public void RecordCalculatedResults(string k1, string k2, decimal pr)
{
if (calculatedResults.ContainsKey(k1))
{
var innerDictionary = calculatedResults[k1];
if (innerDictionary.ContainsKey(k2))
{
throw new NotSupportedException("This pattern expects only one entry per k1k2 pair");
}
else
{
//ToDo: Better understanding/handling of exceptions here
try
{
innerDictionary.Add(k2, pr);
}
catch { new Exception($"adding {pr} to {k1}'s innerDictionary keyed by {k2} failed"); }
}
}
else
{
var innerDictionary = new ConcurrentObservableDictionary <string, decimal>();
try { innerDictionary.Add(k2, pr); } catch { new Exception($"adding {pr} to the new innerDictionary keyed by {k2} failed"); }
try { calculatedResults.Add(k1, innerDictionary); } catch { new Exception($"adding the new innerDictionary to calculatedResults keyed by {k1} failed"); }
};
}
public void Test_ConcurrentObservableCollection_RemoveRange_ByItems_IEnumerable()
{
var initial = Enumerable.Range(0, 100).Select(x => new KeyValuePair <int, int>(x, x));
var toRemove = Enumerable.Range(1, 40).Select(x => x * 2);
var collection = new ConcurrentObservableDictionary <int, int>();
collection.AddRange(initial);
Assert.AreEqual(100, collection.Count);
// Record all the collection changed events
List <(object, NotifyCollectionChangedEventArgs)> returnedList = new List <(object, NotifyCollectionChangedEventArgs)>();
collection.CollectionChanged += (s, e) => returnedList.Add((s, e));
collection.RemoveRange(toRemove);
// Check just one collection changed event was fired
Assert.AreEqual(1, returnedList.Count);
(var returnedObject, var returnedArgs) = returnedList[0];
Assert.IsNotNull(returnedObject);
Assert.IsNotNull(returnedArgs);
Assert.AreEqual(returnedObject, collection);
Assert.AreEqual(NotifyCollectionChangedAction.Remove, returnedArgs.Action);
Assert.AreEqual(-1, returnedArgs.OldStartingIndex);
Assert.IsNull(returnedArgs.NewItems);
Assert.IsNotNull(returnedArgs.OldItems);
Assert.AreEqual(toRemove.Count(), returnedArgs.OldItems.Count);
Assert.IsTrue(CollectionsAreEqual(toRemove, returnedArgs.OldItems));
}
public void Test_ConcurrentObservableDictionary_Clear()
{
var initial = Enumerable.Range(0, 100).Select(x => new KeyValuePair <int, int>(x, x));
var collection = new ConcurrentObservableDictionary <int, int>();
collection.AddRange(initial);
Assert.AreEqual(100, collection.Count);
// Record all the collection changed events
List <(object, NotifyCollectionChangedEventArgs)> returnedList = new List <(object, NotifyCollectionChangedEventArgs)>();
collection.CollectionChanged += (s, e) => returnedList.Add((s, e));
collection.Clear();
// Check just one collection changed event was fired
Assert.AreEqual(1, returnedList.Count);
(var returnedObject, var returnedArgs) = returnedList[0];
Assert.AreEqual(0, collection.Count);
Assert.AreEqual(returnedObject, collection);
Assert.AreEqual(NotifyCollectionChangedAction.Remove, returnedArgs.Action);
Assert.IsNull(returnedArgs.NewItems);
Assert.IsNotNull(returnedArgs.OldItems);
Assert.AreEqual(initial.Count(), returnedArgs.OldItems.Count);
Assert.IsTrue(initial.Zip(returnedArgs.OldItems.OfType <KeyValuePair <int, int> >(), (a, b) => a.Key == b.Key && a.Value == b.Value).All(c => c));
}
public ComputerHardware(MainBoard mainBoard, IList <CPUMaker> cPUs, ConcurrentObservableDictionary <Id <DiskDriveInfoEx>, DiskDriveInfoEx> diskDriveInfoExCOD, TimeBlock moment)
{
MainBoard = mainBoard ?? throw new ArgumentNullException(nameof(mainBoard));
CPUs = cPUs ?? throw new ArgumentNullException(nameof(cPUs));
DiskDriveInfoExCOD = diskDriveInfoExCOD ?? throw new ArgumentNullException(nameof(diskDriveInfoExCOD));
Moment = moment ?? throw new ArgumentNullException(nameof(moment));
}
public void TestRemovePartialEvents()
{
var data = new ConcurrentObservableDictionary <string, double>();
var obs = new SimpleObserver();
data.AddPartialObserver(obs, "test", "test2", "test3");
data.AddOrUpdate("test", 1.0);
Assert.AreEqual(1.0, obs.LastValue, "Error in test key");
Assert.IsTrue(data.RemovePartialObserver(obs, "test").All(
pair => pair.Key == "test" && pair.Value.Count == 1 && pair.Value.Contains(obs)), "remove <obs, test>");
data.AddOrUpdate("test", 10.0);
Assert.AreEqual(1.0, obs.LastValue, "Error in test key after remove <obs, test>");
Assert.IsTrue(data.RemovePartialObserver("test3").All(pair => pair.Key == "test3"), "remove test3 key");
data.AddOrUpdate("test3", 30.0);
Assert.AreEqual(1.0, obs.LastValue, "Error in test3 key after remove test3 key");
data.AddOrUpdate("test2", 2.0);
Assert.AreEqual(2.0, obs.LastValue, "Error in test2 key");
Assert.IsTrue(data.RemovePartialObserver(obs).All(
pair => pair.Value.Count == 1 && pair.Value.Contains(obs)), "remove obs");
data.AddOrUpdate("test2", 20.0);
Assert.AreEqual(2.0, obs.LastValue, "Error in test2 key after remove obs");
}
// Access the Logging extensions registered in the DI container
//[Inject]
//public ILogger<BaseServicesCodeBehind> Log { get; set; }
//[Inject]
//protected SessionStorage sessionStorage;
//[Inject]
//protected LocalStorage localStorage;
#endregion
#region Page Initialization Handler
protected override async Task OnInitAsync()
{
//Log.LogDebug($"Starting OnInitAsync");
////Log.LogDebug($"Initializing IServiceClient");
////IServiceClient client = new JsonHttpClient("http://localhost:21100");
////Log.LogDebug($"client is null: {client == null}");
/* // from teh stateless statemachine compiler project
* const string on = "On";
* const string off = "Off";
* const char space = ' ';
* var onOffSwitch = new StateMachine<string, char>(off);
* onOffSwitch.Configure(off).Permit(space, on);
* onOffSwitch.Configure(on).Permit(space, off);
*/
var initializationRequest = new InitializationRequest(new InitializationRequestPayload(new InitializationData("BaseVersionXX", "MachineIDXX", "userIDxx")));
//Log.LogDebug($"Calling PostJsonAsync<InitializationResponse> with InitializationRequest = {InitializationRequest}");
InitializationResponse = await HttpClient.PostJsonAsync <InitializationResponse>("/BaseServicesInitialization",
initializationRequest);
//Log.LogDebug($"Returned from PostJsonAsync<InitializationResponse>, InitializationResponse = {InitializationResponse}");
ConfigurationData = InitializationResponse.InitializationResponsePayload.ConfigurationData;
UserData = InitializationResponse.InitializationResponsePayload.UserData;
PartitionInfoExs = new PartitionInfoExs();
LongRunningTasksCOD = new ConcurrentObservableDictionary <Id <LongRunningTaskInfo>, LongRunningTaskStatus>();
//Log.LogDebug($"Leaving OnInitAsync");
}
public void AddRangeTest()
{
// There was an issue with ConcurrentObservableDictionary.AddMany throwing an
// exception when passed an IEnumerable.
IEnumerable <KeyValuePair <string, string> > GetIEnumerable()
{
for (int i = 0; i < 10; ++i)
{
yield return(new KeyValuePair <string, string>(i.ToString(), i.ToString()));
}
}
var itemsToAdd = GetIEnumerable();
var dictionary1 = new ConcurrentObservableDictionary <string, string>();
dictionary1.AddRange(itemsToAdd);
Assert.IsTrue(dictionary1.Count == itemsToAdd.Count(), "Right number of items");
var sourceDictionary = itemsToAdd.ToDictionary(a => a.Key, b => b.Value);
var dictionary2 = new ConcurrentObservableDictionary <string, string>();
dictionary2.AddRange(sourceDictionary);
Assert.IsTrue(dictionary2.Count == sourceDictionary.Count, "Right number of items");
}
internal void MinerGPUSerializeToJSON(string _testdatainput)
{
var hrpc = new ConcurrentObservableDictionary <Coin, HashRate>()
{
{ Coin.ETH, new HashRate(20.0,
new TimeSpan(0,
0,
1)) }
};
VideoCardSignil vcdc = VideoCardsKnown.TuningParameters.Keys.Where(x => (x.VideoCardMaker ==
VideoCardMaker.ASUS &&
x.GPUMaker ==
GPUMaker.NVIDEA))
.Single();
MinerGPU minerGPU = new MinerGPU(vcdc,
"10DE 17C8 - 3842",
"100.00001.02320.00",
false,
1140,
1753,
11.13,
0.8,
hrpc);
var str = JsonConvert.SerializeObject(minerGPU);
str.Should()
.NotBeNull();
str.Should()
.Be(_testdatainput);
}
public void RecordR(string k1, string k2, decimal pr)
{
if (ResultsCOD.ContainsKey(k1))
{
var innerCOD = ResultsCOD[k1];
if (innerCOD.ContainsKey(k2))
{
throw new NotSupportedException("This pattern expects only one entry per k1k2 pair");
}
else
{
//ToDo: Better understanding/handling of exceptions here
try { innerCOD.Add(k2, pr); } catch { new Exception($"adding {pr} to {k1}'s innerDictionary keyed by {k2} failed"); }
}
}
else
{
var innerCOD = new ConcurrentObservableDictionary <string, decimal>();
if (this.onResultsNestedCODCollectionChanged != null)
{
innerCOD.CollectionChanged += this.onResultsNestedCODCollectionChanged;
}
if (this.onResultsNestedCODPropertyChanged != null)
{
innerCOD.PropertyChanged += this.onResultsNestedCODPropertyChanged;
}
try { innerCOD.Add(k2, pr); } catch { new Exception($"adding {pr} to the new innerDictionary keyed by {k2} failed"); }
try { ResultsCOD.Add(k1, innerCOD); } catch { new Exception($"adding the new innerDictionary to cODR keyed by {k1} failed"); }
};
}
public WithObservableConcurrentDictionaryAndEventHandlers(NotifyCollectionChangedEventHandler OnCollectionChanged, NotifyCollectionChangedEventHandler OnNestedCollectionChanged)
{
calculatedResults = new ConcurrentObservableDictionary <string, ConcurrentObservableDictionary <string, decimal> >();
this.onCollectionChanged = OnCollectionChanged;
this.onNestedCollectionChanged = OnNestedCollectionChanged;
calculatedResults.CollectionChanged += onCollectionChanged;
}
// constructor with event handlers
public RealEstateServicesData(IAppHost appHost, ConcurrentObservableDictionary <string, decimal> pluginRootCOD, NotifyCollectionChangedEventHandler onPluginRootCODCollectionChanged, PropertyChangedEventHandler onPluginRootCODPropertyChanged)
{
cacheClient = appHost.GetContainer().Resolve <ICacheClient>();
PluginRootCOD = pluginRootCOD;
this.onPluginRootCODCollectionChanged = onPluginRootCODCollectionChanged;
this.onPluginRootCODPropertyChanged = onPluginRootCODPropertyChanged;
pluginRootCOD.CollectionChanged += this.onPluginRootCODCollectionChanged;
pluginRootCOD.PropertyChanged += this.onPluginRootCODPropertyChanged;
}
//public ConcurrentObservableDictionary<Id<LongRunningTaskInfo>, FileInfoExs> FileInfoExCOD { get; set; }
//public ConcurrentObservableDictionary<Id<LongRunningTaskInfo>, (Id<DirectoryInfoEx>, Id<FileInfoEx>)> EdgeFileInfoExDirectoryInfoExCOD { get; set; }
//public ConcurrentObservableDictionary<Id<LongRunningTaskInfo>, (Id<DirectoryInfoEx>, Id<DirectoryInfoEx>)> EdgeDirectoryInfoExDirectoryInfoExCOD { get; set; }
void ConstructFileSystemAnalysisData()
{
LookupFileSystemAnalysisResultsCOD = new ConcurrentObservableDictionary <Id <LongRunningTaskInfo>, LongRunningTaskInfo>();
AnalyzeFileSystemResultsCOD = new ConcurrentObservableDictionary <Id <LongRunningTaskInfo>, IAnalyzeFileSystemResult>();
AnalyzeFileSystemProgressCOD = new ConcurrentObservableDictionary <Id <LongRunningTaskInfo>, IAnalyzeFileSystemProgress>();
//DirectoryInfoExCOD =new ConcurrentObservableDictionary<Id<LongRunningTaskInfo>, DirectoryInfoExs>();
//FileInfoExCOD=new ConcurrentObservableDictionary<Id<LongRunningTaskInfo>, FileInfoExs>();
//EdgeFileInfoExDirectoryInfoExCOD=new ConcurrentObservableDictionary<Id<LongRunningTaskInfo>, (Id<DirectoryInfoEx>, Id<FileInfoEx>)>();
//EdgeDirectoryInfoExDirectoryInfoExCOD=new ConcurrentObservableDictionary<Id<LongRunningTaskInfo>, (Id<DirectoryInfoEx>, Id<DirectoryInfoEx>)>();
}
public void TestEvents()
{
var data = new ConcurrentObservableDictionary <string, double>();
var updated = false;
data.CollectionChanged += (s, e) => { updated = true; };
data.AddOrUpdate("test", 1.0);
Assert.IsTrue(updated);
}
/// <summary>
/// Constructeur initialisant les listes de noeuds et clients et générant les TaskExecutor infrastructure
/// </summary>
/// <param name="name">Nom Orchestrateur</param>
/// <param name="address">Adresse IP de l'orchestrateur</param>
/// <param name="port">Port d'écoute</param>
protected Orchestrator(string name, string address, int port) : base(name, address, port)
{
Logger = new Logger(true);
unidentifiedNodes = new List <Tuple <int, Node> >();
Nodes = new ConcurrentObservableDictionary <string, Node>();
Clients = new ConcurrentDictionary <string, Node>();
TaskDistrib = new ConcurrentDictionary <int, Tuple <ConcurrentBag <int>, bool> >();
WorkerFactory.AddWorker(IdentMethod, new TaskExecutor(this, IdentNode, null, null));
WorkerFactory.AddWorker(GetCpuMethod, new TaskExecutor(this, ProcessCpuStateOrder, null, null));
WorkerFactory.AddWorker(TaskStatusMethod, new TaskExecutor(this, RefreshTaskState, null, null));
}
public void TestAddPartialEvents()
{
var data = new ConcurrentObservableDictionary <string, double>();
var obs = new SimpleObserver();
data.AddPartialObserver(obs, "test", "test2");
data.AddOrUpdate("test", 1.0);
Assert.AreEqual(1.0, obs.LastValue, "Error in test key");
data.AddOrUpdate("test2", 10.0);
Assert.AreEqual(10.0, obs.LastValue, "Error in test2 key");
}
public void TestAddPartialEventsByAction()
{
var data = new ConcurrentObservableDictionary <string, double>();
var ret = 0.0;
data.AddPartialObserver(args => ret = args.NewValue, "test", "test2");
data.AddOrUpdate("test", 1.0);
Assert.AreEqual(1.0, ret, "Error in test key");
data.AddOrUpdate("test2", 10.0);
Assert.AreEqual(10.0, ret, "Error in test2 key");
}
public MinerStatusDetailsAbstract(ConcurrentObservableDictionary <int, Ratio> perGPUFanPct, ConcurrentObservableDictionary <int, ConcurrentObservableDictionary <Coin, double> > perGPUPerCoinHashRate, ConcurrentObservableDictionary <int, Power> perGPUPowerConsumption, ConcurrentObservableDictionary <int, Temperature> perGPUTemperature, string runningTime, ConcurrentObservableDictionary <Coin, double> totalPerCoinHashRate, ConcurrentObservableDictionary <Coin, int> totalPerCoinInvalidShares, ConcurrentObservableDictionary <Coin, int> totalPerCoinPoolSwitches, ConcurrentObservableDictionary <Coin, int> totalPerCoinRejectedShares, ConcurrentObservableDictionary <Coin, int> totalPerCoinShares, string version)
{
PerGPUFanPct = perGPUFanPct ?? throw new ArgumentNullException(nameof(perGPUFanPct));
PerGPUPerCoinHashRate = perGPUPerCoinHashRate ?? throw new ArgumentNullException(nameof(perGPUPerCoinHashRate));
PerGPUPowerConsumption = perGPUPowerConsumption ?? throw new ArgumentNullException(nameof(perGPUPowerConsumption));
PerGPUTemperature = perGPUTemperature ?? throw new ArgumentNullException(nameof(perGPUTemperature));
RunningTime = runningTime ?? throw new ArgumentNullException(nameof(runningTime));
TotalPerCoinHashRate = totalPerCoinHashRate ?? throw new ArgumentNullException(nameof(totalPerCoinHashRate));
TotalPerCoinInvalidShares = totalPerCoinInvalidShares ?? throw new ArgumentNullException(nameof(totalPerCoinInvalidShares));
TotalPerCoinPoolSwitches = totalPerCoinPoolSwitches ?? throw new ArgumentNullException(nameof(totalPerCoinPoolSwitches));
TotalPerCoinRejectedShares = totalPerCoinRejectedShares ?? throw new ArgumentNullException(nameof(totalPerCoinRejectedShares));
TotalPerCoinShares = totalPerCoinShares ?? throw new ArgumentNullException(nameof(totalPerCoinShares));
Version = version ?? throw new ArgumentNullException(nameof(version));
}
// constructor with event handlers
public DiskAnalysisServicesData(IAppHost appHost, ConcurrentObservableDictionary <string, decimal> pluginRootCOD, NotifyCollectionChangedEventHandler onPluginRootCODCollectionChanged, PropertyChangedEventHandler onPluginRootCODPropertyChanged)
{
cacheClient = appHost.GetContainer().Resolve <ICacheClient>();
BaseServicesData = appHost.GetContainer().Resolve <BaseServicesData>();
PluginRootCOD = pluginRootCOD;
this.onPluginRootCODCollectionChanged = onPluginRootCODCollectionChanged;
this.onPluginRootCODPropertyChanged = onPluginRootCODPropertyChanged;
pluginRootCOD.CollectionChanged += this.onPluginRootCODCollectionChanged;
pluginRootCOD.PropertyChanged += this.onPluginRootCODPropertyChanged;
// ToDo: Get the Configuration data into the COD, and populate it from "plugin configuration data load"
ConstructConfigurationData();
ConstructUserData();
ConstructDiskDriveAnalysisData();
ConstructFileSystemAnalysisData();
}
private void Button_Click(object sender, RoutedEventArgs e)
{
Messages.Add("Testing BinaryFormatter...");
var list = new ConcurrentObservableCollection <string>();
var dictionary = new ConcurrentObservableDictionary <string, string>();
var sortedDictionary = new ConcurrentObservableSortedDictionary <string, string>();
InitializeList(list, 20);
TestSerializingObject(list);
InitializeDictionary(dictionary, 20);
TestSerializingObject(dictionary);
InitializeDictionary(sortedDictionary, 20);
TestSerializingObject(sortedDictionary);
Messages.Add("Done");
}
public void TestClearCache()
{
var data = new ConcurrentObservableDictionary <string, double>();
var obs = new SimpleObserver();
data.AddPartialObserver(obs, "test", "test2", "test3");
data.AddOrUpdate("test", 2.0);
data.AddOrUpdate("test2", 12.0);
data.AddOrUpdate("test3", 32.0);
Assert.IsFalse(data.IsEmpty, "data is empty");
data.Clear();
Assert.IsTrue(data.IsEmpty, "data is not empty");
}
public void ConcurrentObservableDictionarySerializationTest()
{
var serializer = new BinaryFormatter();
var stream = new MemoryStream();
var collection = new ConcurrentObservableDictionary <string, int>();
for (int i = 0; i < 10; i++)
{
collection.Add("TestItem" + (i + 1).ToString(), i);
}
serializer.Serialize(stream, collection);
stream.Position = 0;
collection = serializer.Deserialize(stream) as ConcurrentObservableDictionary <string, int>;
for (int i = 0; i < 10; i++)
{
Assert.AreEqual(i, collection["TestItem" + (i + 1).ToString()]);
}
}
public TransientBuffer(KeySignature <string> sig, DynamicBuffers parent) : base(parent._parent._calculateAndStoreFromInputAndAsyncTermsOptions)
{
Log.Trace("Constructor Starting");
this._parent = parent;
Log.Trace($"ElementSet: {sig.Longest().ToString()}");
Log.Trace("Creating _buffer");
_buffer = new BufferBlock <IInternalMessage <string> >();
Log.Trace("Registering _buffer");
RegisterChild(_buffer);
// critical section
// iterate each individual element of the sig, and get those that are not already present in the COD FetchingIndividualElementsOfTerm1
foreach (var element in sig.IndividualElements)
{
if (!parent._parent._calculateAndStoreFromInputAndAsyncTermsObservableData.FetchingIndividualElementsOfTerm1.ContainsKey(element))
{
// For each element that is not already being fetched, start the async task to fetch it
Log.Trace($"Fetching AsyncWebGet for {element} and storing the task in FetchingIndividualElementsOfTerm1 indexed by {element}");
// call the async function that fetches the information for each individual element in the elementSet
// record the individual element and it's corresponding task in the FetchingIndividualElementsOfTerm1
parent._parent._calculateAndStoreFromInputAndAsyncTermsObservableData.FetchingIndividualElementsOfTerm1[element] = parent._parent._webGet.AsyncWebGet <double>(element);
}
}
// Record into FetchingElementSetsOfTerm1 the sig.Longest as key, and for the data,
// create a COD whose keys are the keys of sig.IndividualElements in the FetchingElementSetsOfTerm1
Log.Trace("Creating new concurrent dictionary");
var x = new ConcurrentObservableDictionary <string, byte>();
foreach (var element in sig.IndividualElements)
{
Log.Trace($"Creating an entry for {element}");
x[element] = default;
}
Log.Trace($"Creating an entry for FetchingElementSetsOfTerm1. Key is {sig.Longest()} data is x");
parent._parent._calculateAndStoreFromInputAndAsyncTermsObservableData.FetchingElementSetsOfTerm1[sig.Longest()] = x;
// If the asyncFetchCheckTimer is not enabled, enable it now.
if (!parent._parent.asyncFetchCheckTimer.Enabled)
{
parent._parent.asyncFetchCheckTimer.Enabled = true;
}
Log.Trace("Constructor Finished");
}
public ClaymoreMinerStatusDetails(string str)
{
string version;
TimeBlock runningTime;
ConcurrentObservableDictionary <Coin, double> totalPerCoinHashRate = new ConcurrentObservableDictionary <Coin, double>();
ConcurrentObservableDictionary <Coin, int> totalPerCoinShares = new ConcurrentObservableDictionary <Coin, int>();
ConcurrentObservableDictionary <Coin, int> totalPerCoinRejectedShares = new ConcurrentObservableDictionary <Coin, int>();
ConcurrentObservableDictionary <Coin, int> totalPerCoinInvalidShares = new ConcurrentObservableDictionary <Coin, int>();
ConcurrentObservableDictionary <Coin, int> totalPerCoinPoolSwitches = new ConcurrentObservableDictionary <Coin, int>();
ConcurrentObservableDictionary <int, ConcurrentObservableDictionary <Coin, double> > perGPUPerCoinHashRate = new ConcurrentObservableDictionary <int, ConcurrentObservableDictionary <Coin, double> >();
ConcurrentObservableDictionary <int, Temperature> perGPUTemperature = new ConcurrentObservableDictionary <int, Temperature>();
ConcurrentObservableDictionary <int, Ratio> perGPUFanPct = new ConcurrentObservableDictionary <int, Ratio>();
ConcurrentObservableDictionary <int, Power> perGPUPowerConsumption = new ConcurrentObservableDictionary <int, Power>();
string rEClaymoreMinerStatusResultDetails = "^\"(?<Version>.*?),\\s+\"(?<RunningTime>.*?)\",\\s+\"(?<TotalETHHashRate>.*?);(?<TotalETHShares>.*?);(?<TotalETHRejectedShares>.*?)\",\\s+\"(?<PerGPUETHHashRate>.*?)\",\\s+\"(?<TotalSecondaryHashRate>.*?);(?<TotalSecondaryShares>.*?);(?<TotalSecondaryRejectedShares>.*?)\",\\s+\"(?<PerGPUSecondaryHashRate>.*?)\",\\s+\"(?<PerGPUTempFanPair>.*?)\",\\s+\"(?<CurrentMiningPools>.*?)\",\\s+\"(?<TotalETHInvalidShares>.*?);(?<TotalETHPoolSwitches>.*?);(?<TotalSecondaryInvalidShares>.*?);(?<TotalSecondaryPoolSwitches>.*?)\"";
Regex RE1 = new Regex(rEClaymoreMinerStatusResultDetails, RegexOptions.IgnoreCase);
MatchCollection matches = RE1.Matches(str);
if (matches.Count == 0)
{
throw new ArgumentException($"Unable to match as a status response detailed: {str}");
}
foreach (Match match in matches)
{
GroupCollection groups = match.Groups;
version = groups["Version"].Value ??
throw new ArgumentNullException(nameof(version));
if (groups["RunningTime"].Value is null)
{
throw new ArgumentNullException(nameof(runningTime));
}
runningTime = new TimeBlock(DateTime.Parse(groups["RunningTime"].Value));
/*
*
* // Version = new Regex(@"(\d|\.)+", RegexOptions.IgnoreCase).Matches;
* // Coin = groups["Version"].Value ?? throw new ArgumentNullException(nameof(Coin));
* RunningTime = groups["RunningTime"].Value ?? throw new ArgumentNullException(nameof(RunningTime));
*/
}
}
public void ConcurrentObservableDictionaryTest()
{
ConcurrentObservableDictionary <int, string> dict = new ConcurrentObservableDictionary <int, string>();
var times = 0;
dict.CollectionChanged += delegate
{
times++;
};
dict.Add(1, "foo");
dict.Add(2, "moo");
dict.Add(3, "boo");
dict.AddOrReplace(1, "boo");
dict.Remove(dict.First(x => x.Value == "moo"));
Assert.True(dict.Values.All(x => x == "boo"));
Assert.Equal(5, times);
}
public void RigConfigBuilderToJSON()
{
ConcurrentObservableDictionary <(MinerSWE minerSWE, string version, Coin[] coins), MinerSWAbstract> minerSWs = new ConcurrentObservableDictionary <(MinerSWE minerSWE, string version, Coin[] coins), MinerSWAbstract>();
ConcurrentObservableDictionary <int, MinerGPU> minerGPUs = new ConcurrentObservableDictionary <int, MinerGPU>();
PowerConsumption pc = new PowerConsumption(new TimeSpan(0, 1, 0), new Power(1, UnitsNet.Units.PowerUnit.Watt));
TempAndFan tf = new TempAndFan()
{
Temp = new Temperature(50, UnitsNet.Units.TemperatureUnit.DegreeFahrenheit), FanPct = new Ratio(95.5, UnitsNet.Units.RatioUnit.Percent)
};
RigConfig rc = RigConfigBuilder.CreateNew()
.AddMinerSWs(minerSWs)
.AddMinerGPUs(minerGPUs)
.AddPowerConsumption(pc)
.AddTempAndFan(tf)
.Build();
var str = JsonConvert.SerializeObject(rc);
str.Should()
.NotBeNull();
}
public void Test_ConcurrentObservableDictionary_AddRange_Dictionary()
{
var toAdd = Enumerable.Range(0, 100).Select(x => new KeyValuePair <int, int>(x, x)).ToDictionary(x => x.Key, x => x.Value);
var collection = new ConcurrentObservableDictionary <int, int>();
// Record all the collection changed events
List <(object, NotifyCollectionChangedEventArgs)> returnedList = new List <(object, NotifyCollectionChangedEventArgs)>();
collection.CollectionChanged += (s, e) => returnedList.Add((s, e));
collection.AddRange(toAdd);
// Check just one collection changed event was fired
Assert.AreEqual(1, returnedList.Count);
(var returnedObject, var returnedArgs) = returnedList[0];
Assert.AreEqual(returnedObject, collection);
Assert.AreEqual(returnedArgs.Action, NotifyCollectionChangedAction.Add);
Assert.IsNotNull(returnedArgs.NewItems);
Assert.IsNull(returnedArgs.OldItems);
Assert.AreEqual(toAdd.Count(), returnedArgs.NewItems.Count);
Assert.IsTrue(CollectionsAreEqual(toAdd, returnedArgs.NewItems));
}
public void ConcurrentObservableDictionaryTest()
{
ConcurrentObservableDictionary <int, string> dict = new ConcurrentObservableDictionary <int, string>();
_times = 0;
dict.CollectionChanged += Dict_CollectionChanged;
try
{
dict.Add(1, "foo");
dict.Add(2, "moo");
dict.Add(3, "boo");
dict.AddOrReplace(1, "boo");
dict.Remove(dict.First(x => x.Value == "moo"));
Assert.DoesNotContain(dict.Values, x => x != "boo");
Assert.Equal(5, _times);
}
finally
{
dict.CollectionChanged -= Dict_CollectionChanged;
}
}
public MinerSWAbstract(string processName, string processPath, string version, string processStartPath, bool hasConfigurationSettings, ConcurrentObservableDictionary <string, string> configurationSettings, string configFilePath, bool hasSTDOut, bool hasERROut, bool hasAPI, string aPIDiscoveryURL, bool hasLogFiles, string logFileFolder, string logFileFnPattern, Coin[] coinsMined, string[][] pools) : base(
new ComputerSoftwareProgramSignil(processName, processPath, processStartPath, version, hasSTDOut, hasERROut, hasLogFiles, logFileFolder, logFileFnPattern, hasAPI, aPIDiscoveryURL, hasConfigurationSettings, configFilePath),
null
)
{
CoinsMined = coinsMined ?? throw new ArgumentNullException(nameof(coinsMined));
Pools = pools ?? throw new ArgumentNullException(nameof(pools));
}
public WithObservableConcurrentDictionary()
{
calculatedResults = new ConcurrentObservableDictionary <string, ConcurrentObservableDictionary <string, decimal> >();
}
public void ConcurrentObservableDictionarySerializationTest()
{
// ARRANGE
// =======
// A random generator (we'll test random values to avoid hard-codings)
var r = new Random();
// The data contract serializer we'll use to serialize and deserialize
var dcs = new DataContractSerializer(typeof(ConcurrentObservableDictionary <int, DummyDataContract>));
// The dummy data
var ddc1 = new DummyDataContract {
RandomValue = r.Next()
};
var ddc2 = new DummyDataContract {
RandomValue = r.Next()
};
var ddc3 = new DummyDataContract {
RandomValue = r.Next()
};
var ddc4 = new DummyDataContract {
RandomValue = r.Next()
};
// The original observable list
using (var l1 = new ConcurrentObservableDictionary <int, DummyDataContract>
{
[ddc1.RandomValue] = ddc1,
[ddc2.RandomValue] = ddc2,
[ddc3.RandomValue] = ddc3,
[ddc4.RandomValue] = ddc4,
})
{
// The deserialized list
ConcurrentObservableDictionary <int, DummyDataContract> l2;
// The serialization content
string content;
// ACT
// ===
using (var ms = new MemoryStream())
{
dcs.WriteObject(
ms,
l1);
_ = ms.Seek(
0,
SeekOrigin.Begin);
using (var textReader = new StreamReader(
ms,
Encoding.UTF8,
false,
32768,
true))
{
content = textReader.ReadToEnd();
}
_ = ms.Seek(
0,
SeekOrigin.Begin);
l2 = dcs.ReadObject(ms) as ConcurrentObservableDictionary <int, DummyDataContract>;
}
try
{
// ASSERT
// ======
// Serialization content is OK
Assert.False(string.IsNullOrWhiteSpace(content));
Assert.Equal(
$@"<ConcurrentObservableDDCDictionaryByint xmlns=""http://ns.ixiancorp.com/IX/IX.Observable"" xmlns:i=""http://www.w3.org/2001/XMLSchema-instance""><Entry><Key>{ddc1.RandomValue}</Key><Value xmlns:a=""http://schemas.datacontract.org/2004/07/IX.UnitTests.Observable""><a:RandomValue>{ddc1.RandomValue}</a:RandomValue></Value></Entry><Entry><Key>{ddc2.RandomValue}</Key><Value xmlns:a=""http://schemas.datacontract.org/2004/07/IX.UnitTests.Observable""><a:RandomValue>{ddc2.RandomValue}</a:RandomValue></Value></Entry><Entry><Key>{ddc3.RandomValue}</Key><Value xmlns:a=""http://schemas.datacontract.org/2004/07/IX.UnitTests.Observable""><a:RandomValue>{ddc3.RandomValue}</a:RandomValue></Value></Entry><Entry><Key>{ddc4.RandomValue}</Key><Value xmlns:a=""http://schemas.datacontract.org/2004/07/IX.UnitTests.Observable""><a:RandomValue>{ddc4.RandomValue}</a:RandomValue></Value></Entry></ConcurrentObservableDDCDictionaryByint>",
content);
// Deserialized object is OK
Assert.NotNull(l2);
Assert.Equal(
l1.Count,
l2.Count);
#pragma warning disable HAA0401 // Possible allocation of reference type enumerator - Acceptable in this unit test
foreach (var key in l1.Keys)
#pragma warning restore HAA0401 // Possible allocation of reference type enumerator
{
Assert.True(l1[key].Equals(l2[key]));
}
}
finally
{
l2?.Dispose();
}
}
}