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#ifndef __aed_h
#define __aed_h
#include <generated/autoconf.h>
#include <linux/types.h>
#include <linux/bug.h>
#include <linux/aee.h>
#include <linux/kallsyms.h>
#include <linux/ptrace.h>
#define LOGD(fmt, msg...) pr_notice(fmt, ##msg)
#define LOGV(fmt, msg...)
#define LOGI LOGD
#define LOGE(fmt, msg...) pr_err(fmt, ##msg)
#define LOGW LOGE
#define IPANIC_MODULE_TAG "KERNEL-PANIC"
#define AE_INVALID 0xAEEFF000
#define AE_NOT_AVAILABLE 0xAEE00000
#define AE_DEFAULT 0xAEE00001
typedef enum {
AEE_MODE_MTK_ENG = 1,
AEE_MODE_MTK_USER,
AEE_MODE_CUSTOMER_ENG,
AEE_MODE_CUSTOMER_USER,
AEE_MODE_NOT_INIT
} AEE_MODE;
typedef enum {
AEE_FORCE_DISABLE_RED_SCREEN = 0,
AEE_FORCE_RED_SCREEN,
AEE_FORCE_NOT_SET
} AEE_FORCE_RED_SCREEN_VALUE;
typedef enum {
AE_SUCC,
AE_FAIL
} AE_ERR;
typedef enum {
AE_PASS_BY_MEM,
AE_PASS_BY_FILE,
AE_PASS_METHOD_END
} AE_PASS_METHOD;
typedef enum { AE_REQ, AE_RSP, AE_IND, AE_CMD_TYPE_END } AE_CMD_TYPE;
typedef enum {
AE_REQ_IDX,
AE_REQ_CLASS,
AE_REQ_TYPE,
AE_REQ_PROCESS,
AE_REQ_MODULE,
AE_REQ_BACKTRACE,
AE_REQ_DETAIL, /* Content of response message rule:
* if msg.arg1==AE_PASS_BY_FILE => msg->data=file path
*/
AE_REQ_ROOT_LOG_DIR,
AE_REQ_CURR_LOG_DIR,
AE_REQ_DFLT_LOG_DIR,
AE_REQ_MAIN_LOG_FILE_PATH,
AE_IND_FATAL_RAISED, /* fatal event raised, indicate AED to notify users */
AE_IND_EXP_RAISED, /* exception event raised, indicate AED to notify users */
AE_IND_WRN_RAISED, /* warning event raised, indicate AED to notify users */
AE_IND_REM_RAISED, /* reminding event raised, indicate AED to notify users */
AE_IND_LOG_STATUS, /* arg = AE_ERR */
AE_IND_LOG_CLOSE, /* arg = AE_ERR */
AE_REQ_SWITCH_DAL_BEEP, /* arg: dal on|off, seq: beep on|off */
AE_REQ_DB_COUNT, /* arg: db count */
AE_REQ_DB_FORCE_PATH, /* arg: force db path yes\no */
AE_REQ_SWITCH_EXP_LEVEL,
AE_REQ_IS_AED_READY, /* query if AED is ready for service */
AE_REQ_COREDUMP, /* msg->data=file path */
AE_REQ_SET_READFLAG, /* set read flag msg */
AE_REQ_E2S_INIT, /* Init notification of client side(application layer) of Exp2Server */
AE_REQ_USERSPACEBACKTRACE=40,
AE_REQ_USER_REG,
AE_REQ_USER_MAPS,
AE_CMD_ID_END
} AE_CMD_ID;
typedef struct {
AE_CMD_TYPE cmdType; /* command type */
AE_CMD_ID cmdId; /* command Id */
union {
unsigned int seq; /* sequence number for error checking */
int pid; /* process id */
};
union {
unsigned int arg; /* simple argument */
AE_EXP_CLASS cls; /* exception/error/defect class */
};
union {
unsigned int len; /* dynamic length argument */
int id; /* desired id */
};
unsigned int dbOption; /* DB dump option */
} AE_Msg;
/* Kernel IOCTL interface */
struct aee_dal_show {
char msg[1024];
};
struct aee_dal_setcolor {
unsigned int foreground;
unsigned int background;
unsigned int screencolor;
};
#define MAX_AEE_KERNEL_BT 16 /* we use MAX_NR_FRAME to control max unwind layer */
#define AEE_NR_FRAME 32
struct aee_ioctl {
__u32 pid;
__u32 detail;
__u32 size;
__u32 pad;
__u64 in;
__u64 out;
};
struct aee_thread_user_stack {
pid_t tid;
int StackLength;
unsigned char Userspace_Stack[8192]; //8k stack ,define to char only for match 64bit/32bit
};
#define AEEIOCTL_DAL_SHOW _IOW('p', 0x01, struct aee_dal_show) /* Show string on DAL layer */
#define AEEIOCTL_DAL_CLEAN _IO('p', 0x02) /* Clear DAL layer */
#define AEEIOCTL_SETCOLOR _IOW('p', 0x03, struct aee_dal_setcolor) /* RGB color 0x00RRGGBB */
/*#define AEEIOCTL_GET_PROCESS_BT _IOW('p', 0x04, struct aee_process_bt) *//*change new ID for KK */
#define AEEIOCTL_GET_PROCESS_BT _IOW('p', 0x04, struct aee_ioctl)
#define AEEIOCTL_GET_SMP_INFO _IOR('p', 0x05, int)
#define AEEIOCTL_SET_AEE_MODE _IOR('p', 0x06, int)
#define AEEIOCTL_GET_THREAD_REG _IOW('p', 0x07, struct aee_thread_reg)
#define AEEIOCTL_CHECK_SUID_DUMPABLE _IOR('p', 0x08, int)
/* AED debug support */
#define AEEIOCTL_WDT_KICK_POWERKEY _IOR('p', 0x09, int)
#define AEEIOCTL_RT_MON_Kick _IOR('p', 0x0A, int)
#define AEEIOCTL_SET_FORECE_RED_SCREEN _IOR('p', 0x0B, int)
#define AEEIOCTL_SET_SF_STATE _IOR('p', 0x0C, long long)
#define AEEIOCTL_GET_SF_STATE _IOW('p', 0x0D, long long)
#define AEEIOCTL_USER_IOCTL_TO_KERNEL_WANING _IOR('p', 0x0E, int)
#define AED_FILE_OPS(entry) \
static const struct file_operations proc_##entry##_fops = { \
.read = proc_##entry##_read, \
.write = proc_##entry##_write, \
}
#define AED_FILE_OPS_RO(entry) \
static const struct file_operations proc_##entry##_fops = { \
.read = proc_##entry##_read, \
}
#define AED_PROC_ENTRY(name, entry, mode)\
if (!proc_create(#name, S_IFREG | mode, aed_proc_dir, &proc_##entry##_fops)) \
LOGE("proc_create %s failed\n", #name)
struct proc_dir_entry;
int aed_proc_debug_init(struct proc_dir_entry *aed_proc_dir);
int aed_proc_debug_done(struct proc_dir_entry *aed_proc_dir);
int aed_get_process_bt(struct aee_process_bt *bt);
void aee_rr_proc_init(struct proc_dir_entry *aed_proc_dir);
void aee_rr_proc_done(struct proc_dir_entry *aed_proc_dir);
void dram_console_init(struct proc_dir_entry *aed_proc_dir);
void dram_console_done(struct proc_dir_entry *aed_proc_dir);
struct aee_oops *ipanic_oops_copy(void);
void ipanic_oops_free(struct aee_oops *oops, int erase);
#endif
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