static PyObject *AEDesc_AEGetParamPtr(AEDescObject *_self, PyObject *_args)
{
PyObject *_res = NULL;
OSErr _err;
AEKeyword theAEKeyword;
DescType desiredType;
DescType typeCode;
char *dataPtr__out__;
long dataPtr__len__;
int dataPtr__in_len__;
#ifndef AEGetParamPtr
PyMac_PRECHECK(AEGetParamPtr);
#endif
if (!PyArg_ParseTuple(_args, "O&O&i",
PyMac_GetOSType, &theAEKeyword,
PyMac_GetOSType, &desiredType,
&dataPtr__in_len__))
return NULL;
if ((dataPtr__out__ = malloc(dataPtr__in_len__)) == NULL)
{
PyErr_NoMemory();
goto dataPtr__error__;
}
dataPtr__len__ = dataPtr__in_len__;
_err = AEGetParamPtr(&_self->ob_itself,
theAEKeyword,
desiredType,
&typeCode,
dataPtr__out__, dataPtr__len__, &dataPtr__len__); // TO DO: see AEDesc_AEGetAttributePtr
if (_err != noErr) return PyMac_Error(_err);
_res = Py_BuildValue("O&s#",
PyMac_BuildOSType, typeCode,
dataPtr__out__, (int)dataPtr__len__);
free(dataPtr__out__);
dataPtr__error__: ;
return _res;
}
static OSStatus SendAppleEvent(const AEDesc *event, AEDesc *reply)
// This is the bottleneck routine we use for sending Apple events.
// It has a number of neato features.
//
// o It use the "AEMach.h" routine AESendMessage because that allows
// us to do an RPC without having to field UI events while waiting
// for the reply. Yay for Mac OS X!
//
// o It automatically extracts the error from the reply.
//
// o It allows you to enable printing of events and their replies
// for debugging purposes.
{
static const long kAETimeoutTicks = 5 * 60;
OSStatus err;
OSErr replyErr;
DescType junkType;
Size junkSize;
// Normally I don't declare function prototypes in local scope,
// but I made this exception because I don't want anyone except
// for this routine calling GDBPrintAEDesc. This routine takes
// care to only link with the routine when debugging is enabled;
// everyone else might not be so careful.
#if LOGIN_ITEMS_AE_PRINT_DESC
extern void GDBPrintAEDesc(const AEDesc *desc);
// This is private system function used to print a
// textual representation of an AEDesc to stderr.
// It's very handy when debugging, and is meant only
// for that purpose. It's only available to Mach-O
// clients. We use it when debugging *only*.
#endif
assert(event != NULL);
assert(reply != NULL);
#if LOGIN_ITEMS_AE_PRINT_DESC
GDBPrintAEDesc(event);
#endif
err = AESendMessage(event, reply, kAEWaitReply, kAETimeoutTicks);
#if LOGIN_ITEMS_AE_PRINT_DESC
GDBPrintAEDesc(reply);
#endif
// Extract any error from the Apple event handler via the
// keyErrorNumber parameter of the reply.
if ( (err == noErr) && (reply->descriptorType != typeNull) ) {
err = AEGetParamPtr(
reply,
keyErrorNumber,
typeShortInteger,
&junkType,
&replyErr,
sizeof(replyErr),
&junkSize
);
if (err == errAEDescNotFound ) {
err = noErr;
} else {
err = replyErr;
}
}
return err;
}
// CountTabletObjects
//
// This function will return the number of particular items the Tablet Driver
// knows about. For examle, the number of tablets, the number of transducers
// for a customized application for a particular tablet...
//
// parameters: TAEObject *pTabletObject - Pointer to a TAEObject that
// describes exactly which tablet object
// you want to count.
// UInt32 *outCount - The number of pTabletObjects the driver knows
// about.
//
// returns: noErr on success, else an AE error code
//////////////////////////////////////////////////////////////////////////////
OSErr CountTabletObjects(TAEObject *pTabletObject, UInt32 *outCount)
{
AEDesc driverTarget,keyData,tObjSpecifier;
AEDesc lastDesc;
AppleEvent aeSend;
AppleEvent aeReply;
DescType outType;
Size outSize;
UInt32 tmpIndex = 0;
UInt32 tmpCount = 0;
OSErr err;
// assert(outCount);
if(!outCount)
{
return -1;
}
err = GetTabletDriverTarget(&driverTarget);
if(err)
{
return err;
}
err = AECreateAppleEvent(kAECoreSuite,
kAECountElements,
&driverTarget,
kAutoGenerateReturnID,
kAnyTransactionID,
&aeSend);
// Now tell the AE what to Count
// We have to set up a chain here.
// [Button ->] [Transducer ->] [Application ->] Tablet -> null
// The thing is, Apple Events are built backwards. So...
//Create NULL AEDesc, this will signify the end of the AEDesc Chain
AEInitializeDesc(&lastDesc);
err = AECreateDesc( typeNull, NULL, NULL, &lastDesc );
if (pTabletObject->objectType != cWTDDriver)
{
// set up the driver desc
AEInitializeDesc(&keyData);
tmpIndex = 1;
err = AECreateDesc( typeUInt32,
&tmpIndex, // This is the Tablet Driver Index. Always 1
sizeof(tmpIndex),
&keyData );
err = CreateObjSpecifier(cWTDDriver,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
if (pTabletObject->objectType != cWTDTablet)
{
// set up the tablet desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->tabletIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(cWTDTablet,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
if (pTabletObject->objectType != cWTDCustomizedApp)
{
// set up the cutom app desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->applicationIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(cWTDCustomizedApp,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
if (pTabletObject->objectType == cWTDButton)
{
// set up the transducer desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->transducerIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(cWTDTransducer,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
}
}
}
}
// Now we actually tell it to count the number of the tablet objects
err = AEPutParamPtr( &aeSend,
keyAEObjectClass,
typeType,
&pTabletObject->objectType, // This is the class of objects to count
sizeof(DescType) );
err = AEPutParamDesc( &aeSend, keyDirectObject, &lastDesc); // The Object chain
// Finally send the event
err = AESend(&aeSend, // The complete AE we created above
&aeReply,
kAEWaitReply,
kAEHighPriority,
kDefaultTimeOut,
NULL,
NULL);
if(!err)
{
// Get the answer from the Reply
err = AEGetParamPtr(&aeReply,
keyDirectObject,
typeUInt32,
&outType,
&tmpCount, // Put the answer into this variable
sizeof(long),
&outSize);
if(noErr != err)
{
tmpCount = 0;
}
else
{
*outCount = tmpCount;
}
}
AEDisposeDesc(&tObjSpecifier);
AEDisposeDesc(&aeSend);
AEDisposeDesc(&aeReply);
return err;
// GetData_ofSize_ofType_ofTabletObject_ForAttribute
//
// This function will get an attribute of a tablet object. See the
// TabletAEDictionary.h header file. Note that these are the global objects
// that are modified by the user with the Wacom Control Panel. You should not
// modify any of these attributes. However, you can use this function to get
// information like the version of the Tablet Driver, size of a tablet, the
// name of a transducer and so on. You might also use this function to get a
// dump of the current setting of each transducer of each tablet for
// diagnostics.
//
// parameters: const void *inDataPtr - Location to store the attribute data.
// Size inDataSize - Size of the data buffer pointed to above.
// DescType dataType - Type of data bufferpointed to above.
// TAEObject *pTabletObject - Pointer to a TAEObject that
// describes exactly which tablet object
// you want to get data from.
// DescType attribute - The attribute you want to get.
//
// returns: noErr on success, else an AE error code
//////////////////////////////////////////////////////////////////////////////
OSErr GetData_ofSize_ofType_ofTabletObject_ForAttribute(void *inDataPtr,
Size inDataSize,
DescType dataType,
TAEObject *pTabletObject,
DescType attribute)
{
AEDesc driverTarget,nullDesc,keyData,tObjSpecifier;
AEDesc lastDesc;
AppleEvent aeSend;
AppleEvent aeReply;
DescType outType;
Size outSize;
UInt32 tmpIndex = 0;
OSErr err;
// assert(inDataPtr);
if(!inDataPtr)
{
return -1;
}
err = GetTabletDriverTarget(&driverTarget);
if(err)
{
return err;
}
err = AECreateAppleEvent(kAECoreSuite,
kAEGetData,
&driverTarget,
kAutoGenerateReturnID,
kAnyTransactionID,
&aeSend);
// Now tell the AE what to get
// We have to set up a chain here.
// Attribute -> Button -> Transducer -> Application -> Tablet -> null
// The thing is, Apple Events are built backwards. So...
//Create NULL AEDesc, this will signify the end of the AEDesc Chain
AEInitializeDesc(&nullDesc);
err = AECreateDesc( typeNull, NULL, NULL, &nullDesc );
// set up the driver desc
AEInitializeDesc(&keyData);
tmpIndex = 1;
err = AECreateDesc( typeUInt32,
&tmpIndex, // This is the Tablet Driver Index. Always 1
sizeof(tmpIndex),
&keyData );
err = CreateObjSpecifier(cWTDDriver,
&nullDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
if (pTabletObject->objectType != cWTDDriver)
{
// set up the tablet desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->tabletIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(cWTDTablet,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
if (pTabletObject->objectType != cWTDTablet)
{
// set up the cutom app desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->applicationIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(cWTDCustomizedApp,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
if (pTabletObject->objectType != cWTDCustomizedApp)
{
if (pTabletObject->objectType == cWTDButton)
{
// set up the transducer desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->transducerIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(cWTDTransducer,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
}
if (pTabletObject->objectType == cWTDTransducer)
{
// set up the transducer desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->transducerIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(cWTDTransducer,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
}
else // cWTDButton || cWTDMenuItem || cWTDButton
{
// set up the transducer desc
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&pTabletObject->auxIndex,
sizeof(UInt32),
&keyData );
err = CreateObjSpecifier(pTabletObject->objectType,
&lastDesc,
formAbsolutePosition,
&keyData,
TRUE,
&tObjSpecifier);
AEDuplicateDesc(&tObjSpecifier,&lastDesc);
AEDisposeDesc(&tObjSpecifier);
}
}
}
}
AEInitializeDesc(&keyData);
err = AECreateDesc( typeType,
&attribute, // This is the Attribute we want to get
sizeof(DescType),
&keyData );
err = CreateObjSpecifier(cProperty,
&lastDesc,
formPropertyID,
&keyData,
TRUE,
&tObjSpecifier);
// Add the data to set to the AE here.
err = AEPutParamPtr ( &aeSend, keyAERequestedType,
typeType, &dataType, sizeof(DescType));
err = AEPutParamDesc( &aeSend, keyDirectObject, &tObjSpecifier); // The Object chain
// Finally send the event
err = AESend(&aeSend, // The complete AE we created above
&aeReply,
kAEWaitReply,
kAEHighPriority,
kDefaultTimeOut,
NULL,
NULL);
if(!err)
{
err = AEGetParamPtr(&aeReply,
keyDirectObject,
dataType,
&outType,
inDataPtr, // Put the answer into this variable
inDataSize,
&outSize);
}
AEDisposeDesc(&tObjSpecifier);
AEDisposeDesc(&aeSend);
AEDisposeDesc(&aeReply);
return err;
// GetData_ofSize_ofType_ofContext_ForAttribute
//
// This function will get an attribute of a context your app created. See
// Context Attributes near the bottom of the TabletAEDictionary.h header file.
//
// parameters: const void *inDataPtr - Location to store the attribute data.
// Size inDataSize - Size of the data buffer pointed to above.
// DescType dataType - Type of data bufferpointed to above.
// UInt32 contextID - The context to get from.
// DescType attribute - The attribute you want to get.
//
// returns: noErr on success, else an AE error code
//////////////////////////////////////////////////////////////////////////////
OSErr GetData_ofSize_ofType_ofContext_ForAttribute(void *inDataPtr,
Size inDataSize,
DescType dataType,
UInt32 contextID,
DescType attribute)
{
AEDesc driverTarget,nullDesc,keyData,tObjSpecifier;
AEDesc lastDesc;
AppleEvent aeSend;
AppleEvent aeReply;
DescType outType;
Size outSize;
OSErr err;
// assert(inDataPtr);
if(!inDataPtr)
{
return -1;
}
err = GetTabletDriverTarget(&driverTarget);
if(err)
{
return err;
}
err = AECreateAppleEvent(kAECoreSuite,
kAEGetData,
&driverTarget,
kAutoGenerateReturnID,
kAnyTransactionID,
&aeSend);
// Now tell the AE what to get
// We have to set up a chain here.
// Attribute -> Context -> null
// The thing is, Apple Events are built backwards. So...
//Create NULL AEDesc, this will signify the end of the AEDesc Chain
AEInitializeDesc(&nullDesc);
err = AECreateDesc( typeNull, NULL, NULL, &nullDesc );
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&contextID, // This is the context ID that we want to modify
sizeof(contextID),
&keyData );
err = CreateObjSpecifier(cContext, // We want to modifiy a context attribute
&nullDesc, // This is the last item in the chain
formUniqueID, // use id to determine which context to modify
&keyData, // This is the Context ID descriptor created above
TRUE, // delete the nullDesc, and KeyData descriptor for us
&tObjSpecifier); // The created descriptor which says that we want to modify Context X
AEDuplicateDesc(&tObjSpecifier, &lastDesc);
AEDisposeDesc(&tObjSpecifier);
AEInitializeDesc(&keyData);
err = AECreateDesc( typeType,
&attribute, // This is the Attribute we want to set
sizeof(DescType),
&keyData );
err = CreateObjSpecifier(cProperty, // We want to destroy a context
&lastDesc, // This is the last item in the chain (the Context)
formPropertyID, // use id to determine which context to destroy
&keyData, // This is the Context ID descriptor created above
TRUE, // delete the nullDesc, and KeyData descriptor for us
&tObjSpecifier); // The created descriptor which says that we want to delete Context X
// Add the data to set to the AE here.
err = AEPutParamPtr ( &aeSend, keyAERequestedType,
typeType, &dataType, sizeof(DescType));
// The Object chain (Attribute -> Context -> null)
err = AEPutParamDesc( &aeSend, keyDirectObject, &tObjSpecifier);
// Finally send the event
err = AESend(&aeSend, // The complete AE we created above
&aeReply,
kAEWaitReply,
kAEHighPriority,
kDefaultTimeOut,
NULL,
NULL);
if(!err)
{
err = AEGetParamPtr(&aeReply,
keyDirectObject,
dataType,
&outType,
inDataPtr, // Put the answer into this variable
inDataSize,
&outSize);
}
AEDisposeDesc(&tObjSpecifier);
AEDisposeDesc(&aeSend);
AEDisposeDesc(&aeReply);
// CreateWacomContextForTablet
//
// This function will instruct the Tablet Driver to create a context for your
// application that you can then modify. For example, you can modify your
// context to change the tablet mapping or to diconnect the tablet from the
// cursor.
//
// parameters: UInt32 tabletIdx - Tablet Number you want to a context for
// UInt32 *contextID - On return, the ID used to modify / delete
// your context.
//
// returns: a contextID and noErr on success, else an AE error code
//////////////////////////////////////////////////////////////////////////////
OSErr CreateWacomContextForTablet(UInt32 tabletIdx, UInt32 *contextID)
{
AEDesc driverTarget,nullDesc,keyData,tObjSpecifier;
DescType objectToMake = cContext;
UInt32 outContextID;
DescType outType;
Size outSize;
AppleEvent aeSend;
AppleEvent aeReply;
OSErr err;
err = GetTabletDriverTarget(&driverTarget);
if(err)
{
return err;
}
err = AECreateAppleEvent(kAECoreSuite,
kAECreateElement,
&driverTarget,
kAutoGenerateReturnID,
kAnyTransactionID,
&aeSend);
// Now tell the AE what to create
err = AEPutParamPtr( &aeSend,
keyAEObjectClass,
typeType,
&objectToMake,
sizeof(DescType));
// Now tell the AE where to create a context
//Create NULL AEDesc, this will signify the end of the AEDesc Chain
AEInitializeDesc(&nullDesc);
err = AECreateDesc( typeNull, NULL, NULL, &nullDesc );
AEInitializeDesc(&keyData);
err = AECreateDesc( typeUInt32,
&tabletIdx, // This is the tablet number we want the context for
sizeof(tabletIdx),
&keyData );
err = CreateObjSpecifier(cWTDTablet, // We want info from a tablet
&nullDesc, // This is the last item in the chain
formAbsolutePosition, // use indexing to determine which tablet to get data from
&keyData, // This is the Tablet Number descriptor created above
TRUE, // delete the nullDesc, and KeyData descriptor for us
&tObjSpecifier); // The created descriptor which says that we want data from tablet number X
err = AEPutParamDesc( &aeSend, keyAEInsertHere, &tObjSpecifier);
// Finally send the event
err = AESend(&aeSend, // The complete AE we created above
&aeReply, // The reply event that contains the Context ID.
kAEWaitReply,
kAEHighPriority,
kDefaultTimeOut,
NULL,
NULL);
AEDisposeDesc(&tObjSpecifier);
AEDisposeDesc(&aeSend);
// Get the Context ID out of the reply
err = AEGetParamPtr(&aeReply,
keyDirectObject,
typeUInt32,
&outType,
&outContextID, // Put the answer into this variable
sizeof(long),
&outSize);
if(!err)
{
if(contextID)
{
*contextID = outContextID;
}
}
AEDisposeDesc(&aeReply);
static OSErr
ScriptHandler(
const AppleEvent *event,
AppleEvent *reply,
long handlerRefcon)
{
OSStatus theErr;
AEDescList theDesc;
Size size;
int tclErr = -1;
Tcl_Interp *interp = (Tcl_Interp *) handlerRefcon;
char errString[128];
/*
* The do script event receives one parameter that should be data or a
* file.
*/
theErr = AEGetParamDesc(event, keyDirectObject, typeWildCard,
&theDesc);
if (theErr != noErr) {
sprintf(errString, "AEDoScriptHandler: GetParamDesc error %d",
(int)theErr);
theErr = AEPutParamPtr(reply, keyErrorString, typeChar, errString,
strlen(errString));
} else if (MissedAnyParameters(event)) {
/*
* Return error if parameter is missing.
*/
sprintf(errString, "AEDoScriptHandler: extra parameters");
AEPutParamPtr(reply, keyErrorString, typeChar, errString,
strlen(errString));
theErr = -1771;
} else if (theDesc.descriptorType == (DescType) typeAlias &&
AEGetParamPtr(event, keyDirectObject, typeFSRef, NULL, NULL,
0, &size) == noErr && size == sizeof(FSRef)) {
/*
* We've had a file sent to us. Source it.
*/
FSRef file;
theErr = AEGetParamPtr(event, keyDirectObject, typeFSRef, NULL, &file,
size, NULL);
if (theErr == noErr) {
Tcl_DString scriptName;
theErr = FSRefToDString(&file, &scriptName);
if (theErr == noErr) {
tclErr = Tcl_EvalFile(interp, Tcl_DStringValue(&scriptName));
Tcl_DStringFree(&scriptName);
} else {
sprintf(errString, "AEDoScriptHandler: file not found");
AEPutParamPtr(reply, keyErrorString, typeChar, errString,
strlen(errString));
}
}
} else if (AEGetParamPtr(event, keyDirectObject, typeUTF8Text, NULL, NULL,
0, &size) == noErr && size) {
/*
* We've had some data sent to us. Evaluate it.
*/
char *data = ckalloc(size + 1);
theErr = AEGetParamPtr(event, keyDirectObject, typeUTF8Text, NULL, data,
size, NULL);
if (theErr == noErr) {
tclErr = Tcl_EvalEx(interp, data, size, TCL_EVAL_GLOBAL);
}
} else {
/*
* Umm, don't recognize what we've got...
*/
sprintf(errString, "AEDoScriptHandler: invalid script type '%-4.4s', "
"must be 'alis' or coercable to 'utf8'",
(char*) &theDesc.descriptorType);
AEPutParamPtr(reply, keyErrorString, typeChar, errString,
strlen(errString));
theErr = -1770;
}
/*
* If we actually go to run Tcl code - put the result in the reply.
*/
if (tclErr >= 0) {
int reslen;
const char *result =
Tcl_GetStringFromObj(Tcl_GetObjResult(interp), &reslen);
if (tclErr == TCL_OK) {
AEPutParamPtr(reply, keyDirectObject, typeChar, result, reslen);
} else {
AEPutParamPtr(reply, keyErrorString, typeChar, result, reslen);
AEPutParamPtr(reply, keyErrorNumber, typeSInt32, (Ptr) &tclErr,
sizeof(int));
}
}
AEDisposeDesc(&theDesc);
return theErr;
}
SOM_Scope void SOMLINK ODLinkSpecReadFromOSAEvent(ODLinkSpec *somSelf,
Environment *ev,
OSAEvent* theOSAEvent)
#endif
{
ODLinkSpecData *somThis = ODLinkSpecGetData(somSelf);
ODLinkSpecMethodDebug("ODLinkSpec","ReadFromAppleEvent");
#ifdef _PLATFORM_OS2_ // CED
_interrupt(3);
#endif // _PLATFORM_OS2_
#ifdef _PLATFORM_MACINTOSH_
SOM_CATCH return;
/* Moved from somInit. SOM itself sets fields to zero
_fProcessLaunchDate = 0;
_fProcessID.lowLongOfPSN = kNoProcess;
_fProcessID.highLongOfPSN = 0;
*/
OSErr result;
DescType returnedType;
Size actualSize;
ODPart* part;
ODByteArray partData;
ProcessSerialNumber processID;
ODULong processLaunchDate;
ODULong dataSize;
result = AEGetParamPtr((AppleEvent*) theAppleEvent, keyProcessSerialNumber, typeProcessSerialNumber, &returnedType,
&processID, sizeof(processID), &actualSize);
THROW_IF_ERROR(result);
result = AEGetParamPtr((AppleEvent*) theAppleEvent, kODProcessLaunchDateKey, typeLongInteger, &returnedType,
&processLaunchDate, sizeof(processLaunchDate), &actualSize);
THROW_IF_ERROR(result);
result = AEGetParamPtr((AppleEvent*) theAppleEvent, kODSourcePartKey, typeLongInteger, &returnedType,
&part, sizeof(part), &actualSize);
THROW_IF_ERROR(result);
result = AEGetParamPtr((AppleEvent*) theAppleEvent, kODLinkSpecDataSizeKey, typeLongInteger, &returnedType,
&dataSize, sizeof(ODULong), &actualSize);
THROW_IF_ERROR(result);
partData = CreateEmptyByteArrayStruct(dataSize);
TRY
if ( dataSize > 0 )
{
result = AEGetParamPtr((AppleEvent*) theAppleEvent, kODLinkSpecDataKey, typeChar, &returnedType,
partData._buffer, dataSize, &actualSize);
THROW_IF_ERROR(result);
partData._length = dataSize;
}
somSelf->InitBaseLinkSpec(ev, part, &partData);
CATCH_ALL
DisposeByteArrayStruct(partData);
RERAISE;
ENDTRY
DisposeByteArrayStruct(partData);
_fProcessID = processID;
_fProcessLaunchDate = processLaunchDate;
#endif // _PLATFORM_MACINTOSH_
}
Boolean AddCommands( SRRecognizer inSpeechRecognizer, SRLanguageModel inCommandsLangaugeModel, CFArrayRef inCommandNamesArray )
{
// Dictionary keys for Commands Data property list
#define kCommandsDataPlacementHintKey "PlacementHint" // value type is: CFNumberRef
#define kPlacementHintWhereverNumValue 0
#define kPlacementHintProcessNumValue 1 // you must also provide the PSN using kCommandsDataProcessPSNHighKey & kCommandsDataProcessPSNLowKey
#define kPlacementHintFirstNumValue 2
#define kPlacementHintMiddleNumValue 3
#define kPlacementHintLastNumValue 4
#define kCommandsDataProcessPSNHighKey "ProcessPSNHigh" // value type is: CFNumberRef
#define kCommandsDataProcessPSNLowKey "ProcessPSNLow" // value type is: CFNumberRef
#define kCommandsDataDisplayOrderKey "DisplayOrder" // value type is: CFNumberRef - the order in which recognizers from the same client process should be displayed.
#define kCommandsDataCmdInfoArrayKey "CommandInfoArray" // value type is: CFArrayRef of CFDictionaryRef values
#define kCommandInfoNameKey "Text"
#define kCommandInfoChildrenKey "Children"
Boolean successfullyAddCommands = false;
if (inCommandNamesArray) {
CFIndex numOfCommands = CFArrayGetCount( inCommandNamesArray );
CFMutableArrayRef theSectionArray = CFArrayCreateMutable( NULL, 0, &kCFTypeArrayCallBacks );
// Erase any existing commands in the language model before we begin adding the given list of commands
if (SREmptyLanguageObject( inCommandsLangaugeModel ) == noErr && theSectionArray) {
CFIndex i;
char theCSringBuffer[100];
successfullyAddCommands = true;
for (i = 0; i < numOfCommands; i++) {
CFStringRef theCommandName = CFArrayGetValueAtIndex(inCommandNamesArray, i);
if (theCommandName && CFStringGetCString( theCommandName, theCSringBuffer, 100, kCFStringEncodingMacRoman )) {
// Conditionalized just to remove compiler warnings.
#if __LP64__
if (SRAddText( inCommandsLangaugeModel, theCSringBuffer, strlen(theCSringBuffer), (void *)i) == noErr) {
#else
if (SRAddText( inCommandsLangaugeModel, theCSringBuffer, strlen(theCSringBuffer), i) == noErr) {
#endif
CFStringRef keys[1];
CFTypeRef values[1];
CFDictionaryRef theItemDict;
keys[0] = CFSTR( kCommandInfoNameKey );
values[0] = theCommandName;
// Make CDDictionary our keys and values.
theItemDict = CFDictionaryCreate(NULL, (const void **)keys, (const void **)values, 1, &kCFCopyStringDictionaryKeyCallBacks, &kCFTypeDictionaryValueCallBacks);
// Add to command array
if (theItemDict) {
CFArrayAppendValue( theSectionArray, theItemDict );
CFRelease( theItemDict ); // We release our hold on the dictionary object and let the array own it now.
}
else
successfullyAddCommands = false;
}
else
successfullyAddCommands = false;
if (! successfullyAddCommands)
break;
}
}
//
// Create the XML data that contains the commands to display and give this data to the
// recognizer object to display in the Speech Commands window.
//
{
CFIndex numOfParams = 4;
CFStringRef keys[numOfParams];
CFTypeRef values[numOfParams];
CFDictionaryRef theItemDict;
SInt32 placementHint = 1; // 1 = show only when this app is front process
ProcessSerialNumber thisAppsPSN;
thisAppsPSN.highLongOfPSN = 0;
thisAppsPSN.lowLongOfPSN = 0;
GetCurrentProcess( &thisAppsPSN );
keys[0] = CFSTR( kCommandsDataPlacementHintKey );
keys[1] = CFSTR( kCommandsDataCmdInfoArrayKey );
keys[2] = CFSTR( kCommandsDataProcessPSNHighKey );
keys[3] = CFSTR( kCommandsDataProcessPSNLowKey );
values[0] = CFNumberCreate(NULL, kCFNumberSInt32Type, &placementHint);
values[1] = theSectionArray;
values[2] = CFNumberCreate(NULL, kCFNumberSInt32Type, &(thisAppsPSN.highLongOfPSN));
values[3] = CFNumberCreate(NULL, kCFNumberSInt32Type, &(thisAppsPSN.lowLongOfPSN));
// Make CDDictionary of our keys and values.
theItemDict = CFDictionaryCreate(NULL, (const void **)keys, (const void **)values, numOfParams, &kCFCopyStringDictionaryKeyCallBacks, &kCFTypeDictionaryValueCallBacks);
if (theItemDict) {
// Convert CFDictionary object to XML representation
CFDataRef dictData = CFPropertyListCreateXMLData(NULL, theItemDict);
if (dictData) {
// Set command list in our SRRecognizer object, causing the Speech Commands window to update.
(void)SRSetProperty (inSpeechRecognizer, 'cdpl', CFDataGetBytePtr(dictData), CFDataGetLength(dictData));
CFRelease( dictData );
}
}
// Release our hold on the dictionary object and let the array own it now.
if (theItemDict)
CFRelease( theItemDict );
// Release our values
if (values[0])
CFRelease( values[0] );
if (values[2])
CFRelease( values[2] );
if (values[3])
CFRelease( values[3] );
CFRelease( theSectionArray );
}
}
}
return successfullyAddCommands;
}
/*
ConvertAppleEventResultIntoCommandID
This routine converts the Apple event data received from a speech done (kAESpeechSuite, kAESpeechDone)
Apple event into a command ID when using the AddCommands routine to add your commands to the top-level
language model.
This routine returns true if the spoken utterance was recognized as a valid command.
*/
Boolean ConvertAppleEventResultIntoCommandID( const AppleEvent *inAppleEvent, long * outCommandID )
{
Boolean successfullyFound = false;
Size actualSize;
DescType actualType;
OSErr recStatus = noErr;
// Get recognition status from AE, and check that it is equal to 0.
if (AEGetParamPtr( inAppleEvent, keySRSpeechStatus, typeSInt16, &actualType, (Ptr)&recStatus, sizeof(recStatus), &actualSize) == noErr && recStatus == noErr) {
// Get recognition result from AE, and continue if not NULL.
SRRecognitionResult recResult = NULL;
if (AEGetParamPtr( inAppleEvent, keySRSpeechResult, typeSRSpeechResult, &actualType, (Ptr)&recResult, sizeof(recResult), &actualSize) == noErr && recResult) {
// Get language model result from recognition result
Size theLen = sizeof(SRLanguageModel);
SRLanguageModel resultLanguageModel = 0;
if (SRGetProperty( recResult, kSRLanguageModelFormat, &resultLanguageModel, &theLen ) == noErr) {
// Get the recognized command object from the language model
// Since there will only be one object in the langauge model, we just grab the first one.
SRLanguageObject resultingCommandObj = 0;
if (SRGetIndexedItem( resultLanguageModel, &resultingCommandObj, 0 ) == noErr) {
// Get the command ID from the refCon property of the recognized command object.
theLen = sizeof(long);
if (SRGetProperty( resultingCommandObj, kSRRefCon, outCommandID, &theLen ) == noErr)
successfullyFound = true;
}
}
}
}
return successfullyFound;
}
CFStringRef CFStringCreateWithEvent(const AppleEvent *ev, AEKeyword theKey, OSErr *errPtr)
{
CFStringRef outStr = NULL;
DescType typeCode;
DescType returnedType;
Size actualSize;
Size dataSize;
CFStringEncoding encodeKey;
OSType a_type;
*errPtr = AESizeOfParam(ev, theKey, &typeCode, &dataSize);
if ((*errPtr != noErr) || (typeCode == typeNull)){
goto bail;
}
#if useLog
showAEDesc(ev);
#endif
if (dataSize == 0) {
outStr = CFSTR("");
goto bail;
}
switch (typeCode) {
case typeChar:
encodeKey = CFStringGetSystemEncoding();
break;
case typeUTF8Text:
encodeKey = kCFStringEncodingUTF8;
break;
case typeType:
*errPtr = AEGetParamPtr(ev, theKey, typeCode, &returnedType, &a_type, dataSize, &actualSize);
if (a_type == cMissingValue) {
goto bail;
}
//break;
default :
typeCode = typeUnicodeText;
encodeKey = kCFStringEncodingUnicode;
}
UInt8 *dataPtr = malloc(dataSize);
if (dataPtr == NULL) {
*errPtr = errAEEventFailed;
fputs("Failed to malloc.", stderr);
goto bail;
}
*errPtr = AEGetParamPtr(ev, theKey, typeCode, &returnedType, dataPtr, dataSize, &actualSize);
if (*errPtr != noErr) {
free(dataPtr);
goto bail;
}
if (actualSize > dataSize) {
#if useLog
printf("buffere size is allocated. data:%i actual:%i\n", (int)dataSize, (int)actualSize);
#endif
dataSize = actualSize;
dataPtr = (UInt8 *)realloc(dataPtr, dataSize);
if (dataPtr == NULL) {
fputs("Failed to reallocate memory", stderr);
goto bail;
}
*errPtr = AEGetParamPtr(ev, theKey, typeCode, &returnedType, dataPtr, dataSize, &actualSize);
}
if (*errPtr == noErr) {
outStr = CFStringCreateWithBytes(NULL, dataPtr, dataSize, encodeKey, false);
}
free(dataPtr);
bail:
return outStr;
}
// in
// keyword
// appleevent
// dest pointer
// max size, comes out as size got
OSErr FetchParam(AEKeyword plop,AppleEvent *appIn,Ptr dest,DescType theType,Size *len)
{
DescType actualType;
return AEGetParamPtr(appIn, plop, theType, &actualType, dest, *len, len);
}
