RTL index

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z _

Name	Kind	Unit	What it is
`N`	variable	`unicodedata`
`Name`	property	`Classes`	Name of the component.
`Name`	variable	`Classes`	Name of the integer value.
`Name`	variable	`Dos`	Name for the file.
`Name`	variable	`getopts`	Long option name.
`name`	variable	`Linux`	Filename for which a change is reported.
`name`	variable	`System`	File name.
`Name`	property	`System`
`name`	variable	`System`	File name.
`name`	variable	`System`	Message name.
`Name`	property	`sysutils`
`Name`	variable	`sysutils`	File name (single byte version).
`Name`	variable	`sysutils`	File name, Unicode aware (no path).
`Name`	variable	`TypInfo`
`Name`	property	`TypInfo`	Name of the method.
`Name`	variable	`TypInfo`	Parameter name as in declaration.
`Name`	variable	`TypInfo`	Property name.
`Name`	property	`TypInfo`
`Name`	variable	`TypInfo`	Type name.
`Name`	variable	`TypInfo`	Name of the field.
`Name`	variable	`TypInfo`	Name of the method.
`Name`	property	`TypInfo`
`Name`	property	`TypInfo`	Parameter name.
`name`	variable	`Unix`
`name`	variable	`unixcp`	Code page name.
`NAME_MAX`	constant	`BaseUnix`	Maximum filename length.
`NAME_MAX`	constant	`Unix`	Maximum filename length.
`NAME_MAX`	constant	`unixtype`	Max length (in bytes) of filename.
`namedargcount`	variable	`System`	Number of named arguments in the call.
`NameIndex`	variable	`TypInfo`	Contains this property's index within the list of unique (published) properties.
`namelen`	variable	`System`	Length of the Name of the array type. Name follows as Namelen characters.
`namelen`	variable	`unixtype`	Max name length for files.
`NamePos`	variable	`Dos`	Name position.
`NamePtr`	variable	`TypInfo`	Pointer to name data (a shortstring).
`NamePtr`	variable	`TypInfo`
`NamePtr`	variable	`TypInfo`
`NamePtr`	variable	`TypInfo`	Pointer to parameter name.
`Names`	property	`Classes`	Name parts of the name-value pairs in the list.
`NameStr`	type	`Dos`	Fill filename string type.
`NameThreadForDebugging`	procedure	`Classes`	Set a thread name.
`NameValueSeparator`	property	`Classes`	Value of the character used to separate name,value pairs.
`NaN`	constant	`Math`	Value is Not a Number.
`NaN`	constant	`sysutils`	Representation of NaN (Not a Number).
`NaN`	constant	`sysutils`	Representation of NaN (Not a Number).
`NaN`	constant	`sysutils`	Representation of NaN (Not a Number).
`NativeInt`	type	`System`	Alias for PtrInt.
`NativeUInt`	type	`System`	Alias for PtrUInt.
`NaturalCompareText`	function	`StrUtils`	Compare using natural sort.
`NavajoWhite`	constant	`System.UITypes`
`NavajoWhite`	constant	`System.UITypes`
`Navy`	constant	`System.UITypes`
`Navy`	constant	`System.UITypes`
`NeedLock`	variable	`System`	Does the memory manager require a lock.
`Negative`	variable	`sysutils`	Sign part.
`negative(TAlphaColorF):TAlphaColorF`	operator	`System.UITypes`
`negative(Tmatrix2_double):Tmatrix2_double`	operator	`matrix`	Negate two-dimensional double precision matrix.
`negative(Tmatrix2_extended):Tmatrix2_extended`	operator	`matrix`	Negate two-dimensional extended precision matrix.
`negative(Tmatrix2_single):Tmatrix2_single`	operator	`matrix`	Negate two-dimensional single precision matrix.
`negative(Tmatrix3_double):Tmatrix3_double`	operator	`matrix`	Negate three-dimensional double precision matrix.
`negative(Tmatrix3_extended):Tmatrix3_extended`	operator	`matrix`	Negate three-dimensional extended precision matrix.
`negative(Tmatrix3_single):Tmatrix3_single`	operator	`matrix`	Negate three-dimensional single precision matrix.
`negative(Tmatrix4_double):Tmatrix4_double`	operator	`matrix`	Negate four-dimensional double precision matrix.
`negative(Tmatrix4_extended):Tmatrix4_extended`	operator	`matrix`	Negate four-dimensional extended precision matrix.
`negative(Tmatrix4_single):Tmatrix4_single`	operator	`matrix`	Negate four-dimensional single precision matrix.
`negative(TPointF):TPointF`	operator	`Types`
`negative(TSizeF):TSizeF`	operator	`Types`
`negative(Tvector2_double):Tvector2_double`	operator	`matrix`	Negate two-dimensional vector.
`negative(Tvector2_extended):Tvector2_extended`	operator	`matrix`	Negate two-dimensional vector.
`negative(Tvector2_single):Tvector2_single`	operator	`matrix`	Negate two-dimensional vector.
`negative(Tvector3_double):Tvector3_double`	operator	`matrix`	Negate three-dimensional vector.
`negative(Tvector3_extended):Tvector3_extended`	operator	`matrix`	Negate three-dimensional vector.
`negative(Tvector3_single):Tvector3_single`	operator	`matrix`	Negate three-dimensional vector.
`negative(Tvector4_double):Tvector4_double`	operator	`matrix`	Negate four-dimensional vector.
`negative(Tvector4_extended):Tvector4_extended`	operator	`matrix`	Negate four-dimensional vector.
`negative(Tvector4_single):Tvector4_single`	operator	`matrix`	Negate four-dimensional vector.
`negative(variant):variant`	operator	`System`	Implement - (unary minus, negation) operation on variants.
`NegativeInfinity`	constant	`sysutils`	Negative infinity as represented by a Double floating point type.
`NegativeInfinity`	constant	`sysutils`	Negative infinity as represented by a Extended floating point type.
`NegativeInfinity`	constant	`sysutils`	Negative infinity as represented by a single floating point type.
`NegativeValue`	constant	`Math`	Value is negative.
`NegCurrFormat`	variable	`sysutils`	Format string for negative currencies.
`NegCurrFormat`	variable	`sysutils`	Negative currency format string.
`NegInfinity`	constant	`Math`	Value is negative (minus) infinity.
`NetAddrIsPrivate`	function	`Sockets`
`NetAddrIsPrivate6`	function	`Sockets`
`NetAddrToStr`	function	`Sockets`	Convert a network address to a string.
`NetAddrToStr6`	function	`Sockets`	Convert a IPV6 network address to a string.
`NetToHost`	function	`Sockets`	Convert a network address to a host address.
`New`	procedure	`System`	Dynamically allocate memory for variable.
`NewGuid`	function	`sysutils`	Create a new GUID.
`NewInstance`	function	`System`	Create a new instance.
`newinstance`	function	`System`	Allocate memory on the heap for a new instance.
`NewStr`	function	`Objects`	Allocate a copy of a shortstring on the heap.
`NewStr`	function	`sysutils`	Allocate a new ansistring on the heap.
`next`	variable	`charset`	Pointer to next Unicode map in chain.
`next`	variable	`gpm`	Next region of interest.
`next`	variable	`Graph`	Pointer to next mode in linked list.
`Next`	variable	`Objects`	Next item in list.
`next`	variable	`System`	Next address on stack.
`Next`	variable	`System`	Next exception object on the stack.
`Next`	property	`TypInfo`
`Next`	property	`TypInfo`	Pointer next TIntfMethodEntry entry in array.
`Next`	property	`TypInfo`	Typed pointer TPropInfo record after current TPropInfo data.
`Next`	property	`TypInfo`
`Next`	property	`TypInfo`	Pointer to the next TVmtFieldEntry.
`Next`	property	`TypInfo`
`Next`	property	`TypInfo`
`Next`	property	`TypInfo`	Pointer to the next TVmtMethodParam record.
`NextToken`	function	`Classes`	Reads the next token and returns its type.
`NextValue`	function	`Classes`	Returns the type of the next value in the stream.
`NextValue`	function	`Classes`	Return the type of the next value.
`NextValue`	function	`Classes`	Returns the type of the next value.
`nibble`	type	`sysutils`	Half byte type.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`Nibbles`	property	`sysutils`	Read or write a nibble.
`NiceTime`	variable	`Classes`	Nice (reduced priority) code execution time.
`NilEnhancedKeyEvent`	constant	`keyboard`
`NilHandle`	constant	`Classes`
`NilHandle`	constant	`dynlibs`	Correctly typed Nil handle - returned on error by .
`NilHandle`	constant	`System`	Correctly typed Nil handle - returned on error by .
`NilValue`	property	`System`
`nlink_t`	type	`BaseUnix`	Number of links type.
`nlink_t`	type	`Unix`	Number of links type.
`nlink_t`	type	`unixtype`	Number of links type.
`No_Argument`	constant	`getopts`	Specifies that a long option does not take an argument.
`NoAddress`	constant	`Sockets`	Constant indicating invalid (no) network address.
`NoAddress6`	constant	`Sockets`	Constant indicating invalid (no) IPV6 network address.
`Nodename`	variable	`BaseUnix`	Computer name.
`NoErrMsg`	variable	`System`	Unused, for Delphi compatibility.
`NoExtendedFrame`	constant	`video`	Disable transformation of control characters on Unix terminals.
`NoNet`	constant	`Sockets`	Constant indicating invalid (no) network address.
`NoNet6`	constant	`Sockets`	Constant indicating invalid (no) IPV6 network address.
`NoNormalization`	variable	`unicodedata`
`Norm`	function	`Math`	Return Euclidean norm.
`Normalize`	function	`Types`
`Normalize`	procedure	`Types`
`NormalizeName`	function	`unicodedata`
`NormalizeNFD`	function	`unicodedata`	Perform unicode normalization D on a string.
`NormalizeRect`	function	`Types`
`NormalizeRect`	procedure	`Types`
`NormalizeRect`	procedure	`Types`
`NormalizeRectF`	function	`Types`
`NormalPut`	constant	`Graph`	Draw operation: Use Normal (copy) operation.
`NormVideo`	procedure	`Crt`	Return to normal (startup) modus.
`NormWidth`	constant	`Graph`	Line width: Normal width.
`NoSound`	procedure	`Crt`	Stop system speaker.
`nosound`	procedure	`WinCRT`	Stop the speaker.
`NotBits`	procedure	`Classes`	Performs a not operation on the bits.
`notequal(Cardinal,TUInt24Rec):Boolean`	operator	`unicodedata`	Check whether a TUInt24Rec value differs from a cardinal value.
`notequal(Pointer,TNullPtr):Boolean`	operator	`Types`
`notequal(TAlphaColorF,TAlphaColorF):Boolean`	operator	`System.UITypes`
`notequal(TGUID,TGUID):Boolean`	operator	`System`
`notequal(TMethod,TMethod):Boolean`	operator	`System`
`notequal(TNullPtr,Pointer):Boolean`	operator	`Types`
`notequal(TNullPtr,TObject):Boolean`	operator	`Types`
`notequal(TObject,TNullPtr):Boolean`	operator	`Types`
`notequal(TPoint,TPoint):Boolean`	operator	`Types`
`notequal(TPointF,TPointF):Boolean`	operator	`Types`
`notequal(TRect,TRect):Boolean`	operator	`Types`
`notequal(TRectF,TRectF):Boolean`	operator	`Types`
`notequal(TSize,TSize):Boolean`	operator	`Types`
`notequal(TSizeF,TSizeF):Boolean`	operator	`Types`
`notequal(TUInt24Rec,Cardinal):Boolean`	operator	`unicodedata`	Check whether a TUInt24Rec value differs from a cardinal value.
`notequal(TUInt24Rec,TUInt24Rec):Boolean`	operator	`unicodedata`	Check whether 2 TUInt24Rec values differ.
`Notification`	procedure	`Classes`	Notification of owner changes.
`Notification`	procedure	`Classes`
`Notification`	procedure	`Classes`	Called by components that are freed and which received a FreeNotification.
`Notify`	procedure	`Classes`
`Notify`	procedure	`Classes`
`NotifyGlobalLoading`	procedure	`Classes`	Not yet implemented.
`NotPut`	constant	`Graph`	Draw operation: use NOT.
`NotRange`	procedure	`Classes`
`Now`	property	`DateUtils`
`Now`	function	`sysutils`	Returns the current date and time.
`NowUTC`	function	`sysutils`
`NPos`	function	`StrUtils`	Returns the position of the N-th occurrence of a substring in a string.
`npxsetup`	procedure	`emu387`	Set up coprocessor emulation.
`nsects`	variable	`exeinfo`	Number of sections in the binary.
`NthDayOfWeek`	function	`DateUtils`	Calculate which occurrence of weekday in the month a given day represents.
`NtoBE`	function	`System`	Convert Native-ordered integer to a Big Endian-ordered integer.
`NToHl`	function	`Sockets`	Convert long integer from network ordered to host ordered.
`NToHs`	function	`Sockets`	Convert short integer from network ordered to host ordered.
`NtoLE`	function	`System`	Convert Native-ordered integer to a Little Endian-ordered integer.
`nTrace`	property	`heaptrc`
`Null`	function	`System`	Null variant.
`Null`	constant	`System.UITypes`
`Null`	constant	`System.UITypes`
`Null`	function	`Variants`	Return a null variant.
`NullAsStringValue`	variable	`Variants`	String value to use when converting a Null to a string.
`NullEqualityRule`	variable	`Variants`	Variable describing what to do when checking for equality of Null values.
`NullMagnitudeRule`	variable	`Variants`	Variable describing what to do when checking for order of Null values.
`NullPtr`	constant	`Types`
`NullStr`	constant	`sysutils`	Pointer to an empty string.
`NullStrictConvert`	variable	`Variants`	What to do when converting Null to another type.
`Numb2Dec`	function	`StrUtils`	Converts a string representation of a number to its numerical value, given a certain base.
`Numb2USA`	function	`StrUtils`	Insert thousand separators.
`NumberConversionRoutines`	topic	`Math`	Number converting.
`NumberOfPeriods`	function	`Math`	Calculate the number of periods for an investment.
`NumericIndex`	property	`unicodedata`	Index in numeric values array.
`NumericValue`	property	`unicodedata`	Numeric value.
`NUMLOCK_ON`	constant	`keyboard`

An experiment, built from development snapshots. Not the official Free Pascal or Lazarus documentation.