Teani.Helper 1.0.4

dotnet add package Teani.Helper --version 1.0.4                
NuGet\Install-Package Teani.Helper -Version 1.0.4                
This command is intended to be used within the Package Manager Console in Visual Studio, as it uses the NuGet module's version of Install-Package.
<PackageReference Include="Teani.Helper" Version="1.0.4" />                
For projects that support PackageReference, copy this XML node into the project file to reference the package.
paket add Teani.Helper --version 1.0.4                
#r "nuget: Teani.Helper, 1.0.4"                
#r directive can be used in F# Interactive and Polyglot Notebooks. Copy this into the interactive tool or source code of the script to reference the package.
// Install Teani.Helper as a Cake Addin
#addin nuget:?package=Teani.Helper&version=1.0.4

// Install Teani.Helper as a Cake Tool
#tool nuget:?package=Teani.Helper&version=1.0.4                

What is Generic.Helpers?

Generic.Helpers is a simple little library build to ease a bit the development by gaining some results without the boring part of writing all the time the same lines of codes.

What it contains?

  • A simple logger class which can write log items into the harddrive;
  • Azure Blob Storage Manager (List, Upload, Download and Size);
  • Job engine (sequenced and parallel);
  • IOExtensions;

(Here more will be added).

Where can I get it?

First, install NuGet. Then, install Teani.Helper from the package manager console.

Examples:

Logger

It adds elements into a queue and write them to the harddrive as soon is possible.

//Initialization
Log.Start();

//Writing some messages
Log.Write(eMessageType.Debug, "Debug not stored");
Log.Write(eMessageType.Information, "Some information");
Log.Write(eMessageType.Success, "Some success");
Log.Write(eMessageType.Error, "Some error");
Log.Write(eMessageType.Warning, "Some warning");

Log.Write(new Exception("Some exception, no stack"));

//Declaring that debug messages should also be stored.
Log.StoreDebugMessages = true;
Log.Write(Tni.Helper.Entities.eMessageType.Debug, "Debug stored");
Output of the logs
{"RecordedAt":"2022-11-04T10:33:22.1985371+02:00","MessageType":5,"Message":"Debug not stored"}
{"RecordedAt":"2022-11-04T10:33:22.203045+02:00","MessageType":1,"Message":"Some information"}
{"RecordedAt":"2022-11-04T10:33:22.2030473+02:00","MessageType":4,"Message":"Some success"}
{"RecordedAt":"2022-11-04T10:33:22.2030477+02:00","MessageType":2,"Message":"Some error"}
{"RecordedAt":"2022-11-04T10:33:22.2030479+02:00","MessageType":3,"Message":"Some warning"}
{"RecordedAt":"2022-11-04T10:33:22.2031597+02:00","MessageType":2,"Message":"Some exception, no stack"}
{"RecordedAt":"2022-11-04T10:33:22.2032215+02:00","MessageType":5,"Message":"Debug stored"}

Azure Blob Storage Manager

var asm = new AzureStorageManager("{YourAzureConnectionString}");

//Specifying each time the container.
var container = "YourWorkingContainer";
var list = await asm.GetList(container);
var size = await asm.GetSize(container);

await asm.UploadFile(new FileInfo(@"d:\temp\testfile.json"), true, container);
FileInfo downloadedFile = await asm.DownloadFile(new FileInfo(@"c:\temp\testfile.json"), container);

//Specifying the work container
asm.WorkContainer = container;
list = await asm.GetList();
size = await asm.GetSize();

await asm.UploadFile(new FileInfo(@"d:\temp\testfile.json"), true);
FileInfo downloadedFile = await asm.DownloadFile(new FileInfo(@"c:\temp\testfile.json"));

Job engine sequenced

Initialization of the job engine
Job.Start(new JobProfile()
{
    //How many lanes to be available for execution on parallel mode.
    NoLanes = 10,

    //How many lanes to be served for fast parallel jobs to be executed.
    ReservedLanesForPriorities = 2,

    //Seconds to await on signaling stop before clearing collections
    StopTimeout = 30,

    //If the job store should create some feedback logs of the execution using Helper.Log engine.
    Debug = true,
});
Sequenced mode

This will receive various job items, in a sequenced way, that are to execute an callback when their time comes.

///Add elements to standard queue list
Job.AddSequenced(new JobItem()
{
    Name = "Standard 1",
    Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
});
Job.AddSequenced(new JobItem()
{
    Name = "Standard 2",
    Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
});
Job.AddSequenced(new JobItem()
{
    Name = "Standard 3",
    Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
});

///Add multiple elements at once into queue list
Job.AddSequenced(new List<JobItem>()
{
    new JobItem()
    {
        Name = "Standard 1.1",
        Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
    },
    new JobItem()
    {
        Name = "Standard 2.1",
        Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
    },
    new JobItem()
    {
        Name = "Standard 3.1",
        Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
    }
});
Parallel mode

This will receive various job items, in a parallel way, that are to be executed on determined lanes of execution.

///Add elements to parallel executions
Job.AddParallel(new JobItem()
{
    Name = "Parallel 1",
    LanePriority = eLanePriority.Standard,
    Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
});
Job.AddParallel(new JobItem()
{
    Name = "Parallel 2",
    LanePriority = eLanePriority.Standard,
    Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
});
Job.AddParallel(new JobItem()
{
    Name = "Parallel 3",
    LanePriority = eLanePriority.Standard,
    Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
});

///Add multiple elements to parallel executions
Job.AddParallel(new List<JobItem>()
{
    new JobItem()
    {
        Name = "Parallel 1.1",
        LanePriority = eLanePriority.Standard,
        Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
    },
    new JobItem()
    {
        Name = "Parallel 2.1",
        LanePriority = eLanePriority.Standard,
        Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
    },
    new JobItem()
    {
        Name = "Parallel 3.1",
        LanePriority = eLanePriority.Standard,
        Executor = SomeMethodThatWillBeRequestedOnTimeOfJob
    }
});
Sample output from loggins based on the execution
{"RecordedAt":"2022-11-05T20:41:47.2017126+02:00","MessageType":5,"Message":"Sequenced [Standard 1] called for execution."}
{"RecordedAt":"2022-11-05T20:41:47.2137014+02:00","MessageType":5,"Message":"Job [Standard 1] was executed on sequenced mode. Started: 11/5/2022 8:41:43 PM, Ended: 11/5/2022 8:41:47 PM, Duration: 00:00:04.0677905"}
{"RecordedAt":"2022-11-05T20:41:49.2230388+02:00","MessageType":5,"Message":"Sequenced [Standard 2] called for execution."}
{"RecordedAt":"2022-11-05T20:41:49.2230812+02:00","MessageType":5,"Message":"Job [Standard 2] was executed on sequenced mode. Started: 11/5/2022 8:41:47 PM, Ended: 11/5/2022 8:41:49 PM, Duration: 00:00:02.0093420"}
{"RecordedAt":"2022-11-05T20:41:51.2264558+02:00","MessageType":5,"Message":"Sequenced [Standard 3] called for execution."}
{"RecordedAt":"2022-11-05T20:41:51.2265682+02:00","MessageType":5,"Message":"Job [Standard 3] was executed on sequenced mode. Started: 11/5/2022 8:41:49 PM, Ended: 11/5/2022 8:41:51 PM, Duration: 00:00:02.0033988"}
{"RecordedAt":"2022-11-05T20:41:53.2408863+02:00","MessageType":5,"Message":"Sequenced [Standard 1.1] called for execution."}
{"RecordedAt":"2022-11-05T20:41:53.2409667+02:00","MessageType":5,"Message":"Job [Standard 1.1] was executed on sequenced mode. Started: 11/5/2022 8:41:51 PM, Ended: 11/5/2022 8:41:53 PM, Duration: 00:00:02.0143312"}
{"RecordedAt":"2022-11-05T20:41:55.252604+02:00","MessageType":5,"Message":"Sequenced [Standard 2.1] called for execution."}
{"RecordedAt":"2022-11-05T20:41:55.2526366+02:00","MessageType":5,"Message":"Job [Standard 2.1] was executed on sequenced mode. Started: 11/5/2022 8:41:53 PM, Ended: 11/5/2022 8:41:55 PM, Duration: 00:00:02.0116451"}
{"RecordedAt":"2022-11-05T20:41:57.2620415+02:00","MessageType":5,"Message":"Sequenced [Standard 3.1] called for execution."}
{"RecordedAt":"2022-11-05T20:41:57.2621311+02:00","MessageType":5,"Message":"Job [Standard 3.1] was executed on sequenced mode. Started: 11/5/2022 8:41:55 PM, Ended: 11/5/2022 8:41:57 PM, Duration: 00:00:02.0094199"}
{"RecordedAt":"2022-11-05T20:41:58.1445221+02:00","MessageType":5,"Message":"Lane [10] as assigned to [Parallel 1]"}
{"RecordedAt":"2022-11-05T20:41:58.1445804+02:00","MessageType":5,"Message":"Lane [9] as assigned to [Parallel 2]"}
{"RecordedAt":"2022-11-05T20:41:58.1445836+02:00","MessageType":5,"Message":"Lane [8] as assigned to [Parallel 3]"}
{"RecordedAt":"2022-11-05T20:41:58.1447566+02:00","MessageType":5,"Message":"Lane [7] as assigned to [Parallel 1.1]"}
{"RecordedAt":"2022-11-05T20:41:58.1447588+02:00","MessageType":5,"Message":"Lane [6] as assigned to [Parallel 2.1]"}
{"RecordedAt":"2022-11-05T20:41:58.1447602+02:00","MessageType":5,"Message":"Lane [5] as assigned to [Parallel 3.1]"}
{"RecordedAt":"2022-11-05T20:42:00.3852472+02:00","MessageType":5,"Message":"Sequenced [Parallel 3.1] called for execution."}
{"RecordedAt":"2022-11-05T20:42:00.3852546+02:00","MessageType":5,"Message":"Sequenced [Parallel 2] called for execution."}
{"RecordedAt":"2022-11-05T20:42:00.3852547+02:00","MessageType":5,"Message":"Sequenced [Parallel 1] called for execution."}
{"RecordedAt":"2022-11-05T20:42:00.3852726+02:00","MessageType":5,"Message":"Sequenced [Parallel 2.1] called for execution."}
{"RecordedAt":"2022-11-05T20:42:00.3852768+02:00","MessageType":5,"Message":"Sequenced [Parallel 3] called for execution."}
{"RecordedAt":"2022-11-05T20:42:00.385442+02:00","MessageType":5,"Message":"Job [Parallel 2] was executed on lane [9]. Started: 11/5/2022 8:41:58 PM, Ended: 11/5/2022 8:42:00 PM, Duration: 00:00:02.0079354"}
{"RecordedAt":"2022-11-05T20:42:00.3855727+02:00","MessageType":5,"Message":"Job [Parallel 1] was executed on lane [10]. Started: 11/5/2022 8:41:58 PM, Ended: 11/5/2022 8:42:00 PM, Duration: 00:00:02.0079728"}
{"RecordedAt":"2022-11-05T20:42:00.3856681+02:00","MessageType":5,"Message":"Job [Parallel 3.1] was executed on lane [5]. Started: 11/5/2022 8:41:58 PM, Ended: 11/5/2022 8:42:00 PM, Duration: 00:00:02.0084814"}
{"RecordedAt":"2022-11-05T20:42:00.3856844+02:00","MessageType":5,"Message":"Job [Parallel 2.1] was executed on lane [6]. Started: 11/5/2022 8:41:58 PM, Ended: 11/5/2022 8:42:00 PM, Duration: 00:00:02.0079332"}
{"RecordedAt":"2022-11-05T20:42:00.3857071+02:00","MessageType":5,"Message":"Job [Parallel 3] was executed on lane [8]. Started: 11/5/2022 8:41:58 PM, Ended: 11/5/2022 8:42:00 PM, Duration: 00:00:02.0080272"}
{"RecordedAt":"2022-11-05T20:42:00.4329664+02:00","MessageType":5,"Message":"Sequenced [Parallel 1.1] called for execution."}
{"RecordedAt":"2022-11-05T20:42:00.433013+02:00","MessageType":5,"Message":"Job [Parallel 1.1] was executed on lane [7]. Started: 11/5/2022 8:41:58 PM, Ended: 11/5/2022 8:42:00 PM, Duration: 00:00:02.0087997"}
Product Compatible and additional computed target framework versions.
.NET net6.0 is compatible.  net6.0-android was computed.  net6.0-ios was computed.  net6.0-maccatalyst was computed.  net6.0-macos was computed.  net6.0-tvos was computed.  net6.0-windows was computed.  net7.0 was computed.  net7.0-android was computed.  net7.0-ios was computed.  net7.0-maccatalyst was computed.  net7.0-macos was computed.  net7.0-tvos was computed.  net7.0-windows was computed.  net8.0 was computed.  net8.0-android was computed.  net8.0-browser was computed.  net8.0-ios was computed.  net8.0-maccatalyst was computed.  net8.0-macos was computed.  net8.0-tvos was computed.  net8.0-windows was computed. 
Compatible target framework(s)
Included target framework(s) (in package)
Learn more about Target Frameworks and .NET Standard.

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Version Downloads Last updated
1.0.4 375 11/5/2022
1.0.3 340 11/4/2022
1.0.2 330 11/4/2022
1.0.1 340 11/4/2022
1.0.0 347 11/4/2022