(68K) Feature Manager | Palm OS® Programmer's API Reference

This chapter provides reference material for the feature manager. The feature manager API is declared in the header file FeatureMgr.h.

For more information on the feature manager, see the section "Features" in the Palm OS Programmer's Companion, vol. I.

To learn how to use the predefined Palm OS^® features to test for the existence of certain OS features, see the "Compatibility Guide" appendix.

Feature Constants ^TOP^

This section lists the feature constants that various parts of Palm OS define to identify how the system works. You can obtain the values of these features with the FtrGet() function:

err = FtrGet(creator, constant, &value)

where creator is the constant listed in the Creator columns of the tables that follow, constant is the value listed in the Constant column, and value is the set by the FtrGet function if the feature is defined. If the feature is not defined, value is not set, and sysErrNoSuchFeature is returned. Unless otherwise specified, you should consider these features to be read-only.

The feature constants are grouped into the following categories:

Networking Features ^TOP^

Table 34.1 lists the features that provide information about the communications and networking libraries installed on the device.

Table 34.1 Communications feature constants

Constant	Creator	Value
`btexgFtrNumVersion`	`btexgFtrCreator`	The version number of the Bluetooth Exchange Library. See "Detecting the Bluetooth Exchange Library" in the Palm OS Programmer's Companion, vol. II, Communications for more information.
`btLibFeatureVersion`	`btLibFeature Creator`	The version number of the Bluetooth Library. Used to determine if the Bluetooth Library Feature Set is present.
`inetFtrNumVersion`	`inetLibFtrCreator`	The version number of the Internet Library, if present. See "System Requirements" in Palm OS Programmer's Companion, vol. II, Communications for more information.
`irFtrNumVersion`	`irFtrCreator`	The version number of the IR library, if present.
`kCncFtrCncMgr Version`	`kCncFtrCncMgr Creator`	The version of the Connection Manager API. More than one version of this API has been released. If the value for this feature is greater than `0x00040001`, the Connection Manager Feature Set is present.
`kSmsFtrNumVersion`	`sysFileCSmsLib`	The version number of the SMS Exchange Library.
`sysFtrNumDefault Compression`	`sysFtrCreator`	The default compression algorithm used for wireless networking. The Palm Web Clipping Application checks this feature. Note that the Palm Web Clipping Application is obsolete.
`netFtrCommandBlocks`	`netFtrCreator`	System use only.
`netFtrNumVersion`	`netFtrCreator`	The version number of the Net Library. See "Version Checking" in the Palm OS Programmer's Companion, vol. II, Communications for more information.
`sysFtrBtSupports ScheduledWakeup`		The presence of this feature indicates that the Bluetooth hardware supports wakeup scheduling.
`sysFtrNewSerial Present`	sysFileCSerialMgr	A nonzero value indicates that the New Serial Manager Feature Set is present.
`sysFtrNewSerial Version`	sysFileCSerialMgr	The version of the New Serial Manager API. There is currently more than one version. See "Checking the Serial Manager Version" in the Palm OS Programmer's Companion, vol. II, Communications for more information.
`sysFtrNumEncryption`	`sysFtrCreator`	One or more flags indicating which encryption schemes are present. The only currently supported encryption is DES, which can be tested for using `sysFtrNumEncryptionMaskDES`.

Expansion and VFS Manager Features ^TOP^

Table 34.2 lists the feature constants that provide information about the Expansion and VFS Managers.

Table 34.2 Expansion and VFS feature constants

Constant	Creator	Value
`expFtrIDVersion`	`sysFileCExpansionMgr`	The version number of the Expansion Manager if present on the device. Used to determine if the Expansion Manager Feature Set is present.
`vfsFtrIDDefaultFS`	`sysFileCVFSMgr`	The creator ID of the default file system that `VFSVolumeFormat()` uses when formatting new volumes. Application developers are allowed to set this value.
`vfsFtrIDVersion`	`sysFileCVFSMgr`	The version number of the VFS Manager. Use to determine if the VFS Manager Feature Set is present.

Hardware Capability Features ^TOP^

Table 34.3 lists the features constants that provide information about the capabilities of the hardware on which Palm OS is running.

Table 34.3 Hardware capability feature constants

Constant	Creator	Value
`kAttnFtr Capabilities`	`kAttnFtrCreator`	One or more of the Attention Manager Feature Constants, indicating the hardware's abilities for catching the user's attention (LED, sound, vibration, and so on). For more information, see "Detecting Device Capabilities" in the Palm OS Programmer's Companion, vol. I.
`sysFtrNumBacklight`	`sysFtrCreator`	A nonzero value indicates that the device has a backlight.
`sysFtrNumDisplay Depth`	`sysFtrCreator`	The device's default display depth. Supported depths are 1, 2, 4, 8, and 16 bits per pixel.
`sysFtrNumDmAutoBackup`	`sysFtrCreator`	Indicates that the device has the Automatic Database Backup and Restore feature, which preserves device data even without a backup battery.
`sysFtrNumInputArea Flags`	`sysFtrCreator`	One or more of the flags listed in Table 34.4 that provide information about the input area.
`sysFtrNumUIHardwareFlags`		One or more flags specifying the set of UI navigation capabilities. See Table 34.5.
		This feature is not currently used but may be used by future devices.

Table 34.4 describes the possible flags that could be set in the value for the sysFtrNumInputAreaFlags feature constant. You can AND these flags with the value returned by FtrGet to see if that attribute exists. For example:

err = FtrGet(sysFtrCreator, sysFtrNumInputAreaFlags,  
  &flags); 
if (!err) { 
  if (flags & grfFtrInputAreaFlagDynamic) ... 
}

Table 34.4 Input area attributes

Constant	Description
`grfFtrInputAreaFlagDynamic`	The input area is implemented in software. If 0, the input area is implemented as hardware.
`grfFtrInputAreaFlagCollapsible`	The user is allowed to collapse the input area, giving more room to the application area.
`grfFtrInputAreaFlagLiveInk`	The input area has the live ink feature, which echoes the pen stroke so that the user can see what has been written.

Table 34.5 describes the flags that may be set in the value for the sysFtrNumUIHardwareFlags feature constant.

Table 34.5 Navigation attributes

Constant	Description
`sysFtrNumUIHardwareHas5Way`	The device has a 5-way navigation rocker.
`sysFtrNumUIHardwareHasJog`	The device has a thumb wheel on the side.
`sysFtrNumUIHardwareHasJogBack`	The device has a thumb wheel with a back button.
`sysFtrNumUIHardwareHasKbd`	The device has a built-in keyboard.
`sysFtrNumFiveWayNavVersion`	The version of the 5-way navigation support (if any)

Hardware Features ^TOP^

Table 34.6 lists the feature constants that identify the hardware itself, rather than the capabilities of the hardware.

NOTE: You are strongly encouraged to check the hardware capabilities and other features before resorting to checking for specific hardware devices, manufacturers, or ROM versions. The other features, when present, provide a more reliable method of discovering the capabilities of a particular device.

Table 34.6 Hardware feature constants

Constant	Creator	Value
`sysFtrNumHwrMisc Flags`	`sysFtrCreator`	One or more flags indicating hardware capabilities. See Table 34.7.
		This feature is not applicable on devices with ARM processors. On releases before Palm OS 3.5, this feature's value contains both the product ID and the hardware's capabilities.
`sysFtrNumHwrMisc FlagsExt`	`sysFtrCreator`	One or more flags indicating additional hardware capabilities. See Table 34.8.
		This feature is not applicable on devices with ARM processors.
`sysFtrNumOEM CompanyID`	`sysFtrCreator`	The 4-character company ID of the HAL manufacturer. The company ID is unique for each Palm OS licensee.
		This feature is only defined on Palm OS 3.5 and later releases. On earlier releases, the `sysFtrNumHwrMiscFlags` value contains both the product ID and the hardware's capabilities.
`sysFtrNumOEM DeviceID`	`sysFtrCreator`	The 4-character ID of the device on which Palm OS is running. There is roughly one device ID per model of device.
		This feature is only defined on Palm OS 3.5 and later releases. On earlier releases, the `sysFtrNumHwrMiscFlags` value contains both the product ID and the hardware's capabilities.
`sysFtrNumOEMHALID`	`sysFtrCreator`	The 4-character ID of the HAL on which Palm OS is running. Each HAL is specific to a device model and Palm OS version.
		This feature is only defined on Palm OS 3.5 and later releases. On earlier releases, the `sysFtrNumHwrMiscFlags` value contains both the product ID and the hardware's capabilities.
`sysFtrNumOEMROM Version`	`sysFtrCreator`	A ROM system version provided by the Palm OS licensee. Used to identify patches provided by licensees.
`sysFtrNum ProcessorID`	`sysFtrCreator`	The processor type and the processor revision. See Table 34.9.
`sysFtrNumProductID`	`sysFtrCreator`	The processor type and the processor revision. See Table 34.9. (Note that `sysFtrNumOEMDeviceID` gives the product ID.)
`sysFtrNumROMVersion`	`sysFtrCreator`	The ROM version. You can use the `sysMakeROMVersion` macro to create a value to test against. See Appendix B and "The System Version Feature" in the Palm OS Programmer's Companion, vol. I.
`sysFtrNumVendor`		Not used.

Table 34.7 defines the possible flags that could be set in the value for the sysFtrNumHwrMiscFlags feature constant. You can AND these flags with the value returned by FtrGet to see if that attribute exists. For example:

err = FtrGet(sysFtrCreator, sysFtrNumHwrMiscFlags, &flags); 
if (!err) { 
  if (flags & hwrMiscFlagHasBacklight) ... 
}

Table 34.7 Hardware flags

Constant	Description
`hwrMiscFlagHasBacklight`	The display has a backlight.
`hwrMiscFlagHasMbdIrDA`	IrDA is present on the main board.
`hwrMiscFlagHasCardIrDA`	IrDA is present on the memory card.
`hwrMiscFlagHasBurrBrown`	Not used.
`hwrMiscFlagHasJerryHW`	The device is a Palm VII series device.
`hwrMiscFlagNoRTCBug`	Not used.
`hwrMiscFlagHas3vRef`	Not used.
`hwrMiscFlagHasAntennaSw`	Not used.
`hwrMiscFlagHasCradleDetect`	There is an A/D converter on the HotSync port used for identifying the attached device.
`hwrMiscFlagHasSWContrast`	Software contrast is supported.
`hwrMiscFlagInvertLCDForBL`	The LCD is inverted when backlight is on.
`hwrMiscFlagHasMiscFlagExt`	Further attributes are defined in the `sysFtrNumHwrMiscFlagsExt` feature value.

Table 34.8 describes the possible flags that could be set in the value for the sysFtrNumHwrMiscFlagsExt feature constant. You can AND these flags with the value returned by FtrGet to see if that attribute exists. For example:

err = FtrGet(sysFtrCreator, sysFtrNumHwrMiscFlagsExt,  
  &flags); 
if (!err) { 
  if (flags & hwrMiscFlagExtHasLiIon) ... 
}

Table 34.8 Hardware extended flags

Constant	Description
`hwrMiscFlagExtSubIDMask`	Subtype ID Mask.
`hwrMiscFlagExtHasLiIon`	The device has a Lithium Ion battery that is rechargable in the cradle.
`hwrMiscFlagExtHasRailIO`	Not used.
`hwrMiscFlagExtHasFlash`	The device has Flash ROM.
`hwrMiscFlagExtHasFParms`	The device has a Flash parameters area.
`hwrMiscFlagExt115KIrOK`	The device supports 115K IR transfers.
`hwrMiscFlagExtHasExtLCD`	Not used.
`hwrMiscFlagExtHasSWBright`	The device has software controlled brightness.
`hwrMiscFlagExtNeedsLpr`	Not used.

Table 34.9 contains the possible values returned for sysFtrNumProcessorID and sysFtrNumProductID. Use the bit mask sysFtrNumProcessorMask to extract the processor type from the values returned for these feature. For example:

UInt32 id, chip, revision; 
Err err; 
err = FtrGet(sysFtrCreator, sysFtrNumProcessorID, &id); 
if (!err) { 
  chip = id & sysFtrNumProcessorMask; 
  revision = id & 0x0ffff; 
  if (chip==sysFtrNumProcessor328) 
    // traditional Dragonball 
  else if (chip==sysFtrNumProcessorEZ) 
    // Dragonball EZ 
  else ... 
}

Table 34.9 Processor values

Constant	Description
`sysFtrNumProcessor328`	Motorola 68328 (Dragonball).
`sysFtrNumProcessorARM710A`	ARM710A
`sysFtrNumProcessorARM720T`	ARM 720T
`sysFtrNumProcessorARM7TDMI`	ARM7TDMI
`sysFtrNumProcessorARM920T`	ARM920T
`sysFtrNumProcessorARM922T`	ARM922T
`sysFtrNumProcessorARM925`	ARM925
`sysFtrNumProcessorARM925T`	ARM925T
`sysFtrNumProcessorARM926EJS`	ARM926EJ-S
`sysFtrNumProcessorEZ`	Motorola 68EZ328 (Dragonball EZ).
`sysFtrNumProcessorStrongARM`	Strong ARM
`sysFtrNumProcessorSuperVZ`	Motorola 68SZ328 (Dragonball SuperVZ)
`sysFtrNumProcessorVZ`	Motorola 68VZ328 (Dragonball VZ)
`sysFtrNumProcessorx86`	The Palm OS ARM Simulator, which runs on Windows. See "Calling ARM-Native Subroutines" in Palm OS Programmer's Companion, vol. I.
`sysFtrNumProcessorXscale`	X-scale

Emulator and Debugging Features ^TOP^

Table 34.10 lists the feature constants that provide debugging information.

Table 34.10 Debugging feature constants

Constant	Creator	Value
`kPalmOSEmulator FeatureNumber`	`kPalmOSEmulator FeatureCreator`	The value is 0 if the application is running on the Palm OS Emulator rather than a real handheld.
`omFtrShowErrorsFlag`	`omFtrCreator`	A Boolean value that controls the number of error messages displayed by the Overlay Manager. Application developers may set this feature to debug an overlay database. It is automatically set in debug ROMs. See "Overlay Manager Constants" for more information.
`sysFtrNumErrorCheckLevel`	`sysFtrCreator`	The error checking level (such as `ERROR_CHECK_FULL` or `ERROR_CHECK_NONE`) with which the system was built.
`sysFtrNumGremlins SupportGlobals`	`sysFtrCreator`	A memory location that is used to intelligently support Gremlins. This feature was set only by the Progress Manager and only in Palm OS 3.2 and 3.3. It is obsolete in Palm OS 3.5 and later.

Localization Features ^TOP^

Table 34.11 lists the feature constants that provide information about the device's locale.

Table 34.11 Localization feature constants

Constant	Creator	Value
`omFtrDefaultLocale`	`omFtrCreator`	An `LmLocaleType` constant identifying the country and language of the ROM's default locale.
`sysFtrDefaultBold Font`	`sysFtrCreator`	The `FontID` of the default font used for bold text as specified in the ROM's locale module.
`sysFtrDefaultFont`	`sysFtrCreator`	The `FontID` of the default font for standard text, as defined in the ROM's locale module.
`sysFtrIDKeyboard Active`	`sysFtrTKeyboard`	A nonzero value indicates that the keyboard dialog is being displayed. Only used on systems with multi-byte character encodings.
`sysFtrNumChar EncodingFlags`	`sysFtrCreator`	One or more of the Character Encoding Feature Attributes, which specify the attributes of the character encoding used on the device. For example, these constants specify if the device uses only single-byte characters or has double-byte characters as well.
`sysFtrNumCountry`	`sysFtrCreator`	One of the Country Constants, identifying the default country as specified in the ROM's locale module.
`sysFtrNumEncoding`	`sysFtrCreator`	One of the Character Encoding Constants identifying the character encoding used on the device. See also "Retrieving the Character Encoding" in the Palm OS Programmer's Companion, vol. I.
`sysFtrNumIntlMgr`	`sysFtrCreator`	One or more flags specifying International Manager attributes. See Table 34.12.
`sysFtrNumLanguage`	`sysFtrCreator`	One of the Language Constants specifying the default language in the ROM's locale module.
`tsmFtrNumFlags`	`tsmFtrCreator`	One or more flags indicating the attributes of the front-end processor (FEP). The only supported attribute currently is `tsmFtrFlagsHasFep`, which is set when any FEP is present. FEPs are common on systems with multi-byte character encodings.

Table 34.12 lists the possible flags that could be set in the value for the sysFtrNumIntlMgr feature constant.

Table 34.12 International Manager flags

Constant	Description
`intlMgrExists`	The International Manager is installed on the device.
`intlMgrStrict`	The International Manager does strict checking and produces more error messages. This flag is set for debugging purposes.
`intlMgrBestFit`	The `TxtConvertEncoding()` function can use the `charEncodingDestBestFitFlag`. See the description of that function for more information.

Miscellaneous Features ^TOP^

Table 34.13 lists the feature constants that provide information about the other features that may be part of Palm OS.

Table 34.13 Miscellaneous feature constants

Constant	Creator	Value
`sndFtrIDVersion`	`sysFileCSoundMgr`	The version number of the Sound Streaming API. Used to determine if the Sound Stream Feature Set is present.
`sysFtrIDOEMSysHide BatteryGauge`	`sysFtrTOEMSys`	If defined, the Launcher does not display the battery gauge in its title bar. This feature is only defined on devices such as phones that have some other place to display the information.
`sysFtrNumAccessor TrapPresent`	`sysFtrCreator`	A nonzero value indicates that the Palm OS Glue Library running on a Palm OS Garnet release should call certain functions through PACE rather than access structures directly.
`sysFtrNumNotifyMgr Version`	`sysFtrCreator`	The version number of the Notification Manager API. Used to determine if the Notification Feature Set is present.
`sysFtrNumWinVersion`	`sysFtrCreator`	The version of the Window Manager. If 4 or greater, the High-Density Display Feature Set is present. Version 5 adds QVGA support.

Feature Manager Functions and Macros ^TOP^

FtrGet Function ^TOP^

Purpose

Get a feature.

Declared In

FeatureMgr.h

Prototype

Err FtrGet (
   UInt32 creator,
   UInt16 featureNum,
   UInt32 *valueP
)

Parameters

→ creator: Creator ID, which must be registered with PalmSource, Inc. This is usually the same as the creator ID for the application that owns this feature.
→ featureNum: Feature number of the feature.
← valueP: Value of the feature is returned here.

Returns

Returns 0 if no error, or ftrErrNoSuchFeature if the specified feature number doesn't exist for the specified creator.

Comments

The value of the feature is application-dependent.

FtrGetByIndex Function ^TOP^

Purpose

Get a feature by index.

Declared In

FeatureMgr.h

Prototype

Err FtrGetByIndex (
   UInt16 index,
   Boolean romTable,
   UInt32 *creatorP,
   UInt16 *numP,
   UInt32 *valueP
)

Parameters

→ index: Index of feature.
→ romTable: If true, index into ROM table; otherwise, index into RAM table.
← creatorP: Feature creator is returned here.
← numP: Feature number is returned here.
← valueP: Feature value is returned here.

Returns

Returns 0 if no error, or ftrErrNoSuchFeature if the index is out of range.

Comments

This function is intended for system use only. It is used by shell commands. Most applications don't need it.

Until the caller gets back ftrErrNoSuchFeature, it should pass indices for each table (ROM, RAM) starting at 0 and incrementing. Note that in Palm OS 3.1 and higher, the RAM feature table serves the entire system. At system startup, the values in the ROM feature table are copied into the RAM feature table.

FtrPtrFree Function ^TOP^

Purpose

Release memory previous allocated with FtrPtrNew().

Declared In

FeatureMgr.h

Prototype

Err FtrPtrFree (
   UInt32 creator,
   UInt16 featureNum
)

Parameters

→ creator: The creator ID for the feature.
→ featureNum: Feature number of the feature.

Returns

Returns 0 if no error, or ftrErrNoSuchFeature if an error occurs.

Comments

This function unregisters the feature before freeing the memory associated with it.

Compatibility

Implemented only if 3.1 New Feature Set is present.

FtrPtrNew Function ^TOP^

Purpose

Allocate feature memory.

Declared In

FeatureMgr.h

Prototype

Err FtrPtrNew (
   UInt32 creator,
   UInt16 featureNum,
   UInt32 size,
   void **newPtrP
)

Parameters

→ creator: Creator ID, which must be registered with PalmSource, Inc. This is usually the same as the creator ID for the application that owns this feature.
→ featureNum: Feature number of the feature.
→ size: Size in bytes of the temporary memory to allocate. The maximum chunk size is 64K.
← newPtrP: Pointer to the memory chunk is returned here.

Returns

Returns 0 if no error, memErrInvalidParam if the value of size is 0, or memErrNotEnoughSpace if there is not enough space to allocate a chunk of the specified size.

Comments

This function allocates a chunk of memory and stores a pointer to that chunk in the feature table. The same pointer is returned in newPtrP. The memory chunk remains allocated and locked until the next system reset or until you free the chunk with FtrPtrFree().

FtrPtrNew is useful if you want quick, efficient access to data that persists from one invocation of the application to the next. FtrPtrNew stores values on the storage heap rather than the dynamic heap, where free space is often extremely limited. The disadvantage to using feature memory is that writing to storage memory is slower than writing to dynamic memory.

NOTE: Starting with Palm OS 3.5, FtrPtrNew allows allocating chunks larger than 64k. Do keep in mind standard issues with allocating large chunks of memory: there might not be enough contiguous space, and it can impact system performance.

You can obtain the pointer to the chunk using FtrGet(). To write to the chunk, you must use DmWrite() because the chunk is in the storage heap, not the dynamic heap.

For example, if you allocate a memory chunk in this way:

FtrPtrNew(appCreator, 
    myFtrMemFtr, 32, &ftrMem);

You can later access that memory and write to it using the following:

void *data;  
if (!FtrGet(appCreator, 
    myFtrMemFtr, (UInt32*)&data)) 
  DmWrite(data, 0, &someVal, sizeof(someVal));

Compatibility

Implemented only if 3.1 New Feature Set is present.

FtrPtrResize Function ^TOP^

Purpose

Resize feature memory.

Declared In

FeatureMgr.h

Prototype

Err FtrPtrResize (
   UInt32 creator,
   UInt16 featureNum,
   UInt32 newSize,
   void **newPtrP
)

Parameters

→ creator: The creator ID for the feature.
→ featureNum: Feature number of the feature.
→ newSize: New size in bytes for the chunk.
← newPtrP: Pointer to the memory chunk is returned here.

Returns

Returns 0 if no error, or ftrErrNoSuchFeature if the specified feature number doesn't exist for the specified creator, memErrInvalidParam if newSize is 0, or memErrNotEnoughSpace if there's not enough free space available to allocate a chunk of that size.

Comments

Use this function to resize a chunk of memory previously allocated by FtrPtrNew().

This function may move the chunk to a new location in order to resize it, so it is important to use the pointer returned by this function when accessing the memory chunk. The pointer in the feature table is automatically updated to be the same as the pointer returned by this function.

If this function fails, the old memory pointer still exists and its data is unchanged.

Compatibility

Implemented only if 3.1 New Feature Set is present.

FtrSet Function ^TOP^

Purpose

Set a feature.

Declared In

FeatureMgr.h

Prototype

Err FtrSet (
   UInt32 creator,
   UInt16 featureNum,
   UInt32 newValue
)

Parameters

→ creator: Creator ID, which must be registered with PalmSource, Inc. This is usually the same as the creator ID for the application that owns this feature.
→ featureNum: Feature number for this feature.
→ newValue: New value.

Returns

Returns 0 if no error, or memErrNotEnoughSpace if the feature table must be resized to add a new feature and no space is available.

Comments

The value of the feature is application-dependent.

A feature that you define in this manner remains defined until the next system reset or until you explicitly undefine the feature with FtrUnregister().

FtrUnregister Function ^TOP^

Purpose

Unregister a feature.

Declared In

FeatureMgr.h

Prototype

Err FtrUnregister (
   UInt32 creator,
   UInt16 featureNum
)

Parameters

→ creator: Creator ID for the feature.
→ featureNum: Feature number of the feature.

Returns

Returns 0 if no error, or ftrErrNoSuchFeature if the specified feature number doesn't exist for the specified creator.

34 Feature Manager

Feature Constants ^TOP^

Networking Features ^TOP^

Expansion and VFS Manager Features ^TOP^

Hardware Capability Features ^TOP^

Hardware Features ^TOP^

Emulator and Debugging Features ^TOP^

Localization Features ^TOP^

Miscellaneous Features ^TOP^

Feature Manager Functions and Macros ^TOP^

FtrGet Function ^TOP^

Purpose

Declared In

Prototype

Parameters

Returns

Comments

See Also

FtrGetByIndex Function ^TOP^

Purpose

Declared In

Prototype

Parameters

Returns

Comments

FtrPtrFree Function ^TOP^

Purpose

Declared In

Prototype

Parameters

Returns

Comments

Compatibility

FtrPtrNew Function ^TOP^

Purpose

Declared In

Prototype

Parameters

Returns

Comments

Compatibility

See Also

FtrPtrResize Function ^TOP^

Purpose

Declared In

Prototype

Parameters

Returns

Comments

Compatibility

See Also

FtrSet Function ^TOP^

Purpose

Declared In

Prototype

Parameters

Returns

Comments

See Also

FtrUnregister Function ^TOP^

Purpose

Declared In

Prototype

Parameters

Returns