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BinaryStreaming.pas
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BinaryStreaming.pas
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{-------------------------------------------------------------------------------
This Source Code Form is subject to the terms of the Mozilla Public
License, v. 2.0. If a copy of the MPL was not distributed with this
file, You can obtain one at http://mozilla.org/MPL/2.0/.
-------------------------------------------------------------------------------}
{===============================================================================
Binary streaming
Set of functions and classes designed to help writing and reading of binary
data into/from streams and memory locations.
All primitives larger than one byte (integers, floats, wide characters -
including in UTF-16 strings, ...) can be written either with little endian
(LE) or big endian (BE) byte order. For single-byte primitives, the byte
order can also be selected, but it has no effect on the result (a common
code is called).
WARNING - the endianness is not stored with the data, it is up to you
to use proper loading function for the byte order used during
saving.
Boolean data are written as one byte, where zero represents false and any
non-zero value represents true.
All strings are written with explicit length, and without terminating zero
character. First a length is stored, followed immediately by the character
stream.
Short strings are stored with 8bit unsigned integer length, all other
strings are stored with 32bit signed integer length (note that the length
of 0 or lower marks an empty string, such length is not followed by any
character belonging to that particular string). Length is in characters,
not bytes or code points.
Default type Char is always stored as 16bit unsigned integer, irrespective
of how it is declared.
Default type String is always stored as an UTF-8 encoded string, again
irrespective of how it is declared.
Buffers and array of bytes are both stored as plain byte streams, without
explicit size.
Variants are stored in a litle more complex way - first a byte denoting
type of the variant is stored (note that value of this byte does NOT
correspond to a TVarType value), directly followed by the value itself.
The value is stored as if it was a normal variable (eg. for varWord variant
the function WriteUInt16 is called).
For variant arrays, immediately after the type byte a dimension count is
stored (int32), followed by an array of indices bounds (two int32 values
for each dimension, first low bound followed by a high bound, ordered from
lowest dimension to highest dimension). After this, an array of items is
stored, each item is stored as a separate variant. When saving the items,
the right-most index is incremented first.
NOTE - only standard variant types are supported, and from them only the
"streamable" types (boolean, integers, floats, strings) and their
arrays are allowed - so no empty/null variants, interfaces,
objects, errors, and so on.
Also, since some older compilers do not support all in-here used variant
types (namely varUInt64 and varUString), there are some specific rules in
effect when saving and loading such types in programs compiled by those
compilers...
Localy unsupported types are not saved at all, simply because a variant
of that type cannot be even created (note that the type UInt64 is
sometimes declared only an alias for Int64, so when creating variant from
that type, it will be of type varInt64, in that case such variant will be
saved as varInt64).
When loading unsupported varUInt64, it will be loaded as Int64 (with the
same BINARY data, ie. not necessarily the same numerical value).
When loading unsupported varUString (unicode string), it is normally
loaded, but the returned variant will be of type varOleStr (wide string).
Parameter Advance in writing and reading functions indicates whether the
position in stream being written to or read from (or the passed memory
pointer) can be advanced by number of bytes written or read. When set to
true, the position (pointer) is advanced, when false, the position is the
same after the call as was before it.
Return value of all read and write functions is number of bytes written or
read (does not apply to Get* functions, as they are returning the value
being read).
Version 2.0.3 (2024-04-14)
Last change 2024-04-14
©2015-2024 František Milt
Contacts:
František Milt: [email protected]
Support:
If you find this code useful, please consider supporting its author(s) by
making a small donation using the following link(s):
https://www.paypal.me/FMilt
Changelog:
For detailed changelog and history please refer to this git repository:
github.com/TheLazyTomcat/Lib.BinaryStreaming
Dependencies:
AuxClasses - github.com/TheLazyTomcat/Lib.AuxClasses
* AuxExceptions - github.com/TheLazyTomcat/Lib.AuxExceptions
AuxTypes - github.com/TheLazyTomcat/Lib.AuxTypes
StrRect - github.com/TheLazyTomcat/Lib.StrRect
Library AuxExceptions is required only when rebasing local exception classes
(see symbol BinaryStreaming_UseAuxExceptions for details).
Library AuxExceptions might also be required as an indirect dependency.
Indirect dependencies:
SimpleCPUID - github.com/TheLazyTomcat/Lib.SimpleCPUID
UInt64Utils - github.com/TheLazyTomcat/Lib.UInt64Utils
WinFileInfo - github.com/TheLazyTomcat/Lib.WinFileInfo
===============================================================================}
unit BinaryStreaming;
(*
All comments in the form {<lite-...>} are tags used to compress this unit
into BinaryStreamingLite. They have no impact on this library and should be
ignored.
*)
{<lite-unit>}
{
BinaryStreaming_UseAuxExceptions
If you want library-specific exceptions to be based on more advanced classes
provided by AuxExceptions library instead of basic Exception class, and don't
want to or cannot change code in this unit, you can define global symbol
BinaryStreaming_UseAuxExceptions to achieve this.
}
{$IF Defined(BinaryStreaming_UseAuxExceptions)}
{$DEFINE UseAuxExceptions}
{$IFEND}
//------------------------------------------------------------------------------
{<lite-begin>}
{<lite-ln>}
{$IFDEF FPC}
{$MODE ObjFPC}
{<lite-remove>}
{$MODESWITCH DuplicateLocals+}
{$INLINE ON}
{$DEFINE CanInline}
{$DEFINE FPC_DisableWarns}
{$MACRO ON}
{$ELSE}
{$IF CompilerVersion >= 17} // Delphi 2005+
{$DEFINE CanInline}
{$IFEND}
{$ENDIF}
{$H+}
{<lite-end-ln>}
//------------------------------------------------------------------------------
// do not change following defines
{$UNDEF BS_OverflowChecks}
{$UNDEF BS_INC_VW} // variant writing
{$UNDEF BS_INC_VR} // variant reading
{$UNDEF BS_INC_M} // operating on memory (stream is inferred when not defined)
{$UNDEF BS_INC_L} // little endian (big endian inferred when not defined)
{$UNDEF BS_INC_MM} // implementation of streamers macro methods
{$UNDEF BS_INC_MM_AT} // position macro
{$UNDEF BS_INC_MM_AT_OFF} // offset macro
{$UNDEF BS_INC_MM_TO} // bookmark macro
{$UNDEF BS_INC_MM_TO_IDX} // bookmark index macro
{$UNDEF BS_INC_MM_AT_ADDR} // address macro (only TMemoryStreamer)
{$UNDEF BS_INC_MM_WRITE} // Write* macros
{$UNDEF BS_INC_MM_READ} // Read* macros
{$UNDEF BS_INC_MM_GET} // Get* macros
// value type selection in macro implementation...
{$UNDEF BS_INC_MM_BOOL}
{$UNDEF BS_INC_MM_BOOLEAN}
{$UNDEF BS_INC_MM_INT8}
{$UNDEF BS_INC_MM_UINT8}
{$UNDEF BS_INC_MM_INT16}
{$UNDEF BS_INC_MM_UINT16}
{$UNDEF BS_INC_MM_INT32}
{$UNDEF BS_INC_MM_UINT32}
{$UNDEF BS_INC_MM_INT64}
{$UNDEF BS_INC_MM_UINT64}
{$UNDEF BS_INC_MM_FLOAT32}
{$UNDEF BS_INC_MM_FLOAT64}
{$UNDEF BS_INC_MM_FLOAT80}
{$UNDEF BS_INC_MM_DATETIME}
{$UNDEF BS_INC_MM_CURRENCY}
{$UNDEF BS_INC_MM_ANSICHAR}
{$UNDEF BS_INC_MM_UTF8CHAR}
{$UNDEF BS_INC_MM_WIDECHAR}
{$UNDEF BS_INC_MM_UNICODECHAR}
{$UNDEF BS_INC_MM_UCS4CHAR}
{$UNDEF BS_INC_MM_CHAR}
{$UNDEF BS_INC_MM_SHORTSTRING}
{$UNDEF BS_INC_MM_ANSISTRING}
{$UNDEF BS_INC_MM_UTF8STRING}
{$UNDEF BS_INC_MM_WIDESTRING}
{$UNDEF BS_INC_MM_UNICODESTRING}
{$UNDEF BS_INC_MM_UCS4STRING}
{$UNDEF BS_INC_MM_STRING}
{$UNDEF BS_INC_MM_BUFFER}
{$UNDEF BS_INC_MM_BYTES}
{$UNDEF BS_INC_MM_FILL}
{$UNDEF BS_INC_MM_VARIANT}
interface
{<lite-interface>}
uses
SysUtils, Classes,
AuxTypes, AuxClasses{$IFNDEF FPC}, StrRect{$ENDIF}
{$IFDEF UseAuxExceptions}, AuxExceptions{$ENDIF};
{<lite-begin>}
{<lite-block-replace-begin EBS EBSL>}
{===============================================================================
Library-specific exceptions
===============================================================================}
type
EBSException = class({$IFDEF UseAuxExceptions}EAEGeneralException{$ELSE}Exception{$ENDIF});
{<lite-end-ln>}
EBSUnsupportedVarType = class(EBSException);
EBSIndexOutOfBounds = class(EBSException);
EBSInvalidValue = class(EBSException);
EBSDuplicateItem = class(EBSException);
EBSUnknownItem = class(EBSException);
{===============================================================================
Endianness - declaration
===============================================================================}
type
TEndian = (endLittle,endBig,endSystem,endDefault{endLittle});
const
SysEndian = {$IFDEF ENDIAN_BIG}endBig{$ELSE}endLittle{$ENDIF};
{
ProbeEndian
Performs runtime test of endianness - it returns the actual true byte order,
not whatever was assigned to SysEndian during compilation (though these two
values should normally match).
It can only return endLittle or endBig, if the probing shows anything else
(eg. mixed endianness or differing endianness depending on a variable type),
then the function will raise an EBSInvalidValue exception.
The byte order is tested on a 4-byte (32bit) signed integer and 4-byte float.
}
Function ProbeEndian: TEndian;
{
ResolveEndian
Resolves endSystem to a value of constant SysEndian and endDefault to
endLittle, other values are returned unchanged.
}
Function ResolveEndian(Endian: TEndian): TEndian;
{<lite-begin>}
{===============================================================================
--------------------------------------------------------------------------------
Allocation helpers
--------------------------------------------------------------------------------
===============================================================================}
{
Following functions are returning number of bytes that are required to store
a given object. They are here mainly to ease allocation when streaming into
memory.
Basic types have static size (for completeness sake they are nevertheless
included), but strings and variants are a little trickier and must be scanned
to obtain the true size.
}
Function StreamedSize_Bool: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Boolean: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
//------------------------------------------------------------------------------
Function StreamedSize_Int8: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UInt8: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Int16: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UInt16: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Int32: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UInt32: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Int64: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UInt64: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
//------------------------------------------------------------------------------
Function StreamedSize_Float32: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Float64: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Float80: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_DateTime: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Currency: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
//------------------------------------------------------------------------------
Function StreamedSize_AnsiChar: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UTF8Char: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_WideChar: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UnicodeChar: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UCS4Char: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Char: TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
//------------------------------------------------------------------------------
Function StreamedSize_ShortString(const Value: ShortString): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_AnsiString(const Value: AnsiString): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UTF8String(const Value: UTF8String): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_WideString(const Value: WideString): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UnicodeString(const Value: UnicodeString): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_UCS4String(const Value: UCS4String): TMemSize;
Function StreamedSize_String(const Value: String): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
//------------------------------------------------------------------------------
Function StreamedSize_Buffer(Size: TMemSize): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
Function StreamedSize_Bytes(Count: TMemSize): TMemSize;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
//------------------------------------------------------------------------------
Function StreamedSize_Variant(const Value: Variant): TMemSize;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{===============================================================================
--------------------------------------------------------------------------------
Memory writing
--------------------------------------------------------------------------------
===============================================================================}
{-------------------------------------------------------------------------------
Booleans
-------------------------------------------------------------------------------}
Function Ptr_WriteBool_LE(var Dest: Pointer; Value: ByteBool; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_WriteBool_LE(Dest: Pointer; Value: ByteBool): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteBool_BE(var Dest: Pointer; Value: ByteBool; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteBool_BE(Dest: Pointer; Value: ByteBool): TMemSize; overload;
Function Ptr_WriteBool(var Dest: Pointer; Value: ByteBool; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteBool(Dest: Pointer; Value: ByteBool; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteBoolean_LE(var Dest: Pointer; Value: Boolean; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteBoolean_LE(Dest: Pointer; Value: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteBoolean_BE(var Dest: Pointer; Value: Boolean; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteBoolean_BE(Dest: Pointer; Value: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteBoolean(var Dest: Pointer; Value: Boolean; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteBoolean(Dest: Pointer; Value: Boolean; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{-------------------------------------------------------------------------------
Integers
-------------------------------------------------------------------------------}
Function Ptr_WriteInt8_LE(var Dest: Pointer; Value: Int8; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_WriteInt8_LE(Dest: Pointer; Value: Int8): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteInt8_BE(var Dest: Pointer; Value: Int8; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteInt8_BE(Dest: Pointer; Value: Int8): TMemSize; overload;
Function Ptr_WriteInt8(var Dest: Pointer; Value: Int8; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteInt8(Dest: Pointer; Value: Int8; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUInt8_LE(var Dest: Pointer; Value: UInt8; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_WriteUInt8_LE(Dest: Pointer; Value: UInt8): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteUInt8_BE(var Dest: Pointer; Value: UInt8; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUInt8_BE(Dest: Pointer; Value: UInt8): TMemSize; overload;
Function Ptr_WriteUInt8(var Dest: Pointer; Value: UInt8; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUInt8(Dest: Pointer; Value: UInt8; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteInt16_LE(var Dest: Pointer; Value: Int16; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteInt16_LE(Dest: Pointer; Value: Int16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteInt16_BE(var Dest: Pointer; Value: Int16; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteInt16_BE(Dest: Pointer; Value: Int16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteInt16(var Dest: Pointer; Value: Int16; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteInt16(Dest: Pointer; Value: Int16; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUInt16_LE(var Dest: Pointer; Value: UInt16; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUInt16_LE(Dest: Pointer; Value: UInt16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUInt16_BE(var Dest: Pointer; Value: UInt16; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUInt16_BE(Dest: Pointer; Value: UInt16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUInt16(var Dest: Pointer; Value: UInt16; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUInt16(Dest: Pointer; Value: UInt16; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteInt32_LE(var Dest: Pointer; Value: Int32; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteInt32_LE(Dest: Pointer; Value: Int32): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteInt32_BE(var Dest: Pointer; Value: Int32; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteInt32_BE(Dest: Pointer; Value: Int32): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteInt32(var Dest: Pointer; Value: Int32; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteInt32(Dest: Pointer; Value: Int32; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUInt32_LE(var Dest: Pointer; Value: UInt32; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUInt32_LE(Dest: Pointer; Value: UInt32): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUInt32_BE(var Dest: Pointer; Value: UInt32; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUInt32_BE(Dest: Pointer; Value: UInt32): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUInt32(var Dest: Pointer; Value: UInt32; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUInt32(Dest: Pointer; Value: UInt32; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteInt64_LE(var Dest: Pointer; Value: Int64; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteInt64_LE(Dest: Pointer; Value: Int64): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteInt64_BE(var Dest: Pointer; Value: Int64; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteInt64_BE(Dest: Pointer; Value: Int64): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteInt64(var Dest: Pointer; Value: Int64; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteInt64(Dest: Pointer; Value: Int64; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUInt64_LE(var Dest: Pointer; Value: UInt64; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUInt64_LE(Dest: Pointer; Value: UInt64): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUInt64_BE(var Dest: Pointer; Value: UInt64; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUInt64_BE(Dest: Pointer; Value: UInt64): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUInt64(var Dest: Pointer; Value: UInt64; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUInt64(Dest: Pointer; Value: UInt64; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{-------------------------------------------------------------------------------
Floating point numbers
-------------------------------------------------------------------------------}
Function Ptr_WriteFloat32_LE(var Dest: Pointer; Value: Float32; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteFloat32_LE(Dest: Pointer; Value: Float32): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteFloat32_BE(var Dest: Pointer; Value: Float32; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteFloat32_BE(Dest: Pointer; Value: Float32): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteFloat32(var Dest: Pointer; Value: Float32; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteFloat32(Dest: Pointer; Value: Float32; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteFloat64_LE(var Dest: Pointer; Value: Float64; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteFloat64_LE(Dest: Pointer; Value: Float64): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteFloat64_BE(var Dest: Pointer; Value: Float64; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteFloat64_BE(Dest: Pointer; Value: Float64): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteFloat64(var Dest: Pointer; Value: Float64; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteFloat64(Dest: Pointer; Value: Float64; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteFloat80_LE(var Dest: Pointer; Value: Float80; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteFloat80_LE(Dest: Pointer; Value: Float80): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteFloat80_BE(var Dest: Pointer; Value: Float80; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteFloat80_BE(Dest: Pointer; Value: Float80): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteFloat80(var Dest: Pointer; Value: Float80; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteFloat80(Dest: Pointer; Value: Float80; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteDateTime_LE(var Dest: Pointer; Value: TDateTime; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteDateTime_LE(Dest: Pointer; Value: TDateTime): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteDateTime_BE(var Dest: Pointer; Value: TDateTime; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteDateTime_BE(Dest: Pointer; Value: TDateTime): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteDateTime(var Dest: Pointer; Value: TDateTime; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteDateTime(Dest: Pointer; Value: TDateTime; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteCurrency_LE(var Dest: Pointer; Value: Currency; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteCurrency_LE(Dest: Pointer; Value: Currency): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteCurrency_BE(var Dest: Pointer; Value: Currency; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteCurrency_BE(Dest: Pointer; Value: Currency): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteCurrency(var Dest: Pointer; Value: Currency; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteCurrency(Dest: Pointer; Value: Currency; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{-------------------------------------------------------------------------------
Characters
-------------------------------------------------------------------------------}
Function Ptr_WriteAnsiChar_LE(var Dest: Pointer; Value: AnsiChar; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_WriteAnsiChar_LE(Dest: Pointer; Value: AnsiChar): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteAnsiChar_BE(var Dest: Pointer; Value: AnsiChar; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteAnsiChar_BE(Dest: Pointer; Value: AnsiChar): TMemSize; overload;
Function Ptr_WriteAnsiChar(var Dest: Pointer; Value: AnsiChar; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteAnsiChar(Dest: Pointer; Value: AnsiChar; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUTF8Char_LE(var Dest: Pointer; Value: UTF8Char; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_WriteUTF8Char_LE(Dest: Pointer; Value: UTF8Char): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteUTF8Char_BE(var Dest: Pointer; Value: UTF8Char; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUTF8Char_BE(Dest: Pointer; Value: UTF8Char): TMemSize; overload;
Function Ptr_WriteUTF8Char(var Dest: Pointer; Value: UTF8Char; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUTF8Char(Dest: Pointer; Value: UTF8Char; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteWideChar_LE(var Dest: Pointer; Value: WideChar; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteWideChar_LE(Dest: Pointer; Value: WideChar): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteWideChar_BE(var Dest: Pointer; Value: WideChar; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteWideChar_BE(Dest: Pointer; Value: WideChar): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteWideChar(var Dest: Pointer; Value: WideChar; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteWideChar(Dest: Pointer; Value: WideChar; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUnicodeChar_LE(var Dest: Pointer; Value: UnicodeChar; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUnicodeChar_LE(Dest: Pointer; Value: UnicodeChar): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUnicodeChar_BE(var Dest: Pointer; Value: UnicodeChar; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUnicodeChar_BE(Dest: Pointer; Value: UnicodeChar): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUnicodeChar(var Dest: Pointer; Value: UnicodeChar; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUnicodeChar(Dest: Pointer; Value: UnicodeChar; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUCS4Char_LE(var Dest: Pointer; Value: UCS4Char; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUCS4Char_LE(Dest: Pointer; Value: UCS4Char): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUCS4Char_BE(var Dest: Pointer; Value: UCS4Char; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUCS4Char_BE(Dest: Pointer; Value: UCS4Char): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUCS4Char(var Dest: Pointer; Value: UCS4Char; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUCS4Char(Dest: Pointer; Value: UCS4Char; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteChar_LE(var Dest: Pointer; Value: Char; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteChar_LE(Dest: Pointer; Value: Char): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteChar_BE(var Dest: Pointer; Value: Char; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteChar_BE(Dest: Pointer; Value: Char): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteChar(var Dest: Pointer; Value: Char; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteChar(Dest: Pointer; Value: Char; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{-------------------------------------------------------------------------------
Strings
-------------------------------------------------------------------------------}
Function Ptr_WriteShortString_LE(var Dest: Pointer; const Value: ShortString; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_WriteShortString_LE(Dest: Pointer; const Value: ShortString): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteShortString_BE(var Dest: Pointer; const Value: ShortString; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteShortString_BE(Dest: Pointer; const Value: ShortString): TMemSize; overload;
Function Ptr_WriteShortString(var Dest: Pointer; const Value: ShortString; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteShortString(Dest: Pointer; const Value: ShortString; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteAnsiString_LE(var Dest: Pointer; const Value: AnsiString; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteAnsiString_LE(Dest: Pointer; const Value: AnsiString): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteAnsiString_BE(var Dest: Pointer; const Value: AnsiString; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteAnsiString_BE(Dest: Pointer; const Value: AnsiString): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteAnsiString(var Dest: Pointer; const Value: AnsiString; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteAnsiString(Dest: Pointer; const Value: AnsiString; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUTF8String_LE(var Dest: Pointer; const Value: UTF8String; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUTF8String_LE(Dest: Pointer; const Value: UTF8String): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUTF8String_BE(var Dest: Pointer; const Value: UTF8String; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUTF8String_BE(Dest: Pointer; const Value: UTF8String): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUTF8String(var Dest: Pointer; const Value: UTF8String; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUTF8String(Dest: Pointer; const Value: UTF8String; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteWideString_LE(var Dest: Pointer; const Value: WideString; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteWideString_LE(Dest: Pointer; const Value: WideString): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteWideString_BE(var Dest: Pointer; const Value: WideString; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteWideString_BE(Dest: Pointer; const Value: WideString): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteWideString(var Dest: Pointer; const Value: WideString; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteWideString(Dest: Pointer; const Value: WideString; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUnicodeString_LE(var Dest: Pointer; const Value: UnicodeString; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUnicodeString_LE(Dest: Pointer; const Value: UnicodeString): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUnicodeString_BE(var Dest: Pointer; const Value: UnicodeString; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUnicodeString_BE(Dest: Pointer; const Value: UnicodeString): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUnicodeString(var Dest: Pointer; const Value: UnicodeString; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUnicodeString(Dest: Pointer; const Value: UnicodeString; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteUCS4String_LE(var Dest: Pointer; const Value: UCS4String; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUCS4String_LE(Dest: Pointer; const Value: UCS4String): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteUCS4String_BE(var Dest: Pointer; const Value: UCS4String; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteUCS4String_BE(Dest: Pointer; const Value: UCS4String): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteUCS4String(var Dest: Pointer; const Value: UCS4String; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteUCS4String(Dest: Pointer; const Value: UCS4String; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_WriteString_LE(var Dest: Pointer; const Value: String; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteString_LE(Dest: Pointer; const Value: String): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_WriteString_BE(var Dest: Pointer; const Value: String; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteString_BE(Dest: Pointer; const Value: String): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteString(var Dest: Pointer; const Value: String; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteString(Dest: Pointer; const Value: String; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{-------------------------------------------------------------------------------
General data buffers
-------------------------------------------------------------------------------}
Function Ptr_WriteBuffer_LE(var Dest: Pointer; const Buffer; Size: TMemSize; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteBuffer_LE(Dest: Pointer; const Buffer; Size: TMemSize): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteBuffer_BE(var Dest: Pointer; const Buffer; Size: TMemSize; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteBuffer_BE(Dest: Pointer; const Buffer; Size: TMemSize): TMemSize; overload;
Function Ptr_WriteBuffer(var Dest: Pointer; const Buffer; Size: TMemSize; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteBuffer(Dest: Pointer; const Buffer; Size: TMemSize; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
// note - calls with open array cannot be inlined both in Delphi and FPC
Function Ptr_WriteBytes_LE(var Dest: Pointer; const Value: array of UInt8; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteBytes_LE(Dest: Pointer; const Value: array of UInt8): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_WriteBytes_BE(var Dest: Pointer; const Value: array of UInt8; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteBytes_BE(Dest: Pointer; const Value: array of UInt8): TMemSize; overload;
Function Ptr_WriteBytes(var Dest: Pointer; const Value: array of UInt8; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteBytes(Dest: Pointer; const Value: array of UInt8; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_FillBytes_LE(var Dest: Pointer; Count: TMemSize; Value: UInt8; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_FillBytes_LE(Dest: Pointer; Count: TMemSize; Value: UInt8): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_FillBytes_BE(var Dest: Pointer; Count: TMemSize; Value: UInt8; Advance: Boolean): TMemSize; overload;
Function Ptr_FillBytes_BE(Dest: Pointer; Count: TMemSize; Value: UInt8): TMemSize; overload;
Function Ptr_FillBytes(var Dest: Pointer; Count: TMemSize; Value: UInt8; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_FillBytes(Dest: Pointer; Count: TMemSize; Value: UInt8; Endian: TEndian = endDefault): TMemSize; overload;
{-------------------------------------------------------------------------------
Variants
-------------------------------------------------------------------------------}
Function Ptr_WriteVariant_LE(var Dest: Pointer; const Value: Variant; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteVariant_LE(Dest: Pointer; const Value: Variant): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteVariant_BE(var Dest: Pointer; const Value: Variant; Advance: Boolean): TMemSize; overload;
Function Ptr_WriteVariant_BE(Dest: Pointer; const Value: Variant): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_WriteVariant(var Dest: Pointer; const Value: Variant; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_WriteVariant(Dest: Pointer; const Value: Variant; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{===============================================================================
--------------------------------------------------------------------------------
Memory reading
--------------------------------------------------------------------------------
===============================================================================}
{-------------------------------------------------------------------------------
Booleans
-------------------------------------------------------------------------------}
Function Ptr_ReadBool_LE(var Src: Pointer; out Value: ByteBool; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_ReadBool_LE(Src: Pointer; out Value: ByteBool): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_ReadBool_BE(var Src: Pointer; out Value: ByteBool; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadBool_BE(Src: Pointer; out Value: ByteBool): TMemSize; overload;
Function Ptr_ReadBool(var Src: Pointer; out Value: ByteBool; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_ReadBool(Src: Pointer; out Value: ByteBool; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_GetBool_LE(var Src: Pointer; Advance: Boolean): ByteBool; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_GetBool_LE(Src: Pointer): ByteBool; overload;
{<lite-end-ln>}
Function Ptr_GetBool_BE(var Src: Pointer; Advance: Boolean): ByteBool; overload;
Function Ptr_GetBool_BE(Src: Pointer): ByteBool; overload;
Function Ptr_GetBool(var Src: Pointer; Advance: Boolean; Endian: TEndian = endDefault): ByteBool; overload;
Function Ptr_GetBool(Src: Pointer; Endian: TEndian = endDefault): ByteBool; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_ReadBoolean_LE(var Src: Pointer; out Value: Boolean; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_ReadBoolean_LE(Src: Pointer; out Value: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_ReadBoolean_BE(var Src: Pointer; out Value: Boolean; Advance: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_ReadBoolean_BE(Src: Pointer; out Value: Boolean): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_ReadBoolean(var Src: Pointer; out Value: Boolean; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_ReadBoolean(Src: Pointer; out Value: Boolean; Endian: TEndian = endDefault): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
Function Ptr_GetBoolean_LE(var Src: Pointer; Advance: Boolean): Boolean; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetBoolean_LE(Src: Pointer): Boolean; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_GetBoolean_BE(var Src: Pointer; Advance: Boolean): Boolean; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetBoolean_BE(Src: Pointer): Boolean; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetBoolean(var Src: Pointer; Advance: Boolean; Endian: TEndian = endDefault): Boolean; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetBoolean(Src: Pointer; Endian: TEndian = endDefault): Boolean; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{-------------------------------------------------------------------------------
Integers
-------------------------------------------------------------------------------}
Function Ptr_ReadInt8_LE(var Src: Pointer; out Value: Int8; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_ReadInt8_LE(Src: Pointer; out Value: Int8): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_ReadInt8_BE(var Src: Pointer; out Value: Int8; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadInt8_BE(Src: Pointer; out Value: Int8): TMemSize; overload;
Function Ptr_ReadInt8(var Src: Pointer; out Value: Int8; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_ReadInt8(Src: Pointer; out Value: Int8; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_GetInt8_LE(var Src: Pointer; Advance: Boolean): Int8; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_GetInt8_LE(Src: Pointer): Int8; overload;
{<lite-end-ln>}
Function Ptr_GetInt8_BE(var Src: Pointer; Advance: Boolean): Int8; overload;
Function Ptr_GetInt8_BE(Src: Pointer): Int8; overload;
Function Ptr_GetInt8(var Src: Pointer; Advance: Boolean; Endian: TEndian = endDefault): Int8; overload;
Function Ptr_GetInt8(Src: Pointer; Endian: TEndian = endDefault): Int8; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_ReadUInt8_LE(var Src: Pointer; out Value: UInt8; Advance: Boolean): TMemSize; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_ReadUInt8_LE(Src: Pointer; out Value: UInt8): TMemSize; overload;
{<lite-end-ln>}
Function Ptr_ReadUInt8_BE(var Src: Pointer; out Value: UInt8; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadUInt8_BE(Src: Pointer; out Value: UInt8): TMemSize; overload;
Function Ptr_ReadUInt8(var Src: Pointer; out Value: UInt8; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_ReadUInt8(Src: Pointer; out Value: UInt8; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_GetUInt8_LE(var Src: Pointer; Advance: Boolean): UInt8; overload;
{<lite-append "\x7B$IFDEF CanInline\x7D inline;\x7B$ENDIF\x7D">}
Function Ptr_GetUInt8_LE(Src: Pointer): UInt8; overload;
{<lite-end-ln>}
Function Ptr_GetUInt8_BE(var Src: Pointer; Advance: Boolean): UInt8; overload;
Function Ptr_GetUInt8_BE(Src: Pointer): UInt8; overload;
Function Ptr_GetUInt8(var Src: Pointer; Advance: Boolean; Endian: TEndian = endDefault): UInt8; overload;
Function Ptr_GetUInt8(Src: Pointer; Endian: TEndian = endDefault): UInt8; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_ReadInt16_LE(var Src: Pointer; out Value: Int16; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadInt16_LE(Src: Pointer; out Value: Int16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_ReadInt16_BE(var Src: Pointer; out Value: Int16; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadInt16_BE(Src: Pointer; out Value: Int16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_ReadInt16(var Src: Pointer; out Value: Int16; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_ReadInt16(Src: Pointer; out Value: Int16; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
Function Ptr_GetInt16_LE(var Src: Pointer; Advance: Boolean): Int16; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetInt16_LE(Src: Pointer): Int16; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_GetInt16_BE(var Src: Pointer; Advance: Boolean): Int16; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetInt16_BE(Src: Pointer): Int16; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetInt16(var Src: Pointer; Advance: Boolean; Endian: TEndian = endDefault): Int16; overload;
Function Ptr_GetInt16(Src: Pointer; Endian: TEndian = endDefault): Int16; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_ReadUInt16_LE(var Src: Pointer; out Value: UInt16; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadUInt16_LE(Src: Pointer; out Value: UInt16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_ReadUInt16_BE(var Src: Pointer; out Value: UInt16; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadUInt16_BE(Src: Pointer; out Value: UInt16): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_ReadUInt16(var Src: Pointer; out Value: UInt16; Advance: Boolean; Endian: TEndian = endDefault): TMemSize; overload;
Function Ptr_ReadUInt16(Src: Pointer; out Value: UInt16; Endian: TEndian = endDefault): TMemSize; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
Function Ptr_GetUInt16_LE(var Src: Pointer; Advance: Boolean): UInt16; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetUInt16_LE(Src: Pointer): UInt16; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}
Function Ptr_GetUInt16_BE(var Src: Pointer; Advance: Boolean): UInt16; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetUInt16_BE(Src: Pointer): UInt16; overload;{$IFDEF CanInline} inline;{$ENDIF}
Function Ptr_GetUInt16(var Src: Pointer; Advance: Boolean; Endian: TEndian = endDefault): UInt16; overload;
Function Ptr_GetUInt16(Src: Pointer; Endian: TEndian = endDefault): UInt16; overload;
{<lite-begin>}
{<lite-block-replace-begin _LE "">}
//------------------------------------------------------------------------------
Function Ptr_ReadInt32_LE(var Src: Pointer; out Value: Int32; Advance: Boolean): TMemSize; overload;
Function Ptr_ReadInt32_LE(Src: Pointer; out Value: Int32): TMemSize; overload;{$IFDEF CanInline} inline;{$ENDIF}
{<lite-end-ln>}