This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

Cadc_queue_message_t
CAsciiArtGenerator	Simple ASCII art generator
►CBaseAdc	Base class for ADCs
CStmAdc	STM32 ADC wrapper — wraps STM32 HAL ADC with full channel management
►CBaseBluetooth	Abstract base class for Bluetooth functionality
CEspBluetooth	ESP32 Bluetooth implementation class
►CBaseCan	Abstract base class defining the unified CAN bus API
CEspCan	ESP32 CAN (TWAI) implementation using ESP-IDF v5.5+ node-based API
CStmCan	STM32 CAN implementation
►CBaseGpio	Unified GPIO base class for all digital GPIO implementations
CEspGpio	Advanced MCU-specific implementation of unified BaseGpio with ESP32C6/ESP-IDF v5.5+ features
CStmGpio	STM32 GPIO implementation with full HAL integration
►CBaseI2c	Abstract base class for I2C device implementations
CEspI2cDevice	Represents a single I2C device on a bus
CStmI2cDevice	STM32 I2C device — inherits BaseI2c, delegates I/O to parent bus HAL handle
►CBaseLogger	Base logger abstract class
CStmLogger	STM32 Logger — production-quality logging over UART/SWO/printf
►CBaseNvs	Abstract base class for non-volatile storage operations
CEspNvs	Production-ready MCU-integrated non-volatile storage implementation
CStmNvs	STM32 NVS — flash-backed key-value store with wear leveling
►CBasePeriodicTimer	Abstract base class for periodic timer operations
CEspPeriodicTimer	MCU-integrated periodic timer implementation
CStmPeriodicTimer	STM32 Periodic Timer implementation
►CBasePio	Abstract base class for Programmable IO Channel implementations
CEspPio	ESP32C6 RMT-based Programmable IO Channel implementation with advanced ESP-IDF v5.5+ features
►CBasePwm	Abstract base class for PWM implementations
CEspPwm	ESP32 PWM implementation using LEDC peripheral with comprehensive ESP32 variant support
CStmPwm	STM32 PWM implementation
►CBaseSpi	Abstract base class for SPI device implementations
CEspSpiDevice	Represents a single SPI device on a bus (CS/config/handle)
CStmSpiDevice	STM32 SPI device — manages chip-select and delegates transfers to parent bus
►CBaseTemperature	Abstract base class for all temperature sensor implementations
CEspTemperature	ESP32-C6 internal temperature sensor implementation
CStmTemperature	STM32 Temperature sensor implementation
►CBaseUart	Abstract base class for UART driver implementations
CEspUart	ESP32 UART implementation class
CStmUart	STM32 UART implementation
►CBaseWifi	Abstract base class for WiFi functionality
CEspWifi	Advanced ESP32 implementation of unified BaseWifi with ESP-IDF v5.5+ features
Canonymous_namespace{StmCan.cpp}::BxCanFilterConfig
Canonymous_namespace{StmCan.cpp}::BxCanRxHeader
Canonymous_namespace{StmCan.cpp}::BxCanTxHeader
CStmNvs::CacheEntry	RAM cache entry
CCallbackTestData
CEspPio::ChannelState
CEspPwm::ChannelState	Internal channel state with per-channel callback support
CEspPwm::ComplementaryPair	Complementary output pair configuration
CDigitalOutputGuard	DigitalOutputGuard class
CStmPeriodicTimer::DispatchEntry
Cesp_temp_config_t	ESP32-C6 specific temperature sensor configuration
Cesp_temp_range_info_t	Temperature range information structure
Cesp_temp_state_t	ESP32-C6 specific temperature sensor state
CEspI2cBus	Manages a single I2C bus. Handles bus initialization and device creation
CEspSpiBus	Manages a single SPI bus (host). Handles bus init/deinit and device creation
CEspWifiAdvancedConfig	ESP32-specific WiFi configuration extensions
Canonymous_namespace{StmCan.cpp}::FdCanFilterConfig
Canonymous_namespace{StmCan.cpp}::FdCanRxHeader
Canonymous_namespace{StmCan.cpp}::FdCanTxHeader
Chf_adc_calibration_config_t	ADC calibration configuration structure
Chf_adc_channel_config_t	ADC channel configuration structure
Chf_adc_continuous_config_t	ADC continuous mode configuration structure
Chf_adc_continuous_data_t	ADC continuous data structure
Chf_adc_diagnostics_t	ADC diagnostic information
Chf_adc_filter_config_t	ADC filter configuration structure
Chf_adc_monitor_config_t	ADC monitor configuration structure
Chf_adc_monitor_event_t	ADC monitor event structure
Chf_adc_statistics_t	ADC operation statistics
Chf_adc_unit_config_t	ADC unit configuration structure
Chf_bluetooth_address_t	Bluetooth address structure (6 bytes)
Chf_bluetooth_ble_config_t	Bluetooth Low Energy configuration structure
Chf_bluetooth_classic_config_t	Bluetooth Classic configuration structure
Chf_bluetooth_device_info_t	Bluetooth device information structure
Chf_bluetooth_gatt_characteristic_t	GATT characteristic structure
Chf_bluetooth_gatt_service_t	GATT service structure
Chf_can_config_t	Platform-agnostic CAN bus configuration
Chf_can_diagnostics_t	CAN diagnostics structure for detailed error analysis
Chf_can_filter_config_t	CAN filter configuration structure
Chf_can_message_t	Platform-agnostic CAN message structure
Chf_can_reception_info_t	CAN-FD specific receive callback with enhanced information
Chf_can_statistics_t	CAN bus statistics structure for performance monitoring
Chf_can_status_t	CAN bus status information structure
Chf_esp_can_config_t	ESP32 TWAI node configuration structure for ESP-IDF v5.5
Chf_esp_can_error_info_t	Comprehensive error information structure for error callbacks
Chf_esp_can_filter_config_t	CAN message filter configuration for hardware filtering
Chf_esp_can_state_info_t	Bus state information for state change callbacks
Chf_esp_can_timing_config_t	Advanced bit timing configuration for fine-tuning
Chf_esp_can_tx_info_t	Transmission completion information
Chf_gpio_diagnostics_t	GPIO diagnostic information
CHF_GPIO_InitTypeDef
Chf_gpio_statistics_t	GPIO operation statistics
Chf_i2c_async_result_t	Asynchronous operation result structure
Chf_i2c_bus_config_t	Platform-agnostic I2C bus configuration for STM32. Users pass their CubeMX-generated I2C_HandleTypeDef* here
Chf_i2c_custom_command_t	Custom I2C command for non-standard protocols
Chf_i2c_device_config_t	I2C device configuration structure
Chf_i2c_diagnostics_t	I2C diagnostic information
Chf_i2c_master_bus_config_t	I2C master bus configuration structure
Chf_i2c_multi_buffer_transaction_t	Multi-buffer I2C transaction structure
Chf_i2c_slave_config_t	I2C slave configuration structure
Chf_i2c_statistics_t	I2C operation statistics
Chf_i2c_transaction_buffer_t	I2C transaction buffer structure
Chf_log_message_t	Log message structure
Chf_logger_config_t	Logger configuration structure
Chf_logger_diagnostics_t	Logger diagnostics structure
Chf_logger_statistics_t	Logger statistics structure
Chf_nvs_capabilities_t	ESP32 NVS capabilities information
Chf_nvs_diagnostics_t	NVS diagnostic information
Chf_nvs_entry_info_t	ESP32 NVS entry information
Chf_nvs_iterator_config_t	ESP32 NVS iterator configuration
Chf_nvs_partition_config_t	ESP32 NVS partition configuration
Chf_nvs_statistics_t	NVS operation statistics
Chf_pio_capabilities_t	PIO capability information
Chf_pio_channel_config_t	PIO channel configuration structure
Chf_pio_channel_statistics_t
Chf_pio_channel_status_t	PIO channel status information
Chf_pio_diagnostics_t	PIO diagnostic information
Chf_pio_statistics_t	PIO operation statistics
Chf_pio_symbol_t	PIO symbol structure for precise timing
Chf_pwm_capabilities_t	PWM capabilities and limitations for ESP32
Chf_pwm_channel_config_t	ESP32 PWM channel configuration with comprehensive LEDC feature support
Chf_pwm_channel_status_t	PWM channel status information
Chf_pwm_diagnostics_t	PWM diagnostics information
Chf_pwm_eviction_request_t	Eviction request information passed to user callback
Chf_pwm_fade_config_t	ESP32 PWM fade configuration for smooth transitions
Chf_pwm_statistics_t	PWM statistics information
Chf_pwm_timing_config_t	ESP32 PWM timing configuration with optimization support
Chf_pwm_unit_config_t	ESP32 PWM unit configuration
Chf_rmt_carrier_config_t	ESP32 RMT carrier configuration for IR protocols
Chf_rmt_receive_config_t	ESP32 RMT reception configuration
Chf_rmt_transmit_config_t	ESP32 RMT transmission configuration
Chf_spi_bus_config_t	Platform-agnostic SPI bus configuration for STM32
Chf_spi_device_config_t	SPI device configuration for STM32
Chf_spi_diagnostics_t	SPI diagnostic information
Chf_spi_statistics_t	SPI operation statistics
Chf_stm32_adc_config_t	ADC configuration for STM32
Chf_stm32_can_config_t	CAN configuration for STM32
Chf_stm32_gpio_config_t	GPIO configuration for STM32 wrapping CubeMX port/pin
Chf_stm32_nvs_config_t	Flash-based NVS configuration for STM32
Chf_stm32_pwm_config_t	PWM configuration for STM32
Chf_stm32_temp_sensor_config_t	STM32 Temperature sensor configuration
Chf_stm32_timer_config_t	Periodic timer configuration for STM32
Chf_stm32_uart_config_t	Platform-agnostic UART configuration for STM32
Chf_temp_config_t	Temperature sensor configuration structure
Chf_temp_diagnostics_t	Temperature sensor diagnostics
Chf_temp_reading_t	Temperature reading structure
Chf_temp_sensor_info_t	Temperature sensor information structure
Chf_temp_statistics_t	Temperature sensor statistics
Chf_timer_diagnostics_t	Timer diagnostic information
Chf_timer_statistics_t	Timer operation statistics
Chf_timer_stats_t	Timer statistics structure
Chf_uart_config_t	ESP32 UART port configuration
Chf_uart_diagnostics_t	UART diagnostic information
Chf_uart_event_t	HardFOC UART event structure
Chf_uart_flow_config_t	ESP32 UART flow control configuration
Chf_uart_irda_config_t	ESP32 UART IrDA configuration
Chf_uart_pattern_config_t	ESP32 UART pattern detection configuration
Chf_uart_power_config_t	ESP32 UART power management configuration
Chf_uart_rs485_config_t	ESP32 UART RS485 configuration
Chf_uart_statistics_t	UART operation statistics
Chf_uart_wakeup_config_t	ESP32 UART wakeup configuration
Chf_wifi_ap_config_t	WiFi Access Point configuration structure
Chf_wifi_ip_info_t	WiFi IP configuration structure
Chf_wifi_network_info_t	WiFi network information structure
Chf_wifi_station_config_t	WiFi station configuration structure
CHfEspWifiCalibration	ESP32-specific WiFi calibration data
CHfEspWifiPerformanceConfig	ESP32-specific WiFi performance configuration
CHfEspWifiStats	ESP32-specific WiFi statistics structure
CInterruptStatus	GPIO interrupt status structure
CPlatformMutex
CPlatformSharedLock< SharedMutex >
CPlatformSharedMutex
CPlatformTime
CPlatformUniqueLock< Mutex >
CStmI2cBus	STM32 I2C bus — manages the HAL handle and device collection
CStmSpiBus	STM32 SPI bus — manages the HAL handle and device collection
CTestResults	Test execution tracking and results accumulation
CTestTaskContext	Context passed to test task trampoline
CEspPwm::TimerState	Internal timer state
CEspUart::UartState	UART state tracking structure
CEspPwm::ValidationContext	Simple validation context for frequency/resolution validation
CEspPwm::ValidationResult	Comprehensive validation result with detailed information