C++ Member Function Index

• NewFepL() - FEP factory function which must be exported by every FEP.
• SynchronouslyExecuteSettingsDialogL() - Runs the FEP settings dialog.
• FepObserverHandleStartOfTransactionL() - Handles the start of a FEP transaction.
• InternalizeL() - Internalises the margin state from a read stream.
• operator<<().
• operator>>().
• Abs() - Returns an absolute value.
• Align2() - Aligns the specified value onto a 2-byte boundary.
• Align4() - Aligns the specified value onto a 4-byte boundary.
• CleanupArrayDeletePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• CleanupArrayDeletePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• CleanupClosePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• CleanupClosePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• CleanupDeletePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• CleanupDeletePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• CleanupReleasePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• CleanupReleasePushL()  Constructs and pushes a TCleanupItem object onto the cleanup stack.
• Lim() - Tests whether the specified value is less than or equal to the specified upper limit.
• LimX() - Tests whether the specified value is strictly less than the specified upper limit.
• Max()  Returns the larger of two values.
• Max()  Returns the larger of two objects, where the right hand object is a treated as a TInt for the purpose of comparison.
• Min()  Returns the smaller of two values.
• Min()  Returns the smaller of two objects, where the right hand object is a treated as a TInt for the purpose of comparison.
• NewConsole().
• PtrAdd() - Adds a value to a pointer.
• PtrSub() - Subtracts a value from a pointer.
• Rng() - Determines whether a specified value lies within a defined range of values.
• memclr() - A Nanokernel utility function that sets the specified number of bytes to binary zero.
• memcompare() - A Nanokernel utility function that compares two memory buffers for equality.
• memcpy() - A Nanokernel utility function that copies bytes in memory.
• memmove()  A Nanokernel utility function that moves (copies) bytes in memory.
• memset()  A Nanokernel utility function that sets all of the specified number of bytes to the specified fill value.
• operator new().
• operator new().
• operator new().
• operator new().
• operator new[]().
• operator new[]().
• wordmove() - A Nanokernel utility function that moves (copies) bytes in memory.
• FileNamesIdentical().
• DestroyThreadRandom().
• GenerateRandomBytesL().
• SetThreadRandomLC().
• SetThreadRandomL().
• operator+().
• CloseSTDLIB() - Support for explicit release of all STDLIB resources belonging to this thread.
• ImpurePtr().
• _REENT_INIT().
• __assert().
• __stderr().
• __stdin() - Function interface to the "constants" stdin, stdout and stderr.
• __stdout().
• _accept_r().
• _atexit_processing_r() - It's possible to override exit() by supplying abort(), exit() and _exit() The generic exit() and abort() routines look like.
• _bind_r().
• _chdir_r() - A reentrant version of chdir().
• _chmod_r() - A reentrant version of chmod().
• _cleanup() - The name _cleanup is rather well-known...
• _cleanup_r() - Reentrant versions of the <stdio.h> functions.
• _close_r() - A reentrant version of close().
• _connect_r().
• _dtoa_r().
• _dup2_r() - A reentrant version of dup2().
• _dup_r() - A reentrant version of dup().
• _e32memcpy().
• _epoc32_atexit().
• _fcntl_r().
• _fdopen_r().
• _fopen_r().
• _fork_r().
• _fstat_r() - A reentrant version of fstat().
• _fsync_r() - A reentrant version of fsync().
• _getchar_r().
• _getcwd_r() - A reentrant version of getcwd().
• _getenv_r() - A reentrant version of getenv().
• _gethostbyaddr_r() - Get the internet name of the host by address.
• _gethostbyname_r() - Get the internet name of the host by name.
• _getpeername_r().
• _gets_r().
• _getsockname_r().
• _getsockopt_r().
• _inet_ntoa_r().
• _init_reent().
• _ioctl_r() - A reentrant version of ioctl().
• _iprintf_r().
• _kill_r().
• _link_r().
• _listen_r().
• _lseek_r().
• _mkdir_r() - A reentrant version of mkdir().
• _mkstemp_r().
• _mktemp_r().
• _mstats_r().
• _open_r() - A reentrant version of open().
• _opendir_r() - A reentrant version of opendir().
• _perror_r().
• _popen3_r() - A reentrant version of a popen3().
• _printf_r().
• _putchar_r().
• _puts_r().
• _rand_r() - Reentrant versions of rand().
• _read_r() - A reentrant version of read().
• _readdir_r() - A reentrant version of readdir().
• _realpath_r() - A reentrant version of realpath().
• _reclaim_reent() - The struct _reent is managed on a per-thread basis by EPOC32, so there is no global variable _impure_pointer and everyone has to use _REENT.
• _recv_r().
• _recvfrom_r().
• _rename_r() - A reentrant version of rename().
• _rmdir_r() - A reentrant version of rmdir().
• _scanf_r().
• _send_r().
• _sendto_r().
• _setenv_r() - A reentrant version of setenv().
• _setsockopt_r().
• _shutdown_r().
• _socket_r().
• _sprintf_r().
• _srand_r() - Reentrant versions of srand().
• _stat_r() - A reentrant version of stat().
• _strtoul_r().
• _system_r() - A reentrant version of system().
• _tempnam_r().
• _tmpfile_r().
• _tmpnam_r().
• _unlink_r() - A reentrant version of unlink().
• _unsetenv_r() - A reentrant version of unsetenv().
• _vfprintf_r().
• _wait_r() - A reentrant version of wait().
• _waitpid_r() - A reentrant version of waitpid().
• _wchdir_r() - A reentrant version of wchdir().
• _wchmod_r() - A reentrant version of wchmod().
• _wfdopen_r().
• _wfopen_r().
• _wgetcwd_r() - A wide-character version of reentrant of getcwd().
• _wgetenv_r() - A reentrant version of wgetenv().
• _wmkdir_r() - A reentrant version of wmkdir().
• _wopen_r() - A reentrant version of wopen().
• _wopendir_r() - A reentrant version of wopendir().
• _wpopen3_r() - A wide-character version of reentrant of popen3().
• _wrealpath_r() - A wide-character version of reentrant of realpath().
• _wrename_r() - A wide-character version of reentrant of rename().
• _write_r() - A reentrant version of write().
• _wrmdir_r() - A reentrant version of wrmdir().
• _wsetenv_r() - A reentrant version of wsetenv().
• _wstat_r() - A reentrant version of wstat().
• _wsystem_r() - A wide-character version of reentrant of system().
• _wtmpnam_r().
• _wunlink_r() - A wide-character version of reentrant of unlink().
• _wunsetenv_r() - A reentrant version of wunsetenv().
• abs().
• accept() - accepts a connection on a socket.
• acos() - Calculate arccosine.
• asctime().
• asctime_r() - A reentrant version of asctime().
• asin() - Calculate arcsine.
• atan2() - Calculate arctangent, 2 parameters.
• atan() - Calculate arctangent.
• atof() - Convert string to double.
• atoi().
• bind() - Associate that socket with a port.
• bsearch() - searches an array beginning at <[base]> for any element that matches <[key]>, using binary search.
• calloc().
• ceil().
• chmod() - Sets the access permissions for the file whose name is given by pathname to the bit pattern contained in mode.
• clearerr().
• clock() - Return number of clock ticks since process start.
• closedir() - closes the directory stream that dirp refers to.
• connect() - Used by a client program to establish communication with a remote entity.
• copysign() - Non ANSI functions provided by EPOC32.
• cos() - Calculate cosine.
• cosh().
• ctime().
• ctime_r() - A reentrant version of ctime().
• difftime().
• div().
• exit().
• exp() - Calculate exponential.
• expm1().
• fabs().
• fclose().
• fdopen().
• feof().
• ferror().
• fflush().
• fgetc().
• fgetpos().
• fgets().
• fileno() - Routines in POSIX 1003.1.
• finite() - Test for finity.
• floor().
• fmod() - Return remainder of floating point division.
• fopen().
• fprintf().
• fputc().
• fputs().
• fread().
• free().
• freopen().
• frexp().
• fscanf().
• fseek().
• fsetpos().
• fstat() - Gets information about the named file and writes it to the area that buf points to.
• ftell().
• fwrite().
• getc().
• getchar().
• getenv() - Get string from environment.
• gethostbyaddr() - Get the internet name of the host by address.
• gethostbyname() - Get the internet name of the host by name.
• getpeername().
• getpid() - NB.
• gets().
• getsockname() - returns the current name for the specified socket.
• getsockopt() - Manipulates options associated with a socket.
• gettimeofday() - Intended Usage: The gettimeofday function obtains the current UTC time, which is expressed as seconds and microseconds since 00:00:00 Coordinated Universal Time (UTC), January 1, 1970, and stores it in a timeval structure.
• gmtime().
• gmtime_r() - A reentrant version of gmtime().
• htonl().
• index().
• inet_addr().
• inet_aton().
• inet_lnaof().
• inet_makeaddr().
• inet_netof().
• inet_ntoa().
• ioctl() - Performs a variety of device-specific control functions on device special files.
• isalnum() - Tests whether the character is alphabetic or a decimal digit.
• isalpha() - Test for an alphabetic character.
• iscntrl() - Tests whether the character is a control character.
• isdigit() - Tests whether the character is a standard decimal digit.
• isgraph() - Tests whether the character is a graphic character.
• isinf() - test for infinity or not-a-number.
• islower() - Tests if character is a lowercase letter.
• isnan() - tests whether d is NaN.
• isprint() - Tests whether the character is a printable character.
• ispunct() - Tests whether the character is a punctuation character.
• isspace() - Tests whether the character is a white space character.
• isupper() - Tests whether the character is uppercase.
• isxdigit() - Tests whether the character is a hexadecimal digit (0-9, a-f, A-F).
• ldexp().
• listen() - Marks a connection-mode socket, specified by the socket argument fd, as accepting connections, and limits the number of outstanding connections in the socket's listen queue to the value specified by the n argument.
• localeconv().
• localtime().
• localtime_r() - A reentrant version of localtime().
• log10() - Calculate logarithm base 10.
• log() - Calculate natural logarithm.
• longjmp().
• malloc().
• mblen() - If string is not a null pointer, the function returns the number of bytes in the multibyte string that constitute the next multibyte character, or it returns -1 if the next n (or the remaining) bytes do not constitute a valid multibyte character.
• mbstowcs().
• mbtowc() - Converts the multibyte character addressed by s into the corresponding UNICODE character pwc.
• memchr().
• memcmp().
• memmove().
• memset().
• mkdir() - Creates a new directory with the specified path name.
• mktime() - Convert tm structure to time_t value.
• modf().
• open() - Opens the file which name is stored in the file string.
• opendir() - Opens a directory.
• perror().
• popen3() - Gives access to the client's stdin.
• pow() - Calculate numeric power.
• printf().
• putc().
• putchar().
• puts().
• qsort() - Sort an array.
• rand() - Returns a different integer each time it is called; each integer is chosen by an algorithm designed to be unpredictable, so that you can use <> when you require a random number.
• readdir() - Returns a pointer to a dirent structure representing the next directory entry in the directory stream pointed to be dir.
• realloc().
• realpath() - Takes a specified path name, pathname and resolves all symbolic links, extra slashes (/), and references to /./ and /../.
• recv() - Receives a message from a socket.
• recvfrom().
• rewind().
• rewinddir() - Sets the position (associated with the directory stream that dirp points to) to the beginning of the directory.
• rindex().
• rint() - round to integral value in floating-point format.
• scalbn().
• scanf().
• seekdir() - sets the position of the next readdir() operation on the directory stream specified by dp to the position specified by index.
• send() - initiates transmission of a message from the specified socket to its peer.
• sendto().
• setbuf().
• setenv() - Adds or changes an environment variable.
• setjmp().
• setlocale().
• setsockopt() - manipulates options associated with a socket.
• setvbuf().
• shutdown() - shuts down all or part of a full-duplex connection on the socket associated with fd.
• sin() - Calculate sine.
• sinh().
• sleep().
• socket().
• sprintf().
• sqrt() - Calculate square root.
• srand().
• sscanf().
• stat() - Gets the size of a file.
• strcasecmp() - Compares the null-terminated strings left and right and returns an integer greater than,equal to, or less than zero (0), accordingly as left is lexicographically greater than,equal to, or less than right after translation of each corresponding character to lowercase.
• strcat().
• strchr().
• strcmp().
• strcoll().
• strcpy().
• strcspn().
• strdup().
• strerror().
• strftime().
• strlen().
• strncasecmp().
• strncat().
• strncmp().
• strncpy().
• strpbrk().
• strrchr().
• strspn().
• strstr().
• strtod() - Convert string to double-precision floating-point value.
• strtok().
• strtok_r().
• strtol().
• strtoul().
• strxfrm().
• system() - Execute command.
• tan() - Calculate tangent.
• tanh().
• telldir() - Returns the current location associated with the directory stream dir.
• time() - Intended Usage: Get current UTC time.
• tmpfile() - Functions defined in ANSI C standard.
• tmpnam().
• tolower() - Tests whether the character is lowercase.
• toupper() - Returns the character value after conversion to uppercase or the character's own value, if no uppercase form exists.
• ungetc().
• unsetenv() - Removes an environment variable.
• vfprintf().
• vprintf().
• vsprintf().
• wait() - Calls reentrant version of waitpid().
• waitpid().
• wchmod() - A wide-character version of chmod().
• wclosedir() - Closes the directory.
• wcscat().
• wcscmp().
• wcscpy().
• wcsdup().
• wcslen().
• wcstombs() - The wcstombs function converts a wide string to a string of multibyte characters.
• wctomb() - Converts a wide character to a multibyte character.
• wfdopen().
• wfopen().
• wfreopen().
• wgetenv().
• wmkdir() - A wide-character version of mkdir().
• wopen() - A wide_character version of a open().
• wopendir() - A wide-character version of opendir().
• wpopen3() - A wide-character version of popen3().
• wreaddir().
• wrealpath() - A wide-character version of realpath().
• wrewinddir() - Resets the position to the beginning of the directory.
• wseekdir() - Sets the index position of the directory stream specified by dp to the position specified by index.
• wsetenv() - A wide-character version of a setenv().
• wstat() - A wide_character version of a stat().
• wsystem() - A wide-character version of a system().
• wtelldir().
• wtmpnam().
• wunsetenv() - A wide-character version of a unsetenv().
• StartSysAgt2() - The function starts SysAgt2 server.
• Panic().



• ASCliDefinitions - This is a utility class that retrieves the name and version number of the alarm server.
• ASCliDefinitions::ServerAndThreadName() - Returns the alarm server's unique name.



• AlarmClientUtils.
• AlarmClientUtils::StartAlarmServer() - Starts the alarm server.



• BTDeviceArrayCleanupStack - Cleanup utility for CBTDeviceArrays.
• BTDeviceArrayCleanupStack::PushL() - Push an object onto the cleanupstack.



• BTDeviceNameConverter - Utility class to convert between a wide TBTDeviceName and a narrow TBTDeviceName8.
• BTDeviceNameConverter::ToUnicodeL() - Convert a narrow TBTDeviceName8 to a wide TBTDeviceName.
• BTDeviceNameConverter::ToUTF8L() - Convert a wide TBTDeviceName to a narrow TBTDeviceName8.



• BaSystemSound - Utility class to handle system sounds.
• BaSystemSound::GetSound() - Gets sound information from the specified file.
• BaSystemSound::SetSoundL() - Adds the specified system sound to the array of system sounds if it does not already exist in the array.
• BaSystemSound::SystemSoundFile() - Returns the name of the system sound table.



• BaflUtils - Provides simple-to-use file system utilities.
• BaflUtils::AbbreviateFileName() - Abbreviates a file name.
• BaflUtils::CheckFolder() - Checks that the specified folder can be opened.
• BaflUtils::CheckWhetherFullNameRefersToFolder() - Checks if a string is a valid folder name.
• BaflUtils::CopyFile() - Copies one or more files.
• BaflUtils::CopyWithTruncation() - Copies a descriptor, abbreviating it to fit the destination descriptor.
• BaflUtils::DeleteFile() - Deletes one or more files.
• BaflUtils::DiskIsReadOnly() - Checks if the specified drive is read-only.
• BaflUtils::DriveAndPathFromFullName() - Gets the drive letter and path from a file name.
• BaflUtils::DriveIsReadOnlyInternal() - Checks if the specified drive is read-only and is an internal drive i.e.
• BaflUtils::EnsurePathExistsL() - Makes one or more directories, if they do not already exist.
• BaflUtils::ExtractAppNameFromFullName() - Gets the application name from a full thread name.
• BaflUtils::FileExists() - Checks if the specified file exists.
• BaflUtils::FolderExists() - Tests whether a folder exists.
• BaflUtils::FolderNameFromFullName() - Gets the folder name from a path.
• BaflUtils::GetDiskListL() - Retrieves a list of all drives on the system.
• BaflUtils::GetDowngradePathL() - Gets the full language downgrade path for a particular locale.
• BaflUtils::GetSystemDrive() - Gets the value of the system drive, if one has been set.
• BaflUtils::IdealLanguage().
• BaflUtils::InitialiseHAL().
• BaflUtils::InitialiseLocale().
• BaflUtils::InitialiseScreenCalibration().
• BaflUtils::IsFirstDriveForSocket() - Tests whether the specified drive corresponds to the primary partition in a removable media slot.
• BaflUtils::IsFolder() - Checks if the specified item is a folder.
• BaflUtils::MostSignificantPartOfFullName() - Gets the folder name if the specified item is a valid folder name, otherwise gets the file name.
• BaflUtils::NearestLanguageFile()  Searches for the file with the correct language extension for the language of the current locale, or failing this, the best matching file.
• BaflUtils::NearestLanguageFile()  Searches for the file with the correct language extension for the language of the current locale, or failing this, the best matching file.
• BaflUtils::Parse() - Checks if a specified file name can be parsed.
• BaflUtils::PathExists() - Tests whether a path exists.
• BaflUtils::PersistHAL() - Saves the HAL settings to file.
• BaflUtils::PersistLocale() - Saves the locale settings in TLocale and the currency symbol to file.
• BaflUtils::PersistScreenCalibration().
• BaflUtils::ReleaseIdealLanguage().
• BaflUtils::RemoveSystemDirectory() - Removes "System" from a list of directory entries.
• BaflUtils::RenameFile() - Renames or moves one or more files or directories.
• BaflUtils::RootFolderPath() - Gets the root folder for the specified drive.
• BaflUtils::SetIdealLanguage().
• BaflUtils::SortByTable() - Sorts files by UID.
• BaflUtils::UidTypeMatches() - Tests whether two UID types match.
• BaflUtils::UpdateDiskListL() - Retrieves a list of all drives present on the system.
• BaflUtils::ValidateFolderNameTypedByUserL() - Checks if a folder name (without drive or path) is valid and returns the full name of the folder.



• BigEndian - Inserts and extracts integers in big-endian format.
• BigEndian::Get16() - Gets a 16-bit value integer which is in big-endian format from a byte stream.
• BigEndian::Get32() - Gets a 32-bit integer value which is in big-endian format from a byte stream.
• BigEndian::Put16() - Inserts a 16-bit value into a byte stream in big-endian format.
• BigEndian::Put32() - Inserts a 32-bit value into a byte stream in big-endian format.



• ByteOrder - Reverses the byte order in 16 and 32-bit values.
• ByteOrder::Swap16()  Reverses the order of the bytes in a 16-bit value.
• ByteOrder::Swap16()  Reverses the order of the bytes in a 16-bit value.
• ByteOrder::Swap32() - Reverses the order of the bytes in a 32-bit value.



• CASN1EncBase - Base class for all ASN.1 types that we can encode.
• CASN1EncBase::CASN1EncBase() - Protected constructor.
• CASN1EncBase::ConstructL() - Must call this version from derived classes in their ConstructL, but only once they're ready to have CalculateContentsLengthDER called on them.
• CASN1EncBase::LengthDER() - Gives total number of octets in the DER encoding of this object.
• CASN1EncBase::SetTag() - Sets tag type/class of the encoding object.
• CASN1EncBase::WriteDERL() - Writes entire DER encoding of this object into the given buffer.
• CASN1EncBase::~CASN1EncBase().



• CASN1EncBigInt - Class for encoding Big Integer objects only - use CASN1EncInt for TInts.
• CASN1EncBigInt::NewL().
• CASN1EncBigInt::NewLC().
• CASN1EncBigInt::~CASN1EncBigInt().



• CASN1EncBitString - Class for encoding bit strings (e.g.
• CASN1EncBitString::NewL()  Constructs a new DER bit string encoder from a bit string that does not have unused bits at the end, i.e.
• CASN1EncBitString::NewL()  Constructs a new DER bit string encoder from a bit string that is not octet-aligned, which means it has unused bits in its last octet.
• CASN1EncBitString::NewL()  Wraps the passed encoding object into a bit string.
• CASN1EncBitString::NewLC()  Constructs a new DER bit string encoder from a bit string that does not have unused bits at the end, i.e.
• CASN1EncBitString::NewLC()  Constructs a new DER bit string encoder from a bit string that is not octet-aligned, which means it has unused bits in its last octet.
• CASN1EncBitString::NewLC()  Wraps the passed encoding object into a bit string.
• CASN1EncBitString::~CASN1EncBitString().



• CASN1EncBoolean - Class for encoding Boolean values.
• CASN1EncBoolean::NewL().
• CASN1EncBoolean::NewLC().



• CASN1EncConstructed - Base class for all ASN1 constructed-type objects.



• CASN1EncContainer - Base class for all ASN1 container types - sequences, sets, etc.
• CASN1EncContainer::AddAndPopChildL() - Call this to add a child object to the container.
• CASN1EncContainer::AddChildL() - Call this to add a child object to the container.



• CASN1EncEncoding - Class for encapsulation of already encoded data.
• CASN1EncEncoding::CASN1EncEncoding() - Protected constructor.
• CASN1EncEncoding::NewL() - Creates a new object from reaw DER encoding.
• CASN1EncEncoding::NewLC() - Creates a new object from raw DER encoding and places it on the cleanup stack.
• CASN1EncEncoding::~CASN1EncEncoding().



• CASN1EncExplicitTag - Class used to wrap other encoding objects in order to give them an explicit tag.
• CASN1EncExplicitTag::NewL() - Takes ownership of the encoder, *including* the case when this method leaves.
• CASN1EncExplicitTag::NewLC() - Takes ownership of the encoder, *including* the case when this method leaves.
• CASN1EncExplicitTag::~CASN1EncExplicitTag().



• CASN1EncGeneralizedTime - Class for encoding GeneralisedTime objects.
• CASN1EncGeneralizedTime::NewL().
• CASN1EncGeneralizedTime::NewLC().



• CASN1EncInt - Class for encoding TInts only.
• CASN1EncInt::NewL().
• CASN1EncInt::NewLC().



• CASN1EncNull - Class for encoding NULLs.
• CASN1EncNull::NewL().
• CASN1EncNull::NewLC().



• CASN1EncObjectIdentifier - Class for encoding object identifiers.
• CASN1EncObjectIdentifier::NewL() - Takes ints in a string, delimited by '.' characters in between (not at ends).
• CASN1EncObjectIdentifier::NewLC() - Takes ints in a string, delimited by '.' characters in between (not at ends).
• CASN1EncObjectIdentifier::~CASN1EncObjectIdentifier() - Destructor.



• CASN1EncOctetString - Class for encoding octet strings.
• CASN1EncOctetString::NewL().
• CASN1EncOctetString::NewLC().
• CASN1EncOctetString::~CASN1EncOctetString().



• CASN1EncPrimitive - All ASN1 primitive type encoding classes derive from here.
• CASN1EncPrimitive::CASN1EncPrimitive().



• CASN1EncSequence - Class for encoding SEQUENCE and SEQUENCE-OF data types.
• CASN1EncSequence::NewL().
• CASN1EncSequence::NewLC().
• CASN1EncSequence::~CASN1EncSequence().



• CActive - The core class of the active object abstraction.
• CActive::CActive() - Constructs the active object with the specified priority.
• CActive::Cancel() - Cancels the wait for completion of an outstanding request.
• CActive::Deque() - Removes the active object from the active scheduler's list of active objects.
• CActive::DoCancel() - Implements cancellation of an outstanding request.
• CActive::Extension_() - Extension function.
• CActive::IsActive() - Determines whether the active object has a request outstanding.
• CActive::IsAdded() - Determines whether the active object has been added to the active scheduler's list of active objects.
• CActive::Priority() - Gets the priority of the active object.
• CActive::RunError() - Handles a leave occurring in the request completion event handler RunL().
• CActive::RunL() - Handles an active object's request completion event.
• CActive::SetActive() - Indicates that the active object has issued a request and that it is now outstanding.
• CActive::SetPriority() - Sets the priority of the active object.
• CActive::~CActive() - Frees resources prior to destruction.



• CActiveScheduler - Controls the handling of asynchronous requests as represented by active objects.
• CActiveScheduler::Add() - Adds the specified active object to the current active scheduler.
• CActiveScheduler::CActiveScheduler() - Constructs an active scheduler.
• CActiveScheduler::Current() - Gets a pointer to the currently installed active scheduler.
• CActiveScheduler::Error() - Handles the result of a leave occurring in an active object’s RunL() function.
• CActiveScheduler::Extension_() - Extension function.
• CActiveScheduler::Halt() - Unilaterally terminates the current scheduler loop.
• CActiveScheduler::Install() - Installs the specified active scheduler as the current active scheduler.
• CActiveScheduler::Level() - Gets the scheduler's level of nestedness.
• CActiveScheduler::Replace() - Allows the current active scheduler to be replaced, while retaining its active objects.
• CActiveScheduler::RunIfReady() - Causes the RunL() function of at most one pending active object of priority aMinimumPriority or greater to be run.
• CActiveScheduler::StackDepth() - Gets the current number of nested wait loops.
• CActiveScheduler::Start() - Starts a new wait loop under the control of the current active scheduler.
• CActiveScheduler::Stop() - Stops the wait loop started by the most recent call to Start().
• CActiveScheduler::WaitForAnyRequest() - Wait for an asynchronous request to complete.
• CActiveScheduler::~CActiveScheduler() - Frees resources prior to destruction.



• CActiveSchedulerWait - Controls a single scheduling loop in the current active scheduler.
• CActiveSchedulerWait::AsyncStop()  Stops the scheduling loop owned by this object.
• CActiveSchedulerWait::AsyncStop()  Stops the scheduling loop owned by this object, specifying a callback.
• CActiveSchedulerWait::CActiveSchedulerWait() - Defaulst constructor.
• CActiveSchedulerWait::CanStopNow() - Reports whether stopping will have immediate effect.
• CActiveSchedulerWait::IsStarted() - Reports whether this CActiveSchedulerWait object is currently started.
• CActiveSchedulerWait::Start() - Starts a new wait loop under the control of the current active scheduler.
• CActiveSchedulerWait::~CActiveSchedulerWait() - Ensures that the attached scheduler loop, and all nested loops, are stopped prior to destruction.



• CAlgorithmIdentifier - Contains an algorithm ID and any encoded parameters required by that algorithm.
• CAlgorithmIdentifier::Algorithm() - Gets the algorithm identifier.
• CAlgorithmIdentifier::CAlgorithmIdentifier()  Default constructor.
• CAlgorithmIdentifier::CAlgorithmIdentifier()  Constructor taking the specified parameters.
• CAlgorithmIdentifier::ConstructL()  Second-phase constructor taking an existing Algorithm identifier object.
• CAlgorithmIdentifier::ConstructL()  Second-phase constructor taking encoded parameters.
• CAlgorithmIdentifier::EncodedParams() - Gets the encoded parameters for the algorithm identifier.
• CAlgorithmIdentifier::NewL()  Creates a new algorithm ID object copied from an existing object.
• CAlgorithmIdentifier::NewL()  Creates a new algorithm ID object.
• CAlgorithmIdentifier::NewLC()  Creates a new algorithm ID object copied from an existing object, and puts a pointer to the new object onto the cleanup stack.
• CAlgorithmIdentifier::NewLC()  Creates a new algorithm ID object, and puts a pointer to the new object onto the cleanup stack.
• CAlgorithmIdentifier::operator==() - Tests whether this algorithm identifier object is equal to the specified algorithm identifier object.
• CAlgorithmIdentifier::~CAlgorithmIdentifier() - Destructor.



• CAnim - Server side animated object base interface.
• CAnim::Animate() - Main animation function, called by the window server.
• CAnim::Command() - Implements client-side initiated commands.
• CAnim::CommandReplyL() - Implements client-side initiated commands, returning a value.
• CAnim::HandleNotification().



• CAnimDll - Animation DLL factory interface.
• CAnimDll::CreateInstanceL() - Factory function for animation DLLs.



• CAnimGc - Animation graphics context.
• CAnimGc::CancelClippingRegion() - Cancels the clipping region.
• CAnimGc::SetClippingRegion() - Sets the clipping region.



• CAnimation - Pure virtual base class for animations.
• CAnimation::Freeze() - Causes whatever ticker this animation provides to its animator to be frozen untill a corresponding call to unfreeze.
• CAnimation::Hold() - Puts an animation on hold, which is similar to pause, but keeps track of the time steps passing and catches up when resumed.
• CAnimation::Pause() - Causes the animation to stop, but without rewinding.
• CAnimation::Resume() - Causes a paused animation to continue from where it left off.
• CAnimation::SetPosition() - Sets the coordinates of the animation.
• CAnimation::Start() - Causes the animation to start, at the first time step or logical equivalent.
• CAnimation::Stop() - Causes the animation to stop, and rewinds to the first frame.
• CAnimation::Unfreeze() - Causes whatever ticker this animation provides to its animator to be unfrozen.
• CAnimation::Unhold() - Resumes a held animation.



• CAnimationDataProvider - Pure virtual base class for data providers.
• CAnimationDataProvider::CAnimationDataProvider() - Constructor.
• CAnimationDataProvider::CAnimationDataProvider_Reserved1() - Reserved for future use.
• CAnimationDataProvider::CAnimationDataProvider_Reserved2() - Reserved for future use.
• CAnimationDataProvider::DataType() - Called from the animation to obtain the type of data to expect.
• CAnimationDataProvider::SendEventL()  Sends an event with no associated data to the observer.
• CAnimationDataProvider::SendEventL()  Sends an event with a single integer data item to the observer.
• CAnimationDataProvider::SendEventL()  Sends an event with an arbitrary size data item to the observer.
• CAnimationDataProvider::SetObserver() - Sets the destination for data from this data provider.
• CAnimationDataProvider::StartL() - Called from the animation when it is ready to begin receiving data.



• CAnimationFrame - Data format for individual bitmap format animation frames.
• CAnimationFrame::Bitmap()  Returns the bitmap image for the changed area for this frame.
• CAnimationFrame::Bitmap()  Returns the bitmap image for the changed area for this frame.
• CAnimationFrame::CAnimationFrame_Reserved1() - Reserved for future use.
• CAnimationFrame::CAnimationFrame_Reserved2() - Reserved for future use.
• CAnimationFrame::CreateL() - Initialises the internal bitmaps to the correct sizes for the frame.
• CAnimationFrame::FrameInfo()  Returns information about the frame.
• CAnimationFrame::FrameInfo()  Returns information about the frame.
• CAnimationFrame::GetHandles() - Obtains an alternative representation of the frame suitable for transferring over most interfaces (a THandle uses handles instead of pointers).
• CAnimationFrame::Mask()  Returns the bitmap mask for the changed area for this frame.
• CAnimationFrame::Mask()  Returns the bitmap mask for the changed area for this frame.
• CAnimationFrame::NewL()  Two stage constructor.
• CAnimationFrame::NewL()  Two stage constructor.
• CAnimationFrame::SetHandlesL() - Sets the contents of the internal bitmaps to those represented by the handles.
• CAnimationFrame::~CAnimationFrame() - Destructor.



• CAnimationGroup - Handles groups of other animations.
• CAnimationGroup::Animations()  Returns a reference to the array of animations being grouped.
• CAnimationGroup::Animations()  Returns a reference to the array of animations being grouped.
• CAnimationGroup::CAnimationGroup_Reserved1() - Reserved for future use.
• CAnimationGroup::CAnimationGroup_Reserved2() - Reserved for future use.
• CAnimationGroup::Freeze() - Freeze all of the animations.
• CAnimationGroup::Hold() - Hold all of the animations.
• CAnimationGroup::Pause() - Pauses all of the animations.
• CAnimationGroup::Resume() - Resumes all of the animations.
• CAnimationGroup::SetPosition() - Set the position of all the animations.
• CAnimationGroup::Start() - Starts all of the animations.
• CAnimationGroup::Stop() - Stops all of the animations.
• CAnimationGroup::Unfreeze() - Unfreeze all of the animations.
• CAnimationGroup::Unhold() - Unhold all of the animations.



• CAnimationTicker - This provides timing information for animators.
• CAnimationTicker::Add() - Adds a new tickee to the internal list.
• CAnimationTicker::CAnimationTicker_Reserved1() - Reserved for future use.
• CAnimationTicker::CAnimationTicker_Reserved2() - Reserved for future use.
• CAnimationTicker::Freeze() - Freezes this ticker.
• CAnimationTicker::NewL() - Two stage constructor.
• CAnimationTicker::Remove() - Removes a tickee from the internal list.
• CAnimationTicker::TickLength() - This provides the resolution of the timer.
• CAnimationTicker::Unfreeze() - Under some circumstances it may be necessary to handle unfreezing directly, instead of through the item on the cleanupstack.
• CAnimationTicker::~CAnimationTicker() - Destructor.



• CAnimationTls - This is a wrapper around the thread local storage, which simplifies its use for obtaining a CAnimationTicker object that can be shared between animations.
• CAnimationTls::CAnimationTls_Reserved1() - Reserved for future use.
• CAnimationTls::CAnimationTls_Reserved2() - Reserved for future use.
• CAnimationTls::Close() - Decrements the reference counter for this object, and destroys it if the reference count reaches 0.
• CAnimationTls::NewL() - Two-stage constructor.
• CAnimationTls::Ticker() - Returns the CAnimationTicker object for this thread.



• CAnimator - Pure virtual base class for animators.
• CAnimator::DataEventL() - Receives data from a data provider.
• CAnimator::Draw() - Called from the renderer and draws the animation.
• CAnimator::DrawMask() - Called from the renderer and draws the mask for the animation.
• CAnimator::Hold() - Puts an animation on hold.
• CAnimator::NewL() - Locates and constructs an animator.
• CAnimator::Pause() - Pauses the animation.
• CAnimator::Resume() - Resumes a paused animation.
• CAnimator::Start() - Starts the animation running.
• CAnimator::Stop() - Stops the animation and rewinds it.
• CAnimator::Unhold() - Restores a held animation and brings it back into synch.
• CAnimator::~CAnimator() - Destructor.



• CApaApplication - Defines the basic behaviour for applications.
• CApaApplication::AppDllUid() - Gets the application specific UID.
• CApaApplication::AppFullName() - Returns the full name and path of the application.
• CApaApplication::CApaApplication() - Constructor for CApaApplication.
• CApaApplication::CApaApplication_Reserved1() - Reserved for future use.
• CApaApplication::CApaApplication_Reserved2() - Reserved for future use.
• CApaApplication::Capability() - Returns the capabilities of the application.
• CApaApplication::CreateDocumentL() - Creates a document object.
• CApaApplication::DllName() - Returns the full name and path of the loaded application DLL.
• CApaApplication::GenerateFileName() - Generates a unique filename based on the file name contained within the specified full path name.
• CApaApplication::NewAppServerL() - Virtual function called by the framework when the application has been launched as a server application.
• CApaApplication::OpenIniFileL() - Opens the .ini file associated with the application, constructs the dictionary store object and returns a pointer to it.
• CApaApplication::OpenIniFileLC() - Opens the .ini file associated with the application, constructs the dictionary store object, returns a pointer to it and puts the pointer onto the cleanupstack.
• CApaApplication::PreDocConstructL() - Completes construction of this application object.
• CApaApplication::~CApaApplication().



• CApaCommandLine - Information for launching an application.
• CApaCommandLine::Command() - Gets the command code from the launch information.
• CApaCommandLine::DefaultScreen() - Extracts and returns the default (startup) screen that was specified in the command line.
• CApaCommandLine::DocumentName() - Gets the document name from the launch information.
• CApaCommandLine::EnvironmentSlotForPublicUse() - Returns the index of a process environment-slot for public use (in other words, one that is not used internally by CApaCommandLine).
• CApaCommandLine::ExecutableName() - Gets the executable name from the launch information.
• CApaCommandLine::NewL() - Creates an empty command line object.
• CApaCommandLine::NewLC() - Creates an empty command line object, and puts a pointer to it onto the cleanup stack.
• CApaCommandLine::OpaqueData() - Gets the opaque-data from the launch information.
• CApaCommandLine::ParentProcessId().
• CApaCommandLine::ParentWindowGroupID() - Returns the ID of the parent window-group - the application should create its own window-group as a child of this parent.
• CApaCommandLine::ServerRequired() - Gets the server differentiator.
• CApaCommandLine::SetCommandL() - Sets the command code.
• CApaCommandLine::SetDefaultScreenL() - Provides support for devices with more than one screen.
• CApaCommandLine::SetDocumentNameL() - Sets the document name from the specified descriptor.
• CApaCommandLine::SetExecutableNameL() - Sets the executable name from the specified descriptor.
• CApaCommandLine::SetOpaqueDataL() - Sets the opaque-data from the specified 8-bit descriptor.
• CApaCommandLine::SetParentProcessId().
• CApaCommandLine::SetParentWindowGroupID() - Sets the ID of the parent window-group - the application should create its own window-group as a child off this parent.
• CApaCommandLine::SetProcessEnvironmentL() - Assigns a command line to a process (EKA2 only).
• CApaCommandLine::SetServerNotRequiredL() - Sets that no server is required.
• CApaCommandLine::SetServerRequiredL() - Sets the required server.
• CApaCommandLine::SetTailEndL() - Sets the trailing data.
• CApaCommandLine::TailEnd() - Gets the trailing data from the launch information.
• CApaCommandLine::~CApaCommandLine() - Destructor.



• CApaDataRecognizerType - Abstract base class for a recognizer.
• CApaDataRecognizerType::CApaDataRecognizerType() - Constructs the recognizer with a UID and a priority.
• CApaDataRecognizerType::Confidence() - Gets the recognizer's confidence rating for the most recently recognized data.
• CApaDataRecognizerType::CreateDataRecognizerL().
• CApaDataRecognizerType::FilePassedByHandleL() - Returns the RFile (if any) of file to be recognized.
• CApaDataRecognizerType::Lock() - Adds a lock to the recognizer.
• CApaDataRecognizerType::Locked() - Tests whether the recognizer is locked.
• CApaDataRecognizerType::MimeType() - Gets the data (MIME) type of the most recently recognized data.
• CApaDataRecognizerType::MimeTypesCount() - Gets the number of data (MIME) types supported by this recognizer.
• CApaDataRecognizerType::PreferredBufSize() - Gets the size of buffer preferred for the purpose of recognizing the data type.
• CApaDataRecognizerType::Priority() - Gets the recognizer's priority.
• CApaDataRecognizerType::RecognizeL() - Attempts to recognize data.
• CApaDataRecognizerType::SupportedDataTypeL() - Gets one of the data (MIME) types that the recognizer can recognize.
• CApaDataRecognizerType::TypeUid() - Gets the UID that identifies the recognizer.
• CApaDataRecognizerType::Unlock() - Removes a lock from the recognizer.
• CApaDataRecognizerType::UpdateDataTypesL() - Refreshes the list of data (MIME) types supported by this recognizer.
• CApaDataRecognizerType::~CApaDataRecognizerType().



• CApaDocument - Defines basic behaviour for documents.
• CApaDocument::Application() - Returns a pointer to the application that created the document.
• CApaDocument::Capability() - Gets the document's capabilities.
• CApaDocument::CApaDocument()  Constructor for CApaDocument.
• CApaDocument::CApaDocument()  Constructs the document object with the specified application and process.
• CApaDocument::CreateFileStoreLC() - Creates and fully initialises a new filestore and stores the document into it, replacing any existing file of the same name.
• CApaDocument::DetachFromStoreL() - Restores the document to the extent that it does not need the store further.
• CApaDocument::EditL() - Starts an editing session on an embedded document.
• CApaDocument::ExternalizeL().
• CApaDocument::GlassPictureL() - Gets an object that can draw a representation of the document's content.
• CApaDocument::HasChanged() -