examples/ek_ra8d2/hw_validated/hil/usb_selftest_fs_host/src/usb_selftest_fs_host_fatdisk.c More...

#include <stdint.h>
#include <string.h>
#include "usb_selftest_fs_host_steps.h"
#include "ra8_board_ek_ra8d2.h"
#include "ra8_err.h"
#include "ra8_usb.h"
#include "tx_api.h"
#include "ux_api.h"
#include "ux_dcd_ra8_usb.h"
#include "ux_device_class_storage.h"
#include "ux_device_stack.h"

Include dependency graph for usb_selftest_fs_host_fatdisk.c:

Functions
static void	selftest_put16 (UCHAR *dst, uint16_t value)
	Write a 16-bit value little-endian into a byte buffer.
static void	selftest_put32 (UCHAR *dst, uint32_t value)
	Write a 32-bit value little-endian into a byte buffer.
static void	selftest_fat_fill_boot (UCHAR *out)
	Synthesize the FAT16 boot sector (MS FAT spec 1.03 sec 3.1).
static void	selftest_fat_fill_fat (uint32_t fat_sector, UCHAR *out)
	Synthesize one FAT16 sector of the cluster chain.
static void	selftest_fat_fill_root (uint32_t root_sector, UCHAR *out)
	Synthesize one root-directory sector.
static void	selftest_fat_fill_sector (uint32_t lba, UCHAR *out)
	Synthesize one 512-byte sector of the read-only volume.
UINT	selftest_msc_read (VOID storage, ULONG lun, UCHAR data_pointer, ULONG number_blocks, ULONG lba, ULONG *media_status)
	Storage media-read callback: synthesize sectors over MRAM.
UINT	selftest_msc_write (VOID storage, ULONG lun, UCHAR data_pointer, ULONG number_blocks, ULONG lba, ULONG *media_status)
	Storage media-write callback: always rejects (write-protected).
UINT	selftest_msc_status (VOID storage, ULONG lun, ULONG media_id, ULONG media_status)
	Storage media-status callback.
static UINT	selftest_usbx_stack_up (void)
	Brings USBX system + FS device stack up.
static UINT	selftest_msc_class_register (void)
	Registers the Mass-Storage class with the read-only MRAM LUN.
VOID	selftest_device_worker (ULONG arg)
	Device-side worker: bring the HS device stack up, then park.

Variables
static UCHAR	s_usbx_pool [k_selftest_usbx_pool_bytes]
	USBX memory pool (USBX uses tx_byte_pool internally).
static UCHAR	s_msc_vendor_id [] = "RA8D2 "
static UCHAR	s_msc_product_id [] = "SELFTEST MRAM RO"
static UCHAR	s_msc_product_rev [] = "0001"
static const UCHAR	s_fat_oem_name [8] = {'R', 'A', '8', 'D', '2', 'F', 'W', ' '}
	Boot-sector OEM name (8 bytes, space padded).
static const UCHAR	s_fat_volume_label [11] = {'R', 'A', '8', 'D', '2', ' ', 'M', 'R', 'A', 'M', ' '}
	Volume label, 11 bytes space padded (also the root entry).
static const UCHAR	s_fat_fs_type [8] = {'F', 'A', 'T', '1', '6', ' ', ' ', ' '}
	Filesystem-type tag, 8 bytes space padded.
static const UCHAR	s_fat_file_name [11] = {'M', 'R', 'A', 'M', ' ', ' ', ' ', ' ', 'B', 'I', 'N'}
	8.3 directory name of the exposed file: "MRAM.BIN".
static volatile uint32_t	s_dbg_read_calls
	Device-side media_read invocations.
static volatile uint32_t	s_dbg_dev_state
	Device-side ux_slave_device_state sample (3 = CONFIGURED).
static volatile uint32_t	s_dbg_ux_speed
	Device-side USBX negotiated speed (0 = HS, 1 = FS in UX terms).
static volatile uint32_t	s_dbg_thr_runs
	Storage class thread ThreadX run-count (0 = never scheduled).
static volatile uint32_t	s_dbg_thr_state
	Storage class thread ThreadX state (see tx_api TX_* states).
static volatile uint32_t	s_dbg_state3_seen
	Times the device sampler observed UX_DEVICE_CONFIGURED.
static volatile uint32_t	s_dbg_framework
	Current device framework pointer (HS vs FS array address).
static volatile uint32_t	s_dbg_fw_len
	Current device framework length (32 = FS cfg, 42 = HS cfg).
static volatile uint32_t	s_dbg_fw_fs_addr
	Address of the FS framework array (compare vs s_dbg_framework).
static volatile uint32_t	s_dbg_fw_hs_addr
	Address of the HS framework array (compare vs s_dbg_framework).
static UCHAR	s_device_framework_hs []
static UCHAR	s_device_framework_fs []
static UCHAR	s_string_framework []
	USBX string descriptor table (vendor / product / serial).
static UCHAR	s_language_id_framework [] = {k_usb_langid_en_us_lo, k_usb_langid_en_us_hi}
	USBX language-id table – US English.

Detailed Description

examples/ek_ra8d2/hw_validated/hil/usb_selftest_fs_host/src/usb_selftest_fs_host_fatdisk.c

Device role: synthesized read-only FAT16 MRAM disk + USBX bring-up.

Tag: [Ring 6 / APP] {World: S}

The DEVICE half of the USB self-loop config B example, split out of main.c. The board's USBHS controller exposes the 1 MiB MRAM window at 0x02000000 as a read-only synthesized FAT16 volume with one file MRAM.BIN. This unit owns:

the synthesized FAT16 layout (boot sector, FAT chain, root directory, data region copied straight out of MRAM);
the USBX Mass-Storage media callbacks (read / write / status);
the USBX system + device-stack + class bring-up;
the ThreadX device worker that attaches the HS device and parks.

The compile-time geometry and the cross-unit prototypes live in usb_selftest_fs_host_steps.h. The static data and helpers here stay private to this translation unit; only selftest_msc_read, selftest_msc_write, selftest_msc_status, and selftest_device_worker are referenced from main.c.

Author: Brighton Sikarskie

Date: 2026-06-13

Copyright: Copyright (c) 2026 Brighton Sikarskie SPDX-License-Identifier: MIT

Since: 0.1.0

Definition in file usb_selftest_fs_host_fatdisk.c.

Function Documentation

◆ selftest_device_worker()

VOID selftest_device_worker ( ULONG arg )

Device-side worker: bring the HS device stack up, then park.

Device-side worker: bring the FS device MSC stack up, then park.

USBX system + device stack + MSC class + DCD bridge on the USBHS controller, then DPRPU attach. The FS host downstream forces a full-speed link, so the stack serves the FS-fallback framework. USBX runs the SCSI/BBB state machine on its own class threads after this.

Parameters

[in] arg ThreadX entry argument (unused).

Precondition: tx_application_define created this thread.; USB-HS pins + UTMI PLL are up (main did both).

Postcondition: The HS device is attached and serviceable.; On any bring-up failure the thread exits (probes show where).

Note: Runs once; loops forever on success.

Since: 0.1.0

Definition at line 761 of file usb_selftest_fs_host_fatdisk.c.

◆ selftest_fat_fill_boot()

void selftest_fat_fill_boot ( UCHAR * out )

static

Synthesize the FAT16 boot sector (MS FAT spec 1.03 sec 3.1).

BPB for the padded 4146-sector volume plus the 0x55AA signature; geometry constants in selftest_fat_geom_t.

Parameters

[out] out Zeroed 512-byte sector buffer.

Precondition: out is zeroed.; Geometry constants describe a valid FAT16 volume.

Postcondition: out holds the BPB + 0x55AA signature.; No other state changes.

Note: Pure function.

Since: 0.1.0

Definition at line 382 of file usb_selftest_fs_host_fatdisk.c.

References k_boot_drive_num, k_boot_ext_sig, k_boot_jmp0, k_boot_jmp1, k_boot_jmp2, k_boot_media, k_boot_num_heads, k_boot_sec_per_trk, k_boot_sig_hi, k_boot_sig_hi_off, k_boot_sig_lo, k_boot_sig_lo_off, k_boot_volume_id, k_bpb_off_bootsig, k_bpb_off_bps, k_bpb_off_drvnum, k_bpb_off_fatsz16, k_bpb_off_fstype, k_bpb_off_heads, k_bpb_off_jmp, k_bpb_off_label, k_bpb_off_media, k_bpb_off_nfats, k_bpb_off_oem, k_bpb_off_rootent, k_bpb_off_rsvd, k_bpb_off_spc, k_bpb_off_spt, k_bpb_off_totsec16, k_bpb_off_volid, k_fat_fat_sectors, k_fat_num_fats, k_fat_reserved_sectors, k_fat_root_entries, k_fat_total_sectors, k_selftest_block_size, memcpy(), s_fat_fs_type, s_fat_oem_name, s_fat_volume_label, selftest_put16(), and selftest_put32().

Referenced by selftest_fat_fill_sector().

◆ selftest_fat_fill_fat()

void selftest_fat_fill_fat	(	uint32_t	fat_sector,
		UCHAR *	out )

static

Synthesize one FAT16 sector of the cluster chain.

MRAM.BIN occupies clusters 2..2049 as one sequential chain (entry c -> c + 1, last entry -> end-of-chain). Entries 0/1 carry the media descriptor per the FAT spec; everything past the chain reads as free (0x0000).

Parameters

[in]	fat_sector	Index of the FAT sector (0-based).
[out]	out	Zeroed 512-byte sector buffer.

Precondition: out is zeroed.; fat_sector is below k_fat_fat_sectors.

Postcondition: out holds 256 little-endian FAT16 entries.; No other state changes.

Note: Pure function.

Since: 0.1.0

Definition at line 426 of file usb_selftest_fs_host_fatdisk.c.

References k_fat_entries_per_sec, k_fat_entry0, k_fat_eoc, k_fat_last_mram_clus, and selftest_put16().

Referenced by selftest_fat_fill_sector().

◆ selftest_fat_fill_root()

void selftest_fat_fill_root	(	uint32_t	root_sector,
		UCHAR *	out )

static

Synthesize one root-directory sector.

Sector 0 of the root carries two entries: the volume label and the read-only MRAM.BIN file (start cluster 2, size 1 MiB). Every other root sector is empty.

Parameters

[in]	root_sector	Index of the root sector (0-based).
[out]	out	Zeroed 512-byte sector buffer.

Precondition: out is zeroed.; root_sector is below k_fat_root_sectors.

Postcondition: out holds the directory entries for that sector.; No other state changes.

Note: Pure function.

Since: 0.1.0

Definition at line 465 of file usb_selftest_fs_host_fatdisk.c.

References k_dir_attr_read_only, k_dir_attr_volume, k_dir_entry_bytes, k_dir_name_bytes, k_dir_off_attr, k_dir_off_cluster_lo, k_dir_off_size, k_fat_first_cluster, k_mram_bytes, memcpy(), s_fat_file_name, s_fat_volume_label, selftest_put16(), and selftest_put32().

Referenced by selftest_fat_fill_sector().

◆ selftest_fat_fill_sector()

void selftest_fat_fill_sector	(	uint32_t	lba,
		UCHAR *	out )

static

Synthesize one 512-byte sector of the read-only volume.

Dispatches on the LBA: boot sector, FAT, root directory, or data region. Data sectors inside the MRAM.BIN chain are copied straight out of the 1 MiB MRAM window; padding clusters past the chain read as zeros.

Parameters

[in]	lba	Logical block address inside the volume.
[out]	out	512-byte destination buffer.

Precondition: lba is below k_fat_total_sectors (caller-checked).; out has 512 writable bytes.

Postcondition: out holds the synthesized sector content.; No other state changes.

Note: Reads chip MRAM directly; no caching.

Since: 0.1.0

Definition at line 500 of file usb_selftest_fs_host_fatdisk.c.

References k_fat_data_lba, k_fat_fat_lba, k_fat_first_cluster, k_fat_last_mram_clus, k_fat_root_lba, k_mram_base_addr, k_selftest_block_size, memcpy(), memset(), selftest_fat_fill_boot(), selftest_fat_fill_fat(), and selftest_fat_fill_root().

Referenced by selftest_msc_read().

◆ selftest_msc_class_register()

UINT selftest_msc_class_register ( void )

static

Registers the Mass-Storage class with the read-only MRAM LUN.

Single LUN, write-protected, FAT16 geometry from selftest_fat_geom_t, media callbacks above.

Returns: UINT UX_SUCCESS on success.

Return values

UX_SUCCESS Class registered.

Precondition: selftest_usbx_stack_up has succeeded.; Media read/write/status callbacks are defined.

Postcondition: MSC class bound to configuration 1, interface 0.; LUN0 advertises the read-only synthesized FAT16 volume.

Note: Not re-entrant.

Since: 0.1.0

Definition at line 708 of file usb_selftest_fs_host_fatdisk.c.

References k_fat_total_sectors, k_selftest_block_size, memset(), s_msc_product_id, s_msc_product_rev, s_msc_vendor_id, selftest_msc_read(), selftest_msc_status(), and selftest_msc_write().

Referenced by selftest_device_worker().

◆ selftest_msc_read()

UINT selftest_msc_read	(	VOID *	storage,
		ULONG	lun,
		UCHAR *	data_pointer,
		ULONG	number_blocks,
		ULONG	lba,
		ULONG *	media_status )

Storage media-read callback: synthesize sectors over MRAM.

Bound checks the request against the volume, then fills each block via selftest_fat_fill_sector. LED1 toggles per call so the self-loop traffic is visible on the board.

Parameters

[in,out]	storage	USBX storage class instance (unused).
[in]	lun	Logical unit number (must be 0).
[out]	data_pointer	USBX-owned destination buffer.
[in]	number_blocks	Number of 512-byte blocks to produce.
[in]	lba	Starting LBA.
[out]	media_status	Filled with sense status word.

Returns: UX_SUCCESS if the request fits the volume; otherwise UX_ERROR with media_status set to ILLEGAL REQUEST.

Return values

UX_SUCCESS	Read completed.
UX_ERROR	Out-of-range LBA / count.

Precondition: data_pointer and media_status are non-NULL (USBX guarantee).; lun is 0 (single-LUN device).

Postcondition: Either number_blocks * 512 bytes were synthesized or media_status is non-zero.; s_dbg_read_calls advanced.

Note: Called from the USBX storage class thread.

Since: 0.1.0

Definition at line 557 of file usb_selftest_fs_host_fatdisk.c.

References k_fat_total_sectors, k_ra8_board_led1, k_scsi_asc_lba_out_of_range, k_scsi_ascq_none, k_scsi_sense_illegal_request, k_selftest_block_size, ra8_board_led_toggle(), s_dbg_read_calls, and selftest_fat_fill_sector().

◆ selftest_msc_status()

UINT selftest_msc_status	(	VOID *	storage,
		ULONG	lun,
		ULONG	media_id,
		ULONG *	media_status )

Storage media-status callback.

Always reports media-present.

The synthesized volume cannot go away; status is constant 0.

Parameters

[in,out]	storage	USBX storage class instance (unused).
[in]	lun	Logical unit number (unused).
[in]	media_id	Media id (unused).
[out]	media_status	Filled with 0 (no fault).

Returns: Always UX_SUCCESS.

Return values

UX_SUCCESS Media is present and ready.

Precondition: media_status is non-NULL (USBX guarantee).; The class instance is live.

Postcondition: *media_status is 0.; No other state changes.

Note: Synthesized volume; never reports media-not-present.

Since: 0.1.0

Definition at line 645 of file usb_selftest_fs_host_fatdisk.c.

◆ selftest_msc_write()

UINT selftest_msc_write	(	VOID *	storage,
		ULONG	lun,
		UCHAR *	data_pointer,
		ULONG	number_blocks,
		ULONG	lba,
		ULONG *	media_status )

Storage media-write callback: always rejects (write-protected).

The host side of this very app probes exactly this rejection (WRITE(10) must fail with DATA PROTECT and the transport must keep working afterwards).

Parameters

[in,out]	storage	USBX storage class instance (unused).
[in]	lun	Logical unit number (unused).
[in]	data_pointer	USBX-owned source buffer (unused).
[in]	number_blocks	Number of blocks the host tried (unused).
[in]	lba	Starting LBA (unused).
[out]	media_status	Filled with DATA PROTECT sense.

Returns: Always UX_ERROR.

Return values

UX_ERROR The medium is write-protected.

Precondition: media_status is non-NULL (USBX guarantee).; The LUN also reports write-protected via MODE SENSE.

Postcondition: *media_status carries the DATA PROTECT sense triple.; The MRAM window is untouched.

Note: Hosts honouring the MODE SENSE WP bit never call this.

Since: 0.1.0

Definition at line 606 of file usb_selftest_fs_host_fatdisk.c.

References k_scsi_asc_write_protected, k_scsi_ascq_none, and k_scsi_sense_data_protect.

◆ selftest_put16()

void selftest_put16	(	UCHAR *	dst,
		uint16_t	value )

static

Write a 16-bit value little-endian into a byte buffer.

Low byte first, high byte second, per the FAT on-disk layout.

Parameters

[out]	dst	Destination (2 bytes).
[in]	value	Value to store.

Precondition: dst has 2 writable bytes.; None beyond the buffer contract.

Postcondition: dst[0] holds the low byte, dst[1] the high byte.; No other state changes.

Note: Pure function.

Since: 0.1.0

Definition at line 338 of file usb_selftest_fs_host_fatdisk.c.

References k_byte_mask, and k_byte_shift.

Referenced by selftest_fat_fill_boot(), selftest_fat_fill_fat(), selftest_fat_fill_root(), and selftest_put32().

◆ selftest_put32()

void selftest_put32	(	UCHAR *	dst,
		uint32_t	value )

static

Write a 32-bit value little-endian into a byte buffer.

Two selftest_put16 halves, low half-word first.

Parameters

[out]	dst	Destination (4 bytes).
[in]	value	Value to store.

Precondition: dst has 4 writable bytes.; None beyond the buffer contract.

Postcondition: dst holds the four little-endian bytes of value.; No other state changes.

Note: Pure function.

Since: 0.1.0

Definition at line 360 of file usb_selftest_fs_host_fatdisk.c.

References k_word_mask, k_word_shift, and selftest_put16().

Referenced by selftest_fat_fill_boot(), and selftest_fat_fill_root().

◆ selftest_usbx_stack_up()

UINT selftest_usbx_stack_up ( void )

static

Brings USBX system + FS device stack up.

One-shot USBX pool + device-stack initialization for the FS-only framework.

Returns: UINT UX_SUCCESS on success.

Return values

UX_SUCCESS Stack ready.

Precondition: File-scope pool reserved.; Thread context.

Postcondition: Device stack accepts class registrations.; On failure, USBX state is undefined.

Note: Single-call; not idempotent.

Since: 0.1.0

Definition at line 675 of file usb_selftest_fs_host_fatdisk.c.

References k_selftest_usbx_pool_bytes, s_device_framework_fs, s_device_framework_hs, s_language_id_framework, s_string_framework, and s_usbx_pool.

Referenced by selftest_device_worker().

Variable Documentation

◆ s_dbg_dev_state

volatile uint32_t s_dbg_dev_state

static

Device-side ux_slave_device_state sample (3 = CONFIGURED).

Definition at line 85 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_worker(), and selftest_device_worker().

◆ s_dbg_framework

volatile uint32_t s_dbg_framework

static

Current device framework pointer (HS vs FS array address).

Definition at line 95 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_worker(), and selftest_device_worker().

◆ s_dbg_fw_fs_addr

volatile uint32_t s_dbg_fw_fs_addr

static

Address of the FS framework array (compare vs s_dbg_framework).

Definition at line 99 of file usb_selftest_fs_host_fatdisk.c.

Referenced by selftest_device_worker().

◆ s_dbg_fw_hs_addr

volatile uint32_t s_dbg_fw_hs_addr

static

Address of the HS framework array (compare vs s_dbg_framework).

Definition at line 101 of file usb_selftest_fs_host_fatdisk.c.

Referenced by selftest_device_worker().

◆ s_dbg_fw_len

volatile uint32_t s_dbg_fw_len

static

Current device framework length (32 = FS cfg, 42 = HS cfg).

Definition at line 97 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_worker(), and selftest_device_worker().

◆ s_dbg_read_calls

volatile uint32_t s_dbg_read_calls

static

Device-side media_read invocations.

Definition at line 83 of file usb_selftest_fs_host_fatdisk.c.

◆ s_dbg_state3_seen

volatile uint32_t s_dbg_state3_seen

static

Times the device sampler observed UX_DEVICE_CONFIGURED.

Definition at line 93 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_worker(), and selftest_device_worker().

◆ s_dbg_thr_runs

volatile uint32_t s_dbg_thr_runs

static

Storage class thread ThreadX run-count (0 = never scheduled).

Definition at line 89 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_worker(), and selftest_device_worker().

◆ s_dbg_thr_state

volatile uint32_t s_dbg_thr_state

static

Storage class thread ThreadX state (see tx_api TX_* states).

Definition at line 91 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_worker(), and selftest_device_worker().

◆ s_dbg_ux_speed

volatile uint32_t s_dbg_ux_speed

static

Device-side USBX negotiated speed (0 = HS, 1 = FS in UX terms).

Definition at line 87 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_worker(), and selftest_device_worker().

◆ s_device_framework_fs

UCHAR s_device_framework_fs[]

static

Definition at line 185 of file usb_selftest_fs_host_fatdisk.c.

◆ s_device_framework_hs

UCHAR s_device_framework_hs[]

static

Definition at line 114 of file usb_selftest_fs_host_fatdisk.c.

Referenced by demo_usbx_stack_up(), selftest_device_worker(), and selftest_usbx_stack_up().

◆ s_fat_file_name

const UCHAR s_fat_file_name[11] = {'M', 'R', 'A', 'M', ' ', ' ', ' ', ' ', 'B', 'I', 'N'}

static

8.3 directory name of the exposed file: "MRAM.BIN".

Definition at line 76 of file usb_selftest_fs_host_fatdisk.c.

◆ s_fat_fs_type

const UCHAR s_fat_fs_type[8] = {'F', 'A', 'T', '1', '6', ' ', ' ', ' '}

static

Filesystem-type tag, 8 bytes space padded.

Definition at line 73 of file usb_selftest_fs_host_fatdisk.c.

◆ s_fat_oem_name

const UCHAR s_fat_oem_name[8] = {'R', 'A', '8', 'D', '2', 'F', 'W', ' '}

static

Boot-sector OEM name (8 bytes, space padded).

Definition at line 67 of file usb_selftest_fs_host_fatdisk.c.

◆ s_fat_volume_label

const UCHAR s_fat_volume_label[11] = {'R', 'A', '8', 'D', '2', ' ', 'M', 'R', 'A', 'M', ' '}

static

Volume label, 11 bytes space padded (also the root entry).

Definition at line 70 of file usb_selftest_fs_host_fatdisk.c.

◆ s_language_id_framework

UCHAR s_language_id_framework[] = {k_usb_langid_en_us_lo, k_usb_langid_en_us_hi}

static

USBX language-id table – US English.

Since: 0.1.0

Definition at line 316 of file usb_selftest_fs_host_fatdisk.c.

◆ s_msc_product_id

UCHAR s_msc_product_id[] = "SELFTEST MRAM RO"

static

Definition at line 63 of file usb_selftest_fs_host_fatdisk.c.

◆ s_msc_product_rev

UCHAR s_msc_product_rev[] = "0001"

static

Definition at line 64 of file usb_selftest_fs_host_fatdisk.c.

◆ s_msc_vendor_id

UCHAR s_msc_vendor_id[] = "RA8D2 "

static

Definition at line 62 of file usb_selftest_fs_host_fatdisk.c.

◆ s_string_framework

UCHAR s_string_framework[]

static

USBX string descriptor table (vendor / product / serial).

Each entry: 2 bytes lang-id, 1 byte string index, 1 byte length, then ASCII bytes.

Since: 0.1.0

Definition at line 250 of file usb_selftest_fs_host_fatdisk.c.

◆ s_usbx_pool

UCHAR s_usbx_pool[k_selftest_usbx_pool_bytes]

static

USBX memory pool (USBX uses tx_byte_pool internally).

Since: 0.1.0

Definition at line 59 of file usb_selftest_fs_host_fatdisk.c.

Functions

Variables

Detailed Description

Function Documentation

◆ selftest_device_worker()

◆ selftest_fat_fill_boot()

◆ selftest_fat_fill_fat()

◆ selftest_fat_fill_root()

◆ selftest_fat_fill_sector()

◆ selftest_msc_class_register()

◆ selftest_msc_read()

◆ selftest_msc_status()

◆ selftest_msc_write()

◆ selftest_put16()

◆ selftest_put32()

◆ selftest_usbx_stack_up()

Variable Documentation

◆ s_dbg_dev_state

◆ s_dbg_framework

◆ s_dbg_fw_fs_addr

◆ s_dbg_fw_hs_addr

◆ s_dbg_fw_len

◆ s_dbg_read_calls

◆ s_dbg_state3_seen

◆ s_dbg_thr_runs

◆ s_dbg_thr_state

◆ s_dbg_ux_speed

◆ s_device_framework_fs

◆ s_device_framework_hs

◆ s_fat_file_name

◆ s_fat_fs_type

◆ s_fat_oem_name

◆ s_fat_volume_label

◆ s_language_id_framework

◆ s_msc_product_id

◆ s_msc_product_rev

◆ s_msc_vendor_id

◆ s_string_framework

◆ s_usbx_pool