// =============================================================================
// DEE Action: ASA_Scenario5_ValidateCalibrationResult
// Scenario:   5 — Custom DEE Action at Every Stage
// Stage:      Post-Action Validation
//
// Purpose:
//   After ASA_Scenario5_ExecuteStationRecalibration has run, query the QMS to
//   verify that the target baking station passed its post-calibration acceptance
//   tests. The QMS is the system of record — MES does not perform the check.
//   If the QMS reports the station failed or the result is not yet available,
//   return false so the task is marked ValidationFailed.
//
//   Note: a ValidationFailed outcome does NOT undo the recalibration — the
//   action already ran. Investigate via the task's LastError field.
//
// Simulation:
//   The calibration acceptance result for each station is controlled by a
//   per-resource MES Configuration Entry, toggled independently from the MES UI:
//
//     Path : /Cmf/Tutorials/AutomationScheduleAction/Scenario5/CalibrationPassed/{resourceName}
//     Type : Boolean
//     Value: true  → acceptance tests passed → ProcessedSuccess
//            false → tests failed or pending  → ValidationFailed
//
//   Example entries for the tutorial resources:
//     /Cmf/Tutorials/AutomationScheduleAction/Scenario5/CalibrationPassed/ASA Baker-01
//     /Cmf/Tutorials/AutomationScheduleAction/Scenario5/CalibrationPassed/ASA Baker-02
//
//   Set Baker-01 to false after the action runs to demonstrate a ValidationFailed
//   outcome where the action completed but the acceptance test did not pass.
//
// DEE Contract:
//   Input  - Task : AutomationScheduledActionTask  (includes target entity via EntityName)
//   Output - Result : Boolean  (true = calibration passed, false = failed or pending)
//
// Fail-closed: any exception or missing config is treated as false.
// =============================================================================

using Cmf.Foundation.BusinessOrchestration.Abstractions;
using Cmf.Foundation.BusinessOrchestration.ConfigurationManagement.InputObjects;
using Cmf.Foundation.Common.Abstractions;
using Cmf.Foundation.Configuration.Abstractions;
using Microsoft.Extensions.DependencyInjection;
using System;
using System.Collections.Generic;

namespace Cmf.Custom.Tutorials.AutomationScheduleAction.Actions
{
    public class ASA_Scenario5_ValidateCalibrationResult : DeeDevBase
    {
        public override bool DeeTestCondition(Dictionary<string, object> Input)
        {
            //---Start DEE Condition Code---

            return true;

            //---End DEE Condition Code---
        }

        public override Dictionary<string, object> DeeActionCode(Dictionary<string, object> Input)
        {
            //---Start DEE Code---

            UseReference("", "Cmf.Foundation.BusinessOrchestration.Abstractions");
            UseReference("", "Cmf.Foundation.BusinessOrchestration.ConfigurationManagement");
            UseReference("", "Cmf.Foundation.BusinessOrchestration.ConfigurationManagement.InputObjects");

            IServiceProvider _svcProvider = Input["ServiceProvider"] as IServiceProvider;
            IEntityFactory _entFactory = _svcProvider.GetService<IEntityFactory>();

            //INPUT: Automation Scheduled Action Task
             var task = Input["Task"] as IAutomationScheduledActionTask;
             string resourceName = task?.EntityName ?? string.Empty;

            // In production this is where the QMS result query would go
            // For simulation, we just read the config value to determine if the calibration passed
            const string configParentPath = "/Cmf/Tutorials/AutomationScheduleAction/Scenario5/CalibrationPassed";
            string configPath = $"{configParentPath}/{resourceName}";

            IConfig calibConfig = _entFactory.Create<IConfig>();
            if (!calibConfig.TryLoad(configPath))
            {
                // Default to false if config is missing, which results in ValidationFailed, except for resources named Baker-01
                var calibrationPassed = resourceName.Contains("Baker-01", StringComparison.OrdinalIgnoreCase);

                calibConfig.Name = resourceName;
                calibConfig.ValueType = "System.Boolean";
                calibConfig.Value = calibrationPassed;
                calibConfig.Create(configParentPath);
            }

            bool passed = calibConfig.GetConfigValue<bool>();

            //OUTPUT: Boolean - true if calibration passed, otherwise false to indicate that something will need to be investigated
            Input["Result"] = passed;

            //---End DEE Code---
            return Input;
        }
    }
}