private void FrmDevTemplate_Load(object sender, EventArgs e)
{
// перевод формы
Translator.TranslateForm(this, "Scada.Comm.Devices.Modbus.UI.FrmDevTemplate");
TranslateTree();
// настройка элементов управления
openFileDialog.InitialDirectory = appDirs.ConfigDir;
saveFileDialog.InitialDirectory = appDirs.ConfigDir;
ctrlElem.Top = ctrlCmd.Top = ctrlElemGroup.Top;
if (saveOnly)
{
btnNew.Visible = false;
btnOpen.Visible = false;
}
if (string.IsNullOrEmpty(initialFileName))
{
saveFileDialog.FileName = NewFileName;
template = new DeviceTemplate();
FillTree();
}
else
{
saveFileDialog.FileName = initialFileName;
LoadTemplate(initialFileName);
}
}
public static DeviceFile.DevicePartParams NewPart24r2(DeviceFile DevFile, string basePartName, string partName, DeviceTemplate template)
{
DeviceFile.DevicePartParams newPart = DevFile.PartsList.First(p => p.PartName == basePartName);
// These can be easily found from the family programmer's manual
newPart.PartName = partName;
newPart.DeviceID = template.deviceId;
newPart.ProgramMem = template.family.programSize / 2 + 1; // Size of program FLASH. Not sure what units this is
newPart.ConfigAddr = template.family.configAddr * 2; // Address of the highest config register (ie. CONFIG4)
newPart.ConfigWords = 4; // Number of config registers
// Mask out unused bits.
// This can be found in the PIC datasheet. Reserved bits should be masked out.
// Configuration registers are in reverse order, ie. { CONFIG4, CONFIG3, CONFIG2, CONFIG1 }, with the CONFIG4 at the LOWEST address.
newPart.ConfigMasks = new ushort[8] { 0x0000, 0xFFFF, 0xFFF3, 0x7BFF, 0, 0, 0, 0 };
newPart.ConfigBlank = new ushort[8] { 0xFFFF, 0xFFFF, 0xFFF3, 0x7BFF, 0, 0, 0, 0 }; // Default configuration (Check the datasheet to see what the reserved bits should be set to)
//NOTE: Above only tested with PIC24FJ256DA206.
// Code-protect detection (only used in PicKit2 GUI?)
newPart.CPConfig = 4; // Which config contains the code-protect bits. This corresponds to CONFIG1
newPart.CPMask = 0x3000; // There are two CP-config bits, if either are 0 then CP is active.
// PIC Family
newPart.Family = DevFile.Families.First(f => f.FamilyName == "PIC24r2").FamilyID;
// Update scripts to PIC24r2
newPart.ChipEraseScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ChpErase450ms.1").ScriptNumber;
newPart.ProgMemAddrSetScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_SetAddr.1").ScriptNumber;
newPart.ProgMemRdScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ProgMemRd32.1").ScriptNumber;
newPart.ProgMemWrPrepScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ProgMemWrPrep.1").ScriptNumber;
newPart.ProgMemWrScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ProgMemWr64.1").ScriptNumber;
return newPart;
}
public DeviceChangedEventArgs(DeviceType deviceType, DeviceTemplate oldDevice, DeviceTemplate newDevice, IReadonlyContext oldDeviceArgs)
{
DeviceType = deviceType;
OldDevice = oldDevice;
NewDevice = newDevice;
OldDeviceArgs = oldDeviceArgs ?? EmptyContext.Instance;
}
public void DeviceTemplate_ReferenceEquals_DeviceTemplate()
{
DeviceTemplate template1 = new DeviceTemplate("file.odt|File||");
DeviceTemplate template2 = template1;
Assert.IsTrue(template1.Equals(template2));
}
public void DeviceTemplate_StringEquals_DeviceTemplate()
{
DeviceTemplate template1 = new DeviceTemplate("file.odt|File||");
DeviceTemplate template2 = new DeviceTemplate("file.odt|File||");
Assert.AreEqual(template1.ToString(), template2.ToString());
}
private void FrmDevTemplate_Load(object sender, EventArgs e)
{
// перевод формы
Translator.TranslateForm(this, "Scada.Comm.Devices.Modbus.UI.FrmDevTemplate");
openFileDialog.SetFilter(KpPhrases.TemplateFileFilter);
saveFileDialog.SetFilter(KpPhrases.TemplateFileFilter);
TranslateTree();
// настройка элементов управления
openFileDialog.InitialDirectory = appDirs.ConfigDir;
saveFileDialog.InitialDirectory = appDirs.ConfigDir;
btnEditSettingsExt.Visible = uiCustomization.ExtendedSettingsAvailable;
ctrlElem.Top = ctrlCmd.Top = ctrlElemGroup.Top;
if (saveOnly)
{
btnNew.Visible = false;
btnOpen.Visible = false;
}
if (string.IsNullOrEmpty(initialFileName))
{
saveFileDialog.FileName = NewFileName;
template = uiCustomization.TemplateFactory.CreateDeviceTemplate();
FillTree();
}
else
{
saveFileDialog.FileName = initialFileName;
LoadTemplate(initialFileName);
}
}
private IEnumerable<DeviceBlueprint> Load(string manifest)
{
JToken root = JsonConvert.DeserializeObject(manifest) as JToken;
var globalSettingsToken = root["globalSettings"];
if (globalSettingsToken != null)
{
GlobalSettings.Instance.Load(globalSettingsToken);
}
var devices = new List<DeviceBlueprint>();
var groups = root["deviceGroups"] as JArray;
foreach (var group in groups)
{
var name = group.Value<string>("name");
var jobs = group["jobs"] as JArray;
var template = new DeviceTemplate(name, jobs);
var deviceCredentials = group["devices"] as JArray;
foreach (var deviceCredential in deviceCredentials)
{
var deviceId = deviceCredential.Value<string>("deviceId");
var deviceSecret = deviceCredential.Value<string>("deviceSecret");
var device = new DeviceBlueprint(deviceId, deviceSecret, template);
devices.Add(device);
}
}
return devices;
}
/// <summary>
/// Creates tag groups according to the specified template.
/// </summary>
protected virtual List <TagGroup> CreateTagGroups(DeviceTemplate deviceTemplate, ref int tagInd)
{
List <TagGroup> tagGroups = new List <TagGroup>();
if (deviceTemplate != null)
{
foreach (ElemGroup elemGroup in deviceTemplate.ElemGroups)
{
TagGroup tagGroup = new TagGroup(elemGroup.Name);
tagGroups.Add(tagGroup);
elemGroup.StartKPTagInd = tagInd;
foreach (Elem elem in elemGroup.Elems)
{
int signal = ++tagInd;
tagGroup.AddNewTag(signal, elem.Name);
if (elem.ElemType == ElemType.Float || elem.ElemType == ElemType.Double)
{
floatSignals.Add(signal);
}
}
}
}
return(tagGroups);
}
public Device(string id, string deviceId, DeviceTemplate deviceTemplate, string name, bool simulated)
{
this.id = id;
this.deviceId = deviceId;
this.deviceTemplate = deviceTemplate;
this.name = name;
this.simulated = simulated;
}
private void InitializeDeviceConfigurationPanel(DeviceTemplate device)
{
_deviceViewModel.Current = device;
_deviceViewModel.ParamPanel.SetDescriptors(device?.Factory as IParameterPresentAdapter, AsGroup(device?.Factory.GetParameters(device.Clz)));
InvalidateScrollInfo();
IsLayoutDirty = IsLoaded;
}
public void DeviceTemplate_ValueEquals_DeviceTemplate()
{
DeviceTemplate template1 = new DeviceTemplate("file1.odt|File 1||");
DeviceTemplate template2 = new DeviceTemplate("file1.odt|File 1||");
DeviceTemplate template3 = new DeviceTemplate("file2.odt|File 2||");
Assert.IsTrue(template1.Equals(template2));
Assert.IsFalse(template1.Equals(template3));
}
public void DeviceTemplate_HashCodeEquals_DeviceTemplate()
{
DeviceTemplate template1 = new DeviceTemplate("file.odt|File||");
DeviceTemplate template2 = new DeviceTemplate("file.odt|File||");
var template1Hash = template1.GetHashCode();
var template2Hash = template2.GetHashCode();
Assert.AreEqual(template1Hash, template2Hash);
}
private void btnNew_Click(object sender, EventArgs e)
{
// создание шаблона устройства
if (CheckChanges())
{
saveFileDialog.FileName = NewFileName;
template = uiCustomization.TemplateFactory.CreateDeviceTemplate();
fileName = "";
SetFormTitle();
FillTree();
}
}
/// <summary>
/// Creates channel prototypes based on the device template.
/// </summary>
protected virtual KPCnlPrototypes CreateCnlPrototypes(DeviceTemplate deviceTemplate)
{
KPCnlPrototypes prototypes = new KPCnlPrototypes();
List <InCnlPrototype> inCnls = prototypes.InCnls;
List <CtrlCnlPrototype> ctrlCnls = prototypes.CtrlCnls;
// создание прототипов входных каналов
int signal = 1;
foreach (ElemGroup elemGroup in deviceTemplate.ElemGroups)
{
bool isTS =
elemGroup.TableType == TableType.DiscreteInputs ||
elemGroup.TableType == TableType.Coils;
foreach (Elem elem in elemGroup.Elems)
{
InCnlPrototype inCnl = isTS ?
new InCnlPrototype(elem.Name, BaseValues.CnlTypes.TS) :
new InCnlPrototype(elem.Name, BaseValues.CnlTypes.TI);
inCnl.Signal = signal++;
if (isTS)
{
inCnl.ShowNumber = false;
inCnl.UnitName = BaseValues.UnitNames.OffOn;
inCnl.EvEnabled = true;
inCnl.EvOnChange = true;
}
inCnls.Add(inCnl);
}
}
// создание прототипов каналов управления
foreach (ModbusCmd modbusCmd in deviceTemplate.Cmds)
{
CtrlCnlPrototype ctrlCnl = modbusCmd.TableType == TableType.Coils && modbusCmd.Multiple ?
new CtrlCnlPrototype(modbusCmd.Name, BaseValues.CmdTypes.Binary) :
new CtrlCnlPrototype(modbusCmd.Name, BaseValues.CmdTypes.Standard);
ctrlCnl.CmdNum = modbusCmd.CmdNum;
if (modbusCmd.TableType == TableType.Coils && !modbusCmd.Multiple)
{
ctrlCnl.CmdValName = BaseValues.CmdValNames.OffOn;
}
ctrlCnls.Add(ctrlCnl);
}
return(prototypes);
}
/// <summary>
/// Загрузить шаблон устройства из файла
/// </summary>
private void LoadTemplate(string fname)
{
template = new DeviceTemplate();
fileName = fname;
SetFormTitle();
string errMsg;
if (!template.Load(fname, out errMsg))
{
ScadaUiUtils.ShowError(errMsg);
}
FillTree();
}
/// <summary>
/// Loads the device template from the specified file.
/// </summary>
private void LoadTemplate(string fileName)
{
template = customUi.CreateDeviceTemplate();
if (!template.Load(fileName, out string errMsg))
{
ScadaUiUtils.ShowError(errMsg);
}
FileName = fileName;
SetFormTitle();
FillTree();
Modified = false;
}
/// <summary>
/// Загрузить шаблон устройства из файла
/// </summary>
private void LoadTemplate(string fname)
{
template = uiCustomization.TemplateFactory.CreateDeviceTemplate();
fileName = fname;
SetFormTitle();
string errMsg;
if (!template.Load(fname, out errMsg))
{
ScadaUiUtils.ShowError(errMsg);
}
FillTree();
}
public IActionResult GetDevice(string TemplateFolder,
string DeviceId,
string TemplateProperty = null,
string Template = null)
{
try {
Device device = _deviceRepository.GetDeviceById(DeviceId);
DeviceTemplate model = new DeviceTemplate();
model.Device = device;
model.ID = DeviceId;
model.Global = _config.GetSection("Global");
Uri uri = new Uri(Request.GetEncodedUrl());
String baseUrl = uri.GetComponents(UriComponents.SchemeAndServer, UriFormat.Unescaped).ToString();
model.BaseUrl = baseUrl;
String view = $"Views/{TemplateFolder}";
if (!String.IsNullOrEmpty(Template))
{
view += "/" + Template;
}
else if (!String.IsNullOrEmpty(TemplateProperty))
{
if (!device.ContainsKey(TemplateProperty))
{
return(new UnprocessableEntityObjectResult($"The device did not contain a value for the TemplateProperty '{TemplateProperty}'"));
}
if (device[TemplateProperty] is ResultPropertyValueCollection)
{
view += "/" + ((ResultPropertyValueCollection)device[TemplateProperty])[0];
}
else
{
view += "/" + device[TemplateProperty];
}
}
view += ".cshtml";
Response.ContentType = "text/plain";
return(View(view, model));
} catch (DeviceNotFoundException e) {
return(NotFound(e.Message));
} catch (Exception e) {
return(View(new ErrorViewModel {
ErrorMessage = e.Message
}));
}
}
/// <summary>
/// Loads a device template from the configuration file.
/// </summary>
protected DeviceTemplate LoadDeviceTemplate()
{
DeviceTemplate deviceTemplate = null;
string fileName = DeviceConfig.PollingOptions.CmdLine.Trim();
if (!string.IsNullOrEmpty(fileName))
{
deviceTemplate = customUi.CreateDeviceTemplate();
if (!deviceTemplate.Load(Path.Combine(AppDirs.ConfigDir, fileName), out string errMsg))
{
throw new ScadaException(errMsg);
}
}
return(deviceTemplate);
}
/// <summary>
/// Загрузить шаблон устройства из файла
/// </summary>
private void LoadTemplate(string fname)
{
DeviceTemplate templ = new DeviceTemplate();
string errMsg;
if (templ.Load(fname, out errMsg))
{
template = templ;
fileName = fname;
SetFormTitle();
FillTree();
}
else
{
ScadaUiUtils.ShowError(errMsg);
}
}
/// <summary>
/// Initializes a new instance of the class.
/// </summary>
public FrmDeviceTemplate(AppDirs appDirs, CustomUi customUi)
: this()
{
this.appDirs = appDirs ?? throw new ArgumentNullException(nameof(appDirs));
this.customUi = customUi ?? throw new ArgumentNullException(nameof(customUi));
elemGroupsNode = treeView.Nodes["elemGroupsNode"];
commandsNode = treeView.Nodes["commandsNode"];
template = null;
modified = false;
selectedNode = null;
selectedElemGroup = null;
selectedElemTag = null;
selectedCmd = null;
SaveOnly = false;
FileName = "";
}
private TreeNode cmdsNode; // узел дерева "Команды"
/// <summary>
/// Конструктор, ограничивающий создание формы без параметров
/// </summary>
private FrmDevTemplate()
{
InitializeComponent();
appDirs = null;
initialFileName = "";
fileName = "";
saveOnly = false;
template = null;
modified = false;
selElemGroup = null;
selElemInfo = null;
selCmd = null;
selNode = null;
grsNode = treeView.Nodes["grsNode"];
cmdsNode = treeView.Nodes["cmdsNode"];
}
/// <summary>
/// Gets existing or create a new device template.
/// </summary>
private void PrepareTemplate(string fileName)
{
deviceTemplate = null;
if (string.IsNullOrEmpty(fileName))
{
WriteToLog(string.Format(Localization.UseRussian ?
"{0} Ошибка: Не задан шаблон устройства для {1}" :
"{0} Error: Template is undefined for the {1}", CommUtils.GetNowDT(), Caption));
}
else
{
TemplateDict templateDict = GetTemplateDictionary();
if (templateDict.TryGetValue(fileName, out DeviceTemplate existingTemplate))
{
if (existingTemplate != null)
{
deviceTemplate = GetTemplateFactory().CreateDeviceTemplate();
deviceTemplate.CopyFrom(existingTemplate);
}
}
else
{
DeviceTemplate newTemplate = GetTemplateFactory().CreateDeviceTemplate();
WriteToLog(string.Format(Localization.UseRussian ?
"{0} Загрузка шаблона устройства из файла {1}" :
"{0} Load device template from file {1}", CommUtils.GetNowDT(), fileName));
string filePath = Path.IsPathRooted(fileName) ?
fileName : Path.Combine(AppDirs.ConfigDir, fileName);
if (newTemplate.Load(filePath, out string errMsg))
{
deviceTemplate = newTemplate;
}
else
{
WriteToLog(errMsg);
}
templateDict.Add(fileName, deviceTemplate);
}
}
}
/// <summary>
/// Gets the device template from the shared dictionary.
/// </summary>
protected virtual DeviceTemplate GetDeviceTemplate()
{
DeviceTemplate deviceTemplate = null;
string fileName = PollingOptions.CmdLine.Trim();
if (string.IsNullOrEmpty(fileName))
{
Log.WriteLine(string.Format(Locale.IsRussian ?
"Ошибка: Не задан шаблон устройства для {0}" :
"Error: Device template is undefined for {0}", Title));
}
else
{
TemplateDict templateDict = GetTemplateDict();
if (templateDict.TryGetValue(fileName, out DeviceTemplate existingTemplate))
{
deviceTemplate = existingTemplate;
}
else
{
Log.WriteLine(string.Format(Locale.IsRussian ?
"Загрузка шаблона устройства из файла {0}" :
"Load device template from file {0}", fileName));
DeviceTemplate newTemplate = CreateDeviceTemplate();
templateDict.Add(fileName, newTemplate);
if (newTemplate.Load(Storage, fileName, out string errMsg))
{
deviceTemplate = newTemplate;
}
else
{
Log.WriteLine(errMsg);
}
}
}
return(deviceTemplate);
}
/// <summary>
/// Gets existing or create a new device template.
/// </summary>
private void PrepareTemplate(string fileName)
{
if (fileName == "")
{
WriteToLog(string.Format(Localization.UseRussian ?
"{0} Ошибка: Не задан шаблон устройства для {1}" :
"{0} Error: Template is undefined for the {1}", CommUtils.GetNowDT(), Caption));
deviceTemplate = null;
}
else
{
deviceTemplate = GetTemplateFactory().CreateDeviceTemplate();
Dictionary <string, DeviceTemplate> templates = GetTemplateDictionary();
if (templates.ContainsKey(fileName))
{
// копирование свойств шаблона, загруженного ранее
deviceTemplate.CopyFrom(templates[fileName]);
}
else
{
WriteToLog(string.Format(Localization.UseRussian ?
"{0} Загрузка шаблона устройства из файла {1}" :
"{0} Load device template from file {1}", CommUtils.GetNowDT(), fileName));
string filePath = Path.IsPathRooted(fileName) ?
fileName : Path.Combine(AppDirs.ConfigDir, fileName);
if (!deviceTemplate.Load(filePath, out string errMsg))
{
WriteToLog(errMsg);
deviceTemplate = null;
}
templates.Add(fileName, deviceTemplate);
}
}
}
public static DeviceFile.DevicePartParams NewPart24r2(DeviceFile DevFile, string basePartName, string partName, DeviceTemplate template)
{
DeviceFile.DevicePartParams newPart = DevFile.PartsList.First(p => p.PartName == basePartName);
// These can be easily found from the family programmer's manual
newPart.PartName = partName;
newPart.DeviceID = template.deviceId;
newPart.ProgramMem = template.family.programSize / 2 + 1; // Size of program FLASH. Not sure what units this is
newPart.ConfigAddr = template.family.configAddr * 2; // Address of the highest config register (ie. CONFIG4)
newPart.ConfigWords = 4; // Number of config registers
// Mask out unused bits.
// This can be found in the PIC datasheet. Reserved bits should be masked out.
// Configuration registers are in reverse order, ie. { CONFIG4, CONFIG3, CONFIG2, CONFIG1 }, with the CONFIG4 at the LOWEST address.
newPart.ConfigMasks = new ushort[8] {
0x0000, 0xFFFF, 0xFFF3, 0x7BFF, 0, 0, 0, 0
};
newPart.ConfigBlank = new ushort[8] {
0xFFFF, 0xFFFF, 0xFFF3, 0x7BFF, 0, 0, 0, 0
}; // Default configuration (Check the datasheet to see what the reserved bits should be set to)
//NOTE: Above only tested with PIC24FJ256DA206.
// Code-protect detection (only used in PicKit2 GUI?)
newPart.CPConfig = 4; // Which config contains the code-protect bits. This corresponds to CONFIG1
newPart.CPMask = 0x3000; // There are two CP-config bits, if either are 0 then CP is active.
// PIC Family
newPart.Family = DevFile.Families.First(f => f.FamilyName == "PIC24r2").FamilyID;
// Update scripts to PIC24r2
newPart.ChipEraseScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ChpErase450ms.1").ScriptNumber;
newPart.ProgMemAddrSetScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_SetAddr.1").ScriptNumber;
newPart.ProgMemRdScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ProgMemRd32.1").ScriptNumber;
newPart.ProgMemWrPrepScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ProgMemWrPrep.1").ScriptNumber;
newPart.ProgMemWrScript = DevFile.Scripts.First(s => s.ScriptName == "24r2_ProgMemWr64.1").ScriptNumber;
return(newPart);
}
/// <summary>
/// 将RSJ的源数据转换
/// </summary>
/// <param name="resultData">源数据</param>
/// <param name="project">项目名称</param>
/// <param name="startAddress">数据起始地址</param>
/// <param name="length">数据长度</param>
/// <returns></returns>
private static RSJ RSJConvertData(byte[] resultData, List <DeviceTemplate> deviceTemplateList)
{
RSJ rsj = new RSJ();
#region 初始化染缸对象
DeviceTemplate dvTemplate = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "染缸数量");
int gangNum = rsj.RGSL = (short)ReadData.GetData(resultData, dvTemplate.Address, dvTemplate.Length);
List <RG> listRG = new List <RG>();
for (int i = 0; i < gangNum; i++)
{
RG rg = new RG();
rg.RGBH = (short)(i + 1);
listRG.Add(rg);
}
#endregion
#region 染色机数据封装
foreach (DeviceTemplate deviceTamplate in deviceTemplateList)
{
switch (deviceTamplate.Project)
{
case "设备型号":
rsj.SBXH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "设备诊断信息":
rsj.PLCZT = ReadData.GetIntArrayData(resultData, deviceTamplate.Address + 20, deviceTamplate.Length - 20, 1);
break;
case "设备规格":
rsj.SBGG = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "设备编号":
rsj.SBBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "染缸数量":
rsj.RGSL = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
case "操作人编号":
rsj.CZRBH = ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
break;
#region
//case "设备运行状态1":
// rsj.RG[1].SBYXZT = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "设备运行状态2":
// rsj.RG[2].SBYXZT = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "设备运行状态3":
// rsj.RG[3].SBYXZT = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "设备运行状态4":
// rsj.RG[4].SBYXZT = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "设备运行状态5":
// rsj.RG[5].SBYXZT = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "运行时间1":
// rsj.RG[1].YXSJ = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "运行时间2":
// rsj.RG[2].YXSJ = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "运行时间3":
// rsj.RG[3].YXSJ = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "运行时间4":
// rsj.RG[4].YXSJ = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "运行时间5":
// rsj.RG[5].YXSJ = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺段号1":
// rsj.RG[1].GYDH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺段号2":
// rsj.RG[2].GYDH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺段号3":
// rsj.RG[3].GYDH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺段号4":
// rsj.RG[4].GYDH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺段号5":
// rsj.RG[5].GYDH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺步号1":
// rsj.RG[1].GYBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺步号2":
// rsj.RG[2].GYBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺步号3":
// rsj.RG[3].GYBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺步号4":
// rsj.RG[4].GYBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺步号5":
// rsj.RG[5].GYBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺名称1":
// rsj.RG[1].GYMC = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺名称2":
// rsj.RG[2].GYMC = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺名称3":
// rsj.RG[3].GYMC = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺名称4":
// rsj.RG[4].GYMC = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "工艺名称5":
// rsj.RG[5].GYMC = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "泵速度1":
// rsj.RG[1].BSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "泵速度2":
// rsj.RG[2].BSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "泵速度3":
// rsj.RG[3].BSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "泵速度4":
// rsj.RG[4].BSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "泵速度5":
// rsj.RG[5].BSD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "温度1":
// rsj.RG[1].WD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "温度2":
// rsj.RG[2].WD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "温度3":
// rsj.RG[3].WD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "温度4":
// rsj.RG[4].WD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "温度5":
// rsj.RG[5].WD = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "压力1":
// rsj.RG[1].YL = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "压力2":
// rsj.RG[2].YL = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "压力3":
// rsj.RG[3].YL = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "压力4":
// rsj.RG[4].YL = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "压力5":
// rsj.RG[5].YL = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "控制字11":
// rsj.RG[1].KZZ1 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字12":
// rsj.RG[2].KZZ1 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字13":
// rsj.RG[3].KZZ1 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字14":
// rsj.RG[4].KZZ1 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字15":
// rsj.RG[5].KZZ1 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字21":
// rsj.RG[1].KZZ2 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字22":
// rsj.RG[2].KZZ2 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字23":
// rsj.RG[3].KZZ2 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字24":
// rsj.RG[4].KZZ2 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字25":
// rsj.RG[5].KZZ2 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字31":
// rsj.RG[1].KZZ3 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字32":
// rsj.RG[2].KZZ3 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字33":
// rsj.RG[3].KZZ3 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字34":
// rsj.RG[4].KZZ3 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "控制字35":
// rsj.RG[5].KZZ3 = ReadData.GetStringData(resultData, deviceTamplate.Address, deviceTamplate.Length, 2);
// break;
//case "卷筒编号1":
// rsj.RG[1].JTBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "卷筒编号2":
// rsj.RG[2].JTBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "卷筒编号3":
// rsj.RG[3].JTBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "卷筒编号4":
// rsj.RG[4].JTBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
//case "卷筒编号5":
// rsj.RG[5].JTBH = (short)ReadData.GetData(resultData, deviceTamplate.Address, deviceTamplate.Length);
// break;
#endregion
default:
break;
}
}
#endregion
#region 染缸数据封装
DeviceTemplate dvtRGYXZT = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "设备运行状态1");
DeviceTemplate dvtRGZDXX = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "设备诊断信息");
//"设备诊断信息"
DeviceTemplate dvtRGYXSJ = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "运行时间1");
DeviceTemplate dvtRGGYDH = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "工艺段号1");
DeviceTemplate dvtRGGYBH = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "工艺步号1");
DeviceTemplate dvtRGGYMC = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "工艺名称1");
DeviceTemplate dvtRGBSD = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "泵速度1");
DeviceTemplate dvtRGWD = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "温度1");
DeviceTemplate dvtRGYL = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "压力1");
DeviceTemplate dvtRGKZZ1 = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "控制字11");
DeviceTemplate dvtRGKZZ2 = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "控制字21");
DeviceTemplate dvtRGKZZ3 = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "控制字31");
DeviceTemplate dvtRGJTBH = BL_DeviceTemplate.GetDeviceTemplate(deviceTemplateList, "卷筒编号1");
for (int i = 0; i < listRG.Count; i++)
{
listRG[i].SBYXZT = (short)ReadData.GetData(resultData, dvtRGYXZT.Address, dvtRGYXZT.Length + i * 2);
listRG[i].SBZDXX = ReadData.GetStringData(resultData, dvtRGZDXX.Address + i * 2, 4, 2);
listRG[i].YXSJ = (short)ReadData.GetData(resultData, dvtRGYXSJ.Address, dvtRGYXSJ.Length + i * 2);
//染色机诊断信息
listRG[i].GYDH = (short)ReadData.GetData(resultData, dvtRGGYDH.Address, dvtRGGYDH.Length + i * 2);
listRG[i].GYBH = (short)ReadData.GetData(resultData, dvtRGGYBH.Address, dvtRGGYBH.Length + i * 2);
listRG[i].GYMC = (short)ReadData.GetData(resultData, dvtRGGYMC.Address, dvtRGGYMC.Length + i * 4);
listRG[i].BSD = (short)ReadData.GetData(resultData, dvtRGBSD.Address, dvtRGBSD.Length + i * 2);
listRG[i].WD = (short)ReadData.GetData(resultData, dvtRGWD.Address, dvtRGWD.Length + i * 2);
listRG[i].YL = (short)ReadData.GetData(resultData, dvtRGYL.Address, dvtRGYL.Length + i * 2);
listRG[i].KZZ1 = ReadData.GetStringData(resultData, dvtRGKZZ1.Address + i * 2, 2, 2);
listRG[i].KZZ2 = ReadData.GetStringData(resultData, dvtRGKZZ2.Address + i * 2, 2, 2);
listRG[i].KZZ3 = ReadData.GetStringData(resultData, dvtRGKZZ3.Address + i * 2, 2, 2);
listRG[i].JTBH = ReadData.GetData(resultData, dvtRGJTBH.Address + i * 2, 4);
}
rsj.RGS = listRG;
#endregion
return(rsj);
}
public new async Task <Device> CreateDevice(string applicationId, string deviceName, DeviceTemplate model)
{
return(await CreateDevice(applicationId, deviceName, model.Id, model.Version));
}
/// <summary>
/// Shows the extended settings form as a modal dialog box.
/// </summary>
/// <returns>Returns true if the settings changed.</returns>
public virtual bool ShowExtendedSettings(DeviceTemplate deviceTemplate)
{
return(false);
}
/// <summary> /// Shows the extended template options as a modal dialog box. /// </summary> /// <returns>Returns true if the options changed.</returns> public virtual bool ShowExtendedOptions(DeviceTemplate deviceTemplate) => false;
/// <summary>
/// Initializes the device tags.
/// </summary>
public override void InitDeviceTags()
{
DeviceTemplate deviceTemplate = GetDeviceTemplate();
if (deviceTemplate == null)
{
return;
}
// create device model
deviceModel = CreateDeviceModel();
deviceModel.Addr = (byte)NumAddress;
// add model elements and device tags
foreach (ElemGroupConfig elemGroupConfig in deviceTemplate.ElemGroups)
{
bool groupActive = elemGroupConfig.Active;
bool groupCommands = groupActive && elemGroupConfig.ReadOnlyEnabled;
ElemGroup elemGroup = null;
TagGroup tagGroup = new TagGroup(elemGroupConfig.Name)
{
Hidden = !groupActive
};
int elemIndex = 0;
if (groupActive)
{
elemGroup = deviceModel.CreateElemGroup(elemGroupConfig.DataBlock);
elemGroup.Name = elemGroupConfig.Name;
elemGroup.Address = (ushort)elemGroupConfig.Address;
elemGroup.StartTagIdx = DeviceTags.Count;
}
foreach (ElemConfig elemConfig in elemGroupConfig.Elems)
{
// add model element
if (groupActive)
{
Elem elem = elemGroup.CreateElem();
elem.Name = elemConfig.Name;
elem.ElemType = elemConfig.ElemType;
elem.ByteOrder = ModbusUtils.ParseByteOrder(elemConfig.ByteOrder) ??
deviceTemplate.Options.GetDefaultByteOrder(ModbusUtils.GetDataLength(elemConfig.ElemType));
elemGroup.Elems.Add(elem);
}
// add model command
if (groupCommands && !elemConfig.ReadOnly && !string.IsNullOrEmpty(elemConfig.TagCode))
{
deviceModel.Cmds.Add(
CreateModbusCmd(deviceTemplate.Options, elemGroupConfig, elemConfig, elemIndex));
}
// add device tag
tagGroup.AddTag(elemConfig.TagCode, elemConfig.Name).SetFormat(GetTagFormat(elemConfig));
elemIndex++;
}
if (groupActive)
{
elemGroup.InitReqPDU();
elemGroup.InitReqADU(deviceModel.Addr, transMode);
deviceModel.ElemGroups.Add(elemGroup);
}
DeviceTags.AddGroup(tagGroup);
}
// add model commands
foreach (CmdConfig cmdConfig in deviceTemplate.Cmds)
{
deviceModel.Cmds.Add(CreateModbusCmd(deviceTemplate.Options, cmdConfig));
}
deviceModel.InitCmdMap();
CanSendCommands = deviceModel.Cmds.Count > 0;
InitModbusPoll();
}
/// <summary>
/// Выполнить действия после добавления КП на линию связи
/// </summary>
public override void OnAddedToCommLine()
{
// загрузка шаблона устройства
deviceTemplate = null;
elemGroups = null;
elemGroupCnt = 0;
floatSignals = new HashSet <int>();
string fileName = ReqParams.CmdLine.Trim();
if (fileName == "")
{
WriteToLog(string.Format(Localization.UseRussian ?
"{0} Ошибка: Не задан шаблон устройства для {1}" :
"{0} Error: Template is undefined for the {1}", CommUtils.GetNowDT(), Caption));
}
else
{
Dictionary <string, DeviceTemplate> templates = GetTemplates();
if (templates.ContainsKey(fileName))
{
// создание шаблона устройства на основе шаблона, загруженного ранее
DeviceTemplate template = templates[fileName];
if (template != null)
{
deviceTemplate = new DeviceTemplate();
deviceTemplate.CopyFrom(template);
}
}
else
{
WriteToLog(string.Format(Localization.UseRussian ?
"{0} Загрузка шаблона устройства из файла {1}" :
"{0} Load device template from file {1}", CommUtils.GetNowDT(), fileName));
DeviceTemplate template = new DeviceTemplate();
string errMsg;
if (template.Load(AppDirs.ConfigDir + fileName, out errMsg))
{
deviceTemplate = template;
templates.Add(fileName, template);
}
else
{
WriteToLog(errMsg);
templates.Add(fileName, null);
}
}
}
if (deviceTemplate != null)
{
elemGroups = deviceTemplate.GetActiveElemGroups();
elemGroupCnt = elemGroups.Count;
}
// инициализация тегов КП на основе модели устройства
if (deviceTemplate.ElemGroups.Count > 0)
{
List <TagGroup> tagGroups = new List <TagGroup>();
int tagInd = 0;
foreach (ElemGroup elemGroup in deviceTemplate.ElemGroups)
{
TagGroup tagGroup = new TagGroup(elemGroup.Name);
tagGroups.Add(tagGroup);
elemGroup.StartKPTagInd = tagInd;
foreach (Elem elem in elemGroup.Elems)
{
int signal = ++tagInd;
tagGroup.KPTags.Add(new KPTag(signal, elem.Name));
if (elem.ElemType == ElemTypes.Float)
{
floatSignals.Add(signal);
}
}
}
InitKPTags(tagGroups);
CanSendCmd = deviceTemplate.Cmds.Count > 0;
}
}
