public void Parse(string scorecardHtml)
{
HtmlNode contentDiv = LoadHtml(scorecardHtml);
HtmlNodeCollection tables = contentDiv.SelectNodes("./table");
if (tables.Count == 0)
{
Log.Warn("Invalid input text. This does not appear to be a CricketArchive scorecard page");
Log.Debug(scorecardHtml);
return;
}
// Match #1 is the match info panel
MatchInfoParser mip = new MatchInfoParser(_match, _finder);
mip.Parse(tables[0]);
if (tables.Count < 3)
{
return;
}
// Ensure all the players playing are in the data store
CheckPlayersForInnings(tables[1]);
CheckPlayersForInnings(tables[3]);
InningsParser ip = new InningsParser(_match);
// Match #2 and 3 are the batting and bowling respectively for the first innings
_match.Innings.Add(ip.Parse(tables[1], tables[2]));
// Match #4 and 5 are the batting and bowling respectively for the second innings
if (tables.Count < 5)
{
return;
}
_match.Innings.Add(ip.Parse(tables[3], tables[4]));
// Match #6 and 7 are the batting and bowling respectively for the third innings
if (tables.Count < 7)
{
return;
}
_match.Innings.Add(ip.Parse(tables[5], tables[6]));
// Match #8 and 9 are the batting and bowling respectively for the fourth innings
if (tables.Count < 9)
{
return;
}
_match.Innings.Add(ip.Parse(tables[7], tables[8]));
}
public void Parse(string scorecardHtml)
{
HtmlNode contentDiv = LoadHtml(scorecardHtml);
HtmlNodeCollection tables = contentDiv.SelectNodes("./table");
if (tables.Count == 0)
{
Log.Warn("Invalid input text. This does not appear to be a CricketArchive scorecard page");
Log.Debug(scorecardHtml);
return;
}
// Match #1 is the match info panel
MatchInfoParser mip = new MatchInfoParser(_match, _finder);
mip.Parse(tables[0]);
if (tables.Count < 3)
return;
// Ensure all the players playing are in the data store
CheckPlayersForInnings(tables[1]);
CheckPlayersForInnings(tables[3]);
InningsParser ip = new InningsParser(_match);
// Match #2 and 3 are the batting and bowling respectively for the first innings
_match.Innings.Add(ip.Parse(tables[1], tables[2]));
// Match #4 and 5 are the batting and bowling respectively for the second innings
if (tables.Count < 5)
return;
_match.Innings.Add(ip.Parse(tables[3], tables[4]));
// Match #6 and 7 are the batting and bowling respectively for the third innings
if (tables.Count < 7)
return;
_match.Innings.Add(ip.Parse(tables[5], tables[6]));
// Match #8 and 9 are the batting and bowling respectively for the fourth innings
if (tables.Count < 9)
return;
_match.Innings.Add(ip.Parse(tables[7], tables[8]));
}
