// Get user name e.g. Julian Smart
bool wxGetUserName(wxChar *buf, int maxSize)
{
*buf = wxT('\0');
// buffer allocation
MemHandle handle = MemHandleNew(maxSize-1);
if( handle == NULL )
return false;
// lock the buffer
char *id = (char *)MemHandleLock(handle);
if( id == NULL )
return false;
// get user's name
if( DlkGetSyncInfo(NULL, NULL, NULL, id, NULL, NULL) != errNone )
{
MemPtrUnlock(id);
return false;
}
wxStrlcpy(buf, wxSafeConvertMB2WX(id), maxSize);
// free the buffer
MemPtrUnlock(id);
return true;
}
static void LoadPreferencesNoahPro(AppContext* appContext)
{
DmOpenRef db;
UInt recNo;
void * recData;
MemHandle recHandle;
UInt recsCount;
Boolean fRecFound = false;
appContext->fFirstRun = true;
db = DmOpenDatabaseByTypeCreator(NOAH_PREF_TYPE, NOAH_PRO_CREATOR, dmModeReadWrite);
if (!db) return;
recsCount = DmNumRecords(db);
for (recNo = 0; (recNo < recsCount) && !fRecFound; recNo++)
{
recHandle = DmQueryRecord(db, recNo);
recData = MemHandleLock(recHandle);
if ( (MemHandleSize(recHandle)>=PREF_REC_MIN_SIZE) && IsValidPrefRecord( recData ) )
{
LogG( "LoadPreferencesNoahPro(), found prefs record" );
fRecFound = true;
appContext->fFirstRun = false;
DeserializePreferencesNoahPro(appContext, (unsigned char*)recData, MemHandleSize(recHandle) );
}
MemPtrUnlock(recData);
}
DmCloseDatabase(db);
}
/* Get current selected note and fill out note properties elements.
If selected == -1, clear and disable this fields. */
static void
UpdateNoteProperties()
{
FormPtr frm = FrmGetActiveForm ();
if (notelist.selected == -1) {
FrmHideObject(frm, FrmGetObjectIndex(frm, ID_EditorDuration));
FrmHideObject(frm, FrmGetObjectIndex(frm, ID_EditorVelocity));
FrmHideObject(frm, FrmGetObjectIndex(frm, ID_EditorPause));
}
else {
NotePtr notes = MemHandleLock(notelist.bufH);
NotePtr note = notes + notelist.selected;
ErrFatalDisplayIf(notelist.selected > notelist.num, "Invalid note index!");
SetFieldTextFromNumber(ID_EditorDuration, note->dur);
SetFieldTextFromNumber(ID_EditorVelocity, note->vel);
SetFieldTextFromNumber(ID_EditorPause, note->pause);
FrmShowObject(frm, FrmGetObjectIndex(frm, ID_EditorDuration));
FrmShowObject(frm, FrmGetObjectIndex(frm, ID_EditorVelocity));
FrmShowObject(frm, FrmGetObjectIndex(frm, ID_EditorPause));
MemPtrUnlock(notes);
}
}
/* Create an app info chunk if missing, return result from the database call */
static void InitPlkrAppInfo
(
DmOpenRef docRef /* reference to document */
)
/* THROWS */
{
UInt16 cardNo;
MemHandle handle;
LocalID dbID;
LocalID appInfoID;
PlkrAppInfoType* appInfoP;
Err err;
err = DmOpenDatabaseInfo( docRef, &dbID, NULL, NULL, &cardNo, NULL );
THROW_IF( err != errNone, err );
err = DmDatabaseInfo( cardNo, dbID, NULL, NULL, NULL, NULL, NULL,
NULL, NULL, &appInfoID, NULL, NULL, NULL );
THROW_IF( err != errNone, err );
if ( appInfoID == 0 ) {
handle = DmNewHandle( docRef, sizeof *appInfoP );
THROW_IF( handle == NULL, dmErrMemError );
appInfoID = MemHandleToLocalID( handle );
DmSetDatabaseInfo( cardNo, dbID, NULL, NULL, NULL, NULL,
NULL, NULL, NULL, &appInfoID, NULL, NULL, NULL );
}
appInfoP = MemLocalIDToLockedPtr( appInfoID, cardNo );
DmSet( appInfoP, 0, sizeof *appInfoP, 0 );
CategoryInitialize( ( AppInfoPtr ) appInfoP, strCatDefault );
MemPtrUnlock( appInfoP );
}
static void ModSetStack(UInt32 newSize, UInt16 cardNo, LocalID dbID) {
DmOpenRef dbRef = DmOpenDatabase(cardNo, dbID, dmModeReadWrite);
if (dbRef) {
MemHandle pref = DmGetResource('pref',0);
UInt32 size = 0;
if (pref) {
SysAppPrefsType *data = (SysAppPrefsType *)MemHandleLock(pref);
size = data->stackSize;
if (newSize) {
SysAppPrefsType newData;
MemMove(&newData, data, sizeof(SysAppPrefsType));
newData.stackSize = newSize;
DmWrite(data, 0, &newData, sizeof(SysAppPrefsType));
}
MemPtrUnlock(data);
DmReleaseResource(pref);
}
DmCloseDatabase(dbRef);
}
}
Int16 HDNewRecord(DmOpenRef dbP, HappyDays *r, UInt16 *index)
{
MemHandle recordH;
PackedHappyDays* recordP;
Int16 err;
UInt16 newIndex;
// 1) and 2) (make a new chunk with the correct size)
recordH = DmNewHandle(dbP, (Int16)HDPackedSize(r));
if (recordH == NULL)
return dmErrMemError;
// 3) Copy the data from the unpacked record to the packed one.
recordP = MemHandleLock(recordH);
PackHappyDays(r, recordP);
// Get the index
newIndex = HDFindSortPosition(dbP, recordP);
MemPtrUnlock(recordP);
// 4) attach in place
err = DmAttachRecord(dbP, &newIndex, recordH, 0);
if (err)
MemHandleFree(recordH);
else *index = newIndex;
return err;
}
/************************************************************
*
* FUNCTION: ApptNewRecord
*
* DESCRIPTION: Create a new packed record in sorted position
*
* PARAMETERS: database pointer
* database record
*
* RETURNS: ##0 if successful, error code if not
*
* CREATED: 1/25/95
*
* BY: Roger Flores
*
*************************************************************/
Err ApptNewRecord(DmOpenRef dbP, ApptDBRecordPtr r, UInt16 *index) {
MemHandle recordH;
ApptPackedDBRecordPtr recordP;
UInt16 newIndex;
Err err;
// Make a new chunk with the correct size.
recordH = DmNewHandle (dbP, (UInt32) ApptPackedSize(r));
if (recordH == NULL)
return dmErrMemError;
recordP = MemHandleLock (recordH);
// Copy the data from the unpacked record to the packed one.
ApptPack (r, recordP);
newIndex = ApptFindSortPosition(dbP, recordP);
MemPtrUnlock (recordP);
// 4) attach in place
err = DmAttachRecord(dbP, &newIndex, recordH, 0);
if (err)
MemHandleFree(recordH);
else
*index = newIndex;
return err;
}
void Memo_WriteLen(char* cp, UInt len) {
Long newsize, newalloc;
Ptr RecPointer;
if (!s_pMemoDb || !cp)
return;
newsize = s_iOffset + len + 1;
if (newsize > s_iAllocSize) {
// If we need more room, round up to next multiple of diAllocSize.
// This idiom only works if diAllocSize is a power of 2.
newalloc = (newsize + diAllocSize-1) & ~(diAllocSize-1);
if (newalloc > diMaxSize) { // If we are nearly maxed out,
newalloc = diMaxSize; // use what we've got.
if (newsize > diMaxSize) // If we are maxed out, give it up.
return;
}
if (s_RecHandle)
(void) DmReleaseRecord(s_pMemoDb, s_iRecNum, true);
s_RecHandle = DmResizeRecord(s_pMemoDb, s_iRecNum, newalloc);
if (s_RecHandle)
s_iAllocSize = newalloc;
}
if (s_RecHandle) {
if ((RecPointer = MemHandleLock(s_RecHandle))) {
// Write extra char at end, often it will be null termination...
if (!DmWrite(RecPointer, s_iOffset, cp, len+1)) // if no error...
s_iOffset += len;
(void) MemPtrUnlock(RecPointer);
}
}
}
Boolean DoRenameFigure(void)
{
FormPtr prevFrm = FrmGetActiveForm();
int numFigures = TFigurerecordGetCount();
if ((currentFigure != noListSelection) && (currentFigure < numFigures)) {
TFigure_type *t1 = TFigurerecordGet(currentFigure);
if (t1) {
FormPtr frm = FrmInitForm(formRenameFigure);
FieldPtr field = (FieldPtr) FrmGetObjectPtr(frm,
FrmGetObjectIndex
(frm,
fieldFigureName));
MemHandle oldhText=FldGetTextHandle(field);
MemHandle hText = MemHandleNew(DESCSIZE);
char *titleptr = (char *) MemHandleLock(hText);
StrNCopy(titleptr, t1->name, DESCSIZE);
titleptr[DESCSIZE - 1] = 0;
MemPtrUnlock(titleptr);
FldSetTextHandle(field, (MemHandle) hText);
if (oldhText!=NULL) {
MemHandleFree(oldhText);
}
if (FrmDoDialog(frm) == buttonRFOK) {
hText = FldGetTextHandle(field);
titleptr = (char *) MemHandleLock(hText);
if ((titleptr) && StrLen(titleptr) > 0) {
StrNCopy(t1->name, titleptr, DESCSIZE);
t1->name[DESCSIZE - 1] = 0;
TFigurerecordChange(currentFigure, t1);
}
MemPtrUnlock(titleptr);
}
TFigureFree(t1);
if (prevFrm)
FrmSetActiveForm(prevFrm);
FrmDeleteForm(frm);
}
return true;
}
return false;
}
/* DrawBitmap -- Places a bitmap at a specified location
* Args:
* Word BitmapID -- ID for bitmap, see the cwimp.rpc file
* int formX -- X location on the form
* int formY -- Y location on the form
* Returns: None
*/
void DrawBitmap (Word BitmapID, int formX, int formY)
{
VoidHand resourceHandle;
BitmapPtr bitmapPntr;
resourceHandle = DmGetResource(bitmapRsc, BitmapID);
bitmapPntr = MemHandleLock(resourceHandle);
WinDrawBitmap(bitmapPntr, formX, formY);
MemPtrUnlock(bitmapPntr);
DmReleaseResource(resourceHandle);
}
void PrvFreeGlobals(UInt16 refNum)
{
SysLibTblEntryType* libEntry = SysLibTblEntry(refNum);
ErrFatalDisplayIf(libEntry == NULL, "invalid InfoMan Flickr Uploader refNum");
MemHandle handle = (MemHandle)libEntry->globalsP;
if (NULL != handle)
{
FlickrGlobals* globals = (FlickrGlobals*)MemHandleLock(handle);
if (NULL != globals)
{
globals->Dispose();
MemPtrUnlock(globals);
}
libEntry->globalsP = NULL;
MemHandleFree(handle);
}
}
static void
ExamDetailsGetDate(void)
{
Char *title;
Boolean clickedOK=false;
Int16 year=gExamDetailsDate.year+MAC_SHIT_YEAR_CONSTANT, month=gExamDetailsDate.month, day=gExamDetailsDate.day;
title = MemHandleLock(DmGetResource (strRsc, STRING_ed_title));
clickedOK=SelectDay(selectDayByDay, &month, &day, &year, title);
MemPtrUnlock(title);
if (clickedOK) {
gExamDetailsDate.year=year-MAC_SHIT_YEAR_CONSTANT;
gExamDetailsDate.month=month;
gExamDetailsDate.day=day;
ExamDetailsSetTriggers(GetObjectPtr(SELECTOR_exd_date), GetObjectPtr(SELECTOR_exd_time));
}
}
/* Set the silkscreen to contain the toolbar buttons */
void HanderaSetSilkScreen( void )
{
UInt16 defaultSize;
PenBtnListType* defaultButtons;
UInt16 numNewButtons;
UInt16 newSize;
PenBtnListType* newButtons;
/* currently only handeraSilkScreen supported */
if ( GetDIAHardware() != DIA_HARDWARE_HANDERA )
return;
currentSilkStatus = ( GetDIAState() == DIA_STATE_MAX ?
HANDERA_SILK_UP : HANDERA_SILK_DOWN );
/* if we already have defaultButtonsHandle stored in memory, there
is no point in doing everything again, since its already done */
if ( defaultButtonsHandle[ currentSilkStatus ] != NULL )
return;
defaultSize = SilkGetButtonListSize( (Boolean) currentSilkStatus );
defaultButtonsHandle[ currentSilkStatus ] = MemHandleNew( defaultSize );
defaultButtons = MemHandleLock( defaultButtonsHandle[ currentSilkStatus ] );
SilkGetButtonList( defaultButtons, (Boolean) currentSilkStatus );
numNewButtons = defaultButtons->numButtons + TOTAL_ICONS;
newSize = sizeof( PenBtnListType ) +
( sizeof( PenBtnInfoType ) * ( numNewButtons - 1 ) );
newButtons = SafeMemPtrNew( newSize );
MemMove( newButtons, defaultButtons, defaultSize );
GetButtons();
DrawButtons();
SetButtons( newButtons );
SilkSetButtonList( newButtons, (Boolean) currentSilkStatus );
MemPtrUnlock( defaultButtons );
SafeMemPtrFree( newButtons );
}
/* Restore data for current bookmark, return the record ID or if
there are no bookmarks NO_RECORD */
UInt16 RestoreBookmarkData
(
UInt16 index /* index in bookmarks list */
)
{
MetaRecord* meta;
BookmarkData bookmarkData;
UInt8* bookmarkPtr;
MemHandle handle;
UInt16 offset;
handle = ReturnMetaHandle( INTERNAL_BOOKMARKS_ID, NO_PARAGRAPHS );
if ( handle == NULL )
return NO_RECORD;
bookmarkPtr = MemHandleLock( handle );
offset = GET_OFFSET( bookmarkPtr );
bookmarkPtr += offset + index * sizeof( BookmarkData );
MemMove( &bookmarkData, bookmarkPtr, sizeof( BookmarkData ) );
meta = MemHandleLock( GetMetaHandle( bookmarkData.recordId, false ) );
DmWrite( meta, OFFSETOF( MetaRecord, verticalOffset ), &bookmarkData,
sizeof( BookmarkData ) - sizeof( UInt16 ) );
/* Add to history */
AddToHistory( bookmarkData.recordId );
SetHistoryFirstParagraph( bookmarkData.firstVisibleParagraph,
bookmarkData.firstParagraphY );
#ifdef STORE_LAST_VISIBLE
SetHistoryLastParagraph( bookmarkData.lastVisibleParagraph,
bookmarkData.lastParagraphY );
#endif
SetHistoryVerticalOffset( bookmarkData.verticalOffset );
SetHistoryCharacterPosition( bookmarkData.characterPosition );
MemPtrUnlock( meta );
MemHandleUnlock( handle );
return bookmarkData.recordId;
}
Boolean NewFindHappyDaysField()
{
AddrAppInfoPtr addrInfoPtr;
Int16 i;
gHappyDaysField = -1;
if ((addrInfoPtr = (AddrAppInfoPtr)AppInfoGetPtr(AddressDB))) {
for (i= firstRenameableLabel; i <= lastRenameableLabel; i++) {
if (!StrCaselessCompare(addrInfoPtr->fieldLabels[i],
gPrefsR.custom)) {
gHappyDaysField = i;
break;
}
}
MemPtrUnlock(addrInfoPtr);
}
if (gHappyDaysField < 0) {
// Custom field에 일치하는 게 없는 경우에는 note field를 조사
return true;
}
return true;
}
static MemHandle StrCopyToHandle(const char* text, Int16 len = -1)
{
if (-1 == len)
len = StrLen(text);
MemHandle handle = MemHandleNew(len + 1);
if (NULL == handle)
{
DMSG("StrCopyToHandle(): MemHandleNew() failed; size: "); DNUM(len + 1); DENDL;
return NULL;
}
char* p = (char*)MemHandleLock(handle);
if (NULL == p)
{
MemHandleFree(handle);
return NULL;
}
MemMove(p, text, sizeof(char) * len);
p[len] = chrNull;
MemPtrUnlock(p);
return handle;
}
/*
* FUNCTION: PrvMakeGlobals
*
* DESCRIPTION: Create our library globals.
*
* PARAMETERS:
*
* refNum
* Library reference number returned by SysLibLoad() or SysLibFind().
*
* CALLED BY: internal
*
* RETURNS:
*
* pointer to our *locked* library globals
* NULL if our globals could not be created.
*/
FlickrGlobals* PrvMakeGlobals(UInt16 refNum)
{
SysLibTblEntryType* libEntry = SysLibTblEntry(refNum);
ErrFatalDisplayIf(libEntry == NULL, "invalid InfoMan Flickr Uploader refNum");
/* Error check to make sure the globals don't already exist */
ErrFatalDisplayIf(libEntry->globalsP != NULL, "InfoMan Flickr Uploader globals already exist");
/* Allocate and initialize our library globals. */
MemHandle handle = MemHandleNew(sizeof(FlickrGlobals));
if (NULL == handle)
return NULL;
FlickrGlobals* globals = (FlickrGlobals*)MemHandleLock(handle);
if (NULL == globals)
{
MemHandleFree(handle);
return NULL;
}
Err err = globals->Init(refNum);
if (errNone != err)
{
MemPtrUnlock(globals);
MemHandleFree(handle);
return NULL;
}
/* Set the owner of our globals memory chunk to "system" (zero), so it won't get
* freed automatically by Memory Manager when the first application to call
* FlickrOpen exits. This is important if the library is going to stay open
* between apps. */
MemPtrSetOwner(globals, 0);
libEntry->globalsP = (MemPtr)handle;
return globals;
}
/**
* @brief
* @param dbP Happydays DB pointer
* @param AddrCategory The category of Address to be displayed
* @param start Start position
* @return The number of total Item
* @remarks
* @endif
*/
UInt16 AddrGetHappyDays(DmOpenRef dbP, UInt16 AddrCategory, DateType start)
{
UInt16 totalItems;
UInt16 recordNum = 0;
MemHandle recordH = 0;
LineItemPtr ptr;
PackedHappyDays* rp;
HappyDays r;
DateType converted;
UInt16 currindex = 0;
Int16 age;
// if exist, free the memory
//
if (gTableRowHandle) {
MemHandleFree(gTableRowHandle);
gTableRowHandle = 0;
}
totalItems = DmNumRecordsInCategory(dbP, AddrCategory);
if (totalItems > 0) {
gTableRowHandle = MemHandleNew(sizeof(LineItemType)* totalItems);
ErrFatalDisplayIf(!gTableRowHandle, "Out of memory");
if ((ptr = MemHandleLock(gTableRowHandle))) {
for (recordNum = 0; recordNum < totalItems; recordNum++) {
if ((recordH = DmQueryNextInCategory(dbP, &currindex,
(UInt16)AddrCategory))) {
ptr[recordNum].birthRecordNum = currindex;
rp = (PackedHappyDays *) MemHandleLock(recordH);
/*
* Build the unpacked structure for an AddressDB
* record. It is just a bunch of pointers into the rp
* structure.
*/
UnpackHappyDays(&r, rp);
// original r(in MainDB) not changed
// local change for LineItemType
//
converted = r.date;
if (r.flag.bits.nthdays) {
int syear, smonth, sday;
if (r.flag.bits.lunar || r.flag.bits.lunar_leap) {
if (lunarL2S(lunarRefNum, converted.year + firstYear,
converted.month, converted.day,
r.flag.bits.lunar_leap, &syear, &smonth, &sday) != errNone) {
MemHandleUnlock(recordH);
currindex++;
recordNum--;
totalItems--;
continue;
}
converted.day = sday;
converted.month = smonth;
converted.year = syear - firstYear;
}
DateAdjust(&converted, r.nth);
if (DateToDays(converted) < DateToDays(start)) {
MemHandleUnlock(recordH);
currindex++;
recordNum--;
totalItems--;
continue;
}
}
else if (r.flag.bits.lunar || r.flag.bits.lunar_leap) {
if (!FindNearLunar(&converted, start,
r.flag.bits.lunar_leap)) {
// ignore the records
//
converted.year = INVALID_CONV_DATE;
// max year(for sorting)
// indicate for invalid date
}
}
else if (r.flag.bits.solar) {
int maxtry = 4;
DateType dt;
dt = start;
DateToInt(dt) =
(DateToInt(dt) > DateToInt(converted))
? DateToInt(dt) : DateToInt(converted);
if (converted.month < dt.month ||
( converted.month == dt.month
&& converted.day < dt.day)) {
// birthdate is in last year?
while (DaysInMonth(converted.month, ++dt.year) < converted.day
&& maxtry-- > 0)
;
}
else {
while (DaysInMonth(converted.month, dt.year) < converted.day
&& maxtry-- >0) {
dt.year++;
}
}
if (maxtry >0) converted.year = dt.year;
else {
converted.year = INVALID_CONV_DATE;
// max year
// indicate for invalid date
}
}
if (converted.year != INVALID_CONV_DATE
&& !r.flag.bits.nthdays
&& r.flag.bits.year
&& (age = CalculateAge(converted, r.date, r.flag)) >= 0) {
// calculate age if year exists
//
ptr[recordNum].age = age;
}
else {
ptr[recordNum].age = -1;
}
// save the converted data
//
ptr[recordNum].date = converted;
MemHandleUnlock(recordH);
currindex++;
}
}
// sort the order if sort order is converted date
//
if (gPrefsR.sort == 1) { // date sort
SysInsertionSort(ptr, totalItems, sizeof(LineItemType),
(_comparF *)CompareHappyDaysFunc, 1L);
}
else if (gPrefsR.sort == 3) { // age sort
SysInsertionSort(ptr, totalItems, sizeof(LineItemType),
(_comparF *)CompareAgeFunc, 1L);
}
else if (gPrefsR.sort == 2) { // age sort(re)
SysInsertionSort(ptr, totalItems, sizeof(LineItemType),
(_comparF *)CompareAgeFunc, -1L);
}
MemPtrUnlock(ptr);
} else return 0;
}
return totalItems;
}
/************************************************************
*
* FUNCTION: ApptChangeRecord
*
* DESCRIPTION: Change a record in the Appointment Database
*
* PARAMETERS: database pointer
* database index
* database record
* changed fields
*
* RETURNS: ##0 if successful, errorcode if not
*
* CREATED: 1/25/95
*
* BY: Roger Flores
*
* COMMENTS: Records are not stored with extra padding - they
* are always resized to their exact storage space. This avoids
* a database compression issue. The code works as follows:
*
* 1) get the size of the new record
* 2) make the new record
* 3) pack the packed record plus the changes into the new record
* 4) if the sort position is changes move to the new position
* 5) attach in position
*
*************************************************************/
Err ApptChangeRecord(DmOpenRef dbP, UInt16 *index, ApptDBRecordPtr r,
ApptDBRecordFlags changedFields) {
Err result;
Int16 newIndex;
UInt16 attributes;
Boolean dontMove;
MemHandle oldH;
MemHandle srcH;
MemHandle dstH;
ApptDBRecordType src;
ApptPackedDBRecordPtr dst = 0;
ApptPackedDBRecordPtr cmp;
// We do not assume that r is completely valid so we get a valid
// ApptDBRecordPtr...
if ((result = ApptGetRecord(dbP, *index, &src, &srcH)) != 0)
return result;
// and we apply the changes to it.
if (changedFields.when)
src.when = r->when;
if (changedFields.alarm)
src.alarm = r->alarm;
if (changedFields.repeat)
src.repeat = r->repeat;
if (changedFields.exceptions)
src.exceptions = r->exceptions;
if (changedFields.description)
src.description = r->description;
if (changedFields.note)
src.note = r->note;
// Allocate a new chunk with the correct size and pack the data from
// the unpacked record into it.
dstH = DmNewHandle(dbP, (UInt32) ApptPackedSize(&src));
if (dstH) {
dst = MemHandleLock (dstH);
ApptPack (&src, dst);
}
MemHandleUnlock (srcH);
if (dstH == NULL)
return dmErrMemError;
// If the sort position is changed move to the new position.
// Check if any of the key fields have changed.
if ((!changedFields.when) && (! changedFields.repeat))
goto attachRecord; // repeating events aren't in sorted order
// Make sure *index-1 < *index < *index+1, if so it's in sorted
// order. Leave it there.
if (*index > 0) {
// This record wasn't deleted and deleted records are at the end of the
// database so the prior record may not be deleted!
cmp = MemHandleLock (DmQueryRecord(dbP, *index-1));
dontMove = (ApptComparePackedRecords (cmp, dst, 0, NULL, NULL, 0)
<= 0);
MemPtrUnlock (cmp);
} else
dontMove = true;
if (dontMove && (*index+1 < DmNumRecords (dbP))) {
DmRecordInfo(dbP, *index+1, &attributes, NULL, NULL);
if ( ! (attributes & dmRecAttrDelete) ) {
cmp = MemHandleLock (DmQueryRecord(dbP, *index+1));
dontMove &= (ApptComparePackedRecords (dst, cmp, 0, NULL, NULL,
0) <= 0);
MemPtrUnlock (cmp);
}
}
if (dontMove)
goto attachRecord;
// The record isn't in the right position. Move it.
newIndex = ApptFindSortPosition (dbP, dst);
DmMoveRecord (dbP, *index, newIndex);
if (newIndex > *index) newIndex--;
*index = newIndex; // return new position
attachRecord:
// Attach the new record to the old index, the preserves the
// category and record id.
result = DmAttachRecord (dbP, index, dstH, &oldH);
MemPtrUnlock(dst);
if (result) return result;
MemHandleFree(oldH);
return 0;
}
// Save preferences previously set via ErrSet*() calls to a database.
// If something goes wrong, returns an error
// Possible errors:
// memErrNotEnoughSpace - not enough memory to allocate needed structures
// errors from Dm*() calls
Err PrefsStoreWriter::ErrSavePreferences()
{
Err err = errNone;
long blobSize;
void * prefsBlob = SerializeItems(_items, _itemsCount, &blobSize);
if ( NULL == prefsBlob )
return memErrNotEnoughSpace;
DmOpenRef db = DmOpenDatabaseByTypeCreator(_dbType, _dbCreator, dmModeReadWrite);
if (!db)
{
err = DmCreateDatabase(0, _dbName, _dbCreator, _dbType, false);
if ( err)
return err;
db = DmOpenDatabaseByTypeCreator(_dbType, _dbCreator, dmModeReadWrite);
if (!db)
return DmGetLastErr();
}
// set backup bit on the database. code adapted from DataStore.cpp
// DataStore::open()
if (errNone == err)
{
LocalID localId;
UInt16 cardNo;
UInt16 attribs;
err = DmOpenDatabaseInfo(db, &localId, NULL, NULL, &cardNo, NULL);
if (errNone != err)
goto Continue;
err = DmDatabaseInfo(cardNo, localId, NULL, &attribs, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL);
if (errNone != err)
goto Continue;
if (0 != attribs & dmHdrAttrBackup)
goto Continue;
attribs |= dmHdrAttrBackup;
err = DmSetDatabaseInfo(cardNo, localId, NULL, &attribs, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL);
Continue:
err = errNone;
}
UInt16 recNo = 0;
UInt16 recsCount = DmNumRecords(db);
MemHandle recHandle;
Boolean fRecordBusy = false;
Boolean fRecFound = false;
void * recData;
long recSize;
while (recNo < recsCount)
{
recHandle = DmGetRecord(db, recNo);
fRecordBusy = true;
recData = MemHandleLock(recHandle);
recSize = MemHandleSize(recHandle);
if (IsValidPrefRecord(recData))
{
fRecFound = true;
break;
}
MemPtrUnlock(recData);
DmReleaseRecord(db, recNo, true);
fRecordBusy = false;
++recNo;
}
if (fRecFound && blobSize>recSize)
{
/* need to resize the record */
MemPtrUnlock(recData);
DmReleaseRecord(db,recNo,true);
fRecordBusy = false;
recHandle = DmResizeRecord(db, recNo, blobSize);
if ( NULL == recHandle )
return DmGetLastErr();
recData = MemHandleLock(recHandle);
Assert( MemHandleSize(recHandle) == blobSize );
}
if (!fRecFound)
{
recNo = 0;
recHandle = DmNewRecord(db, &recNo, blobSize);
if (!recHandle)
{
err = DmGetLastErr();
goto CloseDbExit;
}
recData = MemHandleLock(recHandle);
fRecordBusy = true;
}
err = DmWrite(recData, 0, prefsBlob, blobSize);
MemPtrUnlock(recData);
if (fRecordBusy)
DmReleaseRecord(db, recNo, true);
CloseDbExit:
// if had error before - preserve that error
// otherwise return error code from DmCloseDatabase()
if (err)
DmCloseDatabase(db);
else
err = DmCloseDatabase(db);
new_free( prefsBlob );
return err;
}
/* Draw the actual buttons onto blank bitmaps, and set them as valid
templates on the silkscreen */
static void DrawButtons( void )
{
Err err;
BitmapPtr silkBitmap;
BitmapPtr silkBitmapInv;
WinHandle silkWindow;
WinHandle silkWindowInv;
WinHandle origWindow;
UInt16 i;
Coord currentX;
Coord currentY;
Coord silkX;
Coord silkY;
origWindow = WinGetDrawWindow();
if ( currentSilkStatus == HANDERA_SILK_UP ) {
SilkGetTemplateBitmaps( &silkBitmap, &silkBitmapInv, NULL, NULL );
}
else {
SilkGetTemplateBitmaps( NULL, NULL, &silkBitmap, &silkBitmapInv );
}
BmpGlueGetDimensions( silkBitmap, &silkX, &silkY, NULL );
silkWindow = WinCreateOffscreenWindow( silkX, silkY, screenFormat, &err );
silkWindowInv = WinCreateOffscreenWindow( silkX, silkY, screenFormat, &err);
WinSetDrawWindow( silkWindow );
WinDrawBitmap( silkBitmap, 0, 0 );
WinSetDrawWindow( silkWindowInv );
WinDrawBitmap( silkBitmapInv, 0, 0 );
/* We need to move down the existing silkscreen to make room for our
own toolbar's buttons */
if ( currentSilkStatus == HANDERA_SILK_UP ) {
RectangleType area;
UInt16 moveY;
area.topLeft.x = 40;
area.topLeft.y = 1;
area.extent.x = 200;
area.extent.y = 18;
moveY = 14;
WinCopyRectangle( silkWindow, silkWindow, &area,
area.topLeft.x, moveY, winPaint );
WinCopyRectangle( silkWindowInv, silkWindowInv, &area,
area.topLeft.x, moveY, winPaint );
area.extent.y = moveY;
WinSetDrawWindow( silkWindow );
WinEraseRectangle( &area, 0 );
WinSetDrawWindow( silkWindowInv );
WinEraseRectangle( &area, 0 );
}
currentX = TOOLBAR_START_X;
currentY = TOOLBAR_START_Y;
for ( i = 0; i < TOTAL_ICONS; i++ ) {
MemHandle bitmapH;
BitmapPtr bitmap;
Coord width;
Coord height;
if ( iconList[ i ].resourceId == 0 ) {
/* This is just a placeholder for our '0' resourced offset image */
width = 22;
height = 13;
}
else {
bitmapH = DmGetResource( bitmapRsc, iconList[ i ].resourceId );
bitmap = MemHandleLock( bitmapH );
BmpGlueGetDimensions( bitmap, &width, &height, NULL );
WinSetDrawWindow( silkWindow );
WinDrawBitmap( bitmap, currentX, currentY );
WinSetDrawWindow( silkWindowInv );
WinDrawBitmap( bitmap, currentX, currentY );
MemPtrUnlock( bitmap );
DmReleaseResource( bitmapH );
}
iconList[ i ].bounds[ currentSilkStatus ].topLeft.x = currentX;
iconList[ i ].bounds[ currentSilkStatus ].topLeft.y = currentY;
iconList[ i ].bounds[ currentSilkStatus ].extent.x = width;
iconList[ i ].bounds[ currentSilkStatus ].extent.y = height;
WinInvertRectangle( &( iconList[ i ].bounds[ currentSilkStatus ]), 0 );
/* Because some icons are meant to appear right beside each other,
they're defined here up top. Everything else is spaced so
it fits nicely */
switch ( iconList[ i ].resourceId ) {
case bmpFind:
case bmpAutoscrollDecr:
case bmpAutoscrollStop:
case bmpLeft:
case bmpHome:
currentX += width;
break;
default:
currentX += width;
if ( currentSilkStatus == HANDERA_SILK_UP )
currentX += 3;
else if ( currentSilkStatus == HANDERA_SILK_DOWN )
currentX += 7;
break;
}
}
WinSetDrawWindow( origWindow );
silkBitmap = WinGetBitmap( silkWindow );
silkBitmapInv = WinGetBitmap( silkWindowInv );
if ( currentSilkStatus == HANDERA_SILK_UP )
SilkSetTemplateBitmaps( silkBitmap, silkBitmapInv, NULL, NULL );
else
SilkSetTemplateBitmaps( NULL, NULL, silkBitmap, silkBitmapInv );
WinDeleteWindow( silkWindow, false );
WinDeleteWindow( silkWindowInv, false );
}
void MsaCDPlayer::play(int track, int num_loops, int start_frame, int duration) {
if (!_isInitialized)
return;
if (!num_loops && !start_frame)
return;
_msaTrack = track + gVars->CD.firstTrack - 1; // first track >= 1 ?, not 0 (0=album)
_msaLoops = num_loops;
_msaStartFrame = TO_MSECS(start_frame);
_msaDuration = TO_MSECS(duration);
Err e;
MemHandle trackH;
// stop current play if any
MsaStop(_msaRefNum, true);
_msaStopTime = 0;
// retreive track infos
e = MsaGetTrackInfo(_msaRefNum, _msaTrack, 0, msa_LANG_CODE_ASCII, &trackH);
// track exists
if (!e && trackH) {
MsaTime msaTime;
MsaTrackInfo *trackP;
UInt32 SU, fullLength;
// FIXME (?) : this enable MsaSuToTime to return the right value in some cases
MsaPlay(_msaRefNum, _msaTrack, 0, msa_PBRATE_SP);
MsaStop(_msaRefNum, true);
// get the msa time
trackP = (MsaTrackInfo *)MemHandleLock(trackH);
MsaSuToTime(_msaRefNum, trackP->totalsu, &msaTime);
SU = trackP->totalsu;
MemPtrUnlock(trackP);
MemHandleFree(trackH);
// MSA frame in milli-seconds
fullLength = FROM_MIN(msaTime.minute);
fullLength += FROM_SEC(msaTime.second);
fullLength += msaTime.frame;
if (_msaDuration > 0) {
_msaTrackLength = _msaDuration;
} else if (_msaStartFrame > 0) {
_msaTrackLength = fullLength;
_msaTrackLength -= _msaStartFrame;
} else {
_msaTrackLength = fullLength;
}
// try to play the track
if (start_frame == 0 && duration == 0) {
MsaPlay(_msaRefNum, _msaTrack, 0, msa_PBRATE_SP);
_msaTrackEndSu = SU;
} else {
// FIXME : MsaTimeToSu doesn't work ... (may work with previous FIXME)
_msaTrackStartSu = (UInt32) ((float)(_msaStartFrame) / ((float)fullLength / (float)SU));
_msaTrackEndSu = (UInt32) ((float)(_msaTrackLength) / ((float)fullLength / (float)SU));
_msaTrackEndSu += _msaTrackStartSu;
if (_msaTrackEndSu > SU)
_msaTrackEndSu = SU;
MsaPlay(_msaRefNum, _msaTrack, _msaTrackStartSu, msa_PBRATE_SP);
}
}
// TODO : use default track length if track not found
}