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
`m1024x768`	constant	`Graph`	Mode: Resolution 1024x768.
`m1280x1024`	constant	`Graph`	Mode: Resolution 1280x1024.
`m1600x1200`	constant	`Graph`	Mode: Resolution 1600x1200.
`m2048x1536`	constant	`Graph`	Mode: Resolution 2048x1536.
`m320x200`	constant	`Graph`	Mode: Resolution 320x200.
`m320x256`	constant	`Graph`	Mode: Resolution 320x256.
`m320x400`	constant	`Graph`	Mode: Resolution 320x400.
`m512x384`	constant	`Graph`	Mode: Resolution 512x384.
`m640x200`	constant	`Graph`	Mode: Resolution 640x200.
`m640x256`	constant	`Graph`	Mode: Resolution 640x256.
`m640x350`	constant	`Graph`	Mode: Resolution 640x350.
`m640x400`	constant	`Graph`	Mode: Resolution 640x400.
`m640x480`	constant	`Graph`	Mode: Resolution 640x480.
`m800x600`	constant	`Graph`	Mode: Resolution 800x600.
`m832x624`	constant	`Graph`	Mode: Resolution 832x624.
`Machine`	variable	`BaseUnix`	Machine type.
`MachineEpsilon`	constant	`sysutils`
`MachineEpsilon`	constant	`sysutils`
`MachineEpsilon`	constant	`sysutils`
`MacTimeStampToUnix`	function	`DateUtils`	Convert a Mac timestamp to a Unix timestamp.
`MacToDateTime`	function	`DateUtils`	Convert a Mac timestamp to a TDateTime timestamp.
`Magenta`	constant	`Crt`	Magenta color attribute.
`magenta`	constant	`Graph`	Color code: Magenta.
`Magenta`	constant	`System.UITypes`
`Magenta`	constant	`System.UITypes`
`Magenta`	constant	`video`	Magenta color attribute.
`magic`	variable	`BaseUnix`	Describes type of content.
`magic1`	variable	`BaseUnix`	Extended context area (of size extended_size) present if equal to $46505853U.
`MainThreadID`	variable	`Classes`	ID of main thread. Unused at this point.
`major`	variable	`go32`	Major version number.
`Major`	property	`sysutils`
`MAKEINTRESOURCE`	type	`System`	Alias for the PChar type.
`MakeLangID`	function	`System`	Create a language ID.
`Malloc`	function	`cmem`	Malloc external declaration.
`ManagedTypes`	topic	`System`	A list of managed types.
`ManagementOperator`	variable	`TypInfo`	Pointer to management operator code.
`ManipulatePropValues`	topic	`TypInfo`	Getting or setting property values.
`Mantissa`	function	`System`	Mantissa of the floating point value.
`Mantissa`	function	`System`	Mantissa of the floating point value.
`Mantissa`	function	`System`	Mantissa of the floating point value.
`Mantissa`	function	`sysutils`	Mantissa of the floating-point.
`Mantissa`	function	`sysutils`	Mantissa of the floating-point.
`Mantissa`	function	`sysutils`	Mantissa of the floating-point.
`map`	variable	`charset`	Forward map (array).
`Map`	procedure	`Classes`	Call a map routine for each string in the list.
`MAP_ANON`	constant	`BaseUnix`	Anonymous memory mapping (data private to application).
`MAP_ANONYMOUS`	constant	`BaseUnix`	map type: Don't use a file.
`MAP_DENYWRITE`	constant	`BaseUnix`	option: Ignored.
`MAP_DENYWRITE`	constant	`Linux`	Read-only.
`map_device_in_memory_block`	function	`go32`	Map a device into program's memory space.
`MAP_EXECUTABLE`	constant	`BaseUnix`	option: Ignored.
`MAP_EXECUTABLE`	constant	`Linux`	Memory area is marked as executable.
`MAP_FAILED`	constant	`BaseUnix`	Memory mapping failed error code.
`MAP_FAILED`	constant	`Unix`	Error return value for mmap: mmap operation failed.
`MAP_FIXED`	constant	`BaseUnix`	map type: Interpret addr exactly.
`MAP_FIXED`	constant	`Unix`	map type: Interpret addr exactly.
`MAP_GROWSDOWN`	constant	`BaseUnix`	option: Memory grows downward (like a stack).
`MAP_GROWSDOWN`	constant	`Linux`	Memory map grows down, like stack.
`MAP_LOCKED`	constant	`BaseUnix`	option: lock the pages in memory.
`MAP_LOCKED`	constant	`Linux`	Memory pages are locked.
`MAP_NORESERVE`	constant	`BaseUnix`	option: Do not reserve swap pages for this memory.
`MAP_NORESERVE`	constant	`Linux`	Do not check for reservations.
`MAP_PRIVATE`	constant	`BaseUnix`	map type: Changes are private.
`MAP_PRIVATE`	constant	`Unix`	map type: Changes are private.
`MAP_SHARED`	constant	`BaseUnix`	map type: Share changes.
`MAP_SHARED`	constant	`Unix`	map type: Share changes.
`MAP_TYPE`	constant	`BaseUnix`	map type: Bitmask for type of mapping.
`MAP_TYPE`	constant	`Unix`	map type: Bitmask for type of mapping.
`mapLength`	variable	`charset`	Map length.
`MappedID`	constant	`Classes`
`mappingavailable`	function	`charset`	Check if a mapping is available for a specified code page.
`margin`	variable	`gpm`	Position where mouse cursor left the screen.
`Maroon`	constant	`System.UITypes`
`Maroon`	constant	`System.UITypes`
`MarshaledAString`	type	`System`	Alias for PAnsiChar.
`MarshaledString`	type	`System`	Alias for PWideChar.
`mask`	variable	`Linux`	Event mask.
`master_pic`	variable	`go32`	PIC master.
`MatchStr`	function	`StrUtils`	Check whether a string occurs in an array of strings, observing case.
`MatchText`	function	`StrUtils`	Check if a string is in a list of values.
`MathematicalFunctions`	topic	`System`	Mathematical routines.
`Max`	function	`Math`	Returns the largest of two values.
`MAX_CLOCKS`	constant	`Linux`	Maximum number of clocks in the system.
`Max_Frame_Dump`	constant	`System`	Maximum number of frames to show in error frame dump.
`MAX_LEGAL_UTF32`	constant	`unicodedata`	Maximum value of a legally encoded UTF32 value (currently unused).
`max_pages_in_paging_file`	variable	`go32`	Size of paging file/partition in pages.
`MAX_PATH`	constant	`sysutils`	Maximum length of a fully qualified filename (including path).
`MAX_WORD`	constant	`unicodedata`	Maximum value of a WORD typed value.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBit`	constant	`sysutils`	Maximum value for a bit.
`MaxBitFlags`	constant	`Classes`	Maximum number of bits in TBits collection.
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxByte`	constant	`sysutils`
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxByte`	constant	`sysutils`	Maximum value for a byte.
`MaxBytes`	constant	`Objects`	Maximum data size (in bytes).
`MaxCapacity`	property	`sysutils`	Maximum capacity of the string buffer.
`MaxCapacity`	property	`sysutils`	Maximum capacity of the string buffer.
`MaxCodePoint`	function	`Character`
`MaxCodePoint`	function	`Character`
`MaxCollectionSize`	constant	`Objects`	Maximum collection size (in items).
`MaxColor`	variable	`Graph`	Max. number of colors in this mode.
`MaxColors`	constant	`Graph`	Max amount of colors in a palette.
`MaxCurrency`	constant	`sysutils`	Maximum currency value.
`MaxDateTime`	constant	`sysutils`	Maximum TDateTime value.
`MaxDword`	constant	`sysutils`	Maximum value for a dword.
`MaxDword`	constant	`sysutils`	Maximum value for a dword.
`maxExitCode`	constant	`System`	Maximum exit code supported by the operating system.
`MaxFloat`	constant	`Math`	Maximum value of float type.
`MaxGListSize`	constant	`fgl`	TFPGList maximum list size.
`MaxHeapSize`	variable	`System`	Maximum allowed size for the heap, in bytes.
`MaxHeapUsed`	variable	`System`	Maximum used size for the heap, in bytes.
`MaxHighSurrogate`	constant	`Character`
`MaxHighSurrogate`	constant	`Character`
`MaxInt`	constant	`objpas`	Maximum value for type.
`MaxInt`	constant	`System`	Maximum integer value.
`MaxIntValue`	function	`Math`	Return largest element in integer array.
`MaxLeaksToReport`	constant	`heaptrc`
`MaxLength`	property	`Classes`
`MaxListSize`	constant	`Classes`	Maximum number of elements in list.
`MaxListSize`	constant	`fgl`	Maximum amount of elements in a list.
`MaxLongint`	constant	`System`	Maximum longint value.
`MaxLowSurrogate`	constant	`Character`
`MaxLowSurrogate`	constant	`Character`
`maxMod`	variable	`gpm`	Maximum amount of modifiers client can handle.
`maxmod`	variable	`gpm`	Maximum modifiers allowed.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxNibble`	constant	`sysutils`	Maximum value for a nibble.
`MaxPathLen`	constant	`System`	Constant defining the maximum length of filenames (including path).
`MaxPrintedBlockLength`	constant	`heaptrc`	Maximum length of memory block dumps.
`MaxPtrs`	constant	`Objects`	Maximum data size (in pointers).
`MaxReadBytes`	constant	`Objects`	Maximum data that can be read from a stream (not used).
`MaxSIntValue`	constant	`System`	Maximum String-size value.
`maxsmallint`	constant	`Graph`	Maximum value for smallint type.
`MaxSmallint`	constant	`System`	Maximum smallint value.
`MaxSurrogate`	constant	`Character`
`MaxSurrogate`	constant	`Character`
`MaxTPCompatibleCollectionSize`	constant	`Objects`	Maximum collection size (in items, same value as in TP).
`MaxUIntValue`	constant	`System`	Maximum unsigned integer value.
`MaxValue`	function	`Math`	Return largest value in array.
`MaxValue`	constant	`sysutils`	Maximum value for a byte.
`MaxValue`	constant	`sysutils`	Maximum value for a Cardinal.
`MaxValue`	property	`sysutils`
`MaxValue`	constant	`sysutils`	Largest possible value for the Double floating point type.
`MaxValue`	constant	`sysutils`	Largest possible value for the Extended floating point type.
`MaxValue`	constant	`sysutils`	Maximum value for a Int64.
`MaxValue`	constant	`sysutils`	Maximum value for a Integer.
`MaxValue`	constant	`sysutils`
`MaxValue`	constant	`sysutils`	Maximum value for a NativeInt.
`MaxValue`	constant	`sysutils`	Maximum value for a NativeUInt.
`MaxValue`	constant	`sysutils`	Maximum value for a QWord.
`MaxValue`	constant	`sysutils`	Maximum value for a ShortInt.
`MaxValue`	constant	`sysutils`	Largest possible value for the Single floating point type.
`MaxValue`	constant	`sysutils`	Maximum value for a SmallInt.
`MaxValue`	constant	`sysutils`	Maximum value for a Word.
`MaxWord`	constant	`sysutils`	Maximum value for a word.
`MaxWord`	constant	`sysutils`	Maximum value for a word.
`MaxWord`	constant	`sysutils`
`MaxWord`	constant	`sysutils`	Maximum value for a word.
`MaxWords`	constant	`Objects`	Maximum data size (in words).
`MaxX`	variable	`Graph`	Max number of pixels in horizontal direction (columns).
`MaxY`	variable	`Graph`	Max number of pixels in vertical direction (rows).
`MB_ERR_INVALID_CHARS`	constant	`sysutils`
`mbstate_t`	record	`unixtype`	Opaque type for multi-byte character routines.
`mbstate_value_t`	record	`unixtype`	Opaque type for multi-byte character routines.
`MCAST_BLOCK_SOURCE`	constant	`Sockets`	block from given group.
`MCAST_EXCLUDE`	constant	`Sockets`	Undocumented ?
`MCAST_INCLUDE`	constant	`Sockets`	Undocumented ?
`MCAST_JOIN_GROUP`	constant	`Sockets`	join any-source group.
`MCAST_JOIN_SOURCE_GROUP`	constant	`Sockets`	join source-spec group.
`MCAST_LEAVE_GROUP`	constant	`Sockets`	leave any-source group.
`MCAST_LEAVE_SOURCE_GROUP`	constant	`Sockets`	leave source-spec group.
`MCAST_MSFILTER`	constant	`Sockets`	Undocumented ?
`MCAST_UNBLOCK_SOURCE`	constant	`Sockets`	unblock from given group.
`MCGA`	constant	`Graph`	Graphic driver for MCGA cards.
`MCGAC0`	constant	`Graph`	MCGA Graphic driver mode C0.
`MCGAC1`	constant	`Graph`	MCGA Graphic driver mode C1.
`MCGAC2`	constant	`Graph`	MCGA Graphic driver mode C2.
`MCGAC3`	constant	`Graph`	MCGA Graphic driver mode C3.
`MCGAHi`	constant	`Graph`	MCGA Graphic driver high resolution mode.
`MCGAMed`	constant	`Graph`	MCGA Graphic driver medium resolution mode.
`Mean`	function	`Math`	Return mean value of array.
`MeanAndStdDev`	procedure	`Math`	Return mean and standard deviation of array.
`MedGray`	constant	`System.UITypes`
`MedGray`	constant	`System.UITypes`
`MediumAquaMarine`	constant	`System.UITypes`
`MediumAquaMarine`	constant	`System.UITypes`
`MediumBlue`	constant	`System.UITypes`
`MediumBlue`	constant	`System.UITypes`
`MediumOrchid`	constant	`System.UITypes`
`MediumOrchid`	constant	`System.UITypes`
`MediumPurple`	constant	`System.UITypes`
`MediumPurple`	constant	`System.UITypes`
`MediumSeaGreen`	constant	`System.UITypes`
`MediumSeaGreen`	constant	`System.UITypes`
`MediumSlateBlue`	constant	`System.UITypes`
`MediumSlateBlue`	constant	`System.UITypes`
`MediumSpringGreen`	constant	`System.UITypes`
`MediumSpringGreen`	constant	`System.UITypes`
`MediumTurquoise`	constant	`System.UITypes`
`MediumTurquoise`	constant	`System.UITypes`
`MediumVioletRed`	constant	`System.UITypes`
`MediumVioletRed`	constant	`System.UITypes`
`mem`	variable	`System`	Direct memory access (DOS only) in bytes.
`mem_unit`	variable	`Linux`	Memory unit size in bytes.
`MemberName`	property	`Classes`
`meml`	variable	`System`	Direct memory access (DOS only) in longints.
`Memory`	property	`Classes`	Pointer to the data kept in the memory stream.
`MemoryFunctions`	topic	`System`	Memory management functions.
`MemPos`	function	`System`
`MemSize`	variable	`Objects`	Total memory size.
`MemSize`	function	`System`	Return the size of a memory block.
`MemSize`	variable	`System`	Return the size of a memory block.
`memw`	variable	`System`	Direct memory access (DOS only) in words.
`Message`	property	`sysutils`	Message associated with the exception.
`method`	variable	`System`	Method to call.
`Method`	property	`TypInfo`	indexed access to the methods of the interface.
`Method`	property	`TypInfo`
`Method`	property	`TypInfo`
`MethodAddress`	function	`System`	Return the address of a method.
`MethodName`	function	`System`	Return the name of a method.
`MethodTable`	property	`TypInfo`	Method info for this interface.
`MethodTable`	property	`TypInfo`	Method info for this interface.
`MethodTable`	property	`TypInfo`
`MethodVisibility`	property	`TypInfo`
`MethodVisibility`	property	`TypInfo`
`MidBStr`	function	`StrUtils`	Copies a number of characters starting at a given position in a string.
`MidnightBlue`	constant	`System.UITypes`
`MidnightBlue`	constant	`System.UITypes`
`MidPoint`	function	`Types`
`MidStr`	function	`StrUtils`	Copies a number of characters starting at a given position in a string.
`Millisecond`	property	`DateUtils`
`MilliSecondOf`	function	`DateUtils`	Extract the millisecond part from a TDateTime value.
`MilliSecondOfTheDay`	function	`DateUtils`	Calculate the number of milliseconds elapsed since the start of the day.
`MilliSecondOfTheHour`	function	`DateUtils`	Calculate the number of milliseconds elapsed since the start of the hour.
`MilliSecondOfTheMinute`	function	`DateUtils`	Calculate the number of milliseconds elapsed since the start of the minute.
`MilliSecondOfTheMonth`	function	`DateUtils`	Calculate number of milliseconds elapsed since the start of the month.
`MilliSecondOfTheSecond`	function	`DateUtils`	Calculate the number of milliseconds elapsed since the start of the second.
`MilliSecondOfTheWeek`	function	`DateUtils`	Calculate the number of milliseconds elapsed since the start of the week.
`MilliSecondOfTheYear`	function	`DateUtils`	Calculate the number of milliseconds elapsed since the start of the year.
`MilliSecondsBetween`	function	`DateUtils`	Calculate the number of whole milliseconds between two TDateTime values.
`MilliSecondsBetween`	function	`DateUtils`
`MilliSecondSpan`	function	`DateUtils`	Calculate the approximate number of milliseconds between two TDateTime values.
`Min`	variable	`Dos`	Minute of the hour.
`Min`	function	`Math`	Return smallest of two values.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinBit`	constant	`sysutils`	Minimum value for a bit.
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinByte`	constant	`sysutils`
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinByte`	constant	`sysutils`	Minimum value for a byte.
`MinCurrency`	constant	`sysutils`	Minimum Currency value.
`MinDateTime`	constant	`sysutils`	Minimum TDateTime value.
`MinDword`	constant	`sysutils`	Minimum value for a dword.
`MinDword`	constant	`sysutils`	Minimum value for a dword.
`MinFloat`	constant	`Math`	Minimum value (closest to zero) of float type.
`MinHighSurrogate`	constant	`Character`
`MinHighSurrogate`	constant	`Character`
`MinIntValue`	function	`Math`	Return smallest value in integer array.
`MinLowSurrogate`	constant	`Character`
`MinLowSurrogate`	constant	`Character`
`MinMaxRoutines`	topic	`Math`	Min/max determination.
`minMod`	variable	`gpm`	Minimum amount of modifiers required for client.
`minmod`	variable	`gpm`	Minimum modifiers required.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`MinNibble`	constant	`sysutils`	Minimum value for a nibble.
`minor`	variable	`go32`	Minor version number.
`Minor`	property	`sysutils`
`MinPoint`	function	`Types`
`MinsPerDay`	constant	`sysutils`	Number of minutes per day.
`MinsPerHour`	constant	`sysutils`	Number of minutes per hour.
`MinSurrogate`	constant	`Character`
`MinSurrogate`	constant	`Character`
`MintCream`	constant	`System.UITypes`
`MintCream`	constant	`System.UITypes`
`Minute`	property	`DateUtils`
`MinuteOf`	function	`DateUtils`	Extract the minute part from a TDateTime value.
`MinuteOfTheDay`	function	`DateUtils`	Calculate the number of minutes elapsed since the start of the day.
`MinuteOfTheHour`	function	`DateUtils`	Calculate the number of minutes elapsed since the start of the hour.
`MinuteOfTheMonth`	function	`DateUtils`	Calculate number of minutes elapsed since the start of the month.
`MinuteOfTheWeek`	function	`DateUtils`	Calculate the number of minutes elapsed since the start of the week.
`MinuteOfTheYear`	function	`DateUtils`	Calculate the number of minutes elapsed since the start of the year.
`MinutesBetween`	function	`DateUtils`	Calculate the number of whole minutes between two TDateTime values.
`MinutesBetween`	function	`DateUtils`
`MinuteSpan`	function	`DateUtils`	Calculate the approximate number of minutes between two TDateTime values.
`MinValue`	function	`Math`	Return smallest value in array.
`MinValue`	constant	`sysutils`	Minimum value for a byte.
`MinValue`	constant	`sysutils`	Minimum value for a Cardinal.
`MinValue`	property	`sysutils`
`MinValue`	constant	`sysutils`	Smallest (negative) possible value for the Double floating point type.
`MinValue`	constant	`sysutils`	Smallest (negative) possible value for the Extended floating point type.
`MinValue`	constant	`sysutils`	Minimum value for a Int64.
`MinValue`	constant	`sysutils`	Minimum value for a Integer.
`MinValue`	constant	`sysutils`
`MinValue`	constant	`sysutils`	Minimum value for a NativeInt.
`MinValue`	constant	`sysutils`	Minimum value for a NativeUInt.
`MinValue`	constant	`sysutils`	Minimum value for a QWord.
`MinValue`	constant	`sysutils`	Minimum value for a ShortInt.
`MinValue`	constant	`sysutils`	Smallest (negative) possible value for the Single floating point type.
`MinValue`	constant	`sysutils`	Minimum value for a SmallInt.
`MinValue`	constant	`sysutils`	Minimum value for a Word.
`MinWord`	constant	`sysutils`	Minimum value for a word.
`MinWord`	constant	`sysutils`	Minimum value for a word.
`MinWord`	constant	`sysutils`
`MinWord`	constant	`sysutils`	Minimum value for a word.
`MiscellaneousFunctions`	topic	`System`	Miscellaneous functions.
`MissingNameValueSeparatorAction`	property	`Classes`	What to do if NameValueSeparator is missing in a string.
`MistyRose`	constant	`System.UITypes`
`MistyRose`	constant	`System.UITypes`
`MkDir`	procedure	`System`	Create a new directory.
`Moccasin`	constant	`System.UITypes`
`Moccasin`	constant	`System.UITypes`
`ModalResultStr`	constant	`System.UITypes`	An indexed array of strings representing the modal result constants.
`Mode`	variable	`Dos`	File mode for Unix systems.
`mode`	variable	`ipc`	Creation Mode.
`Mode`	variable	`System`	File open mode.
`Mode`	variable	`System`	Open mode.
`Mode`	variable	`sysutils`	File permissions (mode, Unix only).
`Mode`	variable	`sysutils`
`Mode`	variable	`sysutils`	File permissions (mode, Unix only).
`Mode`	variable	`sysutils`
`mode_t`	type	`BaseUnix`	Inode mode type.
`mode_t`	type	`Unix`	Inode mode type.
`mode_t`	type	`unixtype`	Inode mode type.
`ModeName`	variable	`Graph`	Mode description.
`ModeNumber`	variable	`Graph`	Number of the mode to be used in .
`Modes`	topic	`Graph`	A word about mode selection.
`Modified`	procedure	`Classes`	Notify that the component is modified.
`Modified`	procedure	`Classes`
`Modified`	variable	`Objects`	Have resources changed ?
`ModifiedJulianDateToDateTime`	function	`DateUtils`	Convert a modified Julian date representation to a TDateTime value.
`modifiers`	variable	`gpm`	Modifier flags.
`modify_ldt`	function	`Linux`
`MODIFY_LDT_CONTENTS_CODE`	constant	`Linux`	Modify_ldt option: Undocumented.
`MODIFY_LDT_CONTENTS_DATA`	constant	`Linux`	Modify_ldt option: Undocumented.
`MODIFY_LDT_CONTENTS_STACK`	constant	`Linux`	Modify_ldt option: Undocumented.
`modtime`	variable	`BaseUnix`	Modification time.
`ModuleIsCpp`	constant	`System`	program compiled by CPP ?
`ModuleIsLib`	constant	`System`	Determines whether the current module is a library.
`ModuleIsPackage`	constant	`System`	Determines whether the current module is a package.
`ModuleName`	variable	`System`
`modulus(Float,Float):Float`	operator	`Math`	Floating point modulo.
`modulus(variant,variant):variant`	operator	`System`	Implement mod (modulo) operation on variants.
`MomentSkewKurtosis`	procedure	`Math`	Return 4 first moments of distribution.
`MoneyGreen`	constant	`System.UITypes`
`MoneyGreen`	constant	`System.UITypes`
`Mono`	constant	`Crt`	Monochrome screen mode (hercules screens).
`Month`	property	`DateUtils`
`Month`	variable	`Dos`	Month of the year.
`MonthApril`	constant	`DateUtils`	ISO month number for April.
`MonthAugust`	constant	`DateUtils`	ISO month number for August.
`MonthDays`	constant	`sysutils`	Array with number of days in the months for leap and non-leap years.
`MonthDecember`	constant	`DateUtils`	ISO month number for December.
`MonthFebruary`	constant	`DateUtils`	ISO month number for february.
`MonthJanuary`	constant	`DateUtils`	ISO month number for january.
`MonthJuly`	constant	`DateUtils`	ISO month number for July.
`MonthJune`	constant	`DateUtils`	ISO month number for June.
`MonthMarch`	constant	`DateUtils`	ISO month number for March.
`MonthMay`	constant	`DateUtils`	ISO month number for May.
`MonthNovember`	constant	`DateUtils`	ISO month number for November.
`MonthOctober`	constant	`DateUtils`	ISO month number for October.
`MonthOf`	function	`DateUtils`	Extract the month from a given date.
`MonthOfTheYear`	function	`DateUtils`	Extract the month of a TDateTime indication.
`MonthsBetween`	function	`DateUtils`	Calculate the number of whole months between two TDateTime values.
`MonthsBetween`	function	`DateUtils`
`MonthSeptember`	constant	`DateUtils`	ISO month number for September.
`MonthSpan`	function	`DateUtils`	Calculate the approximate number of months between two TDateTime values.
`MonthsPerYear`	constant	`DateUtils`	Number of months in a year.
`MouseActionDown`	constant	`Mouse`	Mouse button down event signal.
`MouseActionMove`	constant	`Mouse`	Mouse cursor move event signal.
`MouseActionUp`	constant	`Mouse`	Mouse button up event signal.
`MouseButton4`	constant	`Mouse`	4th mouse button event.
`MouseButton5`	constant	`Mouse`	5th mouse button event.
`MouseButtons`	variable	`Mouse`	Mouse button state.
`mousedrv`	topic	`Mouse`	Writing a custom mouse driver.
`MouseEventBufSize`	constant	`Mouse`	Mouse event buffer size.
`MouseIntFlag`	variable	`Mouse`	Internal mouse flag.
`MouseLeftButton`	constant	`Mouse`	Left mouse button event.
`MouseMiddleButton`	constant	`Mouse`	Middle mouse button event.
`MouseRightButton`	constant	`Mouse`	Right mouse button event.
`MouseWhereX`	variable	`Mouse`	Mouse cursor horizontal position.
`MouseWhereY`	variable	`Mouse`	Mouse cursor vertical position.
`MouseXButton1`	constant	`Mouse`
`MouseXButton2`	constant	`Mouse`
`Move`	procedure	`Classes`	Move an item in the collection.
`Move`	procedure	`Classes`	Moves a pointer from one position in the list to another.
`Move`	procedure	`Classes`	Moves a pointer from one position in the list to another.
`Move`	procedure	`Classes`	Move a string from one place in the list to another.
`Move`	procedure	`fgl`	Moves an item from one position in the list to another.
`Move`	procedure	`Objects`	Move rectangle along a vector.
`Move`	procedure	`System`	Move data from one location in memory to another.
`Move`	procedure	`System`
`MoveChar0`	procedure	`System`	Move data till first zero character.
`MoveNext`	function	`Classes`
`MoveNext`	function	`Classes`	Move the position of the enumerator to the next position in the collection.
`MoveNext`	function	`Classes`	Move the position of the enumerator to the next position in the children of the component.
`MoveNext`	function	`Classes`	Move the position of the enumerator to the next position in the list.
`MoveNext`	function	`Classes`	Move the position of the enumerator to the next position in the children of the component.
`MoveNext`	function	`Classes`	Move the position of the enumerator to the next position in the list.
`MoveNext`	function	`fgl`	Move to next element in the list.
`MoveNext`	function	`System`	Move to the next value.
`MoveRange`	procedure	`Classes`
`MoveRel`	procedure	`Graph`	Move cursor relative to current position.
`MoveTo`	procedure	`Graph`	Move cursor to absolute position.
`mrAbort`	constant	`System.UITypes`	Dialog was closed by clicking on the Abort button.
`mrAll`	constant	`System.UITypes`	Dialog was closed by clicking on the All button.
`mrCancel`	constant	`System.UITypes`	Dialog was closed by clicking on the Cancel button.
`mrClose`	constant	`System.UITypes`	Dialog was closed by clicking on the Close button.
`mrContinue`	constant	`System.UITypes`
`mrIgnore`	constant	`System.UITypes`	Dialog was closed by clicking on the Ignore button.
`mrLast`	constant	`System.UITypes`	Last modal result value (same as mrClose).
`mrNo`	constant	`System.UITypes`	Dialog was closed by clicking on the No button.
`mrNone`	constant	`System.UITypes`	Dialog was closed without selecting a button.
`mrNoToAll`	constant	`System.UITypes`	Dialog was closed by clicking on the No To All button.
`mrOK`	constant	`System.UITypes`	Dialog was closed by clicking on the OK button.
`mrRetry`	constant	`System.UITypes`	Dialog was closed by clicking on the Retry button.
`mrTryAgain`	constant	`System.UITypes`
`mrYes`	constant	`System.UITypes`	Dialog was closed by clicking on the Yes button.
`mrYesToAll`	constant	`System.UITypes`	Dialog was closed by clicking on the Yes To All button.
`MSDos`	procedure	`Dos`	Execute MS-DOS system call.
`MSecsPerDay`	constant	`sysutils`	Number of milliseconds per day.
`MSecsPerSec`	constant	`sysutils`	Number of milliseconds per second.
`MSecsToTimeStamp`	function	`sysutils`	Convert a number of milliseconds to a TDateTime value.
`MSG_BATCH`	constant	`Sockets`	sendmmsg: more messages coming.
`msg_cbytes`	variable	`ipc`
`MSG_CMSG_CLOEXEC`	constant	`Sockets`	Set close_on_exec for file descriptor received through SCM_RIGHTS.
`MSG_CMSG_COMPAT`	constant	`Sockets`	This message needs 32 bit fixups.
`MSG_CONFIRM`	constant	`Sockets`	Send flags: Conform connection.
`msg_ctime`	variable	`ipc`	Last control time.
`MSG_CTRUNC`	constant	`Sockets`	Receive flags: Control Data was discarded (buffer too small).
`MSG_DONTROUTE`	constant	`Sockets`	Send flags: don't use gateway.
`MSG_DONTWAIT`	constant	`Sockets`	Receive flags: Non-blocking operation request.
`MSG_EOF`	constant	`Sockets`	Alias for MSG_FIN.
`MSG_EOR`	constant	`Sockets`	Receive flags: End of record.
`MSG_ERRQUERE`	constant	`Sockets`	Receive flags: ?
`MSG_EXCEPT`	constant	`ipc`	Internal Message control code. Do not use.
`MSG_FASTOPEN`	constant	`Sockets`	Send data in TCP SYN.
`MSG_FIN`	constant	`Sockets`	Receive flags: ?
`msg_lrpid`	variable	`ipc`
`msg_lspid`	variable	`ipc`
`MSG_MORE`	constant	`Sockets`	Receive flags: ?
`MSG_NO_SHARED_FRAGS`	constant	`Sockets`	sendpage internal : page frags are not shared.
`MSG_NOERROR`	constant	`ipc`	Internal Message control code. Do not use.
`MSG_NOSIGNAL`	constant	`Sockets`	Receive flags: Suppress SIG_PIPE signal.
`MSG_OOB`	constant	`Sockets`	Receive flags: receive out-of-band data.
`MSG_PEEK`	constant	`Sockets`	Receive flags: peek at data, don't remove from buffer.
`msg_perm`	variable	`ipc`	Queue permissions.
`MSG_PROBE`	constant	`Sockets`	Do not send. Only probe path f.e. for MTU.
`MSG_PROXY`	constant	`Sockets`	Receive flags: ?
`msg_qbytes`	variable	`ipc`
`msg_qnum`	variable	`ipc`
`MSG_RST`	constant	`Sockets`	Receive flags: ?
`msg_rtime`	variable	`ipc`	Last receive time.
`MSG_SENDPAGE_DECRYPTED`	constant	`Sockets`	sendpage() internal : page may carry plain text and require encryption.
`MSG_SENDPAGE_NOPOLICY`	constant	`Sockets`	sendpage internal : do not apply policy.
`MSG_SENDPAGE_NOTLAST`	constant	`Sockets`	sendpage internal : not the last page.
`msg_stime`	variable	`ipc`	Last send time.
`MSG_SYN`	constant	`Sockets`	Receive flags: ?
`MSG_TRUNC`	constant	`Sockets`	Receive flags: packet Data was discarded (buffer too small).
`MSG_TRYHARD`	constant	`Sockets`	Receive flags: ?
`MSG_WAITALL`	constant	`Sockets`	Receive flags: Wait till operation completed.
`MSG_WAITFORONE`	constant	`Sockets`	recvmmsg(): block until 1+ packets avail.
`MSG_ZEROCOPY`	constant	`Sockets`	Use user data in kernel path.
`msgctl`	function	`ipc`	Perform various operations on a message queue.
`msgget`	function	`ipc`	Return message queue ID, possibly creating the queue.
`MsgID`	variable	`System`
`msglen_t`	type	`ipc`	Message length type.
`MSGMAX`	constant	`ipc`	Internal Message control code. Do not use.
`MSGMNB`	constant	`ipc`	Internal Message control code. Do not use.
`MSGMNI`	constant	`ipc`	Internal Message control code. Do not use.
`msgqnum_t`	type	`ipc`	Message queue number type.
`msgrcv`	function	`ipc`	Retrieve a message from the queue.
`msgsnd`	function	`ipc`	Send a message to the message queue.
`msgstrtable`	variable	`System`	First record.
`mtext`	variable	`ipc`	Message data.
`mtime`	variable	`Types`	Modification time.
`mtype`	variable	`ipc`	Message type.
`multiply(Single,TAlphaColorF):TAlphaColorF`	operator	`System.UITypes`
`multiply(single,TPointF):TPointF`	operator	`Types`
`multiply(single,TSizeF):TSizeF`	operator	`Types`
`multiply(TAlphaColorF,Single):TAlphaColorF`	operator	`System.UITypes`
`multiply(TAlphaColorF,TAlphaColorF):TAlphaColorF`	operator	`System.UITypes`
`multiply(Tmatrix2_double,Double):Tmatrix2_double`	operator	`matrix`	Multiply a two-dimensional double precision matrix by a scalar.
`multiply(Tmatrix2_double,Tmatrix2_double):Tmatrix2_double`	operator	`matrix`	Give product of two two-dimensional double precision matrices.
`multiply(Tmatrix2_double,Tvector2_double):Tvector2_double`	operator	`matrix`	Give product of a two-dimensional double precision matrix and vector.
`multiply(Tmatrix2_extended,extended):Tmatrix2_extended`	operator	`matrix`	Multiply a two-dimensional extended precision matrix by a scalar.
`multiply(Tmatrix2_extended,Tmatrix2_extended):Tmatrix2_extended`	operator	`matrix`	Give product of two two-dimensional extended precision matrices.
`multiply(Tmatrix2_extended,Tvector2_extended):Tvector2_extended`	operator	`matrix`	Give product of a two-dimensional extended precision matrix and vector.
`multiply(Tmatrix2_single,single):Tmatrix2_single`	operator	`matrix`	Multiply a two-dimensional single precision matrix by a scalar.
`multiply(Tmatrix2_single,Tmatrix2_single):Tmatrix2_single`	operator	`matrix`	Give product of two two-dimensional single precision matrices.
`multiply(Tmatrix2_single,Tvector2_single):Tvector2_single`	operator	`matrix`	Give product of a two-dimensional single precision matrix and vector.
`multiply(Tmatrix3_double,Double):Tmatrix3_double`	operator	`matrix`	Multiply a three-dimensional double precision matrix by a scalar.
`multiply(Tmatrix3_double,Tmatrix3_double):Tmatrix3_double`	operator	`matrix`	Give product of two three-dimensional double precision matrices.
`multiply(Tmatrix3_double,Tvector3_double):Tvector3_double`	operator	`matrix`	Give product of a three-dimensional double precision matrix and vector.
`multiply(Tmatrix3_extended,extended):Tmatrix3_extended`	operator	`matrix`	Multiply a three-dimensional extended precision matrix by a scalar.
`multiply(Tmatrix3_extended,Tmatrix3_extended):Tmatrix3_extended`	operator	`matrix`	Give product of two three-dimensional extended precision matrices.
`multiply(Tmatrix3_extended,Tvector3_extended):Tvector3_extended`	operator	`matrix`	Give product of a three-dimensional extended precision matrix and vector.
`multiply(Tmatrix3_single,single):Tmatrix3_single`	operator	`matrix`	Multiply a three-dimensional single precision matrix by a scalar.
`multiply(Tmatrix3_single,Tmatrix3_single):Tmatrix3_single`	operator	`matrix`	Give product of two three-dimensional single precision matrices.
`multiply(Tmatrix3_single,Tvector3_single):Tvector3_single`	operator	`matrix`	Give product of a three-dimensional single precision matrix and vector.
`multiply(Tmatrix4_double,Double):Tmatrix4_double`	operator	`matrix`	Multiply a four-dimensional double precision matrix by a scalar.
`multiply(Tmatrix4_double,Tmatrix4_double):Tmatrix4_double`	operator	`matrix`	Give product of two four-dimensional double precision matrices.
`multiply(Tmatrix4_double,Tvector4_double):Tvector4_double`	operator	`matrix`	Give product of a four-dimensional double precision matrix and vector.
`multiply(Tmatrix4_extended,extended):Tmatrix4_extended`	operator	`matrix`	Multiply a four-dimensional extended precision matrix by a scalar.
`multiply(Tmatrix4_extended,Tmatrix4_extended):Tmatrix4_extended`	operator	`matrix`	Give product of two four-dimensional extended precision matrices.
`multiply(Tmatrix4_extended,Tvector4_extended):Tvector4_extended`	operator	`matrix`	Give product of a four-dimensional extended precision matrix and vector.
`multiply(Tmatrix4_single,single):Tmatrix4_single`	operator	`matrix`	Multiply a four-dimensional single precision matrix by a scalar.
`multiply(Tmatrix4_single,Tmatrix4_single):Tmatrix4_single`	operator	`matrix`	Give product of two four-dimensional single precision matrices.
`multiply(Tmatrix4_single,Tvector4_single):Tvector4_single`	operator	`matrix`	Give product of a four-dimensional single precision matrix and vector.
`multiply(TPointF,single):TPointF`	operator	`Types`
`multiply(TPointF,TPointF):TPointF`	operator	`Types`
`multiply(TRect,TRect):TRect`	operator	`Types`
`multiply(TRectF,TRectF):TRectF`	operator	`Types`
`multiply(TSizeF,single):TSizeF`	operator	`Types`
`multiply(Tvector2_double,Double):Tvector2_double`	operator	`matrix`	Multiply a two-dimensional double precision vector by a scalar.
`multiply(Tvector2_double,Tvector2_double):Tvector2_double`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector2_extended,extended):Tvector2_extended`	operator	`matrix`	Multiply a two-dimensional extended precision vector by a scalar.
`multiply(Tvector2_extended,Tvector2_extended):Tvector2_extended`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector2_single,single):Tvector2_single`	operator	`matrix`	Multiply a two-dimensional single precision vector by a scalar.
`multiply(Tvector2_single,Tvector2_single):Tvector2_single`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector3_double,Double):Tvector3_double`	operator	`matrix`	Multiply a three-dimensional double precision vector by a scalar.
`multiply(Tvector3_double,Tvector3_double):Tvector3_double`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector3_extended,extended):Tvector3_extended`	operator	`matrix`	Multiply a three-dimensional extended precision vector by a scalar.
`multiply(Tvector3_extended,Tvector3_extended):Tvector3_extended`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector3_single,single):Tvector3_single`	operator	`matrix`	Multiply a three-dimensional single precision vector by a scalar.
`multiply(Tvector3_single,Tvector3_single):Tvector3_single`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector4_double,Double):Tvector4_double`	operator	`matrix`	Multiply a four-dimensional double precision vector by a scalar.
`multiply(Tvector4_double,Tvector4_double):Tvector4_double`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector4_extended,extended):Tvector4_extended`	operator	`matrix`	Multiply a four-dimensional extended precision vector by a scalar.
`multiply(Tvector4_extended,Tvector4_extended):Tvector4_extended`	operator	`matrix`	Multiply two vectors element wise.
`multiply(Tvector4_single,single):Tvector4_single`	operator	`matrix`	Multiply a four-dimensional single precision vector by a scalar.
`multiply(Tvector4_single,Tvector4_single):Tvector4_single`	operator	`matrix`	Multiply two vectors element wise.
`multiply(variant,variant):variant`	operator	`System`	Implement multiplication (*) operation on variants.
`MultiplyRect`	procedure	`Types`
`mxcsr`	variable	`BaseUnix`	FXSR FPU environment.
`MXCSR`	variable	`System`

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