internal List <MonthlyIncome> GetMonthlyIncomes()
{
List <MonthlyIncome> itemsChart = new List <MonthlyIncome>();
var groupedIncomings = (from i in Incomings
where i.Category != null && i.Category.Name.Equals("Performance")
group i by new { month = i.Date.Month, year = i.Date.Year } into d
select new
{
dt = string.Format("{0}/{1}", d.Key.month, d.Key.year),
count = d.Count()
}).OrderByDescending(g => g.dt);
foreach (var item in groupedIncomings)
{
var ic = itemsChart.Where(i => i.Date.Equals(DateTime.Parse("01/" + item.dt))).FirstOrDefault();
if (ic == null)
{
ic = new MonthlyIncome(item.dt);
itemsChart.Add(ic);
}
ic.SetIncoming(Incomings.Where(i => i.Date.Month.Equals(ic.Date.Month) &&
i.Date.Year.Equals(ic.Date.Year) &&
i.Category != null &&
i.Category.Name.Equals("Performance")).Sum(i => i.Value));
}
return(itemsChart.OrderByDescending(i => i.Date).ToList());
}
internal void AddIncoming(double value, DateTime date, Account account, ItemCategory category)
{
var incoming = new Incoming(date, account, value, category);
Incomings.Add(incoming);
incoming.Move(value);
SaveAccounts();
SaveIncomings();
}
internal void AssertValid()
{
Debug.Assert(Outgoing != null); // We don't allow isolated vertices (but might later)
Debug.Assert(Outgoing.Source == this); // Checks some of the halfedge hookup
if (IsBoundary)
{
// Condition ensuring Outgoing of a Boundary Vertex is the Boundary Halfedge
Debug.Assert(Outgoing.IsBoundary);
// Condition ensuring Manifold property for vertices
Debug.Assert(Incomings.Count(he => he.Edge.IsBoundary) <= 2);
}
}
public List <ItemChartMonthly> GetItensChartMonthly()
{
List <ItemChartMonthly> itemCharts = new List <ItemChartMonthly>();
var groupedIncomings = (from i in Incomings
group i by new { month = i.Date.Month, year = i.Date.Year } into d
select new {
dt = string.Format("{0}/{1}", d.Key.month, d.Key.year),
count = d.Count()
}).OrderByDescending(g => g.dt);
var groupedExpenses = (from e in Expenses
group e by new { month = e.Date.Month, year = e.Date.Year } into d
select new
{
dt = string.Format("{0}/{1}", d.Key.month, d.Key.year),
count = d.Count()
}).OrderByDescending(g => g.dt);
foreach (var item in groupedIncomings)
{
var ic = itemCharts.Where(i => i.Date.Equals(DateTime.Parse("01/" + item.dt))).FirstOrDefault();
if (ic == null)
{
ic = new ItemChartMonthly(item.dt);
itemCharts.Add(ic);
}
ic.SetIncoming(Incomings.Where(i => i.Date.Month.Equals(ic.Date.Month) && i.Date.Year.Equals(ic.Date.Year)).Sum(i => i.Value));
}
foreach (var item in groupedExpenses)
{
var ic = itemCharts.Where(i => i.Date.Equals(DateTime.Parse("01/" + item.dt))).FirstOrDefault();
if (ic == null)
{
ic = new ItemChartMonthly(item.dt);
itemCharts.Add(ic);
}
ic.SetExpense(Expenses.Where(e => e.Date.Month.Equals(ic.Date.Month) && e.Date.Year.Equals(ic.Date.Year)).Sum(e => e.Value));
}
return(itemCharts.OrderByDescending(i => i.Date).ToList());
}
internal void DeleteIncoming(Incoming incoming)
{
Incomings.Remove(incoming);
SaveIncomings();
SaveAccounts();
}