Mythosia 1.1.4

Mythosia

This project supports custom functions that are not directly provided by .NET as extension methods so that they can be conveniently used within the project. <br/> The extensions supported by this project include the following. <br/>

String

using Mythosia;

var data = "12345".ToDefaultArray(); // Equal with Encoding.Default.GetBytes("12345");
var data = "12345".ToASCIIArray(); // Equal with Encoding.ASCII.GetBytes("12345");
var data = "12345".ToUTF8Array(); // Equal with Encoding.UTF8.GetBytes("12345");
var data = "12345".ToUTF32Array(); // Equal with Encoding.UTF32.GetBytes("12345");

var data = "=".Repeat(10); // data is "=========="

Numeric (sbyte, byte, short, ushort, int, uint, float, double)

using Mythosia;

var result = 56.IsInRange(0, 100);  // result is true 
var result = 56.IsInRange(0, 30);   // result is false

// see https://m.blog.naver.com/alluck/220931066035
var data = 56000000.ToSIPrefix();   // data is "56 M"  (find the unit that can present the best simple)
var data = 56000000.ToSIPrefix(SIPrefixUnit.Kilo); // data is "56000 k"
var data = 56000000.ToSIPrefix(SIPrefixUnit.Giga, 5); // data is "0.056 G"  (the second param means the maximum number of digits after decimal point)

var data = 1.4235123.ToSIPrefix();  // data is "1.42"  (find the unit that can present the best simple)
var data = 1.4235123.ToSIPrefix(SIPrefixUnit.Mili);  // data is "1423.51 m"
var data = 1.4235123.ToSIPrefix(SIPrefixUnit.Mili, 5);  // data is "1423.5123 m" 
var data = 1.4235123.ToSIPrefix(SIPrefixUnit.Micro);  // data is "1423512.3 u"

var data = 423.42031.HostToNetworkEndian();	// change endian (host to big)
var data = 234.52.ToByteArray();	// Equal with BitConverter.GetBytes(234.52);

Enumerable (included ConcurrentBag)

using Mythosia;

new List<byte> test = new List<byte>(){0xff, 0xab, 0x01, 0x00, 0xee};
var result = test.ToUnPrefixedHexString();			// result is "ff ab 01 00 ee"
var result = test.ToPrefixedHexString();			// result is "0xffab0100ee"
var result = test.ToEncodedString(Encoding.GetEncoding("ISO-8859-1"));		// convert string as "ISO-8859-1" format
var result = test.ToASCIIString();	// equal with Encoding.ASCII.GetString(test.ToArray(), 0, test.Count());

var result = test.IndexOf(new List(){ 0xab, 0x01 });	// return the index that subsequence is finded.
test.AddExceptNull(item);					// add item if item is not null

new List<byte> newItems = new List<bye>(){ 0x01, 0x02 };
test.AddRangeParallel(newItems);    // add items as parallel

Delegate

using Mythosia;

// If you have a function that success or fails according to condition as below.
bool WireConnect()
{
    // Check whether the wire is connected
    // If connected to wire return true else false.
}


// Here you may want to call the function to repeat to specified timeout.
// Then you can solute just by calling the function "Retry" as below. 
void Test()
{
    var func = WireConnect;             // you need c# 10.0
    bool result = func.Retry(30000);      // Call WireConnect function to repeat while a maximum of 30,000 ms (the 30s) or until success

    if(result) Console.WriteLine("Success");
    else Console.WriteLine("Failed");
}

Stream

using Mythosia;

[StructLayout(LayoutKind.Sequential, Pack = 1)]
public class TestMarshalClass
{
    public int a;
    public int b;
}

TestMarshalClass test = new();

var serializeData = test.SerializeUsingMarshal();   // Serialize
test.DeSerializeUsingMarshal(serializeData);    // Deserialize to test

Enum

using Mythosia;

public enum CarBrand
{
    [Description("Mercedes")] Benz = 0,
    [Description("Bayerische Motoren Werke AG")] BMW,
}

CarBrand test = CarBrand.Benz;
var value = test.ToDescription();   // value is "Mercedes"
var enum = value.GetEnumFromDescription<CarBrand>();   // enum is CarBrand.Benz

int carBrand = 1;
var enum = carBrand.ToEnum<CarBrand>();   // enum is CarBrand.BMW

DataStruct

using Mythosia;
using Mythosia.Collections;

CircularQueue<byte> testQ = new (3);    // create circular queue with max size is 3

testQ.Enqueue(10);  // 10
testQ.Enqueue(5);   // 10 5
testQ.Enqueue(26);   // 10 5 26
testQ.Enqueue(16);   // 16 5 26


// if you want to use a thread-safe circular queue, 
// all you have to do is create a circular queue with the true parameter as below.

CircularQueue<byte> testQ = new (3, true);  // create thread-safe circular queue