public static void main(String argv[]) {
/**
* ************************************************************************** Here we
* instantiate three filters.
* **************************************************************************
*/
SourceFilter Filter1 = new SourceFilter();
TemperatureFilter Filter2 = new TemperatureFilter();
AltitudeFilter Filter3 = new AltitudeFilter();
SinkFilter Filter4 = new SinkFilter();
/**
* ************************************************************************** Here we connect
* the filters starting with the sink filter (Filter 1) which we connect to Filter2 the middle
* filter. Then we connect Filter2 to the source filter (Filter3).
* **************************************************************************
*/
Filter4.Connect(Filter3);
Filter3.Connect(
Filter2); // This esstially says, "connect Filter3 input port to Filter2 output port
Filter2.Connect(
Filter1); // This esstially says, "connect Filter2 intput port to Filter1 output port
/**
* ************************************************************************** Here we start the
* filters up. All-in-all,... its really kind of boring.
* **************************************************************************
*/
Filter1.start();
Filter2.start();
Filter3.start();
Filter4.start();
} // main
public static void main(String argv[]) {
/**
* ************************************************************************** Here we
* instantiate three filters.
* **************************************************************************
*/
SourceFilter source =
new SourceFilter(
null, new PipedOutputStream[] {new PipedOutputStream()}, "FlightData.dat", null);
FilterOut filterOut =
new FilterOut(
new PipedInputStream[] {new PipedInputStream()},
new PipedOutputStream[] {new PipedOutputStream()},
new int[] {ID.TIME, ID.ALTI, ID.PRES, ID.TEMP});
HashMap<Integer, ConversionFunction> IDsAndFuncs = new HashMap<Integer, ConversionFunction>();
ConversionFunction F2C = new Fahrenheit2Celsius();
ConversionFunction Ft2M = new Feet2Meter();
IDsAndFuncs.put(ID.TEMP, F2C);
IDsAndFuncs.put(ID.ALTI, Ft2M);
Converter converter =
new Converter(
new PipedInputStream[] {new PipedInputStream()},
new PipedOutputStream[] {new PipedOutputStream()},
IDsAndFuncs);
int idsPerFrame = 4;
HashMap<Integer, WildPointTest> IDsAndWildPointTests = new HashMap<Integer, WildPointTest>();
WildPointTest pressureTest = new PressureBWildPointTest();
IDsAndWildPointTests.put(ID.PRES, pressureTest);
ExtrapolatorFilter extrapolater =
new ExtrapolatorFilter(
new PipedInputStream[] {new PipedInputStream()},
new PipedOutputStream[] {new PipedOutputStream(), new PipedOutputStream()},
IDsAndWildPointTests,
idsPerFrame);
SinkFilter sink =
new SinkFilter(
new PipedInputStream[] {new PipedInputStream()},
null,
new int[] {ID.TIME, ID.ALTI, ID.PRES, ID.TEMP},
"OutputB.dat");
SinkFilter rejected =
new SinkFilter(
new PipedInputStream[] {new PipedInputStream()},
null,
new int[] {ID.TIME, ID.PRES},
"WildPoints.dat");
/**
* ************************************************************************** Here we connect
* the filters starting with the sink filter (Filter 1) which we connect to Filter2 the middle
* filter. Then we connect Filter2 to the source filter (Filter3).
* **************************************************************************
*/
sink.Connect(
extrapolater,
0,
0); // This essentially says, "connect sink input port to extrapolater first output port
extrapolater.Connect(
converter, 0,
0); // This essentially says, "connect extrapolater input port to converter output port
rejected.Connect(
extrapolater,
0,
1); // This essentially says, "connect rejected input port to extrapolater second output
// port
converter.Connect(
filterOut, 0,
0); // This essentially says, "connect converter input port to filterOut output port
filterOut.Connect(
source, 0, 0); // This essentially says, "connect filterOut input port to source output port
/**
* ************************************************************************** Here we start the
* filters up. All-in-all,... its really kind of boring.
* **************************************************************************
*/
source.start();
filterOut.start();
converter.start();
extrapolater.start();
sink.start();
rejected.start();
} // main