public void timeseries_should_upload_csv_file_with_tab()
{
const string filename = "tab.csv";
TimeSeriesHelper.UploadFile(Path + filename, "tab");
StringAssert.Contains(TimeSeriesHelper.GetTimeSeriesChartHeader(), filename);
}
public void timeseries_should_upload_txt_file()
{
const string filename = "textPositive.txt";
TimeSeriesHelper.UploadFile(Path + filename, ",");
StringAssert.Contains(TimeSeriesHelper.GetTimeSeriesChartHeader(), filename);
}
static void Main(string[] args)
{
const string baseAddress = "http://localhost:8080/";
using (WebApp.Start <Startup>(url: baseAddress))
{
TimeSeriesHelper.Process(baseAddress);
Console.ReadLine();
}
}
public void TestCondenseTimeSeries()
{
/* fake data */
DateTime baseTime = new DateTime(10000000, DateTimeKind.Utc);
int start = 10;
int n = 100; // Keep this value even
// baseline
Metric[] scrape1 = Enumerable.Range(start, n).Select(i => new Metric(baseTime, $"Test Metric {i}", i, tags)).ToArray();
// second half is changed
Metric[] scrape2_1 = Enumerable.Range(start, n / 2).Select(i => new Metric(baseTime, $"Test Metric {i}", i, tags)).ToArray();
Metric[] scrape2_2 = Enumerable.Range(start + n / 2, n / 2).Select(i => new Metric(baseTime, $"Test Metric {i}", i * 2, tags)).ToArray();
Metric[] scrape2 = scrape2_1.Concat(scrape2_2).ToArray();
// everything changed
Metric[] scrape3 = Enumerable.Range(start, n).Select(i => new Metric(baseTime, $"Test Metric {i}", i / 2.0, tags)).ToArray();
/* test */
IEnumerable <Metric> test1 = scrape1.Concat(scrape1).Concat(scrape1).Concat(scrape1);
IEnumerable <Metric> result1 = TimeSeriesHelper.CondenseTimeSeries(test1);
Assert.Equal(n * 2, result1.Count()); // Keeps the first and last results
IEnumerable <Metric> test2 = scrape1.Concat(scrape1).Concat(scrape1).Concat(scrape2).Concat(scrape2);
IEnumerable <Metric> result2 = TimeSeriesHelper.CondenseTimeSeries(test2);
Assert.Equal(n * 2 + n, result2.Count()); // Keeps the first and last results of the baseline, and the first and last results of the second half of the second scrape
IEnumerable <Metric> test3 = scrape1.Concat(scrape1).Concat(scrape1).Concat(scrape1).Concat(scrape3);
IEnumerable <Metric> result3 = TimeSeriesHelper.CondenseTimeSeries(test3);
Assert.Equal(n * 2 + n, result3.Count()); // Keeps the first and last results of the baseline, and the results of the of the third scrape
IEnumerable <Metric> test4 = scrape1.Concat(scrape3);
IEnumerable <Metric> result4 = TimeSeriesHelper.CondenseTimeSeries(test4);
Assert.Equal(n + n, result4.Count()); // Keeps the baseline, and the results of the of the third scrape
IEnumerable <Metric> test5 = scrape1.Concat(scrape2).Concat(scrape2).Concat(scrape2).Concat(scrape3);
IEnumerable <Metric> result5 = TimeSeriesHelper.CondenseTimeSeries(test5);
int fromScrape1 = n; // one result from first scrape.
int fromScrape2 = n / 2 + n; // initial change catches half, final change gets all
int fromScrape3 = n; // Changes all
Assert.Equal(fromScrape1 + fromScrape2 + fromScrape3, result5.Count());
}
public void timeseries_should_upload_preloaded_file()
{
string fileName = TimeSeriesHelper.UploadPreloadedFile();
StringAssert.Contains(TimeSeriesHelper.GetTimeSeriesChartHeader(), fileName);
}
public void TestCleanup()
{
TimeSeriesHelper.CloseChart();
TimeSeriesHelper.CloseUploadFileForm();
}
public void TestCleanup()
{
CreateScreenshotsIfTestFail(TestContext);
TimeSeriesHelper.CloseChart();
TimeSeriesHelper.CloseUploadFileForm();
}
