public void WithTreeAndRecursive_ShouldAssembleChilds()
{
IController controller = Controller(
activeAlarm: Alarm("Root Alarm", AlarmType.Info),
actualValues: new [] { VelocityTag() },
children: new[] { ChildController(
parameters: new[] { Tag(
dataType: "INT",
name: "AnyTag",
value: 13,
unit: "...",
comment: "Whatever") }).Object },
commands: new [] { Command("Start", "Starts the system") },
configurations: new Tag[0],
controllerMode: ControllerMode.Auto,
currentState: "Running",
currentSubState: "Sub-Running",
enableForcing: true,
id: 1,
isEnabled: true,
isSimulation: true,
name: "Root",
fullname: "Root",
parameters: new Tag[0],
type: "RootController").Object;
PlcInformationDtoAssembler assembler = CreateAssembler();
ControllerDTO dto = assembler.AssembleControllerDto(controller, recursive: true);
ApprovalTests.Approvals.Verify(dto.ToJson());
}
public void WithNull_ShouldReturnNull()
{
PlcInformationDtoAssembler assembler = CreateAssembler();
ControllerDTO dto = assembler.AssembleControllerDto(null);
dto.Should().BeNull();
}
public void WithControllerHavingChildAndNonRecursive_ShouldReturnNoChild()
{
IController controller = ChildController(children: new[] { ChildController(name: "Subchild").Object }).Object;
PlcInformationDtoAssembler assembler = CreateAssembler();
ControllerDTO dto = assembler.AssembleControllerDto(controller, recursive: false);
dto.Children.Should().BeEmpty();
}
public void WithControllerHavingNoAlarm_ShouldReturnDtoWithEmptyAlarm()
{
IController controller = ChildController().Object;
PlcInformationDtoAssembler assembler = CreateAssembler();
ControllerDTO dto = assembler.AssembleControllerDto(controller);
dto.ActiveAlarm.Should().BeEmpty();
}
public void WithControllerHavingChildAndRecurcive_ShouldReturnBothDtos()
{
IController controller = ChildController(children: new[] { ChildController(name: "Subchild").Object }).Object;
PlcInformationDtoAssembler assembler = CreateAssembler();
ControllerDTO dto = assembler.AssembleControllerDto(controller, recursive: true);
dto.Children.Should().HaveCount(1);
dto.Children.First().Name.Should().Be("Subchild");
}
public void WithControllerChild_ShouldReturnDtoChild()
{
IController controller = ChildController(
activeAlarm: Alarm("Special Child Alarm", AlarmType.Warning)).Object;
PlcInformationDtoAssembler assembler = CreateAssembler();
ControllerDTO dto = assembler.AssembleControllerDto(controller);
dto.ShouldHaveValues(
activeAlarm: "Special Child Alarm",
alarmType: PlcEssentials.PlcInformation.DTOs.AlarmType.Warning,
currentState: "Ready",
currentSubState: "Sub-Ready",
enableForcing: false,
id: 2,
isEnabled: false,
isSimulated: false,
mode: PlcEssentials.PlcInformation.DTOs.ControllerMode.Manual,
name: "Child",
fullname: "Child",
type: "ChildType");
}
public void WithControllerRoot_ShouldReturnDtoRoot()
{
IController controller = Controller(
activeAlarm: Alarm("Root Alarm", AlarmType.Info),
actualValues: new Tag[0],
children: new IController[0],
commands: new ICommand[0],
configurations: new Tag[0],
controllerMode: ControllerMode.Auto,
currentState: "Running",
currentSubState: "Sub-Running",
enableForcing: true,
id: 1,
isEnabled: true,
isSimulation: true,
name: "Root",
fullname: "Root",
parameters: new Tag[0],
type: "RootController").Object;
PlcInformationDtoAssembler assembler = CreateAssembler();
ControllerDTO dto = assembler.AssembleControllerDto(controller);
dto.ShouldHaveValues(
activeAlarm: "Root Alarm",
alarmType: PlcEssentials.PlcInformation.DTOs.AlarmType.Normal,
currentState: "Running",
currentSubState: "Sub-Running",
enableForcing: true,
id: 1,
isEnabled: true,
isSimulated: true,
mode: PlcEssentials.PlcInformation.DTOs.ControllerMode.Auto,
name: "Root",
fullname: "Root",
type: "RootController");
}
