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Trying to get some automated tests working....

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This commit is contained in:
Graham Jones
2023-03-10 12:10:39 +00:00
parent 033c41a675
commit 908e9a8563
7 changed files with 163 additions and 254 deletions
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95
app/src/main/java/uk/org/openseizuredetector/SdAlgHr.java
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@@ -6,10 +6,11 @@ import android.os.Handler;
import android.preference.PreferenceManager;
import android.util.Log;
import java.util.ArrayList;
public class SdAlgHr {
private final static String TAG = "SdAlgHr";
private Context mContext;
private OsdUtil mUtil;
private boolean mSimpleHrAlarmActive;
private double mSimpleHrAlarmThreshMin;
private double mSimpleHrAlarmThreshMax;
@@ -24,11 +25,13 @@ public class SdAlgHr {
private double mAverageHrAlarmThreshMin;
private double mAverageHrAlarmThreshMax;
private ArrayList<Double> mHrHist;
public SdAlgHr(Context context) {
Log.d(TAG, "SdAlgHr Constructor");
Log.i(TAG, "SdAlgHr Constructor");
mContext = context;
mUtil = new OsdUtil(mContext, new Handler());
mHrHist = new ArrayList<Double>();
updatePrefs();
}
public void close() {
@@ -47,8 +50,7 @@ public class SdAlgHr {
retVal = Double.parseDouble(prefValStr);
} catch (Exception ex) {
Log.v(TAG, "readDoublePref() - Problem with preference!");
mUtil.writeToSysLogFile(TAG+".readDoublePref() - Problem with preference!");
mUtil.showToast(TAG+":"+mContext.getString(R.string.problem_parsing_preferences));
//mUtil.showToast(TAG+":"+mContext.getString(R.string.problem_parsing_preferences));
}
return retVal;
}
@@ -59,25 +61,104 @@ public class SdAlgHr {
* - defined in res/xml/prefs.xml
*/
Log.i(TAG, "updatePrefs()");
mUtil.writeToSysLogFile(TAG+".updatePrefs()");
SharedPreferences SP = PreferenceManager
.getDefaultSharedPreferences(mContext);
mSimpleHrAlarmActive = SP.getBoolean("HRAlarmActive", false);
mSimpleHrAlarmThreshMin = readDoublePref(SP, "HRThreshMin", "20");
mSimpleHrAlarmThreshMax = readDoublePref(SP, "HRThreshMax", "150");
Log.d(TAG,"updatePrefs(): mSimpleHrAlarmActive="+mSimpleHrAlarmActive);
Log.d(TAG,"updatePrefs(): mSimpleHrAlarmThreshMin="+mSimpleHrAlarmThreshMin);
Log.d(TAG,"updatePrefs(): mSimpleHrAlarmThreshMax="+mSimpleHrAlarmThreshMax);
mAdaptiveHrAlarmActive = SP.getBoolean("HRAdaptiveAlarmActive", false);
mAdaptiveHrAlarmWindowSecs = readDoublePref(SP, "HRAdaptiveAlarmWindowSecs", "30");
mAdaptiveHrAlarmWindowDp = (int)Math.round(mAdaptiveHrAlarmWindowSecs/5.0);
mAdaptiveHrAlarmThresh = readDoublePref(SP, "HRAdaptiveAlarmThresh", "20");
Log.d(TAG,"updatePrefs(): mAdaptiveHrAlarmActive="+mAdaptiveHrAlarmActive);
Log.d(TAG,"updatePrefs(): mAdaptiveHrWindowSecs="+mAdaptiveHrAlarmWindowSecs);
Log.d(TAG,"updatePrefs(): mAdaptiveHrWindowDp="+mAdaptiveHrAlarmWindowDp);
Log.d(TAG,"updatePrefs(): mAdaptiveHrAlarmThresh="+mAdaptiveHrAlarmThresh);
mAverageHrAlarmActive = SP.getBoolean("HRAverageAlarmActive", false);
mAverageHrAlarmWindowSecs = readDoublePref(SP, "HRAverageAlarmWindowSecs", "120");
mAverageHrAlarmWindowDp = (int)Math.round(mAverageHrAlarmWindowSecs/5.0);
mAverageHrAlarmThreshMin = readDoublePref(SP, "HRAverageAlarmThreshMin", "40");
mAverageHrAlarmThreshMax = readDoublePref(SP, "HRAverageAlarmThreshMax", "120");
Log.d(TAG,"updatePrefs(): mAverageHrAlarmActive="+mAverageHrAlarmActive);
Log.d(TAG,"updatePrefs(): mAverageHrAlarmWindowSecs="+mAverageHrAlarmWindowSecs);
Log.d(TAG,"updatePrefs(): mAverageHrAlarmWindowDp="+mAverageHrAlarmWindowDp);
Log.d(TAG,"updatePrefs(): mAverageHrAlarmThreshMin="+mAverageHrAlarmThreshMin);
Log.d(TAG,"updatePrefs(): mAverageHrAlarmThreshMax="+mAverageHrAlarmThreshMax);
}
private void addToHist(double hrVal) {
/**
* Add value hrVal to the heart rate history list, truncating the list if it is
* longer than the required length.
*/
Log.d(TAG,"addToHist() - length before="+mHrHist.size());
mHrHist.add(hrVal);
Log.d(TAG,"addToHist() - length before="+mHrHist.size());
}
private boolean checkSimpleHr(double hrVal) {
/**
* Check heart rate value against simple thresholds
*/
boolean retVal = false;
if (mSimpleHrAlarmActive) {
if ((hrVal > mSimpleHrAlarmThreshMax)
|| (hrVal <mSimpleHrAlarmThreshMin)) {
retVal = true;
}
}
return(retVal);
}
private boolean checkAdaptiveHr(double hrVal) {
// FIXME Make this do something
return(false);
}
private boolean checkAverageHr(double hrVal) {
// FIXME Make this do something
return(false);
}
public double getAverageHrVal() {
double hrSum = 0.;
int hrCount = 0;
double retVal;
for (int n=0; n<mHrHist.size(); n++) {
if (mHrHist.get(n) > -1) {
hrSum += mHrHist.get(n);
hrCount++;
}
}
if (hrCount>0) {
retVal = hrSum / hrCount;
} else {
retVal = -1;
}
return(retVal);
}
public ArrayList<Boolean> checkHr(double hrVal) {
/**
* Checks the current Heart Rate reading hrVal against the
* three possible heart rate alarm algorithms (simple, adaptive, average)
* and returns an ArrayList of the alarm status of each algorithm in the above order.
* true=ALARM, false=OK.
*/
Log.v(TAG, "checkHr("+hrVal+")");
addToHist(hrVal);
ArrayList<Boolean> retVal = new ArrayList<Boolean>();
retVal.add(checkSimpleHr(hrVal));
retVal.add(checkAdaptiveHr(hrVal));
retVal.add(checkAverageHr(hrVal));
return(retVal);
}
}