/// <summary>
/// Adjusts a FaceIJK address in place so that the resulting cell address is
/// relative to the correct icosahedral face.
/// </summary>
/// <param name="fijk">The FaceIJK address of the cell.</param>
/// <param name="res">The H3 resolution of the cell.</param>
/// <param name="pentLeading4">Whether or not the cell is a pentagon with a leading figit 4</param>
/// <param name="substrate">Whether or not the cell is in a substrate grid.</param>
/// <returns>
/// Tuple
/// Item1: <see cref="Overage"/>
/// Item2: Adjusted <see cref="FaceIjk"/>
/// </returns>
/// <!--
/// faceijk.c
/// Overage _adjustOverageClassII
/// -->
public static (Overage, FaceIjk) AdjustOverageClassIi(
this FaceIjk fijk, int res, int pentLeading4, int substrate
)
{
Overage overage = Overage.NO_OVERAGE;
var ijk = fijk.Coord;
// get the maximum dimension value; scale if a substrate grid
int maxDim = Constants.FaceIjk.MaxDimByCiiRes[res];
if (substrate != 0)
{
maxDim *= 3;
}
// check for overage
if (substrate != 0 && ijk.Sum() == maxDim) // on edge
{
overage = Overage.FACE_EDGE;
}
else if (ijk.Sum() > maxDim) // overage
{
overage = Overage.NEW_FACE;
FaceOrientIjk fijkOrient;
if (ijk.K > 0)
{
if (ijk.J > 0) // jk "quadrant"
{
fijkOrient = Constants.FaceIjk.FaceNeighbors[fijk.Face, Constants.FaceIjk.JK];
}
else // ik "quadrant"
{
fijkOrient = Constants.FaceIjk.FaceNeighbors[fijk.Face, Constants.FaceIjk.KI];
// adjust for the pentagonal missing sequence
if (pentLeading4 != 0)
{
// translate origin to center of pentagon
var origin = new CoordIjk(maxDim, 0, 0);
var tmp = ijk - origin;
// rotate to adjust for the missing sequence
tmp = tmp.Rotate60Clockwise();
// translate the origin back to the center of the triangle
ijk = tmp + origin;
}
}
}
else // ij "quadrant"
{
fijkOrient = Constants.FaceIjk.FaceNeighbors[fijk.Face, Constants.FaceIjk.IJ];
}
fijk = fijk.ReplaceFace(fijkOrient.Face);
// rotate and translate for adjacent face
for (int i = 0; i < fijkOrient.Ccw60Rotations; i++)
{
ijk = ijk.Rotate60CounterClockwise();
}
var transVec = fijkOrient.Translate;
int unitScale = Constants.FaceIjk.UnitScaleByCiiRes[res];
if (substrate != 0)
{
unitScale *= 3;
}
transVec *= unitScale;
ijk += transVec;
ijk = ijk.Normalized();
// overage points on pentagon boundaries can end up on edges
if (substrate != 0 && ijk.Sum() == maxDim) // on edge
{
overage = Overage.FACE_EDGE;
}
}
fijk = fijk.ReplaceCoord(ijk);
return(overage, fijk);
}
/// <summary>
/// Executes the scenario.
/// </summary>
protected override void RunScenario()
{
var partnerOperations = this.Context.UserPartnerOperations;
string customerId = this.ObtainCustomerId();
this.Context.ConsoleHelper.StartProgress("Getting subscription overage");
var overage = partnerOperations.Customers.ById(customerId).Subscriptions.Overage.Get();
this.Context.ConsoleHelper.StopProgress();
this.Context.ConsoleHelper.WriteObject(overage, "Existing overage");
this.Context.ConsoleHelper.StartProgress("Getting subscription");
var subscriptions = partnerOperations.Customers.ById(customerId).Subscriptions.Get();
if (!subscriptions.Items.Any(sub => sub.ConsumptionType == "overage"))
{
this.Context.ConsoleHelper.Error("No overage eligible subscription found for the customer");
return;
}
this.Context.ConsoleHelper.StopProgress();
string azureEntitlementIdForOverage = null;
string partnerId = null;
var modernAzureSubscription = subscriptions.Items.FirstOrDefault(sub => sub.BillingType == BillingType.Usage && !sub.OfferId.StartsWith("MS-AZR"));
if (modernAzureSubscription == null)
{
this.Context.ConsoleHelper.WriteColored("Customer doesn't have modern Azure plan, a new Azure plan will be purchased.", ConsoleColor.Yellow);
}
else
{
this.Context.ConsoleHelper.WriteColored($"Modern Azure Subscription Id: {modernAzureSubscription.Id}", ConsoleColor.Yellow);
this.Context.ConsoleHelper.StartProgress("Retrieving Azure plan entitlements");
var azureEntitlments = partnerOperations.Customers.ById(customerId).Subscriptions.ById(modernAzureSubscription.Id).GetAzurePlanSubscriptionEntitlements();
this.Context.ConsoleHelper.StopProgress();
this.Context.ConsoleHelper.WriteObject(azureEntitlments, "Azure plan entitlements");
var azureEntitlementForOverage = azureEntitlments.Items.FirstOrDefault(e => e.FriendlyName == "Subscription 1");
azureEntitlementIdForOverage = azureEntitlementForOverage?.Id;
if (azureEntitlementIdForOverage == null)
{
this.Context.ConsoleHelper.WriteColored("No existing modern Azure plan entitlement found, a new azure entitlement will be created.", ConsoleColor.Yellow);
}
else
{
azureEntitlementIdForOverage = this.Context.ConsoleHelper.ReadOptionalString(
$"Enter Azure entitlement Id for overage (Leaving empty will consider 'Subscription 1' entitlement if exists or else it will create new)");
partnerId = this.Context.ConsoleHelper.ReadOptionalString($"Enter Reseller partnerId (Mpn Id) for overage if a reseller is associated with the azure plan");
}
}
this.Context.ConsoleHelper.StartProgress("Updating overage");
var overagePayload = new Overage
{
AzureEntitlementId = azureEntitlementIdForOverage,
OverageEnabled = true,
PartnerId = partnerId,
};
var updatedOverage = partnerOperations.Customers.ById(customerId).Subscriptions.Overage.Put(overagePayload);
this.Context.ConsoleHelper.StopProgress();
this.Context.ConsoleHelper.StartProgress("Retrieving overage");
var newOverage = partnerOperations.Customers.ById(customerId).Subscriptions.Overage.Get();
this.Context.ConsoleHelper.StopProgress();
this.Context.ConsoleHelper.WriteObject(newOverage, "Newly retrieved overage");
var newPhoneOverage = newOverage.Items.FirstOrDefault(o => o.Type == "PhoneServices");
if (!string.Equals(updatedOverage.AzureEntitlementId, newPhoneOverage?.AzureEntitlementId))
{
this.Context.ConsoleHelper.WriteColored("The Overage update process hasn't completed yet.", ConsoleColor.Yellow);
}
}
