tbf/GenesisCordonelInterface/docs/articles/API/PublicModels.md

InterfaceOutsideToGCI

High-Level Overview

Purpose

Public API facade for external applications.

Architecture

External App ↓ InterfaceOutsideToGCI ↓ InterfaceGCIToLaatzen ↓ Meter

Purpose

InterfaceOutsideToGCI is the public-facing API entry point of Genesis Cordonel Interface (GCI).

The class exposes a simplified and controlled interface intended for external applications while hiding internal implementation details.

Responsibilities:

• input validation
• public API exposure
• request model mapping
• forwarding calls into internal GCI services
• status notifications
• preadjustment workflow access

---

Architecture Position

External Application
        ↓
InterfaceOutsideToGCI
        ↓
InterfaceGCIToLaatzen
        ↓
ApiWorker
        ↓
MeterBatch
        ↓
GenesisMeter

This layer intentionally acts as a facade and should contain minimal business logic.

---

Design Goals

The API layer exists to:

• expose stable external contracts
• isolate external consumers from internal changes
• centralize validation
• simplify integration
• hide internal meter implementation details

---

Request Flow

Typical operation flow:

External caller
        ↓
parameter validation
        ↓
model mapping
        ↓
InterfaceGCIToLaatzen
        ↓
worker execution
        ↓
meter communication

---

Slot Management

Supports:

• slot initialization
• slot update
• slot cleanup
• slot information retrieval

Methods:

• InitSlotAsync()
• UpdateSlotAsync()
• GetSlotAsync()
• GetAllSlotsAsync()
• CleanSlotAsync()
• CleanAllSlotsAsync()

---

Port Detection

Supports automatic communication port detection.

Available operations:

DetectRequestPortAsync()

Attempts PCB communication through request channel.

DetectStreamingPortAsync()

Attempts streaming communication detection.

Purpose:

• automatic setup
• communication diagnostics
• hardware discovery

---

Meter Lifecycle

Supported lifecycle operations:

Initialize
      ↓
Login
      ↓
Connect
      ↓
Read/Write
      ↓
Disconnect
      ↓
Clean

Methods:

• LoginOneSlotAsync()
• ConnectOneSlotAsync()
• DisconnectAsync()

---

Register Access

Provides firmware register access.

ReadRegisterAsync()

Reads register values from meter firmware.

WriteRegisterAsync()

Writes register values.

Optional behavior:

• storeToDevice
• refreshSystemState

---

Password Management

Supports runtime password changes.

Methods:

• SetPasswordAsync()
• SetMeterPasswordAsync()

Validation:

• slot id required
• password cannot be empty

---

PCB Operations

Supports meter PCB identification.

Methods:

• GetPcbIdAsync()

Purpose:

• hardware identification
• diagnostics
• meter pairing

---

Debug Support

Provides runtime diagnostics.

Methods:

• GetWorkerDebugStatuses()
• GetMeterBatchDebugStatuses()

Exposes:

• worker queues
• activity states
• slot status
• connection state

---

Slot Selection Support

Supports selection state management.

Methods:

• SetSlotSelected()
• IsSlotSelected()
• GetSelectedSlots()

Purpose:

Used by UI and batch operations.

---

Meter Batch Notifications

Event:

MeterBatchStatusChanged

Purpose:

Notify external consumers whenever meter batch state changes.

Typical usage:

api.MeterBatchStatusChanged += UpdateUi;

---

PreAdjustment Support

Exposes standalone preadjustment workflow execution.

Supported processes:

• Detect
• Preparation
• Amplitude Test
• Temperature Calibration
• Offset Test
• Completion

Execution flow:

Detect
   ↓
Preparation
   ↓
Amplitude Test
   ↓
Temperature Calibration
   ↓
Offset Test
   ↓
Completion

---

Threading

Public operations are asynchronous.

Pattern:

await api.ConnectOneSlotAsync(slot);

Internally:

API
 ↓
InterfaceGCIToLaatzen
 ↓
ApiWorker
 ↓
slot-specific execution

This prevents concurrent access conflicts.

---

Notes

Important constraints:

• API should not contain business logic
• validation belongs here
• execution belongs to internal GCI
• external applications should use this layer only