Double check.

Global CreateButton (unsigned short tag, short x0, short y0, short x1, short y1, const UTF16 *label, unsigned int event, unsigned short flags)

Test the event behavior. This needs more reverse engineering on the view event handling process.

Figure out the flags.

Global CreateFile (const char *pathname, unsigned int access, unsigned int shmode, void *secattr, unsigned int on_noentry, unsigned int flags, void *template_file)

Documentation on accepted arguments are mostly based on speculations at this moment. More details and through verifications needed.

Global devio_backend_t

Add more details.

Global GetCursorType (void)

Document the actual type as an enum.

Global lcd_base_s::depth_bytes

Verify.

Global lcd_base_s::xsize

Verify.

Global lcd_cursor_s::type

Document the actual meaning of this.

Struct lcd_lock_s

Get a better picture of which systems have this and which do not.

Global lcd_print_flag_e

A lot of the bits seem to just print nothing. We need to formally look at the disassembly for this (huge!).

Global LCD_PRINT_STR_ENCODING_BIG5

Seems to be some unknown extension? Limited mojibake test doesn't match iconv result.

Global LCD_PRINT_UNDERSCORE_ONLY

Speculation based on behavior. Seems to be very broken with >16px fonts.

Global lcd_surface_blit_flag_e

Need to look into this further. 2 and 16 seem to draw the image verbatim like 0. Nothing is being drawn when setting any other flags. (Could it be related to some other properties on the surface descriptor such as transparent color?)

Global lcd_thread_safe_s::depth_bytes

Verify.

Global lcd_thread_safe_s::xsize

Verify.

Global loader_cart_descriptor_t

Add more details.

Global loader_file_descriptor_s::parent_fd

Retype this to the proper file descriptor type once we actually figure out how it works.

Global loader_image_info_t

Add more details.

Global loader_resource_descriptor_t

Add more details.

Global loader_resource_subfile_request_t

Add more details.

Global pcm_config_s::peak_limiter_ctx

Document its structure.

Global pcm_config_s::time_stretcher_ctx

Document its structure.

Global pcm_frame_s::pending_size

Verify.

Global pcm_frame_s::tx_state

Verify.

Global SetCursorType (short new_type)

Document the actual type as an enum.

Global stroke_predefined_dash_e

Add graphic examples.

Global SYS_ALIGN (n)

MSVC support

Global SYS_DWORD

MSVC support (is it possible?)

Global SYS_IS_PRINTF (arg_index_str, arg_index_fmt)

MSVC support (or simply bypass it).

Global ui_boolfield_s::theme_param

Actually cross-check with the theme modules.

Global ui_component_flag_e

Still need to verify these on the real machine.

Struct ui_component_s

Find a way to make the callbacks respect subtypes? Currently type-specific callbacks need to have their self argument defined as ui_component_t * (or void * if we opt to do that) which is a bit less ideal.

Global ui_component_s::on_erase_bg (ui_component_t *self)

Figure out exactly what this does.

Global ui_deskbox_s::ime_control

Document the format.

Global ui_filepicker_context_s::status

Document what each status meant.

Global ui_filepicker_flag_e

Add more.

Global ui_menufield_s::theme_param

Actually cross-check with the theme modules.

Global UI_STATIC_FRAME_KIND_OUTLINE

Link to the system color struct when that is done.