protected void setEnabledSupport(boolean _enabled) {
if (enabled != _enabled) {
log("Enabled set to " + _enabled);
if (_enabled) {
original_limits = adapter.getLimits();
} else {
ping_mapper.saveHistory();
}
enableOrAlgChanged();
enabled = _enabled;
if (speed_tester != null) {
speed_tester.setContactNumber(enabled ? CONTACT_NUMBER : 0);
}
if (!enabled) {
adapter.setLimits(original_limits, true, provider.getAdjustsDownloadLimits());
}
}
}
protected void addPingHistory(int rtt, boolean re_base) {
int x =
(adapter.getCurrentDataUploadSpeed(SPEED_AVERAGE_PERIOD)
+ adapter.getCurrentProtocolUploadSpeed(SPEED_AVERAGE_PERIOD));
int y =
(adapter.getCurrentDataDownloadSpeed(SPEED_AVERAGE_PERIOD)
+ adapter.getCurrentProtocolDownloadSpeed(SPEED_AVERAGE_PERIOD));
for (int i = 0; i < ping_mappers.length; i++) {
ping_mappers[i].addPing(x, y, rtt, re_base);
}
Iterator it = transient_mappers.iterator();
while (it.hasNext()) {
((SpeedManagerPingMapperImpl) it.next()).addPing(x, y, rtt, re_base);
}
}
public int getCurrentProtocolDownloadSpeed() {
return (adapter.getCurrentProtocolDownloadSpeed(-1));
}
public int getCurrentDataDownloadSpeed() {
return (adapter.getCurrentDataDownloadSpeed(-1));
}
public void setCurrentDownloadLimit(int bytes_per_second) {
if (enabled) {
adapter.setCurrentDownloadLimit(bytes_per_second);
}
}
public int getCurrentDownloadLimit() {
return (adapter.getCurrentDownloadLimit());
}
