https://bitbucket.org/hudson/magic-lantern
Tip revision: 2371800c0d1c5f8f4fb51ca955665967e4b4c2ea authored by a1ex on 22 February 2014, 11:39:30 UTC
Close branch module-check-firmware-version
Close branch module-check-firmware-version
Tip revision: 2371800
shootspy.c
/**
* Experiments on state objects
*
* http://magiclantern.wikia.com/wiki/StateObjects
*
**/
#include "dryos.h"
#include "bmp.h"
#include "state-object.h"
#include "property.h"
// 550D:
//~ #define SCS_STATE (*(struct state_object **)0x31cc)
//~ #define SCSES_STATE (*(struct state_object **)0x31D0)
//~ #define SCSSR_STATE (*(struct state_object **)0x31D4)
// 5D2:
#define SCS_STATE (*(struct state_object **)0x3168)
#define SCSES_STATE (*(struct state_object **)0x316c)
#define SCSSR_STATE (*(struct state_object **)0x3170)
#define SBS_STATE (*(struct state_object **)0x31C4)
#define SDS_REAR_STATE (*(struct state_object **)0x363C)
#define SDS_FRONT1_STATE (*(struct state_object **)0x36B0)
#define SDS_FRONT2_STATE (*(struct state_object **)0x36B4)
#define SDS_FRONT3_STATE (*(struct state_object **)0x36B8)
#define SDS_FRONT4_STATE (*(struct state_object **)0x36BC)
#define SPS_STATE (*(struct state_object **)0x320C)
#define FSS_STATE (*(struct state_object **)0x3c24)
#define FCS_STATE (*(struct state_object **)0x3c34)
#define LOG_SIZE 10000
static char log[LOG_SIZE] = "";
static int (*StateTransition)(void*,int,int,int,int) = 0;
static int stateobj_spy(struct state_object * self, int x, int input, int z, int t)
{
int old_state = self->current_state;
int ans = StateTransition(self, x, input, z, t);
int new_state = self->current_state;
if (self == SBS_STATE) { STR_APPEND(log, "SBS :"); }
else if (self == SCS_STATE) { STR_APPEND(log, "SCS :"); }
else if (self == SCSES_STATE) { STR_APPEND(log, "SCSes:"); }
else if (self == SCSSR_STATE) { STR_APPEND(log, "SCSsr:"); }
else if (self == SDS_REAR_STATE) { STR_APPEND(log, "SDSr :"); }
else if (self == SDS_FRONT1_STATE) { STR_APPEND(log, "SDSf1:"); }
else if (self == SDS_FRONT2_STATE) { STR_APPEND(log, "SDSf2:"); }
else if (self == SDS_FRONT3_STATE) { STR_APPEND(log, "SDSf3:"); }
else if (self == SDS_FRONT4_STATE) { STR_APPEND(log, "SDSf4:"); }
else if (self == SPS_STATE) { STR_APPEND(log, "SPS :"); }
else if (self == FSS_STATE) { STR_APPEND(log, "FSS :"); }
else if (self == FCS_STATE) { STR_APPEND(log, "FCS :"); }
STR_APPEND(log, "(%d) -- %2d -->(%d)\n", old_state, input, new_state);
return ans;
}
static int stateobj_start_spy(struct state_object * stateobj)
{
if (!StateTransition)
StateTransition = (void *)stateobj->StateTransition_maybe;
else if ((void*)StateTransition != (void*)stateobj->StateTransition_maybe) // make sure all states use the same transition function
{
beep();
return;
}
stateobj->StateTransition_maybe = (void *)stateobj_spy;
return 0; //not used currently
}
static void shootspy_init(void* unused)
{
log[0] = 0;
stateobj_start_spy(SCS_STATE);
stateobj_start_spy(SCSES_STATE);
stateobj_start_spy(SCSSR_STATE);
stateobj_start_spy(SBS_STATE);
stateobj_start_spy(SDS_REAR_STATE);
stateobj_start_spy(SDS_FRONT1_STATE);
stateobj_start_spy(SDS_FRONT2_STATE);
stateobj_start_spy(SDS_FRONT3_STATE);
stateobj_start_spy(SDS_FRONT4_STATE);
stateobj_start_spy(SPS_STATE);
stateobj_start_spy(FSS_STATE);
stateobj_start_spy(FCS_STATE);
}
void save_log()
{
NotifyBox(1000, "%d ", strlen(log));
FILE* f = FIO_CreateFileEx(CARD_DRIVE"shoot.log");
FIO_WriteFile(f, UNCACHEABLE(log), strlen(log));
FIO_CloseFile(f);
beep();
}
INIT_FUNC("shootspy_init", shootspy_init);