https://bitbucket.org/hudson/magic-lantern
Tip revision: 1f7e3ce8c2262b99d55478832cc4719270036b2e authored by alex@thinkpad on 05 February 2017, 00:37:58 UTC
Function task annotations (autogenerated).
Function task annotations (autogenerated).
Tip revision: 1f7e3ce
dryos-notes.h
/* reverse engineering notes, moved from dryos.h (not used in ML code) */
/** Panic and abort the camera */
extern void __attribute__((noreturn))
DryosPanic(
uint32_t arg0,
uint32_t arg1
);
/** Memory allocation */
struct dryos_meminfo
{
void * next; // off_0x00;
void * prev; // off_0x04;
uint32_t size; //!< Allocated size or if bit 1 is set already free
};
SIZE_CHECK_STRUCT( dryos_meminfo, 0xC );
/** Battery management */
extern void GUI_SetErrBattery( unsigned ok );
extern void StopErrBatteryApp( void );
extern void * err_battery_ptr;
/** Power management */
extern void powersave_disable( void );
extern void powersave_enable( void );
#define EM_ALLOW 1
#define EM_PROHIBIT 2
extern void prop_request_icu_auto_poweroff( int mode );
extern int
oneshot_timer(
uint32_t msec,
void (*handler_if_expired)(void*),
void (*handler)(void*),
void * arg
);
/** Official Canon sound device task.
* \internal
*/
extern void sound_dev_task(void);
extern void audio_set_alc_on(void);
extern void audio_set_alc_off(void);
extern void audio_set_filter_off(void);
extern void audio_set_windcut(int);
extern void audio_set_sampling_param(int, int, int);
extern void audio_set_volume_in(int,int);
extern void audio_start_asif_observer(void);
extern void audio_level_task(void);
extern void audio_interval_unlock(void*);
extern FILE *
FIO_OpenFile(
const char * name
#ifdef CONFIG_VXWORKS
,
int flags,
int mode
#endif
);
extern ssize_t
FR_SyncReadFile(
const char * filename,
size_t offset,
size_t len,
void * address,
size_t mem_offset
);
extern void
FIO_CloseSync(
void * file
);
extern void
write_debug_file(
const char * name,
const void * buf,
size_t len
);
struct lvram_info
{
uint32_t off_0x00;
uint32_t off_0x04;
uint32_t off_0x08;
uint32_t off_0x0c;
uint32_t off_0x10;
uint32_t off_0x14;
uint32_t width; // off_0x18;
uint32_t height; // off_0x1c;
uint32_t off_0x20;
uint32_t off_0x24;
uint32_t off_0x28;
uint32_t off_0x2c;
uint32_t off_0x30;
uint32_t off_0x34;
uint32_t off_0x38;
uint32_t off_0x3c;
uint32_t off_0x40;
uint32_t off_0x44;
uint32_t off_0x48;
uint32_t off_0x4c;
uint32_t off_0x50;
uint32_t off_0x54;
uint32_t off_0x58;
uint32_t off_0x5c;
uint32_t off_0x60;
};
SIZE_CHECK_STRUCT( lvram_info, 0x64 );
extern struct lvram_info lvram_info;
/* Copies lvram info from 0x2f33c */
extern void
copy_lvram_info(
struct lvram_info * dest
);
struct image_play_struct
{
uint32_t off_0x00;
uint16_t off_0x04; // sharpness?
uint16_t off_0x06;
uint32_t off_0x08;
uint32_t off_0x0c;
uint32_t copy_vram_mode; // off_0x10;
uint32_t off_0x14;
uint32_t off_0x18;
uint32_t image_player_effective; // off_0x1c;
uint32_t vram_num; // off_0x20;
uint32_t work_image_pataion; // off_0x24 ?;
uint32_t visible_image_vram_offset_x; // off_0x28;
uint32_t visible_image_vram_offset_y; // off_0x2c;
uint32_t work_image_id; // off_0x30;
uint32_t off_0x34;
uint32_t image_aspect; // off_0x38;
uint32_t off_0x3c;
uint32_t off_0x40;
uint32_t off_0x44;
uint32_t sharpness_rate; // off_0x48;
uint32_t off_0x4c;
uint32_t off_0x50; // passed to gui_change_something
uint32_t off_0x54;
struct semaphore * sem; // off_0x58;
uint32_t off_0x5c;
uint32_t image_vram; // off_0x60;
uint32_t off_0x64;
uint32_t rectangle_copy; // off_0x68;
uint32_t image_play_driver_handler; // off_0x6c;
uint32_t off_0x70;
uint32_t image_vram_complete_callback; // off_0x74;
uint32_t off_0x78;
uint32_t work_image_width; // off_0x7c;
uint32_t work_image_height; // off_0x80;
uint32_t off_0x84;
uint32_t off_0x88;
uint32_t off_0x8c;
uint32_t off_0x90;
uint32_t off_0x94;
uint32_t off_0x98;
uint32_t off_0x9c;
};
extern struct image_play_struct image_play_struct;
/** The top-level Liveview object.
* 0x2670 bytes; it is huge!
*/
struct liveview_mgr
{
const char * type; // "LiveViewMgr"
struct task * task; // off 0x04
uint32_t off_0x08;
struct state_object * lv_state; // off 0x0c
};
extern struct liveview_mgr * liveview_mgr;
struct lv_struct
{
uint32_t off_0x00;
uint32_t off_0x04;
uint32_t off_0x08;
uint32_t off_0x0c;
uint32_t off_0x10;
uint32_t off_0x14;
uint32_t off_0x18;
uint32_t off_0x1c;
struct state_object * lv_state; // off 0x20
struct state_object * lv_rec_state; // off 0x24
};
/** Main menu tab functions */
extern int main_tab_dialog_id;
extern void main_tab_header_dialog( void );
extern void StopMnMainTabHeaderApp( void );
extern void StartMnMainRec1App( void );
extern void StartMnMainRec2App( void );
extern void StartMnMainPlay1App( void );
extern void StartMnMainPlay2App( void );
extern void StartMnMainSetup1App( void );
extern void StartMnMainSetup2App( void );
extern void StartMnMainSetup3App( void );
extern void StartMnMainCustomFuncApp( void );
extern void StartMnMainMyMenuApp( void );
/** Hidden menus */
extern void StartFactoryMenuApp( void );
extern void StartMnStudioSetupMenuApp( void );
extern size_t
strftime(
char * buf,
size_t maxsize,
const char * fmt,
const struct tm * timeptr
);
// others
extern int abs( int number );
// get OS constants
extern const char* get_card_drive( void );
extern int _dummy_variable;
/*********************************************************************
*
* Controller struct, present in Digic5 cameras like the 5d3 and 6D.
*
* Seems to be highly related to VRAM buffers, probably necessary
* to understand this before we explore resizing / creating our
* own buffers. EVF_STRUCT is at 0x76D18 in the 6D.112 firmware.
*
*********************************************************************/
/* Controllers created in 6D.112:
*
* Name Address Struct Size Pointer
* --------------------------------------------------------------------------
* ENCODE_CON 0x1F9D4 0x1420 0x7742C
* SsDevelopStage 0x20980 0x10 0x77458
* VramStage 0x21838 0x80 0x7747C
* AEWB_Controller 0x24EA4 0x1CC unknown <-- idk, it just returns the pointer caller (but, has no caller)
* AF_Controller 0x321C8 0x18C unknown
* VRAM_CON 0x3AC74 0xC8 unknown
* BUF_CON 0x3BED0 0x1C EVF_STRUCT->off_0x14
* SSDEV_CON 0x411D8 0x220 unknown
* VRAM_CON 0x42048 0x2B0 unknown
* Color_Controller 0xFF24E3B8 0xC80 unkonwn
* FLICK_CON 0xFF35AB00 0x10 unknown
* REMOTE_CON 0xFF362F3C 0x2754 0x7A994
* AFAE_Controller 0xFF4267E8 0xF0 unknown
* ObInteg_Controller 0xFF426B48 0x6C unknown
* SceneJudge_Controller 0xFF4324F0 0xC unknown
*
*/
struct Controller
{
const char * name; //~ off_0x00 Name of controller.
int taskclass_ptr; //~ off_0x04 Pointer to taskclass struct.
int stateobj_ptr; //~ off_0x08 Pointer to state object, if no stateobj this is set to 1.
int off_0x0c; //~ unknown
int jobqueue_ptr; //~ off_0x10 Pointer to JobQueue.
};
#ifdef CONFIG_VXWORKS
//~ Calls CreateTaskClass from canon startup task.
//~ Ex: PropMgr, GenMgr, FileMgr
struct Manager //~ size=0x30
{
const char * name; //~ off_0x00 name of manager. ie: PropMgr
struct TaskClass * taskclass_ptr; //~ off_0x04 pointer to taskclass struct
const struct state_object * stateobj_ptr; //~ off_0x08 pointer to stateobject struct
int debugmsg_class; //~ off_0x0C used with DebugMsg calls to determine arg0 (debug class)
const struct unk_struct * unk_struct_ptr; //~ off_0x10 some unknown struct allocated, size varies
int off_0x14; //~ unknown
const struct semaphore * mgr_semaphore; //~ off_0x18 result of create_named_semaphore
int off_0x1c; //~ unknown
int off_0x20; //~ unknown
int off_0x24; //~ unknown
int off_0x28; //~ unknown
int off_0x2c; //~ unknown
};
//~ CreateTaskClass called from canon startup task.
struct TaskClass //~ size=0x18
{
const char * identifier; //~ off_0x00 "TaskClass"
const char * name; //~ off_0x04 task class name. ie: PropMgr
int off_0x08; //~ unknown initialized to 1 in CreateTaskClass
const struct task * task_struct_ptr; //~ off_0x0c ret_CreateTask (ptr to task struct) called from CreateTaskClass
const struct msg_queue * msg_queue_ptr_maybe; //~ off_0x10 some kind of message queue pointer (very low level functions at work)
void * eventdispatch_func_ptr; //~ off_0x14 event dispatch pointer. ie: propmgrEventDispatch
};
//~ ex: shoot capture module struct pointer stored at 0x4E74, setup in SCS_Initialize
struct Module //~ size=0x24
{
const char * name; //~ off_0x00 ie: "ShootCapture"
int off_0x04; //~ unknown
struct StageClass * stageclass_ptr; //~ off_0x08 stageclass struct ptr
const struct state_object * stateobj_ptr; //~ off_0x0C SCSState struct ptr
int debugmsg_class; //~ off_0x10 arg0 to SCS_Initialize, used for arg0 to SCS debug messages (debug class)
int off_0x14; //~ unknown
int off_0x18; //~ unknown
int off_0x1c; //~ unknown
int off_0x20; //~ unknown
};
//~ called during initialization of each state machine
struct StageClass //~ size=0x1C
{
const char * identifier; //~ off_0x00 "StageClass"
const char * name; //~ off_0x04 arg0 to CreateStageClass, name of stage class.
int off_0x08; //~ unknown unk, set to 1 when initialized. could signal if stageclass is initialized
const struct task * task_struct_ptr; //~ off_0x0c ret_CreateTask (ptr to task struct) called from CreateStageClass
const struct msg_queue * msg_queue_ptr_maybe; //~ off_0x10 some kind of message queue pointer (very low level functions at work)
const struct JobQueue * jobqueue_struct_ptr; //~ off_0x14 pointer to struct created in CreateJobQueue
void * eventdispatch_func_ptr; //~ off_0x18 event dispatch function pointer. ie: scsEventDispatch
};
//~ CreateJobQueue called by CreateStageClass
struct JobQueue //~ size=0x14
{
const char * identifier; //~ off_0x00 "JobQueue"
const struct unk_struct * unk_struct_ptr; //~ off_0x04 some unknown struct allocated, size is CreateJobQueue arg0*4
int unk_arg0; //~ unknown arg0 to CreateJobQueue, unknown.
int off_0x0C; //~ unknown
int off_0x10; //~ unknown
};
#else
//~ Structures for DryOS, derived from research on VxWorks.
struct Manager
{
const char * name; //~ off_0x00 name of manager. ie: Evf
int off_0x04; //~ off_0x04 unknown
struct TaskClass * taskclass_ptr; //~ off_0x08 pointer to taskclass struct
const struct state_object * stateobj_ptr; //~ off_0x0C pointer to stateobject struct
};
struct TaskClass //~ size=0x18
{
const char * identifier; //~ off_0x00 "TaskClass"
const char * name; //~ off_0x04 task class name. ie: PropMgr
int off_0x08; //~ unknown initialized to 1 in CreateTaskClass
const struct task * task_struct_ptr; //~ off_0x0c ret_CreateTask (ptr to task struct) called from CreateTaskClass
const struct msg_queue * msg_queue_ptr_maybe; //~ off_0x10 some kind of message queue pointer (very low level functions at work)
void * eventdispatch_func_ptr; //~ off_0x14 event dispatch pointer. ie: propmgrEventDispatch
};
#endif