injector has been sent a signal to open. This|includes both the injector latency time as well as the time the|injector actually flowed fuel. If you are regularly seeing over 90%|duty, you may need bigger injectors."/>
<parameter id="Differential Pressure Sensor Voltage" offset="#001F" storagetype="uint8" decimals="3" bit="5" byte="3"
expr="[value]*2/100" metric="V" desc=""/>
<parameter id="Throttle Sensor Voltage" offset="#001E" storagetype="uint8" decimals="3" bit="6" byte="3" expr="[value]*2/100"
metric="V" desc="Voltage generated by the throttle sensor. As throttle blade angle|increases, voltage increases."/>
<parameter id="Air Flow Sensor Voltage" offset="#001D" storagetype="uint8" decimals="3" bit="7" byte="3" expr="[value]*2/100"
metric="V" desc="Voltage generated by the MAF sensor. As air flow increases, voltage|increases."/>
<parameter id="Battery Voltage" offset="#001C" storagetype="uint8" decimals="3" bit="8" byte="3" expr="[value]*8/100" metric="V"
desc="Voltage measured at the ECU. May be as low as 10 volts when the|ignition is off, should rise to ~14 volts when the engine is running."/>
<parameter id="Front O2 Heater #1" offset="#002B" storagetype="uint8" decimals="3" bit="1" byte="4" expr="[value]*1004/25600"
metric="Amps" desc=""/>
<parameter id="Fuel Temperature" offset="#002A" storagetype="uint8" decimals="2" type="temp" bit="2" byte="4" expr="([value]-40)"
metric="B C" desc=""/>
<parameter id="Accelerator Opening Angle" offset="#0029" storagetype="uint8" decimals="2" bit="3" byte="4" expr="[value]*100/256"
metric="%" desc=""/>
<parameter id="Learned Ignition Timing" offset="#0028" storagetype="uint8" decimals="0" bit="4" byte="4" expr="([value]-128)/2"
metric="B BTDC" desc=""/>
<parameter id="CO Adjustment" offset="#0027" storagetype="uint8" decimals="3" bit="5" byte="4" expr="[value]*2/100" metric="V"
desc=""/>
<parameter id="Fuel Tank Pressure" offset="#0026" storagetype="uint8" decimals="3" type="press" bit="6" byte="4"
expr="([value]-128)*35/10000" metric="PSI" desc=""/>
<parameter id="Pressure Differential Sensor" offset="#0025" storagetype="uint8" decimals="3" bit="7" byte="4"
expr="([value]-128)*37/255" metric="PSI" desc=""/>
<parameter id="Manifold Relative Pressure" offset="#0024" storagetype="uint8" decimals="3" type="press" bit="8" byte="4"
expr="([value]-128)*37/255" metric="PSI"
desc="Calculated by the ECU from subtracting the Air Pressure sensor value|against the Manifold Absolute Pressure sensor. The result is relative|or &quot;boost&quot; pressure, which is what is shown by a boost gauge."/>
<parameter id="Tumble Valve Position Sensor Right" offset="#0033" storagetype="uint8" decimals="3" bit="1" byte="5"
expr="[value]*2/100" metric="V" desc="Voltage generated by the tumble value position sensor."/>
<parameter id="CPC Valve Duty Ratio" offset="#0032" storagetype="uint8" decimals="2" bit="2" byte="5" expr="[value]*100/255"
metric="%" desc="Charge Purge Cannister"/>
<parameter id="Secondary Wastegate Duty Cycle" offset="#0031" storagetype="uint8" decimals="2" bit="3" byte="5" expr="[value]*100/255"
metric="%"
desc="Duty cycle used to drive the boost control solenoid. This is the|final value used after corrections. Very helpful in tuning the boost|control system. The higher the duty cycles the more exhaust gas is|being used to drive the turbocharger. As the wastegate is opened more|exhaust gases are by-passed to reduce the boost pressure generated by|the turbo."/>
<parameter id="Primary Wastegate Duty Cycle" offset="#0030" storagetype="uint8" decimals="2" bit="4" byte="5" expr="[value]*100/255"
metric="%"
desc="Duty cycle used to drive the boost control solenoid. This is the|final value used after corrections. Very helpful in tuning the boost|control system. The higher the duty cycles the more exhaust gas is|being used to drive the turbocharger. As the wastegate is opened more|exhaust gases are by-passed to reduce the boost pressure generated by|the turbo."/>
<parameter id="Fuel Level Voltage" offset="#002E" storagetype="uint8" decimals="3" bit="6" byte="5" expr="[value]*2/100" metric="V"
desc="Voltage generated by the fuel level sensor inside the fuel tank."/>
<parameter id="Front O2 Heater #2" offset="#002D" storagetype="uint8" decimals="3" bit="7" byte="5" expr="[value]*1004/25600"
metric="Amps" desc=""/>
<parameter id="Rear O2 Heater Current" offset="#002C" storagetype="uint8" decimals="3" bit="8" byte="5" expr="[value]*1004/25600"
metric="Amps" desc=""/>
<parameter id="Fuel Pump Duty" offset="#003B" storagetype="uint8" decimals="2" bit="1" byte="6" expr="[value]*100/255" metric="%"
desc="Duty cycle used to drive the fuel pump. At idle and very low load|conditions, the duty cycle is reduced to extend the pump's life time|and importantly reduces fuel temperature at idle and this reduces fuel|system related emissions."/>
<parameter id="Alternator Duty" offset="#003A" storagetype="uint8" decimals="2" bit="2" byte="6" expr="[value]" metric="%"
desc="On some cars the alternator duty can be controlled by the ECU. This|allows the load on the engine from the alternator to be controlled.|The ECU may reduce the alternator load at high engine loads to reduce|the power drawn from the engine."/>
<parameter id="Number Of Ex. Gas Recirc Steps" offset="#0039" storagetype="uint8" decimals="2" bit="3" byte="6" expr="[value]"
metric="steps" desc=""/>
<parameter id="Idle Speed Control Valve Step" offset="#0038" storagetype="uint8" decimals="2" bit="4" byte="6" expr="[value]"
metric="steps" desc=""/>
<parameter id="Air/Fuel Heater Duty" offset="#0037" storagetype="uint8" decimals="2" bit="5" byte="6" expr="[value]*100/255"
metric="%" desc=""/>
<parameter id="Air/Fuel Lean Correction" offset="#0036" storagetype="uint8" decimals="2" bit="6" byte="6" expr="[value]*100/255"
metric="%" desc=""/>
<parameter id="Idle Speed Control Valve Duty Ratio" offset="#0035" storagetype="uint8" decimals="2" bit="7" byte="6" expr="[value]/2"
metric="%"
desc="Duty cycle used to maintain idle speed. Controls the amount of air|let into the manifold when the engine is idling. It is normal to see|this value fluctuating slightly with lambda on idle."/>
<parameter id="Tumble Valve Position Sensor Left" offset="#0034" storagetype="uint8" decimals="3" bit="8" byte="6"
expr="[value]*2/100" metric="V" desc="Voltage generated by the tumble value position sensor."/>
<parameter id="Air/Fuel Sensor #2 Current" offset="#0043" storagetype="uint8" decimals="3" bit="1" byte="7"
expr="([value]-128)*125/1000" metric="mA" desc="Current generated by the Air/Fuel Sensor."/>
<parameter id="Air/Fuel Sensor #1 Current" offset="#0042" storagetype="uint8" decimals="3" bit="2" byte="7"
expr="([value]-128)*125/1000" metric="mA" desc="Current generated by the Air/Fuel Sensor."/>
<parameter id="Intake OCV Current Left" offset="#0041" storagetype="uint8" decimals="3" bit="3" byte="7" expr="[value]*32" metric="mA"
desc="Current generated by the Oil Control Valve solenoid."/>
<parameter id="Intake OCV Current Right" offset="#0040" storagetype="uint8" decimals="3" bit="4" byte="7" expr="[value]*32"
metric="mA" desc="Current generated by the Oil Control Valve solenoid."/>
<parameter id="Intake OCV Duty Left" offset="#003F" storagetype="uint8" decimals="2" bit="5" byte="7" expr="[value]*100/255"
metric="%"
desc="The Oil Control Valve controls the intake VVT advance angles. The|values are a duty %, indicating the proportion of time that the valves|are energised."/>
<parameter id="Intake OCV Duty Right" offset="#003E" storagetype="uint8" decimals="2" bit="6" byte="7" expr="[value]*100/255"
metric="%"
desc="The Oil Control Valve controls the intake VVT advance angles. The|values are a duty %, indicating the proportion of time that the valves|are energised."/>
<parameter id="Intake VVT Advance Angle Left" offset="#003D" storagetype="uint8" decimals="0" bit="7" byte="7" expr="([value]-50)"
metric="B "
desc="Degrees of intake camshaft advance applied. The higher the advance|angle, the earlier the intake valves open; this causes more intake|valve overlap which can help the engine to breathe more efficiently at|a particular RPM and load. It is normal to see small differences|between left and right sides of the engine, however, large continuous|differences may indicate a fault."/>
<parameter id="Intake VVT Advance Angle Right" offset="#003C" storagetype="uint8" decimals="0" bit="8" byte="7" expr="([value]-50)"
metric="B "
desc="Degrees of intake camshaft advance applied. The higher the advance|angle, the earlier the intake valves open; this causes more intake|valve overlap which can help the engine to breathe more efficiently at|a particular RPM and load. It is normal to see small differences|between left and right sides of the engine, however, large continuous|differences may indicate a fault."/>
<parameter id="Air/Fuel Adjustment Voltage" offset="#00D3" storagetype="uint8" decimals="3" bit="1" byte="8" expr="[value]*2/100"
metric="V" desc=""/>
<parameter id="Rear O2 Heater Voltage" offset="#00D2" storagetype="uint8" decimals="3" bit="2" byte="8" expr="[value]*2/100"
metric="V" desc=""/>
<parameter id="Air/Fuel Learning #3" offset="#00D1" storagetype="uint8" decimals="2" bit="3" byte="8" expr="([value]-128)*100/128"
metric="%"
desc="Fuel trim corrections made by the ECU while in closed loop. This value|is based on trends seen in the Air/Fuel Trim Immediate field.|Adjustments are made slower. The combined value of this field and the|Air/Fuel Trim Immediate field equal your total fuel trim. This|correction is not directly active when in open loop."/>
<parameter id="Air/Fuel Correction #3" offset="#00D0" storagetype="uint8" decimals="2" bit="4" byte="8" expr="([value]-128)*100/128"
metric="%"
desc="Fuel trim corrections made by the ECU while in closed loop. This|value is updated most frequently. Adjustments are made based on the|values provided by the Front O2 Sensor. This correction is not active|when in open loop."/>
<parameter id="Air/Fuel Sensor #2" offset="#0047" storagetype="uint8" decimals="2" type="afr" bit="5" byte="8" expr="[value]/128"
metric="Lambda"
desc="Calculated Air/Fuel ratio based on the readings from the factory front|O2 sensor. The factory front O2 sensor is not a true wideband, and|typically loses accuracy at Air/Fuel ratios richer than 11.5:1. This|sensor is only used during closed loop fueling. A good value to|monitor for reference, but not one suggested to be used solely for|tuning."/>
<parameter id="Air/Fuel Sensor #1" offset="#0046" storagetype="uint8" decimals="2" type="afr" bit="6" byte="8" expr="[value]/128"
metric="Lambda"
desc="Calculated Air/Fuel ratio based on the readings from the factory front|O2 sensor. The factory front O2 sensor is not a true wideband, and|typically loses accuracy at Air/Fuel ratios richer than 11.5:1. This|sensor is only used during closed loop fueling. A good value to|monitor for reference, but not one suggested to be used solely for|tuning."/>
<parameter id="Air/Fuel Sensor #2 Resistance" offset="#0045" storagetype="uint8" decimals="3" bit="7" byte="8" expr="[value]"
metric="Ohms" desc="Resistance measured at the Air/Fuel sensor."/>
<parameter id="Air/Fuel Sensor #1 Resistance" offset="#0044" storagetype="uint8" decimals="3" bit="8" byte="8" expr="[value]"
metric="Ohms" desc="Resistance measured at the Air/Fuel sensor."/>
<parameter id="Gear Position" offset="#004A" storagetype="uint8" decimals="3" bit="6" byte="9" expr="([value]+1)" metric="gear"
desc=""/>
<parameter id="Air/Fuel Sensor #2 Heater Current" offset="#0054" storagetype="uint8" decimals="3" bit="4" byte="10" expr="[value]/10"
metric="Amps" desc=""/>
<parameter id="Air/Fuel Sensor #1 Heater Current" offset="#0053" storagetype="uint8" decimals="3" bit="5" byte="10" expr="[value]/10"
metric="Amps" desc=""/>
<parameter id="Read Memory Signal" offset="#0061" storagetype="uint8" decimals="0" type="bool" bit="5" byte="12" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Test Mode Signal" offset="#0061" storagetype="uint8" decimals="0" type="bool" bit="6" byte="12" expr="[value]"
metric="On/Off" desc="When test mode connector is connected."/>
<parameter id="AT/MT Identification Signal" offset="#0061" storagetype="uint8" decimals="0" type="bool" bit="7" byte="12"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="A/C Switch Signal" offset="#0062" storagetype="uint8" decimals="0" type="bool" bit="2" byte="13" expr="[value]"
metric="On/Off" desc="When air conditioning switch is turned ON."/>
<parameter id="Power Steering Switch Signal" offset="#0062" storagetype="uint8" decimals="0" type="bool" bit="3" byte="13"
expr="[value]" metric="On/Off" desc="When power steering switch is entered."/>
<parameter id="Ignition Switch Signal" offset="#0062" storagetype="uint8" decimals="0" type="bool" bit="4" byte="13" expr="[value]"
metric="On/Off" desc="When ignition is turned to ON."/>
<parameter id="Intercooler Auto-Wash Switch Signal" offset="#0062" storagetype="uint8" decimals="0" type="bool" bit="5" byte="13"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="Idle Switch Signal" offset="#0062" storagetype="uint8" decimals="0" type="bool" bit="7" byte="13" expr="[value]"
metric="On/Off" desc="When idle switch signal is entered."/>
<parameter id="Neutral Position Switch Signal" offset="#0062" storagetype="uint8" decimals="0" type="bool" bit="8" byte="13"
expr="[value]" metric="On/Off" desc="When neutral position signal is entered."/>
<parameter id="Electrical Load Signal" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="1" byte="14" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Knock Signal #2" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="2" byte="14" expr="[value]"
metric="On/Off"
desc="Knock sensor input. Knock signals occur extremely fast and may not|always be captured, it is suggested to rather watch the Knock|Correction value."/>
<parameter id="Knock Signal #1" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="3" byte="14" expr="[value]"
metric="On/Off"
desc="Knock sensor input. Knock signals occur extremely fast and may not|always be captured, it is suggested to rather watch the Knock|Correction value."/>
<parameter id="Front O2 #2 Rich Signal" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="4" byte="14" expr="[value]"
metric="On/Off" desc="When front O2 sensor mixture ratio is rich."/>
<parameter id="Rear O2 Rich Signal" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="5" byte="14" expr="[value]"
metric="On/Off" desc="When rear O2 sensor mixture ratio is rich."/>
<parameter id="Front O2 Rich Signal" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="6" byte="14" expr="[value]"
metric="On/Off" desc="When front O2 sensor mixture ratio is rich."/>
<parameter id="Starter Switch Signal" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="7" byte="14" expr="[value]"
metric="On/Off" desc="When starter switch signal is entered."/>
<parameter id="Handle Switch" offset="#0063" storagetype="uint8" decimals="0" type="bool" bit="8" byte="14" expr="[value]"
metric="RHD/LHD" desc="When the vehicle is LHD model."/>
<parameter id="A/C Mid Pressure Switch" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="1" byte="15" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="A/C Lock Signal" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="2" byte="15" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Wiper Switch" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="3" byte="15" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Interior Light Switch" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="4" byte="15" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Blower Fan Switch" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="5" byte="15" expr="[value]"
metric="On/Off" desc="When blower flan switch is turned ON."/>
<parameter id="Rear Defogger Switch Signal" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="6" byte="15"
expr="[value]" metric="On/Off"
desc="When the rear window defogger is turned ON. This sensor is used to|initiate data logging to a .csv file."/>
<parameter id="Camshaft Position Sensor Signal" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="7" byte="15"
expr="[value]" metric="On/Off" desc="When camshaft position sensor signal is entered."/>
<parameter id="Crankshaft Position Sensor Signal" offset="#0064" storagetype="uint8" decimals="0" type="bool" bit="8" byte="15"
expr="[value]" metric="On/Off" desc="When crankshaft position sensor signal is entered"/>
<parameter id="Blow-By Leak Connector" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="1" byte="16" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="CPC Solenoid Valve" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="2" byte="16" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Intercooler Auto-Wash Relay" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="3" byte="16"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="Fuel Pump Relay" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="4" byte="16" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Radiator Fan Relay #2" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="5" byte="16" expr="[value]"
metric="On/Off" desc="When radiator sub fan relay is in function."/>
<parameter id="Radiator Fan Relay #1" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="6" byte="16" expr="[value]"
metric="On/Off" desc="When radiator sub fan relay is in function."/>
<parameter id="Radiator Fan Relay #3" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="7" byte="16" expr="[value]"
metric="On/Off" desc="When radiator sub fan relay is in function."/>
<parameter id="A/C Compressor Signal" offset="#0065" storagetype="uint8" decimals="0" type="bool" bit="8" byte="16" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Assist Air Solenoid Valve" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="1" byte="17" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Power Steering Solenoid Valve" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="2" byte="17"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="Vent Solenoid Valve" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="3" byte="17" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Pressure Sources Change" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="4" byte="17" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Variable Intake Air Solenoid" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="5" byte="17"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="TGV Drive Signal" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="6" byte="17" expr="[value]"
metric="On/Off" desc="Tumble Generator Valve Drive Signal. When TGV moves and valve opens."/>
<parameter id="TGV Output Signal" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="7" byte="17" expr="[value]"
metric="On/Off" desc="Tumble Generator Valve Output Signal. When TGV actuator signal is|entered."/>
<parameter id="Fuel Pressure Control Solenoid Valve" offset="#0066" storagetype="uint8" decimals="0" type="bool" bit="8" byte="17"
expr="[value]" metric="On/Off" desc="When fuel pressure control solenoid valve is in function."/>
<parameter id="Muffler Control" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="1" byte="18" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Intake Air Solenoid" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="2" byte="18" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Exhaust Gas Negative Pressure" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="3" byte="18"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="Exhaust Gas Positive Pressure" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="4" byte="18"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="TCS Relief Valve Solenoid" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="5" byte="18" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Relief Valve Solenoid #2" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="6" byte="18" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Relief Valve Solenoid #1" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="7" byte="18" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Tank Sensor Control Valve" offset="#0067" storagetype="uint8" decimals="0" type="bool" bit="8" byte="18" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Request Torque Down VDC" offset="#0068" storagetype="uint8" decimals="0" type="bool" bit="1" byte="19" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Ban Of Torque Down" offset="#0068" storagetype="uint8" decimals="0" type="bool" bit="2" byte="19" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Fuel Cut Signal From AT" offset="#0068" storagetype="uint8" decimals="0" type="bool" bit="3" byte="19" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Retard Signal From AT" offset="#0068" storagetype="uint8" decimals="0" type="bool" bit="4" byte="19" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="AET Signal" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="1" byte="20" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="AT Coop. Rich Spike Signal" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="2" byte="20"
expr="[value]" metric="On/Off" desc=""/>
<parameter id="AT Coop. Lean Burn Signal" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="3" byte="20" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="AT Coop. Lock Up Signal" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="4" byte="20" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="EAM Signal" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="5" byte="20" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Torque Permission Signal" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="6" byte="20" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Torque Control Signal #2" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="7" byte="20" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Torque Control Signal #1" offset="#0069" storagetype="uint8" decimals="0" type="bool" bit="8" byte="20" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Throttle Motor Voltage" offset="#00FB" storagetype="uint8" decimals="3" bit="5" byte="31" expr="[value]*8/100"
metric="volts" desc=""/>
<parameter id="Throttle Motor Duty" offset="#00FA" storagetype="uint8" decimals="2" bit="6" byte="31" expr="([value]-128)*100/128"
metric="%" desc=""/>
<parameter id="Exhaust Gas Temperature" offset="#0106" storagetype="uint8" decimals="2" type="temp" bit="2" byte="33"
expr="([value]+40)*5" metric="B C"
desc="Exhaust gas temperature on vehicles equipped with this sensor located|in the uppipe before the turbocharger."/>
<parameter id="Fuel Pressure (High)" offset="#0105" storagetype="uint8" decimals="3" bit="3" byte="33" expr="[value]*4/100"
metric="MPa" desc=""/>
<parameter id="Brake Booster Pressure" offset="#0104" storagetype="uint8" decimals="3" type="press" bit="4" byte="33"
expr="[value]*37/255" metric="PSI" desc=""/>
<parameter id="Main Accelerator Sensor" offset="#0103" storagetype="uint8" decimals="3" bit="5" byte="33" expr="[value]*2/100"
metric="volts" desc=""/>
<parameter id="Sub Accelerator Sensor" offset="#0102" storagetype="uint8" decimals="3" bit="6" byte="33" expr="[value]*2/100"
metric="volts" desc=""/>
<parameter id="Main Throttle Sensor" offset="#0101" storagetype="uint8" decimals="3" bit="7" byte="33" expr="[value]*2/100"
metric="volts" desc=""/>
<parameter id="Sub Throttle Sensor" offset="#0100" storagetype="uint8" decimals="3" bit="8" byte="33" expr="[value]*2/100"
metric="volts" desc=""/>
<parameter id="Memorized Cruise Speed" offset="#010A" storagetype="uint8" decimals="0" type="speed" bit="6" byte="34" expr="[value]"
metric="KPH" desc=""/>
<parameter id="SCV Step" offset="#0109" storagetype="uint8" decimals="0" bit="7" byte="34" expr="[value]" metric="steps" desc=""/>
<parameter id="Cold Start Injector" offset="#0108" storagetype="uint8" decimals="0" type="inj" bit="8" byte="34"
expr="[value]*256/1000" metric="ms" desc=""/>
<parameter id="Exhaust OCV Current Left" offset="#011D" storagetype="uint8" decimals="3" bit="3" byte="36" expr="[value]*32"
metric="mA" desc="Current generated by the Oil Control Valve solenoid."/>
<parameter id="Exhaust OCV Current Right" offset="#011C" storagetype="uint8" decimals="3" bit="4" byte="36" expr="[value]*32"
metric="mA" desc="Current generated by the Oil Control Valve solenoid."/>
<parameter id="Exhaust OCV Duty Left" offset="#011B" storagetype="uint8" decimals="2" bit="5" byte="36" expr="[value]*100/255"
metric="%"
desc="The Oil Control Valve controls the exhaust VVT advance angles. The|values are a duty %, indicating the proportion of time that the valves|are energised."/>
<parameter id="Exhaust OCV Duty Right" offset="#011A" storagetype="uint8" decimals="2" bit="6" byte="36" expr="[value]*100/255"
metric="%"
desc="The Oil Control Valve controls the exhaust VVT advance angles. The|values are a duty %, indicating the proportion of time that the valves|are energised."/>
<parameter id="Exhaust VVT Advance Angle Left" offset="#0119" storagetype="uint8" decimals="2" bit="7" byte="36" expr="([value]-50)"
metric="B "
desc="Degrees of intake camshaft advance applied. The higher the advance|angle, the earlier the exhaust valves open; this causes more exhaust|valve overlap which can help the engine to breathe more efficiently at|a particular RPM and load. It is normal to see small differences|between left and right sides of the engine, however, large continuous|differences may indicate a fault."/>
<parameter id="Exhaust VVT Advance Angle Right" offset="#0118" storagetype="uint8" decimals="2" bit="8" byte="36" expr="([value]-50)"
metric="B "
desc="Degrees of intake camshaft advance applied. The higher the advance|angle, the earlier the exhaust valves open; this causes more exhaust|valve overlap which can help the engine to breathe more efficiently at|a particular RPM and load. It is normal to see small differences|between left and right sides of the engine, however, large continuous|differences may indicate a fault."/>
<parameter id="ETC Motor Relay" offset="#0120" storagetype="uint8" decimals="0" type="bool" bit="7" byte="37" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Accelerator Switch" offset="#0121" storagetype="uint8" decimals="0" type="bool" bit="2" byte="38" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Brake Switch" offset="#0121" storagetype="uint8" decimals="0" type="bool" bit="4" byte="38" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Resume/Accelerate Switch" offset="#0121" storagetype="uint8" decimals="0" type="bool" bit="5" byte="38" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Set/Coast Switch" offset="#0121" storagetype="uint8" decimals="0" type="bool" bit="6" byte="38" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Stop Light Switch" offset="#0121" storagetype="uint8" decimals="0" type="bool" bit="7" byte="38" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Clutch Switch" offset="#0121" storagetype="uint8" decimals="0" type="bool" bit="8" byte="38" expr="[value]"
metric="On/Off" desc=""/>
<parameter id="Roughness Monitor Cylinder #4" offset="#00D9" storagetype="uint8" decimals="0" bit="5" byte="48" expr="[value]"
metric="?" desc=""/>
<parameter id="Roughness Monitor Cylinder #3" offset="#00D8" storagetype="uint8" decimals="0" bit="6" byte="48" expr="[value]"
metric="?" desc=""/>
<parameter id="Roughness Monitor Cylinder #2" offset="#00CF" storagetype="uint8" decimals="0" bit="7" byte="48" expr="[value]"
metric="?" desc=""/>
<parameter id="Roughness Monitor Cylinder #1" offset="#00CE" storagetype="uint8" decimals="0" bit="8" byte="48" expr="[value]"
metric="?" desc=""/>
</ecu>
<ecu id="base" name="SSM 16 base" type="ssmbase16" include="ssmbase">
<parameter id="Advance Multiplier" offset="#20124" storagetype="uint8" decimals="0" expr="[value]" metric=""
desc="Value used to represent the knock tendency of the engine. A higher|value represents better performance for the given mapping and|conditions. This value ranges between 0 (worst) and 16 (best). This|value is used in determining the about of Knock Correction ignition|advance/retard applied to the base ignition timing map.">
<alt id="Advance Multiplier (20118)" offset="#20118"/>
<alt id="Advance Multiplier (20120)" offset="#20120"/>
<alt id="Advance Multiplier (20124)" offset="#20124"/>
<alt id="Advance Multiplier (20128)" offset="#20128"/>
<alt id="Advance Multiplier (20168)" offset="#20168"/>
</parameter>
<parameter id="Engine Load (RAM)" offset="#21975" storagetype="uint8" decimals="2" expr="[value]/32" metric="g"
desc="Calculated engine load based on a number of conditions such as MAF|sensor reading, engine coolant temp, etc. This represents how hard|the engine is being asked to work. Load does not simply mean boost.|This value is used as an axis reference point on many of the ECU maps.">
<alt id="Engine Load (2009A)" offset="#2009A"/>
<alt id="Engine Load (200B4)" offset="#200B4"/>
<alt id="Engine Load (200BE)" offset="#200BE"/>
<alt id="Engine Load (200D8)" offset="#200D8"/>
<alt id="Engine Load (200EE)" offset="#200EE"/>
<alt id="Engine Load (200F2)" offset="#200F2"/>
<alt id="Engine Load (200F4)" offset="#200F4"/>
<alt id="Engine Load (21847)" offset="#21847"/>
<alt id="Engine Load (218BF)" offset="#218BF"/>
<alt id="Engine Load (218C1)" offset="#218C1"/>
<alt id="Engine Load (21975)" offset="#21975"/>
<alt id="Engine Load (219BD)" offset="#219BD"/>
</parameter>
</ecu>
<ecu id="base" name="SSM 32 base" type="ssmbase32" include="ssmbase">
<parameter id="Advance Multiplier" offset="#802244" storagetype="uint8" decimals="0" expr="[value]" metric=""
desc="Value used to represent the knock tendency of the engine. A higher|value represents better performance for the given mapping and|conditions. This value ranges between 0 (worst) and 16 (best). This|value is used in determining the about of Knock Correction ignition|advance/retard applied to the base ignition timing map.">
<alt id="Advance Multiplier (802244)" offset="#802244" storagetype="uint8"/>
<alt id="Advance Multiplier (80224A)" offset="#80224A" storagetype="uint8"/>
<alt id="Advance Multiplier (80224E)" offset="#80224E" storagetype="uint8"/>
<alt id="Advance Multiplier (80225E)" offset="#80225E" storagetype="uint8"/>
<alt id="Advance Multiplier (FF83CC)" offset="#FF83CC" storagetype="float"/>
<alt id="Advance Multiplier (FF8550)" offset="#FF8550" storagetype="float"/>
<alt id="Advance Multiplier (FF8228)" offset="#FF8228" storagetype="float"/>
<alt id="Advance Multiplier (FF822C)" offset="#FF822C" storagetype="float"/>
<alt id="Advance Multiplier (FF8260)" offset="#FF8260" storagetype="float"/>
<alt id="Advance Multiplier (FF850C)" offset="#FF850C" storagetype="float"/>
<alt id="Advance Multiplier (FF2664)" offset="#FF2664" storagetype="float"/>
<alt id="Advance Multiplier (FF2688)" offset="#FF2688" storagetype="float"/>
<alt id="Advance Multiplier (FF267C)" offset="#FF267C" storagetype="float"/>
<alt id="Advance Multiplier (FF2588)" offset="#FF2588" storagetype="float"/>
<alt id="Advance Multiplier (FF824C)" offset="#FF824C" storagetype="float"/>
<alt id="Advance Multiplier (FF83AC)" offset="#FF83AC" storagetype="float"/>
<alt id="Advance Multiplier (FF2914)" offset="#FF2914" storagetype="float"/>
<alt id="Advance Multiplier (FF2B3C)" offset="#FF2B3C" storagetype="float"/>
<alt id="Advance Multiplier (FF2674)" offset="#FF2674" storagetype="float"/>
<alt id="Advance Multiplier (FF2570)" offset="#FF2570" storagetype="float"/>
<alt id="Advance Multiplier (FF854C)" offset="#FF854C" storagetype="float"/>
</parameter>
<parameter id="Engine Load (RAM)" offset="#801308" storagetype="uint16" decimals="2" expr="[value]/256" metric=""
desc="Calculated engine load based on a number of conditions such as MAF|sensor reading, engine coolant temp, etc. This represents how hard|the engine is being asked to work. Load does not simply mean boost.|This value is used as an axis reference point on many of the ECU maps.">
<alt id="Engine Load (801308)" offset="#801308" storagetype="uint16"/>
<alt id="Engine Load (801014)" offset="#801014" storagetype="uint16"/>
<alt id="Engine Load (8010F6)" offset="#8010F6" storagetype="uint16"/>
<alt id="Engine Load (80101A)" offset="#80101A" storagetype="uint16"/>
<alt id="Engine Load (FFA41C)" offset="#FFA41C" storagetype="float"/>
<alt id="Engine Load (FFA6AC)" offset="#FFA6AC" storagetype="float"/>
<alt id="Engine Load (FFA6FC)" offset="#FFA6FC" storagetype="float"/>
<alt id="Engine Load (FFB0E0)" offset="#FFB0E0" storagetype="float"/>
<alt id="Engine Load (FFA750)" offset="#FFA750" storagetype="float"/>
<alt id="Engine Load (FFA770)" offset="#FFA770" storagetype="float"/>
<alt id="Engine Load (FFB358)" offset="#FFB358" storagetype="float"/>
<alt id="Engine Load (FFB2C4)" offset="#FFB2C4" storagetype="float"/>
<alt id="Engine Load (FF5030)" offset="#FF5030" storagetype="float"/>
<alt id="Engine Load (FF50B0)" offset="#FF50B0" storagetype="float"/>
<alt id="Engine Load (FFA648)" offset="#FFA648" storagetype="float"/>
<alt id="Engine Load (FFA664)" offset="#FFA664" storagetype="float"/>
<alt id="Engine Load (FF4F48)" offset="#FF4F48" storagetype="float"/>
<alt id="Engine Load (FFB3D0)" offset="#FFB3D0" storagetype="float"/>
<alt id="Engine Load (FFA818)" offset="#FFA818" storagetype="float"/>
<alt id="Engine Load (FF554C)" offset="#FF554C" storagetype="float"/>
<alt id="Engine Load (FF543C)" offset="#FF543C" storagetype="float"/>
<alt id="Engine Load (FFB438)" offset="#FFB438" storagetype="float"/>
<alt id="Engine Load (FF6694)" offset="#FF6694" storagetype="float"/>
<alt id="Engine Load (FF689C)" offset="#FF689C" storagetype="float"/>
<alt id="Engine Load (FF684C)" offset="#FF684C" storagetype="float"/>
<alt id="Engine Load (FF6848)" offset="#FF6848" storagetype="float"/>
<alt id="Engine Load (FF5034)" offset="#FF5034" storagetype="float"/>
<alt id="Engine Load (FF4F58)" offset="#FF4F58" storagetype="float"/>
<alt id="Engine Load (FF508C)" offset="#FF508C" storagetype="float"/>
</parameter>
</ecu>
<ecu id="1644500305" name="MY99/00 Impreza 2.0 Turbo/WRX/GT (EURO)" type="AE800" include="ssmbase16"/>
<ecu id="1644500405" name="MY99/00 Impreza 2.0 Turbo/WRX/GT (EURO)" type="AE801" include="ssmbase16"/>
<ecu id="1644500505" name="MY99/00 Impreza 2.0 Turbo/WRX/GT (EURO)" type="AE802" include="ssmbase16"/>
<ecu id="16445005FF" name="MY99/00 Impreza 2.0 Turbo/WRX/GT (EURO)" type="AE802b" include="ssmbase16"/>
<ecu id="1604690405" name="MY99/00 Impreza 2.0 STI (JDM)" type="AF040" include="ssmbase16"/>
<ecu id="1604690505" name="MY99/00 Impreza 2.0 STI (JDM)" type="AF041" include="ssmbase16"/>
<ecu id="1604690605" name="Impreza 2.0 P1 (JDM)" type="AG340" include="ssmbase"/>
<ecu id="1B44580405" name="MY01/02 Impreza 2.0 WRX (EURO)" type="AF530-7554" include="ssmbase16"/>
<ecu id="1B44580505" name="MY01/02 Impreza 2.0 WRX (EURO)" type="AF531" include="ssmbase16"/>
<ecu id="2944594105" name="MY01/02 Impreza 2.0 STI Type UK (EURO)" type="AG820-2591" include="ssmbase16"/>
<ecu id="1842100705" name="MY02 Legacy 2.5 GX (EURO)" type="" include="ssmbase"/>
<ecu id="1844100805" name="MY02 Legacy 2.0 GL (EURO)" type="" include="ssmbase"/>
<ecu id="0D04680805" name="Legacy 2.0 B4 Twin-Turbo (JDM)" type="AD983" include="ssmbase16"/>
<ecu id="1944580505" name="MY00 Forester 2.0 Turbo S/GT (EURO)" type="AG050" include="ssmbase16"/>
<ecu id="2344100805" name="MY02 Forester 2.0 GLS (EURO)" type="" include="ssmbase16"/>
<ecu id="1B14400505" name="MY01/02 Impreza 2.0 WRX (US)" type="AF423" include="ssmbase16"/>
<ecu id="1B14400305" name="MY01/02 Impreza 2.0 WRX (US)" type="AF411" include="ssmbase16"/>
<ecu id="1B14400405" name="MY01/02 Impreza 2.0 WRX" type="AF422" include="ssmbase16"/>
<ecu id="1B04490605" name="MY01/02 Impreza 2.0 STI (JDM)" type="AF481" include="ssmbase16"/>
<ecu id="1B04490205" name="MY01/02 Impreza 2.0 STI (JDM)" type="AF480-7542" include="ssmbase16"/>
<ecu id="2344500405" name="MY02 Forester 2.0 Turbo S/GT Auto (EURO)" type="AG200" include="ssmbase16"/>
<ecu id="1E12" name="Impreza 2.5 RS (US)" type="AF581" include="ssmbase"/>
<ecu id="1B04490405" name="MY01/02 Impreza 2.0 STI (JDM)" type="AF480-7541" include="ssmbase16"/>
<ecu id="2954594105" name="MY02 Impreza 2.0 STI (AUS)" type="AH180-2581" include="ssmbase16"/>
<ecu id="1B54500505" name="MY01 Impreza 2.0 WRX (AUS)" type="AH570" include="ssmbase16"/>
<ecu id="1B44580305" name="MY01/02 Impreza 2.0 WRX (EURO)" type="AF530-7552" include="ssmbase16"/>
<ecu id="1B44100705" name="MY01/02 Impreza 2.0 GX (EURO)" type="AF633" include="ssmbase"/>
<ecu id="1B54500405" name="MY01 Impreza 2.0 WRX (AUS)" type="AF730-7574" include="ssmbase16"/>
<ecu id="1944540505" name="MY00 Forester 2.0 Turbo S/GT Auto (EURO)" type="AE901-921" include="ssmbase16"/>
<ecu id="2654786105" name="MY02 Legacy 2.0 B4 Twin-Turbo (AUS)" type="AG850-3382" include="ssmbase16"/>
<ecu id="1844100605" name="MY01 Legacy 2.0 Auto (EURO)" type="AG180" include="ssmbase"/>
<ecu id="1644100505" name="Impreza 2.0 (EURO)" type="AF671" include="ssmbase"/>
<ecu id="1954540505" name="MY00 Forester 2.0 Turbo S/GT Auto (EURO)" type="AF261" include="ssmbase16"/>
<ecu id="1604680405" name="Impreza 2.0 WRX Type RA (JDM)" type="AE481-2000" include="ssmbase16"/>
<ecu id="2A44506005" name="MY03 Forester 2.0 Turbo S/GT (EURO)" type="AG580-1361" include="ssmbase16"/>
<ecu id="2A44104305" name="MY03 Forester 2.0 NA (EURO)" type="AG600-2000" include="ssmbase16"/>
<ecu id="1844100805" name="MY03 Legacy 2.0 GX (EURO)" type="" include="ssmbase"/>
<ecu id="264A354005" name="MY03 Legacy 3.0 Outback (EURO)" type="" include="ssmbase"/>
<ecu id="29044A4105" name="MY01/02 Impreza 2.0 STI Type RA (JDM)" type="AG970" include="ssmbase16"/>
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<ecu id="4252584106" name="MY06 Forester 2.5 (AUS)" type="AL110-1600" include="ssmbase32"/>
<ecu id="4512783106" name="MY06 Legacy 2.5 GT (US)" type="AK45B-0991" include="ssmbase32"/>
<ecu id="3112485206" name="MY03 Forester 2.5 XT (US)" type="AJ471-7313" include="ssmbase32"/>
<ecu id="3D545B6005" name="MY05 Impreza 2.0 WRX WRP10 (AUS)" type="WRP10" include="ssmbase16"/>
<ecu id="4352594006" name="MY06 Impreza 2.5 STI (AUS)" type="AL390-2230" include="ssmbase32"/>
<ecu id="2F04505206" name="MY04 Legacy 2.0 GT (JDM)" type="AH122-5886" include="ssmbase16"/>
<ecu id="4304594005" name="MY06 Impreza 2.0 STI (JDM)" type="AL300-2261" include="ssmbase16"/>
<ecu id="3B02594216" name="MY06 Forester 2.5 XT (JDM)" type="AJ542-8433" include="ssmbase32"/>
<ecu id="4342594006" name="MY06 Impreza 2.5 STI (EURO)" type="AL340-2190" include="ssmbase32"/>
<ecu id="4342584006" name="MY06 Impreza 2.5 WRX (EURO)" type="AL310-2161" include="ssmbase32"/>
<ecu id="4242504106" name="MY06 Forester 2.5 XT Auto (EURO)" type="AK720-1531" include="ssmbase32"/>
<ecu id="3C04504316" name="MY04 Legacy 2.0 GT Auto (JDM)" type="AK233-0264" include="ssmbase16"/>
<ecu id="2F54505306" name="MY04 Legacy 2.0 GT (AUS)" type="AH133-5896" include="ssmbase16"/>
<ecu id="3C54504206" name="MY04 Legacy 2.0 GT (AUS)" type="AK321-0281" include="ssmbase16"/>
<ecu id="2F12785506" name="MY05 Legacy 2.5 GT (US)" type="AJ17D-6817" include="ssmbase32"/>
<ecu id="4512793106" name="MY06 Legacy Outback 2.5 (US)" type="AK478-1011" include="ssmbase32"/>
<ecu id="0D04680B05" name="MY99 Legacy 2.0 B4 Twin-Turbo (JDM)" type="AD985" include="ssmbase16"/>
<ecu id="3C04504006" name="MY04 Legacy 2.0 GT Auto (JDM)" type="AK230-0261" include="ssmbase16"/>
<ecu id="2D4A354005" name="MY03 Legacy 3.0 (EURO)" type="AH080-3941" include="ssmbase"/>
<ecu id="3B12584206" name="MY05 Forester 2.5 (US)" type="AJ572-8464" include="ssmbase32"/>
</logprotocol>
</logprotocols>
</ecus>

2
src/enginuity/logger/manager/DefaultTransmissionManager.java
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@ -11,7 +11,7 @@ import static gnu.io.SerialPort.PARITY_NONE;
import static gnu.io.SerialPort.STOPBITS_1;
public final class DefaultTransmissionManager implements TransmissionManager {
private static final int BAUDRATE = 10400;
private static final int BAUDRATE = 4800;
private static final int CONNECT_TIMEOUT = 2000;
private final TwoWaySerialComm twoWaySerialComm = new DefaultTwoWaySerialComm();
private SerialConnection serialConnection = null;

13
src/enginuity/logger/protocol/Protocol.java Normal file
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@ -0,0 +1,13 @@
package enginuity.logger.protocol;
public interface Protocol {
byte[] constructReadMemoryRequest(byte[] fromAddress, int numBytes);
byte[] constructReadAddressRequest(byte[]... addresses);
byte[] constructEcuInitRequest();
byte[] extractResponseData(byte[] response);
}

22
src/enginuity/logger/protocol/ProtocolFactory.java Normal file
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@ -0,0 +1,22 @@
package enginuity.logger.protocol;
import enginuity.logger.exception.UnsupportedProtocolException;
public final class ProtocolFactory {
private static final ProtocolFactory INSTANCE = new ProtocolFactory();
public static ProtocolFactory getInstance() {
return INSTANCE;
}
private ProtocolFactory() {
}
public Protocol getProtocol(String protocolName) {
try {
return (Protocol) Class.forName(this.getClass().getPackage().getName() + "." + protocolName + "Protocol").newInstance();
} catch (Exception e) {
throw new UnsupportedProtocolException("'" + protocolName + "' is not a supported protocol", e);
}
}
}

99
src/enginuity/logger/protocol/SSMProtocol.java Normal file
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@ -0,0 +1,99 @@
package enginuity.logger.protocol;
import static enginuity.util.HexUtil.asBytes;
import static enginuity.util.HexUtil.asHex;
import static enginuity.util.ParamChecker.checkGreaterThanZero;
import static enginuity.util.ParamChecker.checkNotNullOrEmpty;
public final class SSMProtocol implements Protocol {
private static final byte[] HEADER = {(byte) 0x80, (byte) 0x10, (byte) 0xF0};
private static final byte READ_MEMORY_COMMAND = (byte) 0xA0;
private static final byte READ_ADDRESS_COMMAND = (byte) 0xA8;
private static final byte ECU_INIT_COMMAND = (byte) 0xBF;
public byte[] constructReadMemoryRequest(byte[] fromAddress, int numBytes) {
checkNotNullOrEmpty(fromAddress, "fromAddress");
checkGreaterThanZero(numBytes, "numBytes");
// 0x80 0x10 0xF0 data_length 0xA0 from_address num_bytes-1 checksum
return buildRequest(READ_MEMORY_COMMAND, fromAddress, new byte[]{asByte(numBytes - 1)});
}
public byte[] constructReadAddressRequest(byte[]... addresses) {
checkNotNullOrEmpty(addresses, "addresses");
// 0x80 0x10 0xF0 data_length 0xA8 address1 address2 ... addressN checksum
return buildRequest(READ_ADDRESS_COMMAND, addresses);
}
public byte[] constructEcuInitRequest() {
// 0x80 0x10 0xF0 0x01 0xBF 0x40
return buildRequest(ECU_INIT_COMMAND, new byte[0]);
}
public byte[] extractResponseData(byte[] response) {
//TODO: Finish this!!
throw new UnsupportedOperationException("Not yet implemented!");
}
private byte[] buildRequest(byte command, byte[]... content) {
byte[] data = new byte[0];
for (byte[] tmp : content) {
byte[] tmp2 = new byte[data.length + tmp.length];
System.arraycopy(data, 0, tmp2, 0, data.length);
System.arraycopy(tmp, 0, tmp2, data.length, tmp.length);
data = tmp2;
}
byte[] request = new byte[HEADER.length + data.length + 3];
System.arraycopy(HEADER, 0, request, 0, HEADER.length);
request[HEADER.length] = asByte(data.length + 1);
request[HEADER.length + 1] = command;
System.arraycopy(data, 0, request, HEADER.length + 2, data.length);
addChecksum(request);
return request;
}
private void addChecksum(byte[] request) {
int total = 0;
for (int i = 0; i < (request.length - 1); i++) {
byte b = request[i];
total += asInt(b);
}
request[request.length - 1] = asByte(total - ((total >>> 16) << 16));
}
@SuppressWarnings({"UnnecessaryBoxing"})
private byte asByte(int i) {
return Integer.valueOf(i).byteValue();
}
@SuppressWarnings({"UnnecessaryBoxing"})
private int asInt(byte b) {
return Byte.valueOf(b).intValue();
}
public byte[] asByteArray(int value) {
byte[] b = new byte[4];
for (int i = 0; i < 4; i++) {
int offset = (b.length - 1 - i) * 8;
b[i] = (byte) ((value >>> offset) & 0xFF);
}
return b;
}
//****************** Test stuff ***********************//
public static void main(String... args) {
Protocol protocol = ProtocolFactory.getInstance().getProtocol("SSM");
byte[] bytes = protocol.constructEcuInitRequest();
System.out.println("Ecu Init = " + asHex(bytes));
bytes = protocol.constructReadAddressRequest(asBytes("0x000008"), asBytes("0x00001C"));
System.out.println("Read Address (0x000008 and 0x00001C) = " + asHex(bytes));
bytes = protocol.constructReadMemoryRequest(asBytes("0x200000"), 128);
System.out.println("Read Memory (from 0x200000, 128 bytes) = " + asHex(bytes));
}
}

1273
src/enginuity/logger/ssm_info.txt Normal file
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File diff suppressed because it is too large Load Diff

66
src/enginuity/util/HexUtil.java Normal file
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@ -0,0 +1,66 @@
package enginuity.util;
public final class HexUtil {
private HexUtil() {
}
public static String asHex(byte in[]) {
return bytesToHex(in).toUpperCase();
}
public static byte[] asBytes(String hex) {
if (hex.startsWith("0x")) {
hex = hex.substring(2);
}
return hexToBytes(hex);
}
public static String bytesToHex(byte[] bs, int off, int length) {
StringBuffer sb = new StringBuffer(length * 2);
bytesToHexAppend(bs, off, length, sb);
return sb.toString();
}
public static void bytesToHexAppend(byte[] bs, int off, int length, StringBuffer sb) {
sb.ensureCapacity(sb.length() + length * 2);
for (int i = off; (i < (off + length)) && (i < bs.length); i++) {
sb.append(Character.forDigit((bs[i] >>> 4) & 0xf, 16));
sb.append(Character.forDigit(bs[i] & 0xf, 16));
}
}
public static String bytesToHex(byte[] bs) {
return bytesToHex(bs, 0, bs.length);
}
public static byte[] hexToBytes(String s) {
return hexToBytes(s, 0);
}
public static byte[] hexToBytes(String s, int off) {
byte[] bs = new byte[off + (1 + s.length()) / 2];
hexToBytes(s, bs, off);
return bs;
}
public static void hexToBytes(String s, byte[] out, int off) throws NumberFormatException, IndexOutOfBoundsException {
int slen = s.length();
if ((slen % 2) != 0) {
s = '0' + s;
}
if (out.length < off + slen / 2) {
throw new IndexOutOfBoundsException("Output buffer too small for input (" + out.length + "<" + off + slen / 2 + ")");
}
// Safe to assume the string is even length
byte b1, b2;
for (int i = 0; i < slen; i += 2) {
b1 = (byte) Character.digit(s.charAt(i), 16);
b2 = (byte) Character.digit(s.charAt(i + 1), 16);
if ((b1 < 0) || (b2 < 0)) {
throw new NumberFormatException();
}
out[off + i / 2] = (byte) (b1 << 4 | b2);
}
}
}