private static void AnniversaryFounds(IEnumerable <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator)
{
var anniversaryList = foundLogs
.OrderBy(f => f.FoundDate)
.Where((l, i) => i == 0 || (i + 1) % 100 == 0);
htmlGenerator.AddTableSection(anniversaryList, "Every 100th Found", "Every100thFound", ShortInfoTableSpec);
}
private static void FoundsByFoundDate(IEnumerable <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator)
{
htmlGenerator.AddTableSection(
foundLogs.OrderBy(f => f.FoundDate),
"Logs by Found Date",
"ByFoundDate",
ShortInfoTableSpec);
}
private static void FoundsByPlacedDate(IEnumerable <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator)
{
htmlGenerator.AddTableSection(
foundLogs.OrderBy(f => f.Placed),
"Logs by Placed Date",
"ByPlacedDate",
FullInfoTableSpec);
}
private static void FoundsByCountry(IEnumerable <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator)
{
var countryStats = foundLogs
.GroupBy(l => l.Country)
.Select(x => new SimpleStat(x.Key, x.Count()))
.OrderByDescending(s => s.Founds);
htmlGenerator.AddTableSection(countryStats, "Founds by Country", "FoundsByCountry", GetSimpleStatSpec("Country"));
}
private static void FoundsByState(IEnumerable <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator)
{
var stateStats = foundLogs
.Where(l => l.Country == "Germany")
.GroupBy(l => l.State)
.Select(x => new SimpleStat(x.Key, x.Count()))
.OrderByDescending(s => s.Founds);
htmlGenerator.AddTableSection(
stateStats,
"Founds by 'Bundesland'",
"FoundsByBundesland",
GetSimpleStatSpec("Bundesland"));
}
private static void FoundsByOwner(IEnumerable <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator)
{
var ownerStats = foundLogs
.GroupBy(l => l.PlacedBy)
.Select(x => new SimpleStat(x.Key, x.Count()))
.Where(x => x.Founds >= 5)
.OrderByDescending(s => s.Founds);
htmlGenerator.AddTableSection(
ownerStats,
"Founds by Owner (five and more founds)",
"FoundsByOwner",
GetSimpleStatSpec("Owner"));
}
public static void Analyze(List <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator, Action <string> logMethod)
{
if (htmlGenerator == null)
{
throw new ArgumentNullException(nameof(htmlGenerator));
}
if (foundLogs == null)
{
throw new ArgumentNullException(nameof(foundLogs));
}
foreach (var analyzingMethod in AnalyzingMethods)
{
logMethod?.Invoke($"Adding {analyzingMethod.Method.Name}");
analyzingMethod(foundLogs, htmlGenerator);
}
}
public static void Main(string[] args)
{
Console.WriteLine("=== GC Logs Analyzer ===");
if (args.Length < 2)
{
Console.WriteLine("Expected Parameters: <GPX-Filename> <HTML-Output-Filename>");
return;
}
var filename = args[0];
var htmlFile = args[1];
var htmlGenerator = new HtmlGenerator();
var converter = new GpxConverter(filename).Parse();
Console.WriteLine($"{converter.FoundLogs.Count} logs read from file");
DataAnalyzer.Analyze(converter.FoundLogs, htmlGenerator, Console.WriteLine);
htmlGenerator.GenerateHtmlFile(htmlFile);
Console.WriteLine($"HTML-Output written to '{htmlFile}'");
}
private static void FarthestAwayFoundsByCardinalDirection(IEnumerable <GeocacheLog> foundLogs, HtmlGenerator htmlGenerator)
{
// Farthest away founds by cardinal direction
GeocacheLog maxNorth = null;
GeocacheLog maxSouth = null;
GeocacheLog maxEast = null;
GeocacheLog maxWest = null;
foreach (var geocacheLog in foundLogs)
{
if (maxNorth == null || maxNorth.GeoLocation.Lat < geocacheLog.GeoLocation.Lat)
{
maxNorth = geocacheLog;
}
if (maxSouth == null || maxSouth.GeoLocation.Lat > geocacheLog.GeoLocation.Lat)
{
maxSouth = geocacheLog;
}
if (maxEast == null || maxEast.GeoLocation.Lon < geocacheLog.GeoLocation.Lon)
{
maxEast = geocacheLog;
}
if (maxWest == null || maxWest.GeoLocation.Lon > geocacheLog.GeoLocation.Lon)
{
maxWest = geocacheLog;
}
}
var stats = new List <SimpleLogStat>
{
new SimpleLogStat("Farthest North", maxNorth),
new SimpleLogStat("Farthest South", maxSouth),
new SimpleLogStat("Farthest East", maxEast),
new SimpleLogStat("Farthest West", maxWest)
};
htmlGenerator.AddTableSection(stats, "Cardinal Direction Maximums", "CardinalDirectionMaximums", SimpleLogStatTableSpec);
}
