static void
SaveButtonClick (void)
{
DmOpenRef openRef;
UInt16 recIndex;
MemHandle recH;
Err err;
if (EditorMidi.dbID == 0) {
debugPrintf("dbID==0, create a new record in Palmano DB\n");
/* create new record in palmano DB */
err = getPalmanoDatabase(&openRef, dmModeReadWrite | dmModeExclusive);
if (err != 0) {
ErrAlert(err);
return;
}
/* allocate new record in DB */
recIndex = dmMaxRecordIndex;
recH = DmNewRecord(openRef, &recIndex, 5); /* initial size is 5 bytes */
ErrFatalDisplayIf(!recH, "SaveButtonClick(): can't get new record by index!");
}
else {
/* replace old song in-place */
openRef = DmOpenDatabase (EditorMidi.cardNo, EditorMidi.dbID,
dmModeReadWrite | dmModeExclusive);
ErrFatalDisplayIf(!openRef, "SaveButtonClick(): "
"Can't open old song database for record");
err = DmFindRecordByID(openRef, EditorMidi.uniqueRecID, &recIndex);
ErrFatalDisplayIf(err, "Can't find record by ID");
recH = DmGetRecord(openRef, recIndex);
ErrFatalDisplayIf(!recH, "SaveButtonClick(): "
"Can't get old song record for writing");
}
// save midi to recH
GetFieldTextToStr(EditorMidi.name, ID_EditorNameField, sndMidiNameLength);
debugPrintf("SaveButtonClick(): smfutils_save(recH=%lx, name=%s\n",
recH, EditorMidi.name);
smfutils_save(recH, EditorMidi.name, ¬elist);
debugPrintf("SaveButtonClick(): return from smfutils_save()\n");
DmReleaseRecord (openRef, recIndex, 1);
DmCloseDatabase (openRef);
FrmGotoForm(ID_MainForm);
}
Err ZDicFontClose(UInt16 refNum, UInt32 clientContext)
{
ZDicFontGlobalsType * gP;
Int16 openCount;
Int16 contextCount;
Err err = errNone;
gP = PrvLockGlobals(refNum);
/* If not open, return */
if (!gP)
{
/* MUST return zero here to get around a bug in system v1.x that
* would cause SysLibRemove to fail. */
return errNone;
}
/* Destroy the client context (we ignore the return code in this implementation) */
PrvDestroyClientContext(gP, clientContext);
/* Decrement our library open count */
gP->openCount--;
/* Error check for open count underflow */
ErrFatalDisplayIf(gP->openCount < 0, "ZDicFont open count underflow");
/* Save the new open count and the context count */
openCount = gP->openCount;
contextCount = gP->contextCount;
PrvUnlockGlobals(gP);
/* If open count reached zero, free our library globals */
if ( openCount <= 0 )
{
/* Error check to make sure that all client contexts were destroyed */
ErrFatalDisplayIf(contextCount != 0, "not all client contexts were destroyed");
/* Free our library globals */
PrvFreeGlobals(refNum);
}
else
{
/* return this error code to inform the caller
* that others are still using this library */
err = ZDicFontErrStillOpen;
}
return err;
}
Err sbuReceiveResponse( SyncBmrResponse_t **respP ) {
UInt cardNo;
LocalID dbID;
DWord result;
Err error;
SyncBmrData_t *dataP;
sbuFindSyncBmr( &cardNo, &dbID ); // find SyncBmr
// Allocate memory for SyncBmr comm block
dataP = (SyncBmrData_t *)MEM_ALLOC( sizeof( SyncBmrData_t ) );
ErrFatalDisplayIf( !dataP, "memory allocation" );
MemPtrSetOwner( dataP, 0 ); // set owner of storage to system
dataP->waitForResponse = true; // indicate a response is expected
dataP->requestP = NULL; // indicate no document to send
dataP->responseP = NULL; // indicate no document received yet
// Cause SyncBmr to be programmatically launched
error = SysAppLaunch( cardNo, dbID,
sysAppLaunchFlagNewGlobals,
sysAppLaunchSyncBmrReceive,
(void *)dataP, &result );
*respP = (SyncBmrResponse_t *)dataP->responseP; // return received document
MEM_FREE( dataP ); // free SyncBmr comm block
return 0;
} // sbuSendResponse()
/* 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);
}
}
/*
* The following functions provide malloc/free support to Metrowerks
* Standard Library (MSL). This feature requires the MSL library be
* built with _MSL_OS_DIRECT_MALLOC enabled.
*/
void*
__sys_alloc(size_t size)
{
void * ptr = MemPtrNew(size);
ErrFatalDisplayIf(ptr == NULL, "out of memory");
return ptr;
}
/***********************************************************************
*
* FUNCTION: PrvCreateTimeZoneArray
*
* DESCRIPTION: Create the array of time zone entries from our string
* list, gtm offset list, and country list resources. Sort based on
* time zone name.
*
* DOLATER kwk - we could save the time zone array we're creating here
* in memory, to avoid the performance hit of creating the array.
* On the other hand, then the list of names would need to stay
* locked down, unless we also copy those into the memory buffer,
* which means another 700+ bytes.
*
* PARAMETERS:
* timeZoneNames <-> Ptr to returned handle to list of names.
* numTimeZones <-> Ptr to count of number of time zones.
*
* RETURNED:
* Ptr to allocated array of time zone entry records.
*
* HISTORY:
* 07/31/00 kwk Created by Ken Krugler.
* 08/23/00 kwk Fixed bug where release ROMs caused ErrNonFatalDisplayIf
* to become a no-op, and thus the country and time zone
* offset list ptrs weren't skipping the count word.
*
***********************************************************************/
static TimeZoneEntryType* PrvCreateTimeZoneArray(MemHandle* timeZoneNames, UInt16* numTimeZones)
{
const Char* tzNamesP;
TimeZoneEntryType* tzEntries;
MemHandle offsetsH;
MemHandle countriesH;
UInt16* resP;
Int16* gmtOffsetsP;
UInt16* countriesP;
UInt16 i;
// Specify the number of items in the list, based on total # of items
// in our time zone name list resource.
*timeZoneNames = DmGetResource(strListRscType, TimeZoneNamesStringList);
ErrNonFatalDisplayIf(*timeZoneNames == NULL, "No time zone names");
tzNamesP = (const Char*)MemHandleLock(*timeZoneNames);
// Skip over prefix string, then get the entry count.
tzNamesP += StrLen(tzNamesP) + 1;
*numTimeZones = *tzNamesP++;
*numTimeZones = (*numTimeZones << 8) + *tzNamesP++;
// Allocate the array of time zone records.
tzEntries = (TimeZoneEntryType*)MemPtrNew(*numTimeZones * sizeof(TimeZoneEntryType));
ErrFatalDisplayIf(tzEntries == NULL, "Out of memory");
// Find and lock down the gtm offset and country integer lists.
offsetsH = DmGetResource(wrdListRscType, TimeZoneGMTOffsetsList);
ErrNonFatalDisplayIf(offsetsH == NULL, "No time zone offsets");
resP = (UInt16*)MemHandleLock(offsetsH);
ErrNonFatalDisplayIf(*resP != *numTimeZones, "GMT offset count != name count");
// Skip count at start of list.
gmtOffsetsP = (Int16*)resP + 1;
countriesH = DmGetResource(wrdListRscType, TimeZoneCountriesList);
ErrNonFatalDisplayIf(countriesH == NULL, "No time zone countries");
resP = (UInt16*)MemHandleLock(countriesH);
ErrNonFatalDisplayIf(*resP != *numTimeZones, "Time zone country count != name count");
// Skip count at start of list.
countriesP = resP + 1;
// Now loop to fill in all of the records.
for (i = 0; i < *numTimeZones; i++)
{
tzEntries[i].tzName = tzNamesP;
tzNamesP += StrLen(tzNamesP) + 1;
tzEntries[i].tzOffset = gmtOffsetsP[i];
tzEntries[i].tzCountry = (CountryType)countriesP[i];
}
MemHandleUnlock(offsetsH);
MemHandleUnlock(countriesH);
// Now sort the list, based on the time zone name.
SysQSort(tzEntries, *numTimeZones, sizeof(TimeZoneEntryType), PrvCompareTimeZoneEntries, 0);
return(tzEntries);
} // PrvCreateTimeZoneArray
static ZDicFontClientContextType * PrvLockContext(UInt32 context)
{
ZDicFontClientContextType * contextP = NULL;
/* Error-check our parameters */
ErrFatalDisplayIf(context == 0, "null client context");
/* Lock the client context */
contextP = (ZDicFontClientContextType *)MemHandleLock((MemHandle)context);
ErrFatalDisplayIf(contextP == NULL, "failed to lock client context");
/* Validate the client context */
ErrFatalDisplayIf(contextP->libSignature != (void *)&ZDicFontOpen,
"invalid client context");
return( contextP );
}
static ZDicFontGlobalsType * PrvMakeGlobals(UInt16 refNum)
{
ZDicFontGlobalsType * gP = NULL;
MemHandle gH;
SysLibTblEntryType * libEntryP;
/* Get library globals */
libEntryP = SysLibTblEntry(refNum);
ErrFatalDisplayIf(libEntryP == NULL, "invalid ZDicFont refNum");
/* Error check to make sure the globals don't already exist */
ErrFatalDisplayIf(libEntryP->globalsP, "ZDicFont globals already exist");
/* Allocate and initialize our library globals. */
gH = MemHandleNew(sizeof(ZDicFontGlobalsType));
if ( !gH )
return( NULL );
/* Save the handle of our library globals in the system library table */
/* entry so we can later retrieve it using SysLibTblEntry(). */
libEntryP->globalsP = (void*)gH;
/* Lock our globals (should not fail) */
gP = PrvLockGlobals(refNum);
ErrFatalDisplayIf(gP == NULL, "failed to lock ZDicFont globals");
/* 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
* ZDicFontOpen exits. This is important if the library is going to stay open
* between apps. */
MemPtrSetOwner(gP, 0);
/* Initialize our library globals */
MemSet(gP, sizeof(ZDicFontGlobalsType), 0);
/* for convenience and debugging, save ref in globals structure */
gP->thisLibRefNum = refNum;
/* initial open count */
gP->openCount = 0;
/* return a pointer to our *locked* globals */
return( gP );
}
FlickrGlobals* PrvLockGlobals(UInt16 refNum)
{
SysLibTblEntryType* libEntry = SysLibTblEntry(refNum);
ErrFatalDisplayIf(libEntry == NULL, "invalid InfoMan Flickr Uploader refNum");
MemHandle handle = (MemHandle)libEntry->globalsP;
if (NULL == handle)
return NULL;
return (FlickrGlobals*)MemHandleLock(handle);
}
static Err PrvCreateClientContext(ZDicFontGlobalsType * gP, UInt32 * clientContextP)
{
Err err = errNone;
MemHandle contextH;
ZDicFontClientContextType * contextP;
/* Error-check our parameters */
ErrFatalDisplayIf(gP == NULL, "null globals pointer");
ErrFatalDisplayIf(clientContextP == NULL, "null context variable pointer");
/* Initialize return variable */
*clientContextP = 0;
/* Allocate a new client context structure */
contextH = MemHandleNew(sizeof(ZDicFontClientContextType));
if ( !contextH )
{
err = memErrNotEnoughSpace;
}
else
{
/* save context chunk handle in return variable */
*clientContextP = (UInt32)contextH;
/* Initialize the context chunk */
contextP = (ZDicFontClientContextType *)MemHandleLock(contextH);
/* save address of open routine as signature to validate context */
contextP->libSignature = (void *)&ZDicFontOpen;
/* TODO: Insert code to initialize context members */
PrvUnlockContext(contextP);
/* increment context count (for debugging) */
gP->contextCount++;
ErrFatalDisplayIf(gP->contextCount == 0, "context count overflow");
}
return( err );
}
static Err PrvDestroyClientContext(ZDicFontGlobalsType * gP, UInt32 clientContext)
{
ZDicFontClientContextType * contextP;
/* Error-check our parameters */
ErrFatalDisplayIf(gP == NULL, "null globals pointer");
/* Validate the client context by locking it */
contextP = PrvLockContext(clientContext);
if ( contextP )
{
/* freeing a locked chunk is permitted by the system */
MemPtrFree(contextP);
/* decrement context count (for debugging) */
gP->contextCount--;
ErrFatalDisplayIf(gP->contextCount < 0, "context count underflow");
}
return errNone;
}
/************************************************************
*
* FUNCTION: StrCopy
*
* DESCRIPTION: Copies 1 string to another
*
* PARAMETERS: 2 string pointers
*
* RETURNS: pointer to dest string
*
* CREATED: 11/09/94
*
* BY: Ron Marianetti
*
*************************************************************/
Char* StrCopy(Char* dst, const Char* src)
{
Char* tmp = dst;
ErrFatalDisplayIf((dst == NULL) || (src == NULL), "NULL string passed");
while (*src)
{
*tmp++ = *src++;
}
*tmp = 0;
return(dst);
}
/*!
* \brief the hold switch has been flipped
* \param npp the notification
* \return ErrNone if it's all OK
*/
static Err
PrvHoldNotificationHandler(SysNotifyParamType *npp)
{
UInt32 held;
if (npp->broadcaster != sonySysNotifyBroadcasterCode)
return (errNone);
held = ((SonySysNotifyHoldStatusChangeDetailsP)
(npp->notifyDetailsP))->holdOn;
ErrFatalDisplayIf(holdCB == NULL,
"Received hold call without valid handler");
if (holdCB != NULL)
holdCB(held);
return (errNone);
}
/*
* 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;
}
Err sbuFindSyncBmr( UInt *theCardNum, LocalID *theDbID ) {
UInt cardNo;
LocalID dbID;
DmSearchStateType searchState;
DmGetNextDatabaseByTypeCreator( true, &searchState, sysFileTApplication,
SYNC_BMR_ID, true, &cardNo, &dbID );
ErrFatalDisplayIf( !dbID, "required component missing" );
*theCardNum = cardNo; // return the card number
*theDbID = dbID; // return the database id
return 0;
} // sbuFindSyncBmr()
TDataMgr::TDataMgr(const char* dbName, UInt32 creator) :
m_db(NULL)
{
LocalID dbId = DmFindDatabase(0, dbName);
if (dbId == 0) {
Err err = DmCreateDatabase(0, dbName, creator, 'DATA', false);
if (err == errNone) {
dbId = DmFindDatabase(0, dbName);
}
}
if (dbId != 0) {
m_db = DmOpenDatabase(0, dbId, dmModeReadWrite);
}
ErrFatalDisplayIf(m_db == NULL, "cannot open db");
}
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);
}
}
Err ZDicFontOpen(UInt16 refNum, UInt32 *clientContextP)
{
ZDicFontGlobalsType *gP;
Err err = errNone;
Int16 originalOpenCount = 0;
/* Error-check our parameters */
ErrFatalDisplayIf(
clientContextP == NULL,
"null context variable pointer");
/* Initialize return variable */
*clientContextP = 0;
/* Get library globals */
gP = PrvLockGlobals(refNum);
/* Check if already open */
if (!gP)
{
/* Allocate and initialize our library globals. */
gP = PrvMakeGlobals(refNum);
if ( !gP )
err = memErrNotEnoughSpace;
}
/* If we have globals, create a client context, increment open
* count, and unlock our globals */
if ( gP )
{
originalOpenCount = gP->openCount;
err = PrvCreateClientContext(gP, clientContextP);
if ( !err )
gP->openCount++;
PrvUnlockGlobals(gP);
/* If there was an error creating a client context and there */
/* are no other clients, free our globals */
if ( err && (originalOpenCount == 0) )
PrvFreeGlobals(refNum);
}
return( err );
}
Err FlickrClose(UInt16 refNum)
{
FlickrGlobals * gP;
Int16 openCount;
Err err = errNone;
DMSG("FlickrClose() enter\n");
gP = PrvLockGlobals(refNum);
/* If not open, return */
if (!gP)
{
/* MUST return zero here to get around a bug in system v1.x that
* would cause SysLibRemove to fail. */
return errNone;
}
/* Decrement our library open count */
gP->openCount--;
/* Error check for open count underflow */
ErrFatalDisplayIf(gP->openCount < 0, "InfoMan Flickr Uploader open count underflow");
/* Save the new open count and the context count */
openCount = gP->openCount;
PrvUnlockGlobals(gP);
/* If open count reached zero, free our library globals */
if ( openCount <= 0 )
{
/* Free our library globals */
PrvFreeGlobals(refNum);
}
else
{
/* return this error code to inform the caller
* that others are still using this library */
err = flickrErrStillOpen;
}
DMSG("FlickrClose() exit\n");
return err;
}
/***********************************************************************
*
* FUNCTION: ThumbnailViewScroll
*
* DESCRIPTION: This routine scrolls the list of of memo titles
* in the direction specified.
*
* PARAMETERS: linesToScroll - the number of lines to scroll
* positve: down, negative: up
*
* RETURNED: nothing
*
***********************************************************************/
static void ThumbnailViewScroll(Int16 linesToScroll) {
UInt16 newTopVisibleRecord = d.top_visible_record;
FormType* frm = FrmGetActiveForm();
p.dbI = noRecordSelected;
/* Scroll down. */
if (linesToScroll > 0)
SeekRecord (&newTopVisibleRecord, linesToScroll * recordsPerRow, dmSeekForward);
/* Scroll up. */
else if (linesToScroll < 0)
SeekRecord (&newTopVisibleRecord, -linesToScroll * recordsPerRow, dmSeekBackward);
ErrFatalDisplayIf (d.top_visible_record == newTopVisibleRecord, "Invalid scroll value");
SetTopVisibleRecord(newTopVisibleRecord);
ThumbnailViewLoadGadgets(frm);
}
/************************************************************
*
* FUNCTION: ApptGetRecord
*
* DESCRIPTION: Get a record from a Appointment Database
*
* PARAMETERS: database pointer
* database index
* database record
*
* RETURNS: ##0 if successful, errorcode if not
*
* CREATED: 1/25/95
*
* BY: Roger Flores
*
*************************************************************/
Err ApptGetRecord (DmOpenRef dbP, UInt16 index, ApptDBRecordPtr r,
MemHandle * handleP) {
MemHandle handle;
ApptPackedDBRecordPtr src;
handle = DmQueryRecord(dbP, index);
ErrFatalDisplayIf(DmGetLastErr(), "Error Querying record");
src = (ApptPackedDBRecordPtr) MemHandleLock (handle);
if (DmGetLastErr()) {
*handleP = 0;
return DmGetLastErr();
}
ApptUnpack(src, r);
*handleP = handle;
return 0;
}
static void PrvFreeGlobals(UInt16 refNum)
{
MemHandle gH;
SysLibTblEntryType * libEntryP;
/* Get our library globals handle */
libEntryP = SysLibTblEntry(refNum);
ErrFatalDisplayIf(libEntryP == NULL, "invalid ZDicFont refNum");
gH = (MemHandle)(libEntryP->globalsP);
/* Free our library globals */
if ( gH )
{
/* clear our globals reference */
libEntryP->globalsP = NULL;
/* free our globals */
MemHandleFree(gH);
}
}
Err
loadHiRes(void)
{
SonySysFtrSysInfoP sonySysFtrSysInfoP;
Err error = 0;
UInt16 refNum;
if (highDensityFeatureSet() != 0)
return (errNone);
if ((error = FtrGet(sonySysFtrCreator,
sonySysFtrNumSysInfoP, (UInt32*)&sonySysFtrSysInfoP))) {
/* Not CLIE: maybe not available */
} else {
if (sonySysFtrSysInfoP->libr & sonySysFtrSysInfoLibrHR) {
/* HR available */
if ((error = SysLibFind(sonySysLibNameHR, &refNum))) {
if (error == sysErrLibNotFound) {
/* couldn't find lib */
error = SysLibLoad('libr', sonySysFileCHRLib,
&refNum);
}
if (!error) didl = 1;
}
if (!error) {
hires = refNum;
/* Now we can use HR lib */
HROpen(hires);
}
ErrFatalDisplayIf(error, "could not load hires lib");
}
}
if (!error)
error = goHires();
return (error);
}
static void SetField(UInt16 formID, UInt16 fieldID, const char *str)
{
FormPtr frm;
FieldPtr fld;
UInt16 obj;
CharPtr p;
VoidHand h;
frm = FrmGetFormPtr(formID);
obj = FrmGetObjectIndex(frm, fieldID);
fld = (FieldPtr)FrmGetObjectPtr(frm, obj);
h = (VoidHand)FldGetTextHandle(fld);
if (h == NULL)
{
h = MemHandleNew (FldGetMaxChars(fld)+1);
ErrFatalDisplayIf(!h, "No Memory");
}
p = (CharPtr)MemHandleLock(h);
StrCopy(p, str);
MemHandleUnlock(h);
FldSetTextHandle(fld, (Handle)h);
}
/***********************************************************************
*
* FUNCTION: ApptGetAppointments
*
* DESCRIPTION: This routine returns a list of appointments that are on
* the date specified
*
* PARAMETERS: dbP - pointer to the database
* date - date to search for
* countP - number of appointments on the specified
* day (returned value)
*
* RETURNED: handle of the appointment list (ApptInfoType)
*
* REVISION HISTORY:
* Name Date Description
* ---- ---- -----------
* art 6/15/95 Initial Revision
*
***********************************************************************/
MemHandle ApptGetAppointments (DmOpenRef dbP, DateType date, UInt16 * countP) {
Err error;
Int16 result;
Int16 count = 0;
UInt16 recordNum;
Boolean repeats;
MemHandle recordH;
MemHandle apptListH;
ApptInfoPtr apptList;
ApptDBRecordType apptRec;
ApptPackedDBRecordPtr r;
// Allocated a block to hold the appointment list.
apptListH = MemHandleNew (sizeof (ApptInfoType) * apptMaxPerDay);
ErrFatalDisplayIf(!apptListH, "Out of memory");
if (! apptListH) return (0);
apptList = MemHandleLock (apptListH);
// Find the first non-repeating appointment of the day.
if (ApptFindFirst (dbP, date, &recordNum)) {
while (count < apptMaxPerDay) {
// Check if the appointment is on the date passed, if it is
// add it to the appointment list.
recordH = DmQueryRecord (dbP, recordNum);
r = MemHandleLock (recordH);
result = DateCompare (r->when.date, date);
if (result == 0) {
// Add the record to the appoitment list.
apptList[count].startTime = r->when.startTime;
apptList[count].endTime = r->when.endTime;
apptList[count].recordNum = recordNum;
count++;
}
MemHandleUnlock (recordH);
if (result != 0) break;
// Get the next record.
error = DmSeekRecordInCategory (dbP, &recordNum, 1,
dmSeekForward,
dmAllCategories);
if (error == dmErrSeekFailed) break;
}
}
// Add the repeating appointments to the list. Repeating appointments
// are stored at the beginning of the database.
recordNum = 0;
while (count < apptMaxPerDay) {
recordH = DmQueryNextInCategory (dbP, &recordNum, dmAllCategories);
if (! recordH) break;
r = (ApptPackedDBRecordPtr) MemHandleLock (recordH);
repeats = (r->flags.repeat != 0);
if (repeats) {
ApptUnpack (r, &apptRec);
if (ApptRepeatsOnDate (&apptRec, date)) {
// Add the record to the appoitment list.
apptList[count].startTime = r->when.startTime;
apptList[count].endTime = r->when.endTime;
apptList[count].recordNum = recordNum;
count++;
}
}
MemHandleUnlock (recordH);
// If the record has no repeating info we've reached the end of the
// repeating appointments.
if (! repeats) break;
recordNum++;
}
// Sort the list by start time.
// SysInsertionSort (apptList, count, sizeof (ApptInfoType),
// ApptListCompare, 0L);
// If there are no appointments on the specified day, free the appointment
// list.
if (count == 0) {
MemPtrFree (apptList);
apptListH = 0;
}
// Resize the appointment list block to release any unused space.
else {
MemHandleUnlock (apptListH);
MemHandleResize (apptListH, count * sizeof (ApptInfoType));
}
*countP = count;
return (apptListH);
}
Boolean CBiddingForm::OnNilEvent(EventPtr pEvent, Boolean& bHandled) {
if ( gManager->Status() == GetHandBids ) {
HighlightActiveBidder();
FormPtr frmP = FrmGetActiveForm();
Int16 player_index = (*gManager->tbl->current_bidder)->playerIndex;
//
// if this is a human player, we need to render the screen widgets for their bid
//
if ( player_index == gManager->humanIndex && player_has_bid == false ) {
player_hand.Render(true);
Int16 current_bid = 0;
if ( (*gManager->tbl->dealer)->playerIndex != gManager->humanIndex || ! gManager->dealer_take_bid ) {
current_bid = gManager->tbl->high_bid;
}
else {
current_bid = gManager->tbl->high_bid - 1;
}
if ( (*gManager->tbl->dealer)->playerIndex == gManager->humanIndex && gManager->tbl->high_bid < 2 ) {
CtlSetEnabled((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid4PushButton )), false);
CtlSetLabel ((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid4PushButton )), "-4-");
CtlSetEnabled((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid3PushButton )), false);
CtlSetLabel ((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid3PushButton )), "-3-");
CtlSetEnabled((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBidPassPushButton )), false);
CtlSetLabel ((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBidPassPushButton )), "-Pass-");
}
else {
switch (current_bid) {
case 5:
CtlSetEnabled((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBidSmudgePushButton )), false);
CtlSetLabel ((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBidSmudgePushButton )), "-S-");
case 4:
CtlSetEnabled((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid4PushButton )), false);
CtlSetLabel ((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid4PushButton )), "-4-");
case 3:
CtlSetEnabled((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid3PushButton )), false);
CtlSetLabel ((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid3PushButton )), "-3-");
case 2:
CtlSetEnabled((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid2PushButton )), false);
CtlSetLabel ((ControlType *)FrmGetObjectPtr( frmP, FrmGetObjectIndex( frmP, PlayerBid2PushButton )), "-2-");
}
}
} // if if ( player_index == 3 && player_has_bid == false )
//
// handle processing actual bids here - get one automatically if this player isn't
// a human, or if the human has already bid
//
if ( player_index != gManager->humanIndex || player_has_bid == true ) {
Boolean player_did_bid = gManager->GetNextBid(gManager->trk, false );
Int16 tmp_bid = (*gManager->tbl->current_bidder)->Bid();
if ( player_did_bid &&
gManager->tbl->current_bidder == gManager->tbl->winning_bidder &&
(tmp_bid >= 2) ) {
char x[10];
StrPrintF(x, "bids %d", tmp_bid );
bidstr = x;
}
else {
bidstr = "passes";
}
bids[(*gManager->tbl->current_bidder)->playerIndex].Replace(bidstr);
//
// if we just got the dealer's bid, then we are all done
//
if ( gManager->tbl->current_bidder == gManager->tbl->dealer ) {
//
// at this point we need to set trump...
//
gManager->Status(SetHandTrump);
if ( (*gManager->tbl->winning_bidder)->playerIndex == gManager->humanIndex ) {
CPlayerTrumpForm frmPlayerTrump;
frmPlayerTrump.DoModal();
}
FrmDrawForm(frmP);
//
// ... and display the final results
//
Card::suit_t foo = (*gManager->tbl->winning_bidder)->Trump();
gManager->tbl->trump = foo;
gManager->trk->no_trump_first_trick = (*gManager->tbl->winning_bidder)->NoTrumpFirstTrickP();
MemHandle hRsc;
BitmapType* bitmapP;
switch ( gManager->tbl->trump ) {
case Card::heart:
hRsc = DmGetResource(bitmapRsc, HeartBitmapFamily );
break;
case Card::diamond:
hRsc = DmGetResource(bitmapRsc, DiamondBitmapFamily );
break;
case Card::club:
hRsc = DmGetResource(bitmapRsc, ClubBitmapFamily );
break;
case Card::spade:
hRsc = DmGetResource(bitmapRsc, SpadeBitmapFamily );
break;
}
if ( gManager->trk->no_trump_first_trick ) {
FrmCustomAlert(NoTrumpFirstTrickAlert, (*gManager->tbl->winning_bidder)->name, "", "");
}
RectangleType bounds;
UInt16 gadgetIndex = FrmGetObjectIndex(frmP, BiddingTrumpGadget);
FrmGetObjectBounds(frmP, gadgetIndex, &bounds);
WinPaintChars("Trump Is: ", StrLen("Trump Is: "), bounds.topLeft.x, bounds.topLeft.y );
ErrFatalDisplayIf(!hRsc, "Could not get bitmap family resource");
bitmapP = (BitmapType*) MemHandleLock(hRsc);
WinDrawBitmap (bitmapP, bounds.topLeft.x + 40, bounds.topLeft.y);
MemHandleUnlock(hRsc);
DmReleaseResource(hRsc);
UInt32 hsStatusVersion;
if (FtrGet (hsFtrCreator, hsFtrIDNavigationSupported, &hsStatusVersion) == 0) {
FrmGlueNavObjectTakeFocus(FrmGetActiveForm(), BiddingOKButton );
}
} // if ( dealer bid )
else {
// move along to the next player
gManager->tbl->current_bidder = gManager->getNextPlayerIter(gManager->tbl->current_bidder);
EventType event;
event.eType = nilEvent;
EvtAddEventToQueue (&event);
// pause here
// SysTaskDelay(SysTicksPerSecond());
gManager->ShortDelay();
}
} // if ( player_index != 3 || player_has_bid == true )
} // if GetHandBids
bHandled = false;
return true;
}
void DialogOK ( Word frmname, Short p1, Short p2 ) {
FormPtr prevForm, frm;
Word hitButton;
Char msg[(MaxName * 2) + 128];
Word fieldname = 0;
switch ( frmname ) {
case frmNextPlayer:
fieldname = fldNextPlayer;
if( (stor.numplayers + stor.numcomputers) > 1 ) {
StrPrintF( msg, NextPlayerString,
stor.player[p1].name,
stor.player[p2].name,
NULL);
} else {
StrPrintF( msg, "%s", NextSoloPlayerString, NULL );
}
break;
case frmSuspend:
if( (stor.numplayers + stor.numcomputers) == 1 ) {
return;
}
fieldname = fldSuspend;
StrPrintF( msg, SuspendString,
stor.player[p1].name,
stor.player[p2].name,
NULL);
break;
case frmLost:
fieldname = fldLost;
StrPrintF( msg, LostString, stor.player[p1].name, NULL );
break;
case frmLeader:
fieldname = fldLeader;
StrPrintF( msg, LeaderString, stor.player[p1].name, NULL );
break;
case frmWinner:
fieldname = fldWinner;
StrPrintF( msg, WinnerString, stor.player[p1].name, NULL );
break;
case frmNobodyWon:
fieldname = fldNobodyWon;
StrPrintF( msg, NobodyWonString, NULL );
break;
case frmBump:
fieldname = fldBump;
StrPrintF( msg, BumpString,
stor.player[p2].name,
stor.player[p1].name,
stor.player[p2].score,
stor.player[p1].score,
NULL );
break;
case frmSampler:
fieldname = fldSampler;
StrPrintF( msg, SamplerString, stor.player[p1].name, NULL );
break;
case frmTrainWreck:
fieldname = fldTrainWreck;
StrPrintF( msg, TrainWreckString,
stor.player[p1].name,
stor.player[p1].TWcount,
stor.nTrainWrecks,
NULL );
break;
default:
ErrDisplay( "DialogOK: fall through: Programmer sucks." );
return;
}
// Save previous form
prevForm = FrmGetActiveForm();
// Init new form
frm = FrmInitForm( frmname );
// Set it
FrmSetActiveForm(frm);
FrmDrawForm(frm);
// Fill it...
ErrFatalDisplayIf( fieldname == 0,
"DialogOK: ZeroField: Programmer sucks." );
SetFieldTextFromStr( fieldname, msg );
// Set the handler
// FrmSetEventHandler(frm, DialogNewGameHandleEvent);
hitButton = FrmDoDialog(frm);
// Delete the form, we're not using it
FrmDeleteForm(frm);
// Restore previous form.
if (prevForm) {
FrmSetActiveForm(prevForm);
}
// We don't care about which button, there is only one.
}
/************************************************************
*
* FUNCTION: StrNCopy
*
* DESCRIPTION: Copies up to N characters from srcP string to
* dstP string. It does NOT null terminate if N characters
* were copied, see history comment.
*
* PARAMETERS:
* dstP - destination string
* srcP - source string
* n - max # of bytes to copy from srcP string
*
* RETURNS: pointer to dest string
*
* HISTORY:
* 05/06/96 ron Created by Ron Marianetti.
* 10/24/96 rsf Fill all of dest
* 12/18/96 vmk Removed ec code -- it was trashing data during
* "copy in place" operations
* 08/12/97 ADH Modified test for null termination to comply with
* ANSI specifications.
* 05/13/00 kwk Made it work for all char encodings, not just Latin.
* 11/02/00 kwk Cast src to unsigned before comparing to kTxtMaxNeverMultiByte.
* 01/02/01 rsf Fix bug reading from srcP when n is 0. Found by Scott Maxwell.
*
*************************************************************/
Char* StrNCopy(Char* dstP, const Char* srcP, Int16 n)
{
Char* tmp = dstP;
const Char* src = srcP;
#if (ERROR_CHECK_LEVEL == ERROR_CHECK_FULL)
Char* endDestP = dstP + n;
#endif
// Check for err
ErrFatalDisplayIf((dstP == NULL) || (srcP == NULL), "NULL string passed");
// Copy N characters from src string
while (n > 0 && *src)
{
*tmp++ = *src++;
--n;
}
// Terminate dest string if there's space.
if (n > 0)
{
*tmp = '\0';
}
else if (*(UInt8*)src > kTxtMaxNeverMultiByte)
{
// We stopped copying because we had moved N bytes, but we
// haven't yet hit the end of the source string. This means
// that the last character copied might be a partial character,
// if the first uncopied byte could be part of a mult-byte char.
// We need to find the bounds of the last character in the
// source string.
UInt32 offset = src - srcP;
UInt32 charStart, charEnd;
TxtCharBounds(srcP, offset, &charStart, &charEnd);
// If we were in the middle of a character, we want to null-
// terminate the destination string just in case the caller
// jams a null at dstP[n] in an attempt to terminate the
// string, as otherwise we would still wind up with an invalid
// (partial) character at the end. This also sets up properly
// for the subsequent error check buffer-filling code.
if (charStart < offset)
{
tmp = dstP + charStart;
*tmp = '\0';
}
}
// Fill up the unused dest buffer with bytes to reveal errors.
// Only copy over the remaining unused bytes. This works correctly when
// the src and dest overlap.
#if (ERROR_CHECK_LEVEL == ERROR_CHECK_FULL)
tmp++; // Advance past null
if (tmp < endDestP)
{
// In debug ROMs MemSet will complain if the unused dest buffer was cleared before.
// This is common when copying many strings. Add some extra code to work around it.
tmp[0] = 0;
// Fill up the destination as much as allowed with a value to reveal errors.
MemSet(tmp, endDestP - tmp, 0xfe);
}
#endif
return(dstP);
} // StrNCopy
void CGameForm::OnDraw() {
played_cards.Render(true);
player_hand.Render(true);
char bid_trump_str[2];
StrPrintF(bid_trump_str, "%d", gManager->tbl->bid );
FormPtr frmP = FrmGetActiveForm();
/*
RectangleType bounds;
UInt16 gadgetIndex = FrmGetObjectIndex( frmP, MainBidTrumpGadget );
FrmGetObjectBounds(frmP, gadgetIndex, &bounds);
// draw the bid
char bidval = bid_trump_str[0];
WinPaintChar( bidval, bounds.topLeft.x, bounds.topLeft.y );
Card foo(gManager->trk->getTrump(), (Card::face_t)1 );
// now, draw the suit
MemHandle hRsc = DmGetResource(bitmapRsc, foo.SuitBitmap(false) );
ErrFatalDisplayIf(!hRsc, "Could not get bitmap family resource");
BitmapType* bitmapP = (BitmapType*) MemHandleLock(hRsc);
WinPaintBitmap (bitmapP, bounds.topLeft.x + 6, bounds.topLeft.y);
MemHandleUnlock(hRsc);
DmReleaseResource(hRsc);
*/
// handle MainBidTrumpGadget here also
MemHandle hRsc;
BitmapType* bitmapP;
switch ( gManager->tbl->trump ) {
case Card::heart:
hRsc = DmGetResource(bitmapRsc, HeartBitmapFamily );
break;
case Card::diamond:
hRsc = DmGetResource(bitmapRsc, DiamondBitmapFamily );
break;
case Card::club:
hRsc = DmGetResource(bitmapRsc, ClubBitmapFamily );
break;
case Card::spade:
hRsc = DmGetResource(bitmapRsc, SpadeBitmapFamily );
break;
}
RectangleType bounds;
// FormPtr frmP = FrmGetActiveForm();
UInt16 gadgetIndex = FrmGetObjectIndex(frmP, MainBidTrumpGadget);
FrmGetObjectBounds(frmP, gadgetIndex, &bounds);
char bidstr[4];
StrPrintF(bidstr, "%d", gManager->tbl->bid);
WinPaintChar(bidstr[0], bounds.topLeft.x, bounds.topLeft.y );
ErrFatalDisplayIf(!hRsc, "Could not get bitmap family resource");
bitmapP = (BitmapType*) MemHandleLock(hRsc);
WinDrawBitmap (bitmapP, bounds.topLeft.x + FntCharWidth(bidstr[0]) + 1, bounds.topLeft.y);
MemHandleUnlock(hRsc);
DmReleaseResource(hRsc);
}
/************************************************************
*
* FUNCTION: StrNCat
*
* DESCRIPTION: Concatenates 1 string to another clipping the
* destination string to a max of N characters (including null
* at end).
*
* PARAMETERS:
* dstP <-> String to receive catenated result.
* srcP -> String to catenate to the end of dstP.
* n -> Max length of resulting string, including null byte.
*
* RETURNS: pointer to dest string
*
* HISTORY:
* 11/09/94 ron Created by Ron Marianetti
* 10/24/96 rsf Added ec code
* 12/18/96 vmk Removed ec code -- it was trashing data during
* "copy in place" operations
* 05/13/00 kwk Made it work for all char encodings, not just Latin.
* 11/02/00 kwk Cast src to unsigned before comparing to kTxtMaxNeverMultiByte.
* 01/02/01 rsf Fix bug reading from srcP when n is 0.
*
*************************************************************/
Char* StrNCat(Char* dstP, const Char* srcP, Int16 n)
{
Char* tmp;
const Char* savedSrcP;
Int16 len;
#if (ERROR_CHECK_LEVEL == ERROR_CHECK_FULL)
Char* endDstP;
#endif
// Check for err
ErrFatalDisplayIf((dstP == NULL) || (srcP == NULL), "NULL string passed");
ErrNonFatalDisplayIf(dstP == srcP, "dest and source can't be the same");
// If we already are full, we can quickly return. This means that
// following code knows there's enough space to copy at least one
// byte of data plus a terminating null.
len = StrLen(dstP);
if (len >= n - 1) {
return(dstP);
}
// Do the cat. Note that we leave space for the terminating null, thus
// N is total size limit of the dst string, including the null.
tmp = dstP + len;
savedSrcP = srcP;
while ((len < (n - 1)) && *srcP)
{
*tmp++ = *srcP++;
len++;
}
// Null terminate the string if there's room
if (len < n)
{
*tmp = '\0';
}
// Make sure we didn't wind up copying over a partial byte. If we
// still have source data then we must have been limited by n, and
// thus need to check the bounds of the last character copied in the
// source string. Though this check only needs to be made if the
// first byte of the remaining source _could_ be part of a multi-
// byte character.
if (*(UInt8*)srcP > kTxtMaxNeverMultiByte)
{
UInt32 charStart, charEnd;
UInt32 offset = srcP - savedSrcP;
TxtCharBounds(savedSrcP, offset, &charStart, &charEnd);
if (charStart < offset)
{
tmp -= (offset - charStart);
*tmp = '\0';
}
}
// Fill up the unused dest buffer with bytes to reveal errors.
// Only copy over the remaining unused bytes. This works correctly when
// the src and dest overlap.
#if (ERROR_CHECK_LEVEL == ERROR_CHECK_FULL)
tmp++; // skip terminating null
endDstP = dstP + n;
if (tmp < endDstP)
{
// Make sure that the MemSet call changes at least one value or it can
// complain that it didn't change anything and thus didn't need to be called.
// This is basically extra debug code to help out other debug code.
tmp[0] = 0;
// Fill up the destination as much as allowed with a value to reveal errors.
MemSet(tmp, endDstP - tmp, 0xfe);
}
#endif
return(dstP);
} // StrNCat