using Core.Utils;
using Core.Utils.Cloners;
using UnitTests.Mock;

namespace UnitTests.Tests.Utils;

[TestClass]
public class HashUtilTests
{
	protected HashUtil _hashUtil = new(new RandomUtil(new MockLogger<RandomUtil>(), new JsonCloner(new JsonUtil())));
	
	[TestMethod]
	public void GenerateTest()
	{
		// Generate 100 MongoId's
		for (var i = 0; i < 100; i++)
		{
			// Invalid mongoId character
			var result = _hashUtil.Generate();
		
			// Invalid mongoId length
			var test = _hashUtil.IsValidMongoId(result);
		
			Assert.AreEqual(
				true, 
				test,
				$"IsValidMongoId() `{result}` is not a valid MongoId.");
		}
	}
	
	[TestMethod]
	public void IsValidMongoIdTest()
	{
		// Invalid mongoId character
		var ResultBadChar = _hashUtil.IsValidMongoId("677ddb67406e9918a0264bbz");
		
		Assert.AreEqual(
			false, 
			ResultBadChar,
			"IsValidMongoId() `677ddb67406e9918a0264bbz` contains invalid char `z`, but result was true");
		
		// Invalid mongoId length
		var resultBadLength = _hashUtil.IsValidMongoId("677ddb67406e9918a0264bbcc");
		
		Assert.AreEqual(
			false, 
			resultBadLength,
			"IsValidMongoId() `677ddb67406e9918a0264bbcc` is 25 characters, but result was true");
		
		// Valid mongoId
		var resultPass = _hashUtil.IsValidMongoId("677ddb67406e9918a0264bbc");
		
		Assert.AreEqual(
			true, 
			resultPass,
			"IsValidMongoId() `677ddb67406e9918a0264bbc` is a valid mongoId, but result was false");
	}
}