public UserStore(String nombre, PropertiesConfiguration configuration) {
BasicDataSource ds = null;
String driver = configuration.getString("userstore.driver");
if (driver != null) {
ds = new BasicDataSource();
ds.setDriverClassName(driver);
ds.setUrl(configuration.getString("userstore.url"));
ds.setUsername(configuration.getString("userstore.username"));
ds.setPassword(configuration.getString("userstore.password"));
ds.setMaxActive(configuration.getInt("userstore.maxActive"));
ds.setMinIdle(configuration.getInt("userstore.minIdle"));
ds.setMaxWait(configuration.getInt("userstore.maxWait"));
}
this.dataSource = ds;
System.out.println(ds);
this.selectUser = configuration.getString("userstore.selectUser");
this.encoding = configuration.getString("userstore.encoding");
String algorithm = configuration.getString("userstore.algorithm");
if (algorithm != null && !algorithm.isEmpty()) {
try {
messageDigest = MessageDigest.getInstance(algorithm);
} catch (NoSuchAlgorithmException algorithmException) {
System.out.println(
"Algoritmo " + algorithm + "no encontrado... no se cifrararan los passwords");
messageDigest = null;
}
this.nombre = nombre;
}
}
@Override
public SystemConfiguration getSystemConfiguration() {
// Create a new SystemConfiguration by reading out the parameters in the config file
logger.trace("Loading System Configuration");
SystemConfiguration systemConfiguration = new SystemConfiguration();
systemConfiguration.setThreadPoolSize(
propertiesConfiguration.getInt(PropertiesConfigurationEntries.THREAD_POOL_SIZE));
systemConfiguration.setDaemonThreadTimer(
propertiesConfiguration.getInt(PropertiesConfigurationEntries.SYSTEM_DAEMON_TIMER));
return systemConfiguration;
}
/**
* Gets the int attribute of the Config class or default value if not found.
*
* @param key name of the property name.
* @param defaultValue to use if property not found.
* @return The int value or default value if not found.
*/
public int getInt(String key, int defaultValue) {
int value = 0;
if (config != null) {
value = config.getInt(key, defaultValue);
} else {
String warn = "getInt invalid config, can't read prop [" + key + "]";
LOG.warn(warn);
}
return value;
}
protected void readConfig() throws ConfigurationException {
PropertiesConfiguration config = new PropertiesConfiguration(confPath);
logstashConfPath = config.getString("logstash.conf.path");
templatePath = config.getString("logstash.conf.template");
redisHost = config.getString("logstash.redis.host");
elasticSearchHost = config.getString("logstash.elasticsearch.host");
elasticSearchHttpPort = config.getInt("logstash.elasticsearch.http-port");
LOGGER.debug("host is " + elasticSearchHost);
LOGGER.debug("http port is " + elasticSearchHttpPort);
}
// Loads the settings from config file. If no values defined, the deafult values are returned.
public static Settings loadSettings() {
config.setListDelimiter('|');
Settings s = new Settings();
try {
config.load("vidor.config");
} catch (ConfigurationException ex) {
ex.printStackTrace();
}
s.setVlcLocation(config.getString("vlclocation", ""));
s.setThumbnailCount(config.getInt("thumbnailcount", 10));
s.setThumbnailWidth(config.getInt("thumbnailwidth", 200));
s.setThumbnailHighlightColor(config.getString("thumbnailhighlightcolor", ""));
List<String> f = new ArrayList(Arrays.asList(config.getStringArray("folders")));
if (!f.get(0).trim().isEmpty()) { // Bug fix - Empty folder check
s.setFolders(f);
}
return s;
}
static {
try {
solenoidValvesOfInterest.add(Double.valueOf(0.0));
solenoidValvesOfInterest.add(Double.valueOf(1.0));
solenoidValvesOfInterest.add(Double.valueOf(2.0));
solenoidValvesOfInterest.add(Double.valueOf(4.0));
solenoidValvesOfInterest.add(Double.valueOf(8.0));
solenoidValvesOfInterest.add(Double.valueOf(16.0));
allSolenoidValves.add(Double.valueOf(0.0));
allSolenoidValves.add(Double.valueOf(1.0));
allSolenoidValves.add(Double.valueOf(2.0));
allSolenoidValves.add(Double.valueOf(4.0));
allSolenoidValves.add(Double.valueOf(8.0));
allSolenoidValves.add(Double.valueOf(16.0));
configuration = new PropertiesConfiguration(FileConfiguration.getConfigurationFile());
configuration.setAutoSave(true);
if (!JarUtil.isRunningOnWindows7()) {
inputFolder = new File(configuration.getString(FileConfiguration.INPUT_FOLDER, "input"));
outputFolder = new File(configuration.getString(FileConfiguration.OUTPUT_FOLDER, "output"));
temperatureInputFolder =
new File(configuration.getString(FileConfiguration.TEMPERATURE_FOLDER, "input/temp"));
} else {
File userDir = JarUtil.getPlantEvaluationUserHomeDir();
inputFolder =
new File(
configuration.getString(
FileConfiguration.INPUT_FOLDER, userDir.getAbsolutePath() + "/input"));
outputFolder =
new File(
configuration.getString(
FileConfiguration.OUTPUT_FOLDER, userDir.getAbsolutePath() + "/output"));
temperatureInputFolder =
new File(
configuration.getString(
FileConfiguration.TEMPERATURE_FOLDER,
userDir.getAbsolutePath() + "/input/temp"));
}
if (!inputFolder.exists()) inputFolder.mkdir();
if (!outputFolder.exists()) outputFolder.mkdir();
if (!temperatureInputFolder.exists()) temperatureInputFolder.mkdir();
TypeAEvaluationOptions.shiftByOneHour =
configuration.getBoolean(TypeAEvaluationOptions.OPTION_SHIFT_BY_ONE_HOUR, false);
TypeAEvaluationOptions.recordReferenceValve =
configuration.getBoolean(TypeAEvaluationOptions.OPTIONS_RECORD_REFERENCE_VALVE, false);
TypeAEvaluationOptions.sampleRate =
configuration.getDouble(TypeAEvaluationOptions.OPTIONS_SAMPLE_RATE, 10.0);
solenoidValvesOfInterest =
configuration.getList(
Options.OPTIONS_SOLENOID_VALVES_OF_INTEREST, solenoidValvesOfInterest);
checkSolenoidValves();
// options for co2 absolute only evaluation
CO2AbsoluteOnlyEvaluationOptions.isAutoScaleCO2Absolute =
configuration.getBoolean(
CO2AbsoluteOnlyEvaluationOptions.OPTIONS_CO2_ABSOLUTE_IS_CO2_ABSOLUTE_AUTOSCALE,
true);
CO2AbsoluteOnlyEvaluationOptions.isAutoScaleDeltaFiveMinutes =
configuration.getBoolean(
CO2AbsoluteOnlyEvaluationOptions.OPTIONS_CO2_ABSOLUTE_IS_DELTA_FIVE_MINUTES_AUTOSCALE,
true);
CO2AbsoluteOnlyEvaluationOptions.co2AbsoluteDatasetMinimum =
configuration.getDouble(
CO2AbsoluteOnlyEvaluationOptions.OPTIONS_CO2_ABSOLUTE_SCALE_MINIMUM_CO2_ABSOLUTE,
Integer.MIN_VALUE);
CO2AbsoluteOnlyEvaluationOptions.co2AbsoluteDatasetMaximum =
configuration.getDouble(
CO2AbsoluteOnlyEvaluationOptions.OPTIONS_CO2_ABSOLUTE_SCALE_MAXIMUM_CO2_ABSOLUTE,
Integer.MAX_VALUE);
CO2AbsoluteOnlyEvaluationOptions.deltaFiveMinutesMinimum =
configuration.getDouble(
CO2AbsoluteOnlyEvaluationOptions
.OPTIONS_CO2_ABSOLUTE_SCALE_MINIMUM_DELTA_FIVE_MINUTES,
Integer.MIN_VALUE);
CO2AbsoluteOnlyEvaluationOptions.deltaFiveMinutesMaximum =
configuration.getDouble(
CO2AbsoluteOnlyEvaluationOptions
.OPTIONS_CO2_ABSOLUTE_SCALE_MAXIMUM_DELTA_FIVE_MINUTES,
Integer.MAX_VALUE);
// options for type B (= Ingo's evaluation)
TypeBEvaluationOptions.density =
configuration.getInt(TypeBEvaluationOptions.OPTIONS_TYPE_B_DENSITY, 60);
TypeBEvaluationOptions.isCo2AbsoluteAutoscale =
configuration.getBoolean(
TypeBEvaluationOptions.OPTIONS_TYPE_B_IS_CO2_ABSOLUTE_AUTOSCALE, true);
TypeBEvaluationOptions.isDeltaRawAutoscale =
configuration.getBoolean(
TypeBEvaluationOptions.OPTIONS_TYPE_B_IS_DELTA_RAW_AUTOSCALE, true);
TypeBEvaluationOptions.co2AbsoluteDatasetMinimum =
configuration.getDouble(
TypeBEvaluationOptions.OPTIONS_TYPE_B_CO2_ABSOLUTE_SCALE_MINIMUM, Integer.MIN_VALUE);
TypeBEvaluationOptions.co2AbsoluteDatasetMaximum =
configuration.getDouble(
TypeBEvaluationOptions.OPTIONS_TYPE_B_CO2_ABSOLUTE_SCALE_MAXIMUM, Integer.MAX_VALUE);
TypeBEvaluationOptions.deltaRawDatasetMinimum =
configuration.getDouble(
TypeBEvaluationOptions.OPTIONS_TYPE_B_DELTA_RAW_SCALE_MINIMUM, Integer.MIN_VALUE);
TypeBEvaluationOptions.deltaRawDatasetMaximum =
configuration.getDouble(
TypeBEvaluationOptions.OPTIONS_TYPE_B_DELTA_RAW_SCALE_MAXIMUM, Integer.MAX_VALUE);
} catch (ConfigurationException ce) {
log.error("Could not update configuration.", ce);
}
}
public static int getInt(String key) {
return applicationConfiguration.getInt(key);
}
private int getInt(String name, int defaultValue) {
return mProperties.getInt(name, defaultValue);
}
private int getInt(String name) {
checkProperty(name);
return mProperties.getInt(name);
}