public static Asset Create(string dt, DepreciationMethod type) => new Asset
{
ID = Guid.Parse("9F4FDBA8-94BD-45C2-AF53-36BCFFB591FF"),
Name = "nm",
User = "******",
Currency = "MXN",
Date = dt.ToDateTime(),
Method = type,
Remark = " t 't\"-.\" %@!@#$%^&*( ",
Value = 33344,
Salvage = 213,
Life = 11,
Title = 1234,
DepreciationTitle = 2344,
DevaluationTitle = 4634,
DepreciationExpenseTitle = 6622,
DepreciationExpenseSubTitle = 05,
DevaluationExpenseTitle = 6623,
DevaluationExpenseSubTitle = 06,
Schedule = new List <AssetItem>
{
new AcquisitionItem {
Value = 123, OrigValue = 553, Remark = "\\\t@#$%^&*(%"
},
new DepreciateItem {
Value = -23, Amount = 3412, Remark = "\\qw\ter%@!@#$%^&*(%"
},
new DevalueItem {
Value = -50, FairValue = 5462, Amount = 2342, Remark = " 7')^ Q23'4"
},
new DispositionItem {
Value = -50, Remark = "\\\t@#$%^&*(%"
},
},
};
public void AssetStoreTest(string dt, DepreciationMethod type)
{
var asset1 = AssetDataProvider.Create(dt, type);
foreach (var item in asset1.Schedule)
{
item.Value = 0;
if (item is DevalueItem dev)
{
dev.Amount = 0;
}
}
m_Adapter.Upsert(asset1);
Assert.NotNull(asset1.ID);
var asset2 = m_Adapter.SelectAssets(DistributedQueryUnconstrained.Instance).Single();
Assert.Equal(asset1, asset2, new AssetEqualityComparer());
var asset3 = m_Adapter.SelectAsset(asset1.ID.Value);
Assert.Equal(asset1, asset3, new AssetEqualityComparer());
Assert.True(m_Adapter.DeleteAsset(asset1.ID.Value));
Assert.False(m_Adapter.DeleteAsset(asset1.ID.Value));
Assert.False(m_Adapter.SelectAssets(DistributedQueryUnconstrained.Instance).Any());
}
public virtual void AssetTest(string dt, DepreciationMethod type)
{
var asset1 = AssetDataProvider.Create(dt, type);
var asset2 = Serializer.ParseAsset(Serializer.PresentAsset(asset1));
Assert.Equal(asset1, asset2, new AssetEqualityComparer());
}
public static double InvokeMethod(DepreciationMethod method,
double cost,
double life,
double usefulLife,
double war)
{
switch(method){
case DepreciationMethod.Linear:
return Linear(cost,life,usefulLife,war);
case DepreciationMethod.Progressive:
return Progressive(cost,life,usefulLife,war);
case DepreciationMethod.Degressive:
return Degressive(cost,life,usefulLife,war);
default:
return cost;
}
}
public override void AssetTest(string dt, DepreciationMethod type) => base.AssetTest(dt, type);
