2.3.4 Module API

Related headers [link]

Name	Description
device/class/bitbang.h	IO bitbang driver API
device/class/char.h	Character device driver API
device/class/cmu.h	Clock and power management driver API
device/class/cpu.h	Processor driver API
device/class/crypto.h	Cryptographic processing device driver API
device/class/display.h	Display device driver API
device/class/dma.h	Direct memory access driver API
device/class/enum.h	Device enumerator driver API
device/class/gpio.h	General purpose IO driver API
device/class/i2c.h	I2C bus controller driver API
device/class/icu.h	Interrupt controller driver API
device/class/iomux.h	IO muxing driver API
device/class/mem.h	Memory device driver API
device/class/net.h	Network device driver class
device/class/pcm.h	Sound device driver API
device/class/pwm.h	Pulse Width Modulation controller driver API
device/class/rfpacket.h	RF transceiver packet interface driver API
device/class/smi.h	System Management Interface driver class
device/class/spi.h	SPI bus controller driver API
device/class/timer.h	Timer device driver API
device/class/usbdev.h	USB device controller driver API
device/class/valio.h	Value IO driver class
device/clock.h	Device clock and power graph
device/device.h	Device structures and device tree
device/driver.h	Driver structures and driver API classes
device/irq.h	Device interrupts graph
device/request.h	Generic device request
device/resources.h	Device resources
device/types.h	Device related types
device/usb/usb.h	USB spec related definitions

Members [link]

Types [link]

typedef [...] address_space_id_t
typedef error_t (dev_bitbang_cancel_t)(const struct device_bitbang_s *accessor, struct dev_bitbang_rq_s *rq)
typedef void (dev_bitbang_request_t)(const struct device_bitbang_s *accessor, struct dev_bitbang_rq_s *rq)
enum dev_bitbang_rq_rtype_e
struct dev_bitbang_rq_s
typedef [...] dev_bitbang_sample_delay_t
enum dev_bitbang_word_width_e
typedef error_t (dev_char_cancel_t)(const struct device_char_s *accessor, struct dev_char_rq_s *rq)
typedef void (dev_char_request_t)(const struct device_char_s *accessor, struct dev_char_rq_s *rq)
struct dev_char_rq_s
enum dev_char_rq_type_e
typedef error_t (dev_cleanup_t)(struct device_s *dev)
enum dev_clock_ep_flags_e
struct dev_clock_notify_s
struct dev_clock_sink_ep_s
struct dev_clock_src_ep_s
struct dev_clock_src_throttle_s
typedef [...] dev_cmu_config_id_t
typedef [...] dev_cmu_config_mask_t
typedef [...] dev_cmu_config_mask_t
typedef [...] dev_cmu_config_mask_t
typedef [...] dev_cmu_node_id_t
enum dev_cmu_node_info_e
struct dev_cmu_node_info_s
typedef struct cpu_tree_s *(dev_cpu_get_node_t)(struct device_cpu_s *accessor)
typedef void (dev_cpu_reg_init_t)(struct device_cpu_s *accessor)
enum dev_crypto_capabilities_e
typedef [...] dev_crypto_context_id_t
struct dev_crypto_context_s
struct dev_crypto_info_s
typedef error_t (dev_crypto_info_t)(const struct device_crypto_s *accessor, struct dev_crypto_info_s *info)
enum dev_crypto_mode_e
enum dev_crypto_op_e
typedef void (dev_crypto_request_t)(const struct device_crypto_s *accessor, struct dev_crypto_rq_s *rq)
struct dev_crypto_rq_s
typedef void *(dev_display_alloc_t)(struct device_display_s *dev, void *ptr, size_t size)
typedef bool_t (dev_display_callback_t)(struct dev_display_rq_s *rq, dev_display_date_t date)
typedef [...] dev_display_coord_t
typedef [...] dev_display_date_t
struct dev_display_fmt_info_s
struct dev_display_info_s
typedef const struct dev_display_info_s *(dev_display_info_t)(const struct device_display_s *accessor)
struct dev_display_mode_info_s
enum dev_display_op_e
enum dev_display_pixfmt_e
typedef error_t (dev_display_request_t)(const struct device_display_s *accessor, struct dev_display_rq_s *rq)
typedef error_t (dev_display_resume_t)(const struct device_display_s *accessor, struct dev_display_rq_s *rq)
enum dev_display_rq_changes_e
struct dev_display_rq_s
enum dev_display_rq_sync_e
enum dev_display_surface_changes_e
struct dev_display_surface_s
enum dev_display_transform_e
typedef bool_t (dev_dma_callback_t)(struct dev_dma_rq_s *rq, uint_fast16_t desc_id, error_t err)
struct dev_dma_desc_s
enum dev_dma_inc_e
typedef [...] * dev_dma_queue_item_t
struct dev_dma_rq_s
enum dev_dma_rq_type_e
struct dev_dma_status_s
typedef error_t (dev_enum_cancel_t)(const struct device_enum_s *accessor, struct dev_enum_rq_s *rq)
struct dev_enum_ident_s
typedef bool_t (dev_enum_match_driver_t)(const struct device_enum_s *accessor, const struct dev_enum_ident_s *ident, size_t count, struct device_s *dev)
typedef void (dev_enum_request_t)(const struct device_enum_s *accessor, struct dev_enum_rq_s *rq)
struct dev_enum_rq_s
enum dev_enum_rq_type_e
enum dev_enum_type_e
struct dev_freq_ratio_s
struct dev_freq_s
typedef error_t (dev_gpio_cancel_t)(const struct device_gpio_s *gpio, struct dev_gpio_rq_s *rq)
typedef error_t (dev_gpio_get_input_t)(const struct device_gpio_s *gpio, gpio_id_t io_first, gpio_id_t io_last, uint8_t *data)
typedef void (dev_gpio_request_t)(const struct device_gpio_s *gpio, struct dev_gpio_rq_s *rq)
enum dev_gpio_request_type
struct dev_gpio_rq_s
typedef error_t (dev_gpio_set_mode_t)(const struct device_gpio_s *gpio, gpio_id_t io_first, gpio_id_t io_last, const uint8_t *mask, enum dev_pin_driving_e mode)
typedef error_t (dev_gpio_set_output_t)(const struct device_gpio_s *gpio, gpio_id_t io_first, gpio_id_t io_last, const uint8_t *set_mask, const uint8_t *clear_mask)
struct dev_i2c_ctrl_bytecode_rq_s
struct dev_i2c_ctrl_rq_s
struct dev_i2c_ctrl_transaction_data_s
enum dev_i2c_ctrl_transaction_op_e
struct dev_i2c_ctrl_transaction_rq_s
struct dev_i2c_ctrl_transfer_s
typedef void (dev_i2c_ctrl_transfer_t)(const struct device_i2c_ctrl_s *accessor, struct dev_i2c_ctrl_transfer_s *tr)
enum dev_i2c_op_e
typedef struct dev_irq_sink_s *(dev_icu_get_sink_t)(struct device_icu_s *accessor, uint_fast8_t id)
typedef error_t (dev_icu_link_t)(struct device_icu_s *accessor, struct dev_irq_sink_s *sink, struct dev_irq_src_s *src, dev_irq_route_t *route_mask, struct dev_irq_src_s **bypass)
typedef error_t (dev_init_t)(struct device_s *dev, uint32_t cl_missing)
typedef error_t (dev_iomux_setup_t)(const struct device_iomux_s *accessor, iomux_io_id_t io_id, enum dev_pin_driving_e dir, iomux_mux_t mux, iomux_config_t config)
struct dev_irq_ep_s
typedef [...] dev_irq_id_t
typedef [...] dev_irq_route_t
enum dev_irq_sense_modes_e
struct dev_irq_sink_s
typedef void (dev_irq_sink_update_t)(struct dev_irq_sink_s *sink, enum dev_irq_sense_modes_e sense, dev_irq_id_t irq_id)
typedef void (dev_irq_src_process_t)(struct dev_irq_src_s *ep, dev_irq_id_t id)
struct dev_irq_src_s
enum dev_mem_flags_e
struct dev_mem_flash_op_info_s
struct dev_mem_info_s
typedef error_t (dev_mem_info_t)(const struct device_mem_s *accessor, struct dev_mem_info_s *info, uint8_t band_index)
struct dev_mem_page_sc_s
typedef void (dev_mem_request_t)(const struct device_mem_s *accessor, struct dev_mem_rq_s *rq)
struct dev_mem_rq_s
enum dev_mem_rq_type_e
enum dev_mem_type_e
struct dev_net_info_s
enum dev_pcm_data_direction_e
enum dev_pcm_data_type_e
typedef error_t (dev_pcm_request_t)(const struct device_pcm_s *accessor, struct dev_pcm_rq_s *rq)
struct dev_pcm_rq_s
enum dev_pin_driving_e
struct dev_pwm_config_s
typedef error_t (dev_pwm_config_t)(const struct device_pwm_s *pdev, struct dev_pwm_rq_s *rq)
enum dev_pwm_mask_e
enum dev_pwm_polarity_e
struct dev_pwm_rq_s
typedef void (dev_request_delayed_func_t)(const struct device_accessor_s *accessor, struct dev_request_s *rq_)
struct dev_request_dlqueue_s
typedef [...] * dev_request_pqueue_item_t
typedef [...] * dev_request_queue_item_t
struct dev_request_s
struct dev_request_status_s
enum dev_resource_flags_e
struct dev_resource_s
enum dev_resource_table_flags_e
struct dev_resource_table_s
enum dev_resource_type_e
typedef error_t (dev_rfpacket_cancel_t)(const struct device_rfpacket_s *accessor, struct dev_rfpacket_rq_s *rq)
struct dev_rfpacket_cfg_cache_s
enum dev_rfpacket_encoding_e
enum dev_rfpacket_fairtx_e
enum dev_rfpacket_format_e
enum dev_rfpacket_lora_encoding_e
enum dev_rfpacket_modulation_e
struct dev_rfpacket_pk_cfg_basic_s
struct dev_rfpacket_pk_cfg_lora_s
struct dev_rfpacket_pk_cfg_raw_s
struct dev_rfpacket_pk_cfg_s
typedef [...] dev_rfpacket_pwr_t
typedef void (dev_rfpacket_request_t)(const struct device_rfpacket_s *accessor, ...)
struct dev_rfpacket_rf_cfg_ask_s
struct dev_rfpacket_rf_cfg_fairtx_s
struct dev_rfpacket_rf_cfg_fsk_s
struct dev_rfpacket_rf_cfg_lora_s
struct dev_rfpacket_rf_cfg_s
enum dev_rfpacket_rq_rtype_e
struct dev_rfpacket_rq_s
typedef struct dev_rfpacket_rx_s *(dev_rfpacket_rx_alloc_t)(struct dev_rfpacket_rq_s *rq, size_t size)
struct dev_rfpacket_rx_s
struct dev_rfpacket_stats_s
typedef error_t (dev_rfpacket_stats_t)(const struct device_rfpacket_s *accessor, struct dev_rfpacket_stats_s *stats)
enum dev_rfpacket_sym_width_e
enum dev_rfpacket_timestamp_anchor_e
struct dev_rfpacket_wait_ctx_s
struct dev_rng_s
struct dev_smi_bc_rq_s
enum dev_smi_clause_e
struct dev_smi_data_s
struct dev_smi_drv_ctx_s
enum dev_smi_op_e
typedef void (dev_smi_request_t)(const struct device_smi_s *accessor, struct dev_smi_rq_s *rq)
struct dev_smi_rq_s
enum dev_smi_rq_type_e
enum dev_smi_runner_state_e
struct dev_smi_transfer_rq_s
enum dev_spi_bit_order_e
enum dev_spi_ckmode_e
struct dev_spi_cs_config_s
enum dev_spi_cs_op_e
struct dev_spi_ctrl_bytecode_rq_s
struct dev_spi_ctrl_config_s
typedef error_t (dev_spi_ctrl_config_t)(struct device_spi_ctrl_s *accessor, const struct dev_spi_ctrl_config_s *cfg)
typedef error_t (dev_spi_ctrl_cscfg_t)(struct device_spi_ctrl_s *accessor, struct dev_spi_cs_config_s *cs_cfg)
struct dev_spi_ctrl_data_s
struct dev_spi_ctrl_rq_s
struct dev_spi_ctrl_transaction_rq_s
struct dev_spi_ctrl_transfer_s
typedef void (dev_spi_ctrl_transfer_t)(struct device_spi_ctrl_s *accessor, struct dev_spi_ctrl_transfer_s *tr)
enum dev_spi_polarity_e
typedef error_t (dev_timer_cancel_t)(const struct device_timer_s *accessor, struct dev_timer_rq_s *rq)
enum dev_timer_capabilities_e
typedef [...] dev_timer_cfgrev_t
struct dev_timer_config_s
typedef error_t (dev_timer_config_t)(const struct device_timer_s *accessor, struct dev_timer_config_s *cfg, dev_timer_res_t res)
typedef [...] dev_timer_delay_t
typedef error_t (dev_timer_get_value_t)(const struct device_timer_s *accessor, dev_timer_value_t *value, dev_timer_cfgrev_t rev)
typedef error_t (dev_timer_request_t)(const struct device_timer_s *accessor, struct dev_timer_rq_s *rq)
typedef [...] dev_timer_res_t
struct dev_timer_skew_s
typedef [...] dev_timer_value_t
typedef void *(dev_usbdev_alloc_t)(struct dev_usbdev_context_s *ctx, size_t size)
enum dev_usbdev_cfg_e
typedef [...] dev_usbdev_cfgrev_t
struct dev_usbdev_config_s
typedef error_t (dev_usbdev_config_t)(struct dev_usbdev_context_s *ctx, struct dev_usbdev_config_s *cfg)
struct dev_usbdev_context_s
struct dev_usbdev_driver_ops_s
typedef struct usbdev_endpoint_s *(dev_usbdev_endpoint_t)(struct dev_usbdev_context_s *ctx, enum usb_endpoint_dir_e dir, uint8_t address)
typedef [...] dev_usbdev_ep_addr_t
typedef [...] dev_usbdev_ep_map_t
enum dev_usbdev_event_e
typedef void (dev_usbdev_free_t)(struct dev_usbdev_context_s *ctx, void *ptr)
struct dev_usbdev_interface_cfg_s
enum dev_usbdev_interface_e
typedef error_t (dev_usbdev_request_t)(struct dev_usbdev_context_s *ctx, struct dev_usbdev_rq_s *tr)
struct dev_usbdev_rq_s
enum dev_usbdev_rq_type_e
enum dev_usbdev_state_e
enum dev_use_op_e
typedef error_t (dev_use_t)(void *param, enum dev_use_op_e op)
typedef error_t (dev_valio_cancel_t)(const struct device_valio_s *accessor, struct dev_valio_rq_s *rq)
typedef void (dev_valio_request_t)(const struct device_valio_s *accessor, struct dev_valio_rq_s *rq)
enum dev_valio_request_type_e
struct dev_valio_rq_s
typedef error_t (devdma_cancel_t)(struct device_dma_s *accessor, struct dev_dma_rq_s *rq)
typedef error_t (devdma_get_status_t)(struct device_dma_s *accessor, struct dev_dma_rq_s *rq, struct dev_dma_status_s *status)
typedef error_t (devdma_request_t)(const struct device_dma_s *accessor, ...)
enum device_access_type_e
struct device_accessor_s
struct device_alias_s
struct device_bitbang_s
struct device_cmu_s
struct device_cpu_s
struct device_crypto_s
struct device_display_s
struct device_dma_s
typedef [...] device_enum_rev_t
struct device_enum_s
enum device_flags_e
struct device_gpio_s
struct device_i2c_ctrl_s
struct device_icu_s
struct device_iomux_s
typedef [...] * device_list_item_t
struct device_mem_s
typedef error_t (device_net_get_info_t)(struct device_net_s *accessor, struct dev_net_info_s *info)
typedef error_t (device_net_layer_create_t)(struct device_net_s *accessor, struct net_scheduler_s *scheduler, uint_fast8_t type, const void *params, void *delegate, const struct net_layer_delegate_vtable_s *delegate_vtable, struct net_layer_s **layer)
struct device_net_s
struct device_pcm_s
struct device_pwm_s
struct device_rfpacket_s
struct device_s
typedef [...] * device_sleep_item_t
enum device_sleep_policy_e
struct device_smi_s
struct device_spi_ctrl_s
enum device_status_e
typedef bool_t (device_tree_walker_t)(struct device_s *dev, void *priv)
struct device_usbdev_s
struct device_valio_s
struct driver_bitbang_s
struct driver_char_s
enum driver_class_e
struct driver_cmu_s
struct driver_cpu_s
struct driver_crypto_s
struct driver_display_s
struct driver_dma_s
struct driver_enum_s
enum driver_flags_e
struct driver_gpio_s
struct driver_i2c_ctrl_s
struct driver_icu_s
struct driver_iomux_s
struct driver_mem_s
struct driver_net_s
struct driver_pcm_s
struct driver_pwm_s
struct driver_rfpacket_s
struct driver_s
struct driver_smi_s
struct driver_spi_ctrl_s
struct driver_timer_s
struct driver_usbdev_s
struct driver_valio_s
typedef [...] gpio_id_t
typedef [...] gpio_id_t
typedef [...] gpio_width_t
typedef [...] gpio_width_t
typedef [...] iomux_config_t
typedef [...] iomux_demux_t
typedef [...] iomux_io_id_t
typedef [...] iomux_mux_t
struct net_layer_delegate_vtable_s
struct net_layer_s
struct net_scheduler_s
struct usb_class_descriptor_header_s
struct usb_configuration_descriptor_s
enum usb_configuration_parameter_e
enum usb_control_status_e
struct usb_ctrl_setup_s
struct usb_descriptor_header_s
enum usb_descriptor_type_e
enum usb_device_application_subclass_e
enum usb_device_class_code_e
struct usb_device_descriptor_s
enum usb_device_misc_multi_protocol_e
enum usb_device_misc_subclass_e
struct usb_endpoint_descriptor_s
enum usb_endpoint_dir_e
enum usb_endpoint_type_e
enum usb_feature_selector_e
struct usb_interface_association_descriptor_s
struct usb_interface_descriptor_s
enum usb_standard_request_e
struct usb_string_descriptor_s
struct usb_string_descriptor_zero_s
enum usb_tranfert_recipient_e
enum usb_tranfert_type_e
enum usb_transfert_direction_e
struct usbdev_device_info_s
struct usbdev_endpoint_s
typedef const char *(usbdev_get_string_t)(const struct usbdev_service_s *service, uint8_t idx)
struct usbdev_interface_default_s
struct usbdev_interface_s
typedef void (usbdev_replace_t)(const struct dev_usbdev_desc_iterator_s *it, const struct usb_descriptor_header_s *src, struct usb_descriptor_header_s *dst, size_t begin, size_t end)
enum usbdev_service_cmd_type_e
struct usbdev_service_descriptor_s
struct usbdev_service_index_s
typedef [...] * usbdev_service_item_t
enum usbdev_service_req_type_e
struct usbdev_service_rq_s
struct usbdev_service_s
enum dev_clock_src_setup_op_e
typedef error_t (dev_clock_src_setup_t)(struct dev_clock_src_ep_s *src, enum dev_clock_src_setup_op_e op, const union dev_clock_src_setup_u *param)
union dev_clock_src_setup_u
typedef error_t (dev_cmu_app_configid_set_t)(struct device_cmu_s *accessor, uint_fast8_t config_id)
typedef error_t (dev_cmu_commit_t)(struct device_s *dev)
typedef error_t (dev_cmu_config_mux_t)(struct device_s *dev, dev_cmu_node_id_t node_id, dev_cmu_node_id_t parent_id, struct dev_freq_ratio_s *ratio)
typedef error_t (dev_cmu_config_osc_t)(struct device_s *dev, dev_cmu_node_id_t node_id, struct dev_freq_s *freq)
typedef error_t (dev_cmu_node_info_t)(struct device_cmu_s *accessor, dev_cmu_node_id_t node_id, enum dev_cmu_node_info_e *mask, struct dev_cmu_node_info_s *info)
typedef error_t (dev_cmu_rollback_t)(struct device_s *dev)
struct dev_i2c_ctrl_context_s
typedef error_t (dev_smi_transfer_t)(struct dev_smi_drv_ctx_s *ctx, struct dev_smi_data_s *data)
struct dev_spi_ctrl_context_s
enum dev_usbdev_ctrl_ep_state_e
struct dev_usbdev_desc_iterator_s
struct device_cmu_config_ops_s
typedef bool_t (device_filter_t)(struct device_node_s *)
struct device_node_s
struct device_smi_ops_s
struct driver_class_s
struct driver_registry_s

Functions [link]

STRUCT_DESCRIPTOR(struct dev_rfpacket_rf_cfg_s )
STRUCT_DESCRIPTOR(struct dev_rfpacket_pk_cfg_s )
struct device_s * cpu_local_device(void )
uint32_t dev_acc_ppb(uint_fast8_t m, uint_fast8_t e)
void dev_bitbang_rq_done(struct dev_bitbang_rq_s *rq)
struct dev_bitbang_rq_s * dev_bitbang_rq_from_kr(struct kroutine_s *kr)
struct dev_bitbang_rq_s * dev_bitbang_rq_head(dev_request_queue_root_t *q)
void dev_bitbang_rq_init(struct dev_bitbang_rq_s *rq, kroutine_exec_t *exec)
void dev_bitbang_rq_init_immediate(struct dev_bitbang_rq_s *rq, kroutine_exec_t *exec)
void dev_bitbang_rq_init_queue(struct dev_bitbang_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_bitbang_rq_init_seq(struct dev_bitbang_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_bitbang_rq_s * dev_bitbang_rq_pop(dev_request_queue_root_t *q)
void dev_bitbang_rq_pushback(dev_request_queue_root_t *q, struct dev_bitbang_rq_s *rq)
void dev_bitbang_rq_remove(dev_request_queue_root_t *q, struct dev_bitbang_rq_s *rq)
struct dev_request_s * dev_bitbang_rq_s_base(struct dev_bitbang_rq_s *x)
struct dev_bitbang_rq_s * dev_bitbang_rq_s_cast(struct dev_request_s *x)
error_t dev_bitbang_wait_rq(const struct device_bitbang_s *acc, struct dev_bitbang_rq_s *rq)
void dev_char_rq_done(struct dev_char_rq_s *rq)
struct dev_char_rq_s * dev_char_rq_from_kr(struct kroutine_s *kr)
struct dev_char_rq_s * dev_char_rq_head(dev_request_queue_root_t *q)
void dev_char_rq_init(struct dev_char_rq_s *rq, kroutine_exec_t *exec)
void dev_char_rq_init_immediate(struct dev_char_rq_s *rq, kroutine_exec_t *exec)
void dev_char_rq_init_queue(struct dev_char_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_char_rq_init_seq(struct dev_char_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_char_rq_s * dev_char_rq_pop(dev_request_queue_root_t *q)
void dev_char_rq_pushback(dev_request_queue_root_t *q, struct dev_char_rq_s *rq)
void dev_char_rq_remove(dev_request_queue_root_t *q, struct dev_char_rq_s *rq)
struct dev_request_s * dev_char_rq_s_base(struct dev_char_rq_s *x)
struct dev_char_rq_s * dev_char_rq_s_cast(struct dev_request_s *x)
ssize_t dev_char_wait_op(const struct device_char_s *accessor, enum dev_char_rq_type_e type, uint8_t *data, size_t size)
error_t dev_char_wait_rq(const struct device_char_s *acc, struct dev_char_rq_s *rq)
error_t dev_clock_notify_scaler_set(struct dev_clock_notify_s *notify, const struct dev_freq_ratio_s *scale)
error_t dev_clock_sink_gate(struct dev_clock_sink_ep_s *sink, enum dev_clock_ep_flags_e gates)
void dev_clock_sink_init(struct device_s *dev, struct dev_clock_sink_ep_s *sink, enum dev_clock_ep_flags_e flags)
error_t dev_clock_sink_link(struct dev_clock_sink_ep_s *sink, uint_fast8_t id, struct dev_freq_s *freq)
error_t dev_clock_sink_scaler_set(struct dev_clock_sink_ep_s *sink, const struct dev_freq_ratio_s *scale)
error_t dev_clock_sink_throttle(struct dev_clock_sink_ep_s *sink, uint_fast8_t mode_id)
void dev_clock_sink_unlink(struct dev_clock_sink_ep_s *sink)
void dev_clock_source_init(struct device_s *dev, struct dev_clock_src_ep_s *src, dev_clock_src_setup_t *setup)
bool_t dev_clock_src_is_clock_requested(const struct dev_clock_src_ep_s *src)
bool_t dev_clock_src_is_power_requested(const struct dev_clock_src_ep_s *src)
error_t dev_cmu_init(struct device_s *dev, const struct device_cmu_config_ops_s *ops)
error_t dev_cmu_node_info_get(struct device_cmu_s *accessor, dev_cmu_node_id_t node_id, enum dev_cmu_node_info_e *mask, struct dev_cmu_node_info_s *info)
void dev_cmu_src_update_async(struct dev_clock_src_ep_s *src, enum dev_clock_ep_flags_e gates)
void dev_cmu_src_update_sync(struct dev_clock_src_ep_s *src, enum dev_clock_ep_flags_e gates)
bool_t dev_crypto_ctx_bind(struct dev_crypto_context_s *ctx, struct dev_crypto_context_s *ctx_array[], dev_crypto_context_id_t *next, dev_crypto_context_id_t count)
uint8_t dev_crypto_memcmp(const void *a, const void *b, size_t len)
void dev_crypto_rq_done(struct dev_crypto_rq_s *rq)
struct dev_crypto_rq_s * dev_crypto_rq_from_kr(struct kroutine_s *kr)
struct dev_crypto_rq_s * dev_crypto_rq_head(dev_request_queue_root_t *q)
void dev_crypto_rq_init(struct dev_crypto_rq_s *rq, kroutine_exec_t *exec)
void dev_crypto_rq_init_immediate(struct dev_crypto_rq_s *rq, kroutine_exec_t *exec)
void dev_crypto_rq_init_queue(struct dev_crypto_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_crypto_rq_init_seq(struct dev_crypto_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_crypto_rq_s * dev_crypto_rq_pop(dev_request_queue_root_t *q)
void dev_crypto_rq_pushback(dev_request_queue_root_t *q, struct dev_crypto_rq_s *rq)
void dev_crypto_rq_remove(dev_request_queue_root_t *q, struct dev_crypto_rq_s *rq)
struct dev_request_s * dev_crypto_rq_s_base(struct dev_crypto_rq_s *x)
struct dev_crypto_rq_s * dev_crypto_rq_s_cast(struct dev_request_s *x)
error_t dev_crypto_wait_rq(const struct device_crypto_s *acc, struct dev_crypto_rq_s *rq)
void dev_display_rq_done(struct dev_display_rq_s *rq)
struct dev_display_rq_s * dev_display_rq_from_kr(struct kroutine_s *kr)
void dev_display_rq_init(struct dev_display_rq_s *rq, kroutine_exec_t *exec)
void dev_display_rq_init_immediate(struct dev_display_rq_s *rq, kroutine_exec_t *exec)
void dev_display_rq_init_queue(struct dev_display_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_display_rq_init_seq(struct dev_display_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_request_s * dev_display_rq_s_base(struct dev_display_rq_s *x)
struct dev_display_rq_s * dev_display_rq_s_cast(struct dev_request_s *x)
error_t dev_driver_notsup_fcn(void )
void dev_drv_clock_cleanup(struct device_s *dev, struct dev_clock_sink_ep_s *sink)
error_t dev_drv_clock_init(struct device_s *dev, struct dev_clock_sink_ep_s *sink, uint_fast8_t id, enum dev_clock_ep_flags_e flags, struct dev_freq_s *freq)
void dev_drv_i2c_bytecode_cleanup(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_bytecode_rq_s *rq)
error_t dev_drv_i2c_bytecode_init(struct device_s *dev, struct dev_i2c_ctrl_bytecode_rq_s *rq, const struct bc_descriptor_s *desc, struct device_i2c_ctrl_s *ctrl, struct device_gpio_s **gpio, struct device_timer_s **timer)
void dev_drv_i2c_ctrl_context_cleanup(struct dev_i2c_ctrl_context_s *q)
error_t dev_drv_i2c_ctrl_context_init(struct device_s *dev, struct dev_i2c_ctrl_context_s *q)
void dev_drv_i2c_transaction_cleanup(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_transaction_rq_s *rq)
error_t dev_drv_i2c_transaction_init(struct device_s *dev, struct dev_i2c_ctrl_transaction_rq_s *rq, struct device_i2c_ctrl_s *ctrl)
void dev_drv_spi_bytecode_cleanup(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_bytecode_rq_s *rq)
error_t dev_drv_spi_bytecode_init(struct device_s *dev, struct dev_spi_ctrl_bytecode_rq_s *rq, const struct bc_descriptor_s *desc, const struct dev_spi_ctrl_config_s *cfg, struct device_spi_ctrl_s *ctrl, struct device_gpio_s **gpio, struct device_timer_s **timer)
void dev_drv_spi_transaction_cleanup(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_transaction_rq_s *rq)
error_t dev_drv_spi_transaction_init(struct device_s *dev, struct dev_spi_ctrl_transaction_rq_s *rq, const struct dev_spi_ctrl_config_s *cfg, struct device_spi_ctrl_s *ctrl, struct device_gpio_s **gpio)
void dev_enum_rq_done(struct dev_enum_rq_s *rq)
struct dev_enum_rq_s * dev_enum_rq_from_kr(struct kroutine_s *kr)
struct dev_enum_rq_s * dev_enum_rq_head(dev_request_queue_root_t *q)
void dev_enum_rq_init(struct dev_enum_rq_s *rq, kroutine_exec_t *exec)
void dev_enum_rq_init_immediate(struct dev_enum_rq_s *rq, kroutine_exec_t *exec)
void dev_enum_rq_init_queue(struct dev_enum_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_enum_rq_init_seq(struct dev_enum_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_enum_rq_s * dev_enum_rq_pop(dev_request_queue_root_t *q)
void dev_enum_rq_pushback(dev_request_queue_root_t *q, struct dev_enum_rq_s *rq)
void dev_enum_rq_remove(dev_request_queue_root_t *q, struct dev_enum_rq_s *rq)
struct dev_request_s * dev_enum_rq_s_base(struct dev_enum_rq_s *x)
struct dev_enum_rq_s * dev_enum_rq_s_cast(struct dev_request_s *x)
error_t dev_enum_wait_rq(const struct device_enum_s *acc, struct dev_enum_rq_s *rq)
uint32_t dev_freq_acc_ppb(const struct dev_freq_s *freq)
void dev_freq_acc_set(struct dev_freq_s *freq, uint8_t acc_m, uint8_t acc_e)
bool_t dev_gpio_input(const struct device_gpio_s *accessor, gpio_id_t id, error_t *err)
error_t dev_gpio_mode(const struct device_gpio_s *accessor, gpio_id_t id, enum dev_pin_driving_e mode)
error_t dev_gpio_out(const struct device_gpio_s *accessor, gpio_id_t id, bool_t x)
void dev_gpio_request_async_to_sync(const struct device_gpio_s *gpio, struct dev_gpio_rq_s *rq)
void dev_gpio_rq_done(struct dev_gpio_rq_s *rq)
struct dev_gpio_rq_s * dev_gpio_rq_from_kr(struct kroutine_s *kr)
struct dev_gpio_rq_s * dev_gpio_rq_head(dev_request_queue_root_t *q)
void dev_gpio_rq_init(struct dev_gpio_rq_s *rq, kroutine_exec_t *exec)
void dev_gpio_rq_init_immediate(struct dev_gpio_rq_s *rq, kroutine_exec_t *exec)
void dev_gpio_rq_init_queue(struct dev_gpio_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_gpio_rq_init_seq(struct dev_gpio_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_gpio_rq_s * dev_gpio_rq_pop(dev_request_queue_root_t *q)
void dev_gpio_rq_pushback(dev_request_queue_root_t *q, struct dev_gpio_rq_s *rq)
void dev_gpio_rq_remove(dev_request_queue_root_t *q, struct dev_gpio_rq_s *rq)
struct dev_request_s * dev_gpio_rq_s_base(struct dev_gpio_rq_s *x)
struct dev_gpio_rq_s * dev_gpio_rq_s_cast(struct dev_request_s *x)
bool_t dev_gpio_wait_input(const struct device_gpio_s *accessor, gpio_id_t id, error_t *err)
error_t dev_gpio_wait_mode(const struct device_gpio_s *accessor, gpio_id_t id, enum dev_pin_driving_e mode)
error_t dev_gpio_wait_out(const struct device_gpio_s *accessor, gpio_id_t id, bool_t x)
error_t dev_gpio_wait_rq(const struct device_gpio_s *acc, struct dev_gpio_rq_s *rq)
error_t dev_gpio_wait_until(const struct device_gpio_s *accessor, gpio_id_t id, bool_t x)
void dev_i2c_bytecode_init(struct dev_i2c_ctrl_bytecode_rq_s *rq)
error_t dev_i2c_bytecode_start(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_bytecode_rq_s *rq, const void *pc, uint16_t mask, ...)
error_t dev_i2c_bytecode_start_va(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_bytecode_rq_s *rq, const void *pc, uint16_t mask, va_list ap)
struct dev_i2c_ctrl_rq_s * dev_i2c_ctrl_bytecode_rq_s_base(struct dev_i2c_ctrl_bytecode_rq_s *x)
struct dev_i2c_ctrl_bytecode_rq_s * dev_i2c_ctrl_bytecode_rq_s_cast(struct dev_i2c_ctrl_rq_s *x)
void dev_i2c_ctrl_rq_done(struct dev_i2c_ctrl_rq_s *rq)
struct dev_i2c_ctrl_rq_s * dev_i2c_ctrl_rq_from_kr(struct kroutine_s *kr)
void dev_i2c_ctrl_rq_init(struct dev_i2c_ctrl_rq_s *rq, kroutine_exec_t *exec)
void dev_i2c_ctrl_rq_init_immediate(struct dev_i2c_ctrl_rq_s *rq, kroutine_exec_t *exec)
void dev_i2c_ctrl_rq_init_queue(struct dev_i2c_ctrl_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_i2c_ctrl_rq_init_seq(struct dev_i2c_ctrl_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_request_s * dev_i2c_ctrl_rq_s_base(struct dev_i2c_ctrl_rq_s *x)
struct dev_i2c_ctrl_rq_s * dev_i2c_ctrl_rq_s_cast(struct dev_request_s *x)
struct dev_i2c_ctrl_rq_s * dev_i2c_ctrl_transaction_rq_s_base(struct dev_i2c_ctrl_transaction_rq_s *x)
struct dev_i2c_ctrl_transaction_rq_s * dev_i2c_ctrl_transaction_rq_s_cast(struct dev_i2c_ctrl_rq_s *x)
struct device_gpio_s * dev_i2c_request_gpio(struct dev_i2c_ctrl_bytecode_rq_s *rq)
struct device_timer_s * dev_i2c_timer(struct device_i2c_ctrl_s *ctrl)
void dev_i2c_transaction_init(struct dev_i2c_ctrl_transaction_rq_s *rq)
void dev_i2c_transaction_start(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_transaction_rq_s *rq)
error_t dev_i2c_wait_bytecode(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_bytecode_rq_s *rq, const void *pc, uint16_t mask, ...)
void dev_i2c_wait_transaction(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_transaction_rq_s *rq)
struct dev_irq_ep_s * dev_irq_sink_s_base(struct dev_irq_sink_s *x)
struct dev_irq_sink_s * dev_irq_sink_s_cast(struct dev_irq_ep_s *x)
struct dev_irq_ep_s * dev_irq_src_s_base(struct dev_irq_src_s *x)
struct dev_irq_src_s * dev_irq_src_s_cast(struct dev_irq_ep_s *x)
void dev_mem_rq_done(struct dev_mem_rq_s *rq)
struct dev_mem_rq_s * dev_mem_rq_from_kr(struct kroutine_s *kr)
struct dev_mem_rq_s * dev_mem_rq_head(dev_request_queue_root_t *q)
void dev_mem_rq_init(struct dev_mem_rq_s *rq, kroutine_exec_t *exec)
void dev_mem_rq_init_immediate(struct dev_mem_rq_s *rq, kroutine_exec_t *exec)
void dev_mem_rq_init_queue(struct dev_mem_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_mem_rq_init_seq(struct dev_mem_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_mem_rq_s * dev_mem_rq_pop(dev_request_queue_root_t *q)
void dev_mem_rq_pushback(dev_request_queue_root_t *q, struct dev_mem_rq_s *rq)
void dev_mem_rq_remove(dev_request_queue_root_t *q, struct dev_mem_rq_s *rq)
struct dev_request_s * dev_mem_rq_s_base(struct dev_mem_rq_s *x)
struct dev_mem_rq_s * dev_mem_rq_s_cast(struct dev_request_s *x)
error_t dev_mem_wait_rq(const struct device_mem_s *acc, struct dev_mem_rq_s *rq)
void dev_pcm_rq_done(struct dev_pcm_rq_s *rq)
struct dev_pcm_rq_s * dev_pcm_rq_from_kr(struct kroutine_s *kr)
struct dev_pcm_rq_s * dev_pcm_rq_head(dev_request_queue_root_t *q)
void dev_pcm_rq_init(struct dev_pcm_rq_s *rq, kroutine_exec_t *exec)
void dev_pcm_rq_init_immediate(struct dev_pcm_rq_s *rq, kroutine_exec_t *exec)
void dev_pcm_rq_init_queue(struct dev_pcm_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_pcm_rq_init_seq(struct dev_pcm_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_pcm_rq_s * dev_pcm_rq_pop(dev_request_queue_root_t *q)
void dev_pcm_rq_pushback(dev_request_queue_root_t *q, struct dev_pcm_rq_s *rq)
void dev_pcm_rq_remove(dev_request_queue_root_t *q, struct dev_pcm_rq_s *rq)
struct dev_request_s * dev_pcm_rq_s_base(struct dev_pcm_rq_s *x)
struct dev_pcm_rq_s * dev_pcm_rq_s_cast(struct dev_request_s *x)
void dev_request_delayed_cleanup(struct dev_request_dlqueue_s *q)
void dev_request_delayed_end(struct dev_request_dlqueue_s *q, struct dev_request_s *rq)
void dev_request_delayed_init(struct dev_request_dlqueue_s *q, dev_request_delayed_func_t *f)
bool_t dev_request_delayed_isidle(struct dev_request_dlqueue_s *q)
void dev_request_delayed_push(const struct device_accessor_s *accessor, struct dev_request_dlqueue_s *q, struct dev_request_s *rq, bool_t critical)
void dev_request_poll_init(struct dev_request_s *rq, const struct semaphore_poll_s *give)
struct dev_request_s * dev_request_s_from_kr(void *x)
void dev_request_sched_done(struct kroutine_s *kr, enum kroutine_exec_flags_e flags)
void dev_request_sched_init(struct dev_request_s *rq, struct dev_request_status_s *status)
void dev_request_sched_wait(struct dev_request_status_s *status)
error_t dev_res_get_usbdev_epmap(struct device_s *dev, struct usbdev_service_s *service)
struct dev_rfpacket_pk_cfg_s * dev_rfpacket_pk_cfg_basic_s_base(struct dev_rfpacket_pk_cfg_basic_s *x)
struct dev_rfpacket_pk_cfg_basic_s * dev_rfpacket_pk_cfg_basic_s_cast(struct dev_rfpacket_pk_cfg_s *x)
struct dev_rfpacket_pk_cfg_s * dev_rfpacket_pk_cfg_lora_s_base(struct dev_rfpacket_pk_cfg_lora_s *x)
struct dev_rfpacket_pk_cfg_lora_s * dev_rfpacket_pk_cfg_lora_s_cast(struct dev_rfpacket_pk_cfg_s *x)
struct dev_rfpacket_pk_cfg_s * dev_rfpacket_pk_cfg_raw_s_base(struct dev_rfpacket_pk_cfg_raw_s *x)
struct dev_rfpacket_pk_cfg_raw_s * dev_rfpacket_pk_cfg_raw_s_cast(struct dev_rfpacket_pk_cfg_s *x)
error_t dev_rfpacket_prepare_rx(struct dev_rfpacket_wait_ctx_s *ctx, uint8_t *buffer, size_t size)
struct dev_rfpacket_rf_cfg_s * dev_rfpacket_rf_cfg_ask_s_base(struct dev_rfpacket_rf_cfg_ask_s *x)
struct dev_rfpacket_rf_cfg_ask_s * dev_rfpacket_rf_cfg_ask_s_cast(struct dev_rfpacket_rf_cfg_s *x)
struct dev_rfpacket_rf_cfg_s * dev_rfpacket_rf_cfg_fsk_s_base(struct dev_rfpacket_rf_cfg_fsk_s *x)
struct dev_rfpacket_rf_cfg_fsk_s * dev_rfpacket_rf_cfg_fsk_s_cast(struct dev_rfpacket_rf_cfg_s *x)
struct dev_rfpacket_rf_cfg_s * dev_rfpacket_rf_cfg_lora_s_base(struct dev_rfpacket_rf_cfg_lora_s *x)
struct dev_rfpacket_rf_cfg_lora_s * dev_rfpacket_rf_cfg_lora_s_cast(struct dev_rfpacket_rf_cfg_s *x)
void dev_rfpacket_rq_done(struct dev_rfpacket_rq_s *rq)
struct dev_rfpacket_rq_s * dev_rfpacket_rq_from_kr(struct kroutine_s *kr)
struct dev_rfpacket_rq_s * dev_rfpacket_rq_head(dev_request_queue_root_t *q)
void dev_rfpacket_rq_init(struct dev_rfpacket_rq_s *rq, kroutine_exec_t *exec)
void dev_rfpacket_rq_init_immediate(struct dev_rfpacket_rq_s *rq, kroutine_exec_t *exec)
void dev_rfpacket_rq_init_queue(struct dev_rfpacket_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_rfpacket_rq_init_seq(struct dev_rfpacket_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
void dev_rfpacket_rq_insert(dev_request_queue_root_t *q, struct dev_rfpacket_rq_s *rq)
struct dev_rfpacket_rq_s * dev_rfpacket_rq_pop(dev_request_queue_root_t *q)
void dev_rfpacket_rq_pushback(dev_request_queue_root_t *q, struct dev_rfpacket_rq_s *rq)
void dev_rfpacket_rq_remove(dev_request_queue_root_t *q, struct dev_rfpacket_rq_s *rq)
struct dev_request_s * dev_rfpacket_rq_s_base(struct dev_rfpacket_rq_s *x)
struct dev_rfpacket_rq_s * dev_rfpacket_rq_s_cast(struct dev_request_s *x)
struct dev_rfpacket_rx_s * dev_rfpacket_rx_s_from_kr(void *x)
error_t dev_rfpacket_start_rx(struct dev_rfpacket_wait_ctx_s *ctx, uint_fast16_t channel, dev_timer_delay_t timeout)
error_t dev_rfpacket_stop_rx(struct dev_rfpacket_wait_ctx_s *ctx)
void dev_rfpacket_wait_cleanup(struct dev_rfpacket_wait_ctx_s *ctx)
error_t dev_rfpacket_wait_init(struct dev_rfpacket_wait_ctx_s *ctx, const struct device_rfpacket_s *rf_dev, const struct dev_rfpacket_rf_cfg_s *rf_cfg, const struct dev_rfpacket_pk_cfg_s *pk_cfg)
error_t dev_rfpacket_wait_rq(const struct device_rfpacket_s *accessor, struct dev_rfpacket_rq_s *rq)
error_t dev_rfpacket_wait_rx(struct dev_rfpacket_wait_ctx_s *ctx, uint8_t *buffer, size_t *size)
error_t dev_rfpacket_wait_tx(struct dev_rfpacket_wait_ctx_s *ctx, const uint8_t *data, size_t size, uint_fast16_t channel, dev_rfpacket_pwr_t pwr, dev_timer_delay_t timeout)
void dev_rng_cleanup(struct dev_rng_s *rng)
error_t dev_rng_init(struct dev_rng_s *rng, const char *dev)
error_t dev_rng_wait_read(struct dev_rng_s *rng, void *data, size_t size)
error_t dev_rng_wait_seed(struct dev_rng_s *rng, const void *data, size_t size)
error_t dev_rng_wait_seed_from_other(struct dev_rng_s *rng, struct dev_rng_s *other, size_t size)
void dev_smi_bc_rq_cleanup(struct dev_smi_bc_rq_s *rq)
void dev_smi_bc_rq_init(struct dev_smi_bc_rq_s *rq, const struct bc_descriptor_s *desc, enum dev_smi_clause_e clause, uint8_t prtad, uint8_t devad)
void dev_smi_bc_rq_resume(struct device_smi_s *dev, struct dev_smi_bc_rq_s *rq)
struct dev_smi_rq_s * dev_smi_bc_rq_s_base(struct dev_smi_bc_rq_s *x)
struct dev_smi_bc_rq_s * dev_smi_bc_rq_s_cast(struct dev_smi_rq_s *x)
void dev_smi_bc_rq_start(struct device_smi_s *dev, struct dev_smi_bc_rq_s *rq, const void *pc, uint16_t mask, ...)
error_t dev_smi_drv_cleanup(struct dev_smi_drv_ctx_s *ctx)
error_t dev_smi_drv_init(struct device_s *dev, struct dev_smi_drv_ctx_s *ctx, const struct device_smi_ops_s *ops)
void dev_smi_drv_request_push(struct dev_smi_drv_ctx_s *ctx, struct dev_smi_rq_s *rq)
void dev_smi_drv_transfer_done(struct dev_smi_drv_ctx_s *ctx, error_t err)
void dev_smi_rq_done(struct dev_smi_rq_s *rq)
struct dev_smi_rq_s * dev_smi_rq_from_kr(struct kroutine_s *kr)
struct dev_smi_rq_s * dev_smi_rq_head(dev_request_queue_root_t *q)
void dev_smi_rq_init(struct dev_smi_rq_s *rq, kroutine_exec_t *exec)
void dev_smi_rq_init_immediate(struct dev_smi_rq_s *rq, kroutine_exec_t *exec)
void dev_smi_rq_init_queue(struct dev_smi_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_smi_rq_init_seq(struct dev_smi_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_smi_rq_s * dev_smi_rq_pop(dev_request_queue_root_t *q)
void dev_smi_rq_pushback(dev_request_queue_root_t *q, struct dev_smi_rq_s *rq)
void dev_smi_rq_remove(dev_request_queue_root_t *q, struct dev_smi_rq_s *rq)
struct dev_request_s * dev_smi_rq_s_base(struct dev_smi_rq_s *x)
struct dev_smi_rq_s * dev_smi_rq_s_cast(struct dev_request_s *x)
struct dev_smi_rq_s * dev_smi_transfer_rq_s_base(struct dev_smi_transfer_rq_s *x)
struct dev_smi_transfer_rq_s * dev_smi_transfer_rq_s_cast(struct dev_smi_rq_s *x)
error_t dev_smi_wait_c22_read(const struct device_smi_s *accessor, uint8_t phy, uint8_t reg, uint16_t *value)
error_t dev_smi_wait_c22_write(const struct device_smi_s *accessor, uint8_t phy, uint8_t reg, uint16_t value)
error_t dev_smi_wait_c22x_read(const struct device_smi_s *accessor, uint8_t prtad, uint8_t devad, uint16_t address, uint16_t *value)
error_t dev_smi_wait_c22x_write(const struct device_smi_s *accessor, uint8_t prtad, uint8_t devad, uint16_t address, uint16_t value)
error_t dev_smi_wait_c45_read(const struct device_smi_s *accessor, uint8_t prtad, uint8_t devad, uint16_t address, uint16_t *value)
error_t dev_smi_wait_c45_write(const struct device_smi_s *accessor, uint8_t prtad, uint8_t devad, uint16_t address, uint16_t value)
error_t dev_smi_wait_read(const struct device_smi_s *accessor, enum dev_smi_clause_e clause, uint8_t prtad, uint8_t devad, uint16_t address, uint16_t *value)
error_t dev_smi_wait_rq(const struct device_smi_s *acc, struct dev_smi_rq_s *rq)
error_t dev_smi_wait_write(const struct device_smi_s *accessor, enum dev_smi_clause_e clause, uint8_t prtad, uint8_t devad, uint16_t address, uint16_t value)
void dev_spi_bytecode_init(struct dev_spi_ctrl_bytecode_rq_s *rq)
error_t dev_spi_bytecode_start(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_bytecode_rq_s *rq, const void *pc, uint16_t mask, ...)
error_t dev_spi_bytecode_start_va(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_bytecode_rq_s *rq, const void *pc, uint16_t mask, va_list ap)
error_t dev_spi_bytecode_wakeup(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_bytecode_rq_s *rq)
void dev_spi_context_cleanup(struct dev_spi_ctrl_context_s *q)
error_t dev_spi_context_init(struct device_s *dev, struct dev_spi_ctrl_context_s *q)
struct dev_spi_ctrl_bytecode_rq_s * dev_spi_ctrl_bytecode_rq_from_kr(struct kroutine_s *kr)
struct dev_spi_ctrl_rq_s * dev_spi_ctrl_bytecode_rq_s_base(struct dev_spi_ctrl_bytecode_rq_s *x)
struct dev_spi_ctrl_bytecode_rq_s * dev_spi_ctrl_bytecode_rq_s_cast(struct dev_spi_ctrl_rq_s *x)
void dev_spi_ctrl_rq_done(struct dev_spi_ctrl_rq_s *rq)
struct dev_spi_ctrl_rq_s * dev_spi_ctrl_rq_from_kr(struct kroutine_s *kr)
void dev_spi_ctrl_rq_init(struct dev_spi_ctrl_rq_s *rq, kroutine_exec_t *exec)
void dev_spi_ctrl_rq_init_immediate(struct dev_spi_ctrl_rq_s *rq, kroutine_exec_t *exec)
void dev_spi_ctrl_rq_init_queue(struct dev_spi_ctrl_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_spi_ctrl_rq_init_seq(struct dev_spi_ctrl_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_request_s * dev_spi_ctrl_rq_s_base(struct dev_spi_ctrl_rq_s *x)
struct dev_spi_ctrl_rq_s * dev_spi_ctrl_rq_s_cast(struct dev_request_s *x)
struct dev_spi_ctrl_transaction_rq_s * dev_spi_ctrl_transaction_rq_from_kr(struct kroutine_s *kr)
struct dev_spi_ctrl_rq_s * dev_spi_ctrl_transaction_rq_s_base(struct dev_spi_ctrl_transaction_rq_s *x)
struct dev_spi_ctrl_transaction_rq_s * dev_spi_ctrl_transaction_rq_s_cast(struct dev_spi_ctrl_rq_s *x)
struct device_gpio_s * dev_spi_request_gpio(struct dev_spi_ctrl_rq_s *rq)
struct device_timer_s * dev_spi_timer(struct device_spi_ctrl_s *ctrl)
void dev_spi_transaction_init(struct dev_spi_ctrl_transaction_rq_s *rq)
void dev_spi_transaction_start(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_transaction_rq_s *rq)
error_t dev_spi_wait_bytecode(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_bytecode_rq_s *rq, const void *pc, uint16_t mask, ...)
error_t dev_spi_wait_transaction(struct device_spi_ctrl_s *ctrl, struct dev_spi_ctrl_transaction_rq_s *rq)
error_t dev_spi_wait_transfer(struct device_spi_ctrl_s *accessor, struct dev_spi_ctrl_transfer_s *tr)
error_t dev_timer_check_timeout(const struct device_timer_s *accessor, dev_timer_delay_t delay, const dev_timer_value_t *start)
error_t dev_timer_delay_check_s2t(int_fast8_t shift, dev_timer_delay_t delay)
error_t dev_timer_delay_check_t2s(int_fast8_t shift, dev_timer_delay_t delay)
dev_timer_delay_t dev_timer_delay_shift_s2t(int_fast8_t shift, dev_timer_delay_t delay)
dev_timer_delay_t dev_timer_delay_shift_t2s(int_fast8_t shift, dev_timer_delay_t delay)
error_t dev_timer_frac(const struct device_timer_s *accessor, uint64_t *num, uint64_t *denom, dev_timer_cfgrev_t *rev, bool_t reduce)
error_t dev_timer_get_sec(const struct device_timer_s *accessor, uint64_t *stime, dev_timer_cfgrev_t *rev, dev_timer_value_t tvalue, uint32_t r_unit)
error_t dev_timer_init_sec(const struct device_timer_s *accessor, dev_timer_delay_t *delay, dev_timer_cfgrev_t *rev, dev_timer_delay_t s_delay, uint32_t r_unit)
error_t dev_timer_init_sec_ceil(const struct device_timer_s *accessor, dev_timer_delay_t *delay, dev_timer_cfgrev_t *rev, dev_timer_delay_t s_delay, uint32_t r_unit)
error_t dev_timer_init_sec_round(const struct device_timer_s *accessor, dev_timer_delay_t *delay, dev_timer_cfgrev_t *rev, dev_timer_delay_t s_delay, uint32_t r_unit)
bool_t dev_timer_request_is_scheduled(const struct dev_timer_rq_s *rq)
void dev_timer_rq_done(struct dev_timer_rq_s *rq)
struct dev_timer_rq_s * dev_timer_rq_from_kr(struct kroutine_s *kr)
struct dev_timer_rq_s * dev_timer_rq_head(dev_request_pqueue_root_t *q)
void dev_timer_rq_init(struct dev_timer_rq_s *rq, kroutine_exec_t *exec)
void dev_timer_rq_init_immediate(struct dev_timer_rq_s *rq, kroutine_exec_t *exec)
void dev_timer_rq_init_queue(struct dev_timer_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_timer_rq_init_seq(struct dev_timer_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
void dev_timer_rq_insert(dev_request_pqueue_root_t *q, struct dev_timer_rq_s *rq)
struct dev_timer_rq_s * dev_timer_rq_next(dev_request_pqueue_root_t *q, struct dev_timer_rq_s *rq)
struct dev_timer_rq_s * dev_timer_rq_prev(dev_request_pqueue_root_t *q, struct dev_timer_rq_s *rq)
void dev_timer_rq_remove(dev_request_pqueue_root_t *q, struct dev_timer_rq_s *rq)
struct dev_request_s * dev_timer_rq_s_base(struct dev_timer_rq_s *x)
struct dev_timer_rq_s * dev_timer_rq_s_cast(struct dev_request_s *x)
error_t dev_timer_shift_sec(const struct device_timer_s *accessor, int8_t *shift_a, int8_t *shift_b, dev_timer_cfgrev_t *rev, dev_timer_delay_t s_delay, uint32_t r_unit)
error_t dev_timer_wait_deadline(const struct device_timer_s *accessor, dev_timer_value_t deadline, dev_timer_cfgrev_t rev)
error_t dev_timer_wait_delay(const struct device_timer_s *accessor, dev_timer_delay_t delay, dev_timer_cfgrev_t rev)
error_t dev_timer_wait_rq(const struct device_timer_s *accessor, struct dev_timer_rq_s *rq)
struct dev_usbdev_context_s * dev_usbdev_context_s_from_kr(void *x)
enum usb_transfert_direction_e dev_usbdev_get_transfer_dir(struct dev_usbdev_rq_s *tr)
void dev_usbdev_rq_done(struct dev_usbdev_rq_s *rq)
struct dev_usbdev_rq_s * dev_usbdev_rq_from_kr(struct kroutine_s *kr)
struct dev_usbdev_rq_s * dev_usbdev_rq_head(dev_request_queue_root_t *q)
void dev_usbdev_rq_init(struct dev_usbdev_rq_s *rq, kroutine_exec_t *exec)
void dev_usbdev_rq_init_immediate(struct dev_usbdev_rq_s *rq, kroutine_exec_t *exec)
void dev_usbdev_rq_init_queue(struct dev_usbdev_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_usbdev_rq_init_seq(struct dev_usbdev_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_usbdev_rq_s * dev_usbdev_rq_pop(dev_request_queue_root_t *q)
void dev_usbdev_rq_pushback(dev_request_queue_root_t *q, struct dev_usbdev_rq_s *rq)
void dev_usbdev_rq_remove(dev_request_queue_root_t *q, struct dev_usbdev_rq_s *rq)
struct dev_request_s * dev_usbdev_rq_s_base(struct dev_usbdev_rq_s *x)
struct dev_usbdev_rq_s * dev_usbdev_rq_s_cast(struct dev_request_s *x)
error_t dev_use_generic(void *param, enum dev_use_op_e op)
void dev_valio_rq_done(struct dev_valio_rq_s *rq)
struct dev_valio_rq_s * dev_valio_rq_from_kr(struct kroutine_s *kr)
struct dev_valio_rq_s * dev_valio_rq_head(dev_request_queue_root_t *q)
void dev_valio_rq_init(struct dev_valio_rq_s *rq, kroutine_exec_t *exec)
void dev_valio_rq_init_immediate(struct dev_valio_rq_s *rq, kroutine_exec_t *exec)
void dev_valio_rq_init_queue(struct dev_valio_rq_s *rq, kroutine_exec_t *exec, struct kroutine_queue_s *queue)
void dev_valio_rq_init_seq(struct dev_valio_rq_s *rq, kroutine_exec_t *exec, struct kroutine_sequence_s *seq)
struct dev_valio_rq_s * dev_valio_rq_pop(dev_request_queue_root_t *q)
void dev_valio_rq_pushback(dev_request_queue_root_t *q, struct dev_valio_rq_s *rq)
void dev_valio_rq_remove(dev_request_queue_root_t *q, struct dev_valio_rq_s *rq)
struct dev_request_s * dev_valio_rq_s_base(struct dev_valio_rq_s *x)
struct dev_valio_rq_s * dev_valio_rq_s_cast(struct dev_request_s *x)
error_t dev_valio_wait_op(enum dev_valio_request_type_e type, const struct device_valio_s *accessor, uint16_t attribute, void *data)
error_t dev_valio_wait_rq(const struct device_valio_s *acc, struct dev_valio_rq_s *rq)
void device_alias_remove(struct device_alias_s *alias)
struct device_s * device_alloc(size_t resources)
void device_async_cleanup_done(struct device_s *dev)
void device_async_init_done(struct device_s *dev, error_t error)
void device_attach(struct device_s *dev, struct device_s *parent, const struct driver_s *drv)
error_t device_bind_driver(struct device_s *dev, const struct driver_s *drv)
struct device_accessor_s * device_bitbang_s_base(struct device_bitbang_s *x)
struct device_bitbang_s * device_bitbang_s_cast(struct device_accessor_s *x)
struct device_accessor_s * device_char_s_base(struct device_char_s *x)
struct device_char_s * device_char_s_cast(struct device_accessor_s *x)
bool_t device_check_accessor(const struct device_accessor_s *acc)
void device_cleanup(struct device_s *dev)
bool_t device_cmp_accessor(const struct device_accessor_s *a, const struct device_accessor_s *b)
struct device_accessor_s * device_cmu_s_base(struct device_cmu_s *x)
struct device_cmu_s * device_cmu_s_cast(struct device_accessor_s *x)
error_t device_copy_accessor(struct device_accessor_s *dst, const struct device_accessor_s *src)
struct device_accessor_s * device_cpu_s_base(struct device_cpu_s *x)
struct device_cpu_s * device_cpu_s_cast(struct device_accessor_s *x)
struct device_accessor_s * device_crypto_s_base(struct device_crypto_s *x)
struct device_crypto_s * device_crypto_s_cast(struct device_accessor_s *x)
error_t device_detach(struct device_s *dev)
struct device_accessor_s * device_display_s_base(struct device_display_s *x)
struct device_display_s * device_display_s_cast(struct device_accessor_s *x)
struct device_accessor_s * device_dma_s_base(struct device_dma_s *x)
struct device_dma_s * device_dma_s_cast(struct device_accessor_s *x)
struct device_accessor_s * device_enum_s_base(struct device_enum_s *x)
struct device_enum_s * device_enum_s_cast(struct device_accessor_s *x)
error_t device_get_accessor(struct device_accessor_s *acc, struct device_s *dev, enum driver_class_e cl, uint_fast8_t number)
error_t device_get_accessor_by_path(struct device_accessor_s *acc, struct device_node_s *root, const char *path, enum driver_class_e cl)
error_t device_get_address_route(struct device_s *dev, struct device_s *target, enum device_access_type_e ops, uint_fast8_t *id)
error_t device_get_by_path(struct device_s **dev, uint_fast8_t *number, struct device_node_s *root, const char *path, device_filter_t *filter)
uint_fast8_t device_get_cpu_count(void )
error_t device_get_param_blob(const struct device_s *dev, const char *name, uint8_t id, const void **a)
error_t device_get_param_dev_accessor(struct device_s *dev, const char *name, struct device_accessor_s *acc, enum driver_class_e cl)
error_t device_get_param_str(const struct device_s *dev, const char *name, const char **a)
void device_get_param_str_default(const struct device_s *dev, const char *name, const char **a, const char *def)
error_t device_get_param_uint(const struct device_s *dev, const char *name, uintptr_t *a)
error_t device_get_param_uint_array(const struct device_s *dev, const char *name, uint16_t *count, const uintptr_t **a)
void device_get_param_uint_default(const struct device_s *dev, const char *name, uintptr_t *a, uintptr_t def)
error_t device_get_path(struct device_node_s *root, char *buf, size_t buflen, struct device_node_s *dev, uint_fast8_t number)
error_t device_get_res_freq(const struct device_s *dev, struct dev_freq_s *freq, uint_fast8_t index)
error_t device_gpio_get_setup(struct device_gpio_s *accessor, struct device_s *dev, const char *pin_list, gpio_id_t *map, gpio_width_t *wmap)
error_t device_gpio_map_set_mode(const struct device_gpio_s *accessor, const gpio_id_t *map, const gpio_width_t *wmap, uint_fast8_t count, ...)
struct device_accessor_s * device_gpio_s_base(struct device_gpio_s *x)
struct device_gpio_s * device_gpio_s_cast(struct device_accessor_s *x)
error_t device_gpio_setup(struct device_gpio_s *accessor, struct device_s *dev, const char *pin_list, gpio_id_t *map, gpio_width_t *wmap)
error_t device_i2c_bytecode_wakeup(struct device_i2c_ctrl_s *ctrl, struct dev_i2c_ctrl_bytecode_rq_s *rq)
struct dev_i2c_ctrl_context_s * device_i2c_ctrl_context(const struct device_i2c_ctrl_s *x)
struct device_accessor_s * device_i2c_ctrl_s_base(struct device_i2c_ctrl_s *x)
struct device_i2c_ctrl_s * device_i2c_ctrl_s_cast(struct device_accessor_s *x)
error_t device_icu_dummy_link(struct device_icu_s *accessor, struct dev_irq_sink_s *sink, struct dev_irq_src_s *src, dev_irq_route_t *route_mask, struct dev_irq_src_s **bypass)
error_t device_icu_irq_bind(struct dev_irq_src_s *source, const char *icu_name, uint_fast16_t sink_id, uint8_t irq_id, enum dev_irq_sense_modes_e trig_mode, dev_irq_route_t route_mask)
struct device_accessor_s * device_icu_s_base(struct device_icu_s *x)
struct device_icu_s * device_icu_s_cast(struct device_accessor_s *x)
void device_init(struct device_s *dev, const struct dev_resource_table_s *tbl)
void device_init_accessor(struct device_accessor_s *acc)
error_t device_init_driver(struct device_s *dev)
void device_init_enable_api(struct device_s *dev, uint_fast8_t index)
bool_t device_init_is_partial(struct device_s *dev)
bool_t device_init_test_api(struct device_s *dev, uint_fast8_t index)
enum dev_pin_driving_e device_io_mode_symbol(char l)
void device_iomux_cleanup(struct device_s *dev)
void device_iomux_cleanup2(struct device_s *dev, struct device_iomux_s *iomux)
error_t device_iomux_fetch(struct device_s *dev, struct device_iomux_s *iomux, const char *io_list, iomux_demux_t *demux, iomux_io_id_t *io_id, iomux_config_t *config)
struct device_accessor_s * device_iomux_s_base(struct device_iomux_s *x)
struct device_iomux_s * device_iomux_s_cast(struct device_accessor_s *x)
error_t device_iomux_setup(struct device_s *dev, const char *io_list, iomux_demux_t *demux, iomux_io_id_t *io_id, iomux_config_t *config)
void device_irq_modes(struct dev_irq_src_s *src, enum dev_irq_sense_modes_e *cur, enum dev_irq_sense_modes_e *modes)
void device_irq_sink_init(struct device_s *dev, struct dev_irq_sink_s *sinks, uint_fast8_t count, dev_irq_sink_update_t *update, enum dev_irq_sense_modes_e sense_mask)
void device_irq_sink_process(struct dev_irq_sink_s *sink, dev_irq_id_t id)
void device_irq_source_init(struct device_s *dev, struct dev_irq_src_s *sources, uint_fast8_t count, dev_irq_src_process_t *process)
error_t device_irq_source_link(struct device_s *dev, struct dev_irq_src_s *sources, uint_fast8_t count, uint32_t enable_mask)
void device_irq_source_unlink(struct device_s *dev, struct dev_irq_src_s *sources, uint_fast8_t count)
error_t device_irq_src_disable(struct dev_irq_src_s *src)
error_t device_irq_src_enable(struct dev_irq_src_s *src)
error_t device_irq_src_update(struct dev_irq_src_s *src, enum dev_irq_sense_modes_e trig_mode)
error_t device_last_number(struct device_s *dev, enum driver_class_e cl, uint_fast8_t *num)
struct device_accessor_s * device_mem_s_base(struct device_mem_s *x)
struct device_mem_s * device_mem_s_cast(struct device_accessor_s *x)
struct device_accessor_s * device_net_s_base(struct device_net_s *x)
struct device_net_s * device_net_s_cast(struct device_accessor_s *x)
struct device_alias_s * device_new_alias_to_node(struct device_node_s *parent, const char *name, struct device_node_s *node)
struct device_alias_s * device_new_alias_to_path(struct device_node_s *parent, const char *name, const char *path)
struct device_accessor_s * device_pcm_s_base(struct device_pcm_s *x)
struct device_pcm_s * device_pcm_s_cast(struct device_accessor_s *x)
void device_put_accessor(struct device_accessor_s *acc)
struct device_accessor_s * device_pwm_s_base(struct device_pwm_s *x)
struct device_pwm_s * device_pwm_s_cast(struct device_accessor_s *x)
error_t device_release_driver(struct device_s *dev)
error_t device_res_add_clock_src(struct device_s *dev, const char *src_name, uint_fast8_t src_id, uint_fast8_t sink_id)
error_t device_res_add_cmu_mux(struct device_s *dev, dev_cmu_node_id_t parent_id, dev_cmu_node_id_t node_id, dev_cmu_config_mask_t config_mask, const struct dev_freq_ratio_s *ratio)
error_t device_res_add_cmu_osc(struct device_s *dev, dev_cmu_node_id_t node_id, dev_cmu_config_mask_t config_mask, uint64_t num, uint32_t denom)
error_t device_res_add_dev_param(struct device_s *dev, const char *name, const char *path, enum driver_class_e cl)
error_t device_res_add_freq(struct device_s *dev, const struct dev_freq_s *freq)
error_t device_res_add_gpio(struct device_s *dev, const char *label, gpio_id_t id, gpio_width_t width)
error_t device_res_add_i2c_addr(struct device_s *dev, const char *ctrl, uint16_t addr)
error_t device_res_add_i2c_bitrate(struct device_s *dev, uint32_t bitrate)
error_t device_res_add_id(struct device_s *dev, uintptr_t major, uintptr_t minor)
error_t device_res_add_io(struct device_s *dev, uintptr_t start, uintptr_t end)
error_t device_res_add_iomux(struct device_s *dev, const char *label, iomux_demux_t demux, iomux_io_id_t io_id, iomux_mux_t mux, iomux_config_t config)
error_t device_res_add_irq(struct device_s *dev, uint_fast8_t src_id, uint_fast8_t sink_id, enum dev_irq_sense_modes_e trig_mode, dev_irq_id_t irq_id, dev_irq_route_t route_mask)
error_t device_res_add_mem(struct device_s *dev, uintptr_t start, uintptr_t end)
error_t device_res_add_product(struct device_s *dev, uintptr_t id, const char *name)
error_t device_res_add_revision(struct device_s *dev, uintptr_t major, uintptr_t minor)
error_t device_res_add_str_param(struct device_s *dev, const char *name, const char *value)
error_t device_res_add_uint_array_param(struct device_s *dev, const char *name, uint16_t count, uintptr_t values[])
error_t device_res_add_uint_param(struct device_s *dev, const char *name, uintptr_t value)
error_t device_res_add_vendor(struct device_s *dev, uintptr_t id, const char *name)
error_t device_res_get_dma(const struct device_s *dev, uint_fast16_t id, uint32_t *channel_mask, uint32_t *link)
error_t device_res_get_io(const struct device_s *dev, uint_fast8_t id, uintptr_t *start, uintptr_t *end)
error_t device_res_get_mem(const struct device_s *dev, uint_fast8_t id, uintptr_t *start, uintptr_t *end)
error_t device_res_get_rev(const struct device_s *dev, uint_fast8_t id, uintptr_t *major, uintptr_t *minor)
error_t device_res_gpio_map(struct device_s *dev, const char *pin_list, gpio_id_t *map, gpio_width_t *wmap)
struct device_accessor_s * device_rfpacket_s_base(struct device_rfpacket_s *x)
struct device_rfpacket_s * device_rfpacket_s_cast(struct device_accessor_s *x)
error_t device_set_name(struct device_s *dev, const char *name)
void device_shrink(struct device_s *dev)
void device_sleep_schedule(struct device_s *dev)
struct device_accessor_s * device_smi_s_base(struct device_smi_s *x)
struct device_smi_s * device_smi_s_cast(struct device_accessor_s *x)
struct dev_spi_ctrl_context_s * device_spi_ctrl_context(const struct device_spi_ctrl_s *x)
struct device_accessor_s * device_spi_ctrl_s_base(struct device_spi_ctrl_s *x)
struct device_spi_ctrl_s * device_spi_ctrl_s_cast(struct device_accessor_s *x)
error_t device_start(struct device_accessor_s *acc)
error_t device_stop(struct device_accessor_s *acc)
struct device_accessor_s * device_timer_s_base(struct device_timer_s *x)
struct device_timer_s * device_timer_s_cast(struct device_accessor_s *x)
struct device_node_s * device_tree_root(void )
bool_t device_tree_walk(struct device_node_s *root, device_tree_walker_t *walker, void *priv)
error_t device_unbind_driver(struct device_s *dev)
struct dev_usbdev_context_s * device_usbdev_context(const struct device_usbdev_s *x)
struct device_accessor_s * device_usbdev_s_base(struct device_usbdev_s *x)
struct device_usbdev_s * device_usbdev_s_cast(struct device_accessor_s *x)
struct device_accessor_s * device_valio_s_base(struct device_valio_s *x)
struct device_valio_s * device_valio_s_cast(struct device_accessor_s *x)
error_t device_wait_accessor(struct device_accessor_s *acc, struct device_s *dev, enum driver_class_e cl, uint_fast8_t number)
error_t device_wait_accessor_by_path(struct device_accessor_s *acc, struct device_node_s *root, const char *path, enum driver_class_e cl)
uint8_t usb_ep_dir_get(const struct usb_endpoint_descriptor_s *ep)
uint8_t usb_ep_interval_get(const struct usb_endpoint_descriptor_s *ep)
bool_t usb_ep_is_in(const struct usb_endpoint_descriptor_s *desc)
bool_t usb_ep_is_out(const struct usb_endpoint_descriptor_s *desc)
uint16_t usb_ep_mps_get(const struct usb_endpoint_descriptor_s *ep)
uint8_t usb_ep_num_get(const struct usb_endpoint_descriptor_s *ep)
uint16_t usb_ep_size_get(const struct usb_endpoint_descriptor_s *ep)
enum usb_endpoint_type_e usb_ep_type_get(const struct usb_endpoint_descriptor_s *ep)
uint8_t usb_interface_alt_get(const struct usb_interface_descriptor_s *intf)
uint8_t usb_interface_ep_count_get(const struct usb_interface_descriptor_s *intf)
uint8_t usb_interface_number_get(const struct usb_interface_descriptor_s *intf)
enum usb_transfert_direction_e usb_setup_direction_get(const struct usb_ctrl_setup_s *s)
uint16_t usb_setup_index_get(const struct usb_ctrl_setup_s *s)
uint16_t usb_setup_length_get(const struct usb_ctrl_setup_s *s)
enum usb_tranfert_recipient_e usb_setup_recipient_get(const struct usb_ctrl_setup_s *s)
uint8_t usb_setup_reqtype_get(const struct usb_ctrl_setup_s *s)
uint8_t usb_setup_request_get(const struct usb_ctrl_setup_s *s)
enum usb_tranfert_type_e usb_setup_type_get(const struct usb_ctrl_setup_s *s)
uint16_t usb_setup_value_get(const struct usb_ctrl_setup_s *s)
void usbdev_cdc_descriptor_replace(const struct dev_usbdev_desc_iterator_s *it, const struct usb_descriptor_header_s *src, struct usb_descriptor_header_s *dst, size_t begin, size_t end)
void usbdev_descriptor_replace(const struct dev_usbdev_desc_iterator_s *it, const struct usb_descriptor_header_s *src, struct usb_descriptor_header_s *dst, size_t begin, size_t end)
void * usbdev_stack_allocate(const struct device_usbdev_s *dev, size_t size)
error_t usbdev_stack_cleanup(struct dev_usbdev_context_s *ctx)
void usbdev_stack_config_done(struct dev_usbdev_context_s *ctx)
void usbdev_stack_free(const struct device_usbdev_s *dev, void *ptr)
uint8_t usbdev_stack_get_ep0_mps(struct dev_usbdev_context_s *ctx)
uint8_t usbdev_stack_get_ep_addr(const struct usb_endpoint_descriptor_s *desc, dev_usbdev_ep_map_t mapi, dev_usbdev_ep_map_t mapo)
error_t usbdev_stack_init(struct device_s *dev, struct dev_usbdev_context_s *ctx, uint16_t epi_msk, uint16_t epo_msk, const struct dev_usbdev_driver_ops_s *ops)
error_t usbdev_stack_request(const struct device_usbdev_s *dev, struct usbdev_service_s *service, struct usbdev_service_rq_s *rq)
void usbdev_stack_request_done(struct dev_usbdev_context_s *ctx, struct dev_usbdev_rq_s *tr)
error_t usbdev_stack_service_register(const struct device_usbdev_s *dev, struct usbdev_service_s *service)
error_t usbdev_stack_service_unregister(const struct device_usbdev_s *dev, struct usbdev_service_s *service)
void usbdev_stack_set_device_info(const struct device_usbdev_s *dev, const struct usbdev_device_info_s *info)
error_t usbdev_stack_transfer(const struct device_usbdev_s *dev, struct usbdev_service_s *service, struct dev_usbdev_rq_s *tr, const struct usb_endpoint_descriptor_s *desc)
error_t cpu_tree_insert(struct cpu_tree_s *node)
const struct cpu_tree_s * cpu_tree_lookup(uintptr_t id)
void cpu_tree_node_cleanup(struct cpu_tree_s *node)
error_t cpu_tree_node_init(struct cpu_tree_s *node, cpu_id_t id, struct device_s *dev)
void cpu_tree_remove(struct cpu_tree_s *node)
error_t dev_cmu_configid_set(struct device_s *dev, const struct device_cmu_config_ops_s *ops, uint_fast8_t config_id)
void dev_cmu_src_notify(struct dev_clock_src_ep_s *src, struct dev_clock_notify_s *param)
error_t dev_drv_enum_cancel_generic(dev_request_queue_root_t *q, struct device_s *dev, struct dev_enum_rq_s *rq)
void dev_drv_enum_child_init(dev_request_queue_root_t *q, struct device_s *cdev)
void dev_drv_enum_init_enqueue(dev_request_queue_root_t *q, struct dev_enum_rq_s *rq)
void dev_drv_enum_request_generic(dev_request_queue_root_t *q, struct device_s *dev, struct dev_enum_rq_s *rq)
void dev_drv_i2c_ctrl_context_cleanup_(struct dev_i2c_ctrl_context_s *q)
error_t dev_drv_i2c_ctrl_context_init_(struct device_s *dev, struct dev_i2c_ctrl_context_s *q)
error_t dev_mem_flash_op(const struct dev_mem_flash_op_info_s *info, struct dev_mem_rq_s *rq)
error_t dev_mem_mapped_op_helper(uintptr_t base, uintptr_t end, struct dev_mem_rq_s *rq)
void dev_request_delayed_kr(struct kroutine_s *kr, enum kroutine_exec_flags_e flags)
void dev_request_sem_done(struct kroutine_s *kr, enum kroutine_exec_flags_e flags)
struct device_alias_s * device_alias_from_node(struct device_node_s *node)
struct device_s * device_from_node(struct device_node_s *node)
error_t device_get_api(struct device_s *dev, enum driver_class_e cl, const struct driver_class_s **api)
struct device_node_s * device_node_from_alias(struct device_alias_s *alias)
error_t device_node_from_path(struct device_node_s **node, const char *path, uint_fast8_t depth, const char **brackets, device_filter_t *filter)
error_t device_res_alloc(struct device_s *dev, struct dev_resource_s **res, enum dev_resource_type_e type)
error_t device_res_alloc_str(struct device_s *dev, enum dev_resource_type_e type, const char *a, const char *b, struct dev_resource_s **r_)
error_t device_res_alloc_uint(struct device_s *dev, enum dev_resource_type_e type, uintptr_t a, uintptr_t b, struct dev_resource_s **r_)
error_t device_res_alloc_uint64(struct device_s *dev, enum dev_resource_type_e type, uint64_t a, struct dev_resource_s **r_)
void device_res_cleanup(struct dev_resource_s *r)
struct dev_resource_s * device_res_get(const struct device_s *dev, enum dev_resource_type_e type, uint_fast8_t index)
struct dev_resource_s * device_res_get_from_name(const struct device_s *dev, enum dev_resource_type_e type, uint_fast8_t index, const char *name)
error_t device_res_get_id(const struct device_s *dev, uint_fast8_t id, uintptr_t *major, uintptr_t *minor)
error_t device_res_get_uint(const struct device_s *dev, enum dev_resource_type_e type, uint_fast8_t id, uintptr_t *a, uintptr_t *b)
error_t device_res_get_uint64(const struct device_s *dev, enum dev_resource_type_e type, uint_fast8_t id, uint64_t *a)
error_t device_resolve_alias(struct device_node_s **node, uint_fast8_t depth, const char **brackets)
struct device_node_s * device_to_node(struct device_s *dev)

Variable [link]

struct device_s * cpu_device

2.3.4 Module API

Related headers [link]

Members [link]

Types [link]

Functions [link]

Constants [link]

Variable [link]

Macros [link]

Configuration tokens [link]