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emacs/mps/code/eventcom.h
Richard Brooksby 76ab2591ef Adding a size field to events so that a reader can skip unknown event codes (unimplemented). 
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2012-08-22 09:16:03 +01:00

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/* <code/eventcom.h> -- Event Logging Common Definitions
*
* Copyright (c) 2001 Ravenbrook Limited. See end of file for license.
* $Id$
*
* .sources: mps.design.telemetry
*/
#ifndef eventcom_h
#define eventcom_h
#include <limits.h>
#include "mpmtypes.h" /* for Word */
#include "eventdef.h"
/* Types for event fields */
typedef unsigned short EventCode;
typedef unsigned EventKind;
typedef unsigned short EventSize;
#define EventSizeMAX USHRT_MAX
typedef Byte EventStringLen;
typedef struct {
EventStringLen len;
char str[EventStringLengthMAX];
} EventStringStruct;
typedef EventStringStruct *EventString;
#define EventNameMAX ((size_t)19)
#define EventCodeMAX ((EventCode)0x0069)
/* Event Kinds --- see <design/telemetry/>
*
* All events are classified as being of one event type.
* They are small enough to be able to be used as shifts within a word.
*/
enum {
EventKindArena, /* Per space or arena */
EventKindPool, /* Per pool */
EventKindTrace, /* Per trace or scan */
EventKindSeg, /* Per seg */
EventKindRef, /* Per ref or fix */
EventKindObject, /* Per alloc or object */
EventKindUser, /* User-invoked */
EventKindLIMIT
};
/* Event type definitions
*
* Define various constants for each event type to describe them.
*/
/* Note that enum values can be up to fifteen bits long portably. */
#define EVENT_ENUM(X, name, code, always, kind, count, format) \
enum { \
Event##name##Code = code, \
Event##name##Always = always, \
Event##name##Kind = EventKind##kind \
};
EVENT_LIST(EVENT_ENUM, X)
/* Event*Struct -- Event Structures
*
* Declare the structures that are used to encode events in the internal event
* buffers and on the binary telemetry output stream.
*/
/* Event field types -- similar to WriteF* */
typedef void *EventFP;
typedef Addr EventFA;
typedef Word EventFW;
typedef unsigned EventFU;
typedef EventStringStruct EventFS;
typedef double EventFD;
/* Common prefix for all event structures. The size field allows an event
reader to skip over events whose codes it does not recognise. */
typedef struct EventAnyStruct {
EventCode code;
EventSize size;
Word clock;
} EventAnyStruct;
#define EVENT_STRUCT(X, name, _code, always, kind, count, format) \
typedef struct Event##name##Struct { \
EventCode code; \
EventSize size; \
Word clock; \
EVENT_STRUCT_FIELDS_##count format \
} Event##name##Struct;
#define EVENT_STRUCT_FIELDS_0()
/* The following lines were generated with
python -c 'for i in range(1, 15): print "#define EVENT_STRUCT_FIELDS_%d(%s) %s" % (i, ", ".join(["p%s" % j for j in range(0, i)]), " ".join("EventF##p%d f%d;" % (j, j) for j in range(0,i)))'
*/
#define EVENT_STRUCT_FIELDS_1(p0) EventF##p0 f0;
#define EVENT_STRUCT_FIELDS_2(p0, p1) EventF##p0 f0; EventF##p1 f1;
#define EVENT_STRUCT_FIELDS_3(p0, p1, p2) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2;
#define EVENT_STRUCT_FIELDS_4(p0, p1, p2, p3) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3;
#define EVENT_STRUCT_FIELDS_5(p0, p1, p2, p3, p4) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4;
#define EVENT_STRUCT_FIELDS_6(p0, p1, p2, p3, p4, p5) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5;
#define EVENT_STRUCT_FIELDS_7(p0, p1, p2, p3, p4, p5, p6) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6;
#define EVENT_STRUCT_FIELDS_8(p0, p1, p2, p3, p4, p5, p6, p7) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6; EventF##p7 f7;
#define EVENT_STRUCT_FIELDS_9(p0, p1, p2, p3, p4, p5, p6, p7, p8) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6; EventF##p7 f7; EventF##p8 f8;
#define EVENT_STRUCT_FIELDS_10(p0, p1, p2, p3, p4, p5, p6, p7, p8, p9) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6; EventF##p7 f7; EventF##p8 f8; EventF##p9 f9;
#define EVENT_STRUCT_FIELDS_11(p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6; EventF##p7 f7; EventF##p8 f8; EventF##p9 f9; EventF##p10 f10;
#define EVENT_STRUCT_FIELDS_12(p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6; EventF##p7 f7; EventF##p8 f8; EventF##p9 f9; EventF##p10 f10; EventF##p11 f11;
#define EVENT_STRUCT_FIELDS_13(p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11, p12) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6; EventF##p7 f7; EventF##p8 f8; EventF##p9 f9; EventF##p10 f10; EventF##p11 f11; EventF##p12 f12;
#define EVENT_STRUCT_FIELDS_14(p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11, p12, p13) EventF##p0 f0; EventF##p1 f1; EventF##p2 f2; EventF##p3 f3; EventF##p4 f4; EventF##p5 f5; EventF##p6 f6; EventF##p7 f7; EventF##p8 f8; EventF##p9 f9; EventF##p10 f10; EventF##p11 f11; EventF##p12 f12; EventF##p13 f13;
EVENT_LIST(EVENT_STRUCT, X)
/* Event -- event union type
*
* Event is the type of a pointer to EventUnion, which is a union of all
* event structures. This can be used as the type of any event, decoded
* by examining event->any.code.
*/
#define EVENT_UNION_MEMBER(X, name, code, always, kind, count, format) \
Event##name##Struct name;
typedef union EventUnion {
EventAnyStruct any;
EVENT_LIST(EVENT_UNION_MEMBER, X)
} EventUnion, *Event;
/* EVENTn -- event emitting macros
*
* The macros EVENT0, EVENT1, etc. are used throughout the MPS to emit an
* event with parameters. They work by appending the event parameters to
* an event buffer, which is flushed to the telemetry output stream when
* full. EVENT2S is a special case that takes a variable length string.
*/
#ifdef EVENT
#define EVENT2S(name, p0, length, string) \
BEGIN \
size_t _string_len = (length); \
size_t size; \
size = offsetof(Event##name##Struct, f1.str) + _string_len; \
EVENT_BEGIN(name, size) \
_event->f0 = (p0); \
AVER(_string_len < EventStringLengthMAX); \
_event->f1.len = (EventStringLen)_string_len; \
mps_lib_memcpy(_event->f1.str, (string), _string_len); \
EVENT_END(name, size); \
END
#define EVENT0(name) EVENT_BEGIN(name, sizeof(EventAnyStruct)) EVENT_END(name, sizeof(EventAnyStruct))
/* The following lines were generated with
python -c 'for i in range(1,15): print "#define EVENT%d(name, %s) EVENT_BEGIN(name, sizeof(Event##name##Struct)) %s EVENT_END(name, sizeof(Event##name##Struct))" % (i, ", ".join(["p%d" % j for j in range(0, i)]), " ".join(["_event->f%d = (p%d);" % (j, j) for j in range(0, i)]))'
*/
#define EVENT1(name, p0) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT2(name, p0, p1) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT3(name, p0, p1, p2) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT4(name, p0, p1, p2, p3) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT5(name, p0, p1, p2, p3, p4) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT6(name, p0, p1, p2, p3, p4, p5) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT7(name, p0, p1, p2, p3, p4, p5, p6) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT8(name, p0, p1, p2, p3, p4, p5, p6, p7) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); _event->f7 = (p7); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT9(name, p0, p1, p2, p3, p4, p5, p6, p7, p8) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); _event->f7 = (p7); _event->f8 = (p8); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT10(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); _event->f7 = (p7); _event->f8 = (p8); _event->f9 = (p9); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT11(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); _event->f7 = (p7); _event->f8 = (p8); _event->f9 = (p9); _event->f10 = (p10); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT12(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); _event->f7 = (p7); _event->f8 = (p8); _event->f9 = (p9); _event->f10 = (p10); _event->f11 = (p11); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT13(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11, p12) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); _event->f7 = (p7); _event->f8 = (p8); _event->f9 = (p9); _event->f10 = (p10); _event->f11 = (p11); _event->f12 = (p12); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT14(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11, p12, p13) EVENT_BEGIN(name, sizeof(Event##name##Struct)) _event->f0 = (p0); _event->f1 = (p1); _event->f2 = (p2); _event->f3 = (p3); _event->f4 = (p4); _event->f5 = (p5); _event->f6 = (p6); _event->f7 = (p7); _event->f8 = (p8); _event->f9 = (p9); _event->f10 = (p10); _event->f11 = (p11); _event->f12 = (p12); _event->f13 = (p13); EVENT_END(name, sizeof(Event##name##Struct))
#define EVENT0_FIELD_PTR(name, event, i) NULL
/*
for i in range(1,20): print "#define EVENT%d_FIELD_PTR(name, event, i) ( \\\n %s\\\n : NULL)\n" % (i, " \\\n : ".join(["((i) == %d) ? (void *)&((event)->name.f%d)" % (j, j) for j in range(0, i)]))
*/
#define EVENT1_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0)\
: NULL)
#define EVENT2_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1)\
: NULL)
#define EVENT3_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2)\
: NULL)
#define EVENT4_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3)\
: NULL)
#define EVENT5_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4)\
: NULL)
#define EVENT6_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5)\
: NULL)
#define EVENT7_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6)\
: NULL)
#define EVENT8_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7)\
: NULL)
#define EVENT9_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8)\
: NULL)
#define EVENT10_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9)\
: NULL)
#define EVENT11_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10)\
: NULL)
#define EVENT12_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11)\
: NULL)
#define EVENT13_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11) \
: ((i) == 12) ? (void *)&((event)->name.f12)\
: NULL)
#define EVENT14_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11) \
: ((i) == 12) ? (void *)&((event)->name.f12) \
: ((i) == 13) ? (void *)&((event)->name.f13)\
: NULL)
#define EVENT15_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11) \
: ((i) == 12) ? (void *)&((event)->name.f12) \
: ((i) == 13) ? (void *)&((event)->name.f13) \
: ((i) == 14) ? (void *)&((event)->name.f14)\
: NULL)
#define EVENT16_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11) \
: ((i) == 12) ? (void *)&((event)->name.f12) \
: ((i) == 13) ? (void *)&((event)->name.f13) \
: ((i) == 14) ? (void *)&((event)->name.f14) \
: ((i) == 15) ? (void *)&((event)->name.f15)\
: NULL)
#define EVENT17_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11) \
: ((i) == 12) ? (void *)&((event)->name.f12) \
: ((i) == 13) ? (void *)&((event)->name.f13) \
: ((i) == 14) ? (void *)&((event)->name.f14) \
: ((i) == 15) ? (void *)&((event)->name.f15) \
: ((i) == 16) ? (void *)&((event)->name.f16)\
: NULL)
#define EVENT18_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11) \
: ((i) == 12) ? (void *)&((event)->name.f12) \
: ((i) == 13) ? (void *)&((event)->name.f13) \
: ((i) == 14) ? (void *)&((event)->name.f14) \
: ((i) == 15) ? (void *)&((event)->name.f15) \
: ((i) == 16) ? (void *)&((event)->name.f16) \
: ((i) == 17) ? (void *)&((event)->name.f17)\
: NULL)
#define EVENT19_FIELD_PTR(name, event, i) ( \
((i) == 0) ? (void *)&((event)->name.f0) \
: ((i) == 1) ? (void *)&((event)->name.f1) \
: ((i) == 2) ? (void *)&((event)->name.f2) \
: ((i) == 3) ? (void *)&((event)->name.f3) \
: ((i) == 4) ? (void *)&((event)->name.f4) \
: ((i) == 5) ? (void *)&((event)->name.f5) \
: ((i) == 6) ? (void *)&((event)->name.f6) \
: ((i) == 7) ? (void *)&((event)->name.f7) \
: ((i) == 8) ? (void *)&((event)->name.f8) \
: ((i) == 9) ? (void *)&((event)->name.f9) \
: ((i) == 10) ? (void *)&((event)->name.f10) \
: ((i) == 11) ? (void *)&((event)->name.f11) \
: ((i) == 12) ? (void *)&((event)->name.f12) \
: ((i) == 13) ? (void *)&((event)->name.f13) \
: ((i) == 14) ? (void *)&((event)->name.f14) \
: ((i) == 15) ? (void *)&((event)->name.f15) \
: ((i) == 16) ? (void *)&((event)->name.f16) \
: ((i) == 17) ? (void *)&((event)->name.f17) \
: ((i) == 18) ? (void *)&((event)->name.f18)\
: NULL)
#else /* EVENT not */
#define EVENT0(name) NOOP
/* The following lines were generated with
python -c 'for i in range(1,15): print "#define EVENT%d(name, %s) NOOP" % (i, ", ".join(["p%d" % j for j in range(0, i)]))'
*/
#define EVENT1(name, p0) NOOP
#define EVENT2(name, p0, p1) NOOP
#define EVENT3(name, p0, p1, p2) NOOP
#define EVENT4(name, p0, p1, p2, p3) NOOP
#define EVENT5(name, p0, p1, p2, p3, p4) NOOP
#define EVENT6(name, p0, p1, p2, p3, p4, p5) NOOP
#define EVENT7(name, p0, p1, p2, p3, p4, p5, p6) NOOP
#define EVENT8(name, p0, p1, p2, p3, p4, p5, p6, p7) NOOP
#define EVENT9(name, p0, p1, p2, p3, p4, p5, p6, p7, p8) NOOP
#define EVENT10(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9) NOOP
#define EVENT11(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10) NOOP
#define EVENT12(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11) NOOP
#define EVENT13(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11, p12) NOOP
#define EVENT14(name, p0, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11, p12, p13) NOOP
#endif /* EVENT */
#endif /* eventcom_h */
/* C. COPYRIGHT AND LICENSE
*
* Copyright (C) 2001-2002 Ravenbrook Limited <http://www.ravenbrook.com/>.
* All rights reserved. This is an open source license. Contact
* Ravenbrook for commercial licensing options.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are
* met:
*
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* 3. Redistributions in any form must be accompanied by information on how
* to obtain complete source code for this software and any accompanying
* software that uses this software. The source code must either be
* included in the distribution or be available for no more than the cost
* of distribution plus a nominal fee, and must be freely redistributable
* under reasonable conditions. For an executable file, complete source
* code means the source code for all modules it contains. It does not
* include source code for modules or files that typically accompany the
* major components of the operating system on which the executable file
* runs.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS
* IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
* TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
* PURPOSE, OR NON-INFRINGEMENT, ARE DISCLAIMED. IN NO EVENT SHALL THE
* COPYRIGHT HOLDERS AND CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
* INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
* NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF
* USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON
* ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF
* THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
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