public void ProcessorFilterAMDa10AndAMDfx()
{
var resultComponent = new ResultComponent(webDriver);
var filterNotebookComponent = new FilterNotebookComponent(webDriver);
resultComponent.Open(_url);
filterNotebookComponent.SelectCPU(FilterNotebookComponent.CpuType.AMDa10);
filterNotebookComponent.SelectCPU(FilterNotebookComponent.CpuType.AMDfx);
try
{
resultComponent.WaitProcessing();
}
catch (Exception) { }
finally
{
resultComponent.ProcessingComplite();
}
string[] descriptionAll = resultComponent.GetAllDescriptionOnThePage();
foreach (var item in descriptionAll)
{
if (!(item.Contains("AMD A10") || item.Contains("AMD FX")))
{
Assert.Fail($"The processor 'AMD A10 or AMD FX' filter not works correctly");
}
}
log.Log(Status.Pass, $"The processor 'AMD A10 or AMD FX' filter works correctly");
}
public void OneProcessorFilterNotebook(FilterNotebookComponent.CpuType type, string text)
{
var resultComponent = new ResultComponent(webDriver);
var filterNotebookComponent = new FilterNotebookComponent(webDriver);
resultComponent.Open(_url);
filterNotebookComponent.SelectCPU(type);
try
{
resultComponent.WaitProcessing();
}
catch (Exception) { }
finally
{
resultComponent.ProcessingComplite();
}
string[] descriptionAll = resultComponent.GetAllDescriptionOnThePage();
foreach (var item in descriptionAll)
{
if (!item.Contains(text))
{
Assert.Fail($"The processor '{text}' filter not works correctly");
}
}
log.Log(Status.Pass, $"The processor {text} filter works correctly");
}
public void SuccessfulFilterNotebookForMinPrice([Random(300, 800, 1)] double m)
{
var resultComponent = new ResultComponent(webDriver);
var filterNotebookComponent = new FilterNotebookComponent(webDriver);
resultComponent.Open(_url);
double minPrice = m;
filterNotebookComponent.InputFilterMinPrice(minPrice);
resultComponent.ProcessingComplite();
double[] price = resultComponent.GetAllPriceOnThisPage();
bool error = false;
for (int i = 0; i < price.Length; i++)
{
if (Convert.ToDouble(price[i]) < minPrice)
{
error = true;
}
}
Assert.IsFalse(error, "Error, found prices less than the minimum");
log.Log(Status.Pass, "The maximum filter works correctly");
}
public void SuccessfulFilterNotebookForMaxAndMinPrice(double min, double max)
{
var resultComponent = new ResultComponent(webDriver);
var filterNotebookComponent = new FilterNotebookComponent(webDriver);
resultComponent.Open(_url);
double minPrice = min;
double maxPrice = max;
filterNotebookComponent.InputFilterFullPrice(minPrice, maxPrice);
resultComponent.ProcessingComplite();
double[] price = resultComponent.GetAllPriceOnThisPage();
bool error = false;
for (int i = 0; i < price.Length; i++)
{
if (Convert.ToDouble(price[i]) > maxPrice && Convert.ToDouble(price[i]) < minPrice)
{
error = true;
}
}
Assert.IsFalse(error, "Error, found prices do not fall within the specified interval ");
log.Log(Status.Pass, "The interval filter works correctly");
}
