public ActionResult Depreciation(int startMonth, int startYear, int endMonth, int endYear)
{
Depreciation depreciation = new Depreciation();
MyDataSet myDataSet = new MyDataSet(db);
DepreciationPlanList depreciationPlanList = depreciation.CalculatePlan(startMonth, startYear, endMonth, endYear, myDataSet.MonthNames);
depreciation.CalculatePlanForAssets(depreciationPlanList, myDataSet, true);
return(View(depreciationPlanList));
}
public void TestMethodDepretiatinPlan()
{
Depreciation depreciation = new Depreciation();
Dictionary <int, string> monthNames = MocForMonths();
int startMonth = 2, startYear = 2017, endMonth = 5, endYear = 2018;
DepreciationPlanList depreciationPlanList = depreciation.CalculatePlan(startMonth, startYear, endMonth, endYear, monthNames);
Assert.IsTrue(depreciationPlanList.DepreciationPlans.Count == 16);
}
public void TestMethodDepretiatinPlanCalculation()
{
Depreciation depreciation = new Depreciation();
Dictionary <int, string> monthNames = MocForMonths();
int startMonth = 2, startYear = 2017, endMonth = 5, endYear = 2030;
DepreciationPlanList depreciationPlanList = depreciation.CalculatePlan(startMonth, startYear, endMonth, endYear, monthNames);
List <AssetType> assetTypes = new List <AssetType>();
assetTypes.Add(new AssetType()
{
Id = 3, LowValueAsset = false, Name = "Zestaw komputerowy"
});
assetTypes.Add(new AssetType()
{
Id = 4, LowValueAsset = false, Name = "Drukarka"
});
assetTypes.Add(new AssetType()
{
Id = 5, LowValueAsset = false, Name = "Serwer"
});
assetTypes.Add(new AssetType()
{
Id = 6, LowValueAsset = true, Name = "Biurko"
});
assetTypes.Add(new AssetType()
{
Id = 7, LowValueAsset = true, Name = "Krzeslo"
});
assetTypes.Add(new AssetType()
{
Id = 8, LowValueAsset = false, Name = "Projektor"
});
assetTypes.Add(new AssetType()
{
Id = 9, LowValueAsset = false, Name = "UPS"
});
assetTypes.Add(new AssetType()
{
Id = 10, LowValueAsset = false, Name = "Macierz dyskowa"
});
assetTypes.Add(new AssetType()
{
Id = 11, LowValueAsset = false, Name = "Super biurko prezesowej"
});
List <Asset> assetList = new List <Asset>();
assetList.Add(new Asset()
{
Id = 2, AssetName = "Serwer HP", StartUsingDate = new DateTime(2017, 12, 8), InitialValue = (decimal)1000.21, AmortisedValue = 0, DepreciationTypeId = 1, AssetTypeId = 5, IsUsed = true, Depreciated = false
});
assetList.Add(new Asset()
{
Id = 3, AssetName = "Macierz dyskowa 50TB", StartUsingDate = new DateTime(2017, 12, 21), InitialValue = (decimal)25000, AmortisedValue = 0, DepreciationTypeId = 1, AssetTypeId = 10, IsUsed = true, Depreciated = false
});
assetList.Add(new Asset()
{
Id = 6, AssetName = "Biurko prezesowej", StartUsingDate = new DateTime(2017, 12, 8), InitialValue = (decimal)10000.00, AmortisedValue = 0, DepreciationTypeId = 1, AssetTypeId = 11, IsUsed = true, Depreciated = false
});
assetList.Add(new Asset()
{
Id = 9, AssetName = "Biurko pracownika", StartUsingDate = new DateTime(2017, 10, 15), InitialValue = (decimal)500.00, AmortisedValue = 0, DepreciationTypeId = 2, AssetTypeId = 6, IsUsed = true, Depreciated = false
});
Dictionary <int, DepreciationType> depreciationTypes = new Dictionary <int, DepreciationType>();
depreciationTypes.Add(1, new DepreciationType()
{
Id = 1, Name = "Liniowa 30%", DepreciationRate = (decimal)30
});
depreciationTypes.Add(2, new DepreciationType()
{
Id = 2, Name = "Jednorazowa", DepreciationRate = (decimal)100
});
Dictionary <string, DepreciationCharge> depreciationCharges = new Dictionary <string, DepreciationCharge>();
MyDataSet myDataSet = new MyDataSet();
myDataSet.AssetList = assetList;
myDataSet.DepreciationTypes = depreciationTypes;
myDataSet.DepreciationCharges = depreciationCharges;
myDataSet.AssetTypes = assetTypes;
depreciation.CalculatePlanForAssets(depreciationPlanList, myDataSet, false);
decimal total = 0;
foreach (DepreciationPlan dep in depreciationPlanList.DepreciationPlans)
{
total += dep.CurrentCharge;
}
Assert.AreEqual(total, (decimal)(10000.00 + 25000.00 + 1000.21 + 500));
}
public void TestMethodDepretiatinProccessedView()
{
Depreciation depreciation = new Depreciation();
Dictionary <int, string> monthNames = MocForMonths();
int startMonth = 1, startYear = 2018, endMonth = 2, endYear = 2018;
DepreciationPlanList depreciationPlanList = depreciation.CalculatePlan(startMonth, startYear, endMonth, endYear, monthNames);
List <Asset> assetList = new List <Asset>();
assetList.Add(new Asset()
{
Id = 2, AssetName = "Serwer HP", StartUsingDate = new DateTime(2017, 12, 8), InitialValue = (decimal)1000.21, AmortisedValue = 0, DepreciationTypeId = 1
});
assetList.Add(new Asset()
{
Id = 3, AssetName = "Macierz dyskowa 50TB", StartUsingDate = new DateTime(2017, 12, 21), InitialValue = (decimal)25000, AmortisedValue = 0, DepreciationTypeId = 1
});
assetList.Add(new Asset()
{
Id = 6, AssetName = "Biurko prezesowej", StartUsingDate = new DateTime(2017, 12, 8), InitialValue = (decimal)10000.00, AmortisedValue = 0, DepreciationTypeId = 1
});
Dictionary <int, DepreciationType> depreciationTypes = new Dictionary <int, DepreciationType>();
depreciationTypes.Add(1, new DepreciationType()
{
Id = 1, Name = "Liniowa 30%", DepreciationRate = (decimal)30
});
Dictionary <string, DepreciationCharge> depreciationCharges = new Dictionary <string, DepreciationCharge>();
depreciationCharges.Add("2018012", new DepreciationCharge()
{
Id = 10, No = 1, Month = 1, Year = 2018, CurrentCharge = (decimal)25.01, CumulativelyCharge = (decimal)25.01, RemainingAmount = (decimal)975.20, AssetId = 2
});
depreciationCharges.Add("2018013", new DepreciationCharge()
{
Id = 11, No = 1, Month = 1, Year = 2018, CurrentCharge = (decimal)625.00, CumulativelyCharge = (decimal)25.01, RemainingAmount = (decimal)24375.00, AssetId = 3
});
depreciationCharges.Add("2018016", new DepreciationCharge()
{
Id = 12, No = 1, Month = 1, Year = 2018, CurrentCharge = (decimal)250.00, CumulativelyCharge = (decimal)25.01, RemainingAmount = (decimal)9750.00, AssetId = 6
});
depreciationCharges.Add("2018022", new DepreciationCharge()
{
Id = 13, No = 2, Month = 2, Year = 2018, CurrentCharge = (decimal)25.01, CumulativelyCharge = (decimal)50.02, RemainingAmount = (decimal)950.19, AssetId = 2
});
depreciationCharges.Add("2018023", new DepreciationCharge()
{
Id = 14, No = 2, Month = 2, Year = 2018, CurrentCharge = (decimal)625.00, CumulativelyCharge = (decimal)1250.00, RemainingAmount = (decimal)23750.00, AssetId = 3
});
depreciationCharges.Add("2018026", new DepreciationCharge()
{
Id = 15, No = 2, Month = 2, Year = 2018, CurrentCharge = (decimal)250.00, CumulativelyCharge = (decimal)500.00, RemainingAmount = (decimal)9500.00, AssetId = 6
});
MyDataSet myDataSet = new MyDataSet();
myDataSet.AssetList = assetList;
myDataSet.DepreciationTypes = depreciationTypes;
myDataSet.DepreciationCharges = depreciationCharges;
depreciation.CalculateProcessedDepreciation(depreciationPlanList, myDataSet);
decimal total11 = 0;
decimal total12 = 0;
decimal total13 = 0;
decimal total21 = 0;
decimal total22 = 0;
decimal total23 = 0;
decimal total31 = 0;
decimal total32 = 0;
decimal total33 = 0;
foreach (DepreciationPlan dep in depreciationPlanList.DepreciationPlans)
{
foreach (DepreciationItem d in dep.Depreciacions)
{
total11 += d.CurrentCharge;
total12 += d.CumulativelyCharge;
total13 += d.RemainingAmount;
}
total21 += dep.CurrentCharge;
total22 = dep.CumulativelyCharge;
total23 = dep.RemainingAmount;
}
total31 = depreciationPlanList.TotalCurrentCharge;
total32 = depreciationPlanList.TotalCumulativelyCharge;
total33 = depreciationPlanList.TotalRemainingAmount;
Assert.AreEqual(total11, total21);
Assert.AreEqual(total31, total21);
Assert.AreEqual(total22, total32);
Assert.AreEqual(total23, total33);
}