KcsProfileFormat *iFormat;

Pointer to a KcsProfileFormat instance.

KcsOperationType *iOpAndCont;

Indicates which operations and content types are supported by the profile. The profile can support the logical OR of any combination of these flags.

virtual KcsStatus createEmptyProfile();

Fill in the minimum amount of data such that when saved and reloaded, no KcsXform instances, and only the minimal tags are needed to load it.

void initDataMembers(void);

Sets all member data to a known state. Allows each constructor to initialize all data members to the empty or initial state. 

static long isColorSenseCMM(KcsId);

Do not use this method in new CMMs. It is documented for historic reasons (for existing CMM only).  

KcsProfile(KcsStatus *aStat, KcsIO *aIO);

Constructs a KcsProfile based on the static store defined by aIO.

KcsProfile(KcsStatus *aStat, KcsId aCmmId,
 	KcsVersion aCmmVersion,
 	KcsId aProfId,
 	KcsVersion aProfVersion);

Constructs a KcsProfile of the type aCmmId with the version aCmmVersion using a profile format determined by aProfVersion.

KcsStatus setTimeAttribute(
 	KcsAttributeName aAttrName);

Sets attribute specified by aAttrName to current time.

virtual KcsStatus
 updateMonitorXforms(
 	KcsCharacterizationData *aChar,
 	KcsCalibrationData *aCal,
 	void *CMMSpecificData,
 	KcsCallbackFunction aCallback);

Updates the monitor transformations based on aChar and aCal using the CMM's techniques. Returns either KCS_CALIBRATION_UNSUPPORTED or KCS_CHARACTERIZATION_UNSUPPORTED, unless overridden. Some derivatives require specific data in CMMSpecificData. All CMMs do a generic update if CMMSpecificData is set to NULL. Some CMMs callback into aCallback if set to non NULL.

virtual KcsStatus
 updatePrinterXforms(
 	KcsCharacterizationData *aChar,
 	KcsCalibrationData *aCal,
 	void *CMMSpecificData,
 	KcsCallbackFunction aCallback);

Updates the printer transformations based on aChar and aCal using the CMM's techniques. Returns either KCS_CALIBRATION_UNSUPPORTED or KCS_CHARACTERIZATION_UNSUPPORTED, unless overridden. Some derivatives require specific data in CMMSpecificData. All CMMs do a generic update if CMMSpecificData is set to NULL. Some CMMs callback into aCallback if set to non NULL.

Note that this function currently is not supported in the KCMS default CMM. 

virtual KcsStatus 
updateScannerXforms(
 	KcsCharacterizationData *aChar,
 	KcsCalibrationData *aCal,
 	void *CMMSpecificData,
 	KcsCallbackFunction aCallback);

Updates the scanner transformations based on aChar and aCal using the CMM's technique. Returns either KCS_CALIBRATION_UNSUPPORTED or KCS_CHARACTERIZATION_UNSUPPORTED, unless overridden. Most scanners need both aCal and aChar set to generate valid transforms. Some derivatives require specific data in CMMSpecificData. All CMMs update if CMMSpecificData is set to NULL. Some CMMs callback into aCallback if set to non NULL.

virtual KcsStatus 
connect(const long count, KcsProfile **sequence,
 	const KcsOperationType opAndHints,
 	KcsProfile **result,
 	long *failingProfileIndex);

Connects the list of KcsProfile's pointers passed in by the caller via the sequence parameter. Returns the new KcsProfile object result based on that list. failingProfileIndex indicates the number of the profile in the input list that failed. If element 0 in the array caused the connection to fail, 1 is returned.

static KcsProfile * 
createProfile(KcsStatus *aStat, aIO *aIO);

Constructs the correct runtime-loadable or internal KcsProfile based on the static store defined by aIO.

static KcsProfile *
createProfile(KcsStatus *Stat,
 	KcsId aCmmId = KcsProfKCMSId,
 	KcsVersion aCmmVersion = KcsProfKCMSVersionId,
 	KcsId aProfId = Kcs2Id(icMagicNumber),
 	KcsVersion aProfVersion =
 		Kcs2Id(icVersionNumber);

Constructs the correct runtime-loadable or internal KcsProfile of aCmmId type with the aCmmVersion version using a aProfVersion profile format.

virtual KcsStatus 
evaluate(const KcsOperationType opAndHints,
 	KcsPixelLayout source, KcsPixelLayout dest,
 	KcsCallbackFunction progress);

Transforms the caller's data. Use opAndHints to indicate which transform and content type your `CMM is providing.

virtual KcsStatus 
getAttribute(KcsAttributeName aName,
 	KcsAttributeValue *aValue);

Sets aValue to the attribute's aName value.

virtual KcsStatus 
getAttribute(KcsAttributeName aName, void *data);

Sets aData to the attribute's aName value.

virtual KcsProfileFormat *
getFormat();

Gets the profile format. 

virtual KcsOperationType 
getOpandCont() {return(iOpAndCont);};

Returns the supported operations and content hints. 

virtual KcsXform *
getXform(KcsStatus *status,
 	const KcsXformType XfType);

Returns the transform of the XfType type.

virtual KcsStatus isLoadable();

Returns KCS_SUCCESS if meets all loadability requirements.

KcsProfile(KcsStatus *aStat);

Constructor. 

virtual ~KcsProfile(void);

Destructor. Frees up accumulated memory by calling all member object's destructors (with delete()).

virtual KcsStatus 
optimize(const KcsOptimizationType type,
 	KcsCallbackFunction progress);

Makes profile as fast and small as possible. Specify optimization for speed or accuracy with the type parameter.

virtual KcsStatus
propagateAttributes2Xforms();

Propagates all the expected attributes from the profile attribute set to the attribute sets of the transforms. 

KcsStatus save(KcsIO *);

Saves to the static store indicated by aIO.

virtual KcsStatus 
setAttribute(KcsAttributeName aName,
 	KcsAttributeType aType, const char *aValue);

Sets the value of aName to aValue. aValue is interpreted as the type aType.

virtual KcsStatus 
setAttribute(KcsAttributeName aName,
 	const KcsAttributeValue *aValue);

Sets the value of aName to aValue. aValue is interpreted as the default type of aName.

virtual KcsStatus 
setAttribute(KcsAttributeName aName, void *data);

Sets the value of aName to data interpreted as the default type of aName.

virtual KcsStatus 
setOpAndCont(KcsOperationType aOpAndCont);

Sets the support operations and content hints to aOpAndCont.

virtual KcsStatus 
setXform(KcsXformType aXformId,
 	KcsXform *aXform);

Sets the aXformId to aXform. If the transform is null, removes attachment to that particular KcsXform instance, if one exists. Directly implemented by calling KcsProfileFormat::setObject().

virtual KcsStatus updateXforms(
 	KcsCharacterizationData *aChar,
 	KcsCalibrationData *aCal,
 	void *aCMMSpecificData = NULL,
 	KcsCallbackFunction aCallback = NULL);

Takes all data supplied and information contained within its KcsAttributeSet instance to determine which type of device to update. Passes aChar, aCal, aCMMSpecificData and aCallback to the appropriate update()DeviceXforms() call (where Device is Scanner|Monitor|Printer). (SeeTable 5-1 for descriptions of these protected members.)

long xformIsNOP(const KcsXformType);

Indicates whether the KcsXformType acts on the data passed to it. If no xform is available, returns true.

connect()

X 

createEmptyProfile()

X 

evaluate()

X 

getAttribute()

X 

initDataMember()

X 

isColorSenseCMM()

X 

KcsProfile()

X 

~KcsProfile()

X 

load()

X 

optimize()

X 

propagateAttributes2Xforms()

X 

save()

X 

setAttribute()

X 

setOpAndCont()

X 

setTimeAttribute()

X 

setXform()

X 

unload()

X 

updateMonitorXforms()

X 

updatePrinterXforms()

X 

updateScannerXforms()

X 

updateXforms()

X 

XformIsNOP()

X 

KcsStatusId
 KcsGetAttribute(KcsProfileId profile, KcsAttributeName name,
 			KcsAttributeValue *value)
 {
 	VirtualWorld vWorld(true, true);
 	KcsProfile * *profiles = 0;

 	if (gProfileArray == NULL)
 	// no profiles have been loaded or user has not handled a load
 	// error correctly
 	return(KCS_BAD_PROFILE_ID);
 	KcsStatusId stat;
 	profiles = (KcsProfile * *)KcsLockHandle(gProfileArray);
 	if (isValid(profile, profiles))
 		stat = profiles[profile]->getAttribute(name, value);
 	else
 		stat = KCS_BAD_PROFILE_ID;
 	KcsUnlockHandle(gProfileArray);
 	return(stat);
 }

KcsStatusId
 KcsConnectProfiles(KcsProfileId *resultProfileId,
 			unsigned long profileCount, KcsProfileId *profileSequence,
 			KcsOperationType operationLoadSet,
 			unsigned long *failedProfileIndex)
 {
 	VirtualWorld vWorld(true, true);
 	KcsProfile * *profiles = 0;
 	KcsStatus result;
 	long i;

 	if (gProfileArray == NULL)
 			// no profiles have been loaded or user hasn't handled a load
 			// error correctly
 			return(KCS_BAD_PROFILE_ID);

 	result = getNewValidIndex(resultProfileId);
 	if (result != KCS_SUCCESS)
 			return(result);
 	profiles = (KcsProfile * *)KcsLockHandle(gProfileArray);
 	KcsMemoryBlock * memblk = new KcsMemoryBlock(&result,
 			sizeof(KcsProfile * ), profileCount);
 	if (memblk == NULL)
 			return(KCS_MEM_ALLOC_ERROR);
 	KcsProfile * *moreProfiles = (KcsProfile * *)memblk->lock();
 	KcsProfile * madeProfile = NULL;
 	long failingNum = 0;
 	for (i = 0; i < profileCount; i++) (
 			if (!isValid(profileSequence[i], profiles)) {
 				*failedProfileIndex = i;
 				*resultProfileId = BAD_PROFILE_ID;
 				memblk->unlock();
 				memblk->dettach();
 				KcsUnlockHandle(gProfileArray);
 				// also have to do a dettach here !!
 				return(KCS_BAD_PROFILE_ID);
 				}
 			else
 				moreProfiles[i] =
 						(KcsProfile *)profiles[profileSequence[i]]->attach();
 			}
 	result = profiles[profileSequence[0]]->connect(profileCount,
 			moreProfiles, operationLoadSet, madeProfile, &failingNum);
 	*failedProfileIndex = failingNum;
 	if (result == KCS_SUCCESS)
 	profiles[*resultProfileId] = madeProfile;

 	for (i = 0; i < profileCount; i++) {
 			moreProfiles[i]->dettach();
 			}
 	memblk->unlock();
 	memblk->dettach();
 	KcsUnlockHandle(gProfileArray);

 gNumProfilesAllocated++;
 return(result);
 }