public List <BaseRider> Rank(
string riderType,
string raceName,
string raceDiscipline,
BikeRegData bikeRegData)
{
if (data.ContainsKey(riderType) == false)
{
log.Warn("Unknown rider type: " + riderType);
return(new List <BaseRider>());
}
else if (NCCDataSource.DataSourceType.Equals(riderType) == false &&
USACDataSource.DataSourceType.Equals(riderType) == false &&
USACritsDataSource.DataSourceType.Equals(riderType) == false)
{
log.Warn("Unknown rider type: " + riderType);
return(new List <BaseRider>());
}
//
// Loop through each row of the bike reg data, finding riders
// for this race.
//
List <BaseRider> rankedRiders = new List <BaseRider>();
List <BaseRider> unknownRiders = new List <BaseRider>();
foreach (string row in bikeRegData.Rows(raceName))
{
bool found = false;
string [] bikeRegRow = row.Split(',');
BikeRegRider bikeRegRider = new BikeRegRider(row.Split(','));
//
// Try to find the bike reg rider in the ranking engine data
//
log.Debug("Finding " + riderType + " rider: '" +
bikeRegRider.FirstName + "' '" +
bikeRegRider.LastName + "' [" +
bikeRegRider.License + "," +
bikeRegRider.ManualLicense + "] " +
bikeRegRider.EntryDate);
foreach (BaseRider rankedRider in data[riderType])
{
//log.Debug( " '" + rider.FirstName + "' '" + rider.LastName + "'" );
if (USACDataSource.DataSourceType.Equals(riderType))
{
if (rankedRider.Discipline.Equals(raceDiscipline) == false)
{
continue;
}
//
// Rank order is bikereg license, then manual
//
if (bikeRegRider.License.Equals(rankedRider.License))
{
found = true;
if (bikeRegRider.FirstName.Equals(rankedRider.FirstName) == false ||
bikeRegRider.LastName.Equals(rankedRider.LastName) == false)
{
log.Warn(" BIKEREG LICENSE [" + bikeRegRider.License + "] WITH NAME CONFLICT: [["
+ bikeRegRider.FirstName + "][" + rankedRider.FirstName + "]["
+ bikeRegRider.LastName + "][" + rankedRider.LastName + "]]");
bikeRegRider.Message = "BIKEREG LICENSE WITH NAME CONFLICT";
}
else
{
bikeRegRider.Message = "BIKEREG LICENSE";
}
bikeRegRider.Points = rankedRider.Points;
rankedRiders.Add(bikeRegRider);
break;
}
else if (bikeRegRider.ManualLicense.Equals(rankedRider.License))
{
found = true;
if (bikeRegRider.FirstName.Equals(rankedRider.FirstName) == false ||
bikeRegRider.LastName.Equals(rankedRider.LastName) == false)
{
log.Warn(" MANUAL LICENSE [" + bikeRegRider.ManualLicense + "] WITH NAME CONFLICT: [["
+ bikeRegRider.FirstName + "][" + rankedRider.FirstName + "]["
+ bikeRegRider.LastName + "][" + rankedRider.LastName + "]]");
bikeRegRider.Message = "MANUAL LICENSE WITH NAME CONFLICT";
}
else
{
bikeRegRider.Message = "MANUAL LICENSE";
}
bikeRegRider.Points = rankedRider.Points;
bikeRegRider.License = bikeRegRider.ManualLicense;
rankedRiders.Add(bikeRegRider);
break;
}
}
else if (USACritsDataSource.DataSourceType.Equals(riderType) ||
NCCDataSource.DataSourceType.Equals(riderType))
{
//
// Only find by name
//
if (bikeRegRider.FirstName.Equals(rankedRider.FirstName) == true &&
bikeRegRider.LastName.Equals(rankedRider.LastName) == true)
{
found = true;
bikeRegRider.Points = rankedRider.Points;
bikeRegRider.Message = riderType + " FOUND BY NAME [" + rankedRider.Points + "]";
rankedRiders.Add(bikeRegRider);
break;
}
//else
//{
// log.Debug( " [[ " + firstName + " ][ " + rider.FirstName +
// " ]] [[ " + lastName + " ][ " + rider.LastName + " ]]" );
//}
}
}
if (found == false)
{
log.Warn("UNKNOWN " + riderType + " rider: '" +
bikeRegRider.FirstName + "' '" +
bikeRegRider.LastName + "' [" +
bikeRegRider.License + "," +
bikeRegRider.ManualLicense + "] " +
bikeRegRider.EntryDate);
if (USACDataSource.DataSourceType.Equals(riderType))
{
bikeRegRider.Points = "1000";
if (bikeRegRider.License.Equals(bikeRegRider.ManualLicense))
{
bikeRegRider.Message = "UNKNOWN LICENSE " + bikeRegRider.License;
unknownRiders.Add(bikeRegRider);
}
else if ("".Equals(bikeRegRider.License) == true &&
"".Equals(bikeRegRider.ManualLicense) == false)
{
bikeRegRider.Message = "UNKNOWN MANUAL LICENSE " + bikeRegRider.ManualLicense;
bikeRegRider.License = bikeRegRider.ManualLicense;
unknownRiders.Add(bikeRegRider);
}
else if ("".Equals(bikeRegRider.License) == false &&
"".Equals(bikeRegRider.ManualLicense) == true)
{
bikeRegRider.Message = "UNKNOWN BIKEREG LICENSE " + bikeRegRider.License;
unknownRiders.Add(bikeRegRider);
}
else if ("".Equals(bikeRegRider.License) == true &&
"".Equals(bikeRegRider.ManualLicense) == true)
{
bikeRegRider.Message = "NO LICENSE";
unknownRiders.Add(bikeRegRider);
}
else
{
bikeRegRider.Message = "UNKNOWN LICENSE";
unknownRiders.Add(bikeRegRider);
}
}
else if (USACritsDataSource.DataSourceType.Equals(riderType) ||
NCCDataSource.DataSourceType.Equals(riderType))
{
bikeRegRider.Points = "0";
bikeRegRider.Message = "UNKNOWN " + riderType;
unknownRiders.Add(bikeRegRider);
}
}
}
//
// Sort the riders
//
if (USACDataSource.DataSourceType.Equals(riderType))
{
//
// USAC: lower is better
//
rankedRiders.Sort(new USACRankSort());
unknownRiders.Sort(new EntryDateRankSort());
}
else if (USACritsDataSource.DataSourceType.Equals(riderType) ||
NCCDataSource.DataSourceType.Equals(riderType))
{
//
// NCC / USACrits: higher is better
//
rankedRiders.Sort(new NCCRankSort());
unknownRiders.Sort(new EntryDateRankSort());
}
//
// Add the unknown riders to the end of the ranked riders
//
rankedRiders.AddRange(unknownRiders);
//
// Assign race rank to each rider
//
for (int i = 0; i < rankedRiders.Count; i++)
{
rankedRiders[i].Rank = Convert.ToString(i + 1);
}
//
// Return the complete ranked rider list
//
return(rankedRiders);
}
public static int Main(string[] args)
{
log4net.Config.XmlConfigurator.Configure();
try
{
if (args.Length != 1)
{
log.Fatal("invalid command line parameters");
log.Fatal(" usage: rider_rank.exe [BikeReg Input File]");
}
//
// load configuration
//
RiderRankConfiguration configSection =
ConfigurationManager.GetSection("rider_rank_config")
as RiderRankConfiguration;
DatePattern = configSection.DatetimeFormat;
//
// Load the bikereg file
//
log.Info(" loading BikeReg data file: " + args[0]);
BikeRegData bikeRegData = new BikeRegData(args[0]);
bikeRegData.LoadData(true);
for (int i = 0; i < configSection.BikeRegConfig.Count; i++)
{
bikeRegData.AddColumn(
configSection.BikeRegConfig[i].Name,
configSection.BikeRegConfig[i].ColumnID);
}
//
// Load the ranking system
//
RankingEngine rankingEngine = new RankingEngine();
for (int i = 0; i < configSection.RankSystemConfig.Count; i++)
{
log.Info(" loading " + configSection.RankSystemConfig[i].Name +
" rider data from: " + configSection.RankSystemConfig[i].DataSource);
rankingEngine.LoadRiderData(
configSection.RankSystemConfig[i].RiderType,
configSection.RankSystemConfig[i].DataSource,
true);
}
//
// Iterate over each event and rank the riders
//
bool top10Append = false;
List <BaseRider> rankedRiders = new List <BaseRider>();
List <BaseRider> allRankedRiders = new List <BaseRider>();
for (int i = 0; i < configSection.EventsConfig.Count; i++)
{
rankedRiders.Clear();
log.Info(" generating rider list for: " +
configSection.EventsConfig[i].Name);
if (configSection.EventsConfig[i].RiderType.Contains("COMPOSITE:") == true)
{
log.Debug(" composite rider types: " + configSection.EventsConfig[i].RiderType);
//
// COMPOSITE RIDER: for each riderType rank as if
// they were individual, and join into single list.
//
string riderTypes = configSection.EventsConfig[i].RiderType;
string [] compositeRiderTypes = riderTypes.Split(new Char [] { ':' });
string [] riderTypeArr = compositeRiderTypes[1].Split(new Char [] { ',' });
log.Info(" rider types: " + compositeRiderTypes[1]);
foreach (string riderType in riderTypeArr)
{
log.Info(" ranking composite rider type: " + riderType);
//
// Assign the composite riderType to the event
//
List <BaseRider> compositeRiders =
rankingEngine.Rank(riderType,
configSection.EventsConfig[i].Name,
configSection.EventsConfig[i].Discipline,
bikeRegData);
foreach (BaseRider compositeRider in compositeRiders)
{
bool found = false;
foreach (BaseRider rankedRider in rankedRiders)
{
if (compositeRider.EqualsByFirstName(rankedRider) &&
compositeRider.EqualsByLastName(rankedRider))
{
found = true;
rankedRider.AddPoints(compositeRider.Points);
rankedRider.Message += " | " + compositeRider.Message;
break;
}
}
if (found == false)
{
rankedRiders.Add(compositeRider);
}
}
rankingEngine.SortRiderData(riderType, rankedRiders);
}
//
// We now need to re-bib the rankedRider list
//
for (int j = 0; j < rankedRiders.Count; j++)
{
rankedRiders[j].Rank = Convert.ToString(j + 1);
}
}
else
{
rankedRiders.AddRange(rankingEngine.Rank(
configSection.EventsConfig[i], bikeRegData));
}
allRankedRiders.AddRange(rankedRiders);
//
// Print out the rider rankings
//
using (StreamWriter outfile = new StreamWriter(
configSection.OutputDir + "\\" +
configSection.EventsConfig[i].Output))
{
outfile.WriteLine("POINTS,BIB_NUMBER,FIRST_NAME,LAST_NAME,CITY,STATE,TEAM,EMAIL,LICENSE,UCI_CODE,GENDER,AGE,CATEGORY,CATEGORY_ENTERED,ENTRY_DATE,MESSAGE");
foreach (BaseRider rider in rankedRiders)
{
outfile.WriteLine(rider.ToRankCSV());
}
}
//
// Add ranked riders to top-10 file
//
using (StreamWriter outfile = new StreamWriter(
configSection.OutputDir + "\\TOP-10.csv", top10Append))
{
top10Append = true; // one shot
outfile.WriteLine(configSection.EventsConfig[i].Name);
for (int j = 0; j < rankedRiders.Count; j++)
{
outfile.WriteLine(rankedRiders[j].ToRankCSV());
if (j == 9)
{
break;
}
}
outfile.WriteLine();
}
}
//
// Print out all the rider rankings
//
using (StreamWriter outfile = new StreamWriter(
configSection.OutputDir + "\\REGISTRATION.csv"))
{
outfile.WriteLine("POINTS,BIB_NUMBER,FIRST_NAME,LAST_NAME,CITY,STATE,TEAM,EMAIL,LICENSE,UCI_CODE,GENDER,AGE,CATEGORY,CATEGORY_ENTERED,ENTRY_DATE,MESSAGE");
foreach (BaseRider rider in allRankedRiders)
{
outfile.WriteLine(rider.ToRankCSV());
}
}
//
// List riders in multiple races
//
List <BikeRegRider> bikeRegRiders = bikeRegData.GetRidersByEvent("ALL");
foreach (string evnt in bikeRegData.GetEvents())
{
foreach (BikeRegRider eventRider in bikeRegData.GetRidersByEvent(evnt))
{
foreach (BikeRegRider rider in bikeRegRiders)
{
if (eventRider.EqualsByName(rider))
{
if (eventRider.EqualsByLicense(rider) == false)
{
log.Warn("DUPLICATE RIDER NAME: " + eventRider.Name);
}
else
{
rider.AddEvent(evnt);
break;
}
}
}
}
}
using (StreamWriter outfile = new StreamWriter(
configSection.OutputDir + "\\" +
"MultiEventRiders.csv"))
{
foreach (BikeRegRider rider in bikeRegRiders)
{
if (rider.Events.Count > 1)
{
log.Warn(rider.ToDataCSV());
outfile.WriteLine(rider.ToDataCSV( ));
}
}
}
}
catch (Exception ex)
{
log.Fatal("RiderRank error: ", ex);
return(-1);
}
Console.WriteLine("Press any key to exit.");
Console.ReadKey();
return(0);
}
public List <BaseRider> Rank(EventElement race, BikeRegData bikeRegData)
{
return(Rank(race.RiderType, race.Name, race.Discipline, bikeRegData));
}
