public void GetVersionsSingleRecord()
{
Assert.That(Records, Is.Empty);
DateTime localHour = DateTime.Now.TrimToHour();
AreaValueModel model = new AreaValueModel {
Area = "ROM", Value = 100, Sample = localHour
};
Repository.Add(model);
ModelVersions versions = Repository.GetVersions(model.Id);
Assert.That(versions, Is.Not.Null);
Assert.That(versions.Versions, Is.Not.Empty);
Assert.That(versions.Versions.Count, Is.EqualTo(1));
ModelVersion <AreaValueModel> version = (ModelVersion <AreaValueModel>)versions.Versions[0];
Assert.That(version.Display, Is.EqualTo("User created record"));
Assert.That(version.Model.Id, Is.EqualTo(model.Id));
Assert.That(version.Model.Area, Is.EqualTo(model.Area));
Assert.That(version.Model.Sample, Is.EqualTo(model.Sample));
Assert.That(version.Model.Value, Is.EqualTo(model.Value));
AmplaAuditRecord history = Repository.GetHistory(model.Id);
Assert.That(history.Changes, Is.Empty);
}
private void watchModelVersion(WatchResponse watchResponse)
{
Console.WriteLine("Fire Watch");
if (watchResponse.Events.Count > 0 && watchResponse.Events[0].Kv != null)
{
Console.WriteLine(
$"{watchResponse.Events[0].Kv.Key.ToStringUtf8()}:{watchResponse.Events[0].Kv.Value.ToStringUtf8()}");
var json = watchResponse.Events[0].Kv.Value.ToStringUtf8();
var maybeModelVersion = deserialize <ModelVersion>(json);
if (maybeModelVersion.IsSuccess)
{
maybeModelVersion.IfSucc(version =>
{
lock (model_version_lock)
{
if (version.TimeStamp != _modelVersion.TimeStamp)
{
_modelVersion = version;
}
}
filterOutModelVersions();
});
}
Console.WriteLine("Got new modelversion - {0}", _modelVersion);
}
}
public override int GetHashCode()
{
int hash = 1;
if (dataset_ != null)
{
hash ^= Dataset.GetHashCode();
}
if (revision_ != null)
{
hash ^= Revision.GetHashCode();
}
if (ModelVersion != 0L)
{
hash ^= ModelVersion.GetHashCode();
}
hash ^= Metrics.GetHashCode();
hash ^= targetMetrics_.GetHashCode();
if (InputType != global::Asgt.Type.Model.Types.InputType.FeatureTensors)
{
hash ^= InputType.GetHashCode();
}
if (trainStatistics_ != null)
{
hash ^= TrainStatistics.GetHashCode();
}
if (_unknownFields != null)
{
hash ^= _unknownFields.GetHashCode();
}
return(hash);
}
public override int GetHashCode()
{
int hash = 1;
if (dataset_ != null)
{
hash ^= Dataset.GetHashCode();
}
if (ModelVersion != 0L)
{
hash ^= ModelVersion.GetHashCode();
}
if (Status.Length != 0)
{
hash ^= Status.GetHashCode();
}
if (StatusMessage.Length != 0)
{
hash ^= StatusMessage.GetHashCode();
}
hash ^= artifacts_.GetHashCode();
if (_unknownFields != null)
{
hash ^= _unknownFields.GetHashCode();
}
return(hash);
}
internal GreenModel(ModelId id, string name, ModelVersion version)
{
this.id = id;
this.name = name;
this.version = version;
this.objects = ImmutableDictionary <ObjectId, GreenObject> .Empty;
this.strongObjects = ImmutableList <ObjectId> .Empty;
this.lazyProperties = ImmutableDictionary <ObjectId, ImmutableHashSet <Slot> > .Empty;
this.references = ImmutableDictionary <ObjectId, ImmutableDictionary <ObjectId, ImmutableHashSet <Slot> > > .Empty;
}
protected void AssertModelVersionProperty(ModelVersions modelVersions,
int index,
Func <TModel, object> modelFunc,
IResolveConstraint expectedConstraint)
{
Assert.That(modelVersions.Versions.Count, Is.GreaterThan(index), "Unable to find Version {0}", index);
ModelVersion modelVersion = modelVersions.Versions[index];
ModelVersion <TModel> typedModel = (ModelVersion <TModel>)modelVersion;
Assert.That(modelFunc(typedModel.Model), expectedConstraint);
}
private LockStatus LockData(out EpisodeGuid creationDate)
{
var sessionToken = CreateServiceModelSessionToken();
uint lockOptions = 129u;
ModelVersion localModelVersion = new ModelVersion(new VersionNumber(0), new ModelHistoryCheckInfo(EpisodeGuid.Invalid));
IClientProxy <IModelService> bufferedProxy = GetBufferedProxy();
IModelService proxy = bufferedProxy.Proxy;
return(proxy.LockData(sessionToken, lockOptions, bAllowBecomeNonExclusive: true, localModelVersion, out creationDate));
}
public Coordinator(string etcdHost)
{
this._jsonSerializerOptions = new JsonSerializerOptions();
_jsonSerializerOptions.PropertyNamingPolicy = JsonNamingPolicy.CamelCase;
client = new EtcdClient(etcdHost);
_modelVersion = getModelVersion();
this._apiHostPorts = new List <APIHostPort>();
listAndAddNodesBootStrap();
addWatches();
}
public void publishModelVersion(ModelVersion modelVersion)
{
try
{
var lockResponse = client.Lock(name: MODEL_VERSION_LOCK, deadline: DateTime.UtcNow.AddSeconds(5));
client.Put(MODEL_VERSION, serializeJson(modelVersion));
client.Unlock(MODEL_VERSION_LOCK);
filterOutModelVersions();
}
catch (Exception e)
{
Console.WriteLine(e);
throw;
}
}
//Set the model of the follower, return success
public bool SetFollowerModel(int model)
{
try {
var request = new ModelVersion {
Version = model
};
var ack = _client.SwitchFollowerModel(request);
return(ack.Success);
}
catch (RpcException e) {
Console.Write("RPC failed " + e);
throw;
}
}
public bool Bind()
{
versions.ModelName = modelProperties.GetModelName();
AmplaRecordHistory <TModel> history = new AmplaRecordHistory <TModel>(amplaRecord, auditRecord, viewProperties);
List <AmplaRecordChanges> recordChanges = history.Reconstruct();
ModelVersion <TModel>[] modelVersions = new ModelVersion <TModel> [recordChanges.Count];
TModel clonedModel = modelProperties.CloneModel(currentModel);
for (int i = 0; i < modelVersions.Length; i++)
{
AmplaRecordChanges recordChange = recordChanges[i];
bool isCurrent = i == (modelVersions.Length - 1);
modelVersions[i] = new ModelVersion <TModel>(isCurrent, clonedModel)
{
Version = i + 1,
User = recordChange.User,
VersionDate = recordChange.VersionDateTime,
Display = recordChange.Display
};
}
TModel current = currentModel;
for (int i = modelVersions.Length - 1; i >= 0; i--)
{
var modelVersion = modelVersions[i];
modelVersion.Model = modelProperties.CloneModel(current);
AmplaRecordChanges recordChange = recordChanges[i];
foreach (var field in recordChange.Changes)
{
viewProperties.UpdateModel(current, field.Name, field.OriginalValue, false);
}
if (i == 0)
{
modelVersion.Model = modelProperties.CloneModel(current);
}
}
foreach (var modelVersion in modelVersions)
{
versions.Versions.Add(modelVersion);
}
return(true);
}
public void GetVersion_NotRelevantChanges()
{
Assert.That(Records, Is.Empty);
AreaValueModel model = new AreaValueModel {
Area = "ROM", Value = 100
};
Repository.Add(model);
Assert.That(Records.Count, Is.EqualTo(1));
int recordId = Records[0].RecordId;
InMemoryRecord record = new InMemoryRecord(ProductionViews.AreaValueModelView())
{
Module = module,
Location = location,
RecordId = recordId
};
record.SetFieldValue("Sample Period", DateTime.Today);
UpdateRecord(record);
Assert.That(Records.Count, Is.EqualTo(1));
Assert.That(Records[0].GetFieldValue("Sample Period", DateTime.MinValue), Is.EqualTo(DateTime.Today.ToUniversalTime()));
ModelVersions versions = Repository.GetVersions(model.Id);
Assert.That(versions, Is.Not.Null);
Assert.That(versions.Versions, Is.Not.Empty);
Assert.That(versions.Versions.Count, Is.EqualTo(2)); // one version change ('Sample Period') is not relevant
ModelVersion <AreaValueModel> last = (ModelVersion <AreaValueModel>)versions.Versions[0];
ModelVersion <AreaValueModel> current = (ModelVersion <AreaValueModel>)versions.Versions[1];
Assert.That(last.Model, Is.Not.Null);
Assert.That(last.IsCurrentVersion, Is.False);
Assert.That(last.Model.Id, Is.EqualTo(model.Id));
Assert.That(last.Model.Value, Is.EqualTo(model.Value));
Assert.That(last.Model.Area, Is.EqualTo(model.Area));
Assert.That(current.Model, Is.Not.Null);
Assert.That(current.IsCurrentVersion, Is.True);
Assert.That(current.Model.Id, Is.EqualTo(model.Id));
Assert.That(current.Model.Value, Is.EqualTo(model.Value));
Assert.That(current.Model.Area, Is.EqualTo(model.Area));
}
internal GreenModel Update(
string name,
ModelVersion version,
ImmutableDictionary <ObjectId, GreenObject> objects,
ImmutableList <ObjectId> strongObjects,
ImmutableDictionary <ObjectId, ImmutableHashSet <Slot> > lazyProperties,
ImmutableDictionary <ObjectId, ImmutableDictionary <ObjectId, ImmutableHashSet <Slot> > > references)
{
if (this.name != name || this.version != version || this.objects != objects ||
this.strongObjects != strongObjects ||
this.lazyProperties != lazyProperties || this.references != references)
{
return(new GreenModel(this.id, name, version, objects, strongObjects, lazyProperties, references));
}
return(this);
}
public async Task ModelEvaluationResponseShouldBeCorrect()
{
var httpClient = new FkClarifaiHttpClient(
postResponse: @"
{
""status"": {
""code"": 10000,
""description"": ""Ok""
},
""model_version"": {
""id"": ""@versionID"",
""created_at"": ""2017-01-01T00:00:00.000000Z"",
""status"": {
""code"": 21100,
""description"": ""Model trained successfully""
},
""active_concept_count"": 2,
""metrics"": {
""status"": {
""code"": 21303,
""description"": ""Model is queued for evaluation.""
}
},
""total_input_count"": 30
}
}
");
var client = new ClarifaiClient(httpClient);
ClarifaiResponse <ModelVersion> response = await client.ModelEvaluation(
"", "").ExecuteAsync();
Assert.True(response.IsSuccessful);
Assert.AreEqual("Ok", response.Status.Description);
ModelVersion modelVersion = response.Get();
Assert.AreEqual("@versionID", modelVersion.ID);
Assert.AreEqual(21100, modelVersion.Status.StatusCode);
Assert.AreEqual("Model trained successfully", modelVersion.Status.Description);
Assert.AreEqual(21303, modelVersion.ModelMetricsStatus.StatusCode);
Assert.AreEqual("Model is queued for evaluation.",
modelVersion.ModelMetricsStatus.Description);
Assert.AreEqual(2, modelVersion.ActiveConceptCount);
Assert.AreEqual(30, modelVersion.TotalInputCount);
}
public void GetVersionsWithEdit()
{
Assert.That(Records, Is.Empty);
DateTime localHour = DateTime.Now.TrimToHour();
AreaValueModel model = new AreaValueModel {
Area = "ROM", Value = 100, Sample = localHour
};
Repository.Add(model);
AreaValueModel update = new AreaValueModel {
Id = model.Id, Area = "ROM", Value = 100, Sample = model.Sample.AddMinutes(1)
};
Repository.Update(update);
ModelVersions versions = Repository.GetVersions(model.Id);
AmplaAuditRecord history = Repository.GetHistory(model.Id);
Assert.That(versions, Is.Not.Null);
Assert.That(versions.Versions, Is.Not.Empty);
Assert.That(versions.Versions.Count, Is.EqualTo(2));
ModelVersion <AreaValueModel> last = (ModelVersion <AreaValueModel>)versions.Versions[0];
ModelVersion <AreaValueModel> current = (ModelVersion <AreaValueModel>)versions.Versions[1];
Assert.That(last.Display, Is.EqualTo("User created record"));
Assert.That(last.Model.Id, Is.EqualTo(model.Id));
Assert.That(last.Model.Area, Is.EqualTo(model.Area));
Assert.That(last.Model.Sample, Is.EqualTo(model.Sample));
Assert.That(last.Model.Value, Is.EqualTo(model.Value));
Assert.That(current.Display, Is.EqualTo("User modified record (Sample Period)"));
Assert.That(current.Model.Id, Is.EqualTo(update.Id));
Assert.That(current.Model.Area, Is.EqualTo(update.Area));
Assert.That(current.Model.Sample, Is.EqualTo(update.Sample));
Assert.That(current.Model.Value, Is.EqualTo(update.Value));
Assert.That(history.Changes, Is.Not.Empty);
Assert.That(history.Changes[0].Fields[0].Name, Is.EqualTo("SampleDateTime"));
}
private GreenModel(ModelId id,
string name,
ModelVersion version,
ImmutableDictionary <ObjectId, GreenObject> objects,
ImmutableList <ObjectId> strongObjects,
ImmutableDictionary <ObjectId, ImmutableHashSet <Slot> > lazyProperties,
ImmutableDictionary <ObjectId, ImmutableDictionary <ObjectId, ImmutableHashSet <Slot> > > references)
{
Debug.Assert(objects != null);
Debug.Assert(lazyProperties != null);
Debug.Assert(references != null);
this.id = id;
this.name = name;
this.version = version;
this.objects = objects;
this.strongObjects = strongObjects;
this.lazyProperties = lazyProperties;
this.references = references;
}
public void GetVersions_NoChanges()
{
Assert.That(Records, Is.Empty);
AreaValueModel model = new AreaValueModel {
Area = "ROM", Value = 100
};
Repository.Add(model);
Assert.That(Records.Count, Is.EqualTo(1));
AmplaRecord record = Repository.FindRecord(model.Id);
Assert.That(record, Is.Not.Null);
Assert.That(record.GetValue("Area"), Is.EqualTo(model.Area));
Assert.That(record.GetValue("Value"), Is.EqualTo(model.Value));
Assert.That(record.Location, Is.EqualTo(location));
Assert.That(record.Id, Is.EqualTo(model.Id));
ModelVersions versions = Repository.GetVersions(model.Id);
Assert.That(versions, Is.Not.Null);
Assert.That(versions.Versions, Is.Not.Empty);
Assert.That(versions.Id, Is.EqualTo(record.Id));
Assert.That(versions.Location, Is.EqualTo(record.Location));
Assert.That(versions.Module, Is.EqualTo(record.Module));
Assert.That(versions.ModelName, Is.EqualTo("Area Value Model"));
ModelVersion <AreaValueModel> version = (ModelVersion <AreaValueModel>)versions.Versions[0];
Assert.That(version.Model, Is.Not.Null);
Assert.That(version.Model.Id, Is.EqualTo(model.Id));
Assert.That(version.Model.Value, Is.EqualTo(model.Value));
Assert.That(version.Model.Area, Is.EqualTo(model.Area));
Assert.That(version.IsCurrentVersion, Is.True);
}
public void GetVersion_WithChanges()
{
Assert.That(Records, Is.Empty);
DateTime beforeAdd = DateTime.Now.AddSeconds(-1);
AreaValueModel model = new AreaValueModel {
Area = "ROM", Value = 100
};
Repository.Add(model);
DateTime afterAdd = DateTime.Now.AddSeconds(+1);
Assert.That(Records.Count, Is.EqualTo(1));
AmplaRecord record = Repository.FindRecord(model.Id);
Assert.That(record, Is.Not.Null);
DateTime beforeUpdate = DateTime.Now.AddSeconds(-1);
AreaValueModel updated = new AreaValueModel {
Id = model.Id, Area = "ROM", Value = 200
};
DateTime afterUpdate = DateTime.Now.AddSeconds(1);
Repository.Update(updated);
record = Repository.FindRecord(model.Id);
Assert.That(record, Is.Not.Null);
Assert.That(record.GetValue("Area"), Is.EqualTo(model.Area));
Assert.That(record.GetValue("Value"), Is.EqualTo(200));
Assert.That(record.Location, Is.EqualTo(location));
Assert.That(record.Id, Is.EqualTo(model.Id));
ModelVersions versions = Repository.GetVersions(model.Id);
Assert.That(versions, Is.Not.Null);
Assert.That(versions.Versions, Is.Not.Empty);
Assert.That(versions.Versions.Count, Is.EqualTo(2));
ModelVersion <AreaValueModel> last = (ModelVersion <AreaValueModel>)versions.Versions[0];
ModelVersion <AreaValueModel> current = (ModelVersion <AreaValueModel>)versions.Versions[1];
Assert.That(last.Model, Is.Not.Null);
Assert.That(last.IsCurrentVersion, Is.False);
Assert.That(last.Model.Id, Is.EqualTo(model.Id));
Assert.That(last.Model.Value, Is.EqualTo(model.Value));
Assert.That(last.Model.Area, Is.EqualTo(model.Area));
Assert.That(last.User, Is.EqualTo("User"));
Assert.That(last.VersionDate, Is.InRange(beforeAdd, afterAdd));
Assert.That(last.Version, Is.EqualTo(1));
Assert.That(current.Model, Is.Not.Null);
Assert.That(current.IsCurrentVersion, Is.True);
Assert.That(current.Model.Id, Is.EqualTo(updated.Id));
Assert.That(current.Model.Value, Is.EqualTo(updated.Value));
Assert.That(current.Model.Area, Is.EqualTo(updated.Area));
Assert.That(current.User, Is.EqualTo("User"));
Assert.That(current.VersionDate, Is.InRange(beforeUpdate, afterUpdate));
Assert.That(current.Version, Is.EqualTo(2));
}
private dynamic GetHours(DateTime startDate, DateTime endDate)
{
if (ModelVersion.Contains("107"))
{
int sMin = startDate.Minute;
int sHour = startDate.Hour;
int sDay = startDate.Day;
int sMonth = startDate.Month;
int sYear = startDate.Year - 2000;
int eMin = endDate.Minute;
int eHour = endDate.Hour;
int eDay = endDate.Day;
int eMonth = endDate.Month;
int eYear = endDate.Year - 2000;
int n = 0;
if (sMin == 0)
{
sMin = 30;
}
byte[] bytes = new byte[] { Convert.ToByte(sMin), Convert.ToByte(sHour), Convert.ToByte(sDay), Convert.ToByte(sMonth), Convert.ToByte(sYear), Convert.ToByte(eMin), Convert.ToByte(eHour), Convert.ToByte(eDay), Convert.ToByte(eMonth), Convert.ToByte(eYear) };
dynamic dt = Send(MakePackage(0x10, 0x10, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
while (n < 3)
{
switch ((int)dt.Body[0])
{
case 1:
log($"Запрос на поиск индексов принят, начат поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x10, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
break;
case 2:
log($"Процесс поиска индексов активен, идет поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x10, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
break;
case 3:
log($"Найдены более ранние ранние записи");
n = 3;
break;
case 4:
log($"Найдены более поздние записи");
n = 3;
break;
case 5:
log($"Найдены записи вне диапозона");
n = 3;
break;
case 6:
log($"Список пустой");
n = 3;
break;
case 7:
log($"Ошибка при работе со списком");
n = 3;
break;
default:
n = 3;
break;
}
n++;
}
int startIndex = dt.Body[2] << 8 | dt.Body[1];
int endeIndex = dt.Body[4] << 8 | dt.Body[3];
log($"Получен начальный индекс: {startIndex} ");
log($"Получен конечный индекс: {endeIndex} ");
log($"Считаем PerfectTime");
List <DateTime> listPerfectTime = new List <DateTime>();
DateTime tmpStart = startDate;
listPerfectTime.Add(tmpStart);
for (int i = 0; tmpStart < endDate; i++)
{
tmpStart = tmpStart.AddMinutes(30);
listPerfectTime.Add(tmpStart);
}
List <dynamic> listHalfHour = new List <dynamic>();
List <dynamic> listFullHour = new List <dynamic>();
dynamic answer = new ExpandoObject();
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
while (startIndex <= endeIndex)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
byte b0 = (byte)(startIndex & 0xFF);
byte b1 = (byte)(startIndex >> 8);
byte[] addBytes = new byte[] { b0, b1 };
dynamic oneHalfRecord = new ExpandoObject();
dt = Send(MakePackage(0x0D, 0x10, 0xff, addBytes), 0x0D);
if (!dt.success)
{
return(dt);
}
DateTime date = new DateTime((int)dt.Body[4] + 2000, (int)dt.Body[3], (int)dt.Body[2], (int)dt.Body[1], (int)dt.Body[0], 0);
//double activeEnergy = (double)(dt.Body[6] << 8 | dt.Body[5]) / 5000;
//double reactiveEnergy = (double)(dt.Body[8] << 8 | dt.Body[7]) / 5000;
double activeEnergy = (double)BitConverter.ToUInt16(dt.Body, 5) / 5000;
double reactiveEnergy = (double)BitConverter.ToUInt16(dt.Body, 7) / 5000;
log($"Получена запись с индексом {startIndex}: {date} : активная энергия {activeEnergy} кВт*ч, реактивная энергия {reactiveEnergy} квар*ч");
oneHalfRecord.date = date;
oneHalfRecord.valueA = activeEnergy;
oneHalfRecord.valueR = reactiveEnergy;
listHalfHour.Add(oneHalfRecord);
startIndex++;
}
//log($"Складываем получасовки");
for (int i = 0, j = 0; i < listPerfectTime.Count - 1 && j < listHalfHour.Count - 1;)
{
dynamic oneFullRecord = new ExpandoObject();
if (listPerfectTime[i] == listHalfHour[j].date && listPerfectTime[i + 1] == listHalfHour[j + 1].date)
{
if (listHalfHour[j].date.Minute == 30)
{
oneFullRecord.date = listHalfHour[j + 1].date;
oneFullRecord.valueA = (listHalfHour[j].valueA + listHalfHour[j + 1].valueA) / 2;
oneFullRecord.valueR = (listHalfHour[j].valueR + listHalfHour[j + 1].valueR) / 2;
oneFullRecord.status = 0;
listFullHour.Add(oneFullRecord);
j += 2;
i += 2;
}
else
{
i++; j++;
}
}
else // лезем в журнал вкл. и выкл.
{
if (listHalfHour[j].date > listPerfectTime[i])
{
i += 2;
}
else if (listHalfHour[j].date < listPerfectTime[i])
{
if (listHalfHour[j].date.Minute == 0)
{
j++;
}
else if (listHalfHour[j].date.Minute == 30)
{
j += 2;
}
}
else if (listHalfHour[j + 1].date > listPerfectTime[i + 1])
{
i += 2; j++;
}
if (listPerfectTime[i + 1].Minute == 0)
{
if (CheckBetween(listPerfectTime[i]))
{
oneFullRecord.date = listPerfectTime[i + 1];
oneFullRecord.status = 1;
listFullHour.Add(oneFullRecord);
}
else
{
oneFullRecord.date = listPerfectTime[i + 1];
oneFullRecord.status = 2;
listFullHour.Add(oneFullRecord);
}
}
}
}
foreach (var item in listFullHour)
{
DateTime dateTime = item.date;
dateTime = dateTime.AddHours(-1);
if (item.status == 0)
{
answer.records.Add(MakeHourRecord(hourP, item.valueA, "кВт*ч", dateTime));
answer.records.Add(MakeHourRecord(hourQ, item.valueR, "кВт*ч", dateTime));
answer.records.Add(MakeHourRecord("Статус", item.status, "", dateTime));
}
else
{
answer.records.Add(MakeHourRecord("Статус", item.status, "", dateTime));
}
}
return(answer);
}
if (ModelVersion.Contains("307"))
{
int sMin = startDate.Minute;
int sHour = startDate.Hour;
int sDay = startDate.Day;
int sMonth = startDate.Month;
int sYear = startDate.Year - 2000;
int eMin = endDate.Minute;
int eHour = endDate.Hour;
int eDay = endDate.Day;
int eMonth = endDate.Month;
int eYear = endDate.Year - 2000;
int n = 0;
if (sMin == 0)
{
sMin = 30;
}
byte[] bytes = new byte[] { Convert.ToByte(sMin), Convert.ToByte(sHour), Convert.ToByte(sDay), Convert.ToByte(sMonth), Convert.ToByte(sYear), Convert.ToByte(eMin), Convert.ToByte(eHour), Convert.ToByte(eDay), Convert.ToByte(eMonth), Convert.ToByte(eYear) };
dynamic dt = Send(MakePackage(0x10, 0x10, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
while (n < 3)
{
switch ((int)dt.Body[0])
{
case 1:
log($"Запрос на поиск индексов принят, начат поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x10, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
break;
case 2:
log($"Процесс поиска индексов активен, идет поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x10, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
break;
case 3:
log($"Найдены более ранние ранние записи");
n = 3;
break;
case 4:
log($"Найдены более поздние записи");
n = 3;
break;
case 5:
log($"Найдены записи вне диапозона");
n = 3;
break;
case 6:
log($"Список пустой");
n = 3;
break;
case 7:
log($"Ошибка при работе со списком");
n = 3;
break;
default:
n = 3;
break;
}
n++;
}
int startIndex = dt.Body[2] << 8 | dt.Body[1];
int endeIndex = dt.Body[4] << 8 | dt.Body[3];
log($"Получен начальный индекс: {startIndex} ");
log($"Получен конечный индекс: {endeIndex} ");
log($"Считаем PerfectTime");
List <DateTime> listPerfectTime = new List <DateTime>();
DateTime tmpStart = startDate.AddMinutes(sMin);
listPerfectTime.Add(tmpStart);
for (int i = 0; tmpStart < endDate; i++)
{
tmpStart = tmpStart.AddMinutes(30);
listPerfectTime.Add(tmpStart);
}
List <dynamic> listHalfHour = new List <dynamic>();
List <dynamic> listFullHour = new List <dynamic>();
dynamic answer = new ExpandoObject();
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
int softWareVersion = Int32.Parse(SoftwareVersion);
if ((softWareVersion >= 300 && softWareVersion <= 399) || (softWareVersion >= 100 && softWareVersion <= 199))
{
while (startIndex <= endeIndex)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
byte b0 = (byte)(startIndex & 0xFF);
byte b1 = (byte)(startIndex >> 8);
byte[] addBytes = new byte[] { b0, b1 };
dynamic oneHalfRecord = new ExpandoObject();
dt = Send(MakePackage(0x0D, 0x10, 0xff, addBytes), 0x0D);
if (!dt.success)
{
return(dt);
}
DateTime date = new DateTime((int)dt.Body[4] + 2000, (int)dt.Body[3], (int)dt.Body[2], (int)dt.Body[1], (int)dt.Body[0], 0);
double ActiveEnergy = ConvertFromBcd(dt.Body[5]) * 0.01 + ConvertFromBcd(dt.Body[6]) * 1 + ConvertFromBcd(dt.Body[7]) * 100 + ConvertFromBcd(dt.Body[8]) * 10000;
//answer.records.Add(MakeHourRecord("Суммарная активная энергия", ActiveEnergy, "кВт*ч", date));
double ReactiveEnergy = ConvertFromBcd(dt.Body[9]) * 0.01 + ConvertFromBcd(dt.Body[10]) * 1 + ConvertFromBcd(dt.Body[11]) * 100 + ConvertFromBcd(dt.Body[12]) * 10000;
//answer.records.Add(MakeHourRecord("Суммарная реактивная энергия", ReactiveEnergy, "квар*ч", date));
log($"Получена запись с индексом {startIndex}: {date} : активная энергия {ActiveEnergy} кВт*ч : реактивная энергия {ReactiveEnergy} квар*ч");
oneHalfRecord.date = date;
oneHalfRecord.valueAct = ActiveEnergy;
oneHalfRecord.valueReac = ReactiveEnergy;
listHalfHour.Add(oneHalfRecord);
startIndex++;
}
//log($"Складываем получасовки");
for (int i = 0, j = 0; i < listPerfectTime.Count - 1 && j < listHalfHour.Count - 1;)
{
dynamic oneFullRecord = new ExpandoObject();
if (listPerfectTime[i] == listHalfHour[j].date && listPerfectTime[i + 1] == listHalfHour[j + 1].date)
{
if (listHalfHour[j].date.Minute == 30)
{
oneFullRecord.date = listHalfHour[j + 1].date;
oneFullRecord.valueAct = (listHalfHour[j].valueAct + listHalfHour[j + 1].valueAct()) / 2;
oneFullRecord.valueReac = listHalfHour[j].valueReac + listHalfHour[j + 1].valueReac;
oneFullRecord.status = 0;
listFullHour.Add(oneFullRecord);
j += 2;
i += 2;
}
else
{
i++; j++;
}
}
else // лезем в журнал вкл. и выкл.
{
if (listHalfHour[j].date > listPerfectTime[i])
{
i += 2;
}
else if (listHalfHour[j].date < listPerfectTime[i])
{
if (listHalfHour[j].date.Minute == 00)
{
j++;
}
else if (listHalfHour[j].date.Minute == 30)
{
j += 2;
}
}
else if (listHalfHour[j + 1].date > listPerfectTime[i + 1])
{
i += 2; j++;
}
if (listPerfectTime[i + 1].Minute == 0)
{
if (CheckBetween(listPerfectTime[i]))
{
oneFullRecord.date = listPerfectTime[i + 1];
oneFullRecord.status = 1;
listFullHour.Add(oneFullRecord);
}
else
{
oneFullRecord.date = listPerfectTime[i + 1];
oneFullRecord.status = 2;
listFullHour.Add(oneFullRecord);
}
}
}
}
foreach (var item in listFullHour)
{
DateTime dateTime = item.date;
dateTime = dateTime.AddHours(-1);
if (item.status == 0)
{
answer.records.Add(MakeHourRecord(hourP, item.valueAct, "кВт*ч", dateTime));
answer.records.Add(MakeHourRecord(hourQ, item.valueReac, "квар*ч", dateTime));
answer.records.Add(MakeHourRecord("Статус", item.status, "", dateTime));
}
else
{
answer.records.Add(MakeHourRecord("Статус", item.status, "", dateTime));
}
}
return(answer);
}
else if ((softWareVersion >= 400 && softWareVersion <= 499) || (softWareVersion >= 200 && softWareVersion <= 299))
{
while (startIndex <= endeIndex)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
byte b0 = (byte)(startIndex & 0xFF);
byte b1 = (byte)(startIndex >> 8);
byte[] addBytes = new byte[] { b0, b1 };
dynamic oneHalfRecord = new ExpandoObject();
dt = Send(MakePackage(0x0D, 0x10, 0xff, addBytes), 0x0D);
if (!dt.success)
{
return(dt);
}
DateTime date = new DateTime((int)dt.Body[4] + 2000, (int)dt.Body[3], (int)dt.Body[2], (int)dt.Body[1], (int)dt.Body[0], 0);
double ImpActiveEnergy = ConvertFromBcd(dt.Body[6]) * 0.01 + ConvertFromBcd(dt.Body[7]) * 1 + ConvertFromBcd(dt.Body[8]) * 100 + ConvertFromBcd(dt.Body[9]) * 10000;
log($"Получена запись с индексом {startIndex}: {date} : Суммарная импортируемая активная энергия {ImpActiveEnergy}");
//double ExpActiveEnergy = ConvertFromBcd(dt.Body[10]) * 0.01 + ConvertFromBcd(dt.Body[11]) * 1 + ConvertFromBcd(dt.Body[12]) * 100 + ConvertFromBcd(dt.Body[13]) * 10000;
double ImpReactiveEnergy = ConvertFromBcd(dt.Body[14]) * 0.01 + ConvertFromBcd(dt.Body[15]) * 1 + ConvertFromBcd(dt.Body[16]) * 100 + ConvertFromBcd(dt.Body[17]) * 10000;
//double ExpReactiveEnergy = ConvertFromBcd(dt.Body[18]) * 0.01 + ConvertFromBcd(dt.Body[19]) * 1 + ConvertFromBcd(dt.Body[20]) * 100 + ConvertFromBcd(dt.Body[21]) * 10000;
oneHalfRecord.date = date;
oneHalfRecord.valuePI = ImpActiveEnergy;
//oneHalfRecord.valuePE = ExpActiveEnergy;
oneHalfRecord.valueQI = ImpReactiveEnergy;
//oneHalfRecord.valueQE = ExpReactiveEnergy;
listHalfHour.Add(oneHalfRecord);
startIndex++;
}
//log($"Складываем получасовки");
for (int i = 0, j = 0; i < listPerfectTime.Count - 1 && j < listHalfHour.Count - 1;)
{
dynamic oneFullRecord = new ExpandoObject();
if (listPerfectTime[i] == listHalfHour[j].date && listPerfectTime[i + 1] == listHalfHour[j + 1].date)
{
if (listHalfHour[j].date.Minute == 30)
{
oneFullRecord.date = listHalfHour[j + 1].date;
oneFullRecord.valuePI = (listHalfHour[j].valuePI + listHalfHour[j + 1].valuePI) / 2;
//oneFullRecord.valuePE = listHalfHour[j].valuePE + listHalfHour[j + 1].valuePE;
oneFullRecord.valueQI = listHalfHour[j].valueQI + listHalfHour[j + 1].valueQI;
// oneFullRecord.valueQE = listHalfHour[j].valueQE + listHalfHour[j + 1].valueQE;
oneFullRecord.status = 0;
listFullHour.Add(oneFullRecord);
j += 2;
i += 2;
}
else
{
i++; j++;
}
}
else // лезем в журнал вкл. и выкл.
{
if (listHalfHour[j].date > listPerfectTime[i])
{
i += 2;
}
else if (listHalfHour[j].date < listPerfectTime[i])
{
if (listHalfHour[j].date == 00)
{
j++;
}
else if (listHalfHour[j].date == 30)
{
j += 2;
}
}
else if (listHalfHour[j + 1].date > listPerfectTime[i + 1])
{
i += 2; j++;
}
if (listPerfectTime[i + 1].Minute == 0)
{
if (CheckBetween(listPerfectTime[i]))
{
oneFullRecord.date = listPerfectTime[i + 1];
oneFullRecord.status = 1;
listFullHour.Add(oneFullRecord);
}
else
{
oneFullRecord.date = listPerfectTime[i + 1];
oneFullRecord.status = 2;
listFullHour.Add(oneFullRecord);
}
}
}
}
foreach (var item in listFullHour)
{
DateTime dateTime = item.date;
dateTime = dateTime.AddHours(-1);
if (item.status == 0)
{
answer.records.Add(MakeHourRecord(hourP, item.valuePI, "кВт*ч", dateTime));
//answer.records.Add(MakeHourRecord("P-", item.valuePE, "кВт*ч", dateTime));
answer.records.Add(MakeHourRecord(hourQ, item.valueQI, "квар*ч", dateTime));
//answer.records.Add(MakeHourRecord("Q-", item.valueQE, "квар*ч", dateTime));
answer.records.Add(MakeHourRecord("Статус", item.status, "", dateTime));
}
else
{
answer.records.Add(MakeHourRecord("Статус", item.status, "", dateTime));
}
}
return(answer);
}
else
{
log($"Для модели счетичика {ModelVersion} с версией прошивки {SoftwareVersion} чтение часовых не реализовано");
}
}
dynamic ans = new ExpandoObject();
ans.success = false;
ans.error = "для данной прошивки чтение часовых не реализовано";
ans.errorcode = DeviceError.NO_ANSWER;
return(ans);
}
private dynamic GetCurrent()
{
DateTime dateNow = DateTime.Now;
if (ModelVersion.Contains("107"))
{
dynamic answer = new ExpandoObject();
dynamic dt = Send(MakePackage(0x01, 0x04, 0xff), 0x01);
if (!dt.success)
{
log($"Не удалось прочитать: Энергия активная суммарная");
}
else
{
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double sumActiveTarifs = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия активная суммарная: {sumActiveTarifs} кВт*ч");
answer.records.Add(MakeCurrentRecord("Энергия активная суммарная", sumActiveTarifs, "кВт*ч", dateNow));
double indication = sumActiveTarifs;
setIndicationForRowCache(indication, "кВт*ч", dateNow);
}
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
for (int i = 1; i <= 2; i++)
{
dt = Send(MakePackage(0x01, (byte)(i + 4), 0xff), 0x01);
if (!dt.success)
{
log($"Не удалось прочитать: Энергия активная по тарифу {i}");
}
else
{
double activeTarif = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия активная по тарифу {i}: {activeTarif} кВт*ч");
answer.records.Add(MakeCurrentRecord($"Энергия активная по тарифу {i}", activeTarif, "кВт*ч", dateNow));
}
}
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x48, 0xff), 0x01);
if (!dt.success)
{
log($"Не удалось прочитать: Энергия реактивная суммарная");
}
else
{
double sumReactiveTarifs = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия реактивная суммарная: {sumReactiveTarifs} квар*ч");
answer.records.Add(MakeCurrentRecord("Энергия реактивная суммарная", sumReactiveTarifs, "кВт*ч", dateNow));
}
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
for (int i = 1; i <= 2; i++)
{
dt = Send(MakePackage(0x01, (byte)(73 + i), 0xff), 0x01);
if (!dt.success)
{
log($"Не удалось прочитать: Энергия реактивная по тарифу {i}");
}
else
{
double reactiveTarif = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия реактивная по тарифу {i}: {reactiveTarif} квар*ч");
answer.records.Add(MakeCurrentRecord($"Энергия реактивная по тарифу {i}", reactiveTarif, "кВт*ч", dateNow));
}
}
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x03, 0xff), 0x01);
double activePower = (dt.Body[3] << 24 | dt.Body[2] << 16 | dt.Body[1] << 8 | dt.Body[0]) * 0.001;
log($"Активная мощность: {activePower} Вт");
answer.records.Add(MakeCurrentRecord("Активная мощность", activePower, "Вт", dateNow));
return(answer);
}
else if (ModelVersion.Contains("307"))
{
if (Int32.TryParse(SoftwareVersion, out int softWareVersion))
{
if (softWareVersion == 124)
{
dynamic dt = Send(MakePackage(0x01, 0x76, 0xff), 0x01);
dynamic answer = new ExpandoObject();
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double sumActiveImp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия активная импортируемая суммарная: {sumActiveImp} кВт*ч");
answer.records.Add(MakeCurrentRecord("Энергия активная импортируемая суммарная", sumActiveImp, "кВт*ч", dateNow));
dt = Send(MakePackage(0x01, 0x95, 0xff), 0x01);
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double sumActiveExp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия активная экспортируемая суммарная: {sumActiveExp} кВт*ч");
answer.records.Add(MakeCurrentRecord("Энергия активная экспортируемая суммарная", sumActiveExp, "кВт*ч", dateNow));
dt = Send(MakePackage(0x01, 0x7F, 0xff), 0x01);
double sumReactiveImp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия реактивная импортируемая суммарная: {sumReactiveImp} квар*ч");
answer.records.Add(MakeCurrentRecord("Энергия реактивная импортируемая суммарная", sumReactiveImp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x9F, 0xff), 0x01);
double sumReactiveExp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия реактивная экспортируемая суммарная: {sumReactiveExp} квар*ч");
answer.records.Add(MakeCurrentRecord("Энергия реактивная экспортируемая суммарная", sumReactiveExp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x6d, 0xff), 0x01);
double activePower = (dt.Body[3] << 24 | dt.Body[2] << 16 | dt.Body[1] << 8 | dt.Body[0]) * 0.01;
log($"Активная мощность суммарная: {activePower} Вт");
answer.records.Add(MakeCurrentRecord("Активная мощность суммарная", activePower, "Вт", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x71, 0xff), 0x01);
double reactivePower = (dt.Body[3] << 24 | dt.Body[2] << 16 | dt.Body[1] << 8 | dt.Body[0]) * 0.01;
log($"Реактивная мощность суммарная: {reactivePower} Вт");
answer.records.Add(MakeCurrentRecord("Реактивная мощность суммарная", reactivePower, "Вт", dateNow));
double indication = sumActiveImp;
setIndicationForRowCache(indication, "кВт*ч", dateNow);
return(answer);
}
else if (softWareVersion == 123)
{
dynamic dt = Send(MakePackage(0x01, 0x76, 0xff), 0x01);
dynamic answer = new ExpandoObject();
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
double sumActiveImp = ConvertFromBcd(dt.Body[0]) * 0.001 + ConvertFromBcd(dt.Body[1]) * 0.1 + ConvertFromBcd(dt.Body[2]) * 10 + ConvertFromBcd(dt.Body[3]) * 1000;
log($"Энергия активная импортируемая суммарная: {sumActiveImp} кВт*ч");
answer.records.Add(MakeCurrentRecord("Энергия активная импортируемая суммарная", sumActiveImp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x95, 0xff), 0x01);
double sumActiveExp = ConvertFromBcd(dt.Body[0]) * 0.001 + ConvertFromBcd(dt.Body[1]) * 0.1 + ConvertFromBcd(dt.Body[2]) * 10 + ConvertFromBcd(dt.Body[3]) * 1000;
log($"Энергия активная экспортируемая суммарная: {sumActiveExp} кВт*ч");
answer.records.Add(MakeCurrentRecord("Энергия активная экспортируемая суммарная", sumActiveExp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x7F, 0xff), 0x01);
double sumReactiveImp = ConvertFromBcd(dt.Body[0]) * 0.001 + ConvertFromBcd(dt.Body[1]) * 0.1 + ConvertFromBcd(dt.Body[2]) * 10 + ConvertFromBcd(dt.Body[3]) * 1000;
log($"Энергия реактивная импортируемая суммарная: {sumReactiveImp} квар*ч");
answer.records.Add(MakeCurrentRecord("Энергия реактивная импортируемая суммарная", sumReactiveImp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x9F, 0xff), 0x01);
double sumReactiveExp = ConvertFromBcd(dt.Body[0]) * 0.001 + ConvertFromBcd(dt.Body[1]) * 0.1 + ConvertFromBcd(dt.Body[2]) * 10 + ConvertFromBcd(dt.Body[3]) * 1000;
log($"Энергия реактивная экспортируемая суммарная: {sumReactiveExp} квар*ч");
answer.records.Add(MakeCurrentRecord("Энергия реактивная экспортируемая суммарная", sumReactiveExp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x6d, 0xff), 0x01);
double activePower = (dt.Body[3] << 24 | dt.Body[2] << 16 | dt.Body[1] << 8 | dt.Body[0]) * 0.01;
log($"Активная мощность суммарная: {activePower} Вт");
answer.records.Add(MakeCurrentRecord("Активная мощность суммарная", activePower, "Вт", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x71, 0xff), 0x01);
double reactivePower = (dt.Body[3] << 24 | dt.Body[2] << 16 | dt.Body[1] << 8 | dt.Body[0]) * 0.01;
log($"Реактивная мощность суммарная: {reactivePower} Вт");
answer.records.Add(MakeCurrentRecord("Реактивная мощность суммарная", reactivePower, "Вт", dateNow));
double indication = sumActiveImp;
setIndicationForRowCache(indication, "кВт*ч", dateNow);
return(answer);
}
else if (softWareVersion >= 300 && softWareVersion <= 399)
{
dynamic dt = Send(MakePackage(0x01, 0x76, 0xff), 0x01);
if (!dt.success)
{
return(dt);
}
dynamic answer = new ExpandoObject();
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
double sumActiveImp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия активная импортируемая суммарная: {sumActiveImp} кВт*ч");
answer.records.Add(MakeCurrentRecord("Энергия активная импортируемая суммарная", sumActiveImp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x95, 0xff), 0x01);
if (!dt.success)
{
return(dt);
}
double sumActiveExp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия активная экспортируемая суммарная: {sumActiveExp} кВт*ч");
answer.records.Add(MakeCurrentRecord("Энергия активная экспортируемая суммарная", sumActiveExp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x7F, 0xff), 0x01);
if (!dt.success)
{
return(dt);
}
double sumReactiveImp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия реактивная импортируемая суммарная: {sumReactiveImp} квар*ч");
answer.records.Add(MakeCurrentRecord("Энергия реактивная импортируемая суммарная", sumReactiveImp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x9F, 0xff), 0x01);
if (!dt.success)
{
return(dt);
}
double sumReactiveExp = ConvertFromBcd(dt.Body[0]) * 0.01 + ConvertFromBcd(dt.Body[1]) * 1 + ConvertFromBcd(dt.Body[2]) * 100 + ConvertFromBcd(dt.Body[3]) * 10000;
log($"Энергия реактивная экспортируемая суммарная: {sumReactiveExp} квар*ч");
answer.records.Add(MakeCurrentRecord("Энергия реактивная экспортируемая суммарная", sumReactiveExp, "кВт*ч", dateNow));
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
dt = Send(MakePackage(0x01, 0x6d, 0xff), 0x01);
if (!dt.success)
{
return(dt);
}
double activePower = (dt.Body[3] << 24 | dt.Body[2] << 16 | dt.Body[1] << 8 | dt.Body[0]) * 0.01;
log($"Активная мощность суммарная: {activePower} Вт");
answer.records.Add(MakeCurrentRecord("Активная мощность суммарная", activePower, "Вт", dateNow));
dt = Send(MakePackage(0x01, 0x71, 0xff), 0x01);
if (!dt.success)
{
return(dt);
}
double reactivePower = (dt.Body[3] << 24 | dt.Body[2] << 16 | dt.Body[1] << 8 | dt.Body[0]) * 0.01;
log($"Реактивная мощность суммарная: {reactivePower} Вт");
answer.records.Add(MakeCurrentRecord("Реактивная мощность суммарная", reactivePower, "Вт", dateNow));
double indication = sumActiveImp;
setIndicationForRowCache(indication, "кВт*ч", dateNow);
return(answer);
}
dynamic ans1 = new ExpandoObject();
ans1.success = false;
ans1.error = "для данной прошивки чтение часовых не реализовано";
ans1.errorcode = DeviceError.NO_ANSWER;
return(ans1);
}
dynamic ans2 = new ExpandoObject();
ans2.success = false;
ans2.error = "не удалось прочитать версию прошивки";
ans2.errorcode = DeviceError.NO_ANSWER;
return(ans2);
}
dynamic ans3 = new ExpandoObject();
ans3.success = false;
ans3.error = "нет ответа";
ans3.errorcode = DeviceError.NO_ANSWER;
return(ans3);
}
public void BindWithEmptyOriginalValue_double()
{
AmplaRecord amplaRecord = new AmplaRecord(100)
{
Location = location, Module = module, ModelName = ""
};
amplaRecord.AddColumn("Value", typeof(double));
amplaRecord.AddColumn("Area", typeof(string));
amplaRecord.SetValue("Value", "100.0");
amplaRecord.SetValue("Area", "ROM");
AmplaAuditRecord auditRecord = new AmplaAuditRecord
{
Id = amplaRecord.Id,
Location = amplaRecord.Location,
Module = amplaRecord.Module,
Changes = new List <AmplaAuditSession>
{
new AmplaAuditSession("User", DateTime.Today)
}
};
auditRecord.Changes[0].Fields.Add(new AmplaAuditField
{
Name = "Value",
OriginalValue = "",
EditedValue = "100"
});
AreaValueModel model = new AreaValueModel {
Id = 100, Area = "ROM", Value = 100.0d
};
ModelVersions modelVersions = new ModelVersions(amplaRecord);
IModelProperties <AreaValueModel> modelProperties = new ModelProperties <AreaValueModel>();
AmplaViewProperties <AreaValueModel> viewProperties = new AmplaViewProperties <AreaValueModel>(modelProperties);
GetViewsResponse view = new GetViewsResponse
{
Context = new GetViewsResponseContext(),
Views = new[] { ProductionViews.AreaValueModelView() }
};
viewProperties.Initialise(view);
AmplaGetDataVersionsBinding <AreaValueModel> binding =
new AmplaGetDataVersionsBinding <AreaValueModel>(amplaRecord, auditRecord, model, modelVersions,
modelProperties, viewProperties);
Assert.That(binding.Validate(), Is.True);
Assert.That(binding.Bind(), Is.True);
Assert.That(modelVersions.Versions, Is.Not.Empty);
Assert.That(modelVersions.Versions.Count, Is.EqualTo(2));
ModelVersion <AreaValueModel> last = (ModelVersion <AreaValueModel>)modelVersions.Versions[0];
ModelVersion <AreaValueModel> current = (ModelVersion <AreaValueModel>)modelVersions.Versions[1];
Assert.That(last.IsCurrentVersion, Is.False);
Assert.That(current.IsCurrentVersion, Is.True);
Assert.That(last.Model.Area, Is.EqualTo(model.Area));
Assert.That(current.Model.Area, Is.EqualTo(model.Area));
Assert.That(last.Model.Value, Is.EqualTo(0d));
Assert.That(current.Model.Value, Is.EqualTo(100d));
Assert.That(last.Model.Id, Is.EqualTo(100));
Assert.That(current.Model.Id, Is.EqualTo(100));
}
private dynamic GetDays(DateTime startDate, DateTime endDate)
{
if (ModelVersion.Contains("107"))
{
int sHour = startDate.Hour;
int sDay = startDate.Day;
int sMonth = startDate.Month;
int sYear = startDate.Year - 2000;
int eHour = endDate.Hour;
int eDay = endDate.Day;
int eMonth = endDate.Month;
int eYear = endDate.Year - 2000;
int n = 0;
byte[] bytes = new byte[] { 0, Convert.ToByte(sHour), Convert.ToByte(sDay), Convert.ToByte(sMonth), Convert.ToByte(sYear), 0, Convert.ToByte(eHour), Convert.ToByte(eDay), Convert.ToByte(eMonth), Convert.ToByte(eYear) };
dynamic dt = Send(MakePackage(0x10, 0x42, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
while (n < 3)
{
switch ((int)dt.Body[0])
{
case 1:
log($"Запрос на поиск индексов принят, начат поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x42, 0xff, bytes), 0x10);
break;
case 2:
log($"Процесс поиска индексов активен, идет поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x42, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
break;
case 3:
log($"Найдены более ранние ранние записи");
n = 3;
break;
case 4:
log($"Найдены более поздние записи");
n = 3;
break;
case 5:
log($"Найдены записи вне диапозона");
n = 3;
break;
case 6:
log($"Список пустой");
n = 3;
break;
case 7:
log($"Ошибка при работе со списком");
n = 3;
break;
default:
n = 3;
break;
}
n++;
}
int startIndex = dt.Body[2] << 8 | dt.Body[1];
int endeIndex = dt.Body[4] << 8 | dt.Body[3];
log($"Получен начальный индекс: {startIndex} ");
log($"Получен конечный индекс: {endeIndex} ");
dynamic answer = new ExpandoObject();
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
while (startIndex <= endeIndex)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
byte b0 = (byte)(startIndex & 0xFF);
byte b1 = (byte)(startIndex >> 8);
byte[] addBytes = new byte[] { b0, b1 };
dt = Send(MakePackage(0x0C, 0x42, 0xff, addBytes), 0x0C);
if (!dt.success)
{
continue;
}
DateTime date1 = new DateTime((int)dt.Body[5] + 2000, (int)dt.Body[4], (int)dt.Body[3], (int)dt.Body[2], (int)dt.Body[1], 0);
DateTime date = date1.AddDays(-1);
double sumActiveEnergy = ConvertFromBcd(dt.Body[6]) * 0.01 + ConvertFromBcd(dt.Body[7]) * 1 + ConvertFromBcd(dt.Body[8]) * 100 + ConvertFromBcd(dt.Body[9]) * 10000;
answer.records.Add(MakeDayRecord(dayP, sumActiveEnergy, "кВт*ч", date));
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ActiveEnergy = ConvertFromBcd(dt.Body[6 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[7 + i * 4]) * 1 + ConvertFromBcd(dt.Body[8 + i * 4]) * 100 + ConvertFromBcd(dt.Body[9 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord(dayArrP[i - 1], ActiveEnergy, "кВт*ч", date));
//log($"индекс {i}: {ActiveEnergy}");
}
double sumReactiveEnergy = ConvertFromBcd(dt.Body[26]) * 0.01 + ConvertFromBcd(dt.Body[27]) * 1 + ConvertFromBcd(dt.Body[28]) * 100 + ConvertFromBcd(dt.Body[29]) * 10000;
answer.records.Add(MakeDayRecord(dayQ, sumReactiveEnergy, "квар*ч", date));
log($"Получена запись с индексом {startIndex}: {date} : активная энергия {sumActiveEnergy} кВт*ч, реактивная энергия {sumReactiveEnergy} квар*ч");
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ReactiveEnergy = ConvertFromBcd(dt.Body[26 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[27 + i * 4]) * 1 + ConvertFromBcd(dt.Body[28 + i * 4]) * 100 + ConvertFromBcd(dt.Body[29 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord(dayArrQ[i - 1], ReactiveEnergy, "квар*ч", date));
}
startIndex++;
}
return(answer);
}
if (ModelVersion.Contains("307"))
{
int sHour = startDate.Hour;
int sDay = startDate.Day;
int sMonth = startDate.Month;
int sYear = startDate.Year - 2000;
int eHour = endDate.Hour;
int eDay = endDate.Day;
int eMonth = endDate.Month;
int eYear = endDate.Year - 2000;
int n = 0;
byte[] bytes = new byte[] { 0, Convert.ToByte(sHour), Convert.ToByte(sDay), Convert.ToByte(sMonth), Convert.ToByte(sYear), 0, Convert.ToByte(eHour), Convert.ToByte(eDay), Convert.ToByte(eMonth), Convert.ToByte(eYear) };
dynamic dt = Send(MakePackage(0x10, 0x42, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
while (n < 3)
{
switch ((int)dt.Body[0])
{
case 1:
log($"Запрос на поиск индексов принят, начат поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x42, 0xff, bytes), 0x10);
break;
case 2:
log($"Процесс поиска индексов активен, идет поиск. Повтор запроса через 2 секунды");
Thread.Sleep(2000);
dt = Send(MakePackage(0x10, 0x42, 0xff, bytes), 0x10);
if (!dt.success)
{
return(dt);
}
break;
case 3:
log($"Найдены более ранние ранние записи");
n = 3;
break;
case 4:
log($"Найдены более поздние записи");
n = 3;
break;
case 5:
log($"Найдены записи вне диапозона");
n = 3;
break;
case 6:
log($"Список пустой");
n = 3;
break;
case 7:
log($"Ошибка при работе со списком");
n = 3;
break;
default:
n = 3;
break;
}
n++;
}
int startIndex = dt.Body[2] << 8 | dt.Body[1];
int endeIndex = dt.Body[4] << 8 | dt.Body[3];
log($"Получен начальный индекс: {startIndex} ");
log($"Получен конечный индекс: {endeIndex} ");
dynamic answer = new ExpandoObject();
answer.success = true;
answer.error = string.Empty;
answer.errorcode = DeviceError.NO_ERROR;
answer.records = new List <dynamic>();
while (startIndex <= endeIndex)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
byte b0 = (byte)(startIndex & 0xFF);
byte b1 = (byte)(startIndex >> 8);
byte[] addBytes = new byte[] { b0, b1 };
dt = Send(MakePackage(0x0C, 0x42, 0xff, addBytes), 0x0C);
if (!dt.success)
{
continue;
}
DateTime date1 = new DateTime((int)dt.Body[5] + 2000, (int)dt.Body[4], (int)dt.Body[3], (int)dt.Body[2], (int)dt.Body[1], 0);
DateTime date = date1.AddDays(-1);
if (Int32.TryParse(SoftwareVersion, out int softWareVersion))
{
if ((softWareVersion == 124) || (softWareVersion >= 300 && softWareVersion <= 399))
{
double sumActiveEnergy = ConvertFromBcd(dt.Body[6]) * 0.01 + ConvertFromBcd(dt.Body[7]) * 1 + ConvertFromBcd(dt.Body[8]) * 100 + ConvertFromBcd(dt.Body[9]) * 10000;
answer.records.Add(MakeDayRecord("EnergyP+ (сумма тарифов)", sumActiveEnergy, "кВт*ч", date));
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ActiveEnergy = ConvertFromBcd(dt.Body[6 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[7 + i * 4]) * 1 + ConvertFromBcd(dt.Body[8 + i * 4]) * 100 + ConvertFromBcd(dt.Body[9 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord($"EnergyP+ (тариф {i})", ActiveEnergy, "кВт*ч", date));
//log($"индекс {i}: {ActiveEnergy}");
}
double sumReactiveEnergy = ConvertFromBcd(dt.Body[42]) * 0.01 + ConvertFromBcd(dt.Body[43]) * 1 + ConvertFromBcd(dt.Body[44]) * 100 + ConvertFromBcd(dt.Body[45]) * 10000;
answer.records.Add(MakeDayRecord("EnergyQ+ (сумма тарифов)", sumReactiveEnergy, "квар*ч", date));
log($"Получена запись с индексом {startIndex}: {date} : активная энергия {sumActiveEnergy} кВт*ч, реактивная энергия {sumReactiveEnergy} квар*ч");
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ReactiveEnergy = ConvertFromBcd(dt.Body[42 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[43 + i * 4]) * 1 + ConvertFromBcd(dt.Body[44 + i * 4]) * 100 + ConvertFromBcd(dt.Body[45 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord($"EnergyQ+ (тариф {i})", ReactiveEnergy, "квар*ч", date));
}
startIndex++;
}
else if (softWareVersion == 123)
{
double sumActiveEnergy = ConvertFromBcd(dt.Body[6]) * 0.001 + ConvertFromBcd(dt.Body[7]) * 0.1 + ConvertFromBcd(dt.Body[8]) * 10 + ConvertFromBcd(dt.Body[9]) * 1000;
answer.records.Add(MakeDayRecord("EnergyP+ (сумма тарифов)", sumActiveEnergy, "кВт*ч", date));
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ActiveEnergy = ConvertFromBcd(dt.Body[6 + i * 4]) * 0.001 + ConvertFromBcd(dt.Body[7 + i * 4]) * 0.1 + ConvertFromBcd(dt.Body[8 + i * 4]) * 10 + ConvertFromBcd(dt.Body[9 + i * 4]) * 1000;
answer.records.Add(MakeDayRecord($"EnergyP+ (тариф {i})", ActiveEnergy, "кВт*ч", date));
//log($"индекс {i}: {ActiveEnergy}");
}
double sumReactiveEnergy = ConvertFromBcd(dt.Body[42]) * 0.001 + ConvertFromBcd(dt.Body[43]) * 0.1 + ConvertFromBcd(dt.Body[44]) * 10 + ConvertFromBcd(dt.Body[45]) * 1000;
answer.records.Add(MakeDayRecord("EnergyQ+ (сумма тарифов)", sumReactiveEnergy, "квар*ч", date));
log($"Получена запись с индексом {startIndex}: {date} : активная энергия {sumActiveEnergy} кВт*ч, реактивная энергия {sumReactiveEnergy} квар*ч");
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ReactiveEnergy = ConvertFromBcd(dt.Body[42 + i * 4]) * 0.001 + ConvertFromBcd(dt.Body[43 + i * 4]) * 0.1 + ConvertFromBcd(dt.Body[44 + i * 4]) * 10 + ConvertFromBcd(dt.Body[45 + i * 4]) * 1000;
answer.records.Add(MakeDayRecord($"EnergyQ+ (тариф {i})", ReactiveEnergy, "квар*ч", date));
}
startIndex++;
}
else if (softWareVersion >= 400 && softWareVersion <= 499)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double sumImpActiveEnergy = ConvertFromBcd(dt.Body[6]) * 0.01 + ConvertFromBcd(dt.Body[7]) * 1 + ConvertFromBcd(dt.Body[8]) * 100 + ConvertFromBcd(dt.Body[9]) * 10000;
answer.records.Add(MakeDayRecord("EnergyP+ (сумма тарифов)", sumImpActiveEnergy, "кВт*ч", date));
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ActiveEnergy = ConvertFromBcd(dt.Body[6 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[7 + i * 4]) * 1 + ConvertFromBcd(dt.Body[8 + i * 4]) * 100 + ConvertFromBcd(dt.Body[9 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord($"EnergyP+ (тариф {i})", ActiveEnergy, "кВт*ч", date));
log($"индекс {i}: {ActiveEnergy}");
}
double sumExpActiveEnergy = ConvertFromBcd(dt.Body[42]) * 0.01 + ConvertFromBcd(dt.Body[43]) * 1 + ConvertFromBcd(dt.Body[44]) * 100 + ConvertFromBcd(dt.Body[45]) * 10000;
answer.records.Add(MakeDayRecord($"EnergyP- (сумма тарифов)", sumExpActiveEnergy, "кВт*ч", date));
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ExpActiveEnergy = ConvertFromBcd(dt.Body[42 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[43 + i * 4]) * 1 + ConvertFromBcd(dt.Body[44 + i * 4]) * 100 + ConvertFromBcd(dt.Body[45 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord($"EnergyP- (тариф {i})", ExpActiveEnergy, "кВт*ч", date));
}
double sumReactiveEnergy = ConvertFromBcd(dt.Body[78]) * 0.01 + ConvertFromBcd(dt.Body[79]) * 1 + ConvertFromBcd(dt.Body[80]) * 100 + ConvertFromBcd(dt.Body[81]) * 10000;
answer.records.Add(MakeDayRecord("EnergyQ+ (сумма тарифов)", sumReactiveEnergy, "квар*ч", date));
log($"Получена запись с индексом {startIndex}: {date} : активная энергия {sumImpActiveEnergy} кВт*ч, реактивная энергия {sumReactiveEnergy} квар*ч");
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ReactiveEnergy = ConvertFromBcd(dt.Body[78 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[79 + i * 4]) * 1 + ConvertFromBcd(dt.Body[80 + i * 4]) * 100 + ConvertFromBcd(dt.Body[81 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord($"EnergyQ+ (тариф {i})", ReactiveEnergy, "квар*ч", date));
}
double sumExpReactiveEnergy = ConvertFromBcd(dt.Body[114]) * 0.01 + ConvertFromBcd(dt.Body[115]) * 1 + ConvertFromBcd(dt.Body[116]) * 100 + ConvertFromBcd(dt.Body[117]) * 10000;
answer.records.Add(MakeDayRecord("EnergyQ- (сумма тарифов)", sumExpReactiveEnergy, "квар*ч", date));
for (int i = 1; i <= 4; i++)
{
if (cancel())
{
answer.success = false;
answer.error = "опрос отменен";
answer.errorcode = DeviceError.NO_ERROR;
return(answer);
}
double ReactiveEnergy = ConvertFromBcd(dt.Body[114 + i * 4]) * 0.01 + ConvertFromBcd(dt.Body[115 + i * 4]) * 1 + ConvertFromBcd(dt.Body[116 + i * 4]) * 100 + ConvertFromBcd(dt.Body[117 + i * 4]) * 10000;
answer.records.Add(MakeDayRecord($"EnergyQ- (тариф {i})", ReactiveEnergy, "квар*ч", date));
}
startIndex++;
}
else
{
log($"Для модели счетичика {ModelVersion} с версией прошивки {SoftwareVersion} чтение суточных не реализовано");
}
}
}
return(answer);
}
dynamic ans = new ExpandoObject();
ans.success = false;
ans.error = "для данной прошивки чтение часовых не реализовано";
ans.errorcode = DeviceError.NO_ANSWER;
return(ans);
}
