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trace.c
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/*
* Server request tracing
*
* Copyright (C) 1999 Alexandre Julliard
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA
*/
#include "config.h"
#include "wine/port.h"
#include <ctype.h>
#include <stdarg.h>
#include <stdio.h>
#include <sys/types.h>
#ifdef HAVE_SYS_UIO_H
#include <sys/uio.h>
#endif
#include "ntstatus.h"
#define WIN32_NO_STATUS
#include "windef.h"
#include "winbase.h"
#include "wincon.h"
#include "winternl.h"
#include "winuser.h"
#include "winioctl.h"
#include "ddk/wdm.h"
#include "ddk/ntddser.h"
#define USE_WS_PREFIX
#include "winsock2.h"
#include "file.h"
#include "request.h"
#include "unicode.h"
static const void *cur_data;
static data_size_t cur_size;
static const char *get_status_name( unsigned int status );
/* utility functions */
static inline void remove_data( data_size_t size )
{
cur_data = (const char *)cur_data + size;
cur_size -= size;
}
static void dump_uints( const char *prefix, const unsigned int *ptr, int len )
{
fprintf( stderr, "%s{", prefix );
while (len > 0)
{
fprintf( stderr, "%08x", *ptr++ );
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
}
static void dump_handles( const char *prefix, const obj_handle_t *data, data_size_t size )
{
data_size_t len = size / sizeof(*data);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
fprintf( stderr, "%04x", *data++ );
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
}
static void dump_timeout( const char *prefix, const timeout_t *time )
{
fprintf( stderr, "%s%s", prefix, get_timeout_str(*time) );
}
static void dump_uint64( const char *prefix, const unsigned __int64 *val )
{
if ((unsigned int)*val != *val)
fprintf( stderr, "%s%x%08x", prefix, (unsigned int)(*val >> 32), (unsigned int)*val );
else
fprintf( stderr, "%s%08x", prefix, (unsigned int)*val );
}
static void dump_rectangle( const char *prefix, const rectangle_t *rect )
{
fprintf( stderr, "%s{%d,%d;%d,%d}", prefix,
rect->left, rect->top, rect->right, rect->bottom );
}
static void dump_char_info( const char *prefix, const char_info_t *info )
{
fprintf( stderr, "%s{'", prefix );
dump_strW( &info->ch, 1, stderr, "\'\'" );
fprintf( stderr, "',%04x}", info->attr );
}
static void dump_ioctl_code( const char *prefix, const ioctl_code_t *code )
{
switch(*code)
{
#define CASE(c) case c: fprintf( stderr, "%s%s", prefix, #c ); break
CASE(FSCTL_DISMOUNT_VOLUME);
CASE(FSCTL_PIPE_DISCONNECT);
CASE(FSCTL_PIPE_LISTEN);
CASE(FSCTL_PIPE_PEEK);
CASE(FSCTL_PIPE_WAIT);
CASE(IOCTL_SERIAL_GET_TIMEOUTS);
CASE(IOCTL_SERIAL_GET_WAIT_MASK);
CASE(IOCTL_SERIAL_SET_TIMEOUTS);
CASE(IOCTL_SERIAL_SET_WAIT_MASK);
CASE(WS_SIO_ADDRESS_LIST_CHANGE);
default: fprintf( stderr, "%s%08x", prefix, *code ); break;
#undef CASE
}
}
static void dump_cpu_type( const char *prefix, const cpu_type_t *code )
{
switch (*code)
{
#define CASE(c) case CPU_##c: fprintf( stderr, "%s%s", prefix, #c ); break
CASE(x86);
CASE(x86_64);
CASE(POWERPC);
CASE(ARM);
CASE(ARM64);
default: fprintf( stderr, "%s%u", prefix, *code ); break;
#undef CASE
}
}
static void dump_apc_call( const char *prefix, const apc_call_t *call )
{
fprintf( stderr, "%s{", prefix );
switch(call->type)
{
case APC_NONE:
fprintf( stderr, "APC_NONE" );
break;
case APC_USER:
dump_uint64( "APC_USER,func=", &call->user.func );
dump_uint64( ",args={", &call->user.args[0] );
dump_uint64( ",", &call->user.args[1] );
dump_uint64( ",", &call->user.args[2] );
fputc( '}', stderr );
break;
case APC_TIMER:
dump_timeout( "APC_TIMER,time=", &call->timer.time );
dump_uint64( ",arg=", &call->timer.arg );
break;
case APC_ASYNC_IO:
dump_uint64( "APC_ASYNC_IO,user=", &call->async_io.user );
dump_uint64( ",sb=", &call->async_io.sb );
fprintf( stderr, ",status=%s", get_status_name(call->async_io.status) );
break;
case APC_VIRTUAL_ALLOC:
dump_uint64( "APC_VIRTUAL_ALLOC,addr==", &call->virtual_alloc.addr );
dump_uint64( ",size=", &call->virtual_alloc.size );
fprintf( stderr, ",zero_bits=%u,op_type=%x,prot=%x",
call->virtual_alloc.zero_bits, call->virtual_alloc.op_type,
call->virtual_alloc.prot );
break;
case APC_VIRTUAL_FREE:
dump_uint64( "APC_VIRTUAL_FREE,addr=", &call->virtual_free.addr );
dump_uint64( ",size=", &call->virtual_free.size );
fprintf( stderr, ",op_type=%x", call->virtual_free.op_type );
break;
case APC_VIRTUAL_QUERY:
dump_uint64( "APC_VIRTUAL_QUERY,addr=", &call->virtual_query.addr );
break;
case APC_VIRTUAL_PROTECT:
dump_uint64( "APC_VIRTUAL_PROTECT,addr=", &call->virtual_protect.addr );
dump_uint64( ",size=", &call->virtual_protect.size );
fprintf( stderr, ",prot=%x", call->virtual_protect.prot );
break;
case APC_VIRTUAL_FLUSH:
dump_uint64( "APC_VIRTUAL_FLUSH,addr=", &call->virtual_flush.addr );
dump_uint64( ",size=", &call->virtual_flush.size );
break;
case APC_VIRTUAL_LOCK:
dump_uint64( "APC_VIRTUAL_LOCK,addr=", &call->virtual_lock.addr );
dump_uint64( ",size=", &call->virtual_lock.size );
break;
case APC_VIRTUAL_UNLOCK:
dump_uint64( "APC_VIRTUAL_UNLOCK,addr=", &call->virtual_unlock.addr );
dump_uint64( ",size=", &call->virtual_unlock.size );
break;
case APC_MAP_VIEW:
fprintf( stderr, "APC_MAP_VIEW,handle=%04x", call->map_view.handle );
dump_uint64( ",addr=", &call->map_view.addr );
dump_uint64( ",size=", &call->map_view.size );
dump_uint64( ",offset=", &call->map_view.offset );
fprintf( stderr, ",zero_bits=%u,alloc_type=%x,prot=%x",
call->map_view.zero_bits, call->map_view.alloc_type, call->map_view.prot );
break;
case APC_UNMAP_VIEW:
dump_uint64( "APC_UNMAP_VIEW,addr=", &call->unmap_view.addr );
break;
case APC_CREATE_THREAD:
dump_uint64( "APC_CREATE_THREAD,func=", &call->create_thread.func );
dump_uint64( ",arg=", &call->create_thread.arg );
dump_uint64( ",reserve=", &call->create_thread.reserve );
dump_uint64( ",commit=", &call->create_thread.commit );
fprintf( stderr, ",suspend=%u", call->create_thread.suspend );
break;
default:
fprintf( stderr, "type=%u", call->type );
break;
}
fputc( '}', stderr );
}
static void dump_apc_result( const char *prefix, const apc_result_t *result )
{
fprintf( stderr, "%s{", prefix );
switch(result->type)
{
case APC_NONE:
break;
case APC_ASYNC_IO:
fprintf( stderr, "APC_ASYNC_IO,status=%s,total=%u",
get_status_name( result->async_io.status ), result->async_io.total );
break;
case APC_VIRTUAL_ALLOC:
fprintf( stderr, "APC_VIRTUAL_ALLOC,status=%s",
get_status_name( result->virtual_alloc.status ));
dump_uint64( ",addr=", &result->virtual_alloc.addr );
dump_uint64( ",size=", &result->virtual_alloc.size );
break;
case APC_VIRTUAL_FREE:
fprintf( stderr, "APC_VIRTUAL_FREE,status=%s",
get_status_name( result->virtual_free.status ));
dump_uint64( ",addr=", &result->virtual_free.addr );
dump_uint64( ",size=", &result->virtual_free.size );
break;
case APC_VIRTUAL_QUERY:
fprintf( stderr, "APC_VIRTUAL_QUERY,status=%s",
get_status_name( result->virtual_query.status ));
dump_uint64( ",base=", &result->virtual_query.base );
dump_uint64( ",alloc_base=", &result->virtual_query.alloc_base );
dump_uint64( ",size=", &result->virtual_query.size );
fprintf( stderr, ",state=%x,prot=%x,alloc_prot=%x,alloc_type=%x",
result->virtual_query.state, result->virtual_query.prot,
result->virtual_query.alloc_prot, result->virtual_query.alloc_type );
break;
case APC_VIRTUAL_PROTECT:
fprintf( stderr, "APC_VIRTUAL_PROTECT,status=%s",
get_status_name( result->virtual_protect.status ));
dump_uint64( ",addr=", &result->virtual_protect.addr );
dump_uint64( ",size=", &result->virtual_protect.size );
fprintf( stderr, ",prot=%x", result->virtual_protect.prot );
break;
case APC_VIRTUAL_FLUSH:
fprintf( stderr, "APC_VIRTUAL_FLUSH,status=%s",
get_status_name( result->virtual_flush.status ));
dump_uint64( ",addr=", &result->virtual_flush.addr );
dump_uint64( ",size=", &result->virtual_flush.size );
break;
case APC_VIRTUAL_LOCK:
fprintf( stderr, "APC_VIRTUAL_LOCK,status=%s",
get_status_name( result->virtual_lock.status ));
dump_uint64( ",addr=", &result->virtual_lock.addr );
dump_uint64( ",size=", &result->virtual_lock.size );
break;
case APC_VIRTUAL_UNLOCK:
fprintf( stderr, "APC_VIRTUAL_UNLOCK,status=%s",
get_status_name( result->virtual_unlock.status ));
dump_uint64( ",addr=", &result->virtual_unlock.addr );
dump_uint64( ",size=", &result->virtual_unlock.size );
break;
case APC_MAP_VIEW:
fprintf( stderr, "APC_MAP_VIEW,status=%s",
get_status_name( result->map_view.status ));
dump_uint64( ",addr=", &result->map_view.addr );
dump_uint64( ",size=", &result->map_view.size );
break;
case APC_UNMAP_VIEW:
fprintf( stderr, "APC_UNMAP_VIEW,status=%s",
get_status_name( result->unmap_view.status ) );
break;
case APC_CREATE_THREAD:
fprintf( stderr, "APC_CREATE_THREAD,status=%s,tid=%04x,handle=%04x",
get_status_name( result->create_thread.status ),
result->create_thread.tid, result->create_thread.handle );
break;
default:
fprintf( stderr, "type=%u", result->type );
break;
}
fputc( '}', stderr );
}
static void dump_async_data( const char *prefix, const async_data_t *data )
{
fprintf( stderr, "%s{handle=%04x,event=%04x", prefix, data->handle, data->event );
dump_uint64( ",iosb=", &data->iosb );
dump_uint64( ",user=", &data->user );
dump_uint64( ",apc=", &data->apc );
dump_uint64( ",apc_context=", &data->apc_context );
fputc( '}', stderr );
}
static void dump_irp_params( const char *prefix, const irp_params_t *data )
{
switch (data->major)
{
case IRP_MJ_CREATE:
fprintf( stderr, "%s{major=CREATE,access=%08x,sharing=%08x,options=%08x",
prefix, data->create.access, data->create.sharing, data->create.options );
dump_uint64( ",device=", &data->create.device );
fputc( '}', stderr );
break;
case IRP_MJ_CLOSE:
fprintf( stderr, "%s{major=CLOSE", prefix );
dump_uint64( ",file=", &data->close.file );
fputc( '}', stderr );
break;
case IRP_MJ_READ:
fprintf( stderr, "%s{major=READ,key=%08x", prefix, data->read.key );
dump_uint64( ",pos=", &data->read.pos );
dump_uint64( ",file=", &data->read.file );
fputc( '}', stderr );
break;
case IRP_MJ_WRITE:
fprintf( stderr, "%s{major=WRITE,key=%08x", prefix, data->write.key );
dump_uint64( ",pos=", &data->write.pos );
dump_uint64( ",file=", &data->write.file );
fputc( '}', stderr );
break;
case IRP_MJ_FLUSH_BUFFERS:
fprintf( stderr, "%s{major=FLUSH_BUFFERS", prefix );
dump_uint64( ",file=", &data->flush.file );
fputc( '}', stderr );
break;
case IRP_MJ_DEVICE_CONTROL:
fprintf( stderr, "%s{major=DEVICE_CONTROL", prefix );
dump_ioctl_code( ",code=", &data->ioctl.code );
dump_uint64( ",file=", &data->ioctl.file );
fputc( '}', stderr );
break;
case IRP_MJ_MAXIMUM_FUNCTION + 1: /* invalid */
fprintf( stderr, "%s{}", prefix );
break;
default:
fprintf( stderr, "%s{major=%u}", prefix, data->major );
break;
}
}
static void dump_hw_input( const char *prefix, const hw_input_t *input )
{
switch (input->type)
{
case INPUT_MOUSE:
fprintf( stderr, "%s{type=MOUSE,x=%d,y=%d,data=%08x,flags=%08x,time=%u",
prefix, input->mouse.x, input->mouse.y, input->mouse.data, input->mouse.flags,
input->mouse.time );
dump_uint64( ",info=", &input->mouse.info );
fputc( '}', stderr );
break;
case INPUT_KEYBOARD:
fprintf( stderr, "%s{type=KEYBOARD,vkey=%04hx,scan=%04hx,flags=%08x,time=%u",
prefix, input->kbd.vkey, input->kbd.scan, input->kbd.flags, input->kbd.time );
dump_uint64( ",info=", &input->kbd.info );
fputc( '}', stderr );
break;
case INPUT_HARDWARE:
fprintf( stderr, "%s{type=HARDWARE,msg=%04x", prefix, input->hw.msg );
dump_uint64( ",lparam=", &input->hw.lparam );
fputc( '}', stderr );
break;
default:
fprintf( stderr, "%s{type=%04x}", prefix, input->type );
break;
}
}
static void dump_luid( const char *prefix, const luid_t *luid )
{
fprintf( stderr, "%s%d.%u", prefix, luid->high_part, luid->low_part );
}
static void dump_varargs_ints( const char *prefix, data_size_t size )
{
const int *data = cur_data;
data_size_t len = size / sizeof(*data);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
fprintf( stderr, "%d", *data++ );
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_uints( const char *prefix, data_size_t size )
{
const unsigned int *data = cur_data;
dump_uints( prefix, data, size / sizeof(*data) );
remove_data( size );
}
static void dump_varargs_uints64( const char *prefix, data_size_t size )
{
const unsigned __int64 *data = cur_data;
data_size_t len = size / sizeof(*data);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
dump_uint64( "", data++ );
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_apc_result( const char *prefix, data_size_t size )
{
const apc_result_t *result = cur_data;
if (size >= sizeof(*result))
{
dump_apc_result( prefix, result );
size = sizeof(*result);
}
remove_data( size );
}
static void dump_varargs_select_op( const char *prefix, data_size_t size )
{
select_op_t data;
if (!size)
{
fprintf( stderr, "%s{}", prefix );
return;
}
memset( &data, 0, sizeof(data) );
memcpy( &data, cur_data, min( size, sizeof(data) ));
fprintf( stderr, "%s{", prefix );
switch (data.op)
{
case SELECT_NONE:
fprintf( stderr, "NONE" );
break;
case SELECT_WAIT:
case SELECT_WAIT_ALL:
fprintf( stderr, "%s", data.op == SELECT_WAIT ? "WAIT" : "WAIT_ALL" );
if (size > offsetof( select_op_t, wait.handles ))
dump_handles( ",handles=", data.wait.handles,
min( size, sizeof(data.wait) ) - offsetof( select_op_t, wait.handles ));
break;
case SELECT_SIGNAL_AND_WAIT:
fprintf( stderr, "SIGNAL_AND_WAIT,signal=%04x,wait=%04x",
data.signal_and_wait.signal, data.signal_and_wait.wait );
break;
case SELECT_KEYED_EVENT_WAIT:
case SELECT_KEYED_EVENT_RELEASE:
fprintf( stderr, "KEYED_EVENT_%s,handle=%04x",
data.op == SELECT_KEYED_EVENT_WAIT ? "WAIT" : "RELEASE",
data.keyed_event.handle );
dump_uint64( ",key=", &data.keyed_event.key );
break;
default:
fprintf( stderr, "op=%u", data.op );
break;
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_user_handles( const char *prefix, data_size_t size )
{
const user_handle_t *data = cur_data;
data_size_t len = size / sizeof(*data);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
fprintf( stderr, "%08x", *data++ );
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_bytes( const char *prefix, data_size_t size )
{
const unsigned char *data = cur_data;
data_size_t len = min( 1024, size );
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
fprintf( stderr, "%02x", *data++ );
if (--len) fputc( ',', stderr );
}
if (size > 1024) fprintf( stderr, "...(total %u)", size );
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_string( const char *prefix, data_size_t size )
{
fprintf( stderr, "%s\"%.*s\"", prefix, (int)size, (const char *)cur_data );
remove_data( size );
}
static void dump_varargs_unicode_str( const char *prefix, data_size_t size )
{
fprintf( stderr, "%sL\"", prefix );
dump_strW( cur_data, size / sizeof(WCHAR), stderr, "\"\"" );
fputc( '\"', stderr );
remove_data( size );
}
static void dump_varargs_context( const char *prefix, data_size_t size )
{
const context_t *context = cur_data;
context_t ctx;
unsigned int i;
if (!size)
{
fprintf( stderr, "%s{}", prefix );
return;
}
size = min( size, sizeof(ctx) );
memset( &ctx, 0, sizeof(ctx) );
memcpy( &ctx, context, size );
fprintf( stderr,"%s{", prefix );
dump_cpu_type( "cpu=", &ctx.cpu );
switch (ctx.cpu)
{
case CPU_x86:
if (ctx.flags & SERVER_CTX_CONTROL)
fprintf( stderr, ",eip=%08x,esp=%08x,ebp=%08x,eflags=%08x,cs=%04x,ss=%04x",
ctx.ctl.i386_regs.eip, ctx.ctl.i386_regs.esp, ctx.ctl.i386_regs.ebp,
ctx.ctl.i386_regs.eflags, ctx.ctl.i386_regs.cs, ctx.ctl.i386_regs.ss );
if (ctx.flags & SERVER_CTX_SEGMENTS)
fprintf( stderr, ",ds=%04x,es=%04x,fs=%04x,gs=%04x",
ctx.seg.i386_regs.ds, ctx.seg.i386_regs.es,
ctx.seg.i386_regs.fs, ctx.seg.i386_regs.gs );
if (ctx.flags & SERVER_CTX_INTEGER)
fprintf( stderr, ",eax=%08x,ebx=%08x,ecx=%08x,edx=%08x,esi=%08x,edi=%08x",
ctx.integer.i386_regs.eax, ctx.integer.i386_regs.ebx, ctx.integer.i386_regs.ecx,
ctx.integer.i386_regs.edx, ctx.integer.i386_regs.esi, ctx.integer.i386_regs.edi );
if (ctx.flags & SERVER_CTX_DEBUG_REGISTERS)
fprintf( stderr, ",dr0=%08x,dr1=%08x,dr2=%08x,dr3=%08x,dr6=%08x,dr7=%08x",
ctx.debug.i386_regs.dr0, ctx.debug.i386_regs.dr1, ctx.debug.i386_regs.dr2,
ctx.debug.i386_regs.dr3, ctx.debug.i386_regs.dr6, ctx.debug.i386_regs.dr7 );
if (ctx.flags & SERVER_CTX_FLOATING_POINT)
{
fprintf( stderr, ",fp.ctrl=%08x,fp.status=%08x,fp.tag=%08x,fp.err_off=%08x,fp.err_sel=%08x",
ctx.fp.i386_regs.ctrl, ctx.fp.i386_regs.status, ctx.fp.i386_regs.tag,
ctx.fp.i386_regs.err_off, ctx.fp.i386_regs.err_sel );
fprintf( stderr, ",fp.data_off=%08x,fp.data_sel=%08x,fp.cr0npx=%08x",
ctx.fp.i386_regs.data_off, ctx.fp.i386_regs.data_sel, ctx.fp.i386_regs.cr0npx );
for (i = 0; i < 8; i++)
{
long double reg = 0;
memcpy( ®, &ctx.fp.i386_regs.regs[10 * i], 10 );
fprintf( stderr, ",fp.reg%u=%Lg", i, reg );
}
}
if (ctx.flags & SERVER_CTX_EXTENDED_REGISTERS)
dump_uints( ",extended=", (const unsigned int *)ctx.ext.i386_regs,
sizeof(ctx.ext.i386_regs) / sizeof(int) );
break;
case CPU_x86_64:
if (ctx.flags & SERVER_CTX_CONTROL)
{
dump_uint64( ",rip=", &ctx.ctl.x86_64_regs.rip );
dump_uint64( ",rbp=", &ctx.ctl.x86_64_regs.rbp );
dump_uint64( ",rsp=", &ctx.ctl.x86_64_regs.rsp );
fprintf( stderr, ",cs=%04x,ss=%04x,flags=%08x",
ctx.ctl.x86_64_regs.cs, ctx.ctl.x86_64_regs.ss, ctx.ctl.x86_64_regs.flags );
}
if (ctx.flags & SERVER_CTX_INTEGER)
{
dump_uint64( ",rax=", &ctx.integer.x86_64_regs.rax );
dump_uint64( ",rbx=", &ctx.integer.x86_64_regs.rbx );
dump_uint64( ",rcx=", &ctx.integer.x86_64_regs.rcx );
dump_uint64( ",rdx=", &ctx.integer.x86_64_regs.rdx );
dump_uint64( ",rsi=", &ctx.integer.x86_64_regs.rsi );
dump_uint64( ",rdi=", &ctx.integer.x86_64_regs.rdi );
dump_uint64( ",r8=", &ctx.integer.x86_64_regs.r8 );
dump_uint64( ",r9=", &ctx.integer.x86_64_regs.r9 );
dump_uint64( ",r10=", &ctx.integer.x86_64_regs.r10 );
dump_uint64( ",r11=", &ctx.integer.x86_64_regs.r11 );
dump_uint64( ",r12=", &ctx.integer.x86_64_regs.r12 );
dump_uint64( ",r13=", &ctx.integer.x86_64_regs.r13 );
dump_uint64( ",r14=", &ctx.integer.x86_64_regs.r14 );
dump_uint64( ",r15=", &ctx.integer.x86_64_regs.r15 );
}
if (ctx.flags & SERVER_CTX_SEGMENTS)
fprintf( stderr, ",ds=%04x,es=%04x,fs=%04x,gs=%04x",
ctx.seg.x86_64_regs.ds, ctx.seg.x86_64_regs.es,
ctx.seg.x86_64_regs.fs, ctx.seg.x86_64_regs.gs );
if (ctx.flags & SERVER_CTX_DEBUG_REGISTERS)
{
dump_uint64( ",dr0=", &ctx.debug.x86_64_regs.dr0 );
dump_uint64( ",dr1=", &ctx.debug.x86_64_regs.dr1 );
dump_uint64( ",dr2=", &ctx.debug.x86_64_regs.dr2 );
dump_uint64( ",dr3=", &ctx.debug.x86_64_regs.dr3 );
dump_uint64( ",dr6=", &ctx.debug.x86_64_regs.dr6 );
dump_uint64( ",dr7=", &ctx.debug.x86_64_regs.dr7 );
}
if (ctx.flags & SERVER_CTX_FLOATING_POINT)
{
for (i = 0; i < 32; i++)
fprintf( stderr, ",fp%u=%08x%08x%08x%08x", i,
(unsigned int)(ctx.fp.x86_64_regs.fpregs[i].high >> 32),
(unsigned int)ctx.fp.x86_64_regs.fpregs[i].high,
(unsigned int)(ctx.fp.x86_64_regs.fpregs[i].low >> 32),
(unsigned int)ctx.fp.x86_64_regs.fpregs[i].low );
}
break;
case CPU_POWERPC:
if (ctx.flags & SERVER_CTX_CONTROL)
fprintf( stderr, ",iar=%08x,msr=%08x,ctr=%08x,lr=%08x,dar=%08x,dsisr=%08x,trap=%08x",
ctx.ctl.powerpc_regs.iar, ctx.ctl.powerpc_regs.msr, ctx.ctl.powerpc_regs.ctr,
ctx.ctl.powerpc_regs.lr, ctx.ctl.powerpc_regs.dar, ctx.ctl.powerpc_regs.dsisr,
ctx.ctl.powerpc_regs.trap );
if (ctx.flags & SERVER_CTX_INTEGER)
{
for (i = 0; i < 32; i++) fprintf( stderr, ",gpr%u=%08x", i, ctx.integer.powerpc_regs.gpr[i] );
fprintf( stderr, ",cr=%08x,xer=%08x",
ctx.integer.powerpc_regs.cr, ctx.integer.powerpc_regs.xer );
}
if (ctx.flags & SERVER_CTX_DEBUG_REGISTERS)
for (i = 0; i < 8; i++) fprintf( stderr, ",dr%u=%08x", i, ctx.debug.powerpc_regs.dr[i] );
if (ctx.flags & SERVER_CTX_FLOATING_POINT)
{
for (i = 0; i < 32; i++) fprintf( stderr, ",fpr%u=%g", i, ctx.fp.powerpc_regs.fpr[i] );
fprintf( stderr, ",fpscr=%g", ctx.fp.powerpc_regs.fpscr );
}
break;
case CPU_ARM:
if (ctx.flags & SERVER_CTX_CONTROL)
fprintf( stderr, ",sp=%08x,lr=%08x,pc=%08x,cpsr=%08x",
ctx.ctl.arm_regs.sp, ctx.ctl.arm_regs.lr,
ctx.ctl.arm_regs.pc, ctx.ctl.arm_regs.cpsr );
if (ctx.flags & SERVER_CTX_INTEGER)
for (i = 0; i < 13; i++) fprintf( stderr, ",r%u=%08x", i, ctx.integer.arm_regs.r[i] );
break;
case CPU_ARM64:
if (ctx.flags & SERVER_CTX_CONTROL)
{
dump_uint64( ",sp=", &ctx.ctl.arm64_regs.sp );
dump_uint64( ",pc=", &ctx.ctl.arm64_regs.pc );
dump_uint64( ",pstate=", &ctx.ctl.arm64_regs.pstate );
}
if (ctx.flags & SERVER_CTX_INTEGER)
{
dump_uint64( ",x0=", &ctx.integer.arm64_regs.x[0] );
dump_uint64( ",x1=", &ctx.integer.arm64_regs.x[1] );
dump_uint64( ",x2=", &ctx.integer.arm64_regs.x[2] );
dump_uint64( ",x3=", &ctx.integer.arm64_regs.x[3] );
dump_uint64( ",x4=", &ctx.integer.arm64_regs.x[4] );
dump_uint64( ",x5=", &ctx.integer.arm64_regs.x[5] );
dump_uint64( ",x6=", &ctx.integer.arm64_regs.x[6] );
dump_uint64( ",x7=", &ctx.integer.arm64_regs.x[7] );
dump_uint64( ",x8=", &ctx.integer.arm64_regs.x[8] );
dump_uint64( ",x9=", &ctx.integer.arm64_regs.x[9] );
dump_uint64( ",x10=", &ctx.integer.arm64_regs.x[10] );
dump_uint64( ",x11=", &ctx.integer.arm64_regs.x[11] );
dump_uint64( ",x12=", &ctx.integer.arm64_regs.x[12] );
dump_uint64( ",x13=", &ctx.integer.arm64_regs.x[13] );
dump_uint64( ",x14=", &ctx.integer.arm64_regs.x[14] );
dump_uint64( ",x15=", &ctx.integer.arm64_regs.x[15] );
dump_uint64( ",x16=", &ctx.integer.arm64_regs.x[16] );
dump_uint64( ",x17=", &ctx.integer.arm64_regs.x[17] );
dump_uint64( ",x18=", &ctx.integer.arm64_regs.x[18] );
dump_uint64( ",x19=", &ctx.integer.arm64_regs.x[19] );
dump_uint64( ",x20=", &ctx.integer.arm64_regs.x[20] );
dump_uint64( ",x21=", &ctx.integer.arm64_regs.x[21] );
dump_uint64( ",x22=", &ctx.integer.arm64_regs.x[22] );
dump_uint64( ",x23=", &ctx.integer.arm64_regs.x[23] );
dump_uint64( ",x24=", &ctx.integer.arm64_regs.x[24] );
dump_uint64( ",x25=", &ctx.integer.arm64_regs.x[25] );
dump_uint64( ",x26=", &ctx.integer.arm64_regs.x[26] );
dump_uint64( ",x27=", &ctx.integer.arm64_regs.x[27] );
dump_uint64( ",x28=", &ctx.integer.arm64_regs.x[28] );
dump_uint64( ",x29=", &ctx.integer.arm64_regs.x[29] );
dump_uint64( ",x30=", &ctx.integer.arm64_regs.x[30] );
}
break;
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_debug_event( const char *prefix, data_size_t size )
{
debug_event_t event;
unsigned int i;
if (!size)
{
fprintf( stderr, "%s{}", prefix );
return;
}
size = min( size, sizeof(event) );
memset( &event, 0, sizeof(event) );
memcpy( &event, cur_data, size );
switch(event.code)
{
case EXCEPTION_DEBUG_EVENT:
fprintf( stderr, "%s{exception,first=%d,exc_code=%08x,flags=%08x", prefix,
event.exception.first, event.exception.exc_code, event.exception.flags );
dump_uint64( ",record=", &event.exception.record );
dump_uint64( ",address=", &event.exception.address );
fprintf( stderr, ",params={" );
event.exception.nb_params = min( event.exception.nb_params, EXCEPTION_MAXIMUM_PARAMETERS );
for (i = 0; i < event.exception.nb_params; i++)
{
dump_uint64( "", &event.exception.params[i] );
if (i < event.exception.nb_params) fputc( ',', stderr );
}
fprintf( stderr, "}}" );
break;
case CREATE_THREAD_DEBUG_EVENT:
fprintf( stderr, "%s{create_thread,thread=%04x", prefix, event.create_thread.handle );
dump_uint64( ",teb=", &event.create_thread.teb );
dump_uint64( ",start=", &event.create_thread.start );
fputc( '}', stderr );
break;
case CREATE_PROCESS_DEBUG_EVENT:
fprintf( stderr, "%s{create_process,file=%04x,process=%04x,thread=%04x", prefix,
event.create_process.file, event.create_process.process,
event.create_process.thread );
dump_uint64( ",base=", &event.create_process.base );
fprintf( stderr, ",offset=%d,size=%d",
event.create_process.dbg_offset, event.create_process.dbg_size );
dump_uint64( ",teb=", &event.create_process.teb );
dump_uint64( ",start=", &event.create_process.start );
dump_uint64( ",name=", &event.create_process.name );
fprintf( stderr, ",unicode=%d}", event.create_process.unicode );
break;
case EXIT_THREAD_DEBUG_EVENT:
fprintf( stderr, "%s{exit_thread,code=%d}", prefix, event.exit.exit_code );
break;
case EXIT_PROCESS_DEBUG_EVENT:
fprintf( stderr, "%s{exit_process,code=%d}", prefix, event.exit.exit_code );
break;
case LOAD_DLL_DEBUG_EVENT:
fprintf( stderr, "%s{load_dll,file=%04x", prefix, event.load_dll.handle );
dump_uint64( ",base=", &event.load_dll.base );
fprintf( stderr, ",offset=%d,size=%d",
event.load_dll.dbg_offset, event.load_dll.dbg_size );
dump_uint64( ",name=", &event.load_dll.name );
fprintf( stderr, ",unicode=%d}", event.load_dll.unicode );
break;
case UNLOAD_DLL_DEBUG_EVENT:
fprintf( stderr, "%s{unload_dll", prefix );
dump_uint64( ",base=", &event.unload_dll.base );
fputc( '}', stderr );
break;
case 0: /* zero is the code returned on timeouts */
fprintf( stderr, "%s{}", prefix );
break;
default:
fprintf( stderr, "%s{code=??? (%d)}", prefix, event.code );
break;
}
remove_data( size );
}
/* dump a unicode string contained in a buffer; helper for dump_varargs_startup_info */
static data_size_t dump_inline_unicode_string( const char *prefix, data_size_t pos, data_size_t len, data_size_t total_size )
{
fputs( prefix, stderr );
if (pos >= total_size) return pos;
if (len > total_size - pos) len = total_size - pos;
len /= sizeof(WCHAR);
dump_strW( (const WCHAR *)cur_data + pos/sizeof(WCHAR), len, stderr, "\"\"" );
return pos + len * sizeof(WCHAR);
}
static void dump_varargs_startup_info( const char *prefix, data_size_t size )
{
startup_info_t info;
data_size_t pos = sizeof(info);
memset( &info, 0, sizeof(info) );
memcpy( &info, cur_data, min( size, sizeof(info) ));
fprintf( stderr,
"%s{debug_flags=%x,console_flags=%x,console=%04x,hstdin=%04x,hstdout=%04x,hstderr=%04x,"
"x=%u,y=%u,xsize=%u,ysize=%u,xchars=%u,ychars=%u,attribute=%02x,flags=%x,show=%u",
prefix, info.debug_flags, info.console_flags, info.console,
info.hstdin, info.hstdout, info.hstderr, info.x, info.y, info.xsize, info.ysize,
info.xchars, info.ychars, info.attribute, info.flags, info.show );
pos = dump_inline_unicode_string( ",curdir=L\"", pos, info.curdir_len, size );
pos = dump_inline_unicode_string( "\",dllpath=L\"", pos, info.dllpath_len, size );
pos = dump_inline_unicode_string( "\",imagepath=L\"", pos, info.imagepath_len, size );
pos = dump_inline_unicode_string( "\",cmdline=L\"", pos, info.cmdline_len, size );
pos = dump_inline_unicode_string( "\",title=L\"", pos, info.title_len, size );
pos = dump_inline_unicode_string( "\",desktop=L\"", pos, info.desktop_len, size );
pos = dump_inline_unicode_string( "\",shellinfo=L\"", pos, info.shellinfo_len, size );
pos = dump_inline_unicode_string( "\",runtime=L\"", pos, info.runtime_len, size );
fprintf( stderr, "\"}" );
remove_data( size );
}
static void dump_varargs_input_records( const char *prefix, data_size_t size )
{
const INPUT_RECORD *rec = cur_data;
data_size_t len = size / sizeof(*rec);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
fprintf( stderr, "{%04x,...}", rec->EventType );
rec++;
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_rectangles( const char *prefix, data_size_t size )
{
const rectangle_t *rect = cur_data;
data_size_t len = size / sizeof(*rect);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
dump_rectangle( "", rect++ );
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_message_data( const char *prefix, data_size_t size )
{
/* FIXME: dump the structured data */
dump_varargs_bytes( prefix, size );
}
static void dump_varargs_properties( const char *prefix, data_size_t size )
{
const property_data_t *prop = cur_data;
data_size_t len = size / sizeof(*prop);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
fprintf( stderr, "{atom=%04x,str=%d", prop->atom, prop->string );
dump_uint64( ",data=", &prop->data );
fputc( '}', stderr );
prop++;
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_varargs_LUID_AND_ATTRIBUTES( const char *prefix, data_size_t size )
{
const LUID_AND_ATTRIBUTES *lat = cur_data;
data_size_t len = size / sizeof(*lat);
fprintf( stderr,"%s{", prefix );
while (len > 0)
{
fprintf( stderr, "{luid=%08x%08x,attr=%x}",
lat->Luid.HighPart, lat->Luid.LowPart, lat->Attributes );
lat++;
if (--len) fputc( ',', stderr );
}
fputc( '}', stderr );
remove_data( size );
}
static void dump_inline_sid( const char *prefix, const SID *sid, data_size_t size )
{
DWORD i;
/* security check */
if ((FIELD_OFFSET(SID, SubAuthority[0]) > size) ||
(FIELD_OFFSET(SID, SubAuthority[sid->SubAuthorityCount]) > size))
{
fprintf( stderr, "<invalid sid>" );
return;
}
fprintf( stderr,"%s{", prefix );
fprintf( stderr, "S-%u-%u", sid->Revision, MAKELONG(
MAKEWORD( sid->IdentifierAuthority.Value[5],
sid->IdentifierAuthority.Value[4] ),
MAKEWORD( sid->IdentifierAuthority.Value[3],
sid->IdentifierAuthority.Value[2] ) ) );
for (i = 0; i < sid->SubAuthorityCount; i++)
fprintf( stderr, "-%u", sid->SubAuthority[i] );
fputc( '}', stderr );
}
static void dump_varargs_SID( const char *prefix, data_size_t size )
{
const SID *sid = cur_data;
dump_inline_sid( prefix, sid, size );
remove_data( size );
}
static void dump_inline_acl( const char *prefix, const ACL *acl, data_size_t size )
{
const ACE_HEADER *ace;
ULONG i;
fprintf( stderr,"%s{", prefix );
if (size)
{
if (size < sizeof(ACL))
{
fprintf( stderr, "<invalid acl>}" );
return;
}
size -= sizeof(ACL);
ace = (const ACE_HEADER *)(acl + 1);
for (i = 0; i < acl->AceCount; i++)
{
const SID *sid = NULL;
data_size_t sid_size = 0;
if (size < sizeof(ACE_HEADER) || size < ace->AceSize) break;
size -= ace->AceSize;
if (i != 0) fputc( ',', stderr );
fprintf( stderr, "{AceType=" );
switch (ace->AceType)
{
case ACCESS_DENIED_ACE_TYPE:
sid = (const SID *)&((const ACCESS_DENIED_ACE *)ace)->SidStart;
sid_size = ace->AceSize - FIELD_OFFSET(ACCESS_DENIED_ACE, SidStart);
fprintf( stderr, "ACCESS_DENIED_ACE_TYPE,Mask=%x",
((const ACCESS_DENIED_ACE *)ace)->Mask );
break;
case ACCESS_ALLOWED_ACE_TYPE:
sid = (const SID *)&((const ACCESS_ALLOWED_ACE *)ace)->SidStart;
sid_size = ace->AceSize - FIELD_OFFSET(ACCESS_ALLOWED_ACE, SidStart);
fprintf( stderr, "ACCESS_ALLOWED_ACE_TYPE,Mask=%x",
((const ACCESS_ALLOWED_ACE *)ace)->Mask );
break;
case SYSTEM_AUDIT_ACE_TYPE:
sid = (const SID *)&((const SYSTEM_AUDIT_ACE *)ace)->SidStart;
sid_size = ace->AceSize - FIELD_OFFSET(SYSTEM_AUDIT_ACE, SidStart);
fprintf( stderr, "SYSTEM_AUDIT_ACE_TYPE,Mask=%x",
((const SYSTEM_AUDIT_ACE *)ace)->Mask );
break;
case SYSTEM_ALARM_ACE_TYPE:
sid = (const SID *)&((const SYSTEM_ALARM_ACE *)ace)->SidStart;
sid_size = ace->AceSize - FIELD_OFFSET(SYSTEM_ALARM_ACE, SidStart);
fprintf( stderr, "SYSTEM_ALARM_ACE_TYPE,Mask=%x",
((const SYSTEM_ALARM_ACE *)ace)->Mask );
break;
case SYSTEM_MANDATORY_LABEL_ACE_TYPE:
sid = (const SID *)&((const SYSTEM_MANDATORY_LABEL_ACE *)ace)->SidStart;
sid_size = ace->AceSize - FIELD_OFFSET(SYSTEM_MANDATORY_LABEL_ACE, SidStart);
fprintf( stderr, "SYSTEM_MANDATORY_LABEL_ACE_TYPE,Mask=%x",
((const SYSTEM_MANDATORY_LABEL_ACE *)ace)->Mask );
break;
default:
fprintf( stderr, "unknown<%d>", ace->AceType );
break;
}
fprintf( stderr, ",AceFlags=%x", ace->AceFlags );
if (sid)
dump_inline_sid( ",Sid=", sid, sid_size );
ace = (const ACE_HEADER *)((const char *)ace + ace->AceSize);
fputc( '}', stderr );
}
}
fputc( '}', stderr );
}