.gitignore

@@ -1,2 +1,3 @@
 
-.DS_Store
+.DS_Store
+/ESPMegaPRO-OS-SDK

ESPMegaPRO-OS-SDK/lib/ESPMegaPRO/CLAUDE.md

@@ -1,183 +0,0 @@
-# CLAUDE.md
-
-This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.
-
-## Project Overview
-
-This is the ESPMegaPRO library - a comprehensive Arduino/PlatformIO library for the ESPMegaPRO industrial automation board. The library provides both procedural (legacy) and object-oriented interfaces for interfacing with the ESP32-based ESPMegaPRO hardware platform.
-
-## Architecture
-
-### Core Components
-
-**ESPMegaPRO.h**: Legacy procedural interface for basic board functions (digital I/O, analog I/O, RTC, PWM)
-
-**ESPMegaProOS.hpp**: Modern OOP interface - main class that manages the entire system including:
-- Built-in Digital Input Card (slot 0)
-- Built-in Digital Output Card (slot 1) 
-- Expansion card management (255 slots)
-- IoT module integration
-- Internal display management
-- Web server functionality
-- Recovery mode
-
-### Expansion Card System
-
-The library uses a modular expansion card architecture:
-
-**ExpansionCard.hpp**: Base abstract class for all expansion cards
-- All cards inherit from this class
-- Defines standard interface: `begin()`, `loop()`, `getType()`
-
-**Available Card Types**:
-- `DigitalInputCard`: 16-channel digital input with debouncing and callbacks
-- `DigitalOutputCard`: 16-channel PWM/digital output with FRAM persistence
-- `AnalogCard`: 8-channel ADC input + 4-channel DAC output (MCP4725)
-- `ClimateCard`: IR-controlled AC + DHT/DS18B20 sensors
-- `CurrentTransformerCard`: AC current monitoring
-
-### Protocol Support
-- **RTU Classes**: ModbusTCP/RTU support for industrial protocols
-- **IR Communication**: Climate card supports IR AC control
-- **Web Interface**: AsyncWebServer for configuration
-- **OTA Updates**: Built-in firmware update capability
-
-### IoT Integration
-
-**IoTComponent.hpp**: Base class for MQTT-enabled card interfaces
-- Provides MQTT publish/subscribe helpers
-- Each expansion card can have a corresponding IoT component
-- Pattern: `{CardName}IoT` classes (e.g., `DigitalInputIoT`, `AnalogIoT`)
-
-**ESPMegaIoT**: Main IoT management class handling WiFi and MQTT connectivity
-
-### Display & Interface
-
-**InternalDisplay**: Nextion display interface for boards with built-in displays
-**ESPMegaWebServer**: HTTP server for web-based configuration
-**ESPMegaRecovery**: Bootloop recovery system
-**SmartVariable/RemoteVariable**: MQTT-enabled configuration variables
-
-## File Naming Conventions
-- Card classes: `{Name}Card.hpp/.cpp`
-- IoT components: `{Name}IoT.hpp/.cpp` 
-- RTU components: `{Name}RTU.hpp/.cpp`
-- Display classes: `ESPMegaDisplay`, `InternalDisplay`
-- Utility classes: `SmartVariable`, `RemoteVariable`
-
-## Development Workflow
-
-### File Structure
-- `*.hpp`: Header files with class definitions
-- `*.cpp`: Implementation files
-- `html/`: Web interface templates
-- `*_html.h`: Compiled HTML resources
-
-### Key Constants
-- I2C addresses defined in headers (0x21, 0x22, 0x5F, etc.)
-- Card type constants (CARD_TYPE_DIGITAL_INPUT = 0x01, etc.)
-- Hardware pin mappings and interrupt pins
-- Default debounce time: 50ms for digital inputs
-- PWM range: 0-4095 (12-bit)
-- FRAM addresses: 0-1000 reserved for internal use
-
-### Special Files
-- `ESPMegaCommon.hpp`: Shared constants and typedefs
-- `TimeStructure.hpp`: Time-related structures
-- `html/*.html`: Web interface templates
-- `*_html.h`: Compiled HTML as C arrays
-- `all_html.h`: Combined HTML resources
-
-### Memory Management
-- Uses FRAM (0x56) for persistent storage
-- Built-in RTC (0x68) for timekeeping
-- NTP synchronization support
-
-## Development Guidelines
-
-### Adding New Cards
-1. Inherit from `ExpansionCard` 
-2. Implement required virtual methods
-3. Define unique card type constant
-4. Create corresponding `IoTComponent` if MQTT support needed
-
-### Working with I2C
-- Multiple I2C devices with fixed addresses
-- Cards typically use PCF8574 GPIO expanders
-- Analog cards use ADS1X15 ADCs and MCP4725 DACs
-- Wire.begin(14, 33) - specific SDA/SCL pins for ESPMegaPRO
-
-### Callback System
-- Digital inputs support callback registration with debouncing
-- Use `std::function<void(uint8_t, bool)>` for pin change callbacks
-- Output cards use `std::function<void(uint8_t, bool, uint16_t)>` for state/value changes
-- Analog cards use `std::function<void(uint8_t, bool, uint16_t)>` for DAC changes
-
-### Card Installation Pattern
-```cpp
-ESPMegaPRO megapro;
-megapro.installCard(slot, &card); // Automatically calls card.begin()
-```
-
-### FRAM Usage Pattern
-```cpp
-card.bindFRAM(&fram, baseAddress);
-card.setAutoSaveToFRAM(true);
-card.loadFromFRAM(); // Restore state on boot
-```
-
-### IoT Component Pattern
-```cpp
-DigitalInputCard card;
-DigitalInputIoT cardIoT;
-cardIoT.begin(cardId, &card, &mqtt, baseTopic);
-```
-
-## Key Implementation Patterns
-
-### Memory Management
-- **FRAM Integration**: Persistent storage using I2C FRAM (address 0x56)
-  - Cards can bind to FRAM with `bindFRAM(fram, address)`
-  - Auto-save functionality for state persistence
-  - Memory layout reservations (0-1000 for ESPMegaPRO internal use)
-
-### Callback Architecture
-- **std::function**: Extensive use of C++ std::function for callbacks
-- **std::map**: Callback storage using maps with handler IDs
-- **Pin Change Detection**: Debounced input handling with configurable timing
-- **Change Notifications**: State change callbacks for outputs/DACs
-
-### Pin Mapping System
-- **Virtual Pin Maps**: Configurable pin mapping between logical and physical pins
-- **Dual Arrays**: `pinMap[16]` (virtual→physical) and `virtualPinMap[16]` (physical→virtual)
-- **Flexible Addressing**: Support both I2C addresses and DIP switch configurations
-
-### Error Handling & Logging
-- **ESP_LOG**: Consistent ESP-IDF logging throughout (LOGD, LOGE, LOGV, LOGI)
-- **Initialization Checking**: Cards track `initOk` status and validate before operations
-- **Graceful Degradation**: Failed card initialization doesn't crash the system
-
-### MQTT/IoT Integration
-- **Topic Structure**: `{base_topic}/{card_id}/{subtopic}` hierarchy
-- **Relative Publishing**: Helper functions for topic construction
-- **State Requests**: Global `/requeststate` and `/requestinfo` endpoints
-- **Component Registration**: Cards register IoT components for MQTT handling
-
-### Thread Safety
-- **Mutex Protection**: Serial communication protected with mutexes
-- **IRAM Functions**: Interrupt handlers marked with `IRAM_ATTR`
-- **Buffer Management**: Circular buffers for serial communication
-
-### Hardware Abstraction
-- **I2C Multiplexing**: Multiple devices on shared I2C bus
-- **PWM Management**: Adafruit PWM driver for outputs with push-pull configuration
-- **ADC/DAC**: Multi-channel analog I/O via dedicated ICs
-- **RTC Integration**: DS1307 RTC with NTP synchronization
-
-### Development Conventions
-- **Doxygen Documentation**: Comprehensive function documentation
-- **Namespace Prefixes**: `ESPMega_` for procedural, class names for OOP
-- **Header Guards**: `#pragma once` used consistently
-- **File Organization**: Separate `.hpp/.cpp` pairs for each major component
-
-This is a pure library with no build system - it's designed to be included in Arduino/PlatformIO projects as a dependency.

ESPMegaPRO-OS-SDK/lib/ESPMegaPRO/ESPMegaCommon.hpp

@@ -1,3 +1,3 @@
 #pragma once
 
-#define SDK_VESRION "2.10.0"
+#define SDK_VESRION "2.9.8"