1 /* SPDX-License-Identifier: GPL-2.0-or-later * 1 /* SPDX-License-Identifier: GPL-2.0-or-later */
2 /* 2 /*
3 * tmon.h contains data structures and constan 3 * tmon.h contains data structures and constants used by TMON
4 * 4 *
5 * Copyright (C) 2012 Intel Corporation. All r 5 * Copyright (C) 2012 Intel Corporation. All rights reserved.
6 * 6 *
7 * Author Name Jacob Pan <jacob.jun.pan@linux. 7 * Author Name Jacob Pan <jacob.jun.pan@linux.intel.com>
8 */ 8 */
9 9
10 #ifndef TMON_H 10 #ifndef TMON_H
11 #define TMON_H 11 #define TMON_H
12 12
13 #define MAX_DISP_TEMP 125 13 #define MAX_DISP_TEMP 125
14 #define MAX_CTRL_TEMP 105 14 #define MAX_CTRL_TEMP 105
15 #define MIN_CTRL_TEMP 40 15 #define MIN_CTRL_TEMP 40
16 #define MAX_NR_TZONE 16 16 #define MAX_NR_TZONE 16
17 #define MAX_NR_CDEV 32 17 #define MAX_NR_CDEV 32
18 #define MAX_NR_TRIP 16 18 #define MAX_NR_TRIP 16
19 #define MAX_NR_CDEV_TRIP 12 /* number of cooli 19 #define MAX_NR_CDEV_TRIP 12 /* number of cooling devices that can bind
20 * to a thermal zo 20 * to a thermal zone trip.
21 */ 21 */
22 #define MAX_TEMP_KC 140000 22 #define MAX_TEMP_KC 140000
23 /* starting char position to draw sensor data, 23 /* starting char position to draw sensor data, such as tz names
24 * trip point list, etc. 24 * trip point list, etc.
25 */ 25 */
26 #define DATA_LEFT_ALIGN 10 26 #define DATA_LEFT_ALIGN 10
27 #define NR_LINES_TZDATA 1 27 #define NR_LINES_TZDATA 1
28 #define TMON_LOG_FILE "/var/tmp/tmon.log" 28 #define TMON_LOG_FILE "/var/tmp/tmon.log"
29 29
30 #include <sys/time.h> <<
31 #include <pthread.h> <<
32 <<
33 extern unsigned long ticktime; 30 extern unsigned long ticktime;
34 extern double time_elapsed; 31 extern double time_elapsed;
35 extern unsigned long target_temp_user; 32 extern unsigned long target_temp_user;
36 extern int dialogue_on; 33 extern int dialogue_on;
37 extern char ctrl_cdev[]; 34 extern char ctrl_cdev[];
38 extern pthread_mutex_t input_lock; 35 extern pthread_mutex_t input_lock;
39 extern int tmon_exit; 36 extern int tmon_exit;
40 extern int target_thermal_zone; 37 extern int target_thermal_zone;
41 /* use fixed size record to simplify data proc 38 /* use fixed size record to simplify data processing and transfer
42 * TBD: more info to be added, e.g. programmab 39 * TBD: more info to be added, e.g. programmable trip point data.
43 */ 40 */
44 struct thermal_data_record { 41 struct thermal_data_record {
45 struct timeval tv; 42 struct timeval tv;
46 unsigned long temp[MAX_NR_TZONE]; 43 unsigned long temp[MAX_NR_TZONE];
47 double pid_out_pct; 44 double pid_out_pct;
48 }; 45 };
49 46
50 struct cdev_info { 47 struct cdev_info {
51 char type[64]; 48 char type[64];
52 int instance; 49 int instance;
53 unsigned long max_state; 50 unsigned long max_state;
54 unsigned long cur_state; 51 unsigned long cur_state;
55 unsigned long flag; 52 unsigned long flag;
56 }; 53 };
57 54
58 enum trip_type { 55 enum trip_type {
59 THERMAL_TRIP_CRITICAL, 56 THERMAL_TRIP_CRITICAL,
60 THERMAL_TRIP_HOT, 57 THERMAL_TRIP_HOT,
61 THERMAL_TRIP_PASSIVE, 58 THERMAL_TRIP_PASSIVE,
62 THERMAL_TRIP_ACTIVE, 59 THERMAL_TRIP_ACTIVE,
63 NR_THERMAL_TRIP_TYPE, 60 NR_THERMAL_TRIP_TYPE,
64 }; 61 };
65 62
66 struct trip_point { 63 struct trip_point {
67 enum trip_type type; 64 enum trip_type type;
68 unsigned long temp; 65 unsigned long temp;
69 unsigned long hysteresis; 66 unsigned long hysteresis;
70 int attribute; /* programmability etc. 67 int attribute; /* programmability etc. */
71 }; 68 };
72 69
73 /* thermal zone configuration information, bin 70 /* thermal zone configuration information, binding with cooling devices could
74 * change at runtime. 71 * change at runtime.
75 */ 72 */
76 struct tz_info { 73 struct tz_info {
77 char type[256]; /* e.g. acpitz */ 74 char type[256]; /* e.g. acpitz */
78 int instance; 75 int instance;
79 int passive; /* active zone has passiv 76 int passive; /* active zone has passive node to force passive mode */
80 int nr_cdev; /* number of cooling devi 77 int nr_cdev; /* number of cooling device binded */
81 int nr_trip_pts; 78 int nr_trip_pts;
82 struct trip_point tp[MAX_NR_TRIP]; 79 struct trip_point tp[MAX_NR_TRIP];
83 unsigned long cdev_binding; /* bitmap 80 unsigned long cdev_binding; /* bitmap for attached cdevs */
84 /* cdev bind trip points, allow one cd 81 /* cdev bind trip points, allow one cdev bind to multiple trips */
85 unsigned long trip_binding[MAX_NR_CDEV 82 unsigned long trip_binding[MAX_NR_CDEV];
86 }; 83 };
87 84
88 struct tmon_platform_data { 85 struct tmon_platform_data {
89 int nr_tz_sensor; 86 int nr_tz_sensor;
90 int nr_cooling_dev; 87 int nr_cooling_dev;
91 /* keep track of instance ids since th 88 /* keep track of instance ids since there might be gaps */
92 int max_tz_instance; 89 int max_tz_instance;
93 int max_cdev_instance; 90 int max_cdev_instance;
94 struct tz_info *tzi; 91 struct tz_info *tzi;
95 struct cdev_info *cdi; 92 struct cdev_info *cdi;
96 }; 93 };
97 94
98 struct control_ops { 95 struct control_ops {
99 void (*set_ratio)(unsigned long ratio) 96 void (*set_ratio)(unsigned long ratio);
100 unsigned long (*get_ratio)(unsigned lo 97 unsigned long (*get_ratio)(unsigned long ratio);
101 98
102 }; 99 };
103 100
104 enum cdev_types { 101 enum cdev_types {
105 CDEV_TYPE_PROC, 102 CDEV_TYPE_PROC,
106 CDEV_TYPE_FAN, 103 CDEV_TYPE_FAN,
107 CDEV_TYPE_MEM, 104 CDEV_TYPE_MEM,
108 CDEV_TYPE_NR, 105 CDEV_TYPE_NR,
109 }; 106 };
110 107
111 /* REVISIT: the idea is to group sensors if po 108 /* REVISIT: the idea is to group sensors if possible, e.g. on intel mid
112 * we have "skin0", "skin1", "sys", "msicdie" 109 * we have "skin0", "skin1", "sys", "msicdie"
113 * on DPTF enabled systems, we might have PCH, 110 * on DPTF enabled systems, we might have PCH, TSKN, TAMB, etc.
114 */ 111 */
115 enum tzone_types { 112 enum tzone_types {
116 TZONE_TYPE_ACPI, 113 TZONE_TYPE_ACPI,
117 TZONE_TYPE_PCH, 114 TZONE_TYPE_PCH,
118 TZONE_TYPE_NR, 115 TZONE_TYPE_NR,
119 }; 116 };
120 117
121 /* limit the output of PID controller adjustme 118 /* limit the output of PID controller adjustment */
122 #define LIMIT_HIGH (95) 119 #define LIMIT_HIGH (95)
123 #define LIMIT_LOW (2) 120 #define LIMIT_LOW (2)
124 121
125 struct pid_params { 122 struct pid_params {
126 double kp; /* Controller gain from Di 123 double kp; /* Controller gain from Dialog Box */
127 double ki; /* Time-constant for I act 124 double ki; /* Time-constant for I action from Dialog Box */
128 double kd; /* Time-constant for D act 125 double kd; /* Time-constant for D action from Dialog Box */
129 double ts; 126 double ts;
130 double k_lpf; 127 double k_lpf;
131 128
132 double t_target; 129 double t_target;
133 double y_k; 130 double y_k;
134 }; 131 };
135 132
136 extern int init_thermal_controller(void); 133 extern int init_thermal_controller(void);
137 extern void controller_handler(const double xk 134 extern void controller_handler(const double xk, double *yk);
138 135
139 extern struct tmon_platform_data ptdata; 136 extern struct tmon_platform_data ptdata;
140 extern struct pid_params p_param; 137 extern struct pid_params p_param;
141 138
142 extern FILE *tmon_log; 139 extern FILE *tmon_log;
143 extern int cur_thermal_record; /* index to the 140 extern int cur_thermal_record; /* index to the trec array */
144 extern struct thermal_data_record trec[]; 141 extern struct thermal_data_record trec[];
145 extern const char *trip_type_name[]; 142 extern const char *trip_type_name[];
146 extern unsigned long no_control; 143 extern unsigned long no_control;
147 144
148 extern void initialize_curses(void); 145 extern void initialize_curses(void);
149 extern void show_controller_stats(char *line); 146 extern void show_controller_stats(char *line);
150 extern void show_title_bar(void); 147 extern void show_title_bar(void);
151 extern void setup_windows(void); 148 extern void setup_windows(void);
152 extern void disable_tui(void); 149 extern void disable_tui(void);
153 extern void show_sensors_w(void); 150 extern void show_sensors_w(void);
154 extern void show_data_w(void); 151 extern void show_data_w(void);
155 extern void write_status_bar(int x, char *line 152 extern void write_status_bar(int x, char *line);
156 extern void show_control_w(); 153 extern void show_control_w();
157 154
158 extern void show_cooling_device(void); 155 extern void show_cooling_device(void);
159 extern void show_dialogue(void); 156 extern void show_dialogue(void);
160 extern int update_thermal_data(void); 157 extern int update_thermal_data(void);
161 158
162 extern int probe_thermal_sysfs(void); 159 extern int probe_thermal_sysfs(void);
163 extern void free_thermal_data(void); 160 extern void free_thermal_data(void);
164 extern void resize_handler(int sig); 161 extern void resize_handler(int sig);
165 extern void set_ctrl_state(unsigned long state 162 extern void set_ctrl_state(unsigned long state);
166 extern void get_ctrl_state(unsigned long *stat 163 extern void get_ctrl_state(unsigned long *state);
167 extern void *handle_tui_events(void *arg); 164 extern void *handle_tui_events(void *arg);
168 extern int sysfs_set_ulong(char *path, char *f 165 extern int sysfs_set_ulong(char *path, char *filename, unsigned long val);
169 extern int zone_instance_to_index(int zone_ins 166 extern int zone_instance_to_index(int zone_inst);
170 extern void close_windows(void); 167 extern void close_windows(void);
171 168
172 #define PT_COLOR_DEFAULT 1 169 #define PT_COLOR_DEFAULT 1
173 #define PT_COLOR_HEADER_BAR 2 170 #define PT_COLOR_HEADER_BAR 2
174 #define PT_COLOR_ERROR 3 171 #define PT_COLOR_ERROR 3
175 #define PT_COLOR_RED 4 172 #define PT_COLOR_RED 4
176 #define PT_COLOR_YELLOW 5 173 #define PT_COLOR_YELLOW 5
177 #define PT_COLOR_GREEN 6 174 #define PT_COLOR_GREEN 6
178 #define PT_COLOR_BRIGHT 7 175 #define PT_COLOR_BRIGHT 7
179 #define PT_COLOR_BLUE 8 176 #define PT_COLOR_BLUE 8
180 177
181 /* each thermal zone uses 12 chars, 8 for name 178 /* each thermal zone uses 12 chars, 8 for name, 2 for instance, 2 space
182 * also used to list trip points in forms of A 179 * also used to list trip points in forms of AAAC, which represents
183 * A: Active 180 * A: Active
184 * C: Critical 181 * C: Critical
185 */ 182 */
186 #define TZONE_RECORD_SIZE 12 183 #define TZONE_RECORD_SIZE 12
187 #define TZ_LEFT_ALIGN 32 184 #define TZ_LEFT_ALIGN 32
188 #define CDEV_NAME_SIZE 20 185 #define CDEV_NAME_SIZE 20
189 #define CDEV_FLAG_IN_CONTROL (1 << 0) 186 #define CDEV_FLAG_IN_CONTROL (1 << 0)
190 187
191 /* dialogue box starts */ 188 /* dialogue box starts */
192 #define DIAG_X 48 189 #define DIAG_X 48
193 #define DIAG_Y 8 190 #define DIAG_Y 8
194 #define THERMAL_SYSFS "/sys/class/thermal" 191 #define THERMAL_SYSFS "/sys/class/thermal"
195 #define CDEV "cooling_device" 192 #define CDEV "cooling_device"
196 #define TZONE "thermal_zone" 193 #define TZONE "thermal_zone"
197 #define TDATA_LEFT 16 194 #define TDATA_LEFT 16
198 #endif /* TMON_H */ 195 #endif /* TMON_H */
199 196
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TOMOYO® is a registered trademark of NTT DATA CORPORATION.