source: gpfs_3.1_ker2.6.20/lpp/mmfs/src/ibm-kxi/Trace.h @ 65

Last change on this file since 65 was 16, checked in by rock, 17 years ago
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1/***************************************************************************
2 *
3 * Copyright (C) 2001 International Business Machines
4 * All rights reserved.
5 *
6 * This file is part of the GPFS mmfslinux kernel module.
7 *
8 * Redistribution and use in source and binary forms, with or without
9 * modification, are permitted provided that the following conditions
10 * are met:
11 *
12 *  1. Redistributions of source code must retain the above copyright notice,
13 *     this list of conditions and the following disclaimer.
14 *  2. Redistributions in binary form must reproduce the above copyright
15 *     notice, this list of conditions and the following disclaimer in the
16 *     documentation and/or other materials provided with the distribution.
17 *  3. The name of the author may not be used to endorse or promote products
18 *     derived from this software without specific prior written
19 *     permission.
20 *
21 * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
22 * IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
23 * OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
24 * IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
25 * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
26 * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
27 * OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
28 * WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
29 * OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
30 * ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
31 *
32 *************************************************************************** */
33/* @(#)02       1.23.1.1  src/avs/fs/mmfs/ts/kernext/ibm-kxi/Trace.h, mmfs, avs_rgpfs24, rgpfs24s007a 10/8/06 03:17:47 */
34/*
35 * Definition of macros and symbols to control trace generation.  Define
36 * the symbol NTRACE at compile time to remove all trace code.
37 *
38 * Conventions for assigning trace levels:
39 *   - Trace levels are always non-negative.
40 *   - Larger trace levels produce more trace output
41 *   - Trace level == 0 produces no output.
42 *   - Trace level == 1 produces one line of output for the operation
43 *     being traced, usually just a description of what is being called
44 *     and its arguments.
45 *   - Trace level >= 10 are for testing only; they are disabled
46 *     in the product code (controlled by VERBOSETRACE define).
47 *
48 */
49#ifndef _h_Trace
50#define _h_Trace
51
52/* Include the code generated by the mktrace utility to marshall trace
53   arguments for all traces in this source directory */
54#include <trcid.h>
55
56/* Include the platform-specific trace macros */
57#include <Trace-plat.h>
58
59
60/* Define macros to build xxx_ToString calls.  Used within xxx_id2name
61   macros. */
62#ifdef GPFS_PRINTF
63# define I2N(n,i) n##ToString((int)i)
64# define E2N(n,i) n##ToString(i)
65#else
66# define I2N(n,i) ((int)(i))
67# define E2N(n,i) ((int)(i))
68#endif
69
70
71/* Trace categories */
72#define TRACE_ALLOC      0   /* Disk space allocation */
73#define TRACE_ALLOCMGR   1   /* Allocation manager trace */
74#define TRACE_BASIC      2   /* "basic" classes */
75#define TRACE_BRL        3   /* byte range locks */
76#define TRACE_CLEANUP    4   /* cleanup routines */
77#define TRACE_CMD        5   /* TS commands */
78#define TRACE_DEFRAG     6   /* defragmentation */
79#define TRACE_DFS        7   /* DFS Export interaction */
80#define TRACE_DISK       8   /* physical disk I/O */
81#define TRACE_DMAPI      9   /* Data Management */
82#define TRACE_DS         10  /* data shipping */
83#define TRACE_ERRLOG     11  /* error logging */
84#define TRACE_FS         12  /* file system */
85#define TRACE_FSCK       13  /* online multinode fsck */
86#define TRACE_ENTRYEXIT  14  /* routine entry/exit tracing */
87#define TRACE_IO         15  /* physical I/O (formerly TRACE_RTPERF) */
88#define TRACE_KLOCKL     16  /* low-level locks in VFS code */
89#define TRACE_KSVFS      17  /* generic VFS kernel stuff */
90#define TRACE_LOCK       18  /* interprocess locking */
91#define TRACE_LOG        19  /* recovery log */
92#define TRACE_MALLOC     20  /* MemoryPool alloc and dealloc */
93#define TRACE_MB         21  /* mailbox message handling */
94#define TRACE_MEMMGR     22  /* memory manager traces */
95#define TRACE_MNODE      23  /* metanode operations */
96#define TRACE_MSG        24  /* calls to routines in SharkMsg.h */
97#define TRACE_MUTEX      25  /* mutexes and condition variables */
98#define TRACE_PERFMON    26  /* trace performance monitor code */
99#define TRACE_PGALLOC    27  /* page allocator tracing */
100#define TRACE_PIN        28  /* pinning to real memory */
101#define TRACE_PIT        29  /* Parallel Inode Traversal */
102#define TRACE_QUOTA      30  /* quota management */
103#define TRACE_SP         31  /* SP message handling */
104#define TRACE_TASKING    32  /* tasking system but not Thread operations */
105#define TRACE_THREAD     33  /* operations in Thread class */
106#define TRACE_TSTM       34  /* token manager (formerly TRACE_CETM) */
107#define TRACE_TS         35  /* Tiger Shark specific code. */
108#define TRACE_USER1      36  /* Used for miscellaneous tracing and */
109#define TRACE_USER2      37  /* debugging purposes. */
110#define TRACE_VNODE      38  /* vnode layer of VFS kernel support */
111#define TRACE_VNOP       39  /* one line per VNOP with all important info */
112#define TRACE_BOPS       40  /* block_operations */
113#define TRACE_DOPS       41  /* dentry_operations */
114#define TRACE_IALLOC     42  /* inode allocation */
115#define TRACE_FOPS       43  /* file_operations */
116#define TRACE_SOPS       44  /* super_operations */
117#define TRACE_SHARED     45  /* shared memory */
118#define TRACE_NSD        46  /* network shared disk */
119#define TRACE_DLEASE     47  /* disk lease */
120#define TRACE_SMB        48  /* SMB Open and Op Locks */
121#define TRACE_EEXP       49  /* events exporter. */
122#define TRACE_SEC        50  /* Cluster Security Specific Trace */
123#define TRACE_SANERGY    51  /* SANergy */
124#define TRACE_KERNEL     52  /* kernel */
125#define TRACE_MMPMON     53  /* mmpmon. */
126
127/* Add new trace classes above here.  When adding new trace classes, be
128   sure to update the table below containing character string names for the
129   trace classes.  The maximum number of trace classes is given by
130   MAX_TRACE_CLASSES. */
131
132
133/* Table of trace class names, indexed by TRACE_... constants above.
134   The generation of this table is controlled by the #define variable
135   DEFINE_TRACE_CLASS_NAME_TABLE, which is generally only set in the module
136   that parses commands to change trace settings. */
137struct TraceNameTableEntry
138{
139  char *name;
140  char *desc;
141};
142
143
144#ifndef _KERNEL
145  extern const struct TraceNameTableEntry TraceNamesP[MAX_TRACE_CLASSES + 1];
146
147# ifdef DEFINE_TRACE_CLASS_NAME_TABLE
148    const TraceNameTableEntry TraceNamesP[MAX_TRACE_CLASSES + 1] =
149    {
150      /*  0 */  { "alloc",      "disk space allocation" },
151      /*  1 */  { "allocmgr",   "allocation manager" },
152      /*  2 */  { "basic",      "'basic' classes" },
153      /*  3 */  { "brl",        "byte range locks" },
154      /*  4 */  { "cleanup",    "cleanup routines" },
155      /*  5 */  { "cmd",        "TS commands" },
156      /*  6 */  { "defrag",     "defragmentation" },
157      /*  7 */  { "dfs",        "DFS export" },
158      /*  8 */  { "disk",       "physical disk I/O" },
159      /*  9 */  { "dmapi",      "data management" },
160      /* 10 */  { "ds",         "data shipping" },
161      /* 11 */  { "errlog",     "error logging" },
162      /* 12 */  { "fs",         "file system" },
163      /* 13 */  { "fsck",       "online multinode fsck" },
164      /* 14 */  { "entryexit",   "routine entry/exit" },
165      /* 15 */  { "io",         "physical I/O" },
166      /* 16 */  { "klockl",     "low-level VFS locking" },
167      /* 17 */  { "ksvfs",      "generic kernel VFS stuff" },
168      /* 18 */  { "lock",       "interprocess locking" },
169      /* 19 */  { "log",        "recovery log" },
170      /* 20 */  { "malloc",     "malloc/free in shared segment" },
171      /* 21 */  { "mb",         "mailbox message handling" },
172      /* 22 */  { "memmgr",     "memory manager" },
173      /* 23 */  { "mnode",      "mnode operations" },
174      /* 24 */  { "msg",        "calls to routines in SharkMsg.h" },
175      /* 25 */  { "mutex",      "mutexes and condition variables" },
176      /* 26 */  { "perfmon",    "performance monitors" },
177      /* 27 */  { "pgalloc",    "page allocator tracing" },
178      /* 28 */  { "pin",        "pinning to real memory" },
179      /* 29 */  { "pit",        "parallel inode traversal" },
180      /* 30 */  { "quota",      "quota management" },
181      /* 31 */  { "sp",         "SP message handling" },
182      /* 32 */  { "tasking",    "tasking system but not Thread operations" },
183      /* 33 */  { "thread",     "operations in Thread class" },
184      /* 34 */  { "tm",         "token manager" },
185      /* 35 */  { "ts",         "Tiger Shark specific code" },
186      /* 36 */  { "user1",      "Used for miscellaneous tracing and" },
187      /* 37 */  { "user2",      "debugging purposes" },
188      /* 38 */  { "vnode",      "vnode layer of VFS kernel support" },
189      /* 39 */  { "vnop",       "concise vnop description" },
190      /* 40 */  { "block",      "block_operations" },
191      /* 41 */  { "dentry",     "dentry_operations" },
192      /* 42 */  { "ialloc",     "inode allocation" },
193      /* 43 */  { "file",       "file_operations" },
194      /* 44 */  { "super",      "super_operations" },
195      /* 45 */  { "shared",     "shared memory" },
196      /* 46 */  { "nsd",        "network shared disk"},
197      /* 47 */  { "disklease",  "disk lease"},
198      /* 48 */  { "smb",        "SMB Locks"},
199      /* 49 */  { "eventsExporter", "Events Exporter"},
200      /* 50 */  { "sec",        "Cluster Security Specific Trace"},
201      /* 51 */  { "sanergy",    "SANergy"},
202      /* 52 */  { "kernel",     "kernel"},
203      /* 53 */  { "mmpmon",     "mmpmon"},
204      /* Add new trace class names above here. */
205      /* DO NOT ifdef TRACE CLASS DEFINITIONS! */
206      { 0, 0 }
207    };
208# endif /* of ifdef DEFINE_TRACE_CLASS_NAME_TABLE */
209#endif /* not _KERNEL */
210
211
212/* Define the TRCOPTCODE and/or KTRCOPTCODE macro here to temporarily insert
213   debugging code into each enabled TRACE macro expansion.  TRCOPTCODE is
214   inserted into code that is compiled with _KERNEL *not* defined, while
215   KTRCOPTCODE is inserted into code compiled with -D_KERNEL */
216#define TRCOPTCODE
217#define KTRCOPTCODE
218
219
220/* Define a macro that does nothing.  Used for dummy else clauses. */
221#ifndef NOOP
222# define NOOP ((void)0)
223#endif
224
225
226/* Define SHARKHOOKID word.  GPFS default hookid is 307, but we use a
227   different hookid in certain directories, as defined in DirIds.h. */
228#if LOCAL_BASE == DIR_ID_TM
229#  define SHARKHOOKID 0x30600000
230#elif LOCAL_BASE == DIR_ID_TASKING
231#  define SHARKHOOKID 0x30800000
232#elif LOCAL_BASE == DIR_ID_KERNEXT
233#  define SHARKHOOKID 0x30900000
234#else
235#  define SHARKHOOKID 0x30700000
236#endif
237
238/* Convert the id of a particular trace to the hookword stored in the
239   trace buffer */
240#define _HOOKWORD(_id) ((_id) | SHARKHOOKID)
241
242/* Define the routines that handle traces that include strings (_STrace)
243   and arbitrary traces (_XTrace) */
244#ifdef __cplusplus
245  extern "C"
246  {
247#endif
248void _STrace(int hookword, int nArgs, int pos, ...);
249void _XTrace(int hookword, char *fmt, ...);
250#ifdef GPFS_AIX  /* AIX doesn't have nor need non blocking trace calls */
251#define _STraceNB _STrace
252#define _XTraceNB _XTrace
253#else
254void _STraceNB(int hookword, int nArgs, int pos, ...);
255void _XTraceNB(int hookword, char *fmt, ...);
256#endif
257#ifdef __cplusplus
258  }
259#endif
260
261
262#ifdef NTRACE
263  /* disable all traces */
264# define _TRACE_MACRO(_c, _l, _ktrc) NOOP
265# define _TRACE_IS_ON(_c, _l) (0)
266#else /* not NTRACE */
267
268  /* Define the test to check whether tracing for given level is enabled.
269     Unless VERBOSETRACE is defined, tracing is always disabled for trace
270     calls with trace level 10 or higher. */
271# ifdef VERBOSETRACE
272#   define _TRACE_IS_ON(_c,_l) (_GBL_TRC_IS_ON && (signed char)TraceFlagsP[_c] >= (_l))
273# else
274#   define _TRACE_IS_ON(_c,_l) (_GBL_TRC_IS_ON && (_l)<10 && \
275      (signed char) TraceFlagsP[_c] >= (_l))
276# endif
277
278
279  /* Define _TRACE_MACRO(_c, _l, _ktrc) macro.  Used to define the actual
280     TRACExx macros.  Macro parameters:
281        _c       trace class
282        _l       trace level
283        _ktrc    code to execute if kernel tracing is selected */
284# ifndef _KERNEL
285#   define _TRACE_MACRO(_c, _l, _ktrc) \
286      if (_TRACE_IS_ON(_c, _l))        \
287        { _TR_BEFORE; _ktrc; TRCOPTCODE; _TR_AFTER; } else NOOP
288# else /* _KERNEL */
289#   define _TRACE_MACRO(_c, _l, _ktrc) \
290      if (_TRACE_IS_ON(_c, _l))        \
291        { _TR_BEFORE; _ktrc; KTRCOPTCODE; _TR_AFTER; } else NOOP
292# endif /* KERNEL */
293
294#endif /* not NTRACE */
295
296
297/* Non blocking versions of trace calls.  The succeeding 'N' is
298 * significant to mktrcid only and thus these versions are merely
299 * redefined to be the real macro.
300 */
301#define TRACE0N  TRACE0
302#define TRACE1N  TRACE1
303#define TRACE2N  TRACE2
304#define TRACE3N  TRACE3
305#define TRACE4N  TRACE4
306#define TRACE5N  TRACE5
307#define TRACE6N  TRACE6
308#define TRACE7N  TRACE7
309#define TRACE8N  TRACE8
310#define TRACE9N  TRACE9
311#define TRACE10N TRACE10
312#define TRACE11N TRACE11
313#define TRACE12N TRACE12
314
315/* General trace macros */
316#ifndef GPFS_PRINTF
317
318#define TRACE0(_c, _l, id, fmt) \
319  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
320#define TRACE1(_c, _l, id, fmt, a1) \
321  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
322#define TRACE2(_c, _l, id, fmt, a1, a2) \
323  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
324#define TRACE3(_c, _l, id, fmt, a1, a2, a3) \
325  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
326#define TRACE4(_c, _l, id, fmt, a1, a2, a3, a4) \
327  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
328#define TRACE5(_c, _l, id, fmt, a1, a2, a3, a4, a5) \
329  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
330#define TRACE6(_c, _l, id, fmt, a1, a2, a3, a4, a5, a6) \
331  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
332#define TRACE7(_c, _l, id, fmt, a1, a2, a3, a4, a5, a6, a7) \
333  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
334#define TRACE8(_c, _l, id, fmt, a1, a2, a3, a4, a5, a6, a7, a8) \
335  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
336#define TRACE9(_c, _l, id, fmt, a1, a2, a3, a4, a5, a6, a7, a8, a9) \
337  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
338#define TRACE10(_c, _l, id, fmt, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10) \
339  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
340#define TRACE11(_c, _l, id, fmt, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11) \
341  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
342#define TRACE12(_c, _l, id, fmt, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12) \
343  _TRACE_MACRO(_c, _l, TRACE_##id##_CALL)
344
345#else /* GPFS_PRINTF */
346
347#define TRACE0(_c,_l,_id,_fmt) \
348  PDEBUG((_c),(_l),_fmt,1)
349#define TRACE1(_c,_l,_id,_fmt,a1) \
350  PDEBUG((_c),(_l),_fmt,a1)
351#define TRACE2(_c,_l,_id,_fmt,a1,a2) \
352  PDEBUG((_c),(_l),_fmt,a1,a2)
353#define TRACE3(_c,_l,_id,_fmt,a1,a2,a3) \
354  PDEBUG((_c),(_l),_fmt,a1,a2,a3)
355#define TRACE4(_c,_l,_id,_fmt,a1,a2,a3,a4) \
356  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4)
357#define TRACE5(_c,_l,_id,_fmt,a1,a2,a3,a4,a5) \
358  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5)
359#define TRACE6(_c,_l,_id,_fmt,a1,a2,a3,a4,a5,a6) \
360  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5,a6)
361#define TRACE7(_c,_l,_id,_fmt,a1,a2,a3,a4,a5,a6,a7) \
362  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5,a6,a7)
363#define TRACE8(_c,_l,_id,_fmt,a1,a2,a3,a4,a5,a6,a7,a8) \
364  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5,a6,a7,a8)
365#define TRACE9(_c,_l,_id,_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9) \
366  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9)
367#define TRACE10(_c,_l,_id,_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9,a10) \
368  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9,a10)
369#define TRACE11(_c,_l,_id,_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9,a10,a11) \
370  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9,a10,a11)
371#define TRACE12(_c,_l,_id,_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9,a10,a11,a12) \
372  PDEBUG((_c),(_l),_fmt,a1,a2,a3,a4,a5,a6,a7,a8,a9,a10,a11,a12)
373
374
375#endif /* GPFS_PRINTF */
376
377
378/* Subroutine for setting traces given a string of trace names and values */
379extern int traceCommand(char *args);
380
381
382/* Routine entry/exit tracing:
383
384   In C code, place the macro ENTER(level) at the point of the first
385   executable statement of the routine.  This will generate a call to
386   cxiTraceEntry that will trace the call by function name and source line
387   if TRACE_ENTEREXIT is set high enough.  Optionally, place the macro
388   EXIT(level) at exits from the routine.
389
390   In C++ code, place the macro ENTER(level) as the first declaration in
391   the routine.  This will create an object of type EntryExitTracer,
392   whose constructor will call cxiTraceEntry to trace routine entry, and
393   whose destructor will call cxiTraceExit to trace routine exit.  The
394   EXIT macro may appear, but will be ignored.
395
396   The trace levels that appear in the ENTER and EXIT macros are interpreted
397   relative to a base trace level.  Setting the TRACE_ENTEREXIT level <
398   BASE_ENTEREXIT_LEVEL disables all enter/exit tracing.  To see enter/exit
399   traces from daemon code, set the TRACE_ENTEREXIT level to at least
400   BASE_ENTEREXIT_LEVEL+DAEMON_ENTEREXIT_TRACING.
401
402   Kernel stack depth checking is only supported on Linux, since we do
403   not know how to compute the current stack usage on AIX.
404*/
405#ifdef KSTACK_CHECK
406# ifndef GPFS_LINUX
407#   error "KSTACK_CHECK is only supported on Linux"
408# endif
409#endif
410
411#if defined(ENTRYEXIT_TRACE) || defined(KSTACK_CHECK)
412# define BASE_ENTEREXIT_LEVEL     6
413# define DAEMON_ENTEREXIT_TRACING 2
414# ifdef __cplusplus
415    extern "C" void cxiTraceEntry(int level, const char * funcnameP,
416                                  const char * filenameP, int lineNum);
417    extern "C" void cxiTraceExit(int level, const char * funcnameP);
418    extern "C" void cxiTraceExitRC(int level, const char * funcnameP, int rc);
419    class EntryExitTracer
420    {
421    private:
422      /* Trace level */
423      int level;
424
425      /* Pointer to routine name */
426      const char * funcnameP;
427
428    public:
429      /* Constructor: trace routine entry and remember trace level and
430         routine name */
431      inline EntryExitTracer(int level, const char * funcnameP,
432                             const char * filenameP, int lineNum)
433      {
434        cxiTraceEntry(level, funcnameP, filenameP, lineNum);
435        this->level = level;
436        this->funcnameP = funcnameP;
437      }
438
439      /* Destructor: trace routine exit */
440      inline ~EntryExitTracer()
441      {
442        cxiTraceExit(level, funcnameP);
443      }
444    };
445
446#   define ENTER(_level) \
447      EntryExitTracer _eet(_level, __FUNCTION__, __FILE__, __LINE__)
448#   define EXIT(_level)
449#   define EXIT_RC(_level, rc)
450# else
451    extern void cxiTraceEntry(int level, const char * funcnameP,
452                              const char * filenameP, int lineNum);
453    extern void cxiTraceExit(int level, const char * funcnameP);
454    extern void cxiTraceExitRC(int level, const char * funcnameP, int rc);
455#   define ENTER(_level) cxiTraceEntry(_level, __FUNCTION__, __FILE__, __LINE__)
456#   define EXIT(_level) cxiTraceExit(_level, __FUNCTION__)
457#   define EXIT_RC(_level, rc) cxiTraceExitRC(_level, __FUNCTION__, rc)
458# endif  /* __cplusplus */
459
460#else  /* ENTRYEXIT_TRACE and KSTACK_CHECK disabled */
461# define ENTER(_level)
462# define EXIT(_level)
463# define EXIT_RC(_level, rc)
464#endif  /* defined(ENTRYEXIT_TRACE) || defined(KSTACK_CHECK) */
465
466
467#endif  /* _h_Trace */
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