Write a New Step within the Krunch Pipeline Data Stream

// In the created project used to create the step code, open, or create the class file.
// Ensure that the following libraries (at a minimum) are referenced at the top of the file.
using System;
using OASySDNA.RealTime.ExecutionPipelines.KrunchCommon.Context;
using OASySDNA.RealTime.ExecutionPipelines.KrunchDataStream.Steps.Common;
// Ensure that the namespace is for a KrunchDataStream step, and the appropriate RealTime table.
namespace OASySDNA.RealTime.ExecutionPipelines.KrunchDataStream.Steps.Analog
{
    // Name the class to the name of your step, inheriting from IStep.
    public sealed class MyNewStep : IStep
    {
        // Set the Name member of the IStepInterface to the name of your step.
        public String Name { get; } = "MyNewStep";
        // Set the ExecutionRequired member of the IStep Interface.
        public Boolean ExecutionRequired { get; } = false;
        // Create the step method, with IStepContext and ICachedSettings
        // as parameters, and returning an IStepContext.
        /// <param name="stepContext">Context for krunching that contains information passed between steps.</param>
        /// <param name="cachedSettings">Cached configurations from RealTime JSON files.</param>
        /// <returns>The stepContext that has been updated by the step.</returns>
        public IStepContext Execute(IStepContext stepContext, ICachedSettings cachedSettings)
        {
            // Initialize return parameters and local stepContext variables that access the krunch context parameters.
            Exception resultException = null;
            var resultState = true;
            var context = stepContext as KrunchContext;
            var commonParameters = context.CommonParameters as CommonKrunchDataStreamParameters;
            var additionalParameters = context.AdditionalParameters;
            var setRecord = context.CommonParameters.SetRecord;
            try
            {
                 // Create the code within the step as desired.
                 DoStepCode();
            }
            catch (Exception exp)
            {
                // Catch exceptions and gracefully perform error handling.
                // Set the resultState to false and save a copy of the exception.
                resultException = exp;
                resultState = false;
            }
            // Provide a StepResult to the context with the resultState of success/failure and the resultException (if it exists).
            context.StepResults.Add(new StepResult(Name, resultState, resultException));
            // Return the updated step context that contains success/failure of our step.
            return context;
        }
    }
}