Class ProfileSelection

java.lang.Object
com.eqixiac.equinix.design.optimizer.wizard.model.ProfileSelection
public class ProfileSelection extends Object
How the wizard chose a service profile and a billable bandwidth for one provider connection - the bandwidth-aware selection made visible rather than hidden. It records the raw requirement, the tier the connection was stamped at (which may be rounded up from the requirement), and every candidate profile that could carry the bandwidth, so an interactive layer can confirm the round-up or prompt the user to pick a different covering profile.

Round-up is surfaced, never silent

When a requirement has no exact service-profile tier the wizard selects the smallest tier that satisfies it (3000 → 5000) rather than erroring - but rounding up increases the billed bandwidth, so it is recorded here (isRoundedUp(), roundedUpByMbps()) and rendered in the plan. A non-interactive caller still gets a valid plan (the smallest covering tier); an interactive caller can confirm the increase before provisioning.

Choice is exposed, with a valid default

getAlternatives() lists every covering candidate, the wizard's default first. When more than one candidate can carry the bandwidth (hasChoice()), the MCP layer may elicit a choice; either way getSelectedProfileUuid() / getSelectedSellerRegion() are the default the plan is built with, so the plan is always executable without interaction.

  • Constructor Summary

    Constructors
    Constructor
    Description
    ProfileSelection()
     

  • Method Summary

    Modifier and Type
    Method
    Description
    boolean
    hasChoice()
    Whether there is more than one covering candidate - a genuine decision point an interactive layer (the MCP server) can elicit, rather than a forced single choice.
    int
    roundedUpByMbps()
    How many Mbps the billed bandwidth was rounded up by, or 0 when no round-up occurred.

    Methods inherited from class Object

    clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

  • Constructor Details

    • ProfileSelection

      public ProfileSelection()

  • Method Details

    • hasChoice

      public boolean hasChoice()
      Whether there is more than one covering candidate - a genuine decision point an interactive layer (the MCP server) can elicit, rather than a forced single choice.
      Returns:
      true when at least two profiles cover the requested bandwidth

    • roundedUpByMbps

      public int roundedUpByMbps()
      How many Mbps the billed bandwidth was rounded up by, or 0 when no round-up occurred.
      Returns:
      selectedTierMbps - requestedMbps, floored at 0