private static void Main()
{
var random = RandomDataGenerator.Instance;
var db = new CompanyEntities();
var logger = new ConsoleLogger();
db.Configuration.AutoDetectChangesEnabled = false; // Speed-up the application
var listOfGenerators = new List<IDataGenerator>() {
new DepartmentDataGenerator(random, db, 100, logger), // Creates 100 departments
new EmployeeDataGenerator(random, db, 5000, logger), // Creates 5 000 employees
new ProjectDataGenerator(random, db, 1000, logger), // Creates 1 000 projects
new ReportDataGenerator(random, db, 250000, logger), // Creates 250 000 reports
};
foreach (var generator in listOfGenerators)
{
generator.Generate();
db.SaveChanges();
}
AddManagers(random, db);
db.Configuration.AutoDetectChangesEnabled = true;
}
public ConsoleLoggerTests()
{
_settings = Substitute.For <IConsoleLoggerSettings>();
_settings.LogLevel.Returns(LogLevel.Info);
_settings.InfoForeColor.Returns(ConsoleColor.Blue);
_settings.WarningForeColor.Returns(ConsoleColor.Yellow);
_settings.ErrorForeColor.Returns(ConsoleColor.Red);
_settings.MessageFormat.Returns("{0}\t{1:yyyy-MM-dd_HH:mm}:\t{2}");
_console = Substitute.For <IConsole>();
_logger = new Logger.ConsoleLogger(_settings, _console);
}
private static void Main()
{
var random = RandomDataGenerator.Instance;
var db = new ToysStoreEntities();
var logger = new ConsoleLogger();
db.Configuration.AutoDetectChangesEnabled = false; // To speed-up the application
var listOfGenerators = new List<IDataGenerator>() {
new CategoryDataGenerator(random, db, 100, logger), // Creates 100 categories
new ManufacturerDataGenerator(random, db, 50, logger), // Creates 50 manufacturers
new AgeRangeDataGenerator(random, db, 100, logger), // Creates 100 age ranges
new ToyDataGenerator(random, db, 20000, logger) // Creates 20 000 age ranges
};
foreach (var generator in listOfGenerators)
{
generator.Generate();
db.SaveChanges();
}
db.Configuration.AutoDetectChangesEnabled = true;
}
public AbstractLogger GetLoggers(params LogType[] loggerTypes)
{
AbstractLogger textfileLogger = null;
AbstractLogger consoleLogger = null;
AbstractLogger databaseLogger = null;
// remove possible duplicates in the list and sort it
List <LogType> loggerTypesNoDupes = loggerTypes.Distinct().OrderBy(t => t.ToString()).ToList();
foreach (LogType loggerType in loggerTypesNoDupes)
{
switch (loggerType)
{
case LogType.TEXTFILE:
textfileLogger = new TextFileLogger();
break;
case LogType.CONSOLE:
consoleLogger = new ConsoleLogger();
break;
case LogType.DATABASE:
databaseLogger = new DatabaseLogger();
break;
}
}
// determine the active loggers and return
if (consoleLogger != null && databaseLogger != null && textfileLogger != null)
{
consoleLogger.SetNextLogger(databaseLogger);
databaseLogger.SetNextLogger(textfileLogger);
_loggers = consoleLogger;
}
else if (consoleLogger != null && databaseLogger != null && textfileLogger == null)
{
consoleLogger.SetNextLogger(databaseLogger);
_loggers = consoleLogger;
}
else if (consoleLogger != null && databaseLogger == null && textfileLogger != null)
{
consoleLogger.SetNextLogger(textfileLogger);
_loggers = consoleLogger;
}
else if (consoleLogger == null && databaseLogger != null && textfileLogger != null)
{
databaseLogger.SetNextLogger(textfileLogger);
_loggers = databaseLogger;
}
else if (consoleLogger != null && databaseLogger == null && textfileLogger == null)
{
_loggers = consoleLogger;
}
else if (consoleLogger == null && databaseLogger != null && textfileLogger == null)
{
_loggers = databaseLogger;
}
else if (consoleLogger == null && databaseLogger == null && textfileLogger != null)
{
_loggers = textfileLogger;
}
return(_loggers);
}
public ConsoleLoggerTests()
{
var settings = new DefaultConsoleLoggerSettings();
_logger = new Logger.ConsoleLogger(settings, new ConsoleAdapter());
}
