public void setEmergency(final int code) {
int res = emergencyStringMap.get(code);
if (res != 0) {
txtAlert.setText(context.getString(res));
txtAlert.setVisibility(Text.VISIBLE);
txtAlert.blink(true);
} else {
txtAlert.setVisibility(Text.INVISIBLE);
txtAlert.blink(false);
}
}
public void setBatteryValue(final int percent) {
if (percent > 100 || percent < 0) {
Log.w(TAG, "Can't set battery value. Invalid value " + percent);
return;
}
int imgNum = Math.round((float) percent / 100.0f * 3.0f);
txtBatteryStatus.setText(percent + "%");
if (imgNum < 0) imgNum = 0;
if (imgNum > 3) imgNum = 3;
if (batteryIndicator != null) {
batteryIndicator.setValue(imgNum);
}
}
public void setUsbRemainingTime(int seconds) {
boolean needColor = false;
String remainingTime = null;
if (seconds != prevRemainingTime) {
if (3600 < seconds) {
remainingTime = "> 1h";
} else if (2700 < seconds) {
remainingTime = "45m";
} else if (1800 < seconds) {
remainingTime = "30m";
} else if (900 < seconds) {
remainingTime = "15m";
} else if (600 < seconds) {
remainingTime = "10m";
} else if (300 < seconds) {
remainingTime = "5m";
} else {
if (30 > seconds) {
needColor = true;
} // No else
int remMin = seconds / 60;
int remSec = seconds % 60;
if (0 == remSec && 0 == remMin) {
remainingTime = "FULL";
} else {
remainingTime = "" + remMin + ":" + (remSec >= 10 ? remSec : ("0" + remSec));
}
}
prevRemainingTime = seconds;
txtUsbRemaining.setText(remainingTime);
if (needColor) {
txtUsbRemaining.setTextColor(0xffAA0000);
} else {
txtUsbRemaining.setTextColor(Color.WHITE);
}
}
}
