public void Problem10()
{
// How many CERT values are above 20000 ?
var result = Records.Count(r => int.Parse(r.GetItemWithKey("cert").Value) > 20000);
Console.WriteLine(result);
}
private void ApplyFilter()
{
//_Filters.Check1 = check;
if (_Filters.Check1 == false && _Filters.Check2 == false && _Filters.Check3 == false &&
_Filters.Check4 == false && _Filters.Check5 == false)
{
dialogService.ShowMessage("Не задан ни один фильтр...");
return;
}
if (Records.Count() == 0)
{
dialogService.ShowMessage("Сначала обновите данные (Ctrl+R)");
return;
}
LoadDataForUsersList();
ObservableCollection <UserRecord> tmp = new ObservableCollection <UserRecord>();
tmp = _Filters.SetFilters2(Records, _Filters.Param1, _Filters.Param2, _Filters.Param3,
_Filters.StartDateparam, _Filters.EndtDateparam,
_Filters.StartDateparam2, _Filters.EndtDateparam2,
_Filters.Check1, _Filters.Check2, _Filters.Check3,
_Filters.Check4, _Filters.Check5);
if (tmp.Count() == 0)
{
Records.Clear();
dialogService.ShowMessage("Совпадений не найдено");
return;
}
Records.Clear();
foreach (UserRecord item in tmp)
{
Records.Add(item);
}
}
public void Problem12()
{
// How many banks closed in the year 2008?
var result = Records.Count(r => DateTime.Parse(r.GetItemWithKey("closing date").Value).Year == 2008);
Console.WriteLine(result);
}
public void Problem8()
{
// How many failed banks don't have the word \"Bank\" in their name?
var result = Records.Count(r => !r.GetItemWithKey("bank name").Value.Contains("Bank"));
Console.WriteLine(result);
}
public void Problem9()
{
// How many bank names start with the letter 's' ?
var result = Records.Count(r => r.GetItemWithKey("bank name").Value.StartsWith("S"));
Console.WriteLine(result);
}
protected override void CalculatePriorities(IEnumerable <TableRecord> records)
{
// If previous rules haven't solved any rows, the recursion must be stopped.
if (records.Count() == Records.Count())
{
return;
}
short tourneyId = records.First().tourneyId;
IEnumerable <int> teamIds = records.Select(rg => rg.teamId);
IEnumerable <Game> games = gameBll.GetGamesByTourneyBetweenTeams(tourneyId, teamIds);
if (!games.Any())
{
return;
}
TableBase table = new ClassicTable();
table.BuildFromGames(tourneyId, games);
IRanking ranking = new Implementations.Components.Ranking();
ranking.CalculateTable(Rule, games);
IEnumerable <TableRecord> prioritizedTable = ranking.CalculateTable(Rule, games);
foreach (TableRecord record in records)
{
record.PointsVirtual = prioritizedTable.FirstOrDefault()?.PointsVirtual ?? 0;
}
}
public override void Sort()
{
Table.Sort();
log.Trace("Sorting table '{0}'.", Name);
IEnumerable <IGrouping <short, TableRecord> > groupedRecords = GetGroupsByPointsVirtual(Table.Records);
log.Trace("Groups count: {0}", groupedRecords.Count());
log.Trace("Groups: [{0}]", string.Join(", ", groupedRecords.Select(g => g.Key)));
if (groupedRecords.Count() == Records.Count())
{
return;
}
foreach (IGrouping <short, TableRecord> recordsGroup in groupedRecords)
{
if (recordsGroup.Key == ResolvedValue)
{
continue;
}
IEnumerable <TableRecord> virtualRecords = GetNewRecordsWithPriorities(recordsGroup);
FillZeroVirtualPoints(virtualRecords);
log.Trace("Virtual point applied to group with Key {0}:", recordsGroup.Key);
log.Trace(virtualRecords.ToTextTable());
IEnumerable <IGrouping <short, TableRecord> > groupedRecordsInnner = GetGroupsByPointsVirtual(virtualRecords);
log.Trace("Groups after virtual point applied: [{0}]", string.Join(", ", groupedRecordsInnner.Select(g => g.Key)));
// No changes were applied, go to next group
if (groupedRecordsInnner.Count() == 1)
{
log.Trace("Group with Key {0} cannot be resolved by '{1}'.", recordsGroup.Key, Name);
continue;
}
// max position must be from real group. we don't know what happens with virtual records outside
short maxPosition = recordsGroup.Max(g => g.Position);
log.Trace("Max position: {0}", maxPosition);
// If changes where applied, sort postions in the real table
SetPositionsByFolowingPriorities(maxPosition, virtualRecords);
// If changes where applied, set virtual points of single rows to -1
SetSingleGroupsAsResolved(groupedRecordsInnner);
log.Trace("Table after group with key {0} changes applied:", recordsGroup.Key);
log.Trace(Records.ToTextTable());
}
SaveLog();
}
public void Update()
{
foreach (var setting in Settings)
{
var predicate = new Func <ValueHistoryRecord, bool>((r) => r.PropertyName == setting.PropertyName);
while (Records.Count(predicate) > setting.Amount)
{
Records.Remove(Records.Where(predicate)
.OrderBy(r => r.RecordDate)
.First());
}
}
}
/*__________________________________________________________________________________________*/
private void MapPDL_xppLoanScheduleFromProperties()
{
foreach (var PDLRecord in PDLLoanList)
{
List <PDLoanXPPScheduleList> Records;
Records = PDLRecord.GetPDLoanXPPScheduleList;
for (int index = 0; index < Records.Count(); index++)
{
int gvIdx = DGVxxpPaySchedule.Rows.Add();
DataGridViewRow LineItem = DGVxxpPaySchedule.Rows[gvIdx];
LineItem.Cells["DgvColxppLineItem"].Value = "StartDate";
LineItem.Cells["DgvColxppPaymentSeqNumber"].Value = Records[index].xppPaymentSeqNumber.ToString();
LineItem.Cells["DgvColxppPaymentNumber"].Value = Records[index].xppPaymentNumber;
LineItem.Cells["DgvColxppPaymentDate"].Value = Records[index].xppDate == DateTime.MaxValue ? "" : (Records[index].xppDate).FormatDate();
LineItem.Cells["DgvColxppPaymentAmt"].Value = Records[index].xppAmount.ToString();
}
}
}
public void Calculate()
{
if (Records.Count() > 0)
{
RecordsCount = Records.Count();
List <Record> SortedRecords = Records.OrderBy(r => r.Date).ToList();
TotalPayments = SumOfTopUps();
TotalCost = ((SortedRecords.First().Balance - SortedRecords.Last().Balance) + TotalPayments) - SortedRecords.First().TopUp;
DailyCost = CalculateDailyAvg(SortedRecords);
MonthlyCost = m_dailyCost * Properties.Settings.Default.DaysPerMonth;
YearlyCost = m_dailyCost * Properties.Settings.Default.DaysPerYear;
}
else
{
RecordsCount = 0;
TotalPayments = 0;
TotalCost = 0;
DailyCost = 0;
MonthlyCost = 0;
YearlyCost = 0;
}
}
private void ListMergeSort() // merges until only 1 list left
{
int totalRounds = Records.Count();
int round = totalRounds;
int percent = split;
int oldPercent = split;
double logRounds = Math.Log(totalRounds);
while (Records.Count > 1)
{
MergeFirstTwo();
round--;
percent = (int)((split * Math.Log(totalRounds / round)) / logRounds) + split;
if (oldPercent < percent)
{
oldPercent = percent;
bgw.ReportProgress(percent);
}
}
}
private void FilterCheckValidation()// us in ApplyFilter methode
{
if (_Filters.Check1 == false && _Filters.Check2 == false && _Filters.Check3 == false &&
_Filters.Check4 == false && _Filters.Check5 == false && _Filters.Check6 == false &&
_Filters.Check7 == false && _Filters.Check8 == false && _Filters.Check9 == false &&
_Filters.Check10 == false && _Filters.Check11 == false && _Filters.Check12 == false &&
_Filters.Check13 == false && _Filters.Check14 == false && _Filters.Check15 == false &&
_Filters.Check16 == false && _Filters.Check17 == false && _Filters.Check18 == false &&
_Filters.Check19 == false && _Filters.Check20 == false)
{
Records.Clear();
LoadData();
return;
}
if (Records.Count() == 0)
{
dialogService.ShowMessage("Сначала обновите данные (Ctrl+R)");
return;
}
}
protected Dictionary<string, object> ResultTypeColumnValues_NodalDisplacements(List<int> indices)
{
if (Records == null || Records.Count() == 0)
{
return new Dictionary<string, object>();
}
var factors = GetFactors(SpeckleGSAResultsHelper.ResultUnitType.Length);
var factorsRotation = GetFactors(SpeckleGSAResultsHelper.ResultUnitType.Angle);
var retDict = new Dictionary<string, object>
{
{ "ux", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).Ux, factors)).Cast<object>().ToList() },
{ "uy", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).Uy, factors)).Cast<object>().ToList() },
{ "uz", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).Uz, factors)).Cast<object>().ToList() },
{ "|u|", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).U, factors)).Cast<object>().ToList() },
{ "rxx", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).Rxx, factors)).Cast<object>().ToList() },
{ "ryy", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).Ryy, factors)).Cast<object>().ToList() },
{ "rzz", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).Rzz, factors)).Cast<object>().ToList() },
{ "|r|", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).R_Disp, factorsRotation)).Cast<object>().ToList() },
{ "uxy", indices.Select(i => ApplyFactors(((CsvNode) Records[i]).Uxy, factors)).Cast<object>().ToList() }
};
return retDict;
}
public int GetRecordIndex(int stationAId, int stationBId) // returns index corresponding to record on line with these two stations
{
for (int i = 0; i < Records.Count(); i++)
{
if (Records[i].StationA.Id == stationAId)
{
if (Records[i].StationB.Id == stationBId)
{
return(i);
}
}
else if (Records[i].StationB.Id == stationAId)
{
if (Records[i].StationA.Id == stationBId)
{
return(i);
}
}
}
return(-1); // error has occured
}
private int FirstPass(StationDictionary stations) // reads in data and converts to numerical form
{
StreamReader r = new StreamReader(SourceFile);
FinalLine f = new FinalLine();
FileInfo fi = new FileInfo(SourceFile);
long size = fi.Length; //bytes in file
long bytesRead = 0;
int percent = 0;
string line;
const int bytesPerChar = 1; // UTF-8
while (!r.EndOfStream)
{
line = r.ReadLine();
if (f.TryInitialise(line, stations))
{
Records.AddFirst(new List <FinalLine> {
new FinalLine(f)
});
}
bytesRead += (line.Length + 2) * bytesPerChar; // +2 to account for return and new line
if (percent < (bytesRead * split) / size)
{
percent++;
bgw.ReportProgress(percent);
}
}
r.Close();
return(Records.Count());
}
public int Num_unmatched_records()
{
return(Records.Count(x => !x.Matched));
}
