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xwords/xwords4/palm/palmutil.c
ehouse 3de08b9908 non-code change to make debugging easier
2008-01-07 01:17:42 +00:00

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// -*-mode: C; fill-column: 80; c-basic-offset: 4; -*-
/****************************************************************************
* *
* Copyright 1998-2001 by Eric House (xwords@eehouse.org). All rights reserved. *
* *
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program 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 General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
****************************************************************************/
#include <StringMgr.h>
#include <MemoryMgr.h>
#include <SoundMgr.h>
#include <TimeMgr.h>
#include <Form.h>
#include <FeatureMgr.h>
#include <unix_stdarg.h>
#ifdef XWFEATURE_FIVEWAY
# include <Hs.h>
#endif
#include "strutils.h"
#include "palmutil.h"
#include "xwords4defines.h"
#include "palmmain.h"
#include "palmdbg.h"
#include "comtypes.h"
#define MEMO "MemoDB"
#define LOGFILE "XWLogfile"
/*****************************************************************************
* This is meant to be replaced by an actual beep....
****************************************************************************/
#if defined FEATURE_BEEP || defined XW_FEATURE_UTILS
void beep( void ) {
SndPlaySystemSound( sndError );
} /* beep */
#endif
/*****************************************************************************
*
****************************************************************************/
MemPtr
getActiveObjectPtr( UInt16 objectID )
{
FormPtr form = FrmGetActiveForm();
Int16 index = FrmGetObjectIndex( form, objectID );
XP_ASSERT( index >= 0 );
XP_ASSERT( FrmGetObjectPtr( form, index )!= NULL );
return FrmGetObjectPtr( form, index );
} /* getActiveObjectPtr */
/*****************************************************************************
*
****************************************************************************/
void
getObjectBounds( UInt16 objectID, RectangleType* rectP )
{
FormPtr form = FrmGetActiveForm();
Int16 index = FrmGetObjectIndex( form, objectID );
XP_ASSERT( index >= 0 );
FrmGetObjectBounds( form, index, rectP );
} /* getObjectBounds */
#if defined XW_FEATURE_UTILS
/*****************************************************************************
*
****************************************************************************/
void
setObjectBounds( UInt16 objectID, RectangleType* rectP )
{
FormPtr form = FrmGetActiveForm();
Int16 index = FrmGetObjectIndex( form, objectID );
XP_ASSERT( index >= 0 );
FrmSetObjectBounds( form, index, rectP );
} /* getObjectBounds */
/*****************************************************************************
*
****************************************************************************/
void
setBooleanCtrl( UInt16 objectID, Boolean isSet )
{
CtlSetValue( getActiveObjectPtr( objectID ), isSet );
} /* setBooleanCtrl */
void
setFieldEditable( UInt16 objectID, Boolean editable )
{
FieldPtr fld = getActiveObjectPtr( objectID );
FieldAttrType attrs;
FldGetAttributes( fld, &attrs );
if ( attrs.editable != editable ) {
attrs.editable = editable;
FldSetAttributes( fld, &attrs );
}
} /* setFieldEditable */
void
postEmptyEvent( eventsEnum typ )
{
EventType eventToPost;
eventToPost.eType = typ;
EvtAddEventToQueue( &eventToPost );
} /* postEmptyEvent */
void
disOrEnable( FormPtr form, UInt16 id, Boolean enable )
{
UInt16 index = FrmGetObjectIndex( form, id );
FormObjectKind typ;
if ( enable ) {
FrmShowObject( form, index );
} else {
FrmHideObject( form, index );
}
typ = FrmGetObjectType( form, index );
if ( typ == frmControlObj ) {
ControlPtr ctl = getActiveObjectPtr( id );
CtlSetEnabled( ctl, enable );
}
} /* disOrEnable */
void
disOrEnableTri( FormPtr form, UInt16 id, XP_TriEnable enable )
{
UInt16 index;
XP_ASSERT( enable != TRI_ENAB_NONE );
index = FrmGetObjectIndex( form, id );
if ( enable == TRI_ENAB_HIDDEN ) {
FrmHideObject( form, index );
} else {
FormObjectKind typ = FrmGetObjectType( form, index );
XP_Bool active = enable == TRI_ENAB_ENABLED;
FrmShowObject( form, index );
switch( typ ) {
case frmFieldObj:
setFieldEditable( id, active );
break;
case frmControlObj:
CtlSetEnabled( getActiveObjectPtr( id ), enable );
break;
case frmLabelObj: /* what to do? */
break;
default:
XP_WARNF( "%s: %d not handled", __func__, (XP_U16)typ );
XP_ASSERT(0);
}
}
} /* disOrEnableTri */
void
disOrEnableSet( FormPtr form, const UInt16* ids, Boolean enable )
{
for ( ; ; ) {
XP_U16 id = *ids++;
if ( !id ) {
break;
}
disOrEnable( form, id, enable );
}
} /* disOrEnableSet */
/* Space a row of controls evenly across their container. This will center a
* single control or space several regardless of their size. Assumption,
* enforced by an assertion, is that they fit without overlapping. Another, not
* enforced, is that all have the same y coordinates. This was originally
* written for localized dialogs with different-length button text.
*/
void
centerControls( FormPtr form, const UInt16* id, XP_U16 nIds )
{
XP_U16 i, width, prev;
RectangleType bounds;
/* Two passes. First, figure total width outside controls. */
FrmGetFormBounds( form, &bounds );
width = bounds.extent.x;
for ( i = 0; i < nIds; ++i ) {
UInt16 index = FrmGetObjectIndex( form, id[i] );
FrmGetObjectBounds( form, index, &bounds );
XP_ASSERT( width >= bounds.extent.x );
width -= bounds.extent.x;
}
/* Then layout */
width /= nIds + 1; /* space between controls */
prev = width;
for ( i = 0; i < nIds; ++i ) {
UInt16 index = FrmGetObjectIndex( form, id[i] );
FrmGetObjectBounds( form, index, &bounds );
bounds.topLeft.x = prev;
FrmSetObjectBounds( form, index, &bounds );
prev += bounds.extent.x + width;
}
} /* centerControls */
/*****************************************************************************
*
****************************************************************************/
Boolean
getBooleanCtrl( UInt16 objectID )
{
return CtlGetValue( getActiveObjectPtr( objectID ) );
} /* getBooleanCtrl */
void
setFieldStr( XP_U16 id, const XP_UCHAR* buf )
{
FieldPtr field = getActiveObjectPtr( id );
UInt16 len = FldGetTextLength( field );
if ( !buf ) {
buf = "";
}
FldSetSelection( field, 0, len );
FldInsert( field, buf, XP_STRLEN(buf) );
} /* setFieldStr */
#ifdef XWFEATURE_RELAY
void
getFieldStr( XP_U16 id, XP_UCHAR* buf, XP_U16 max )
{
FieldPtr field = getActiveObjectPtr( id );
XP_UCHAR* str = FldGetTextPtr( field );
XP_U16 len = FldGetTextLength( field );
if ( len >= max ) {
len = max - 1;
}
XP_MEMCPY( buf, str, len );
buf[len] = '\0';
} /* strFromField */
#endif
/*****************************************************************************
* Set up to build the string and ptr-to-string lists needed for the
* LstSetListChoices system call.
****************************************************************************/
void
initListData( MPFORMAL ListData* ld, XP_U16 nItems )
{
/* include room for the closure */
ld->strings = XP_MALLOC( mpool, ((nItems+1) * sizeof(*ld->strings)) );
ld->storage = XP_MALLOC( mpool, 1 );
ld->storage[0] = '\0';
ld->storageLen = 1;
ld->nItems = nItems;
ld->nextIndex = 0;
ld->selIndex = -1;
#ifdef DEBUG
ld->choicesSet = XP_FALSE;
#endif
} /* initListData */
void
addListTextItem( MPFORMAL ListData* ld, const XP_UCHAR* txt )
{
XP_U16 curLen = ld->storageLen;
XP_U16 strLen = XP_STRLEN( txt ) + 1; /* null byte */
XP_S32 diff;
unsigned char* storage;
XP_S16 i;
storage = XP_REALLOC( mpool, ld->storage, curLen + strLen );
XP_MEMCPY( storage + curLen, txt, strLen );
/* Now update all the existing ptrs since storage may have moved.
Remember to skip item 0. */
diff = storage - ld->storage;
for ( i = ld->nextIndex; i > 0; --i ) {
ld->strings[i] += diff;
}
ld->storage = storage;
ld->strings[++ld->nextIndex] = storage + curLen;
ld->storageLen += strLen;
} /* addListTextItem */
/*****************************************************************************
* Turn the list of offsets into ptrs, free the offsets list, and call
* LstSetListChoices
****************************************************************************/
void
setListChoices( ListData* ld, ListPtr list, void* closure )
{
ld->strings[0] = closure;
LstSetListChoices( list, (Char**)&ld->strings[1], ld->nextIndex );
#ifdef DEBUG
ld->choicesSet = XP_TRUE;
#endif
if ( ld->selIndex >= 0 ) {
LstSetSelection( list, ld->selIndex );
}
} /* setListChoices */
/*****************************************************************************
* Given a string, figure out which item it matches and save off that item's
* index so that at show time it can be used to set the selection. Note that
* anything that changes the order will invalidate this, but also that there's
* no harm in calling it again.
****************************************************************************/
void
setListSelection( ListData* ld, const char* selName )
{
ld->selIndex = 0;
XP_ASSERT( !ld->choicesSet );
if ( !!selName ) {
XP_U16 i;
for ( i = 0; i < ld->nextIndex; ++i ) {
if ( StrCompare( ld->strings[i+1], selName ) == 0 ) {
ld->selIndex = i;
break;
}
}
}
} /* setListSelection */
/*****************************************************************************
* Meant to be called after all items are added to the list, this function
* sorts them in place. For now I'll build in a call to StrCompare; later
* it could be a callback passed in.
****************************************************************************/
void
sortList( ListData* ld )
{
XP_S16 i, j, smallest;
unsigned char** strings = ld->strings;
char* tmp;
XP_ASSERT( !ld->choicesSet ); /* if ARM, strings are reversed. Use list
API at this point. */
for ( i = 1; i <= ld->nextIndex; ++i ) { /* skip 0th (closure) slot */
for ( smallest = i, j = i+1; j <= ld->nextIndex; ++j ) {
if ( StrCompare( strings[smallest], strings[j] ) > 0 ) {
smallest = j;
}
}
if ( smallest == i ) { /* we got to the end without finding anything */
break;
}
tmp = strings[i];
strings[i] = strings[smallest];
strings[smallest] = tmp;
}
} /* sortList */
/*****************************************************************************
* Dispose the memory. Docs don't say whether LstSetListChoices does this for
* me so I assume not. It'll crash if I'm wrong. :-)
****************************************************************************/
void
freeListData( MPFORMAL ListData* ld )
{
XP_FREE( mpool, ld->storage );
XP_FREE( mpool, ld->strings );
} /* freeListData */
/*****************************************************************************
*
****************************************************************************/
void
setSelectorFromList( UInt16 triggerID, ListPtr list, XP_S16 listSelIndex )
{
XP_ASSERT( list != NULL );
XP_ASSERT( getActiveObjectPtr( triggerID ) != NULL );
XP_ASSERT( !!LstGetSelectionText( list, listSelIndex ) );
CtlSetLabel( getActiveObjectPtr( triggerID ),
LstGetSelectionText( list, listSelIndex ) );
} /* setTriggerFromList */
XP_Bool
penInGadget( const EventType* event, UInt16* whichGadget )
{
UInt16 x = event->screenX;
UInt16 y = event->screenY;
FormPtr form = FrmGetActiveForm();
UInt16 nObjects, i;
XP_Bool result = XP_FALSE;
for ( i = 0, nObjects = FrmGetNumberOfObjects(form); i < nObjects; ++i ) {
if ( frmGadgetObj == FrmGetObjectType( form, i ) ) {
UInt16 objId = FrmGetObjectId( form, i );
if ( objId != REFCON_GADGET_ID ) {
RectangleType rect;
FrmGetObjectBounds( form, i, &rect );
if ( RctPtInRectangle( x, y, &rect ) ) {
*whichGadget = objId;
result = XP_TRUE;
break;
}
}
}
}
return result;
} /* penInGadget */
void
drawOneGadget( UInt16 id, const char* text, Boolean hilite )
{
RectangleType divRect;
XP_U16 len = XP_STRLEN(text);
XP_U16 width = FntCharsWidth( text, len );
XP_U16 left;
getObjectBounds( id, &divRect );
WinDrawRectangleFrame( rectangleFrame, &divRect );
WinEraseRectangle( &divRect, 0 );
left = divRect.topLeft.x;
left += (divRect.extent.x - width) / 2;
WinDrawChars( text, len, left, divRect.topLeft.y );
if ( hilite ) {
WinInvertRectangle( &divRect, 0 );
}
} /* drawOneGadget */
#ifdef XWFEATURE_FIVEWAY
XP_S16
getFocusOwner( void )
{
FormPtr form = FrmGetActiveForm();
XP_S16 ownerID = -1;
XP_S16 focus = FrmGetFocus( form );
if ( focus >= 0 ) {
ownerID = FrmGetObjectId( form, focus );
}
return ownerID;
} /* getFocusOwner */
void
setFormFocus( FormPtr form, XP_U16 objectID )
{
Int16 index = FrmGetObjectIndex( form, objectID );
XP_ASSERT( index >= 0 );
FrmSetFocus( form, index );
} /* setFormFocus */
XP_Bool
isFormObject( FormPtr form, XP_U16 objectID )
{
Int16 index = FrmGetObjectIndex( form, objectID );
return index >= 0;
}
#ifndef XW_TARGET_PNO
/* Warning: gross hack. HsNavDrawFocusRing doesn't work on newer Palms,
e.g. Tungsten T. It's been replaced by FrmNavDrawFocusRing. But that
requires the sdk-5r4 headers which require significant changes I don't want
to make right before shipping. So here's a hack: define FrmNavDrawFocusRing
based on info in the r4 header info without actually including any headers.
*/
Err FrmNavDrawFocusRing( FormType* fp, UInt16 oid, Int16 ei,
RectangleType* birp,
HsNavFocusRingStyleEnum rs, Boolean fr )
_SYSTEM_API(_CALL_WITH_UNPOPPED_16BIT_SELECTOR)(_SYSTEM_TABLE,
sysTrapNavSelector,
0x07 );
#endif
void
drawFocusRingOnGadget( PalmAppGlobals* globals, XP_U16 idLow, XP_U16 idHigh )
{
FormPtr form;
XP_S16 index;
XP_U16 focusID;
form = FrmGetActiveForm();
index = FrmGetFocus( form );
if ( index >= 0 ) {
focusID = FrmGetObjectId( form, index );
if ( (focusID >= idLow) && (focusID <= idHigh) ) {
Err err;
RectangleType rect;
getObjectBounds( focusID, &rect );
/* growing the rect didn't work to fix glitches in ring drawing. */
if ( IS_T600(globals) ) {
err = HsNavDrawFocusRing( form, focusID, 0, &rect,
hsNavFocusRingStyleObjectTypeDefault,
false );
} else {
err = FrmNavDrawFocusRing( form, focusID, 0, &rect,
hsNavFocusRingStyleObjectTypeDefault,
false );
}
XP_ASSERT( err == errNone );
}
}
} /* drawFocusRingOnGadget */
XP_Bool
considerGadgetFocus( PalmAppGlobals* globals, const EventType* event, XP_U16 idLow, XP_U16 idHigh )
{
XP_Bool handled;
XP_U16 objectID;
XP_ASSERT( event->eType == frmObjectFocusLostEvent
|| event->eType == frmObjectFocusTakeEvent );
XP_ASSERT( event->data.frmObjectFocusTake.formID == FrmGetActiveFormID() );
XP_ASSERT( &event->data.frmObjectFocusTake.objectID
== &event->data.frmObjectFocusLost.objectID );
objectID = event->data.frmObjectFocusTake.objectID;
handled = (objectID >= idLow) && (objectID <= idHigh);
if ( handled ) {
if ( event->eType == frmObjectFocusTakeEvent ) {
FormPtr form = FrmGetActiveForm();
setFormFocus( form, objectID );
drawFocusRingOnGadget( globals, idLow, idHigh );
}
}
return handled;
} /* considerGadgetFocus */
XP_Bool
tryRockerKey( XP_U16 key, XP_U16 selGadget, XP_U16 idLow, XP_U16 idHigh )
{
XP_Bool result = XP_FALSE;
if ( vchrRockerCenter == key ) {
if ( selGadget >= idLow && selGadget <= idHigh ) {
result = XP_TRUE;
}
}
return result;
} /* tryRockerKey */
#endif
void
drawGadgetsFromList( ListPtr list, XP_U16 idLow, XP_U16 idHigh,
XP_U16 hiliteItem )
{
XP_U16 i;
XP_ASSERT( idLow <= idHigh );
for ( i = 0; idLow <= idHigh; ++i, ++idLow ) {
const char* text = LstGetSelectionText( list, i );
Boolean hilite = idLow == hiliteItem;
drawOneGadget( idLow, text, hilite );
}
} /* drawGadgetsFromList */
void
setFormRefcon( void* refcon )
{
#ifdef DEBUG
Err err =
#endif
FtrSet( APPID, GLOBALS_FEATURE, (UInt32)refcon );
XP_ASSERT( err == errNone );
} /* setFormRefcon */
void*
getFormRefcon()
{
UInt32 ptr;
#ifdef DEBUG
Err err =
#endif
FtrGet( APPID, GLOBALS_FEATURE, &ptr );
XP_ASSERT( err == errNone );
XP_ASSERT( ptr != 0L );
return (void*)ptr;
} /* getFormRefcon */
void
fitButtonToString( XP_U16 id )
{
ControlPtr button = getActiveObjectPtr( id );
const char* label = CtlGetLabel( button );
XP_U16 width = FntCharsWidth( label, XP_STRLEN(label) );
RectangleType rect;
width += 14; /* 7 pixels at either end */
getObjectBounds( id, &rect );
rect.topLeft.x -= (rect.extent.x - width);
rect.extent.x = width;
setObjectBounds( id, &rect );
} /* fitButtonToString */
#endif
#if defined FEATURE_REALLOC || defined XW_FEATURE_UTILS
XP_U8*
palm_realloc( XP_U8* in, XP_U16 size )
{
MemPtr ptr = (MemPtr)in;
XP_U32 oldsize = MemPtrSize( ptr );
MemPtr newptr = MemPtrNew( size );
XP_ASSERT( !!newptr );
XP_MEMCPY( newptr, ptr, oldsize );
MemPtrFree( ptr );
return newptr;
} /* palm_realloc */
XP_U16
palm_snprintf( XP_UCHAR* buf, XP_U16 XP_UNUSED_DBG(len),
const XP_UCHAR* format, ... )
{
XP_U16 nChars;
/* PENDING use len to avoid writing too many chars */
va_list ap;
va_start( ap, format );
nChars = StrVPrintF( (char*)buf, (char*)format, ap );
va_end( ap );
XP_ASSERT( len >= nChars );
return nChars;
} /* palm_snprintf */
#endif
#ifdef FOR_GREMLINS
static Boolean
doNothing( EventPtr event )
{
return true;
} /* doNothing */
#endif
#ifdef DEBUG
void
palm_warnf( char* format, ... )
{
char buf[200];
va_list ap;
va_start( ap, format );
StrVPrintF( buf, format, ap );
va_end( ap );
#ifdef FOR_GREMLINS
/* If gremlins are active, we want all activity to stop here! That
means no cancellation */
{
FormPtr form;
FieldPtr field;
form = FrmInitForm( XW_GREMLIN_WARN_FORM_ID );
FrmSetActiveForm( form );
FrmSetEventHandler( form, doNothing );
field = getActiveObjectPtr( XW_GREMLIN_WARN_FIELD_ID );
FldSetTextPtr( field, buf );
FldRecalculateField( field, true );
FrmDrawForm( form );
#if 1
/* This next may freeze X (go to a console to kill POSE), but when
you look at the logs you'll see what event you were on when the
ASSERT fired. Otherwise the events just keep coming and POSE
fills up the log. */
while(1);
#endif
/* this should NEVER return */
(void)FrmDoDialog( form );
}
#else
(void)FrmCustomAlert( XW_ERROR_ALERT_ID, buf, " ", " " );
#endif
} /* palm_warnf */
void
palm_assert( Boolean b, int line, const char* func, const char* file )
{
if ( !b ) {
/* force file logging on if not already */
FtrSet( APPID, LOG_FILE_FEATURE, 1 );
XP_LOGF( "ASSERTION FAILED: line %d, %s(), %s", line, func, file );
XP_WARNF( "ASSERTION FAILED: line %d, %s(), %s", line, func, file );
}
} /* palmassert */
static void
logToDB( const char* buf, const char* dbName, XP_U32 dbCreator, XP_U32 dbType )
{
const XP_U16 MAX_MEMO_SIZE = 4000;
const XP_U16 MAX_NRECORDS = 200;
DmOpenRef ref;
UInt16 nRecords, index;
UInt16 len = XP_STRLEN( buf );
UInt16 hSize, slen;
MemHandle hand;
MemPtr ptr;
char tsBuf[20];
UInt16 tsLen;
DateTimeType dtType;
LocalID dbID;
TimSecondsToDateTime( TimGetSeconds(), &dtType );
StrPrintF( tsBuf, "\n%d:%d:%d-", dtType.hour, dtType.minute,
dtType.second );
tsLen = XP_STRLEN(tsBuf);
(void)DmCreateDatabase( CARD_0, dbName, dbCreator, dbType, false );
dbID = DmFindDatabase( CARD_0, dbName );
ref = DmOpenDatabase( CARD_0, dbID, dmModeWrite );
nRecords = DmNumRecordsInCategory( ref, dmAllCategories );
if ( nRecords == 0 ) {
index = dmMaxRecordIndex;
hSize = 0;
hand = DmNewRecord( ref, &index, 1 );
DmReleaseRecord( ref, index, true );
} else {
while ( nRecords > MAX_NRECORDS ) {
index = 0;
DmSeekRecordInCategory( ref, &index, 0, dmSeekForward,
dmAllCategories);
DmRemoveRecord( ref, index );
--nRecords;
}
index = 0;
DmSeekRecordInCategory( ref, &index, nRecords, dmSeekForward,
dmAllCategories);
hand = DmGetRecord( ref, index );
XP_ASSERT( !!hand );
hSize = MemHandleSize( hand ) - 1;
ptr = MemHandleLock( hand );
slen = XP_STRLEN(ptr);
MemHandleUnlock(hand);
if ( hSize > slen ) {
hSize = slen;
}
(void)DmReleaseRecord( ref, index, false );
}
if ( (hSize + len + tsLen) > MAX_MEMO_SIZE ) {
index = dmMaxRecordIndex;
hand = DmNewRecord( ref, &index, len + tsLen + 1 );
hSize = 0;
} else {
(void)DmResizeRecord( ref, index, len + hSize + tsLen + 1 );
hand = DmGetRecord( ref, index );
}
ptr = MemHandleLock( hand );
DmWrite( ptr, hSize, tsBuf, tsLen );
DmWrite( ptr, hSize + tsLen, buf, len + 1 );
MemHandleUnlock( hand );
DmReleaseRecord( ref, index, true );
DmCloseDatabase( ref );
} /* logToDB */
static void
deleteDB( const char* dbName )
{
LocalID dbID;
dbID = DmFindDatabase( CARD_0, dbName );
if ( 0 != dbID ) {
Err err = DmDeleteDatabase( CARD_0, dbID );
XP_ASSERT( errNone == err );
} else {
XP_WARNF( "%s(%s): got back 0", __func__, dbName );
}
} /* deleteDB */
void
PalmClearLogs( void )
{
deleteDB( MEMO );
deleteDB( LOGFILE );
}
static void
logToMemo( const char* buf )
{
UInt32 val = 0L;
Err err = FtrGet( APPID, LOG_MEMO_FEATURE, (UInt32*)&val );
if ( errNone == err && val != 0 ) {
logToDB( buf, MEMO, 'memo', 'DATA' );
}
}
static void
logToFile( const char* buf )
{
#if 0
logToDB( buf, LOGFILE, 'XWLG', 'TEXT' );
#else
UInt32 val = 0L;
Err err = FtrGet( APPID, LOG_FILE_FEATURE, (UInt32*)&val );
if ( errNone == err && val != 0 ) {
logToDB( buf, LOGFILE, 'XWLG', 'TEXT' );
}
#endif
}
void
palm_debugf( char* format, ...)
{
char buf[200];
va_list ap;
va_start( ap, format );
StrVPrintF( buf, format, ap );
va_end( ap );
logToMemo( buf );
logToFile( buf );
} /* debugf */
void
palm_logf( char* format, ... )
{
char buf[200];
va_list ap;
va_start( ap, format );
StrVPrintF( buf, format, ap );
va_end( ap );
logToMemo( buf );
logToFile( buf );
} /* palm_logf */
#endif /* DEBUG */
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