public void Load(XPathNavigator nav, string profileMainNodeName, ProfileItemPrivacyType profileItemPrivacyType)
{
var navPointer = nav.Select("/" + profileMainNodeName + "/Variables/Variable");
while (navPointer.MoveNext())
{
var type = navPointer.Current.GetAttribute("Type", navPointer.Current.NamespaceURI);
IVariable variable = null;
if (type == "FsuipcVariable")
{
variable = new FsuipcVariable();
}
if (type == "MemoryPatchVariable")
{
variable = new MemoryPatchVariable();
}
if (type == "FakeVariable")
{
variable = new FakeVariable();
}
if (variable != null)
{
variable.Load(navPointer.Current);
(variable as VariableBase).SetPrivacyType(profileItemPrivacyType);
StoreVariable(variable);
}
}
}
public void FakeWFTemplateMarkup_Validator(object o)
{
var loop = o as FakeForEach <int>;
var global = new FakeVariable <string>()
{
Name = "global"
};
global.SetValue(null, "Hello World");
var environment = new FakeEnvironment();
environment.Variables[global.Name] = global;
loop.Invoke(environment);
Assert.AreEqual("Hello World123", global.GetValue(null));
}
public void FakeWFTemplateImperative1()
{
// This is the semantically equivalent code to the markup example.
// Any conditional logical in the construction of the activity
// tree is not representable in xaml.
//
var iVar = new FakeVariable <int>()
{
Name = "i"
};
var loop = new FakeForEach <int>()
{
LoopVariable = iVar,
ItemsSource = new int[] { 1, 2, 3 },
Body = () =>
new FakeAppendIntToString()
{
Target = new FakeLookupVariable <string>("global"),
Content = iVar
}
};
var global = new FakeVariable <string>()
{
Name = "global"
};
global.SetValue(null, "Hello World");
var environment = new FakeEnvironment();
environment.Variables[global.Name] = global;
loop.Invoke(environment);
string globalFinalValue = global.GetValue(null);
Assert.AreEqual("Hello World123", globalFinalValue);
}
public void FakeWFTemplateImperative3()
{
// This is identical to #2, however using a factory method
// to get better type infrencing. C# 3.0 doesn't do inferencing
// based on the LHS, so you have to type all the expr variables.
//
var loop = new FakeForEach <int>()
{
LoopVariable = new FakeVariable <int>()
{
Name = "i"
},
ItemsSource = new int[] { 1, 2, 3 },
Body = () =>
(FakeActivity) new FakeAppendIntToString()
{
Target = new FakeLookupVariable <string>("global"),
Content = new FakeLookupVariable <int>("i")
}
};
var global = new FakeVariable <string>()
{
Name = "global"
};
global.SetValue(null, "Hello World");
var environment = new FakeEnvironment();
environment.Variables[global.Name] = global;
loop.Invoke(environment);
string globalFinalValue = global.GetValue(null);
Assert.AreEqual("Hello World123", globalFinalValue);
}
public void FakeWFTemplateImperative2()
{
// This is the more natural C# developer intuition.
// Notice that the string LoopVariableName is effectively
// ignored.
//
var loop = new FakeForEach <int>()
{
LoopVariable = new FakeVariable <int>()
{
Name = "i"
},
ItemsSource = new int[] { 1, 2, 3 },
Body = () =>
new FakeAppendIntToString()
{
Target = new FakeLookupVariable <string>("global"),
Content = new FakeLookupVariable <int>("i")
}
};
var global = new FakeVariable <string>()
{
Name = "global"
};
global.SetValue(null, "Hello World");
var environment = new FakeEnvironment();
environment.Variables[global.Name] = global;
loop.Invoke(environment);
string globalFinalValue = global.GetValue(null);
Assert.AreEqual("Hello World123", globalFinalValue);
}
public void PrepareProfile()
{
Profile.Clear();
// Создание трёх панелей
var p1 = new Panel {
Name = "Panel1"
};
Profile.PanelStorage.StorePanel(p1);
var panelId1 = p1.Id;
var p2 = new Panel {
Name = "Panel2"
};
Profile.PanelStorage.StorePanel(p2);
var panelId2 = p2.Id;
var p3 = new Panel {
Name = "Panel3"
};
Profile.PanelStorage.StorePanel(p3);
var panelId3 = p3.Id;
// Создание трёх переменных. Одна в первой панели, вторая и третья во второй
var firstTestVariable = new FakeVariable
{
Size = MemoryVariableSize.Byte,
Name = "Var1",
PanelId = panelId1,
Description = "Тестовая переменная 1\nНовая строка"
};
var firstTestVariableId = firstTestVariable.Id;
Profile.VariableStorage.StoreVariable(firstTestVariable);
var secondTestVariable = new FakeVariable
{
Size = MemoryVariableSize.EightByteFloat,
Name = "Var2",
PanelId = panelId2,
Description = "Тестовая переменная 2\nНовая строка"
};
var secondTestVariableId = secondTestVariable.Id;
Profile.VariableStorage.StoreVariable(secondTestVariable);
var thirdTestVariable = new FakeVariable
{
Size = MemoryVariableSize.FourBytesSigned,
Name = "Var3",
PanelId = panelId2,
Description = "Тестовая переменная 3\nНовая строка"
};
var thirdTestVariableId = thirdTestVariable.Id;
Profile.VariableStorage.StoreVariable(thirdTestVariable);
// Создание описателей доступа
// Button
var valueAccessDescriptor = new DescriptorValue();
var powerFormula = "[" + Profile.PanelStorage.GetPanelById(Profile.VariableStorage.GetVariableById(firstTestVariableId).PanelId).Name + "." + Profile.VariableStorage.GetVariableById(firstTestVariableId).Name + "]";
valueAccessDescriptor.SetPowerFormula(powerFormula);
valueAccessDescriptor.AssignDefaultStateId(0);
valueAccessDescriptor.AddConnector("Off");
valueAccessDescriptor.AddConnector("On");
// valueAccessDescriptor.AddVariable(firstTestVariableId);
valueAccessDescriptor.AddVariable(secondTestVariableId);
valueAccessDescriptor.AddVariable(thirdTestVariableId);
// valueAccessDescriptor.SetFormula(0, 0, "0");
valueAccessDescriptor.SetFormula(0, secondTestVariableId, "0");
valueAccessDescriptor.SetFormula(0, thirdTestVariableId, "0");
// valueAccessDescriptor.SetFormula(1, 0, "1");
valueAccessDescriptor.SetFormula(1, secondTestVariableId, "2.58");
valueAccessDescriptor.SetFormula(1, thirdTestVariableId, "-3");
valueAccessDescriptor.AssignDefaultStateId(0);
valueAccessDescriptor.SetAssignedPanelId(panelId3);
valueAccessDescriptor.SetName("AccessDescriptor1");
var valueAccessDescriptorId = Profile.AccessDescriptor.RegisterAccessDescriptor(valueAccessDescriptor);
// Encoder
var rangeAccessDescriptor = new DescriptorRange();
rangeAccessDescriptor.SetReceiveValueFormula("[" + Profile.PanelStorage.GetPanelById(panelId2).Name + "." + Profile.VariableStorage.GetVariableById(secondTestVariableId).Name + "]");
rangeAccessDescriptor.AddVariable(secondTestVariableId);
rangeAccessDescriptor.AddVariable(firstTestVariableId);
rangeAccessDescriptor.SetAssignedPanelId(panelId3);
rangeAccessDescriptor.SetName("AccessDescriptorRange");
rangeAccessDescriptor.SetFormula(0, secondTestVariableId, "[R]");
rangeAccessDescriptor.SetFormula(1, thirdTestVariableId, "[R]:1");
rangeAccessDescriptor.SetMinimumValueFormula("0");
rangeAccessDescriptor.SetMaximumValueFormula("4");
rangeAccessDescriptor.SetStepFormula("0.5");
// rangeAccessDescriptor.IsLooped = true;
var rangeAccessDescriptorId = Profile.AccessDescriptor.RegisterAccessDescriptor(rangeAccessDescriptor);
var tempFile = Path.GetTempFileName();
Profile.SaveAs(tempFile);
Profile.Clear();
Profile.Load(tempFile, ProfileItemPrivacyType.Public);
var valueDescriptor = (DescriptorValue)Profile.AccessDescriptor.GetAccessDesciptorById(valueAccessDescriptorId);
Profile.VariableStorage.WriteValue(firstTestVariableId, 0);
Profile.VariableStorage.WriteValue(secondTestVariableId, 0);
Profile.VariableStorage.WriteValue(thirdTestVariableId, 0);
Thread.Sleep(200);
valueDescriptor.SetState(1);
Thread.Sleep(200);
Assert.AreEqual(0, Profile.VariableStorage.ReadValue(firstTestVariableId).Value);
Assert.AreEqual(0, Profile.VariableStorage.ReadValue(secondTestVariableId).Value);
Assert.AreEqual(0, Profile.VariableStorage.ReadValue(thirdTestVariableId).Value);
Profile.VariableStorage.WriteValue(firstTestVariableId, 1);
Thread.Sleep(200);
valueDescriptor.SetState(1);
Thread.Sleep(200);
Assert.AreEqual(1, Profile.VariableStorage.ReadValue(firstTestVariableId).Value);
Assert.AreEqual(2.58, Profile.VariableStorage.ReadValue(secondTestVariableId).Value);
Assert.AreEqual(-3, Profile.VariableStorage.ReadValue(thirdTestVariableId).Value);
valueAccessDescriptor.SetDefaultState();
Thread.Sleep(200);
Assert.AreEqual(0, Profile.VariableStorage.ReadValue(firstTestVariableId).Value);
Assert.AreEqual(0, Profile.VariableStorage.ReadValue(secondTestVariableId).Value);
Assert.AreEqual(0, Profile.VariableStorage.ReadValue(thirdTestVariableId).Value);
File.Delete(tempFile);
}
private void SynchronizeFakeVariable(FakeVariable fakeVariable)
{
fakeVariable.SetValueInMemory(fakeVariable.GetValueToSet());
}
