#ifndef __INTEL_MID_THERMAL_H__
#define __INTEL_MID_THERMAL_H__

#include <linux/thermal.h>

#define BPTHERM_NAME	"bptherm"
#define SKIN0_NAME	"skin0"
#define SKIN1_NAME	"skin1"
#define MSIC_DIE_NAME	"msicdie"
#define MSIC_SYS_NAME	"sys"
#define SYSTHERM0       "systherm0"
#define SYSTHERM1       "systherm1"
#define SYSTHERM2       "systherm2"
/**
 * struct intel_mid_thermal_sensor - intel_mid_thermal sensor information
 * @name:		name of the sensor
 * @index:		index number of sensor
 * @slope:		slope used for temp calculation
 * @intercept:		intercept used for temp calculation
 * @adc_channel:	adc channel id|flags
 * @direct:		If true then direct conversion is used.
 * @priv:		private sensor data
 * @temp_correlation:	temp correlation function
 */
struct intel_mid_thermal_sensor {
	char name[THERMAL_NAME_LENGTH];
	int index;
	long slope;
	long intercept;
	int adc_channel;
	bool direct;
	void *priv;
	int (*temp_correlation)(void *info, long temp, long *res);
};

/**
 * struct soc_throttle_data - SoC level power limits for thermal throttling
 * @power_limit:	power limit value
 * @floor_freq:		The CPU frequency may not go below this value
 */
struct soc_throttle_data {
	int power_limit;
	int floor_freq;
};

/**
 * struct intel_mid_thermal_platform_data - Platform data for
 *		intel mid thermal driver
 *
 * @num_sensors:	Maximum number of real sensors supported
 * @num_virtual_sensors: Number of virtual sensors
 * @sensors:		sensor info
 * @gpu_cooling:	Whether to register a cdev for GPU throttling
 */
struct intel_mid_thermal_platform_data {
	int num_sensors;
	int num_virtual_sensors;
	struct intel_mid_thermal_sensor *sensors;
	bool gpu_cooling;
};

/**
 * struct skin1_private_info - skin1 sensor private data
 *
 * @dependent:		dependency on other sensors
			0   - no dependency,
			> 0 - depends on other sensors
 * @sensors:		dependent sensor address.
 */
struct skin1_private_info {
	int dependent;
	struct intel_mid_thermal_sensor **sensors;
};

/* skin0 sensor temperature correlation function*/
int skin0_temp_correlation(void *info, long temp, long *res);
/* skin1 sensor temperature correlation function*/
int skin1_temp_correlation(void *info, long temp, long *res);
/* bptherm sensor temperature correlation function*/
int bptherm_temp_correlation(void *info, long temp, long *res);
#endif