public void Test_6_CheckParserSuccessful()
{
// Create parser
var newParser = new Parser.Parser();
// Create list for the received events
var receivedEventsCodes = new List <DataTypes.ParserErrorCodes>();
var receivedEventsWebContent = new List <string>();
// WebSiteUrl for the parser
Uri webSiteUrl = null;
// Set website to the Parser
if (Uri.TryCreate(@"http://tbarth.eu/sunnyconnectoranalyzer", UriKind.Absolute, out var uriResult))
{
webSiteUrl = uriResult;
}
// Create regex list
var regexList = new RegExList(@"Gesamt",
new RegexElement(@">Gesamt-(.*?)<", -1, false, new List <RegexOptions>()
{
RegexOptions.None
}));
// Set parsing value to the parser
newParser.ParsingValues = new ParsingValues(webSiteUrl, Encoding.UTF8.ToString(), regexList);
// Create delegate function which adds the received events to the list
newParser.OnParserUpdate += delegate(object sender, DataTypes.OnParserUpdateEventArgs e)
{
receivedEventsCodes.Add(e.ParserInfoState.LastErrorCode);
receivedEventsWebContent.Add(e.ParserInfoState.WebSiteContentAsString);
};
// Start parsing
var result = newParser.StartParsing();
// Check if the start was not successful
Assert.AreEqual(true, result);
// Wait for the parsing result with a 5s timeout
var counter = 0;
while (counter < 500 &&
receivedEventsCodes.FindIndex(x => x == DataTypes.ParserErrorCodes.Finished) < 0)
{
Thread.Sleep(10);
counter++;
}
ShowParsingErrorCodes(receivedEventsCodes, receivedEventsWebContent);
// Check if the Finished event has been signaled
Assert.GreaterOrEqual(receivedEventsCodes.FindIndex(x => x == DataTypes.ParserErrorCodes.Finished), 0);
}
