Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12]

►Nanonymous_namespace{StmCan.cpp}
CBxCanFilterConfig
CBxCanRxHeader
CBxCanTxHeader
CFdCanFilterConfig
CFdCanRxHeader
CFdCanTxHeader
Cadc_queue_message_t
CAsciiArtGenerator	Simple ASCII art generator
CBaseAdc	Base class for ADCs
CBaseBluetooth	Abstract base class for Bluetooth functionality
CBaseCan	Abstract base class defining the unified CAN bus API
CBaseGpio	Unified GPIO base class for all digital GPIO implementations
CBaseI2c	Abstract base class for I2C device implementations
CBaseLogger	Base logger abstract class
CBaseNvs	Abstract base class for non-volatile storage operations
CBasePeriodicTimer	Abstract base class for periodic timer operations
CBasePio	Abstract base class for Programmable IO Channel implementations
CBasePwm	Abstract base class for PWM implementations
CBaseSpi	Abstract base class for SPI device implementations
CBaseTemperature	Abstract base class for all temperature sensor implementations
CBaseUart	Abstract base class for UART driver implementations
CBaseWifi	Abstract base class for WiFi functionality
CCallbackTestData
CDigitalOutputGuard	DigitalOutputGuard class
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
CEspBluetooth	ESP32 Bluetooth implementation class
CEspCan	ESP32 CAN (TWAI) implementation using ESP-IDF v5.5+ node-based API
CEspGpio	Advanced MCU-specific implementation of unified BaseGpio with ESP32C6/ESP-IDF v5.5+ features
CEspI2cBus	Manages a single I2C bus. Handles bus initialization and device creation
CEspI2cDevice	Represents a single I2C device on a bus
CEspNvs	Production-ready MCU-integrated non-volatile storage implementation
CEspPeriodicTimer	MCU-integrated periodic timer implementation
►CEspPio	ESP32C6 RMT-based Programmable IO Channel implementation with advanced ESP-IDF v5.5+ features
CChannelState
►CEspPwm	ESP32 PWM implementation using LEDC peripheral with comprehensive ESP32 variant support
CChannelState	Internal channel state with per-channel callback support
CComplementaryPair	Complementary output pair configuration
CTimerState	Internal timer state
CValidationContext	Simple validation context for frequency/resolution validation
CValidationResult	Comprehensive validation result with detailed information
CEspSpiBus	Manages a single SPI bus (host). Handles bus init/deinit and device creation
CEspSpiDevice	Represents a single SPI device on a bus (CS/config/handle)
CEspTemperature	ESP32-C6 internal temperature sensor implementation
►CEspUart	ESP32 UART implementation class
CUartState	UART state tracking structure
CEspWifi	Advanced ESP32 implementation of unified BaseWifi with ESP-IDF v5.5+ features
CEspWifiAdvancedConfig	ESP32-specific WiFi configuration extensions
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
CPlatformSharedMutex
CPlatformTime
CPlatformUniqueLock
CStmAdc	STM32 ADC wrapper — wraps STM32 HAL ADC with full channel management
CStmCan	STM32 CAN implementation
CStmGpio	STM32 GPIO implementation with full HAL integration
CStmI2cBus	STM32 I2C bus — manages the HAL handle and device collection
CStmI2cDevice	STM32 I2C device — inherits BaseI2c, delegates I/O to parent bus HAL handle
CStmLogger	STM32 Logger — production-quality logging over UART/SWO/printf
►CStmNvs	STM32 NVS — flash-backed key-value store with wear leveling
CCacheEntry	RAM cache entry
►CStmPeriodicTimer	STM32 Periodic Timer implementation
CDispatchEntry
CStmPwm	STM32 PWM implementation
CStmSpiBus	STM32 SPI bus — manages the HAL handle and device collection
CStmSpiDevice	STM32 SPI device — manages chip-select and delegates transfers to parent bus
CStmTemperature	STM32 Temperature sensor implementation
CStmUart	STM32 UART implementation
CTestResults	Test execution tracking and results accumulation
CTestTaskContext	Context passed to test task trampoline