Mark template function as success

SpeckleAutomateDotnetExample/AutomateFunction.cs

@@ -3,6 +3,16 @@ using Speckle.Automate.Sdk;
 using Speckle.Automate.Sdk.Schema;
 using Speckle.Core.Models;
 using Speckle.Core.Models.Extensions;
+using Speckle.Core.Models.GraphTraversal;
+
+namespace TestAutomateFunction;
+
+public enum SpeckleType
+{
+  Wall,
+  Window,
+  Roof,
+}
 
 public static class AutomateFunction
 {
@@ -13,35 +23,156 @@ public static class AutomateFunction
   {
     Console.WriteLine("Starting execution");
     _ = typeof(ObjectsKit).Assembly; // INFO: Force objects kit to initialize
-    var threshold = 0.15;
-    Console.WriteLine("Receiving version");
-    var commitObject = await automationContext.ReceiveVersion();
 
-    var values = commitObject
-      .Flatten()
-      .Where(b => b.speckle_type == "Objects.BuiltElements.Revit.RevitElement" && (string)b["category"]! == "Windows")
-      .Select(GetThermalResistance);
+    // 0- Get climate zone from function inputs
 
-    var failedObjectIds = values.Where(val => val.value > threshold).Select(v => v.id).ToList();
+    // 1- Receive version from automation context
 
-    if (failedObjectIds.Count > 0)
+    // 2- Flatten the objects in received root object
+
+    // 3- Get the objects we need
+
+    // 4- Check the compliance for given object types
+
+    // 5- Attach report to failed objects to be able to highlight them in viewer or Revit connector
+
+    // 6- Report the automation result as SUCCESS/FAIL
+    automationContext.MarkRunSuccess(
+      "We are going to fail successfully in a bit, don't worry!"
+    );
+  }
+
+  private static void AttachReportToFailedObjects(
+    AutomationContext automationContext,
+    IEnumerable<ObjectToCheck> failedObjects
+  )
+  {
+    foreach (var failedObject in failedObjects)
     {
-      automationContext.AttachResultToObjects(ObjectResultLevel.Error, "test", failedObjectIds);
-      automationContext.MarkRunFailed("FAILED");
+      var speckleTypeString = failedObject.SpeckleType.ToString();
+      string message = "";
+      if (failedObject.UValue == 0)
+      {
+        message =
+          $"{speckleTypeString} has no any material that have thermal properties.";
+      }
+      else
+      {
+        message =
+          $"{speckleTypeString} expected to have maximum {failedObject.ExpectedUValue} U-value but it is {failedObject.UValue}.";
+      }
+
+      automationContext.AttachResultToObjects(
+        ObjectResultLevel.Error,
+        speckleTypeString,
+        new[] { failedObject.Id },
+        message
+      );
+    }
+  }
+
+  private static void ReportStatus(
+    AutomationContext automationContext,
+    FunctionInputs functionInputs,
+    int numberOfWalls,
+    int numberOfFailedWalls,
+    int numberOfWindows,
+    int numberOfFailedWindows,
+    int numberOfRoofs,
+    int numberOfFailedRoofs
+  )
+  {
+    if (numberOfFailedWalls + numberOfFailedWindows + numberOfFailedRoofs > 0)
+    {
+      var message = "";
+      if (true) // TODO: Check the whether walls included or not from function inputs
+      {
+        message += "WALLS:\n";
+        if (numberOfWalls > 0)
+        {
+          message += $"{numberOfFailedWalls}/{numberOfWalls} wall(s) failed.\n";
+        }
+        else
+        {
+          message += "There are no walls\n\n";
+        }
+      }
+      if (true) // TODO: Check the whether windows included or not from function inputs
+      {
+        message += "WINDOWS:\n";
+        if (numberOfWindows > 0)
+        {
+          message += $"{numberOfFailedWindows}/{numberOfWindows} window(s) failed.\n";
+        }
+        else
+        {
+          message += "There are no windows\n\n";
+        }
+      }
+
+      if (true) // TODO: Check the whether roofs included or not from function inputs
+      {
+        message += "ROOFS:\n";
+        if (numberOfRoofs > 0)
+        {
+          message += $"{numberOfFailedRoofs}/{numberOfRoofs} roof(s) failed.\n";
+        }
+        else
+        {
+          message += "There are no roofs\n\n";
+        }
+      }
+      automationContext.MarkRunFailed(message);
     }
     else
     {
-      automationContext.MarkRunSuccess($"SUCCESS");
+      automationContext.MarkRunSuccess(
+        $"Your building is compliant with selected climate zone!"
+      );
     }
   }
 
-  private static (string id, double value) GetThermalResistance(Base obj)
+  private static double GetExpectedValue(
+    ClimateZone climateZone,
+    SpeckleType speckleType
+  )
   {
-    var properties = obj["properties"] as Dictionary<string, object>;
-    var typeParameters = properties!["Type Parameters"] as Dictionary<string, object>;
-    var analyticalProperties = typeParameters!["Analytical Properties"] as Dictionary<string, object>;
-    var thermalResistance = analyticalProperties!["Thermal Resistance (R)"] as Dictionary<string, object>;
-    var value = thermalResistance!["value"] is double ? (double)thermalResistance!["value"] : 0;
-    return (obj.id, value);
+    switch (speckleType)
+    {
+      case SpeckleType.Wall:
+        return UValues.Wall[climateZone];
+      case SpeckleType.Window:
+        return UValues.Window[climateZone];
+      case SpeckleType.Roof:
+        return UValues.Roof[climateZone];
+      default:
+        return 0;
+    }
+  }
+
+  private static IEnumerable<ObjectToCheck> CheckCompliance(
+    IEnumerable<Base> objects,
+    ClimateZone climateZone,
+    SpeckleType speckleType
+  )
+  {
+    var expectedValue = GetExpectedValue(climateZone, speckleType);
+    var objectsToCheck = objects.Select(o => new ObjectToCheck(
+      o,
+      expectedValue,
+      speckleType
+    ));
+    return objectsToCheck.Where(obj => obj.UValue > expectedValue || obj.UValue == 0);
+  }
+
+  private static ClimateZone GetClimateZone(string climateZoneString)
+  {
+    if (Enum.TryParse(climateZoneString, out ClimateZone climateZoneEnum))
+    {
+      return climateZoneEnum;
+    }
+
+    // Handle the case where the ClimateZone string is not a valid ClimateZones value
+    throw new ArgumentException($"Invalid ClimateZone: {climateZoneString}");
   }
 }

SpeckleAutomateDotnetExample/ClimateZone.cs

@@ -0,0 +1,143 @@
+namespace TestAutomateFunction;
+
+public enum ClimateZone
+{
+  // Tropical Climates
+  Af_TropicalRainforest,
+  Am_TropicalMonsoon,
+  Aw_TropicalSavanna,
+  As_TropicalSavanna,
+
+  // Dry Climates
+  BWh_HotDesert,
+  BWk_ColdDesert,
+  BSh_HotSemiArid,
+  BSk_ColdSemiArid,
+
+  // Temperate Climates
+  Cfa_HumidSubtropical,
+  Cfb_Oceanic,
+  Cfc_SubpolarOceanic,
+  Csa_MediterraneanHotSummer,
+  Csb_MediterraneanWarmSummer,
+  Csc_MediterraneanCoolSummer,
+
+  // Continental Climates
+  Dfa_HumidContinentalHotSummer,
+  Dfb_HumidContinentalMildSummer,
+  Dfc_Subarctic,
+  Dfd_SubarcticExtremeWinter,
+  Dsa_MediterraneanInfluenceSnowyWinter,
+  Dsb_MediterraneanInfluenceSnowyWinter,
+  Dsc_MediterraneanInfluenceSnowyWinter,
+  Dsd_MediterraneanInfluenceSnowyWinter,
+
+  // Polar Climates
+  ET_Tundra,
+  EF_IceCap,
+}
+
+public static class UValues
+{
+  public static Dictionary<ClimateZone, double> Window =>
+    new()
+    {
+      // Tropical Climates
+      { ClimateZone.Af_TropicalRainforest, 0.9 },
+      { ClimateZone.Am_TropicalMonsoon, 1.0 },
+      { ClimateZone.Aw_TropicalSavanna, 1.1 },
+      { ClimateZone.As_TropicalSavanna, 1.1 },
+      // Dry Climates
+      { ClimateZone.BWh_HotDesert, 1.0 },
+      { ClimateZone.BWk_ColdDesert, 1.2 },
+      { ClimateZone.BSh_HotSemiArid, 1.2 },
+      { ClimateZone.BSk_ColdSemiArid, 1.5 },
+      // Temperate Climates
+      { ClimateZone.Cfa_HumidSubtropical, 1.4 },
+      { ClimateZone.Cfb_Oceanic, 1.3 },
+      { ClimateZone.Cfc_SubpolarOceanic, 1.2 },
+      { ClimateZone.Csa_MediterraneanHotSummer, 1.51 },
+      { ClimateZone.Csb_MediterraneanWarmSummer, 1.4 },
+      { ClimateZone.Csc_MediterraneanCoolSummer, 1.3 },
+      // Continental Climates
+      { ClimateZone.Dfa_HumidContinentalHotSummer, 1.3 },
+      { ClimateZone.Dfb_HumidContinentalMildSummer, 1.2 },
+      { ClimateZone.Dfc_Subarctic, 0.7 },
+      { ClimateZone.Dfd_SubarcticExtremeWinter, 0.6 },
+      { ClimateZone.Dsa_MediterraneanInfluenceSnowyWinter, 1.2 },
+      { ClimateZone.Dsb_MediterraneanInfluenceSnowyWinter, 1.1 },
+      { ClimateZone.Dsc_MediterraneanInfluenceSnowyWinter, 0.9 },
+      { ClimateZone.Dsd_MediterraneanInfluenceSnowyWinter, 0.8 },
+      // Polar Climates
+      { ClimateZone.ET_Tundra, 0.5 },
+      { ClimateZone.EF_IceCap, 0.4 },
+    };
+
+  public static Dictionary<ClimateZone, double> Wall =>
+    new()
+    {
+      // Tropical Climates
+      { ClimateZone.Af_TropicalRainforest, 0.8 },
+      { ClimateZone.Am_TropicalMonsoon, 0.8 },
+      { ClimateZone.Aw_TropicalSavanna, 0.9 },
+      { ClimateZone.As_TropicalSavanna, 0.9 },
+      // Dry Climates
+      { ClimateZone.BWh_HotDesert, 0.7 },
+      { ClimateZone.BWk_ColdDesert, 0.9 },
+      { ClimateZone.BSh_HotSemiArid, 0.8 },
+      { ClimateZone.BSk_ColdSemiArid, 0.85 },
+      // Temperate Climates
+      { ClimateZone.Cfa_HumidSubtropical, 0.6 },
+      { ClimateZone.Cfb_Oceanic, 0.7 },
+      { ClimateZone.Cfc_SubpolarOceanic, 0.75 },
+      { ClimateZone.Csa_MediterraneanHotSummer, 0.55 },
+      { ClimateZone.Csb_MediterraneanWarmSummer, 0.65 },
+      { ClimateZone.Csc_MediterraneanCoolSummer, 0.7 },
+      // Continental Climates
+      { ClimateZone.Dfa_HumidContinentalHotSummer, 0.75 },
+      { ClimateZone.Dfb_HumidContinentalMildSummer, 0.8 },
+      { ClimateZone.Dfc_Subarctic, 0.5 },
+      { ClimateZone.Dfd_SubarcticExtremeWinter, 0.45 },
+      { ClimateZone.Dsa_MediterraneanInfluenceSnowyWinter, 0.7 },
+      { ClimateZone.Dsb_MediterraneanInfluenceSnowyWinter, 0.65 },
+      { ClimateZone.Dsc_MediterraneanInfluenceSnowyWinter, 0.55 },
+      { ClimateZone.Dsd_MediterraneanInfluenceSnowyWinter, 0.5 },
+      // Polar Climates
+      { ClimateZone.ET_Tundra, 0.3 },
+      { ClimateZone.EF_IceCap, 0.25 },
+    };
+
+  public static Dictionary<ClimateZone, double> Roof =>
+    new()
+    {
+      // Tropical Climates
+      { ClimateZone.Af_TropicalRainforest, 1.2 },
+      { ClimateZone.Am_TropicalMonsoon, 1.3 },
+      { ClimateZone.Aw_TropicalSavanna, 1.4 },
+      { ClimateZone.As_TropicalSavanna, 1.4 },
+      // Dry Climates
+      { ClimateZone.BWh_HotDesert, 1.1 },
+      { ClimateZone.BWk_ColdDesert, 1.3 },
+      { ClimateZone.BSh_HotSemiArid, 1.2 },
+      { ClimateZone.BSk_ColdSemiArid, 1.3 },
+      // Temperate Climates
+      { ClimateZone.Cfa_HumidSubtropical, 1.1 },
+      { ClimateZone.Cfb_Oceanic, 1.0 },
+      { ClimateZone.Cfc_SubpolarOceanic, 0.9 },
+      { ClimateZone.Csa_MediterraneanHotSummer, 1.2 },
+      { ClimateZone.Csb_MediterraneanWarmSummer, 1.1 },
+      { ClimateZone.Csc_MediterraneanCoolSummer, 1.0 },
+      // Continental Climates
+      { ClimateZone.Dfa_HumidContinentalHotSummer, 1.0 },
+      { ClimateZone.Dfb_HumidContinentalMildSummer, 0.9 },
+      { ClimateZone.Dfc_Subarctic, 0.6 },
+      { ClimateZone.Dfd_SubarcticExtremeWinter, 0.5 },
+      { ClimateZone.Dsa_MediterraneanInfluenceSnowyWinter, 0.9 },
+      { ClimateZone.Dsb_MediterraneanInfluenceSnowyWinter, 0.8 },
+      { ClimateZone.Dsc_MediterraneanInfluenceSnowyWinter, 0.7 },
+      { ClimateZone.Dsd_MediterraneanInfluenceSnowyWinter, 0.6 },
+      // Polar Climates
+      { ClimateZone.ET_Tundra, 0.4 },
+      { ClimateZone.EF_IceCap, 0.35 },
+    };
+}

SpeckleAutomateDotnetExample/FunctionInputs.cs

@@ -1,7 +1,8 @@
-using Speckle.Automate.Sdk.DataAnnotations;
 using System.ComponentModel;
 using System.ComponentModel.DataAnnotations;
 
+namespace TestAutomateFunction;
+
 /// <summary>
 /// This class describes the user specified variables that the function wants to work with.
 /// </summary>
@@ -9,24 +10,11 @@ using System.ComponentModel.DataAnnotations;
 /// are valid and match the required schema.
 public struct FunctionInputs
 {
-  /// <summary>
-  /// The object type to count instances of in the given model version.
-  /// </summary>
-  [Required]
-  public string SpeckleTypeToCount;
+  // 0- Create dropdown for available climate zones as "ClimateZones"
 
-  /// <summary>
-  /// The total number of the specified type expected.
-  /// </summary>
-  [DefaultValue(10)]
-  [Range(1, 100)]
-  [Required]
-  public int SpeckleTypeTargetCount;
+  // 1- Create toggle for whether including walls or not
 
-  /// <summary>
-  /// An arbitrary example of using a secret input value.
-  /// </summary>
-  [Required]
-  [Secret]
-  public string ExternalServiceKey;
+  // 2- Create toggle for whether including windows or not
+
+  // 3- Create toggle for whether including roofs or not
 }

SpeckleAutomateDotnetExample/ObjectToCheck.cs

@@ -0,0 +1,32 @@
+using Speckle.Core.Models;
+
+namespace TestAutomateFunction;
+
+public class ObjectToCheck
+{
+  public string Id { get; }
+  public double UValue { get; }
+  public double ExpectedUValue { get; }
+  public SpeckleType SpeckleType { get; }
+
+  public ObjectToCheck(Base obj, double expectedUValue, SpeckleType speckleType)
+  {
+    Id = obj.id;
+    ExpectedUValue = expectedUValue;
+    SpeckleType = speckleType;
+    var properties = obj["properties"] as Dictionary<string, object>;
+    if (properties is null)
+    {
+      UValue = 0;
+      return;
+    }
+    var typeParameters = properties!["Type Parameters"] as Dictionary<string, object>;
+    var analyticalProperties =
+      typeParameters!["Analytical Properties"] as Dictionary<string, object>;
+    var u =
+      analyticalProperties!["Heat Transfer Coefficient (U)"]
+      as Dictionary<string, object>;
+    var value = u!["value"] is double ? (double)u!["value"] : 0;
+    UValue = value;
+  }
+}

SpeckleAutomateDotnetExample/Program.cs

@@ -1,4 +1,5 @@
 using Speckle.Automate.Sdk;
+using TestAutomateFunction;
 
 // WARNING do not delete this call, this is the actual execution of your function
 return await AutomationRunner

SpeckleAutomateDotnetExample/SpeckleTypeUtilities.cs

@@ -0,0 +1,50 @@
+using Speckle.Core.Models;
+using Speckle.Core.Models.GraphTraversal;
+
+namespace TestAutomateFunction;
+
+public class SpeckleTypeUtilities
+{
+  public static IEnumerable<Base> GetByType(
+    IEnumerable<Base> objects,
+    SpeckleType speckleType
+  )
+  {
+    return objects.Where(b =>
+      b.speckle_type == SpeckleTypes[speckleType]
+      && (string)b["category"]! == SpeckleCategories[speckleType]
+    );
+  }
+
+  public static IEnumerable<Base> GetByType<T>(Base root)
+    where T : Base
+  {
+    var traversal = new GraphTraversal();
+    return traversal
+      .Traverse(root)
+      .Where(obj => obj.Current is T)
+      .Select(obj => obj.Current);
+  }
+
+  private static readonly Dictionary<SpeckleType, string> SpeckleTypes =
+    new()
+    {
+      {
+        SpeckleType.Wall,
+        "Objects.BuiltElements.Wall:Objects.BuiltElements.Revit.RevitWall"
+      },
+      { SpeckleType.Window, "Objects.BuiltElements.Revit.RevitElement" },
+      {
+        SpeckleType.Roof,
+        "Objects.BuiltElements.Roof:Objects.BuiltElements.Revit.RevitRoof.RevitRoof:Objects.BuiltElements.Revit.RevitRoof.RevitExtrusionRoof"
+      },
+    };
+
+  private static readonly Dictionary<SpeckleType, string> SpeckleCategories =
+    new()
+    {
+      { SpeckleType.Wall, "Walls" },
+      { SpeckleType.Window, "Windows" },
+      { SpeckleType.Roof, "Roofs" },
+    };
+}

TestAutomateFunction/AutomationContextTest.cs

@@ -1,14 +1,13 @@
-namespace TestAutomateFunction;
-
 using Speckle.Automate.Sdk;
 using Speckle.Automate.Sdk.Test;
 using Speckle.Core.Api;
 using Speckle.Core.Credentials;
 
+namespace TestAutomateFunction;
+
 [TestFixture]
 public sealed class AutomationContextTest : IDisposable
 {
-
   private Client client;
   private Account account;
 
@@ -18,7 +17,10 @@ public sealed class AutomationContextTest : IDisposable
     account = new Account
     {
       token = TestAutomateEnvironment.GetSpeckleToken(),
-      serverInfo = new ServerInfo { url = TestAutomateEnvironment.GetSpeckleServerUrl().ToString() }
+      serverInfo = new ServerInfo
+      {
+        url = TestAutomateEnvironment.GetSpeckleServerUrl().ToString(),
+      },
     };
     client = new Client(account);
   }
@@ -28,8 +30,7 @@ public sealed class AutomationContextTest : IDisposable
   {
     var inputs = new FunctionInputs
     {
-      SpeckleTypeToCount = "Base",
-      SpeckleTypeTargetCount = 1
+      // TODO: Define test inputs
     };
 
     var automationRunData = await TestAutomateUtils.CreateTestRun(client);