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1/*
2 * This file defines the trace event structures that go into the ring
3 * buffer directly. They are created via macros so that changes for them
4 * appear in the format file. Using macros will automate this process.
5 *
6 * The macro used to create a ftrace data structure is:
7 *
8 * FTRACE_ENTRY( name, struct_name, id, structure, print )
9 *
10 * @name: the name used the event name, as well as the name of
11 * the directory that holds the format file.
12 *
13 * @struct_name: the name of the structure that is created.
14 *
15 * @id: The event identifier that is used to detect what event
16 * this is from the ring buffer.
17 *
18 * @structure: the structure layout
19 *
20 * - __field( type, item )
21 * This is equivalent to declaring
22 * type item;
23 * in the structure.
24 * - __array( type, item, size )
25 * This is equivalent to declaring
26 * type item[size];
27 * in the structure.
28 *
29 * * for structures within structures, the format of the internal
30 * structure is laid out. This allows the internal structure
31 * to be deciphered for the format file. Although these macros
32 * may become out of sync with the internal structure, they
33 * will create a compile error if it happens. Since the
34 * internel structures are just tracing helpers, this is not
35 * an issue.
36 *
37 * When an internal structure is used, it should use:
38 *
39 * __field_struct( type, item )
40 *
41 * instead of __field. This will prevent it from being shown in
42 * the output file. The fields in the structure should use.
43 *
44 * __field_desc( type, container, item )
45 * __array_desc( type, container, item, len )
46 *
47 * type, item and len are the same as __field and __array, but
48 * container is added. This is the name of the item in
49 * __field_struct that this is describing.
50 *
51 *
52 * @print: the print format shown to users in the format file.
53 */
54
55/*
56 * Function trace entry - function address and parent function address:
57 */
58FTRACE_ENTRY_REG(function, ftrace_entry,
59
60 TRACE_FN,
61
62 F_STRUCT(
63 __field( unsigned long, ip )
64 __field( unsigned long, parent_ip )
65 ),
66
67 F_printk(" %lx <-- %lx", __entry->ip, __entry->parent_ip),
68
69 FILTER_TRACE_FN,
70
71 perf_ftrace_event_register
72);
73
74/* Function call entry */
75FTRACE_ENTRY(funcgraph_entry, ftrace_graph_ent_entry,
76
77 TRACE_GRAPH_ENT,
78
79 F_STRUCT(
80 __field_struct( struct ftrace_graph_ent, graph_ent )
81 __field_desc( unsigned long, graph_ent, func )
82 __field_desc( int, graph_ent, depth )
83 ),
84
85 F_printk("--> %lx (%d)", __entry->func, __entry->depth),
86
87 FILTER_OTHER
88);
89
90/* Function return entry */
91FTRACE_ENTRY(funcgraph_exit, ftrace_graph_ret_entry,
92
93 TRACE_GRAPH_RET,
94
95 F_STRUCT(
96 __field_struct( struct ftrace_graph_ret, ret )
97 __field_desc( unsigned long, ret, func )
98 __field_desc( unsigned long long, ret, calltime)
99 __field_desc( unsigned long long, ret, rettime )
100 __field_desc( unsigned long, ret, overrun )
101 __field_desc( int, ret, depth )
102 ),
103
104 F_printk("<-- %lx (%d) (start: %llx end: %llx) over: %d",
105 __entry->func, __entry->depth,
106 __entry->calltime, __entry->rettime,
107 __entry->depth),
108
109 FILTER_OTHER
110);
111
112/*
113 * Context switch trace entry - which task (and prio) we switched from/to:
114 *
115 * This is used for both wakeup and context switches. We only want
116 * to create one structure, but we need two outputs for it.
117 */
118#define FTRACE_CTX_FIELDS \
119 __field( unsigned int, prev_pid ) \
120 __field( unsigned int, next_pid ) \
121 __field( unsigned int, next_cpu ) \
122 __field( unsigned char, prev_prio ) \
123 __field( unsigned char, prev_state ) \
124 __field( unsigned char, next_prio ) \
125 __field( unsigned char, next_state )
126
127FTRACE_ENTRY(context_switch, ctx_switch_entry,
128
129 TRACE_CTX,
130
131 F_STRUCT(
132 FTRACE_CTX_FIELDS
133 ),
134
135 F_printk("%u:%u:%u ==> %u:%u:%u [%03u]",
136 __entry->prev_pid, __entry->prev_prio, __entry->prev_state,
137 __entry->next_pid, __entry->next_prio, __entry->next_state,
138 __entry->next_cpu),
139
140 FILTER_OTHER
141);
142
143/*
144 * FTRACE_ENTRY_DUP only creates the format file, it will not
145 * create another structure.
146 */
147FTRACE_ENTRY_DUP(wakeup, ctx_switch_entry,
148
149 TRACE_WAKE,
150
151 F_STRUCT(
152 FTRACE_CTX_FIELDS
153 ),
154
155 F_printk("%u:%u:%u ==+ %u:%u:%u [%03u]",
156 __entry->prev_pid, __entry->prev_prio, __entry->prev_state,
157 __entry->next_pid, __entry->next_prio, __entry->next_state,
158 __entry->next_cpu),
159
160 FILTER_OTHER
161);
162
163/*
164 * Stack-trace entry:
165 */
166
167#define FTRACE_STACK_ENTRIES 8
168
169#ifndef CONFIG_64BIT
170# define IP_FMT "%08lx"
171#else
172# define IP_FMT "%016lx"
173#endif
174
175FTRACE_ENTRY(kernel_stack, stack_entry,
176
177 TRACE_STACK,
178
179 F_STRUCT(
180 __field( int, size )
181 __dynamic_array(unsigned long, caller )
182 ),
183
184 F_printk("\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n"
185 "\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n"
186 "\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n",
187 __entry->caller[0], __entry->caller[1], __entry->caller[2],
188 __entry->caller[3], __entry->caller[4], __entry->caller[5],
189 __entry->caller[6], __entry->caller[7]),
190
191 FILTER_OTHER
192);
193
194FTRACE_ENTRY(user_stack, userstack_entry,
195
196 TRACE_USER_STACK,
197
198 F_STRUCT(
199 __field( unsigned int, tgid )
200 __array( unsigned long, caller, FTRACE_STACK_ENTRIES )
201 ),
202
203 F_printk("\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n"
204 "\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n"
205 "\t=> (" IP_FMT ")\n\t=> (" IP_FMT ")\n",
206 __entry->caller[0], __entry->caller[1], __entry->caller[2],
207 __entry->caller[3], __entry->caller[4], __entry->caller[5],
208 __entry->caller[6], __entry->caller[7]),
209
210 FILTER_OTHER
211);
212
213/*
214 * trace_printk entry:
215 */
216FTRACE_ENTRY(bprint, bprint_entry,
217
218 TRACE_BPRINT,
219
220 F_STRUCT(
221 __field( unsigned long, ip )
222 __field( const char *, fmt )
223 __dynamic_array( u32, buf )
224 ),
225
226 F_printk("%ps: %s",
227 (void *)__entry->ip, __entry->fmt),
228
229 FILTER_OTHER
230);
231
232FTRACE_ENTRY(print, print_entry,
233
234 TRACE_PRINT,
235
236 F_STRUCT(
237 __field( unsigned long, ip )
238 __dynamic_array( char, buf )
239 ),
240
241 F_printk("%ps: %s",
242 (void *)__entry->ip, __entry->buf),
243
244 FILTER_OTHER
245);
246
247FTRACE_ENTRY(bputs, bputs_entry,
248
249 TRACE_BPUTS,
250
251 F_STRUCT(
252 __field( unsigned long, ip )
253 __field( const char *, str )
254 ),
255
256 F_printk("%ps: %s",
257 (void *)__entry->ip, __entry->str),
258
259 FILTER_OTHER
260);
261
262FTRACE_ENTRY(mmiotrace_rw, trace_mmiotrace_rw,
263
264 TRACE_MMIO_RW,
265
266 F_STRUCT(
267 __field_struct( struct mmiotrace_rw, rw )
268 __field_desc( resource_size_t, rw, phys )
269 __field_desc( unsigned long, rw, value )
270 __field_desc( unsigned long, rw, pc )
271 __field_desc( int, rw, map_id )
272 __field_desc( unsigned char, rw, opcode )
273 __field_desc( unsigned char, rw, width )
274 ),
275
276 F_printk("%lx %lx %lx %d %x %x",
277 (unsigned long)__entry->phys, __entry->value, __entry->pc,
278 __entry->map_id, __entry->opcode, __entry->width),
279
280 FILTER_OTHER
281);
282
283FTRACE_ENTRY(mmiotrace_map, trace_mmiotrace_map,
284
285 TRACE_MMIO_MAP,
286
287 F_STRUCT(
288 __field_struct( struct mmiotrace_map, map )
289 __field_desc( resource_size_t, map, phys )
290 __field_desc( unsigned long, map, virt )
291 __field_desc( unsigned long, map, len )
292 __field_desc( int, map, map_id )
293 __field_desc( unsigned char, map, opcode )
294 ),
295
296 F_printk("%lx %lx %lx %d %x",
297 (unsigned long)__entry->phys, __entry->virt, __entry->len,
298 __entry->map_id, __entry->opcode),
299
300 FILTER_OTHER
301);
302
303
304#define TRACE_FUNC_SIZE 30
305#define TRACE_FILE_SIZE 20
306
307FTRACE_ENTRY(branch, trace_branch,
308
309 TRACE_BRANCH,
310
311 F_STRUCT(
312 __field( unsigned int, line )
313 __array( char, func, TRACE_FUNC_SIZE+1 )
314 __array( char, file, TRACE_FILE_SIZE+1 )
315 __field( char, correct )
316 ),
317
318 F_printk("%u:%s:%s (%u)",
319 __entry->line,
320 __entry->func, __entry->file, __entry->correct),
321
322 FILTER_OTHER
323);
324
1// SPDX-License-Identifier: GPL-2.0
2/*
3 * This file defines the trace event structures that go into the ring
4 * buffer directly. They are created via macros so that changes for them
5 * appear in the format file. Using macros will automate this process.
6 *
7 * The macro used to create a ftrace data structure is:
8 *
9 * FTRACE_ENTRY( name, struct_name, id, structure, print )
10 *
11 * @name: the name used the event name, as well as the name of
12 * the directory that holds the format file.
13 *
14 * @struct_name: the name of the structure that is created.
15 *
16 * @id: The event identifier that is used to detect what event
17 * this is from the ring buffer.
18 *
19 * @structure: the structure layout
20 *
21 * - __field( type, item )
22 * This is equivalent to declaring
23 * type item;
24 * in the structure.
25 * - __array( type, item, size )
26 * This is equivalent to declaring
27 * type item[size];
28 * in the structure.
29 *
30 * * for structures within structures, the format of the internal
31 * structure is laid out. This allows the internal structure
32 * to be deciphered for the format file. Although these macros
33 * may become out of sync with the internal structure, they
34 * will create a compile error if it happens. Since the
35 * internal structures are just tracing helpers, this is not
36 * an issue.
37 *
38 * When an internal structure is used, it should use:
39 *
40 * __field_struct( type, item )
41 *
42 * instead of __field. This will prevent it from being shown in
43 * the output file. The fields in the structure should use.
44 *
45 * __field_desc( type, container, item )
46 * __array_desc( type, container, item, len )
47 *
48 * type, item and len are the same as __field and __array, but
49 * container is added. This is the name of the item in
50 * __field_struct that this is describing.
51 *
52 *
53 * @print: the print format shown to users in the format file.
54 */
55
56/*
57 * Function trace entry - function address and parent function address:
58 */
59FTRACE_ENTRY_REG(function, ftrace_entry,
60
61 TRACE_FN,
62
63 F_STRUCT(
64 __field_fn( unsigned long, ip )
65 __field_fn( unsigned long, parent_ip )
66 ),
67
68 F_printk(" %ps <-- %ps",
69 (void *)__entry->ip, (void *)__entry->parent_ip),
70
71 perf_ftrace_event_register
72);
73
74/* Function call entry */
75FTRACE_ENTRY_PACKED(funcgraph_entry, ftrace_graph_ent_entry,
76
77 TRACE_GRAPH_ENT,
78
79 F_STRUCT(
80 __field_struct( struct ftrace_graph_ent, graph_ent )
81 __field_packed( unsigned long, graph_ent, func )
82 __field_packed( int, graph_ent, depth )
83 ),
84
85 F_printk("--> %ps (%d)", (void *)__entry->func, __entry->depth)
86);
87
88#ifdef CONFIG_FUNCTION_GRAPH_RETADDR
89
90/* Function call entry with a return address */
91FTRACE_ENTRY_PACKED(fgraph_retaddr_entry, fgraph_retaddr_ent_entry,
92
93 TRACE_GRAPH_RETADDR_ENT,
94
95 F_STRUCT(
96 __field_struct( struct fgraph_retaddr_ent, graph_ent )
97 __field_packed( unsigned long, graph_ent, func )
98 __field_packed( int, graph_ent, depth )
99 __field_packed( unsigned long, graph_ent, retaddr )
100 ),
101
102 F_printk("--> %ps (%d) <- %ps", (void *)__entry->func, __entry->depth,
103 (void *)__entry->retaddr)
104);
105
106#else
107
108#ifndef fgraph_retaddr_ent_entry
109#define fgraph_retaddr_ent_entry ftrace_graph_ent_entry
110#endif
111
112#endif
113
114#ifdef CONFIG_FUNCTION_GRAPH_RETVAL
115
116/* Function return entry */
117FTRACE_ENTRY_PACKED(funcgraph_exit, ftrace_graph_ret_entry,
118
119 TRACE_GRAPH_RET,
120
121 F_STRUCT(
122 __field_struct( struct ftrace_graph_ret, ret )
123 __field_packed( unsigned long, ret, func )
124 __field_packed( unsigned long, ret, retval )
125 __field_packed( int, ret, depth )
126 __field_packed( unsigned int, ret, overrun )
127 __field_packed( unsigned long long, ret, calltime)
128 __field_packed( unsigned long long, ret, rettime )
129 ),
130
131 F_printk("<-- %ps (%d) (start: %llx end: %llx) over: %d retval: %lx",
132 (void *)__entry->func, __entry->depth,
133 __entry->calltime, __entry->rettime,
134 __entry->depth, __entry->retval)
135);
136
137#else
138
139/* Function return entry */
140FTRACE_ENTRY_PACKED(funcgraph_exit, ftrace_graph_ret_entry,
141
142 TRACE_GRAPH_RET,
143
144 F_STRUCT(
145 __field_struct( struct ftrace_graph_ret, ret )
146 __field_packed( unsigned long, ret, func )
147 __field_packed( int, ret, depth )
148 __field_packed( unsigned int, ret, overrun )
149 __field_packed( unsigned long long, ret, calltime)
150 __field_packed( unsigned long long, ret, rettime )
151 ),
152
153 F_printk("<-- %ps (%d) (start: %llx end: %llx) over: %d",
154 (void *)__entry->func, __entry->depth,
155 __entry->calltime, __entry->rettime,
156 __entry->depth)
157);
158
159#endif
160
161/*
162 * Context switch trace entry - which task (and prio) we switched from/to:
163 *
164 * This is used for both wakeup and context switches. We only want
165 * to create one structure, but we need two outputs for it.
166 */
167#define FTRACE_CTX_FIELDS \
168 __field( unsigned int, prev_pid ) \
169 __field( unsigned int, next_pid ) \
170 __field( unsigned int, next_cpu ) \
171 __field( unsigned char, prev_prio ) \
172 __field( unsigned char, prev_state ) \
173 __field( unsigned char, next_prio ) \
174 __field( unsigned char, next_state )
175
176FTRACE_ENTRY(context_switch, ctx_switch_entry,
177
178 TRACE_CTX,
179
180 F_STRUCT(
181 FTRACE_CTX_FIELDS
182 ),
183
184 F_printk("%u:%u:%u ==> %u:%u:%u [%03u]",
185 __entry->prev_pid, __entry->prev_prio, __entry->prev_state,
186 __entry->next_pid, __entry->next_prio, __entry->next_state,
187 __entry->next_cpu)
188);
189
190/*
191 * FTRACE_ENTRY_DUP only creates the format file, it will not
192 * create another structure.
193 */
194FTRACE_ENTRY_DUP(wakeup, ctx_switch_entry,
195
196 TRACE_WAKE,
197
198 F_STRUCT(
199 FTRACE_CTX_FIELDS
200 ),
201
202 F_printk("%u:%u:%u ==+ %u:%u:%u [%03u]",
203 __entry->prev_pid, __entry->prev_prio, __entry->prev_state,
204 __entry->next_pid, __entry->next_prio, __entry->next_state,
205 __entry->next_cpu)
206);
207
208/*
209 * Stack-trace entry:
210 */
211
212#define FTRACE_STACK_ENTRIES 8
213
214FTRACE_ENTRY(kernel_stack, stack_entry,
215
216 TRACE_STACK,
217
218 F_STRUCT(
219 __field( int, size )
220 __stack_array( unsigned long, caller, FTRACE_STACK_ENTRIES, size)
221 ),
222
223 F_printk("\t=> %ps\n\t=> %ps\n\t=> %ps\n"
224 "\t=> %ps\n\t=> %ps\n\t=> %ps\n"
225 "\t=> %ps\n\t=> %ps\n",
226 (void *)__entry->caller[0], (void *)__entry->caller[1],
227 (void *)__entry->caller[2], (void *)__entry->caller[3],
228 (void *)__entry->caller[4], (void *)__entry->caller[5],
229 (void *)__entry->caller[6], (void *)__entry->caller[7])
230);
231
232FTRACE_ENTRY(user_stack, userstack_entry,
233
234 TRACE_USER_STACK,
235
236 F_STRUCT(
237 __field( unsigned int, tgid )
238 __array( unsigned long, caller, FTRACE_STACK_ENTRIES )
239 ),
240
241 F_printk("\t=> %ps\n\t=> %ps\n\t=> %ps\n"
242 "\t=> %ps\n\t=> %ps\n\t=> %ps\n"
243 "\t=> %ps\n\t=> %ps\n",
244 (void *)__entry->caller[0], (void *)__entry->caller[1],
245 (void *)__entry->caller[2], (void *)__entry->caller[3],
246 (void *)__entry->caller[4], (void *)__entry->caller[5],
247 (void *)__entry->caller[6], (void *)__entry->caller[7])
248);
249
250/*
251 * trace_printk entry:
252 */
253FTRACE_ENTRY(bprint, bprint_entry,
254
255 TRACE_BPRINT,
256
257 F_STRUCT(
258 __field( unsigned long, ip )
259 __field( const char *, fmt )
260 __dynamic_array( u32, buf )
261 ),
262
263 F_printk("%ps: %s",
264 (void *)__entry->ip, __entry->fmt)
265);
266
267FTRACE_ENTRY_REG(print, print_entry,
268
269 TRACE_PRINT,
270
271 F_STRUCT(
272 __field( unsigned long, ip )
273 __dynamic_array( char, buf )
274 ),
275
276 F_printk("%ps: %s",
277 (void *)__entry->ip, __entry->buf),
278
279 ftrace_event_register
280);
281
282FTRACE_ENTRY(raw_data, raw_data_entry,
283
284 TRACE_RAW_DATA,
285
286 F_STRUCT(
287 __field( unsigned int, id )
288 __dynamic_array( char, buf )
289 ),
290
291 F_printk("id:%04x %08x",
292 __entry->id, (int)__entry->buf[0])
293);
294
295FTRACE_ENTRY(bputs, bputs_entry,
296
297 TRACE_BPUTS,
298
299 F_STRUCT(
300 __field( unsigned long, ip )
301 __field( const char *, str )
302 ),
303
304 F_printk("%ps: %s",
305 (void *)__entry->ip, __entry->str)
306);
307
308FTRACE_ENTRY(mmiotrace_rw, trace_mmiotrace_rw,
309
310 TRACE_MMIO_RW,
311
312 F_STRUCT(
313 __field_struct( struct mmiotrace_rw, rw )
314 __field_desc( resource_size_t, rw, phys )
315 __field_desc( unsigned long, rw, value )
316 __field_desc( unsigned long, rw, pc )
317 __field_desc( int, rw, map_id )
318 __field_desc( unsigned char, rw, opcode )
319 __field_desc( unsigned char, rw, width )
320 ),
321
322 F_printk("%lx %lx %lx %d %x %x",
323 (unsigned long)__entry->phys, __entry->value, __entry->pc,
324 __entry->map_id, __entry->opcode, __entry->width)
325);
326
327FTRACE_ENTRY(mmiotrace_map, trace_mmiotrace_map,
328
329 TRACE_MMIO_MAP,
330
331 F_STRUCT(
332 __field_struct( struct mmiotrace_map, map )
333 __field_desc( resource_size_t, map, phys )
334 __field_desc( unsigned long, map, virt )
335 __field_desc( unsigned long, map, len )
336 __field_desc( int, map, map_id )
337 __field_desc( unsigned char, map, opcode )
338 ),
339
340 F_printk("%lx %lx %lx %d %x",
341 (unsigned long)__entry->phys, __entry->virt, __entry->len,
342 __entry->map_id, __entry->opcode)
343);
344
345
346#define TRACE_FUNC_SIZE 30
347#define TRACE_FILE_SIZE 20
348
349FTRACE_ENTRY(branch, trace_branch,
350
351 TRACE_BRANCH,
352
353 F_STRUCT(
354 __field( unsigned int, line )
355 __array( char, func, TRACE_FUNC_SIZE+1 )
356 __array( char, file, TRACE_FILE_SIZE+1 )
357 __field( char, correct )
358 __field( char, constant )
359 ),
360
361 F_printk("%u:%s:%s (%u)%s",
362 __entry->line,
363 __entry->func, __entry->file, __entry->correct,
364 __entry->constant ? " CONSTANT" : "")
365);
366
367
368FTRACE_ENTRY(hwlat, hwlat_entry,
369
370 TRACE_HWLAT,
371
372 F_STRUCT(
373 __field( u64, duration )
374 __field( u64, outer_duration )
375 __field( u64, nmi_total_ts )
376 __field_struct( struct timespec64, timestamp )
377 __field_desc( s64, timestamp, tv_sec )
378 __field_desc( long, timestamp, tv_nsec )
379 __field( unsigned int, nmi_count )
380 __field( unsigned int, seqnum )
381 __field( unsigned int, count )
382 ),
383
384 F_printk("cnt:%u\tts:%010llu.%010lu\tinner:%llu\touter:%llu\tcount:%d\tnmi-ts:%llu\tnmi-count:%u\n",
385 __entry->seqnum,
386 __entry->tv_sec,
387 __entry->tv_nsec,
388 __entry->duration,
389 __entry->outer_duration,
390 __entry->count,
391 __entry->nmi_total_ts,
392 __entry->nmi_count)
393);
394
395#define FUNC_REPEATS_GET_DELTA_TS(entry) \
396 (((u64)(entry)->top_delta_ts << 32) | (entry)->bottom_delta_ts) \
397
398FTRACE_ENTRY(func_repeats, func_repeats_entry,
399
400 TRACE_FUNC_REPEATS,
401
402 F_STRUCT(
403 __field( unsigned long, ip )
404 __field( unsigned long, parent_ip )
405 __field( u16 , count )
406 __field( u16 , top_delta_ts )
407 __field( u32 , bottom_delta_ts )
408 ),
409
410 F_printk(" %ps <-%ps\t(repeats:%u delta: -%llu)",
411 (void *)__entry->ip,
412 (void *)__entry->parent_ip,
413 __entry->count,
414 FUNC_REPEATS_GET_DELTA_TS(__entry))
415);
416
417FTRACE_ENTRY(osnoise, osnoise_entry,
418
419 TRACE_OSNOISE,
420
421 F_STRUCT(
422 __field( u64, noise )
423 __field( u64, runtime )
424 __field( u64, max_sample )
425 __field( unsigned int, hw_count )
426 __field( unsigned int, nmi_count )
427 __field( unsigned int, irq_count )
428 __field( unsigned int, softirq_count )
429 __field( unsigned int, thread_count )
430 ),
431
432 F_printk("noise:%llu\tmax_sample:%llu\thw:%u\tnmi:%u\tirq:%u\tsoftirq:%u\tthread:%u\n",
433 __entry->noise,
434 __entry->max_sample,
435 __entry->hw_count,
436 __entry->nmi_count,
437 __entry->irq_count,
438 __entry->softirq_count,
439 __entry->thread_count)
440);
441
442FTRACE_ENTRY(timerlat, timerlat_entry,
443
444 TRACE_TIMERLAT,
445
446 F_STRUCT(
447 __field( unsigned int, seqnum )
448 __field( int, context )
449 __field( u64, timer_latency )
450 ),
451
452 F_printk("seq:%u\tcontext:%d\ttimer_latency:%llu\n",
453 __entry->seqnum,
454 __entry->context,
455 __entry->timer_latency)
456);