public static Device GetDevice(Project project, int index)
{
DeviceComposition allDevices = project.Devices;
Device device = allDevices[index];
return(device);
}
private static void IterDevice(IList <HmiTarget> hmi, DeviceComposition devices)
{
foreach (Device d in devices)
{
HandleDevice(hmi, d);
}
}
private static void IterDevice(NodeHandler handler, DeviceComposition devices)
{
foreach (Device d in devices)
{
HandleDevice(handler, d);
}
}
public async Task <IActionResult> OnGetAsync(int?id)
{
if (id == null)
{
return(NotFound());
}
DeviceComposition = await _context.DeviceCompositions.FirstOrDefaultAsync(m => m.ID == id);
if (DeviceComposition == null)
{
return(NotFound());
}
return(Page());
}
public async Task <IActionResult> OnPostAsync(int?id)
{
if (id == null)
{
return(NotFound());
}
DeviceComposition = await _context.DeviceCompositions.FindAsync(id);
if (DeviceComposition != null)
{
_context.DeviceCompositions.Remove(DeviceComposition);
await _context.SaveChangesAsync();
}
return(RedirectToPage("./Index"));
}
public static void connectToMPI(Project project, int sourceDevice, int targetDevice)
{
DeviceComposition allDevices = project.Devices;
//creating subnet to not connected
SubnetComposition subnets = project.Subnets;
Subnet newSubnet = subnets.Create("System:Subnet.Mpi", "MPI Subnet" + Guid.NewGuid().ToString());
//subnet typeIdentifiers can be .Profibus, .Mpi, .Asi
//source device
Device device2 = DeviceMethods.GetDevice(project, targetDevice);
Device device1 = DeviceMethods.GetDevice(project, sourceDevice);
DeviceItem head1 = DeviceItemMethods.GetPlcHead(device1);
DeviceItem interface1 =
(from DeviceItem di in head1.DeviceItems
where di.Name.Contains("MPI")
select di).First();
NetworkInterface interfacePN1 = interface1.GetService <NetworkInterface>();
NodeComposition networkNodes1 = interfacePN1.Nodes;
networkNodes1.First().ConnectToSubnet(newSubnet); //connection to the subnet
//target device
DeviceItem head2 = DeviceItemMethods.GetPlcHead(device2);
DeviceItem interface2 =
(from DeviceItem di in head2.DeviceItems
where di.Name.Contains("MPI")
select di).First();
NetworkInterface interfacePN2 = interface2.GetService <NetworkInterface>();
NodeComposition networkNodes2 = interfacePN2.Nodes;
networkNodes2.First().ConnectToSubnet(newSubnet); //second device connection
Console.WriteLine("Connected to " + newSubnet.GetAttribute("Name"));
}
public static void DeleteDevice(Project project, string DeviceName) //It doesn't work, in construction
{
DeviceComposition devices = project.Devices;
Device foundDevice = devices.Find(DeviceName); //find first
devices.Contains(foundDevice); //then try with if statement
foreach (Device device in devices) //ERROR: System.InvalidOperationException: 'Collection was modified; enumeration operation may not execute.'
{
if (device.Name == DeviceName)
{
Console.WriteLine("Found");
device.Delete();
Console.WriteLine("And Deleted...");
}
else
{
Console.WriteLine("Not Found...");
}
}
}
public InnovationRatesBinder(DeviceComposition deviceComposition, IEnumerable <OkrInnovationProperty> okrInnovationProperties)
{
this.deviceComposition = deviceComposition ?? throw new ArgumentNullException("deviceComposition");
this.okrInnovationProperties = okrInnovationProperties ?? throw new ArgumentNullException("okrInnovationProperties");
}
public void Initialize()
{
var dcREFU = new DeviceComposition("РЭФУ");
var dcREU = new DeviceComposition("РЭУ");
var dcSREU = new DeviceComposition("СРЭУ");
dbContext.DeviceCompositions.AddRange(dcREFU, dcREU, dcSREU);
var dcRange_1_5 = new DeviceCountRange("1 .. 5");
var dcRange_6_10 = new DeviceCountRange("6 .. 10");
var dcRange_11_20 = new DeviceCountRange("11 .. 20");
dbContext.DeviceCountRanges.AddRange(dcRange_1_5, dcRange_6_10, dcRange_11_20);
dbContext.DeviceComplexityRates.AddRange(
new DeviceComplexityRate(dcREFU, dcRange_1_5, 1.0),
new DeviceComplexityRate(dcREFU, dcRange_6_10, 1.5),
new DeviceComplexityRate(dcREFU, dcRange_11_20, 2.0),
new DeviceComplexityRate(dcREU, dcRange_1_5, 1.0),
new DeviceComplexityRate(dcREU, dcRange_6_10, 1.25),
new DeviceComplexityRate(dcREU, dcRange_11_20, 1.5),
new DeviceComplexityRate(dcSREU, dcRange_1_5, 1.0),
new DeviceComplexityRate(dcSREU, dcRange_6_10, 1.4),
new DeviceComplexityRate(dcSREU, dcRange_11_20, 1.8)
);
OkrInnovationProperty[] okrInoProps =
{
new OkrInnovationProperty("Заданные значения основных технических характеристик превышают достигнутые в мировой практике для изделий аналогичного назначения**"),
new OkrInnovationProperty("Заданные значения 1-2 основных технических характеристик превышают достигнутые в мировой практике для изделий аналогичного назначения**"),
new OkrInnovationProperty("Заданные значения основных технических характеристик соответствуют достигнутым в мировой практике для изделий аналогичного назначения**"),
new OkrInnovationProperty("Изделие не имеющее аналогов в практике исполнителя"),
new OkrInnovationProperty("Ужесточение требовний к двум и более основным техническим характеристикам*"),
new OkrInnovationProperty("Ужесточение требований по подавлению НЭМИ*"),
new OkrInnovationProperty("Ужесточение требования к основной технической характеристике* и условиям эксплуатации*"),
new OkrInnovationProperty("Ужесточение требования к основной технической характеристике*"),
new OkrInnovationProperty("Ужесточение требований по надежности*"),
new OkrInnovationProperty("Ужесточение 1-2 неосновных тежнических характеристик*"),
new OkrInnovationProperty("Новая конструкция аналога по техническим характеристикам"),
new OkrInnovationProperty("Заимствование конструкции, наличие ранее созданного аналога по техническим характеристикам"),
new OkrInnovationProperty("25% заимствование ранее созданного аналога"),
new OkrInnovationProperty("50% заимствование ранее созданного аналога"),
new OkrInnovationProperty("75% заимствование ранее созданного аналога"),
new OkrInnovationProperty("Повторное изготовление изделия без изменений в ТД и КД")
};
dbContext.OkrInnovationProperties.AddRange(okrInoProps);
double[] refuRatesValues = { 3.0, 2.5, 2.0, 1.8, 1.6, 1.4, 1.2, 1.0, 0.9, 0.8, 0.7, 0.6, 0.5 };
double[] reuRatesValues = { 3.0, 2.5, 2.0, 1.5, 1.4, 1.3, 1.2, 1.1, 1.0, 0.9, 0.9, 0.8, 0.7, 0.6 };
double[] sreuRatesValues = { 4.0, 3.0, 2.5, 2.0, 1.5, 1.4, 1.3, 1.2, 1.1, 1.05, 1.0, 0.95, 0.9, 0.85, 0.8, 0.7 };
var REFU_ratesBinder = new InnovationRatesBinder(dcREFU, okrInoProps.TakeLast(13));
IEnumerable <OkrInnovationRate> refuRates = REFU_ratesBinder.Bind(refuRatesValues);
dbContext.OkrInnovationRates.AddRange(refuRates);
var REU_ratesBinder = new InnovationRatesBinder(dcREU, okrInoProps.TakeLast(14));
IEnumerable <OkrInnovationRate> reuRates = REU_ratesBinder.Bind(reuRatesValues);
dbContext.OkrInnovationRates.AddRange(reuRates);
var SREU_ratesBinder = new InnovationRatesBinder(dcSREU, okrInoProps);
IEnumerable <OkrInnovationRate> sreuRates = SREU_ratesBinder.Bind(sreuRatesValues);
dbContext.OkrInnovationRates.AddRange(sreuRates);
StageForOkr[] okrStages = SeedOkrStages();
SeedOkrLabors(okrStages);
SeedOkrSoftwareDevLaborGroups(okrStages);
}
