public void DefaultLogConfigurationWillRollFiles(string metricType, string metricName)
{
using (var defaultLog4NetConfiguration = new RealLog4NetConfigurationFixture())
{
var sut = new Log4NetCsvAppender(new RealLog4NetLoggerProvider(), new LoggingEventMapper());
for (int i = 0; i < 100000; i++) // > 10 Mb
{
sut.AppendLine(DateTime.Now, metricType, metricName, new List<CSVReport.Value>());
}
LogManager.ShutdownRepository();
var rolledFileName = Path.Combine(defaultLog4NetConfiguration.LogsDirectory, string.Format("Metrics.CSV.{0}.csv.1", metricType));
Assert.True(File.Exists(rolledFileName));
Console.WriteLine(File.ReadAllText(rolledFileName));
Assert.True(File.ReadAllLines(rolledFileName).Count() >= 2, "log file should have at least 2 lines, one for header and one for data");
}
}
public void DefaultLogConfigurationWillRollFiles(string metricType, string metricName)
{
using (var defaultLog4NetConfiguration = new RealLog4NetConfigurationFixture())
{
var sut = new Log4NetCsvAppender(new RealLog4NetLoggerProvider(), new LoggingEventMapper());
for (int i = 0; i < 100000; i++) // > 10 Mb
{
sut.AppendLine(DateTime.Now, metricType, metricName, new List <CSVReport.Value>());
}
LogManager.ShutdownRepository();
var rolledFileName = Path.Combine(defaultLog4NetConfiguration.LogsDirectory, string.Format("Metrics.CSV.{0}.csv.1", metricType));
Assert.True(File.Exists(rolledFileName));
Console.WriteLine(File.ReadAllText(rolledFileName));
Assert.True(File.ReadAllLines(rolledFileName).Count() >= 2, "log file should have at least 2 lines, one for header and one for data");
}
}