/// <summary>
/// 根据配置创建用户账户，缴费角色
/// </summary>
/// <param name="monitoringConfig"></param>
/// <param name="node"></param>
public void CreateAcountByConfig(MonitoringConfig node)
{
//定价或补贴需要缴费账户
if (node.ConfigTypeId == DictionaryCache.MonitoringConfigTypePrice.Id || node.ConfigTypeId == DictionaryCache.MonitoringConfigTypeSubsidy.Id)
{
//是否已经存在缴费账户
int count = 0;
//为当前对象开启缴费账户
CategoryDictionary category = CategoryDictionary.Building;
if (node.TargetTypeId == DictionaryCache.ConfigToOrg.Id)
{
category = CategoryDictionary.Organization;
count = userBLL.Count(o => o.Roles.Any(c => c.Id == RoleCache.PayMentRoleId) && o.Organizations.Any(c => c.Id == node.TargetId));
}
else
{
count = userBLL.Count(o => o.Roles.Any(c => c.Id == RoleCache.PayMentRoleId) && o.Buildings.Any(c => c.Id == node.TargetId));
}
if (count > 0)
{
return;
}
string error = "";
List <UserAccountData> userAccounts;
CreateAccounts(category, true, new List <string> {
node.TargetId + ""
}, out error, out userAccounts);
}
}
public SkylakeClientArb()
{
architectureName = "Skylake Client System Agent";
lastUncoreClockCount = 0;
monitoringConfigs = new MonitoringConfig[1];
monitoringConfigs[0] = new MCRequests(this);
}
public ZenL3Cache()
{
architectureName = "Zen L3";
ccxSampleThreads = new Dictionary <int, int>();
allCcxThreads = new Dictionary <int, List <int> >();
for (int threadIdx = 0; threadIdx < GetThreadCount(); threadIdx++)
{
int ccxIdx = GetCcxId(threadIdx);
ccxSampleThreads[ccxIdx] = threadIdx;
List <int> ccxThreads;
if (!allCcxThreads.TryGetValue(ccxIdx, out ccxThreads))
{
ccxThreads = new List <int>();
allCcxThreads.Add(ccxIdx, ccxThreads);
}
ccxThreads.Add(threadIdx);
}
monitoringConfigs = new MonitoringConfig[1];
monitoringConfigs[0] = new HitRateLatencyConfig(this);
ccxCounterData = new L3CounterData[ccxSampleThreads.Count()];
ccxTotals = new L3CounterData();
}
public FileManager(MonitoringConfig config, ILogger logger, ShareFolder shareFolder, IMetricServer metricServer)
{
_shareFolder = shareFolder;
_config = config;
_logger = logger;
_metricServer = metricServer;
}
/// <summary>
/// Initializes a new instance of the <see cref="MonitoringTask"/> from the provided <see cref="MonitoringConfig"/>.
/// </summary>
/// <param name="configuration">The current monitoring configuration.</param>
public MonitoringTask(MonitoringConfig configuration)
{
if (configuration == null) throw new ArgumentNullException("configuration");
_logger = LogManager.GetCurrentClassLogger();
_batteryWrapper = new BatteryWrapper(configuration.MinimumLevel, configuration.MinimumRunTime);
_checkInterval = configuration.CheckInterval;
}
public SandyBridgePCU()
{
architectureName = "Sandy Bridge E Power Control Unit";
monitoringConfigs = new MonitoringConfig[3];
monitoringConfigs[0] = new VoltageTransitions(this);
monitoringConfigs[1] = new Limits(this);
monitoringConfigs[2] = new ChangeAndPhaseShedding(this);
}
public HaswellClientArb()
{
architectureName = "Haswell Client System Agent";
lastUncoreClockCount = 0;
monitoringConfigs = new MonitoringConfig[2];
monitoringConfigs[0] = new MCRequests(this);
monitoringConfigs[1] = new CoherencyRequests(this);
}
public Zen2DataFabric()
{
architectureName = "Zen 2 Data Fabric";
monitoringConfigs = new MonitoringConfig[4];
monitoringConfigs[0] = new DramBwConfig(this);
monitoringConfigs[1] = new DramBw1Config(this);
monitoringConfigs[2] = new OutboundDataConfig(this);
monitoringConfigs[3] = new BwTestConfig(this);
}
public DynamicHostManager(MonitoringConfig config, INetworkScanner scanner, IScheduler scheduler)
{
Guard.NotNull(() => config, config);
Guard.NotNull(() => scanner, scanner);
Guard.NotNull(() => scheduler, scheduler);
this.scanner = scanner;
this.config = config;
subscription = Observable.FromAsync(ScanFtp, scheduler).Delay(TimeSpan.FromSeconds(10), scheduler).Repeat().SubscribeOn(scheduler).Subscribe();
}
public MonitoringInstance(IScheduler scheduler, MonitoringConfig configuration, ISourceFactory downloaderFactory, IDeleteArchiving archiving)
{
Guard.NotNull(() => configuration, configuration);
Guard.NotNull(() => scheduler, scheduler);
Guard.NotNull(() => downloaderFactory, downloaderFactory);
Guard.NotNull(() => archiving, archiving);
this.configuration = configuration;
this.archiving = archiving;
this.scheduler = scheduler;
this.downloaderFactory = downloaderFactory;
}
public Zen1()
{
monitoringConfigs = new MonitoringConfig[6];
monitoringConfigs[0] = new BpuMonitoringConfig(this);
monitoringConfigs[1] = new DCMonitoringConfig(this);
monitoringConfigs[2] = new FPUPipeUtil(this);
monitoringConfigs[3] = new Dispatch1(this);
monitoringConfigs[4] = new Dispatch2(this);
monitoringConfigs[5] = new OpCache(this);
architectureName = "Zen 1";
}
public void SetUp()
{
scanConfig = new MonitoringConfig();
scanConfig.YiFtp = new FtpConfig();
scanConfig.YiFtp.FileMask = "Test";
scanConfig.Output = new OutputConfig();
scanConfig.Output.Out = "Out";
mockPredicate = new Mock <IPredicate>();
scanConfig.Known = new PredefinedCameraConfig();
manager = new StaticHostManager(scanConfig.Known);
instance = CreateFactory();
}
public SourceFactory(MonitoringConfig config, IPredicate filePredicate)
{
Guard.NotNull(() => config, config);
Guard.NotNull(() => filePredicate, filePredicate);
this.config = config;
this.filePredicate = filePredicate;
destination = ConstructDestination();
if (config.Server != null)
{
fixedDownloaders.Add(new FileDownloader(config.Server, destination, filePredicate));
}
}
public MainSheduler(MonitoringConfig config, ILogger logger, IConfiguration configuration, Gauge counterException, IMetricServer metricServer = null)
{
Logger = logger;
MetricServer = metricServer;
CounterException = counterException;
MonitoringConfig = config;
AppConfiguration = configuration;
var registry = new Registry();
registry.Schedule <FileMonitoringJob>().NonReentrant().ToRunEvery(config.FileMonitoringTimeout).Seconds();
registry.Schedule <ApiIntegrationJob>().NonReentrant().ToRunEvery(config.ApiIntegrationTimeout).Seconds();
JobManager.Initialize(registry);
}
static void Main(string[] args)
{
var configuration = new ConfigurationBuilder()
.AddJsonFile("appsettings.json")
.Build();
Log.Logger = new LoggerConfiguration()
.ReadFrom.Configuration(configuration)
.CreateLogger();
var serviceCollection = new ServiceCollection();
ConfigureServices(serviceCollection);
var serviceProvider = serviceCollection.BuildServiceProvider();
var logger = serviceProvider.GetService <ILogger <Program> >();
var monitoringConfig = new MonitoringConfig();
configuration.GetSection("MonitoringConfig").Bind(monitoringConfig);
var prometheus = new PrometheusConfig();
configuration.GetSection(Constants.DefaultMetricsServerName).Bind(prometheus);
MetricPusher metricServer = null;
if (!string.IsNullOrEmpty(prometheus.Instance) && !string.IsNullOrEmpty(prometheus.Endpoint))
{
metricServer = new MetricPusher(endpoint: prometheus.Endpoint,
job: "FileMonitoring", instance: prometheus.Instance);
metricServer.Start();
}
logger.LogInformation("Приложение запущено");
if (FailedMigrateDb.CountExceptions(() => MigrateDb(configuration, logger)))
{
//запуск планировщика задач
var mainSheduler = new MainSheduler(monitoringConfig, logger, configuration, JobsGaugeException, metricServer);
logger.LogInformation("Для завершения работы нажмите клавишу Q");
var stopKey = new ConsoleKeyInfo();
while (stopKey.Key != ConsoleKey.Q)
{
stopKey = Console.ReadKey();
}
mainSheduler.Dispose();
metricServer?.Stop();
}
logger.LogInformation("Приложение завершило работу");
}
public void SetUp()
{
scheduler = new TestScheduler();
monitoringConfig = new MonitoringConfig();
monitoringConfig.Scan = 1;
monitoringConfig.Known = new PredefinedCameraConfig();
monitoringConfig.Output = new OutputConfig();
archiving = new Mock <IDeleteArchiving>();
mockDestinationFactory = new Mock <ISourceFactory>();
ftpDownloader = new Mock <IDownloader>();
mockDestinationFactory.Setup(item => item.GetSources(It.IsAny <IHostManager>()))
.Returns(new[] { ftpDownloader.Object });
instance = CreateMonitoringInstance();
}
public SkylakeClientL3()
{
ulong cboConfig;
architectureName = "Skylake Client L3";
// intel developer manual table 2-30 says bits 0-3 encode number of C-Box
// "subtract one to determine number of CBo units"
Ring0.ReadMsr(MSR_UNC_CBO_CONFIG, out cboConfig);
CboCount = (int)((cboConfig & 0x7) - 1);
cboData = new NormalizedCboCounterData[CboCount];
monitoringConfigs = new MonitoringConfig[1];
monitoringConfigs[0] = new HitrateConfig(this);
}
public SandyBridgeEL3()
{
architectureName = "Sandy Bridge E L3 Cache";
cboTotals = new NormalizedCboCounterData();
cboData = new NormalizedCboCounterData[CboCount];
monitoringConfigs = new MonitoringConfig[8];
monitoringConfigs[0] = new HitsBlConfig(this);
monitoringConfigs[1] = new RxRConfig(this);
monitoringConfigs[2] = new DataReadLatency(this);
monitoringConfigs[3] = new MissesAdConfig(this);
monitoringConfigs[4] = new LLCVictimsAndIvRing(this);
monitoringConfigs[5] = new BouncesAndAkRing(this);
monitoringConfigs[6] = new DataReadMissLatency(this);
monitoringConfigs[7] = new ToR(this);
}
public Piledriver()
{
monitoringConfigs = new MonitoringConfig[11];
monitoringConfigs[0] = new BpuMonitoringConfig(this);
monitoringConfigs[1] = new IFetch(this);
monitoringConfigs[2] = new DataCache(this);
monitoringConfigs[3] = new DataCache1(this);
monitoringConfigs[4] = new L2Cache(this);
monitoringConfigs[5] = new DispatchStall(this);
monitoringConfigs[6] = new DispatchStall1(this);
monitoringConfigs[7] = new DispatchStallFP(this);
monitoringConfigs[8] = new DispatchStallMisc(this);
monitoringConfigs[9] = new DTLB(this);
monitoringConfigs[10] = new FPU(this);
architectureName = "Piledriver";
}
public static void Main(string[] args)
{
try
{
var directory = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location);
if (!File.Exists(Path.Combine(directory, "service.json")))
{
log.Error("Configuration file service.json not found");
return;
}
MonitoringConfig config = JsonConvert.DeserializeObject <MonitoringConfig>(File.ReadAllText(Path.Combine(directory, "service.json")));
if (!config.Validate())
{
log.Error("Invalid configuration");
return;
}
NetworkScanner scanner = new NetworkScanner(TaskPoolScheduler.Default);
log.Info("Starting {0} version utility...", Assembly.GetExecutingAssembly().GetName().Version);
foreach (var address in scanner.GetLocalIPAddress())
{
log.Info("Starting on local IP: [{0}]", address);
}
List <Command> commandsList = new List <Command>();
commandsList.Add(new MonitorCommand(config));
commandsList.Add(new DownloadCommand(config));
var commands = commandsList.ToDictionary(item => item.Name, item => item, StringComparer.OrdinalIgnoreCase);
if (args.Length == 0 ||
!commands.TryGetValue(args[0], out var command))
{
log.Info("Starting as service");
ServiceStarter serviceStarter = new ServiceStarter();
serviceStarter.StartService(config);
return;
}
command.ParseArguments(args.Skip(1));
command.Execute();
}
catch (Exception ex)
{
log.Error(ex);
}
}
public Zen3()
{
monitoringConfigs = new MonitoringConfig[12];
monitoringConfigs[0] = new BpuMonitoringConfig(this);
monitoringConfigs[1] = new FetchConfig(this);
monitoringConfigs[2] = new DCFillConfig(this);
monitoringConfigs[3] = new HwPrefetchConfig(this);
monitoringConfigs[4] = new SwPrefetchConfig(this);
monitoringConfigs[5] = new FlopsConfig(this);
monitoringConfigs[6] = new LocksConfig(this);
monitoringConfigs[7] = new DispatchStallConfig(this);
monitoringConfigs[8] = new DispatchStallConfig1(this);
monitoringConfigs[9] = new L2Config(this);
monitoringConfigs[10] = new TopDown(this);
monitoringConfigs[11] = new PmcMonitoringConfig(this);
architectureName = "Zen 3";
}
public HaswellClientL3()
{
ulong cboConfig;
architectureName = "Haswell Client L3";
// intel developer manual table 2-30 syas bits 0-3 encode number of C-Box
// "derive value by -1"
Ring0.ReadMsr(MSR_UNC_CBO_CONFIG, out cboConfig);
CboCount = (int)((cboConfig & 0x7) - 1);
cboData = new NormalizedCboCounterData[CboCount];
monitoringConfigs = new MonitoringConfig[3];
monitoringConfigs[0] = new HitrateConfig(this);
monitoringConfigs[1] = new SnoopHitConfig(this);
monitoringConfigs[2] = new SnoopInvalidateConfig(this);
}
public void StartService(MonitoringConfig config)
{
Guard.NotNull(() => config, config);
var predicate = config.Output.All ? new NullPredicate() : (IPredicate) new NewFilesPredicate();
SourceFactory factory = new SourceFactory(config, predicate);
HostFactory.Run(
x =>
{
x.Service <MonitoringInstance>(
s =>
{
s.ConstructUsing(name => new MonitoringInstance(TaskPoolScheduler.Default, config, factory, new DeleteArchiving()));
s.WhenStarted(tc => tc.Start());
s.WhenStopped(tc => tc.Stop());
});
x.RunAsLocalSystem();
x.SetDescription("Camera Monitoring Service");
x.SetDisplayName("YiScanner Service");
x.SetServiceName("YiScanner");
});
}
public async Task <bool> UpdateOneAgentOnAHostMonitoringConfigAsync(string id, MonitoringConfig body, CancellationToken cancellationToken = default)
{
var response = await GetOneAgentOnAHostConfigUrl(id)
.PutJsonAsync(body, cancellationToken)
.ConfigureAwait(false);
return(response.IsSuccessStatusCode);
}
/// <summary>
/// Starts background monitoring thread that periodically updates monitoring list view
/// with new results
/// </summary>
/// <param name="configId">Monitoring config to use</param>
/// <param name="listView">List view to update</param>
/// <param name="cancelToken">Cancellation token - since perf counters are limited,
/// this thread has to be cancelled before one for a new config is started</param>
public void MonitoringThread(int configId, ListView listView, CancellationToken cancelToken)
{
CultureInfo ci = new CultureInfo("en-US");
MonitoringConfig selectedConfig = monitoringConfigs[configId];
lastUpdateTimers = null;
if (cancelToken.IsCancellationRequested)
{
return;
}
selectedConfig.Initialize();
SafeSetMonitoringListViewColumns cd = new SafeSetMonitoringListViewColumns(SetMonitoringListViewColumns);
listView.Invoke(cd, selectedConfig.GetColumns(), listView);
while (!cancelToken.IsCancellationRequested)
{
MonitoringUpdateResults updateResults = selectedConfig.Update();
// update list box with results (and we're always on a different thread)
SafeSetMonitoringListViewItems d = new SafeSetMonitoringListViewItems(SetMonitoringListView);
listView.Invoke(d, updateResults, listView);
// log to file, if we're doing that
lock (logFileLock)
{
if (!string.IsNullOrEmpty(logFilePath))
{
// log raw counter values if available. otherwise log metrics
// eventually I want to move everything over to log raw counter values
bool first;
if (updateResults.overallCounterValues != null)
{
if (!logFileHeadersWritten)
{
string csvHeader = "";
first = true;
foreach (Tuple <string, float> counterValue in updateResults.overallCounterValues)
{
if (first)
{
csvHeader += counterValue.Item1;
}
else
{
csvHeader += "," + counterValue.Item1;
}
first = false;
}
csvHeader += "\n";
File.AppendAllText(logFilePath, csvHeader);
logFileHeadersWritten = true;
}
string csvLine = "";
first = true;
foreach (Tuple <string, float> counterValue in updateResults.overallCounterValues)
{
if (first)
{
csvLine += counterValue.Item2.ToString("G", ci);
}
else
{
csvLine += "," + counterValue.Item2.ToString("G", ci);
}
first = false;
}
csvLine += "\n";
File.AppendAllText(logFilePath, csvLine);
}
else if (updateResults.overallMetrics != null)
{
if (!logFileHeadersWritten)
{
string csvHeader = "";
first = true;
foreach (string columnHeader in selectedConfig.GetColumns())
{
if (first)
{
csvHeader += columnHeader;
}
else
{
csvHeader += "," + columnHeader;
}
first = false;
}
csvHeader += "\n";
File.AppendAllText(logFilePath, csvHeader);
logFileHeadersWritten = true;
}
string csvLine = "";
first = true;
foreach (string value in updateResults.overallMetrics)
{
if (first)
{
csvLine += value;
}
else
{
csvLine += "," + value;
}
first = false;
}
csvLine += "\n";
File.AppendAllText(logFilePath, csvLine);
}
}
}
Thread.Sleep(1000);
}
}
public DownloadCommand(MonitoringConfig config)
: base(config)
{
}
protected BaseCommand(MonitoringConfig config)
{
Guard.NotNull(() => config, config);
Config = config;
}
public MonitorCommand(MonitoringConfig config)
: base(config)
{
}
public static MonitoringConfigData ToViewData(this MonitoringConfig node, CategoryDictionary suffix = CategoryDictionary.None)
{
MonitoringConfigBLL MonitoringConfigBLL = new MonitoringConfigBLL();
if (node == null)
{
return(null);
}
var model = new MonitoringConfigData()
{
Id = node.Id,
Name = node.Name,
Description = node.Description,
TargetTypeId = node.TargetTypeId,
TargetId = node.TargetId,
EnergyCategoryId = node.EnergyCategoryId,
ConfigTypeId = node.ConfigTypeId,
WayId = node.WayId,
UnitValue = node.UnitValue,
LowerLimit = node.LowerLimit,
UpperLimit = node.UpperLimit,
Value = node.Value,
ValidStartTime = node.ValidStartTime,
ValidEndTime = node.ValidEndTime,
Priority = node.Priority,
Enabled = node.Enabled,
StartTime = node.StartTime,
EndTime = node.EndTime,
RegeneratorId = node.RegeneratorId,
RegeneratorName = node.RegeneratorName,
UpdatingTime = node.UpdatingTime,
ParameterId = node.ParameterId,
TemplateId = node.TemplateId,
OverTimeDate = node.OverTimeDate,
CycleTime = node.CycleTime,
CycleTypeId = node.CycleTypeId,
AlarmLevelId = node.AlarmLevelId,
IsvalidNextCycle = node.IsvalidNextCycle,
ValidTypeId = node.ValidTypeId,
ValidType = node.ValidTypeId == null ? null : node.ValidType == null?DictionaryCache.Get()[(int)node.ValidTypeId].ToViewData() : node.ValidType.ToViewData(),
AlarmLevel = node.AlarmLevelId == null ? null : node.AlarmLevel == null?DictionaryCache.Get()[(int)node.AlarmLevelId].ToViewData() : node.AlarmLevel.ToViewData(),
ConfigType = node.ConfigType == null?DictionaryCache.Get()[(int)node.ConfigTypeId].ToViewData() : node.ConfigType.ToViewData(),
CycleType = node.CycleTypeId == null ? null : node.CycleType == null?DictionaryCache.Get()[(int)node.CycleTypeId].ToViewData() : node.CycleType.ToViewData(),
EnergyCategory = node.EnergyCategoryId == null ? null : node.EnergyCategory == null?DictionaryCache.Get()[(int)node.EnergyCategoryId].ToViewData() : node.EnergyCategory.ToViewData(),
TargetType = node.TargetType == null?DictionaryCache.Get()[(int)node.TargetTypeId].ToViewData() : node.TargetType.ToViewData(),
Way = node.WayId == null ? null : node.Way == null?DictionaryCache.Get()[(int)node.WayId].ToViewData() : node.Way.ToViewData(),
TemplateName = node.TemplateId.HasValue ? null : MonitoringConfigBLL.Filter(o => o.TemplateId == node.TemplateId).Take(1).Select(o => o.Name).ToList()[0]
};
//模板联动动作
if (node.Value.HasValue)
{
try
{
int actionId = Convert.ToInt32(node.Value);
model.ActionName = DictionaryCache.Get()[actionId].ChineseName;
}
catch { }
}
if (node.ConfigCycleSettings != null)
{
ConfigCycleSettingBLL ConfigCycleSettingBLL = new ConfigCycleSettingBLL();
int id = model.Id;
model.ConfigCycleSettings = ConfigCycleSettingBLL.Filter(o => o.ConfigId == id).ToViewList();
}
if (node.CycleTypeId != null)
{
if (model.CycleType.ChineseName == "每年")
{
//model.CycleTimeName = "按年";
//model.CycleTimeDesc = Convert.ToDateTime(node.CycleTime).Year + "年";
model.CycleTimeName = model.CycleType.ChineseName;
model.CycleTimeDesc = Convert.ToDateTime(node.CycleTime).Month + "月" + Convert.ToDateTime(node.CycleTime).Day + "日" + Convert.ToDateTime(node.CycleTime).Hour + "时";
}
else if (model.CycleType.ChineseName == "每月")
{
model.CycleTimeName = model.CycleType.ChineseName;
model.CycleTimeDesc = Convert.ToDateTime(node.CycleTime).Day + "日" + Convert.ToDateTime(node.CycleTime).Hour + "时";
//model.CycleTimeName = model.CycleType.ChineseName;
//model.CycleTimeDesc = Convert.ToDateTime(node.CycleTime).Month + "月"+Convert.ToDateTime(node.CycleTime).Day + "日"+Convert.ToDateTime(node.CycleTime).Hour + "时";
}
else if (model.CycleType.ChineseName == "每周")
{
model.CycleTimeName = model.CycleType.ChineseName;
model.CycleTimeDesc = "第" + Convert.ToDateTime(node.CycleTime).DayOfWeek + "日" + Convert.ToDateTime(node.CycleTime).Hour + "时";
//model.CycleTimeName = "每周";
//model.CycleTimeDesc = "第" + Convert.ToDateTime(node.CycleTime).DayOfWeek + "日";
}
else if (model.CycleType.ChineseName == "每日")
{
model.CycleTimeName = model.CycleType.ChineseName;
model.CycleTimeDesc = Convert.ToDateTime(node.CycleTime).Hour + "时";
//model.CycleTimeName = "每月";
//model.CycleTimeDesc = "第" + Convert.ToDateTime(node.CycleTime).Day + "日";
}
else if (model.CycleType.ChineseName == "每小时")
{
model.CycleTimeName = model.CycleType.ChineseName;
//model.CycleTimeName = "每天";
//model.CycleTimeDesc = "第" + Convert.ToDateTime(node.CycleTime).Year + "时";
}
}
if (node.ValidTypeId != null)
{
if (model.ValidType.ChineseName == "每年")
{
model.ValidTypeDesc = "检测";
model.ValidTypeDesc = model.ValidTypeDesc + Convert.ToDateTime(model.ValidStartTime).Year;
if (Convert.ToDateTime(model.ValidStartTime).Year != Convert.ToDateTime(model.ValidEndTime).Year)
{
model.ValidTypeDesc = model.ValidTypeDesc + "至" + Convert.ToDateTime(model.ValidEndTime).Year;
}
model.ValidTypeDesc = model.ValidTypeDesc + "年数据";
}
else if (model.ValidType.ChineseName == "每月")
{
model.ValidTypeDesc = "每年检测";
model.ValidTypeDesc = model.ValidTypeDesc + Convert.ToDateTime(model.ValidStartTime).Month;
if (Convert.ToDateTime(model.ValidStartTime).Month != Convert.ToDateTime(model.ValidEndTime).Month)
{
model.ValidTypeDesc = model.ValidTypeDesc + "至" + Convert.ToDateTime(model.ValidEndTime).Month;
}
model.ValidTypeDesc = model.ValidTypeDesc + "月数据";
}
else if (model.ValidType.ChineseName == "每周")
{
model.ValidTypeDesc = "每周检测周";
model.ValidTypeDesc = model.ValidTypeDesc + Convert.ToDateTime(model.ValidStartTime).DayOfWeek;
if (Convert.ToDateTime(model.ValidStartTime).DayOfWeek != Convert.ToDateTime(model.ValidEndTime).DayOfWeek)
{
model.ValidTypeDesc = model.ValidTypeDesc + "至" + Convert.ToDateTime(model.ValidEndTime).DayOfWeek;
}
model.ValidTypeDesc = model.ValidTypeDesc + "数据";
}
else if (model.ValidType.ChineseName == "每日")
{
model.ValidTypeDesc = "每月检测第";
model.ValidTypeDesc = model.ValidTypeDesc + Convert.ToDateTime(model.ValidStartTime).Day;
if (Convert.ToDateTime(model.ValidStartTime).Day != Convert.ToDateTime(model.ValidEndTime).Day)
{
model.ValidTypeDesc = model.ValidTypeDesc + "至" + Convert.ToDateTime(model.ValidEndTime).Day;
}
model.ValidTypeDesc = model.ValidTypeDesc + "日数据";
}
else if (model.ValidType.ChineseName == "每小时")
{
model.ValidTypeDesc = "每天检测第";
model.ValidTypeDesc = model.ValidTypeDesc + Convert.ToDateTime(model.ValidStartTime).Hour;
if (Convert.ToDateTime(model.ValidStartTime).Hour != Convert.ToDateTime(model.ValidEndTime).Hour)
{
model.ValidTypeDesc = model.ValidTypeDesc + "至" + Convert.ToDateTime(model.ValidEndTime).Hour;
}
model.ValidTypeDesc = model.ValidTypeDesc + "时数据";
}
}
if (node.ParameterId != null && (suffix & CategoryDictionary.Parameter) == CategoryDictionary.Parameter)
{
if (node.Parameter != null)
{
model.Parameter = node.Parameter.ToViewData();
}
else
{
ParameterBLL parameterBLL = new ParameterBLL();
model.Parameter = parameterBLL.Find(node.ParameterId).ToViewData();
}
}
//string TargetTypeStr = node.TargetType == null ? DictionaryCache.Get()[node.TargetTypeId].Description : node.TargetType.Description;
//if (TargetTypeStr != null)
//{
// ViewMeterFullInfoBLL meterBLL = new ViewMeterFullInfoBLL();
// BuildingBLL buildingBLL = new BuildingBLL();
// OrganizationBLL organizationBLL = new OrganizationBLL();
// BrandBLL brandBLL = new BrandBLL();
// MessageBLL messageBLL = new MessageBLL();
// int id = -1;
// if (model.TargetId != null)
// {
// id=model.TargetId;
// if (TargetTypeStr.ToLower() == "meter")
// model.Target = meterBLL.Find(id).ToViewData();
// else if (TargetTypeStr.ToLower() == "building")
// model.Target = buildingBLL.Find(id).ToViewData();
// else if (TargetTypeStr.ToLower() == "organization")
// model.Target = organizationBLL.Find(id).ToViewData();
// else if (TargetTypeStr.ToLower() == "brand")
// model.Target = brandBLL.Find(id).ToViewData();
// else if (TargetTypeStr.ToLower() == "message")
// model.Target = messageBLL.Find(id).ToViewData();
// }
//}
return(model);
}
public ApiClient(MonitoringConfig config, ILogger logger, IMetricServer metricServer)
{
_metricServer = metricServer;
_config = config;
_logger = logger;
}
public Zen()
{
monitoringConfigs = new MonitoringConfig[1];
monitoringConfigs[0] = new BpuMonitoringConfig(this);
architectureName = "Zen 1";
}
