/*
 * Copyright (c) 2017 Samsung Electronics Co., Ltd.
 *		http://www.samsung.com
 *
 * This program is free software; you can redistribute it and/or modify
 * it under the terms of the GNU General Public License Version 2 as
 * published by the Free Software Foundation.
 *
 */

#include <linux/io.h>
#include <linux/kernel.h>
#include <linux/init.h>
#include <linux/dma-mapping.h>
#include <linux/pm_qos.h>
#include <linux/suspend.h>
#include <linux/syscore_ops.h>
#include <linux/debugfs.h>
#include <linux/slab.h>
#include <asm/uaccess.h>

#include <soc/samsung/bts.h>
#include "cal_bts9820.h"

#define BTS_DBG(x...)		if (exynos_bts_log) pr_info(x)

#define NUM_CHANNEL		4
#define MIF_UTIL		65
#define INT_UTIL		70
#define INITIAL_MIF_FREQ	2093000
#define INITIAL_IDQ		3

#define QBUSY_DEFAULT		4
#define QFULL_LOW_DEFAULT	0x0
#define QFULL_HIGH_DEFAULT	0x0

#define G3D_CAL_ID		0xB1380007

static unsigned int exynos_qbusy = QBUSY_DEFAULT;
static unsigned int exynos_qfull_low = QFULL_LOW_DEFAULT;
static unsigned int exynos_qfull_high = QFULL_HIGH_DEFAULT;

static int exynos_bts_log;

static unsigned int exynos_mif_util = MIF_UTIL;
static unsigned int exynos_int_util = INT_UTIL;

static unsigned int default_exynos_qmax_r[] = {0x18};
static unsigned int default_exynos_qmax_w[] = {0x6};
static unsigned int *exynos_qmax_r;
static unsigned int exynos_nqmax_r;
static unsigned int *exynos_qmax_w;
static unsigned int exynos_nqmax_w;
static unsigned int exynos_mif_freq = INITIAL_MIF_FREQ;

enum bts_index {
	BTS_IDX_CP0,
	BTS_IDX_CP1,
	BTS_IDX_DPU0,
	BTS_IDX_DPU1,
	BTS_IDX_DPU2,
	BTS_IDX_ISPPRE,
	BTS_IDX_ISPLP0,
	BTS_IDX_ISPLP1,
	BTS_IDX_ISPHQ,
	BTS_IDX_NPU,
	BTS_IDX_IVA,
	BTS_IDX_DSPM0,
	BTS_IDX_DSPM1,
	BTS_IDX_MFC0,
	BTS_IDX_MFC1,
	BTS_IDX_G2D0,
	BTS_IDX_G2D1,
	BTS_IDX_G2D2,
	BTS_IDX_FSYS0,
	BTS_IDX_FSYS1,
	BTS_IDX_SIREX,
	BTS_IDX_SBIC,
	BTS_IDX_DIT,
	BTS_IDX_PDMA,
	BTS_IDX_SPDMA,
	BTS_IDX_TREX_PD,
	BTS_IDX_AUD,
	BTS_IDX_G3D0,
	BTS_IDX_G3D1,
	BTS_IDX_G3D2,
	BTS_IDX_G3D3,
#ifndef CONFIG_SOC_EXYNOS9820_EVT0
	BTS_IDX_VRA2,
#endif
};

enum exynos_bts_type {
	BT_TREX,
	BT_GPU,
};

struct bts_table {
	struct bts_status stat;
	struct bts_info *next_bts;
	int prev_scen;
	int next_scen;
};

struct bts_pd {
	unsigned int id;
	bool state;
};

struct bts_info {
	const char *name;
	unsigned int pa_base;
	void __iomem *va_base;
	bool enable;
	enum exynos_bts_type type;
	struct bts_table table[BS_MAX];
	struct bts_pd pd;
	enum bts_scen_type top_scen;
};

struct bts_scenario {
	const char *name;
	struct bts_info *head;
};

static struct pm_qos_request exynos_mif_bts_qos;
static struct pm_qos_request exynos_int_bts_qos;
static DEFINE_MUTEX(media_mutex);

struct trex_info {
	unsigned int pa_base;
	void __iomem *va_base;
	unsigned int value;
	unsigned int read;
	unsigned int write;
};

static struct trex_info trex_sci_irps[] = {
	{ .pa_base = EXYNOS9820_PA_SCI_IRPS0, },
	{ .pa_base = EXYNOS9820_PA_SCI_IRPS1, },
};

static struct trex_info smc_config[] = {
	{ .pa_base = EXYNOS9820_PA_SMC0, },
	{ .pa_base = EXYNOS9820_PA_SMC1, },
	{ .pa_base = EXYNOS9820_PA_SMC2, },
	{ .pa_base = EXYNOS9820_PA_SMC3, },
};

static struct trex_info trex_snode[] = {
	{ .pa_base = EXYNOS9820_PA_SN_BUSC_S0, .value = 1, },
	{ .pa_base = EXYNOS9820_PA_SN_BUSC_S1, .value = 1, },
	{ .pa_base = EXYNOS9820_PA_SN_BUSC_S2, .value = 1, },
	{ .pa_base = EXYNOS9820_PA_SN_BUSC_S3, .value = 1, },
};

static struct trex_info trex_sci = {
	.pa_base = EXYNOS9820_PA_SCI,
};

static struct bts_info exynos_bts[] = {
	[BTS_IDX_CP0] = {
		.name = "cp0",
		.pa_base = EXYNOS9820_PA_CP0,
		.pd.state = true,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0xC,
		.table[BS_DEFAULT].stat.timeout_en = true,
		.table[BS_DEFAULT].stat.timeout_r = 0xE,
		.table[BS_DEFAULT].stat.timeout_w = 0xE,
	},
	[BTS_IDX_CP1] = {
		.name = "cp1",
		.pa_base = EXYNOS9820_PA_CP1,
		.pd.state = true,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0xA,
	},
	[BTS_IDX_DPU0] = {
		.name = "dpu0",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_DPU0,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x8,
		.table[BS_DEFAULT].stat.timeout_en = true,
		.table[BS_DEFAULT].stat.timeout_r = 0x20,
		.table[BS_DEFAULT].stat.rmo = 0x40,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x8,
		.table[BS_MFC_UHD].stat.timeout_en = true,
		.table[BS_MFC_UHD].stat.timeout_r = 0x20,
		.table[BS_MFC_UHD].stat.rmo = 0x40,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x8,
		.table[BS_MFC_UHD_10BIT].stat.timeout_en = true,
		.table[BS_MFC_UHD_10BIT].stat.timeout_r = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x40,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x8,
		.table[BS_G3D_PERFORMANCE].stat.timeout_en = true,
		.table[BS_G3D_PERFORMANCE].stat.timeout_r = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x40,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x8,
		.table[BS_DP_DEFAULT].stat.rmo = 0x40,
		.table[BS_DP_DEFAULT].stat.timeout_en = true,
		.table[BS_DP_DEFAULT].stat.timeout_r = 0xc,
		.table[BS_DP_DEFAULT].stat.timeout_w = 0x6,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x20,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x20,
	},
	[BTS_IDX_DPU1] = {
		.name = "dpu1",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_DPU1,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x8,
		.table[BS_DEFAULT].stat.timeout_en = true,
		.table[BS_DEFAULT].stat.timeout_r = 0x20,
		.table[BS_DEFAULT].stat.rmo = 0x40,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x8,
		.table[BS_MFC_UHD].stat.timeout_en = true,
		.table[BS_MFC_UHD].stat.timeout_r = 0x20,
		.table[BS_MFC_UHD].stat.rmo = 0x40,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x8,
		.table[BS_MFC_UHD_10BIT].stat.timeout_en = true,
		.table[BS_MFC_UHD_10BIT].stat.timeout_r = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x40,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x8,
		.table[BS_G3D_PERFORMANCE].stat.timeout_en = true,
		.table[BS_G3D_PERFORMANCE].stat.timeout_r = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x40,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x8,
		.table[BS_DP_DEFAULT].stat.rmo = 0x40,
		.table[BS_DP_DEFAULT].stat.timeout_en = true,
		.table[BS_DP_DEFAULT].stat.timeout_r = 0xc,
		.table[BS_DP_DEFAULT].stat.timeout_w = 0x6,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x20,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x20,
	},
	[BTS_IDX_DPU2] = {
		.name = "dpu2",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_DPU2,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x8,
		.table[BS_DEFAULT].stat.timeout_en = true,
		.table[BS_DEFAULT].stat.timeout_r = 0x20,
		.table[BS_DEFAULT].stat.rmo = 0x40,
		.table[BS_DEFAULT].stat.wmo = 0x20,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x8,
		.table[BS_MFC_UHD].stat.timeout_en = true,
		.table[BS_MFC_UHD].stat.timeout_r = 0x20,
		.table[BS_MFC_UHD].stat.rmo = 0x40,
		.table[BS_MFC_UHD].stat.wmo = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x8,
		.table[BS_MFC_UHD_10BIT].stat.timeout_en = true,
		.table[BS_MFC_UHD_10BIT].stat.timeout_r = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x40,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x8,
		.table[BS_G3D_PERFORMANCE].stat.timeout_en = true,
		.table[BS_G3D_PERFORMANCE].stat.timeout_r = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x40,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x8,
		.table[BS_DP_DEFAULT].stat.rmo = 0x40,
		.table[BS_DP_DEFAULT].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.timeout_en = true,
		.table[BS_DP_DEFAULT].stat.timeout_r = 0xc,
		.table[BS_DP_DEFAULT].stat.timeout_w = 0x6,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x20,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x20,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x20,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x20,
	},
	[BTS_IDX_ISPPRE] = {
		.name = "isppre",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_ISPPRE,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0xA,
		.table[BS_DEFAULT].stat.timeout_en = true,
		.table[BS_DEFAULT].stat.timeout_w = 0x8,
		.table[BS_DEFAULT].stat.rmo = 0x20,
		.table[BS_DEFAULT].stat.wmo = 0x80,
	},
	[BTS_IDX_ISPLP0] = {
		.name = "isplp0",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_ISPLP0,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x10,
		.table[BS_DEFAULT].stat.wmo = 0x10,
		.table[BS_DEFAULT].stat.busy_rmo = 0x6,
		.table[BS_DEFAULT].stat.busy_wmo = 0x6,
		.table[BS_DEFAULT].stat.max_rmo = 0x6,
		.table[BS_DEFAULT].stat.max_wmo = 0x6,
	},
	[BTS_IDX_ISPLP1] = {
		.name = "isplp1",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_ISPLP1,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x10,
		.table[BS_DEFAULT].stat.wmo = 0x10,
		.table[BS_DEFAULT].stat.busy_rmo = 0x6,
		.table[BS_DEFAULT].stat.busy_wmo = 0x6,
		.table[BS_DEFAULT].stat.max_rmo = 0x6,
		.table[BS_DEFAULT].stat.max_wmo = 0x6,
	},
	[BTS_IDX_ISPHQ] = {
		.name = "isphq",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_ISPHQ,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0xA,
		.table[BS_DEFAULT].stat.wmo = 0xA,
		.table[BS_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_DEFAULT].stat.busy_wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x4,
		.table[BS_DEFAULT].stat.max_wmo = 0x4,
	},
	[BTS_IDX_NPU] = {
		.name = "npu",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_NPU,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x20,
		.table[BS_DEFAULT].stat.wmo = 0x20,
	},
	[BTS_IDX_IVA] = {
		.name = "iva",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_IVA,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x10,
		.table[BS_DEFAULT].stat.wmo = 0x10,
		.table[BS_DEFAULT].stat.busy_rmo = 0xA,
		.table[BS_DEFAULT].stat.busy_wmo = 0x6,
		.table[BS_DEFAULT].stat.max_rmo = 0xA,
		.table[BS_DEFAULT].stat.max_wmo = 0x6,
	},
	[BTS_IDX_DSPM0] = {
		.name = "dspm0",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_DSPM0,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x10,
		.table[BS_DEFAULT].stat.wmo = 0x10,
		.table[BS_DEFAULT].stat.busy_rmo = 0x1,
		.table[BS_DEFAULT].stat.busy_wmo = 0x1,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_DSPM1] = {
		.name = "dspm1",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_DSPM1,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x10,
		.table[BS_DEFAULT].stat.wmo = 0x10,
		.table[BS_DEFAULT].stat.busy_rmo = 0x1,
		.table[BS_DEFAULT].stat.busy_wmo = 0x1,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_MFC0] = {
		.name = "mfc0",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_MFC0,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x8,
		.table[BS_DEFAULT].stat.wmo = 0x9,
		.table[BS_DEFAULT].stat.busy_rmo = 0x3,
		.table[BS_DEFAULT].stat.busy_wmo = 0x3,
		.table[BS_DEFAULT].stat.max_rmo = 0x3,
		.table[BS_DEFAULT].stat.max_wmo = 0x3,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x14,
		.table[BS_MFC_UHD].stat.wmo = 0x14,
		.table[BS_MFC_UHD].stat.busy_rmo = 0x3,
		.table[BS_MFC_UHD].stat.busy_wmo = 0x3,
		.table[BS_MFC_UHD].stat.max_rmo = 0x3,
		.table[BS_MFC_UHD].stat.max_wmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.busy_rmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.busy_wmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.max_rmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.max_wmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.busy_rmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.busy_wmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.max_rmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.max_wmo = 0x3,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x20,
		.table[BS_DP_DEFAULT].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.busy_rmo = 0x3,
		.table[BS_DP_DEFAULT].stat.busy_wmo = 0x3,
		.table[BS_DP_DEFAULT].stat.max_rmo = 0x3,
		.table[BS_DP_DEFAULT].stat.max_wmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x9,
		.table[BS_CAMERA_DEFAULT].stat.busy_rmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.busy_wmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.max_rmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.max_wmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x12,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x12,
		.table[BS_MFC_UHD_ENC60].stat.busy_rmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.busy_wmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.max_rmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.max_wmo = 0x3,
	},
	[BTS_IDX_MFC1] = {
		.name = "mfc1",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_MFC1,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x8,
		.table[BS_DEFAULT].stat.wmo = 0x9,
		.table[BS_DEFAULT].stat.busy_rmo = 0x3,
		.table[BS_DEFAULT].stat.busy_wmo = 0x3,
		.table[BS_DEFAULT].stat.max_rmo = 0x3,
		.table[BS_DEFAULT].stat.max_wmo = 0x3,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x14,
		.table[BS_MFC_UHD].stat.wmo = 0x14,
		.table[BS_MFC_UHD].stat.busy_rmo = 0x3,
		.table[BS_MFC_UHD].stat.busy_wmo = 0x3,
		.table[BS_MFC_UHD].stat.max_rmo = 0x3,
		.table[BS_MFC_UHD].stat.max_wmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x20,
		.table[BS_MFC_UHD_10BIT].stat.busy_rmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.busy_wmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.max_rmo = 0x3,
		.table[BS_MFC_UHD_10BIT].stat.max_wmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.busy_rmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.busy_wmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.max_rmo = 0x3,
		.table[BS_G3D_PERFORMANCE].stat.max_wmo = 0x3,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x20,
		.table[BS_DP_DEFAULT].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.busy_rmo = 0x3,
		.table[BS_DP_DEFAULT].stat.busy_wmo = 0x3,
		.table[BS_DP_DEFAULT].stat.max_rmo = 0x3,
		.table[BS_DP_DEFAULT].stat.max_wmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x9,
		.table[BS_CAMERA_DEFAULT].stat.busy_rmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.busy_wmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.max_rmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.max_wmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x12,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x12,
		.table[BS_MFC_UHD_ENC60].stat.busy_rmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.busy_wmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.max_rmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.max_wmo = 0x3,
	},
	[BTS_IDX_G2D0] = {
		.name = "g2d0",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_G2D0,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x11,
		.table[BS_DEFAULT].stat.wmo = 0x12,
		.table[BS_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x11,
		.table[BS_MFC_UHD].stat.wmo = 0x12,
		.table[BS_MFC_UHD].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x11,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x12,
		.table[BS_MFC_UHD_10BIT].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD_10BIT].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD_10BIT].stat.max_wmo = 0x1,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x11,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x12,
		.table[BS_G3D_PERFORMANCE].stat.busy_rmo = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.busy_wmo = 0x5,
		.table[BS_G3D_PERFORMANCE].stat.max_rmo = 0x1,
		.table[BS_G3D_PERFORMANCE].stat.max_wmo = 0x1,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x11,
		.table[BS_DP_DEFAULT].stat.wmo = 0x12,
		.table[BS_DP_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_DP_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_DP_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DP_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.busy_rmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.busy_wmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.max_rmo = 0x3,
		.table[BS_CAMERA_DEFAULT].stat.max_wmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.busy_rmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.busy_wmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.max_rmo = 0x3,
		.table[BS_MFC_UHD_ENC60].stat.max_wmo = 0x3,
	},
	[BTS_IDX_G2D1] = {
		.name = "g2d1",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_G2D1,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x11,
		.table[BS_DEFAULT].stat.wmo = 0x12,
		.table[BS_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x11,
		.table[BS_MFC_UHD].stat.wmo = 0x12,
		.table[BS_MFC_UHD].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x11,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x12,
		.table[BS_MFC_UHD_10BIT].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD_10BIT].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD_10BIT].stat.max_wmo = 0x1,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x11,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x12,
		.table[BS_G3D_PERFORMANCE].stat.busy_rmo = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.busy_wmo = 0x5,
		.table[BS_G3D_PERFORMANCE].stat.max_rmo = 0x1,
		.table[BS_G3D_PERFORMANCE].stat.max_wmo = 0x1,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x11,
		.table[BS_DP_DEFAULT].stat.wmo = 0x12,
		.table[BS_DP_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_DP_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_DP_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DP_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_CAMERA_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_CAMERA_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD_ENC60].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD_ENC60].stat.max_wmo = 0x1,
	},
	[BTS_IDX_G2D2] = {
		.name = "g2d2",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_G2D2,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x11,
		.table[BS_DEFAULT].stat.wmo = 0x12,
		.table[BS_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x11,
		.table[BS_MFC_UHD].stat.wmo = 0x12,
		.table[BS_MFC_UHD].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x11,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x12,
		.table[BS_MFC_UHD_10BIT].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD_10BIT].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD_10BIT].stat.max_wmo = 0x1,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x11,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x12,
		.table[BS_G3D_PERFORMANCE].stat.busy_rmo = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.busy_wmo = 0x5,
		.table[BS_G3D_PERFORMANCE].stat.max_rmo = 0x1,
		.table[BS_G3D_PERFORMANCE].stat.max_wmo = 0x1,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x11,
		.table[BS_DP_DEFAULT].stat.wmo = 0x12,
		.table[BS_DP_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_DP_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_DP_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DP_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x8,
		.table[BS_CAMERA_DEFAULT].stat.busy_rmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.busy_wmo = 0x5,
		.table[BS_CAMERA_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_CAMERA_DEFAULT].stat.max_wmo = 0x1,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x8,
		.table[BS_MFC_UHD_ENC60].stat.busy_rmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.busy_wmo = 0x5,
		.table[BS_MFC_UHD_ENC60].stat.max_rmo = 0x1,
		.table[BS_MFC_UHD_ENC60].stat.max_wmo = 0x1,
	},
	[BTS_IDX_FSYS0] = {
		.name = "fsys0",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_FSYS0,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_FSYS1] = {
		.name = "fsys1",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_FSYS1,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_SIREX] = {
		.name = "sirex",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_SIREX,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_SBIC] = {
		.name = "sbic",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_SBIC,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_DIT] = {
		.name = "dit",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_DIT,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_AUD] = {
		.name = "aud",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_AUD,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0xA,
		.table[BS_DEFAULT].stat.timeout_en = true,
		.table[BS_DEFAULT].stat.timeout_r = 0x8,
		.table[BS_DEFAULT].stat.timeout_w = 0x8,
	},
	[BTS_IDX_TREX_PD] = {
		.name = "trex-pd",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_TREX_PD,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_PDMA] = {
		.name = "pdma",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_PDMA,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_SPDMA] = {
		.name = "spdma",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_SPDMA,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_DEFAULT].stat.max_rmo = 0x1,
		.table[BS_DEFAULT].stat.max_wmo = 0x1,
	},
	[BTS_IDX_G3D0] = {
		.name = "g3d0",
		.pd.id = G3D_CAL_ID,
		.pa_base = EXYNOS9820_PA_G3D0,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x4,
		.table[BS_MFC_UHD].stat.wmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x4,
		.table[BS_DP_DEFAULT].stat.wmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x4,
	},
	[BTS_IDX_G3D1] = {
		.name = "g3d1",
		.pd.id = G3D_CAL_ID,
		.pa_base = EXYNOS9820_PA_G3D1,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x4,
		.table[BS_MFC_UHD].stat.wmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x4,
		.table[BS_DP_DEFAULT].stat.wmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x4,
	},
	[BTS_IDX_G3D2] = {
		.name = "g3d2",
		.pd.id = G3D_CAL_ID,
		.pa_base = EXYNOS9820_PA_G3D2,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x4,
		.table[BS_MFC_UHD].stat.wmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x4,
		.table[BS_DP_DEFAULT].stat.wmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x4,
	},
	[BTS_IDX_G3D3] = {
		.name = "g3d3",
		.pd.id = G3D_CAL_ID,
		.pa_base = EXYNOS9820_PA_G3D3,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x4,
		.table[BS_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD].stat.scen_en = true,
		.table[BS_MFC_UHD].stat.priority = 0x4,
		.table[BS_MFC_UHD].stat.rmo = 0x4,
		.table[BS_MFC_UHD].stat.wmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.scen_en = true,
		.table[BS_MFC_UHD_10BIT].stat.priority = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.rmo = 0x4,
		.table[BS_MFC_UHD_10BIT].stat.wmo = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.scen_en = true,
		.table[BS_G3D_PERFORMANCE].stat.priority = 0x4,
		.table[BS_G3D_PERFORMANCE].stat.rmo = 0x20,
		.table[BS_G3D_PERFORMANCE].stat.wmo = 0x20,
		.table[BS_DP_DEFAULT].stat.scen_en = true,
		.table[BS_DP_DEFAULT].stat.priority = 0x4,
		.table[BS_DP_DEFAULT].stat.rmo = 0x4,
		.table[BS_DP_DEFAULT].stat.wmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.scen_en = true,
		.table[BS_CAMERA_DEFAULT].stat.priority = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.rmo = 0x4,
		.table[BS_CAMERA_DEFAULT].stat.wmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.scen_en = true,
		.table[BS_MFC_UHD_ENC60].stat.priority = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.rmo = 0x4,
		.table[BS_MFC_UHD_ENC60].stat.wmo = 0x4,
	},
#ifndef CONFIG_SOC_EXYNOS9820_EVT0
	[BTS_IDX_VRA2] = {
		.name = "vra2",
		.pd.state = true,
		.pa_base = EXYNOS9820_PA_VRA2,
		.type = BT_TREX,
		.enable = true,
		.table[BS_DEFAULT].stat.scen_en = true,
		.table[BS_DEFAULT].stat.priority = 0x4,
		.table[BS_DEFAULT].stat.rmo = 0x8,
		.table[BS_DEFAULT].stat.wmo = 0x8,
	},
#endif
};

static struct bts_scenario bts_scen[BS_MAX] = {
	[BS_DEFAULT] = {
		.name = "default",
	},
	[BS_MFC_UHD] = {
		.name = "mfc uhd",
	},
	[BS_MFC_UHD_10BIT] = {
		.name = "mfc uhd 10bit",
	},
	[BS_G3D_PERFORMANCE] = {
		.name = "g3d per",
	},
	[BS_DP_DEFAULT] = {
		.name = "dpscen",
	},
	[BS_CAMERA_DEFAULT] = {
		.name = "camscen",
	},
	[BS_MFC_UHD_ENC60] = {
		.name = "mfc uhd enc60",
	},
};

static DEFINE_SPINLOCK(bts_lock);
static DEFINE_SPINLOCK(qmax_lock);

static void bts_set_ip_table(struct bts_info *bts)
{
	enum bts_scen_type scen = bts->top_scen;

	BTS_DBG("[BTS] %s bts scen: [%s]->[%s]\n", bts->name,
			bts_scen[scen].name, bts_scen[scen].name);

	switch (bts->type) {
	case BT_TREX:
		bts_setqos(bts->va_base, &bts->table[scen].stat);
		break;
	case BT_GPU:
		bts_set_idq(trex_sci.va_base, 1, bts->table[scen].stat.idq);
		bts_set_idq(trex_sci.va_base, 2, bts->table[scen].stat.idq);
		break;
	default:
		break;
	}
}

static void bts_add_scen(enum bts_scen_type scen)
{
	struct bts_info *first = bts_scen[scen].head;
	struct bts_info *bts = bts_scen[scen].head;
	int next = 0;
	int prev = 0;

	if (!bts)
		return;

	BTS_DBG("[BTS] scen %s on\n", bts_scen[scen].name);

	do {
		if (bts->enable && !bts->table[scen].next_scen) {
			if (scen >= bts->top_scen) {
				/* insert at top priority */
				bts->table[scen].prev_scen = bts->top_scen;
				bts->table[bts->top_scen].next_scen = scen;
				bts->top_scen = scen;
				bts->table[scen].next_scen = -1;

				if (bts->pd.state)
					bts_set_ip_table(bts);

			} else {
				/* insert at middle */
				for (prev = bts->top_scen; prev > scen;
				     prev = bts->table[prev].prev_scen)
					next = prev;

				bts->table[scen].prev_scen =
					bts->table[next].prev_scen;
				bts->table[scen].next_scen =
					bts->table[prev].next_scen;
				bts->table[next].prev_scen = scen;
				bts->table[prev].next_scen = scen;
			}
		}

		bts = bts->table[scen].next_bts;
	/* set all bts ip in the current scenario */
	} while (bts && bts != first);
}

static void bts_del_scen(enum bts_scen_type scen)
{
	struct bts_info *first = bts_scen[scen].head;
	struct bts_info *bts = bts_scen[scen].head;
	int next = 0;
	int prev = 0;

	if (!bts)
		return;

	BTS_DBG("[BTS] scen %s off\n", bts_scen[scen].name);

	do {
		if (bts->enable && bts->table[scen].next_scen) {
			if (scen == bts->top_scen) {
				/* revert to prev scenario */
				prev = bts->table[scen].prev_scen;
				bts->top_scen = prev;
				bts->table[prev].next_scen = -1;
				bts->table[scen].next_scen = 0;
				bts->table[scen].prev_scen = 0;

				if (bts->pd.state)
					bts_set_ip_table(bts);
			} else if (scen < bts->top_scen) {
				/* delete mid scenario */
				prev = bts->table[scen].prev_scen;
				next = bts->table[scen].next_scen;

				bts->table[next].prev_scen =
					bts->table[scen].prev_scen;
				bts->table[prev].next_scen =
					bts->table[scen].next_scen;

				bts->table[scen].prev_scen = 0;
				bts->table[scen].next_scen = 0;

			} else {
				BTS_DBG("[BTS]%s scenario couldn't exist above top_scen\n",
					bts_scen[scen].name);
			}
		}

		bts = bts->table[scen].next_bts;
	/* revert all bts ip to prev in the current scenario */
	} while (bts && bts != first);
}

static void find_qmax(unsigned int freq, unsigned int *read_mo,
			      unsigned int *write_mo)
{
	int i;
	unsigned long flags;

	spin_lock_irqsave(&qmax_lock, flags);

	for (i = 0; i < exynos_nqmax_r - 1 &&
		    freq <= exynos_qmax_r[i+1]; i += 2)
		;
	*read_mo = exynos_qmax_r[i];
	for (i = 0; i < exynos_nqmax_w - 1 &&
		    freq <= exynos_qmax_w[i+1]; i += 2)
		;
	*write_mo = exynos_qmax_w[i];
	spin_unlock_irqrestore(&qmax_lock, flags);
}

static void exynos_bts_mif_update(unsigned int freq)
{
	unsigned long i;
	unsigned int read_mo;
	unsigned int write_mo;

	find_qmax(freq, &read_mo, &write_mo);
	for (i = 0; i < ARRAY_SIZE(trex_snode); i++) {
		bts_set_qmax(trex_snode[i].va_base,
		     read_mo * trex_snode[i].value,
		     write_mo * trex_snode[i].value);
		trex_snode[i].read = read_mo;
		trex_snode[i].write = write_mo;
	}
	exynos_mif_freq = freq;
}

void bts_update_scen(enum bts_scen_type scen, unsigned int val)
{
	bool on = val ? 1 : 0;

	if (scen <= BS_DEFAULT || scen >= BS_MAX)
		return;

	switch (scen) {
	case BS_MIF_CHANGE:
		break;
	default:
		spin_lock(&bts_lock);

		if (on)
			bts_add_scen(scen);
		else
			bts_del_scen(scen);

		spin_unlock(&bts_lock);
		break;
	}
}

static void scen_chaining(enum bts_scen_type scen)
{
	struct bts_info *prev = NULL;
	struct bts_info *first = NULL;
	struct bts_info *bts;

	for (bts = exynos_bts;
	     bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		if (bts->table[scen].stat.scen_en) {
			if (!first)
				first = bts;
			if (prev)
				prev->table[scen].next_bts = bts;

			prev = bts;
		}
	}

	if (prev)
		prev->table[scen].next_bts = first;

	bts_scen[scen].head = first;
}

static unsigned int *get_tokenized_data(const char *buf, int *num_tokens)
{
	const char *cp;
	int i;
	int ntokens = 1;
	unsigned int *tokenized_data;
	int err = -EINVAL;

	cp = buf;
	while ((cp = strpbrk(cp + 1, " :")))
		ntokens++;

	if (!(ntokens & 0x1))
		goto err;

	tokenized_data = kmalloc(ntokens * sizeof(unsigned int), GFP_KERNEL);
	if (!tokenized_data) {
		err = -ENOMEM;
		goto err;
	}

	cp = buf;
	i = 0;
	while (i < ntokens) {
		if (*cp == '0' && (*(cp + 1) == 'x' || *(cp + 1) == 'X')) {
			if (sscanf(cp, "%x", &tokenized_data[i++]) != 1)
				goto err_kfree;
		} else {
			if (sscanf(cp, "%u", &tokenized_data[i++]) != 1)
				goto err_kfree;
		}

		cp = strpbrk(cp, " :");
		if (!cp)
			break;
		cp++;
	}

	if (i != ntokens)
		goto err_kfree;

	*num_tokens = ntokens;
	return tokenized_data;

err_kfree:
	kfree(tokenized_data);
err:
	return ERR_PTR(err);
}

static int exynos_qos_status_open_show(struct seq_file *buf, void *d)
{
	struct bts_info *bts;

	spin_lock(&bts_lock);

	for (bts = exynos_bts;
	     bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		if (!bts->enable)
			continue;

		if (!bts->pd.state) {
			seq_printf(buf, "%5s(%s): power off\n",
					bts->name, bts_scen[bts->top_scen].name);
			continue;
		}

		seq_printf(buf, "%5s(%s): ", bts->name,
				bts_scen[bts->top_scen].name);
		switch (bts->type) {
		case BT_TREX:
			bts_showqos(bts->va_base, buf);
			break;
		default:
			seq_puts(buf, "none\n");
		}
	}

	spin_unlock(&bts_lock);

	return 0;
}

static int exynos_mo_status_open_show(struct seq_file *buf, void *d)
{
	struct bts_info *bts;
	unsigned long i;
	int nr_ip = 0;

	seq_puts(buf, "\tIP/Scen/RW/MO\nex)echo 0 0 0 16 > mo\n");
	spin_lock(&bts_lock);

	for (bts = exynos_bts;
			bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		if (!bts->enable)
			continue;
		seq_printf(buf, "[%2d]IP: %s\n", nr_ip++, bts->name);
		for (i = 0; i < ARRAY_SIZE(bts_scen) - 1; i++) {
			if (!bts_scen[i].name)
				continue;
			seq_printf(buf, "%6s: rmo:0x%x wmo:0x%x\n",
					bts_scen[i].name,
					bts->table[i].stat.rmo,
					bts->table[i].stat.wmo);
		}
	}

	spin_unlock(&bts_lock);

	return 0;
}

static ssize_t exynos_mo_write(struct file *file, const char __user *user_buf,
					size_t count, loff_t *ppos)
{
	struct bts_info *bts = NULL;
	char buf[32];
	int ip, scen, rw, mo, ret;
	ssize_t len;
	int nr_ip = ARRAY_SIZE(exynos_bts) - 1;
	int nr_scen = ARRAY_SIZE(bts_scen) - 1;

	len = simple_write_to_buffer(buf, sizeof(buf) - 1, ppos, user_buf, count);
	if (len < 0)
		return len;

	buf[len] = '\0';

	ret = sscanf(buf, "%d %d %d %d\n", &ip, &scen, &rw, &mo);
	if (ret != 4) {
		pr_err("%s, Failed at sscanf function: %d\n", __func__, ret);
		return -EINVAL;
	}

	if (ip < 0 || ip > nr_ip || scen < 0 ||
			scen > nr_scen || rw < 0 || mo < 0) {
		pr_info("Invalid variable\n");
		return len;
	}

	bts = &exynos_bts[ip];

	spin_lock(&bts_lock);

	if (!rw)
		bts->table[scen].stat.rmo = mo;
	else
		bts->table[scen].stat.wmo = mo;

	if (!bts->table[scen].stat.scen_en) {
		bts->table[scen].stat.scen_en = true;
		scen_chaining(scen);
	}

	if (scen == bts->top_scen && bts->pd.state)
		bts_setqos(bts->va_base, &bts->table[scen].stat);

	spin_unlock(&bts_lock);

	return len;
}

static int exynos_prio_status_open_show(struct seq_file *buf, void *d)
{
	struct bts_info *bts;
	unsigned long i;
	int nr_ip = 0;

	seq_puts(buf, "\tqos IP/Scen/Prio\nex)echo 0 0 8 > priority\n");
	spin_lock(&bts_lock);

	for (bts = exynos_bts;
			bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		if (!bts->enable)
			continue;
		seq_printf(buf, "[%2d]IP: %s\n", nr_ip++, bts->name);
		for (i = 0; i < ARRAY_SIZE(bts_scen) - 1; i++) {
			if (!bts_scen[i].name)
				continue;
			seq_printf(buf, "%6s: %d\n",
					bts_scen[i].name, bts->table[i].stat.priority);
		}
	}

	spin_unlock(&bts_lock);

	return 0;
}

static ssize_t exynos_prio_write(struct file *file, const char __user *user_buf,
					size_t count, loff_t *ppos)
{
	struct bts_info *bts = NULL;
	char buf[32];
	int ip, scen, prio, ret;
	ssize_t len;

	int nr_ip = ARRAY_SIZE(exynos_bts) - 1;
	int nr_scen = ARRAY_SIZE(bts_scen) - 1;

	len = simple_write_to_buffer(buf, sizeof(buf) - 1, ppos, user_buf, count);
	if (len < 0)
		return len;

	buf[len] = '\0';

	ret = sscanf(buf, "%d %d %d\n", &ip, &scen, &prio);
	if (ret != 3) {
		pr_err("%s, Failed at sscanf function: %d\n", __func__, ret);
		return -EINVAL;
	}

	if (ip < 0 || ip > nr_ip || scen < 0 ||
			scen > nr_scen || prio < 0 || prio > 0xf) {
		pr_info("Invalid variable\n");
		return len;
	}

	bts = &exynos_bts[ip];


	spin_lock(&bts_lock);

	bts->table[scen].stat.priority = prio;

	if (!bts->table[scen].stat.scen_en) {
		bts->table[scen].stat.scen_en = true;
		scen_chaining(scen);
	}

	if (scen == bts->top_scen && bts->pd.state)
		bts_setqos(bts->va_base, &bts->table[scen].stat);

	spin_unlock(&bts_lock);

	return len;
}

static int exynos_scen_status_open_show(struct seq_file *buf, void *d)
{
	unsigned long i;

	for (i = 0; i < ARRAY_SIZE(bts_scen) - 1; i++) {
		if (!bts_scen[i].name)
			continue;
		seq_printf(buf, "[%2lu]%9s\n", i, bts_scen[i].name);
	}
	return 0;
}

static ssize_t exynos_scen_write(struct file *file, const char __user *buf,
					size_t count, loff_t *ppos)
{
	char *buf_data;
	ssize_t len;
	u32 scen;
	u32 on;

	buf_data = kmalloc(count, GFP_KERNEL);
	if (buf_data == NULL)
		return -ENOMEM;

	len = simple_write_to_buffer(buf_data, sizeof(buf_data) - 1, ppos, buf, count);
	if (len < 0 )
		goto out;

	buf_data[len] = '\0';

	if (sscanf(buf_data, "%u %u", &scen, &on) != 2)
		goto out;

	bts_update_scen((enum bts_scen_type)scen, on);
out:
	kfree(buf_data);
	return count;
}

static int exynos_addr_status_open_show(struct seq_file *buf, void *d)
{
	struct bts_info *bts;

	spin_lock(&bts_lock);

	for (bts = exynos_bts;
			bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		if (!bts->enable)
			continue;
		seq_printf(buf, "[IP: %9s]:0x%x\n", bts->name, bts->pa_base);
	}

	spin_unlock(&bts_lock);

	return 0;
}

static int exynos_qos_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_qos_status_open_show, inode->i_private);
}

static int exynos_mo_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_mo_status_open_show, inode->i_private);
}

static int exynos_prio_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_prio_status_open_show, inode->i_private);
}

static int exynos_scen_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_scen_status_open_show, inode->i_private);
}

static int exynos_addr_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_addr_status_open_show, inode->i_private);
}

static const struct file_operations debug_qos_status_fops = {
	.open		= exynos_qos_open,
	.read		= seq_read,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static const struct file_operations debug_mo_status_fops = {
	.open		= exynos_mo_open,
	.read		= seq_read,
	.write		= exynos_mo_write,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static const struct file_operations debug_prio_status_fops = {
	.open		= exynos_prio_open,
	.read		= seq_read,
	.write		= exynos_prio_write,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static const struct file_operations debug_scen_status_fops = {
	.open		= exynos_scen_open,
	.read		= seq_read,
	.write		= exynos_scen_write,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static const struct file_operations debug_addr_status_fops = {
	.open		= exynos_addr_open,
	.read		= seq_read,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static int exynos_qmax_r_status_open_show(struct seq_file *buf, void *d)
{
	int i;
	unsigned long flags;

	spin_lock_irqsave(&qmax_lock, flags);
	for (i = 0; i < exynos_nqmax_r; i++) {
		if (i & 0x1)
			seq_printf(buf, "%u%s", exynos_qmax_r[i],
				   ":");
		else
			seq_printf(buf, "0x%x%s", exynos_qmax_r[i],
				   " ");
	}
	seq_puts(buf, "\n");
	spin_unlock_irqrestore(&qmax_lock, flags);

	return 0;
}

static int exynos_qmax_r_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_qmax_r_status_open_show, inode->i_private);
}

static ssize_t exynos_qmax_r_write(struct file *file, const char __user *buf, size_t count,
			 loff_t *f_pos)
{
	char *buf_data;
	int ntokens;
	ssize_t len;
	unsigned int *new_qmax = NULL;
	unsigned long flags;

	buf_data = kmalloc(count, GFP_KERNEL);
	if (buf_data == NULL)
		return count;

	len = simple_write_to_buffer(buf_data, sizeof(buf_data) - 1, f_pos, buf, count);
	if (len < 0 )
		goto out;

	buf_data[len] = '\0';

	new_qmax = get_tokenized_data(buf_data, &ntokens);
	if (IS_ERR(new_qmax))
		goto out;

	spin_lock_irqsave(&qmax_lock, flags);
	if (exynos_qmax_r != default_exynos_qmax_r) {
		kfree(exynos_qmax_r);
		spin_unlock_irqrestore(&qmax_lock, flags);
		goto out;
	}
	exynos_qmax_r = new_qmax;
	exynos_nqmax_r = ntokens;
	spin_unlock_irqrestore(&qmax_lock, flags);

	exynos_bts_mif_update(exynos_mif_freq);

out:
	kfree(buf_data);
	return count;
}

static const struct file_operations debug_qmax_read_status_fops = {
	.open		= exynos_qmax_r_open,
	.write		= exynos_qmax_r_write,
	.read		= seq_read,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static int exynos_qmax_w_status_open_show(struct seq_file *buf, void *d)
{
	int i;
	unsigned long flags;

	spin_lock_irqsave(&qmax_lock, flags);
	for (i = 0; i < exynos_nqmax_w; i++) {
		if (i & 0x1)
			seq_printf(buf, "%u%s", exynos_qmax_w[i],
				   ":");
		else
			seq_printf(buf, "0x%x%s", exynos_qmax_w[i],
				   " ");
	}
	seq_puts(buf, "\n");
	spin_unlock_irqrestore(&qmax_lock, flags);

	return 0;
}

static int exynos_qmax_w_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_qmax_w_status_open_show, inode->i_private);
}

static ssize_t exynos_qmax_w_write(struct file *file, const char __user *buf, size_t count,
			 loff_t *f_pos)
{
	char *buf_data;
	int ntokens;
	ssize_t len;
	unsigned int *new_qmax = NULL;
	unsigned long flags;

	buf_data = kmalloc(count, GFP_KERNEL);
	if (buf_data == NULL)
		return count;

	len = simple_write_to_buffer(buf_data, sizeof(buf_data) - 1, f_pos, buf, count);
	if (len < 0 )
		goto out;

	buf_data[len] = '\0';

	new_qmax = get_tokenized_data(buf_data, &ntokens);
	if (IS_ERR(new_qmax))
		goto out;

	spin_lock_irqsave(&qmax_lock, flags);
	if (exynos_qmax_w != default_exynos_qmax_w) {
		kfree(exynos_qmax_w);
		spin_unlock_irqrestore(&qmax_lock, flags);
		goto out;
	}
	exynos_qmax_w = new_qmax;
	exynos_nqmax_w = ntokens;
	spin_unlock_irqrestore(&qmax_lock, flags);

	exynos_bts_mif_update(exynos_mif_freq);

out:
	kfree(buf_data);
	return count;
}

static const struct file_operations debug_qmax_write_status_fops = {
	.open		= exynos_qmax_w_open,
	.write		= exynos_qmax_w_write,
	.read		= seq_read,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static int exynos_qbusy_status_open_show(struct seq_file *buf, void *d)
{
	seq_printf(buf, "%u\n", exynos_qbusy);
	return 0;
}

static int exynos_qbusy_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_qbusy_status_open_show, inode->i_private);
}

static ssize_t exynos_qbusy_write(struct file *file, const char __user *buf, size_t count,
				  loff_t *f_pos)
{
	char *buf_data;
	unsigned long i;
	ssize_t len;

	buf_data = kmalloc(count, GFP_KERNEL);
	if (buf_data == NULL)
		return count;

	len = simple_write_to_buffer(buf_data, sizeof(buf_data) - 1, f_pos, buf, count);
	if (len < 0 )
		goto out;

	buf_data[len] = '\0';

	if (sscanf(buf_data, "%u", &exynos_qbusy) != 1)
		goto out;

	for (i = 0; i < ARRAY_SIZE(smc_config); i++)
		bts_set_qbusy(smc_config[i].va_base, exynos_qbusy);

out:
	kfree(buf_data);
	return count;
}

static const struct file_operations debug_qbusy_status_fops = {
	.open		= exynos_qbusy_open,
	.write		= exynos_qbusy_write,
	.read		= seq_read,
	.llseek		= seq_lseek,
	.release	= single_release,
};

static int exynos_idq_status_open_show(struct seq_file *buf, void *d)
{
	bts_show_idq(trex_sci.va_base, buf);
	return 0;
}

static int exynos_idq_open(struct inode *inode, struct file *file)
{
	return single_open(file, exynos_idq_status_open_show, inode->i_private);
}

static ssize_t exynos_idq_write(struct file *file, const char __user *buf,
				size_t count, loff_t *f_ops)
{
	char *buf_data;
	unsigned int port, idq;
	ssize_t len;
	int ret;

	buf_data = kmalloc(count, GFP_KERNEL);
	if (buf_data == NULL)
		return count;

	len = simple_write_to_buffer(buf_data, sizeof(buf_data) - 1, f_ops, buf, count);
	if (len < 0 )
		goto out;

	buf_data[len] = '\0';

	ret = sscanf(buf_data, "%u %u", &port, &idq);
	if (ret < 0)
		goto out;

	if (port > 3 || idq > 8)
		goto out;

	bts_set_idq(trex_sci.va_base, port, idq);

out:
	kfree(buf_data);
	return count;
}

static const struct file_operations debug_idq_status_fops = {
	.open		= exynos_idq_open,
	.write		= exynos_idq_write,
	.read		= seq_read,
	.llseek		= seq_lseek,
	.release	= single_release,
};

#ifdef CONFIG_DEBUG_FS
static int bts_debugfs(void)
{
	struct dentry *den;

	den = debugfs_create_dir("bts", NULL);
	if (IS_ERR(den)) {
		pr_err("[BTS]: could't create debugfs dir\n");
		return -ENOMEM;
	}

	debugfs_create_file("qos", 0440, den, NULL,
				&debug_qos_status_fops);
	debugfs_create_file("mo", 0644, den, NULL,
				&debug_mo_status_fops);
	debugfs_create_file("priority", 0644, den, NULL,
				&debug_prio_status_fops);
	debugfs_create_file("scenario", 0440, den, NULL,
				 &debug_scen_status_fops);
	debugfs_create_file("address", 0440, den, NULL,
				&debug_addr_status_fops);
	debugfs_create_file("qmax_read", 0440, den, NULL,
				&debug_qmax_read_status_fops);
	debugfs_create_file("qmax_write", 0440, den, NULL,
				&debug_qmax_write_status_fops);
	debugfs_create_file("qbusy", 0440, den, NULL,
				&debug_qbusy_status_fops);
	debugfs_create_file("idq", 0644, den, NULL,
				&debug_idq_status_fops);

	if (!debugfs_create_u32("log", 0644, den, &exynos_bts_log))
		pr_err("[BTS]: could't create debugfs bts log\n");

	if (!debugfs_create_u32("mif_util", 0644, den, &exynos_mif_util))
		pr_err("[BTS]: could't create debugfs mif util\n");

	if (!debugfs_create_u32("int_util", 0644, den, &exynos_int_util))
		pr_err("[BTS]: could't create debugfs int util\n");

	return 0;
}
#else
static int bts_debugfs(void) { return 0; }
#endif /* CONFIG_DEBUG_FS */

void bts_pd_sync(unsigned int id, int on)
{
	struct bts_info *bts;

	spin_lock(&bts_lock);
	for (bts = exynos_bts;
			bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		if (!bts->pd.id)
			continue;

		if (bts->pd.id == id) {
			bts->pd.state = on;
			if (on)
				bts_set_ip_table(bts);
		}
	}
	spin_unlock(&bts_lock);
}
EXPORT_SYMBOL(bts_pd_sync);

static void bts_initialize_domains(void)
{
	unsigned long i;
	struct bts_info *bts;

	bts_set_qfull(trex_sci.va_base, exynos_qfull_low, exynos_qfull_high);
	for (i = 0; i < ARRAY_SIZE(smc_config); i++)
		bts_set_qbusy(smc_config[i].va_base, exynos_qbusy);
	for (i = 0; i < ARRAY_SIZE(trex_sci_irps); i++)
		bts_trex_init(trex_sci_irps[i].va_base);
	spin_lock(&bts_lock);
	for (bts = exynos_bts;
	     bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		if (!bts->enable || !bts->pd.state)
			continue;
		bts_set_ip_table(bts);
	}

	spin_unlock(&bts_lock);
	exynos_bts_mif_update(exynos_mif_freq);
}

static int exynos_bts_syscore_suspend(void)
{
	return 0;
}

static void exynos_bts_syscore_resume(void)
{
	bts_initialize_domains();
}

static struct syscore_ops exynos_bts_syscore_ops = {
	.suspend	= exynos_bts_syscore_suspend,
	.resume		= exynos_bts_syscore_resume,
};

#define BIT_PER_BYTE		8

static unsigned int bts_bw_calc(struct bts_decon_info *decon, int idx)
{
	struct bts_dpp_info *dpp = &decon->dpp[idx];
	unsigned int bw;
	unsigned int dst_w, dst_h;

	dst_w = dpp->dst.x2 - dpp->dst.x1;
	dst_h = dpp->dst.y2 - dpp->dst.y1;
	if (!(dst_w && dst_h))
		return 0;
	/* use multifactor for KB/s */
	bw = ((u64)dpp->src_h * dpp->src_w * dpp->bpp * decon->vclk) *
	       (decon->lcd_w*11 + 480) / decon->lcd_w / 10 /
		(BIT_PER_BYTE * dst_h * decon->lcd_w);
	return bw;
}

static unsigned int bts_find_max_bw(struct bts_decon_info *decon,
			 const struct bts_layer_position *input, int idx)
{
	struct bts_layer_position output;
	struct bts_dpp_info *dpp;
	unsigned int max = 0;
	int i;

	for (i = idx; i < BTS_DPP_MAX; i++) {
		dpp = &decon->dpp[i];
		if (!dpp->used)
			continue;
		output.y1 = input->y1 < dpp->dst.y1 ? dpp->dst.y1 : input->y1;
		output.y2 = input->y2 > dpp->dst.y2 ? dpp->dst.y2 : input->y2;
		output.x1 = input->x1 < dpp->dst.x1 ? dpp->dst.x1 : input->x1;
		output.x2 = input->x2 > dpp->dst.x2 ? dpp->dst.x2 : input->x2;
		if (output.y1 < output.y2) {
			unsigned int bw;

			bw = dpp->bw + bts_find_max_bw(decon, &output, i + 1);
			if (bw > max)
				max = bw;
		}
	}
	return max;

}

static unsigned int bts_update_decon_bw(struct bts_decon_info *decon)
{
	unsigned int max = 0;
	struct bts_dpp_info *dpp;
	int i;

	for (i = 0; i < BTS_DPP_MAX; i++) {
		dpp = &decon->dpp[i];
		if (!dpp->used)
			continue;
		dpp->bw = bts_bw_calc(decon, i);
	}
	for (i = 0; i < BTS_DPP_MAX; i++) {
		unsigned int bw;

		dpp = &decon->dpp[i];
		if (!dpp->used)
			continue;
		bw = dpp->bw + bts_find_max_bw(decon, &dpp->dst, i + 1);
		if (bw > max)
			max = bw;
	}

	return max;
}

unsigned int bts_calc_bw(enum bts_bw_type type, void *data)
{
	unsigned int bw;

	switch (type) {
	case BTS_BW_DECON0:
	case BTS_BW_DECON1:
	case BTS_BW_DECON2:
		bw = bts_update_decon_bw(data);
		break;
	default:
		bw = 0;
		break;
	}

	return bw;
}

void bts_update_bw(enum bts_bw_type type, struct bts_bw bw)
{
	static struct bts_bw ip_bw[BTS_BW_MAX];
	unsigned int mif_freq;
	unsigned int int_freq;
	unsigned int total_bw = 0;
	unsigned int bw_r = 0;
	unsigned int bw_w = 0;
	unsigned int int_bw = 0;
	int i;

	if (type >= BTS_BW_MAX)
		return;
	if (ip_bw[type].peak == bw.peak
	    && ip_bw[type].read == bw.read
	    && ip_bw[type].write == bw.write)
		return;
	mutex_lock(&media_mutex);

	ip_bw[type] = bw;
	for (i = 0; i < BTS_BW_MAX; i++) {
		if (int_bw < ip_bw[i].peak)
			int_bw = ip_bw[i].peak;
		bw_r += ip_bw[i].read;
		bw_w += ip_bw[i].write;
	}
	total_bw = bw_r + bw_w;
	if (int_bw < (bw_w / NUM_CHANNEL))
		int_bw = bw_w / NUM_CHANNEL;
	if (int_bw < (bw_r / NUM_CHANNEL))
		int_bw = bw_r / NUM_CHANNEL;

	/* MIF minimum frequency calculation as per BTS guide */
	mif_freq = total_bw * 100 / BUS_WIDTH / exynos_mif_util;
	int_freq = int_bw * 100 / BUS_WIDTH / exynos_int_util;

	pm_qos_update_request(&exynos_mif_bts_qos, mif_freq);
	pm_qos_update_request(&exynos_int_bts_qos, int_freq);

	BTS_DBG("[BTS] BW(KB/s): type%i bw %up %ur %uw, \
		int %u total %u, read %u, write %u, \
		freq(Khz): mif %u, int %u\n",
		type, bw.peak, bw.read, bw.write, int_bw, total_bw,
		bw_r, bw_w, mif_freq, int_freq);

	mutex_unlock(&media_mutex);
}

static int __init exynos_bts_init(void)
{
	int ret;
	unsigned long i;
	struct bts_info *bts;

	ret = bts_debugfs();
	if (ret)
		return ret;

	for (bts = exynos_bts;
	     bts <= &exynos_bts[ARRAY_SIZE(exynos_bts) - 1]; bts++) {
		bts->va_base = ioremap(bts->pa_base, SZ_2K);
		if (!bts->va_base) {
			pr_err("failed to map bts physical address\n");
			bts->enable = false;
		}
	}

	for (i = 0; i < ARRAY_SIZE(trex_sci_irps); i++) {
		trex_sci_irps[i].va_base = ioremap(trex_sci_irps[i].pa_base,
						  SZ_4K);
		if (!trex_sci_irps[i].va_base)
			pr_err("failed to map trex irp-s physical address\n");
	}

	for (i = 0; i < ARRAY_SIZE(smc_config); i++) {
		smc_config[i].va_base = ioremap(smc_config[i].pa_base,
						SZ_4K);
		if (!smc_config[i].va_base)
			pr_err("failed to map smc physical address\n");
	}

	for (i = 0; i < ARRAY_SIZE(trex_snode); i++) {
		trex_snode[i].va_base = ioremap(trex_snode[i].pa_base,
						  SZ_1K);
		if (!trex_snode[i].va_base)
			pr_err("failed to map trex snode physical address\n");
	}
	trex_sci.va_base = ioremap(trex_sci.pa_base,
					SZ_1K);
	if (!trex_sci.va_base)
		pr_err("failed to map sci physical address\n");

	for (i = BS_DEFAULT + 1; i < BS_MAX; i++)
		scen_chaining(i);

	exynos_qmax_r = default_exynos_qmax_r;
	exynos_nqmax_r = ARRAY_SIZE(default_exynos_qmax_r);
	exynos_qmax_w = default_exynos_qmax_w;
	exynos_nqmax_w = ARRAY_SIZE(default_exynos_qmax_w);

	bts_initialize_domains();

	pm_qos_add_request(&exynos_mif_bts_qos, PM_QOS_BUS_THROUGHPUT, 0);
	pm_qos_add_request(&exynos_int_bts_qos, PM_QOS_DEVICE_THROUGHPUT, 0);

	register_syscore_ops(&exynos_bts_syscore_ops);
	pr_info("BTS: driver is initialized\n");
	return 0;
}
arch_initcall(exynos_bts_init);