(*
* Super Object Toolkit
*
* Usage allowed under the restrictions of the Lesser GNU General Public License
* or alternatively the restrictions of the Mozilla Public License 1.1
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for
* the specific language governing rights and limitations under the License.
*
* Unit owner : Henri Gourvest <[email protected]>
* Web site : http://www.progdigy.com
*
* This unit is inspired from the json c lib:
* Michael Clark <[email protected]>
* http://oss.metaparadigm.com/json-c/
*
* CHANGES:
* v1.2
* + support of currency data type
* + right trim unquoted string
* + read Unicode Files and streams (Litle Endian with BOM)
* + Fix bug on javadate functions + windows nt compatibility
* + Now you can force to parse only the canonical syntax of JSON using the stric parameter
* + Delphi 2010 RTTI marshalling
* v1.1
* + Double licence MPL or LGPL.
* + Delphi 2009 compatibility & Unicode support.
* + AsString return a string instead of PChar.
* + Escaped and Unascaped JSON serialiser.
* + Missed FormFeed added \f
* - Removed @ trick, uses forcepath() method instead.
* + Fixed parse error with uppercase E symbol in numbers.
* + Fixed possible buffer overflow when enlarging array.
* + Added "delete", "pack", "insert" methods for arrays and/or objects
* + Multi parametters when calling methods
* + Delphi Enumerator (for obj1 in obj2 do ...)
* + Format method ex: obj.format(‘<%name%>%tab[1]%</%name%>‘)
* + ParseFile and ParseStream methods
* + Parser now understand hexdecimal c syntax ex: \xFF
* + Null Object Design Patern (ex: for obj in values.N[‘path‘] do ...)
* v1.0
* + renamed class
* + interfaced object
* + added a new data type: the method
* + parser can now evaluate properties and call methods
* - removed obselet rpc class
* - removed "find" method, now you can use "parse" method instead
* v0.6
* + refactoring
* v0.5
* + new find method to get or set value using a path syntax
* ex: obj.s[‘obj.prop[1]‘] := ‘string value‘;
* obj.a[‘@obj.array‘].b[n] := true; // @ -> create property if necessary
* v0.4
* + bug corrected: AVL tree badly balanced.
* v0.3
* + New validator partially based on the Kwalify syntax.
* + extended syntax to parse unquoted fields.
* + Freepascal compatibility win32/64 Linux32/64.
* + JavaToDelphiDateTime and DelphiToJavaDateTime improved for UTC.
* + new TJsonObject.Compare function.
* v0.2
* + Hashed string list replaced with a faster AVL tree
* + JsonInt data type can be changed to int64
* + JavaToDelphiDateTime and DelphiToJavaDateTime helper fonctions
* + from json-c v0.7
* + Add escaping of backslash to json output
* + Add escaping of foward slash on tokenizing and output
* + Changes to internal tokenizer from using recursion to
* using a depth state structure to allow incremental parsing
* v0.1
* + first release
*)
{$IFDEF FPC}
{$MODE OBJFPC}{$H+}
{$ENDIF}
{$DEFINE SUPER_METHOD}
{$DEFINE WINDOWSNT_COMPATIBILITY}
{$DEFINE DEBUG} // track memory leack
unit superobject;
interface
uses
Classes
{$IFDEF VER210}
,Generics.Collections, RTTI, TypInfo
{$ENDIF}
;
type
{$IFNDEF FPC}
PtrInt = longint;
PtrUInt = Longword;
{$ENDIF}
SuperInt = Int64;
{$if (sizeof(Char) = 1)}
SOChar = WideChar;
SOIChar = Word;
PSOChar = PWideChar;
SOString = WideString;
{$else}
SOChar = Char;
SOIChar = Word;
PSOChar = PChar;
SOString = string;
{$ifend}
const
SUPER_ARRAY_LIST_DEFAULT_SIZE = 32;
SUPER_TOKENER_MAX_DEPTH = 32;
SUPER_AVL_MAX_DEPTH = sizeof(longint) * 8;
SUPER_AVL_MASK_HIGH_BIT = not ((not longword(0)) shr 1);
type
// forward declarations
TSuperObject = class;
ISuperObject = interface;
TSuperArray = class;
// 2016.01.01 添加了排序方式
TSOSortMode = (sosmDefault {默认的方式}, sosmAdd {添加的顺序}, sosmASC {升序}, sosmDesc {降序});
(* AVL Tree
* This is a "special" autobalanced AVL tree
* It use a hash value for fast compare
*)
{$IFDEF SUPER_METHOD}
TSuperMethod = procedure(const This, Params: ISuperObject; var Result: ISuperObject);
{$ENDIF}
TSuperAvlBitArray = set of 0..SUPER_AVL_MAX_DEPTH - 1;
TSuperAvlSearchType = (stEQual, stLess, stGreater);
TSuperAvlSearchTypes = set of TSuperAvlSearchType;
TSuperAvlIterator = class;
TSuperAvlEntry = class
private
FGt, FLt: TSuperAvlEntry;
FBf: integer;
FHash: Cardinal;
FName: SOString;
FPtr: Pointer;
function GetValue: ISuperObject;
procedure SetValue(const val: ISuperObject);
public
class function Hash(const k: SOString): Cardinal; virtual;
constructor Create(const AName: SOString; Obj: Pointer); virtual;
property Name: SOString read FName;
property Ptr: Pointer read FPtr;
property Value: ISuperObject read GetValue write SetValue;
end;
TSuperAvlTree = class
private
FRoot: TSuperAvlEntry;
FCount: Integer;
function balance(bal: TSuperAvlEntry): TSuperAvlEntry;
protected
procedure doDeleteEntry(Entry: TSuperAvlEntry; all: boolean); virtual;
function CompareNodeNode(node1, node2: TSuperAvlEntry): integer; virtual;
function CompareKeyNode(const k: SOString; h: TSuperAvlEntry): integer; virtual;
function Insert(h: TSuperAvlEntry): TSuperAvlEntry; virtual;
function Search(const k: SOString; st: TSuperAvlSearchTypes = [stEqual]): TSuperAvlEntry; virtual;
public
constructor Create; virtual;
destructor Destroy; override;
function IsEmpty: boolean;
procedure Clear(all: boolean = false); virtual;
procedure Pack(all: boolean);
function Delete(const k: SOString): ISuperObject;
function GetEnumerator: TSuperAvlIterator;
// 2016.01.01 排序功能使用
function CompareForSortModeString(pvKey1, pvKey2: SOString): Integer;
property count: Integer read FCount;
end;
TSuperTableString = class(TSuperAvlTree)
protected
procedure doDeleteEntry(Entry: TSuperAvlEntry; all: boolean); override;
procedure PutO(const k: SOString; const value: ISuperObject);
function GetO(const k: SOString): ISuperObject;
procedure PutS(const k: SOString; const value: SOString);
function GetS(const k: SOString): SOString;
procedure PutI(const k: SOString; value: SuperInt);
function GetI(const k: SOString): SuperInt;
procedure PutD(const k: SOString; value: Double);
function GetD(const k: SOString): Double;
procedure PutB(const k: SOString; value: Boolean);
function GetB(const k: SOString): Boolean;
{$IFDEF SUPER_METHOD}
procedure PutM(const k: SOString; value: TSuperMethod);
function GetM(const k: SOString): TSuperMethod;
{$ENDIF}
procedure PutN(const k: SOString; const value: ISuperObject);
function GetN(const k: SOString): ISuperObject;
procedure PutC(const k: SOString; value: Currency);
function GetC(const k: SOString): Currency;
public
property O[const k: SOString]: ISuperObject read GetO write PutO; default;
property S[const k: SOString]: SOString read GetS write PutS;
property I[const k: SOString]: SuperInt read GetI write PutI;
property D[const k: SOString]: Double read GetD write PutD;
property B[const k: SOString]: Boolean read GetB write PutB;
{$IFDEF SUPER_METHOD}
property M[const k: SOString]: TSuperMethod read GetM write PutM;
{$ENDIF}
property N[const k: SOString]: ISuperObject read GetN write PutN;
property C[const k: SOString]: Currency read GetC write PutC;
function GetValues: ISuperObject;
function GetNames: ISuperObject;
end;
TSuperAvlIterator = class
private
FTree: TSuperAvlTree;
FBranch: TSuperAvlBitArray;
FDepth: LongInt;
FPath: array[0..SUPER_AVL_MAX_DEPTH - 2] of TSuperAvlEntry;
public
constructor Create(tree: TSuperAvlTree); virtual;
procedure Search(const k: SOString; st: TSuperAvlSearchTypes = [stEQual]);
procedure First;
procedure Last;
function GetIter: TSuperAvlEntry;
procedure Next;
procedure Prior;
// delphi enumerator
function MoveNext: Boolean;
property Current: TSuperAvlEntry read GetIter;
end;
TSuperObjectArray = array[0..(high(PtrInt) div sizeof(TSuperObject))-1] of ISuperObject;
PSuperObjectArray = ^TSuperObjectArray;
TSuperArray = class
private
FArray: PSuperObjectArray;
FLength: Integer;
FSize: Integer;
procedure Expand(max: Integer);
protected
function GetO(const index: integer): ISuperObject;
procedure PutO(const index: integer; const Value: ISuperObject);
function GetB(const index: integer): Boolean;
procedure PutB(const index: integer; Value: Boolean);
function GetI(const index: integer): SuperInt;
procedure PutI(const index: integer; Value: SuperInt);
function GetD(const index: integer): Double;
procedure PutD(const index: integer; Value: Double);
function GetC(const index: integer): Currency;
procedure PutC(const index: integer; Value: Currency);
function GetS(const index: integer): SOString;
procedure PutS(const index: integer; const Value: SOString);
{$IFDEF SUPER_METHOD}
function GetM(const index: integer): TSuperMethod;
procedure PutM(const index: integer; Value: TSuperMethod);
{$ENDIF}
function GetN(const index: integer): ISuperObject;
procedure PutN(const index: integer; const Value: ISuperObject);
public
constructor Create; virtual;
destructor Destroy; override;
function Add(const Data: ISuperObject): Integer;
function Delete(index: Integer): ISuperObject;
procedure Insert(index: Integer; const value: ISuperObject);
procedure Clear(all: boolean = false);
procedure Pack(all: boolean);
property Length: Integer read FLength;
property N[const index: integer]: ISuperObject read GetN write PutN;
property O[const index: integer]: ISuperObject read GetO write PutO; default;
property B[const index: integer]: boolean read GetB write PutB;
property I[const index: integer]: SuperInt read GetI write PutI;
property D[const index: integer]: Double read GetD write PutD;
property C[const index: integer]: Currency read GetC write PutC;
property S[const index: integer]: SOString read GetS write PutS;
{$IFDEF SUPER_METHOD}
property M[const index: integer]: TSuperMethod read GetM write PutM;
{$ENDIF}
// property A[const index: integer]: TSuperArray read GetA;
end;
TSuperWriter = class
public
// abstact methods to overide
function Append(buf: PSOChar; Size: Integer): Integer; overload; virtual; abstract;
function Append(buf: PSOChar): Integer; overload; virtual; abstract;
procedure Reset; virtual; abstract;
end;
TSuperWriterString = class(TSuperWriter)
private
FBuf: PSOChar;
FBPos: integer;
FSize: integer;
public
function Append(buf: PSOChar; Size: Integer): Integer; overload; override;
function Append(buf: PSOChar): Integer; overload; override;
procedure Reset; override;
procedure TrimRight;
constructor Create; virtual;
destructor Destroy; override;
function GetString: SOString;
property Data: PSOChar read FBuf;
property Size: Integer read FSize;
property Position: integer read FBPos;
end;
TSuperWriterStream = class(TSuperWriter)
private
FStream: TStream;
public
function Append(buf: PSOChar): Integer; override;
procedure Reset; override;
constructor Create(AStream: TStream); reintroduce; virtual;
end;
TSuperAnsiWriterStream = class(TSuperWriterStream)
public
function Append(buf: PSOChar; Size: Integer): Integer; override;
end;
TSuperUnicodeWriterStream = class(TSuperWriterStream)
public
function Append(buf: PSOChar; Size: Integer): Integer; override;
end;
TSuperWriterFake = class(TSuperWriter)
private
FSize: Integer;
public
function Append(buf: PSOChar; Size: Integer): Integer; override;
function Append(buf: PSOChar): Integer; override;
procedure Reset; override;
constructor Create; reintroduce; virtual;
property size: integer read FSize;
end;
TSuperWriterSock = class(TSuperWriter)
private
FSocket: longint;
FSize: Integer;
public
function Append(buf: PSOChar; Size: Integer): Integer; override;
function Append(buf: PSOChar): Integer; override;
procedure Reset; override;
constructor Create(ASocket: longint); reintroduce; virtual;
property Socket: longint read FSocket;
property Size: Integer read FSize;
end;
TSuperTokenizerError = (
teSuccess,
teContinue,
teDepth,
teParseEof,
teParseUnexpected,
teParseNull,
teParseBoolean,
teParseNumber,
teParseArray,
teParseObjectKeyName,
teParseObjectKeySep,
teParseObjectValueSep,
teParseString,
teParseComment,
teEvalObject,
teEvalArray,
teEvalMethod,
teEvalInt
);
TSuperTokenerState = (
tsEatws,
tsStart,
tsFinish,
tsNull,
tsCommentStart,
tsComment,
tsCommentEol,
tsCommentEnd,
tsString,
tsStringEscape,
tsIdentifier,
tsEscapeUnicode,
tsEscapeHexadecimal,
tsBoolean,
tsNumber,
tsArray,
tsArrayAdd,
tsArraySep,
tsObjectFieldStart,
tsObjectField,
tsObjectUnquotedField,
tsObjectFieldEnd,
tsObjectValue,
tsObjectValueAdd,
tsObjectSep,
tsEvalProperty,
tsEvalArray,
tsEvalMethod,
tsParamValue,
tsParamPut,
tsMethodValue,
tsMethodPut
);
PSuperTokenerSrec = ^TSuperTokenerSrec;
TSuperTokenerSrec = record
state, saved_state: TSuperTokenerState;
obj: ISuperObject;
current: ISuperObject;
field_name: SOString;
parent: ISuperObject;
gparent: ISuperObject;
end;
TSuperTokenizer = class
public
str: PSOChar;
pb: TSuperWriterString;
depth, is_double, floatcount, st_pos, char_offset: Integer;
err: TSuperTokenizerError;
ucs_char: Word;
quote_char: SOChar;
stack: array[0..SUPER_TOKENER_MAX_DEPTH-1] of TSuperTokenerSrec;
line, col: Integer;
public
constructor Create; virtual;
destructor Destroy; override;
procedure ResetLevel(adepth: integer);
procedure Reset;
end;
// supported object types
TSuperType = (
stNull,
stBoolean,
stDouble,
stCurrency,
stInt,
stObject,
stArray,
stString
{$IFDEF SUPER_METHOD}
,stMethod
{$ENDIF}
);
TSuperValidateError = (
veRuleMalformated,
veFieldIsRequired,
veInvalidDataType,
veFieldNotFound,
veUnexpectedField,
veDuplicateEntry,
veValueNotInEnum,
veInvalidLength,
veInvalidRange
);
TSuperFindOption = (
foCreatePath,
foPutValue,
foDelete
{$IFDEF SUPER_METHOD}
,foCallMethod
{$ENDIF}
);
TSuperFindOptions = set of TSuperFindOption;
TSuperCompareResult = (cpLess, cpEqu, cpGreat, cpError);
TSuperOnValidateError = procedure(sender: Pointer; error: TSuperValidateError; const objpath: SOString);
TSuperEnumerator = class
private
FObj: ISuperObject;
FObjEnum: TSuperAvlIterator;
FCount: Integer;
public
constructor Create(const obj: ISuperObject); virtual;
destructor Destroy; override;
function MoveNext: Boolean;
function GetCurrent: ISuperObject;
property Current: ISuperObject read GetCurrent;
end;
ISuperObject = interface
[‘{4B86A9E3-E094-4E5A-954A-69048B7B6327}‘]
function GetEnumerator: TSuperEnumerator;
function GetDataType: TSuperType;
function GetProcessing: boolean;
procedure SetProcessing(value: boolean);
function ForcePath(const path: SOString; dataType: TSuperType = stObject): ISuperObject;
function Format(const str: SOString; BeginSep: SOChar = ‘%‘; EndSep: SOChar = ‘%‘): SOString;
function GetO(const path: SOString): ISuperObject;
procedure PutO(const path: SOString; const Value: ISuperObject);
function GetB(const path: SOString): Boolean;
procedure PutB(const path: SOString; Value: Boolean);
function GetI(const path: SOString): SuperInt;
procedure PutI(const path: SOString; Value: SuperInt);
function GetD(const path: SOString): Double;
procedure PutC(const path: SOString; Value: Currency);
function GetC(const path: SOString): Currency;
procedure PutD(const path: SOString; Value: Double);
function GetS(const path: SOString): SOString;
procedure PutS(const path: SOString; const Value: SOString);
{$IFDEF SUPER_METHOD}
function GetM(const path: SOString): TSuperMethod;
procedure PutM(const path: SOString; Value: TSuperMethod);
{$ENDIF}
function GetA(const path: SOString): TSuperArray;
// Null Object Design patern
function GetN(const path: SOString): ISuperObject;
procedure PutN(const path: SOString; const Value: ISuperObject);
// Writers
function Write(writer: TSuperWriter; indent: boolean; escape: boolean; level: integer): Integer;
function SaveTo(stream: TStream; indent: boolean = false; escape: boolean = true): integer; overload;
function SaveTo(const FileName: string; indent: boolean = false; escape: boolean = true): integer; overload;
function SaveTo(socket: longint; indent: boolean = false; escape: boolean = true): integer; overload;
function CalcSize(indent: boolean = false; escape: boolean = true): integer;
// convert
function AsBoolean: Boolean;
function AsInteger: SuperInt;
function AsDouble: Double;
function AsCurrency: Currency;
function AsString: SOString;
function AsArray: TSuperArray;
function AsObject: TSuperTableString;
{$IFDEF SUPER_METHOD}
function AsMethod: TSuperMethod;
{$ENDIF}
function AsJSon(indent: boolean = false; escape: boolean = true): SOString;
procedure Clear(all: boolean = false);
procedure Pack(all: boolean = false);
property N[const path: SOString]: ISuperObject read GetN write PutN;
property O[const path: SOString]: ISuperObject read GetO write PutO; default;
property B[const path: SOString]: boolean read GetB write PutB;
property I[const path: SOString]: SuperInt read GetI write PutI;
property D[const path: SOString]: Double read GetD write PutD;
property C[const path: SOString]: Currency read GetC write PutC;
property S[const path: SOString]: SOString read GetS write PutS;
{$IFDEF SUPER_METHOD}
property M[const path: SOString]: TSuperMethod read GetM write PutM;
{$ENDIF}
property A[const path: SOString]: TSuperArray read GetA;
{$IFDEF SUPER_METHOD}
function call(const path: SOString; const param: ISuperObject = nil): ISuperObject; overload;
function call(const path, param: SOString): ISuperObject; overload;
{$ENDIF}
// clone a node
function Clone: ISuperObject;
function Delete(const path: SOString): ISuperObject;
// merges tow objects of same type, if reference is true then nodes are not cloned
procedure Merge(const obj: ISuperObject; reference: boolean = false); overload;
procedure Merge(const str: SOString); overload;
// validate methods
function Validate(const rules: SOString; const defs: SOString = ‘‘; callback: TSuperOnValidateError = nil; sender: Pointer = nil): boolean; overload;
function Validate(const rules: ISuperObject; const defs: ISuperObject = nil; callback: TSuperOnValidateError = nil; sender: Pointer = nil): boolean; overload;
// compare
function Compare(const obj: ISuperObject): TSuperCompareResult; overload;
function Compare(const str: SOString): TSuperCompareResult; overload;
// the data type
function IsType(AType: TSuperType): boolean;
property DataType: TSuperType read GetDataType;
property Processing: boolean read GetProcessing write SetProcessing;
function GetDataPtr: Pointer;
procedure SetDataPtr(const Value: Pointer);
property DataPtr: Pointer read GetDataPtr write SetDataPtr;
end;
TSuperObject = class(TObject, ISuperObject)
private
FRefCount: Integer;
FProcessing: boolean;
FDataType: TSuperType;
FDataPtr: Pointer;
{.$if true}
FO: record
case TSuperType of
stBoolean: (c_boolean: boolean);
stDouble: (c_double: double);
stCurrency: (c_currency: Currency);
stInt: (c_int: SuperInt);
stObject: (c_object: TSuperTableString);
stArray: (c_array: TSuperArray);
{$IFDEF SUPER_METHOD}
stMethod: (c_method: TSuperMethod);
{$ENDIF}
end;
{.$ifend}
FOString: SOString;
function GetDataType: TSuperType;
function GetDataPtr: Pointer;
procedure SetDataPtr(const Value: Pointer);
protected
function QueryInterface(const IID: TGUID; out Obj): HResult; virtual; stdcall;
function _AddRef: Integer; virtual; stdcall;
function _Release: Integer; virtual; stdcall;
function GetO(const path: SOString): ISuperObject;
procedure PutO(const path: SOString; const Value: ISuperObject);
function GetB(const path: SOString): Boolean;
procedure PutB(const path: SOString; Value: Boolean);
function GetI(const path: SOString): SuperInt;
procedure PutI(const path: SOString; Value: SuperInt);
function GetD(const path: SOString): Double;
procedure PutD(const path: SOString; Value: Double);
procedure PutC(const path: SOString; Value: Currency);
function GetC(const path: SOString): Currency;
function GetS(const path: SOString): SOString;
procedure PutS(const path: SOString; const Value: SOString);
{$IFDEF SUPER_METHOD}
function GetM(const path: SOString): TSuperMethod;
procedure PutM(const path: SOString; Value: TSuperMethod);
{$ENDIF}
function GetA(const path: SOString): TSuperArray;
function Write(writer: TSuperWriter; indent: boolean; escape: boolean; level: integer): Integer; virtual;
public
function GetEnumerator: TSuperEnumerator;
procedure AfterConstruction; override;
procedure BeforeDestruction; override;
class function NewInstance: TObject; override;
property RefCount: Integer read FRefCount;
function GetProcessing: boolean;
procedure SetProcessing(value: boolean);
// Writers
function SaveTo(stream: TStream; indent: boolean = false; escape: boolean = true): integer; overload;
function SaveTo(const FileName: string; indent: boolean = false; escape: boolean = true): integer; overload;
function SaveTo(socket: longint; indent: boolean = false; escape: boolean = true): integer; overload;
function CalcSize(indent: boolean = false; escape: boolean = true): integer;
function AsJSon(indent: boolean = false; escape: boolean = true): SOString;
// parser ... owned!
class function ParseString(s: PSOChar; strict: Boolean; partial: boolean = true; const this: ISuperObject = nil; options: TSuperFindOptions = [];
const put: ISuperObject = nil; dt: TSuperType = stNull): ISuperObject;
class function ParseStream(stream: TStream; strict: Boolean; partial: boolean = true; const this: ISuperObject = nil; options: TSuperFindOptions = [];
const put: ISuperObject = nil; dt: TSuperType = stNull): ISuperObject;
class function ParseFile(const FileName: string; strict: Boolean; partial: boolean = true; const this: ISuperObject = nil; options: TSuperFindOptions = [];
const put: ISuperObject = nil; dt: TSuperType = stNull): ISuperObject;
class function ParseEx(tok: TSuperTokenizer; str: PSOChar; len: integer; strict: Boolean; const this: ISuperObject = nil;
options: TSuperFindOptions = []; const put: ISuperObject = nil; dt: TSuperType = stNull): ISuperObject;
// constructors / destructor
constructor Create(jt: TSuperType = stObject); overload; virtual;
constructor Create(b: boolean); overload; virtual;
constructor Create(i: SuperInt); overload; virtual;
constructor Create(d: double); overload; virtual;
constructor CreateCurrency(c: Currency); overload; virtual;
constructor Create(const s: SOString); overload; virtual;
{$IFDEF SUPER_METHOD}
constructor Create(m: TSuperMethod); overload; virtual;
{$ENDIF}
destructor Destroy; override;
// convert
function AsBoolean: Boolean; virtual;
function AsInteger: SuperInt; virtual;
function AsDouble: Double; virtual;
function AsCurrency: Currency; virtual;
function AsString: SOString; virtual;
function AsArray: TSuperArray; virtual;
function AsObject: TSuperTableString; virtual;
{$IFDEF SUPER_METHOD}
function AsMethod: TSuperMethod; virtual;
{$ENDIF}
procedure Clear(all: boolean = false); virtual;
procedure Pack(all: boolean = false); virtual;
function GetN(const path: SOString): ISuperObject;
procedure PutN(const path: SOString; const Value: ISuperObject);
function ForcePath(const path: SOString; dataType: TSuperType = stObject): ISuperObject;
function Format(const str: SOString; BeginSep: SOChar = ‘%‘; EndSep: SOChar = ‘%‘): SOString;
property N[const path: SOString]: ISuperObject read GetN write PutN;
property O[const path: SOString]: ISuperObject read GetO write PutO; default;
property B[const path: SOString]: boolean read GetB write PutB;
property I[const path: SOString]: SuperInt read GetI write PutI;
property D[const path: SOString]: Double read GetD write PutD;
property C[const path: SOString]: Currency read GetC write PutC;
property S[const path: SOString]: SOString read GetS write PutS;
{$IFDEF SUPER_METHOD}
property M[const path: SOString]: TSuperMethod read GetM write PutM;
{$ENDIF}
property A[const path: SOString]: TSuperArray read GetA;
{$IFDEF SUPER_METHOD}
function call(const path: SOString; const param: ISuperObject = nil): ISuperObject; overload; virtual;
function call(const path, param: SOString): ISuperObject; overload; virtual;
{$ENDIF}
// clone a node
function Clone: ISuperObject; virtual;
function Delete(const path: SOString): ISuperObject;
// merges tow objects of same type, if reference is true then nodes are not cloned
procedure Merge(const obj: ISuperObject; reference: boolean = false); overload;
procedure Merge(const str: SOString); overload;
// validate methods
function Validate(const rules: SOString; const defs: SOString = ‘‘; callback: TSuperOnValidateError = nil; sender: Pointer = nil): boolean; overload;
function Validate(const rules: ISuperObject; const defs: ISuperObject = nil; callback: TSuperOnValidateError = nil; sender: Pointer = nil): boolean; overload;
// compare
function Compare(const obj: ISuperObject): TSuperCompareResult; overload;
function Compare(const str: SOString): TSuperCompareResult; overload;
// the data type
function IsType(AType: TSuperType): boolean;
property DataType: TSuperType read GetDataType;
// a data pointer to link to something ele, a treeview for example
property DataPtr: Pointer read GetDataPtr write SetDataPtr;
property Processing: boolean read GetProcessing;
end;
{$IFDEF VER210}
TSuperRttiContext = class;
TSerialFromJson = function(ctx: TSuperRttiContext; const obj: ISuperObject; var Value: TValue): Boolean;
TSerialToJson = function(ctx: TSuperRttiContext; var value: TValue; const index: ISuperObject): ISuperObject;
TSuperAttribute = class(TCustomAttribute)
private
FName: string;
public
constructor Create(const AName: string);
property Name: string read FName;
end;
SOName = class(TSuperAttribute);
SODefault = class(TSuperAttribute);
TSuperRttiContext = class
private
class function GetFieldName(r: TRttiField): string;
class function GetFieldDefault(r: TRttiField; const obj: ISuperObject): ISuperObject;
public
Context: TRttiContext;
SerialFromJson: TDictionary<PTypeInfo, TSerialFromJson>;
SerialToJson: TDictionary<PTypeInfo, TSerialToJson>;
constructor Create; virtual;
destructor Destroy; override;
function FromJson(TypeInfo: PTypeInfo; const obj: ISuperObject; var Value: TValue): Boolean; virtual;
function ToJson(var value: TValue; const index: ISuperObject): ISuperObject; virtual;
function AsType<T>(const obj: ISuperObject): T;
function AsJson<T>(const obj: T; const index: ISuperObject = nil): ISuperObject;
end;
TSuperObjectHelper = class helper for TObject
public
function ToJson(ctx: TSuperRttiContext = nil): ISuperObject;
constructor FromJson(const obj: ISuperObject; ctx: TSuperRttiContext = nil); overload;
constructor FromJson(const str: string; ctx: TSuperRttiContext = nil); overload;
end;
{$ENDIF}
TSuperObjectIter = record
key: SOString;
val: ISuperObject;
Ite: TSuperAvlIterator;
end;
function ObjectIsError(obj: TSuperObject): boolean;
function ObjectIsType(const obj: ISuperObject; typ: TSuperType): boolean;
function ObjectGetType(const obj: ISuperObject): TSuperType;
function ObjectFindFirst(const obj: ISuperObject; var F: TSuperObjectIter): boolean;
function ObjectFindNext(var F: TSuperObjectIter): boolean;
procedure ObjectFindClose(var F: TSuperObjectIter);
function SO(const s: SOString = ‘{}‘): ISuperObject; overload;
function SO(const value: Variant): ISuperObject; overload;
function SO(const Args: array of const): ISuperObject; overload;
function SA(const Args: array of const): ISuperObject; overload;
function JavaToDelphiDateTime(const dt: int64): TDateTime;
function DelphiToJavaDateTime(const dt: TDateTime): int64;
{$IFDEF VER210}
type
TSuperInvokeResult = (
irSuccess,
irMethothodError, // method don‘t exist
irParamError, // invalid parametters
irError // other error
);
function TrySOInvoke(var ctx: TSuperRttiContext; const obj: TValue; const method: string; const params: ISuperObject; var Return: ISuperObject): TSuperInvokeResult; overload;
function SOInvoke(const obj: TValue; const method: string; const params: ISuperObject; ctx: TSuperRttiContext = nil): ISuperObject; overload;
function SOInvoke(const obj: TValue; const method: string; const params: string; ctx: TSuperRttiContext = nil): ISuperObject; overload;
{$ENDIF}
/// 2016.01.01 设定排序方式
procedure SetSOSortMode(pvSortMode: TSOSortMode);
/// 2016.01.01 添加默认排序方式
var
nowSortMode: TSOSortMode = sosmDefault;
implementation
uses sysutils,
{$IFDEF UNIX}
baseunix, unix, DateUtils
{$ELSE}
Windows
{$ENDIF}
{$IFDEF FPC}
,sockets
{$ELSE}
,WinSock
{$ENDIF};
{$IFDEF DEBUG}
var
debugcount: integer = 0;
{$ENDIF}
const
super_number_chars_set = [‘0‘..‘9‘,‘.‘,‘+‘,‘-‘,‘e‘,‘E‘];
super_hex_chars: PSOChar = ‘0123456789abcdef‘;
super_hex_chars_set = [‘0‘..‘9‘,‘a‘..‘f‘,‘A‘..‘F‘];
ESC_BS: PSOChar = ‘\b‘;
ESC_LF: PSOChar = ‘\n‘;
ESC_CR: PSOChar = ‘\r‘;
ESC_TAB: PSOChar = ‘\t‘;
ESC_FF: PSOChar = ‘\f‘;
ESC_QUOT: PSOChar = ‘\"‘;
ESC_SL: PSOChar = ‘\\‘;
ESC_SR: PSOChar = ‘\/‘;
ESC_ZERO: PSOChar = ‘\u0000‘;
TOK_CRLF: PSOChar = #13#10;
TOK_SP: PSOChar = #32;
TOK_BS: PSOChar = #8;
TOK_TAB: PSOChar = #9;
TOK_LF: PSOChar = #10;
TOK_FF: PSOChar = #12;
TOK_CR: PSOChar = #13;
// TOK_SL: PSOChar = ‘\‘;
// TOK_SR: PSOChar = ‘/‘;
TOK_NULL: PSOChar = ‘null‘;
TOK_CBL: PSOChar = ‘{‘; // curly bracket left
TOK_CBR: PSOChar = ‘}‘; // curly bracket right
TOK_ARL: PSOChar = ‘[‘;
TOK_ARR: PSOChar = ‘]‘;
TOK_ARRAY: PSOChar = ‘[]‘;
TOK_OBJ: PSOChar = ‘{}‘; // empty object
TOK_COM: PSOChar = ‘,‘; // Comma
TOK_DQT: PSOChar = ‘"‘; // Double Quote
TOK_TRUE: PSOChar = ‘true‘;
TOK_FALSE: PSOChar = ‘false‘;
procedure SetSOSortMode(pvSortMode: TSOSortMode);
begin
nowSortMode := pvSortMode;
end;
{$if (sizeof(Char) = 1)}
function StrLComp(const Str1, Str2: PSOChar; MaxLen: Cardinal): Integer;
var
P1, P2: PWideChar;
I: Cardinal;
C1, C2: WideChar;
begin
P1 := Str1;
P2 := Str2;
I := 0;
while I < MaxLen do
begin
C1 := P1^;
C2 := P2^;
if (C1 <> C2) or (C1 = #0) then
begin
Result := Ord(C1) - Ord(C2);
Exit;
end;
Inc(P1);
Inc(P2);
Inc(I);
end;
Result := 0;
end;
function StrComp(const Str1, Str2: PSOChar): Integer;
var
P1, P2: PWideChar;
C1, C2: WideChar;
begin
P1 := Str1;
P2 := Str2;
while True do
begin
C1 := P1^;
C2 := P2^;
if (C1 <> C2) or (C1 = #0) then
begin
Result := Ord(C1) - Ord(C2);
Exit;
end;
Inc(P1);
Inc(P2);
end;
end;
function StrLen(const Str: PSOChar): Cardinal;
var
p: PSOChar;
begin
Result := 0;
if Str <> nil then
begin
p := Str;
while p^ <> #0 do inc(p);
Result := (p - Str);
end;
end;
{$ifend}
function FloatToJson(const value: Double): SOString;
var
p: PSOChar;
begin
Result := FloatToStr(value);
if {$if defined(NEED_FORMATSETTINGS)}FormatSettings.{$ifend}DecimalSeparator <> ‘.‘ then
begin
p := PSOChar(Result);
while p^ <> #0 do
if p^ <> SOChar({$if defined(NEED_FORMATSETTINGS)}FormatSettings.{$ifend}DecimalSeparator) then
inc(p) else
begin
p^ := ‘.‘;
Exit;
end;
end;
end;
function CurrToStr(c: Currency): SOString;
var
p: PSOChar;
i, len: Integer;
begin
Result := IntToStr(Abs(PInt64(@c)^));
len := Length(Result);
SetLength(Result, len+1);
if c <> 0 then
begin
while len <= 4 do
begin
Result := ‘0‘ + Result;
inc(len);
end;
p := PSOChar(Result);
inc(p, len-1);
i := 0;
repeat
if p^ <> ‘0‘ then
begin
len := len - i + 1;
repeat
p[1] := p^;
dec(p);
inc(i);
until i > 3;
Break;
end;
dec(p);
inc(i);
if i > 3 then
begin
len := len - i + 1;
Break;
end;
until false;
p[1] := ‘.‘;
SetLength(Result, len);
if c < 0 then
Result := ‘-‘ + Result;
end;
end;
{$IFDEF UNIX}
{$linklib c}
{$ENDIF}
function gcvt(value: Double; ndigit: longint; buf: PAnsiChar): PAnsiChar; cdecl;
external {$IFDEF MSWINDOWS} ‘msvcrt.dll‘ name ‘_gcvt‘{$ENDIF};
{$IFDEF UNIX}
type
ptm = ^tm;
tm = record
tm_sec: Integer; (* Seconds: 0-59 (K&R says 0-61?) *)
tm_min: Integer; (* Minutes: 0-59 *)
tm_hour: Integer; (* Hours since midnight: 0-23 *)
tm_mday: Integer; (* Day of the month: 1-31 *)
tm_mon: Integer; (* Months *since* january: 0-11 *)
tm_year: Integer; (* Years since 1900 *)
tm_wday: Integer; (* Days since Sunday (0-6) *)
tm_yday: Integer; (* Days since Jan. 1: 0-365 *)
tm_isdst: Integer; (* +1 Daylight Savings Time, 0 No DST, -1 don‘t know *)
end;
function mktime(p: ptm): LongInt; cdecl; external;
function gmtime(const t: PLongint): ptm; cdecl; external;
function localtime (const t: PLongint): ptm; cdecl; external;
function DelphiToJavaDateTime(const dt: TDateTime): Int64;
var
p: ptm;
l, ms: Integer;
v: Int64;
begin
v := Round((dt - 25569) * 86400000);
ms := v mod 1000;
l := v div 1000;
p := localtime(@l);
Result := Int64(mktime(p)) * 1000 + ms;
end;
function JavaToDelphiDateTime(const dt: int64): TDateTime;
var
p: ptm;
l, ms: Integer;
begin
l := dt div 1000;
ms := dt mod 1000;
p := gmtime(@l);
Result := EncodeDateTime(p^.tm_year+1900, p^.tm_mon+1, p^.tm_mday, p^.tm_hour, p^.tm_min, p^.tm_sec, ms);
end;
{$ELSE}
{$IFDEF WINDOWSNT_COMPATIBILITY}
function DayLightCompareDate(const date: PSystemTime;
const compareDate: PSystemTime): Integer;
var
limit_day, dayinsecs, weekofmonth: Integer;
First: Word;
begin
if (date^.wMonth < compareDate^.wMonth) then
begin
Result := -1; (* We are in a month before the date limit. *)
Exit;
end;
if (date^.wMonth > compareDate^.wMonth) then
begin
Result := 1; (* We are in a month after the date limit. *)
Exit;
end;
(* if year is 0 then date is in day-of-week format, otherwise
* it‘s absolute date.
*)
if (compareDate^.wYear = 0) then
begin
(* compareDate.wDay is interpreted as number of the week in the month
* 5 means: the last week in the month *)
weekofmonth := compareDate^.wDay;
(* calculate the day of the first DayOfWeek in the month *)
First := (6 + compareDate^.wDayOfWeek - date^.wDayOfWeek + date^.wDay) mod 7 + 1;
limit_day := First + 7 * (weekofmonth - 1);
(* check needed for the 5th weekday of the month *)
if (limit_day > MonthDays[(date^.wMonth=2) and IsLeapYear(date^.wYear)][date^.wMonth - 1]) then
dec(limit_day, 7);
end
else
limit_day := compareDate^.wDay;
(* convert to seconds *)
limit_day := ((limit_day * 24 + compareDate^.wHour) * 60 + compareDate^.wMinute ) * 60;
dayinsecs := ((date^.wDay * 24 + date^.wHour) * 60 + date^.wMinute ) * 60 + date^.wSecond;
(* and compare *)
if dayinsecs < limit_day then
Result := -1 else
if dayinsecs > limit_day then
Result := 1 else
Result := 0; (* date is equal to the date limit. *)
end;
function CompTimeZoneID(const pTZinfo: PTimeZoneInformation;
lpFileTime: PFileTime; islocal: Boolean): LongWord;
var
ret: Integer;
beforeStandardDate, afterDaylightDate: Boolean;
llTime: Int64;
SysTime: TSystemTime;
ftTemp: TFileTime;
begin
llTime := 0;
if (pTZinfo^.DaylightDate.wMonth <> 0) then
begin
(* if year is 0 then date is in day-of-week format, otherwise
* it‘s absolute date.
*)
if ((pTZinfo^.StandardDate.wMonth = 0) or
((pTZinfo^.StandardDate.wYear = 0) and
((pTZinfo^.StandardDate.wDay < 1) or
(pTZinfo^.StandardDate.wDay > 5) or
(pTZinfo^.DaylightDate.wDay < 1) or
(pTZinfo^.DaylightDate.wDay > 5)))) then
begin
SetLastError(ERROR_INVALID_PARAMETER);
Result := TIME_ZONE_ID_INVALID;
Exit;
end;
if (not islocal) then
begin
llTime := PInt64(lpFileTime)^;
dec(llTime, Int64(pTZinfo^.Bias + pTZinfo^.DaylightBias) * 600000000);
PInt64(@ftTemp)^ := llTime;
lpFileTime := @ftTemp;
end;
FileTimeToSystemTime(lpFileTime^, SysTime);
(* check for daylight savings *)
ret := DayLightCompareDate(@SysTime, @pTZinfo^.StandardDate);
if (ret = -2) then
begin
Result := TIME_ZONE_ID_INVALID;
Exit;
end;
beforeStandardDate := ret < 0;
if (not islocal) then
begin
dec(llTime, Int64(pTZinfo^.StandardBias - pTZinfo^.DaylightBias) * 600000000);
PInt64(@ftTemp)^ := llTime;
FileTimeToSystemTime(lpFileTime^, SysTime);
end;
ret := DayLightCompareDate(@SysTime, @pTZinfo^.DaylightDate);
if (ret = -2) then
begin
Result := TIME_ZONE_ID_INVALID;
Exit;
end;
afterDaylightDate := ret >= 0;
Result := TIME_ZONE_ID_STANDARD;
if( pTZinfo^.DaylightDate.wMonth < pTZinfo^.StandardDate.wMonth ) then
begin
(* Northern hemisphere *)
if( beforeStandardDate and afterDaylightDate) then
Result := TIME_ZONE_ID_DAYLIGHT;
end else (* Down south *)
if( beforeStandardDate or afterDaylightDate) then
Result := TIME_ZONE_ID_DAYLIGHT;
end else
(* No transition date *)
Result := TIME_ZONE_ID_UNKNOWN;
end;
function GetTimezoneBias(const pTZinfo: PTimeZoneInformation;
lpFileTime: PFileTime; islocal: Boolean; pBias: PLongint): Boolean;
var
bias: LongInt;
tzid: LongWord;
begin
bias := pTZinfo^.Bias;
tzid := CompTimeZoneID(pTZinfo, lpFileTime, islocal);
if( tzid = TIME_ZONE_ID_INVALID) then
begin
Result := False;
Exit;
end;
if (tzid = TIME_ZONE_ID_DAYLIGHT) then
inc(bias, pTZinfo^.DaylightBias)
else if (tzid = TIME_ZONE_ID_STANDARD) then
inc(bias, pTZinfo^.StandardBias);
pBias^ := bias;
Result := True;
end;
function SystemTimeToTzSpecificLocalTime(
lpTimeZoneInformation: PTimeZoneInformation;
lpUniversalTime, lpLocalTime: PSystemTime): BOOL;
var
ft: TFileTime;
lBias: LongInt;
llTime: Int64;
tzinfo: TTimeZoneInformation;
begin
if (lpTimeZoneInformation <> nil) then
tzinfo := lpTimeZoneInformation^ else
if (GetTimeZoneInformation(tzinfo) = TIME_ZONE_ID_INVALID) then
begin
Result := False;
Exit;
end;
if (not SystemTimeToFileTime(lpUniversalTime^, ft)) then
begin
Result := False;
Exit;
end;
llTime := PInt64(@ft)^;
if (not GetTimezoneBias(@tzinfo, @ft, False, @lBias)) then
begin
Result := False;
Exit;
end;
(* convert minutes to 100-nanoseconds-ticks *)
dec(llTime, Int64(lBias) * 600000000);
PInt64(@ft)^ := llTime;
Result := FileTimeToSystemTime(ft, lpLocalTime^);
end;
function TzSpecificLocalTimeToSystemTime(
const lpTimeZoneInformation: PTimeZoneInformation;
const lpLocalTime: PSystemTime; lpUniversalTime: PSystemTime): BOOL;
var
ft: TFileTime;
lBias: LongInt;
t: Int64;
tzinfo: TTimeZoneInformation;
begin
if (lpTimeZoneInformation <> nil) then
tzinfo := lpTimeZoneInformation^
else
if (GetTimeZoneInformation(tzinfo) = TIME_ZONE_ID_INVALID) then
begin
Result := False;
Exit;
end;
if (not SystemTimeToFileTime(lpLocalTime^, ft)) then
begin
Result := False;
Exit;
end;
t := PInt64(@ft)^;
if (not GetTimezoneBias(@tzinfo, @ft, True, @lBias)) then
begin
Result := False;
Exit;
end;
(* convert minutes to 100-nanoseconds-ticks *)
inc(t, Int64(lBias) * 600000000);
PInt64(@ft)^ := t;
Result := FileTimeToSystemTime(ft, lpUniversalTime^);
end;
{$ELSE}
function TzSpecificLocalTimeToSystemTime(
lpTimeZoneInformation: PTimeZoneInformation;
lpLocalTime, lpUniversalTime: PSystemTime): BOOL; stdcall; external ‘kernel32.dll‘;
function SystemTimeToTzSpecificLocalTime(
lpTimeZoneInformation: PTimeZoneInformation;
lpUniversalTime, lpLocalTime: PSystemTime): BOOL; stdcall; external ‘kernel32.dll‘;
{$ENDIF}
function JavaToDelphiDateTime(const dt: int64): TDateTime;
var
t: TSystemTime;
begin
DateTimeToSystemTime(25569 + (dt / 86400000), t);
SystemTimeToTzSpecificLocalTime(nil, @t, @t);
Result := SystemTimeToDateTime(t);
end;
function DelphiToJavaDateTime(const dt: TDateTime): int64;
var
t: TSystemTime;
begin
DateTimeToSystemTime(dt, t);
TzSpecificLocalTimeToSystemTime(nil, @t, @t);
Result := Round((SystemTimeToDateTime(t) - 25569) * 86400000)
end;
{$ENDIF}
function SO(const s: SOString): ISuperObject; overload;
begin
Result := TSuperObject.ParseString(PSOChar(s), False);
end;
function SA(const Args: array of const): ISuperObject; overload;
type
TByteArray = array[0..sizeof(integer) - 1] of byte;
PByteArray = ^TByteArray;
var
j: Integer;
intf: IInterface;
begin
Result := TSuperObject.Create(stArray);
for j := 0 to length(Args) - 1 do
with Result.AsArray do
case TVarRec(Args[j]).VType of
vtInteger : Add(TSuperObject.Create(TVarRec(Args[j]).VInteger));
vtInt64 : Add(TSuperObject.Create(TVarRec(Args[j]).VInt64^));
vtBoolean : Add(TSuperObject.Create(TVarRec(Args[j]).VBoolean));
vtChar : Add(TSuperObject.Create(SOString(TVarRec(Args[j]).VChar)));
vtWideChar: Add(TSuperObject.Create(SOChar(TVarRec(Args[j]).VWideChar)));
vtExtended: Add(TSuperObject.Create(TVarRec(Args[j]).VExtended^));
vtCurrency: Add(TSuperObject.CreateCurrency(TVarRec(Args[j]).VCurrency^));
vtString : Add(TSuperObject.Create(SOString(TVarRec(Args[j]).VString^)));
vtPChar : Add(TSuperObject.Create(SOString(TVarRec(Args[j]).VPChar^)));
vtAnsiString: Add(TSuperObject.Create(SOString(AnsiString(TVarRec(Args[j]).VAnsiString))));
vtWideString: Add(TSuperObject.Create(SOString(PWideChar(TVarRec(Args[j]).VWideString))));
vtInterface:
if TVarRec(Args[j]).VInterface = nil then
Add(nil) else
if IInterface(TVarRec(Args[j]).VInterface).QueryInterface(ISuperObject, intf) = 0 then
Add(ISuperObject(intf)) else
Add(nil);
vtPointer :
if TVarRec(Args[j]).VPointer = nil then
Add(nil) else
Add(TSuperObject.Create(PtrInt(TVarRec(Args[j]).VPointer)));
vtVariant:
Add(SO(TVarRec(Args[j]).VVariant^));
vtObject:
if TVarRec(Args[j]).VPointer = nil then
Add(nil) else
Add(TSuperObject.Create(PtrInt(TVarRec(Args[j]).VPointer)));
vtClass:
if TVarRec(Args[j]).VPointer = nil then
Add(nil) else
Add(TSuperObject.Create(PtrInt(TVarRec(Args[j]).VPointer)));
{$if declared(vtUnicodeString)}
vtUnicodeString:
Add(TSuperObject.Create(SOString(string(TVarRec(Args[j]).VUnicodeString))));
{$ifend}
else
assert(false);
end;
end;
function SO(const Args: array of const): ISuperObject; overload;
var
j: Integer;
arr: ISuperObject;
begin
Result := TSuperObject.Create(stObject);
arr := SA(Args);
with arr.AsArray do
for j := 0 to (Length div 2) - 1 do
Result.AsObject.PutO(O[j*2].AsString, O[(j*2) + 1]);
end;
function SO(const value: Variant): ISuperObject; overload;
begin
with TVarData(value) do
case VType of
varNull: Result := nil;
varEmpty: Result := nil;
varSmallInt: Result := TSuperObject.Create(VSmallInt);
varInteger: Result := TSuperObject.Create(VInteger);
varSingle: Result := TSuperObject.Create(VSingle);
varDouble: Result := TSuperObject.Create(VDouble);
varCurrency: Result := TSuperObject.CreateCurrency(VCurrency);
varDate: Result := TSuperObject.Create(DelphiToJavaDateTime(vDate));
varOleStr: Result := TSuperObject.Create(SOString(VOleStr));
varBoolean: Result := TSuperObject.Create(VBoolean);
varShortInt: Result := TSuperObject.Create(VShortInt);
varByte: Result := TSuperObject.Create(VByte);
varWord: Result := TSuperObject.Create(VWord);
varLongWord: Result := TSuperObject.Create(VLongWord);
varInt64: Result := TSuperObject.Create(VInt64);
varString: Result := TSuperObject.Create(SOString(AnsiString(VString)));
{$if declared(varUString)}
varUString: Result := TSuperObject.Create(SOString(string(VUString)));
{$ifend}
else
raise Exception.CreateFmt(‘Unsuported variant data type: %d‘, [VType]);
end;
end;
function ObjectIsError(obj: TSuperObject): boolean;
begin
Result := PtrUInt(obj) > PtrUInt(-4000);
end;
function ObjectIsType(const obj: ISuperObject; typ: TSuperType): boolean;
begin
if obj <> nil then
Result := typ = obj.DataType else
Result := typ = stNull;
end;
function ObjectGetType(const obj: ISuperObject): TSuperType;
begin
if obj <> nil then
Result := obj.DataType else
Result := stNull;
end;
function ObjectFindFirst(const obj: ISuperObject; var F: TSuperObjectIter): boolean;
var
i: TSuperAvlEntry;
begin
if ObjectIsType(obj, stObject) then
begin
F.Ite := TSuperAvlIterator.Create(obj.AsObject);
F.Ite.First;
i := F.Ite.GetIter;
if i <> nil then
begin
f.key := i.Name;
f.val := i.Value;
Result := true;
end else
Result := False;
end else
Result := False;
end;
function ObjectFindNext(var F: TSuperObjectIter): boolean;
var
i: TSuperAvlEntry;
begin
F.Ite.Next;
i := F.Ite.GetIter;
if i <> nil then
begin
f.key := i.FName;
f.val := i.Value;
Result := true;
end else
Result := False;
end;
procedure ObjectFindClose(var F: TSuperObjectIter);
begin
F.Ite.Free;
F.val := nil;
end;
{$IFDEF VER210}
function serialtoboolean(ctx: TSuperRttiContext; var value: TValue; const index: ISuperObject): ISuperObject;
begin
Result := TSuperObject.Create(TValueData(value).FAsSLong <> 0);
end;
function serialtodatetime(ctx: TSuperRttiContext; var value: TValue; const index: ISuperObject): ISuperObject;
begin
Result := TSuperObject.Create(DelphiToJavaDateTime(TValueData(value).FAsDouble));
end;
function serialtoguid(ctx: TSuperRttiContext; var value: TValue; const index: ISuperObject): ISuperObject;
var
g: TGUID;
begin
value.ExtractRawData(@g);
Result := TSuperObject.Create(
format(‘%.8x-%.4x-%.4x-%.2x%.2x-%.2x%.2x%.2x%.2x%.2x%.2x‘,
[g.D1, g.D2, g.D3,
g.D4[0], g.D4[1], g.D4[2],
g.D4[3], g.D4[4], g.D4[5],
g.D4[6], g.D4[7]])
);
end;
function serialfromboolean(ctx: TSuperRttiContext; const obj: ISuperObject; var Value: TValue): Boolean;
var
o: ISuperObject;
begin
case ObjectGetType(obj) of
stBoolean:
begin
TValueData(Value).FAsSLong := obj.AsInteger;
Result := True;
end;
stInt:
begin
TValueData(Value).FAsSLong := ord(obj.AsInteger <> 0);
Result := True;
end;
stString:
begin
o := SO(obj.AsString);
if not ObjectIsType(o, stString) then
Result := serialfromboolean(ctx, SO(obj.AsString), Value) else
Result := False;
end;
else
Result := False;
end;
end;
function serialfromdatetime(ctx: TSuperRttiContext; const obj: ISuperObject; var Value: TValue): Boolean;
var
dt: TDateTime;
begin
case ObjectGetType(obj) of
stInt:
begin
TValueData(Value).FAsDouble := JavaToDelphiDateTime(obj.AsInteger);
Result := True;
end;
stString:
begin
if TryStrToDateTime(obj.AsString, dt) then
begin
TValueData(Value).FAsDouble := dt;
Result := True;
end else
Result := False;
end;
else
Result := False;
end;
end;
function UuidFromString(const s: PSOChar; Uuid: PGUID): Boolean;
const
hex2bin: array[#0..#102] of short = (
-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1, (* 0x00 *)
-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1, (* 0x10 *)
-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1, (* 0x20 *)
0, 1, 2, 3, 4, 5, 6, 7, 8, 9,-1,-1,-1,-1,-1,-1, (* 0x30 *)
-1,10,11,12,13,14,15,-1,-1,-1,-1,-1,-1,-1,-1,-1, (* 0x40 *)
-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1, (* 0x50 *)
-1,10,11,12,13,14,15); (* 0x60 *)
var
i: Integer;
begin
if (strlen(s) <> 36) then Exit(False);
if ((s[8] <> ‘-‘) or (s[13] <> ‘-‘) or (s[18] <> ‘-‘) or (s[23] <> ‘-‘)) then
Exit(False);
for i := 0 to 35 do
begin
if not i in [8,13,18,23] then
if ((s[i] > ‘f‘) or ((hex2bin[s[i]] = -1) and (s[i] <> ‘‘))) then
Exit(False);
end;
uuid.D1 := ((hex2bin[s[0]] shl 28) or (hex2bin[s[1]] shl 24) or (hex2bin[s[2]] shl 20) or (hex2bin[s[3]] shl 16) or
(hex2bin[s[4]] shl 12) or (hex2bin[s[5]] shl 8) or (hex2bin[s[6]] shl 4) or hex2bin[s[7]]);
uuid.D2 := (hex2bin[s[9]] shl 12) or (hex2bin[s[10]] shl 8) or (hex2bin[s[11]] shl 4) or hex2bin[s[12]];
uuid.D3 := (hex2bin[s[14]] shl 12) or (hex2bin[s[15]] shl 8) or (hex2bin[s[16]] shl 4) or hex2bin[s[17]];
uuid.D4[0] := (hex2bin[s[19]] shl 4) or hex2bin[s[20]];
uuid.D4[1] := (hex2bin[s[21]] shl 4) or hex2bin[s[22]];
uuid.D4[2] := (hex2bin[s[24]] shl 4) or hex2bin[s[25]];
uuid.D4[3] := (hex2bin[s[26]] shl 4) or hex2bin[s[27]];
uuid.D4[4] := (hex2bin[s[28]] shl 4) or hex2bin[s[29]];
uuid.D4[5] := (hex2bin[s[30]] shl 4) or hex2bin[s[31]];
uuid.D4[6] := (hex2bin[s[32]] shl 4) or hex2bin[s[33]];
uuid.D4[7] := (hex2bin[s[34]] shl 4) or hex2bin[s[35]];
Result := True;
end;
function serialfromguid(ctx: TSuperRttiContext; const obj: ISuperObject; var Value: TValue): Boolean;
begin
case ObjectGetType(obj) of
stNull:
begin
FillChar(Value.GetReferenceToRawData^, SizeOf(TGUID), 0);
Result := True;
end;
stString: Result := UuidFromString(PSOChar(obj.AsString), Value.GetReferenceToRawData);
else
Result := False;
end;
end;
function SOInvoke(const obj: TValue; const method: string; const params: ISuperObject; ctx: TSuperRttiContext): ISuperObject; overload;
var
owned: Boolean;
begin
if ctx = nil then
begin
ctx := TSuperRttiContext.Create;
owned := True;
end else
owned := False;
try
if TrySOInvoke(ctx, obj, method, params, Result) <> irSuccess then
raise Exception.Create(‘Invalid method call‘);
finally
if owned then
ctx.Free;
end;
end;
function SOInvoke(const obj: TValue; const method: string; const params: string; ctx: TSuperRttiContext): ISuperObject; overload;
begin
Result := SOInvoke(obj, method, so(params), ctx)
end;
function TrySOInvoke(var ctx: TSuperRttiContext; const obj: TValue;
const method: string; const params: ISuperObject;
var Return: ISuperObject): TSuperInvokeResult;
var
t: TRttiInstanceType;
m: TRttiMethod;
a: TArray<TValue>;
ps: TArray<TRttiParameter>;
v: TValue;
index: ISuperObject;
function GetParams: Boolean;
var
i: Integer;
begin
case ObjectGetType(params) of
stArray:
for i := 0 to Length(ps) - 1 do
if (pfOut in ps[i].Flags) then
TValue.Make(nil, ps[i].ParamType.Handle, a[i]) else
if not ctx.FromJson(ps[i].ParamType.Handle, params.AsArray[i], a[i]) then
Exit(False);
stObject:
for i := 0 to Length(ps) - 1 do
if (pfOut in ps[i].Flags) then
TValue.Make(nil, ps[i].ParamType.Handle, a[i]) else
if not ctx.FromJson(ps[i].ParamType.Handle, params.AsObject[ps[i].Name], a[i]) then
Exit(False);
stNull: ;
else
Exit(False);
end;
Result := True;
end;
procedure SetParams;
var
i: Integer;
begin
case ObjectGetType(params) of
stArray:
for i := 0 to Length(ps) - 1 do
if (ps[i].Flags * [pfVar, pfOut]) <> [] then
params.AsArray[i] := ctx.ToJson(a[i], index);
stObject:
for i := 0 to Length(ps) - 1 do
if (ps[i].Flags * [pfVar, pfOut]) <> [] then
params.AsObject[ps[i].Name] := ctx.ToJson(a[i], index);
end;
end;
begin
Result := irSuccess;
index := SO;
case obj.Kind of
tkClass:
begin
t := TRttiInstanceType(ctx.Context.GetType(obj.AsObject.ClassType));
m := t.GetMethod(method);
if m = nil then Exit(irMethothodError);
ps := m.GetParameters;
SetLength(a, Length(ps));
if not GetParams then Exit(irParamError);
if m.IsClassMethod then
begin
v := m.Invoke(obj.AsObject.ClassType, a);
Return := ctx.ToJson(v, index);
SetParams;
end else
begin
v := m.Invoke(obj, a);
Return := ctx.ToJson(v, index);
SetParams;
end;
end;
tkClassRef:
begin
t := TRttiInstanceType(ctx.Context.GetType(obj.AsClass));
m := t.GetMethod(method);
if m = nil then Exit(irMethothodError);
ps := m.GetParameters;
SetLength(a, Length(ps));
if not GetParams then Exit(irParamError);
if m.IsClassMethod then
begin
v := m.Invoke(obj, a);
Return := ctx.ToJson(v, index);
SetParams;
end else
Exit(irError);
end;
else
Exit(irError);
end;
end;
{$ENDIF}
{ TSuperEnumerator }
constructor TSuperEnumerator.Create(const obj: ISuperObject);
begin
FObj := obj;
FCount := -1;
if ObjectIsType(FObj, stObject) then
FObjEnum := FObj.AsObject.GetEnumerator else
FObjEnum := nil;
end;
destructor TSuperEnumerator.Destroy;
begin
if FObjEnum <> nil then
FObjEnum.Free;
end;
function TSuperEnumerator.MoveNext: Boolean;
begin
case ObjectGetType(FObj) of
stObject: Result := FObjEnum.MoveNext;
stArray:
begin
inc(FCount);
if FCount < FObj.AsArray.Length then
Result := True else
Result := False;
end;
else
Result := false;
end;
end;
function TSuperEnumerator.GetCurrent: ISuperObject;
begin
case ObjectGetType(FObj) of
stObject: Result := FObjEnum.Current.Value;
stArray: Result := FObj.AsArray.GetO(FCount);
else
Result := FObj;
end;
end;
{ TSuperObject }
constructor TSuperObject.Create(jt: TSuperType);
begin
inherited Create;
{$IFDEF DEBUG}
InterlockedIncrement(debugcount);
{$ENDIF}
FProcessing := false;
FDataPtr := nil;
FDataType := jt;
case FDataType of
stObject: FO.c_object := TSuperTableString.Create;
stArray: FO.c_array := TSuperArray.Create;
stString: FOString := ‘‘;
else
FO.c_object := nil;
end;
end;
constructor TSuperObject.Create(b: boolean);
begin
Create(stBoolean);
FO.c_boolean := b;
end;
constructor TSuperObject.Create(i: SuperInt);
begin
Create(stInt);
FO.c_int := i;
end;
constructor TSuperObject.Create(d: double);
begin
Create(stDouble);
FO.c_double := d;
end;
constructor TSuperObject.CreateCurrency(c: Currency);
begin
Create(stCurrency);
FO.c_currency := c;
end;
destructor TSuperObject.Destroy;
begin
{$IFDEF DEBUG}
InterlockedDecrement(debugcount);
{$ENDIF}
case FDataType of
stObject: FO.c_object.Free;
stArray: FO.c_array.Free;
end;
inherited;
end;
function TSuperObject.Write(writer: TSuperWriter; indent: boolean; escape: boolean; level: integer): Integer;
function DoEscape(str: PSOChar; len: Integer): Integer;
var
pos, start_offset: Integer;
c: SOChar;
buf: array[0..5] of SOChar;
type
TByteChar = record
case integer of
0: (a, b: Byte);
1: (c: WideChar);
end;
begin
if str = nil then
begin
Result := 0;
exit;
end;
pos := 0; start_offset := 0;
with writer do
while pos < len do
begin
c := str[pos];
case c of
#8,#9,#10,#12,#13,‘"‘,‘\‘,‘/‘:
begin
if(pos - start_offset > 0) then
Append(str + start_offset, pos - start_offset);
if(c = #8) then Append(ESC_BS, 2)
else if (c = #9) then Append(ESC_TAB, 2)
else if (c = #10) then Append(ESC_LF, 2)
else if (c = #12) then Append(ESC_FF, 2)
else if (c = #13) then Append(ESC_CR, 2)
else if (c = ‘"‘) then Append(ESC_QUOT, 2)
else if (c = ‘\‘) then Append(ESC_SL, 2)
else if (c = ‘/‘) then Append(ESC_SR, 2);
inc(pos);
start_offset := pos;
end;
else
if (SOIChar(c) > 255) then
begin
if(pos - start_offset > 0) then
Append(str + start_offset, pos - start_offset);
buf[0] := ‘\‘;
buf[1] := ‘u‘;
buf[2] := super_hex_chars[TByteChar(c).b shr 4];
buf[3] := super_hex_chars[TByteChar(c).b and $f];
buf[4] := super_hex_chars[TByteChar(c).a shr 4];
buf[5] := super_hex_chars[TByteChar(c).a and $f];
Append(@buf, 6);
inc(pos);
start_offset := pos;
end else
if (c < #32) or (c > #127) then
begin
if(pos - start_offset > 0) then
Append(str + start_offset, pos - start_offset);
buf[0] := ‘\‘;
buf[1] := ‘u‘;
buf[2] := ‘0‘;
buf[3] := ‘0‘;
buf[4] := super_hex_chars[ord(c) shr 4];
buf[5] := super_hex_chars[ord(c) and $f];
Append(buf, 6);
inc(pos);
start_offset := pos;
end else
inc(pos);
end;
end;
if(pos - start_offset > 0) then
writer.Append(str + start_offset, pos - start_offset);
Result := 0;
end;
function DoMinimalEscape(str: PSOChar; len: Integer): Integer;
var
pos, start_offset: Integer;
c: SOChar;
type
TByteChar = record
case integer of
0: (a, b: Byte);
1: (c: WideChar);
end;
begin
if str = nil then
begin
Result := 0;
exit;
end;
pos := 0; start_offset := 0;
with writer do
while pos < len do
begin
c := str[pos];
case c of
#0:
begin
if(pos - start_offset > 0) then
Append(str + start_offset, pos - start_offset);
Append(ESC_ZERO, 6);
inc(pos);
start_offset := pos;
end;
‘"‘:
begin
if(pos - start_offset > 0) then
Append(str + start_offset, pos - start_offset);
Append(ESC_QUOT, 2);
inc(pos);
start_offset := pos;
end;
‘\‘:
begin
if(pos - start_offset > 0) then
Append(str + start_offset, pos - start_offset);
Append(ESC_SL, 2);
inc(pos);
start_offset := pos;
end;
‘/‘:
begin
if(pos - start_offset > 0) then
Append(str + start_offset, pos - start_offset);
Append(ESC_SR, 2);
inc(pos);
start_offset := pos;
end;
else
inc(pos);
end;
end;
if(pos - start_offset > 0) then
writer.Append(str + start_offset, pos - start_offset);
Result := 0;
end;
procedure _indent(i: shortint; r: boolean);
begin
inc(level, i);
if r then
with writer do
begin
{$IFDEF MSWINDOWS}
Append(TOK_CRLF, 2);
{$ELSE}
Append(TOK_LF, 1);
{$ENDIF}
for i := 0 to level - 1 do
Append(TOK_SP, 1);
end;
end;
var
k,j: Integer;
iter: TSuperObjectIter;
st: AnsiString;
val: ISuperObject;
fbuffer: array[0..31] of AnsiChar;
const
ENDSTR_A: PSOChar = ‘": ‘;
ENDSTR_B: PSOChar = ‘":‘;
begin
if FProcessing then
begin
Result := writer.Append(TOK_NULL, 4);
Exit;
end;
FProcessing := true;
with writer do
try
case FDataType of
stObject:
if FO.c_object.FCount > 0 then
begin
k := 0;
Append(TOK_CBL, 1);
if indent then _indent(1, false);
if ObjectFindFirst(Self, iter) then
repeat
{$IFDEF SUPER_METHOD}
if (iter.val = nil) or not ObjectIsType(iter.val, stMethod) then
begin
{$ENDIF}
if (iter.val = nil) or (not iter.val.Processing) then
begin
if(k <> 0) then
Append(TOK_COM, 1);
if indent then _indent(0, true);
Append(TOK_DQT, 1);
if escape then
doEscape(PSOChar(iter.key), Length(iter.key)) else
DoMinimalEscape(PSOChar(iter.key), Length(iter.key));
if indent then
Append(ENDSTR_A, 3) else
Append(ENDSTR_B, 2);
if(iter.val = nil) then
Append(TOK_NULL, 4) else
iter.val.write(writer, indent, escape, level);
inc(k);
end;
{$IFDEF SUPER_METHOD}
end;
{$ENDIF}
until not ObjectFindNext(iter);
ObjectFindClose(iter);
if indent then _indent(-1, true);
Result := Append(TOK_CBR, 1);
end else
Result := Append(TOK_OBJ, 2);
stBoolean:
begin
if (FO.c_boolean) then
Result := Append(TOK_TRUE, 4) else
Result := Append(TOK_FALSE, 5);
end;
stInt:
begin
str(FO.c_int, st);
Result := Append(PSOChar(SOString(st)));
end;
stDouble:
Result := Append(PSOChar(FloatToJson(FO.c_double)));
//Result := Append(PSOChar(SOString(gcvt(FO.c_double, 15, fbuffer))));
stCurrency:
begin
Result := Append(PSOChar(CurrToStr(FO.c_currency)));
end;
stString:
begin
Append(TOK_DQT, 1);
if escape then
doEscape(PSOChar(FOString), Length(FOString)) else
DoMinimalEscape(PSOChar(FOString), Length(FOString));
Append(TOK_DQT, 1);
Result := 0;
end;
stArray:
if FO.c_array.FLength > 0 then
begin
Append(TOK_ARL, 1);
if indent then _indent(1, true);
k := 0;
j := 0;
while k < FO.c_array.FLength do
begin
val := FO.c_array.GetO(k);
{$IFDEF SUPER_METHOD}
if not ObjectIsType(val, stMethod) then
begin
{$ENDIF}
if (val = nil) or (not val.Processing) then
begin
if (j <> 0) then
Append(TOK_COM, 1);
if(val = nil) then
Append(TOK_NULL, 4) else
val.write(writer, indent, escape, level);
inc(j);
end;
{$IFDEF SUPER_METHOD}
end;
{$ENDIF}
inc(k);
end;
if indent then _indent(-1, false);
Result := Append(TOK_ARR, 1);
end else
Result := Append(TOK_ARRAY, 2);
stNull:
Result := Append(TOK_NULL, 4);
else
Result := 0;
end;
finally
FProcessing := false;
end;
end;
function TSuperObject.IsType(AType: TSuperType): boolean;
begin
Result := AType = FDataType;
end;
function TSuperObject.AsBoolean: boolean;
begin
case FDataType of
stBoolean: Result := FO.c_boolean;
stInt: Result := (FO.c_int <> 0);
stDouble: Result := (FO.c_double <> 0);
stCurrency: Result := (FO.c_currency <> 0);
stString: Result := (Length(FOString) <> 0);
stNull: Result := False;
else
Result := True;
end;
end;
function TSuperObject.AsInteger: SuperInt;
var
code: integer;
cint: SuperInt;
begin
case FDataType of
stInt: Result := FO.c_int;
stDouble: Result := round(FO.c_double);
stCurrency: Result := round(FO.c_currency);
stBoolean: Result := ord(FO.c_boolean);
stString:
begin
Val(FOString, cint, code);
if code = 0 then
Result := cint else
Result := 0;
end;
else
Result := 0;
end;
end;
function TSuperObject.AsDouble: Double;
var
code: integer;
cdouble: double;
begin
case FDataType of
stDouble: Result := FO.c_double;
stCurrency: Result := FO.c_currency;
stInt: Result := FO.c_int;
stBoolean: Result := ord(FO.c_boolean);
stString:
begin
Val(FOString, cdouble, code);
if code = 0 then
Result := cdouble else
Result := 0.0;
end;
else
Result := 0.0;
end;
end;
function TSuperObject.AsCurrency: Currency;
var
code: integer;
cdouble: double;
begin
case FDataType of
stDouble: Result := FO.c_double;
stCurrency: Result := FO.c_currency;
stInt: Result := FO.c_int;
stBoolean: Result := ord(FO.c_boolean);
stString:
begin
Val(FOString, cdouble, code);
if code = 0 then
Result := cdouble else
Result := 0.0;
end;
else
Result := 0.0;
end;
end;
function TSuperObject.AsString: SOString;
begin
if FDataType = stString then
Result := FOString else
Result := AsJSon(false, false);
end;
function TSuperObject.GetEnumerator: TSuperEnumerator;
begin
Result := TSuperEnumerator.Create(Self);
end;
procedure TSuperObject.AfterConstruction;
begin
InterlockedDecrement(FRefCount);
end;
procedure TSuperObject.BeforeDestruction;
begin
if RefCount <> 0 then
raise Exception.Create(‘Invalid pointer‘);
end;
function TSuperObject.AsArray: TSuperArray;
begin
if FDataType = stArray then
Result := FO.c_array else
Result := nil;
end;
function TSuperObject.AsObject: TSuperTableString;
begin
if FDataType = stObject then
Result := FO.c_object else
Result := nil;
end;
function TSuperObject.AsJSon(indent, escape: boolean): SOString;
var
pb: TSuperWriterString;
begin
pb := TSuperWriterString.Create;
try
if(Write(pb, indent, escape, 0) < 0) then
begin
Result := ‘‘;
Exit;
end;
if pb.FBPos > 0 then
Result := pb.FBuf else
Result := ‘‘;
finally
pb.Free;
end;
end;
class function TSuperObject.ParseString(s: PSOChar; strict: Boolean; partial: boolean; const this: ISuperObject;
options: TSuperFindOptions; const put: ISuperObject; dt: TSuperType): ISuperObject;
var
tok: TSuperTokenizer;
obj: ISuperObject;
begin
tok := TSuperTokenizer.Create;
obj := ParseEx(tok, s, -1, strict, this, options, put, dt);
if(tok.err <> teSuccess) or (not partial and (s[tok.char_offset] <> #0)) then
Result := nil else
Result := obj;
tok.Free;
end;
class function TSuperObject.ParseStream(stream: TStream; strict: Boolean;
partial: boolean; const this: ISuperObject; options: TSuperFindOptions;
const put: ISuperObject; dt: TSuperType): ISuperObject;
const
BUFFER_SIZE = 1024;
var
tok: TSuperTokenizer;
buffera: array[0..BUFFER_SIZE-1] of AnsiChar;
bufferw: array[0..BUFFER_SIZE-1] of SOChar;
bom: array[0..1] of byte;
unicode: boolean;
j, size: Integer;
st: string;
begin
st := ‘‘;
tok := TSuperTokenizer.Create;
if (stream.Read(bom, sizeof(bom)) = 2) and (bom[0] = $FF) and (bom[1] = $FE) then
begin
unicode := true;
size := stream.Read(bufferw, BUFFER_SIZE * SizeOf(SoChar)) div SizeOf(SoChar);
end else
begin
unicode := false;
stream.Seek(0, soFromBeginning);
size := stream.Read(buffera, BUFFER_SIZE);
end;
while size > 0 do
begin
if not unicode then
for j := 0 to size - 1 do
bufferw[j] := SOChar(buffera[j]);
ParseEx(tok, bufferw, size, strict, this, options, put, dt);
if tok.err = teContinue then
begin
if not unicode then
size := stream.Read(buffera, BUFFER_SIZE) else
size := stream.Read(bufferw, BUFFER_SIZE * SizeOf(SoChar)) div SizeOf(SoChar);
end else
Break;
end;
if(tok.err <> teSuccess) or (not partial and (st[tok.char_offset] <> #0)) then
Result := nil else
Result := tok.stack[tok.depth].current;
tok.Free;
end;
class function TSuperObject.ParseFile(const FileName: string; strict: Boolean;
partial: boolean; const this: ISuperObject; options: TSuperFindOptions;
const put: ISuperObject; dt: TSuperType): ISuperObject;
var
stream: TFileStream;
begin
stream := TFileStream.Create(FileName, fmOpenRead, fmShareDenyWrite);
try
Result := ParseStream(stream, strict, partial, this, options, put, dt);
finally
stream.Free;
end;
end;
class function TSuperObject.ParseEx(tok: TSuperTokenizer; str: PSOChar; len: integer;
strict: Boolean; const this: ISuperObject; options: TSuperFindOptions; const put: ISuperObject; dt: TSuperType): ISuperObject;
const
spaces = [#32,#8,#9,#10,#12,#13];
delimiters = [‘"‘, ‘.‘, ‘[‘, ‘]‘, ‘{‘, ‘}‘, ‘(‘, ‘)‘, ‘,‘, ‘:‘, #0];
reserved = delimiters + spaces;
path = [‘a‘..‘z‘, ‘A‘..‘Z‘, ‘.‘, ‘_‘];
function hexdigit(x: SOChar): byte;
begin
if x <= ‘9‘ then
Result := byte(x) - byte(‘0‘) else
Result := (byte(x) and 7) + 9;
end;
function min(v1, v2: integer): integer; begin if v1 < v2 then result := v1 else result := v2 end;
var
obj: ISuperObject;
v: SOChar;
{$IFDEF SUPER_METHOD}
sm: TSuperMethod;
{$ENDIF}
numi: SuperInt;
numd: Double;
code: integer;
TokRec: PSuperTokenerSrec;
evalstack: integer;
p: PSOChar;
function IsEndDelimiter(v: AnsiChar): Boolean;
begin
if tok.depth > 0 then
case tok.stack[tok.depth - 1].state of
tsArrayAdd: Result := v in [‘,‘, ‘]‘, #0];
tsObjectValueAdd: Result := v in [‘,‘, ‘}‘, #0];
else
Result := v = #0;
end else
Result := v = #0;
end;
label out, redo_char;
begin
evalstack := 0;
obj := nil;
Result := nil;
TokRec := @tok.stack[tok.depth];
tok.char_offset := 0;
tok.err := teSuccess;
repeat
if (tok.char_offset = len) then
begin
if (tok.depth = 0) and (TokRec^.state = tsEatws) and
(TokRec^.saved_state = tsFinish) then
tok.err := teSuccess else
tok.err := teContinue;
goto out;
end;
v := str^;
case v of
#10:
begin
inc(tok.line);
tok.col := 0;
end;
#9: inc(tok.col, 4);
else
inc(tok.col);
end;
redo_char:
case TokRec^.state of
tsEatws:
begin
if (SOIChar(v) < 256) and (AnsiChar(v) in spaces) then {nop} else
if (v = ‘/‘) then
begin
tok.pb.Reset;
tok.pb.Append(@v, 1);
TokRec^.state := tsCommentStart;
end else begin
TokRec^.state := TokRec^.saved_state;
goto redo_char;
end
end;
tsStart:
case v of
‘"‘,
‘‘‘‘:
begin
TokRec^.state := tsString;
tok.pb.Reset;
tok.quote_char := v;
end;
‘-‘:
begin
TokRec^.state := tsNumber;
tok.pb.Reset;
tok.is_double := 0;
tok.floatcount := -1;
goto redo_char;
end;
‘0‘..‘9‘:
begin
if (tok.depth = 0) then
case ObjectGetType(this) of
stObject:
begin
TokRec^.state := tsIdentifier;
TokRec^.current := this;
goto redo_char;
end;
end;
TokRec^.state := tsNumber;
tok.pb.Reset;
tok.is_double := 0;
tok.floatcount := -1;
goto redo_char;
end;
‘{‘:
begin
TokRec^.state := tsEatws;
TokRec^.saved_state := tsObjectFieldStart;
TokRec^.current := TSuperObject.Create(stObject);
end;
‘[‘:
begin
TokRec^.state := tsEatws;
TokRec^.saved_state := tsArray;
TokRec^.current := TSuperObject.Create(stArray);
end;
{$IFDEF SUPER_METHOD}
‘(‘:
begin
if (tok.depth = 0) and ObjectIsType(this, stMethod) then
begin
TokRec^.current := this;
TokRec^.state := tsParamValue;
end;
end;
{$ENDIF}
‘N‘,
‘n‘:
begin
TokRec^.state := tsNull;
tok.pb.Reset;
tok.st_pos := 0;
goto redo_char;
end;
‘T‘,
‘t‘,
‘F‘,
‘f‘:
begin
TokRec^.state := tsBoolean;
tok.pb.Reset;
tok.st_pos := 0;
goto redo_char;
end;
else
TokRec^.state := tsIdentifier;
tok.pb.Reset;
goto redo_char;
end;
tsFinish:
begin
if(tok.depth = 0) then goto out;
obj := TokRec^.current;
tok.ResetLevel(tok.depth);
dec(tok.depth);
TokRec := @tok.stack[tok.depth];
goto redo_char;
end;
tsNull:
begin
tok.pb.Append(@v, 1);
if (StrLComp(TOK_NULL, PSOChar(tok.pb.FBuf), min(tok.st_pos + 1, 4)) = 0) then
begin
if (tok.st_pos = 4) then
if (((SOIChar(v) < 256) and (AnsiChar(v) in path)) or (SOIChar(v) >= 256)) then
TokRec^.state := tsIdentifier else
begin
TokRec^.current := TSuperObject.Create(stNull);
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
goto redo_char;
end;
end else
begin
TokRec^.state := tsIdentifier;
tok.pb.FBuf[tok.st_pos] := #0;
dec(tok.pb.FBPos);
goto redo_char;
end;
inc(tok.st_pos);
end;
tsCommentStart:
begin
if(v = ‘*‘) then
begin
TokRec^.state := tsComment;
end else
if (v = ‘/‘) then
begin
TokRec^.state := tsCommentEol;
end else
begin
tok.err := teParseComment;
goto out;
end;
tok.pb.Append(@v, 1);
end;
tsComment:
begin
if(v = ‘*‘) then
TokRec^.state := tsCommentEnd;
tok.pb.Append(@v, 1);
end;
tsCommentEol:
begin
if (v = #10) then
TokRec^.state := tsEatws else
tok.pb.Append(@v, 1);
end;
tsCommentEnd:
begin
tok.pb.Append(@v, 1);
if (v = ‘/‘) then
TokRec^.state := tsEatws else
TokRec^.state := tsComment;
end;
tsString:
begin
if (v = tok.quote_char) then
begin
TokRec^.current := TSuperObject.Create(SOString(tok.pb.GetString));
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
end else
if (v = ‘\‘) then
begin
TokRec^.saved_state := tsString;
TokRec^.state := tsStringEscape;
end else
begin
tok.pb.Append(@v, 1);
end
end;
tsEvalProperty:
begin
if (TokRec^.current = nil) and (foCreatePath in options) then
begin
TokRec^.current := TSuperObject.Create(stObject);
TokRec^.parent.AsObject.PutO(tok.pb.Fbuf, TokRec^.current)
end else
if not ObjectIsType(TokRec^.current, stObject) then
begin
tok.err := teEvalObject;
goto out;
end;
tok.pb.Reset;
TokRec^.state := tsIdentifier;
goto redo_char;
end;
tsEvalArray:
begin
if (TokRec^.current = nil) and (foCreatePath in options) then
begin
TokRec^.current := TSuperObject.Create(stArray);
TokRec^.parent.AsObject.PutO(tok.pb.Fbuf, TokRec^.current)
end else
if not ObjectIsType(TokRec^.current, stArray) then
begin
tok.err := teEvalArray;
goto out;
end;
tok.pb.Reset;
TokRec^.state := tsParamValue;
goto redo_char;
end;
{$IFDEF SUPER_METHOD}
tsEvalMethod:
begin
if ObjectIsType(TokRec^.current, stMethod) and assigned(TokRec^.current.AsMethod) then
begin
tok.pb.Reset;
TokRec^.obj := TSuperObject.Create(stArray);
TokRec^.state := tsMethodValue;
goto redo_char;
end else
begin
tok.err := teEvalMethod;
goto out;
end;
end;
tsMethodValue:
begin
case v of
‘)‘:
TokRec^.state := tsIdentifier;
else
if (tok.depth >= SUPER_TOKENER_MAX_DEPTH-1) then
begin
tok.err := teDepth;
goto out;
end;
inc(evalstack);
TokRec^.state := tsMethodPut;
inc(tok.depth);
tok.ResetLevel(tok.depth);
TokRec := @tok.stack[tok.depth];
goto redo_char;
end;
end;
tsMethodPut:
begin
TokRec^.obj.AsArray.Add(obj);
case v of
‘,‘:
begin
tok.pb.Reset;
TokRec^.saved_state := tsMethodValue;
TokRec^.state := tsEatws;
end;
‘)‘:
begin
if TokRec^.obj.AsArray.Length = 1 then
TokRec^.obj := TokRec^.obj.AsArray.GetO(0);
dec(evalstack);
tok.pb.Reset;
TokRec^.saved_state := tsIdentifier;
TokRec^.state := tsEatws;
end;
else
tok.err := teEvalMethod;
goto out;
end;
end;
{$ENDIF}
tsParamValue:
begin
case v of
‘]‘:
TokRec^.state := tsIdentifier;
else
if (tok.depth >= SUPER_TOKENER_MAX_DEPTH-1) then
begin
tok.err := teDepth;
goto out;
end;
inc(evalstack);
TokRec^.state := tsParamPut;
inc(tok.depth);
tok.ResetLevel(tok.depth);
TokRec := @tok.stack[tok.depth];
goto redo_char;
end;
end;
tsParamPut:
begin
dec(evalstack);
TokRec^.obj := obj;
tok.pb.Reset;
TokRec^.saved_state := tsIdentifier;
TokRec^.state := tsEatws;
if v <> ‘]‘ then
begin
tok.err := teEvalArray;
goto out;
end;
end;
tsIdentifier:
begin
if (this = nil) then
begin
if (SOIChar(v) < 256) and IsEndDelimiter(AnsiChar(v)) then
begin
if not strict then
begin
tok.pb.TrimRight;
TokRec^.current := TSuperObject.Create(tok.pb.Fbuf);
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
goto redo_char;
end else
begin
tok.err := teParseString;
goto out;
end;
end else
if (v = ‘\‘) then
begin
TokRec^.saved_state := tsIdentifier;
TokRec^.state := tsStringEscape;
end else
tok.pb.Append(@v, 1);
end else
begin
if (SOIChar(v) < 256) and (AnsiChar(v) in reserved) then
begin
TokRec^.gparent := TokRec^.parent;
if TokRec^.current = nil then
TokRec^.parent := this else
TokRec^.parent := TokRec^.current;
case ObjectGetType(TokRec^.parent) of
stObject:
case v of
‘.‘:
begin
TokRec^.state := tsEvalProperty;
if tok.pb.FBPos > 0 then
TokRec^.current := TokRec^.parent.AsObject.GetO(tok.pb.Fbuf);
end;
‘[‘:
begin
TokRec^.state := tsEvalArray;
if tok.pb.FBPos > 0 then
TokRec^.current := TokRec^.parent.AsObject.GetO(tok.pb.Fbuf);
end;
‘(‘:
begin
TokRec^.state := tsEvalMethod;
if tok.pb.FBPos > 0 then
TokRec^.current := TokRec^.parent.AsObject.GetO(tok.pb.Fbuf);
end;
else
if tok.pb.FBPos > 0 then
TokRec^.current := TokRec^.parent.AsObject.GetO(tok.pb.Fbuf);
if (foPutValue in options) and (evalstack = 0) then
begin
TokRec^.parent.AsObject.PutO(tok.pb.Fbuf, put);
TokRec^.current := put
end else
if (foDelete in options) and (evalstack = 0) then
begin
TokRec^.current := TokRec^.parent.AsObject.Delete(tok.pb.Fbuf);
end else
if (TokRec^.current = nil) and (foCreatePath in options) then
begin
TokRec^.current := TSuperObject.Create(dt);
TokRec^.parent.AsObject.PutO(tok.pb.Fbuf, TokRec^.current);
end;
TokRec^.current := TokRec^.parent.AsObject.GetO(tok.pb.Fbuf);
TokRec^.state := tsFinish;
goto redo_char;
end;
stArray:
begin
if TokRec^.obj <> nil then
begin
if not ObjectIsType(TokRec^.obj, stInt) or (TokRec^.obj.AsInteger < 0) then
begin
tok.err := teEvalInt;
TokRec^.obj := nil;
goto out;
end;
numi := TokRec^.obj.AsInteger;
TokRec^.obj := nil;
TokRec^.current := TokRec^.parent.AsArray.GetO(numi);
case v of
‘.‘:
if (TokRec^.current = nil) and (foCreatePath in options) then
begin
TokRec^.current := TSuperObject.Create(stObject);
TokRec^.parent.AsArray.PutO(numi, TokRec^.current);
end else
if (TokRec^.current = nil) then
begin
tok.err := teEvalObject;
goto out;
end;
‘[‘:
begin
if (TokRec^.current = nil) and (foCreatePath in options) then
begin
TokRec^.current := TSuperObject.Create(stArray);
TokRec^.parent.AsArray.Add(TokRec^.current);
end else
if (TokRec^.current = nil) then
begin
tok.err := teEvalArray;
goto out;
end;
TokRec^.state := tsEvalArray;
end;
‘(‘: TokRec^.state := tsEvalMethod;
else
if (foPutValue in options) and (evalstack = 0) then
begin
TokRec^.parent.AsArray.PutO(numi, put);
TokRec^.current := put;
end else
if (foDelete in options) and (evalstack = 0) then
begin
TokRec^.current := TokRec^.parent.AsArray.Delete(numi);
end else
TokRec^.current := TokRec^.parent.AsArray.GetO(numi);
TokRec^.state := tsFinish;
goto redo_char
end;
end else
begin
case v of
‘.‘:
begin
if (foPutValue in options) then
begin
TokRec^.current := TSuperObject.Create(stObject);
TokRec^.parent.AsArray.Add(TokRec^.current);
end else
TokRec^.current := TokRec^.parent.AsArray.GetO(TokRec^.parent.AsArray.FLength - 1);
end;
‘[‘:
begin
if (foPutValue in options) then
begin
TokRec^.current := TSuperObject.Create(stArray);
TokRec^.parent.AsArray.Add(TokRec^.current);
end else
TokRec^.current := TokRec^.parent.AsArray.GetO(TokRec^.parent.AsArray.FLength - 1);
TokRec^.state := tsEvalArray;
end;
‘(‘:
begin
if not (foPutValue in options) then
TokRec^.current := TokRec^.parent.AsArray.GetO(TokRec^.parent.AsArray.FLength - 1) else
TokRec^.current := nil;
TokRec^.state := tsEvalMethod;
end;
else
if (foPutValue in options) and (evalstack = 0) then
begin
TokRec^.parent.AsArray.Add(put);
TokRec^.current := put;
end else
if tok.pb.FBPos = 0 then
TokRec^.current := TokRec^.parent.AsArray.GetO(TokRec^.parent.AsArray.FLength - 1);
TokRec^.state := tsFinish;
goto redo_char
end;
end;
end;
{$IFDEF SUPER_METHOD}
stMethod:
case v of
‘.‘:
begin
TokRec^.current := nil;
sm := TokRec^.parent.AsMethod;
sm(TokRec^.gparent, TokRec^.obj, TokRec^.current);
TokRec^.obj := nil;
end;
‘[‘:
begin
TokRec^.current := nil;
sm := TokRec^.parent.AsMethod;
sm(TokRec^.gparent, TokRec^.obj, TokRec^.current);
TokRec^.state := tsEvalArray;
TokRec^.obj := nil;
end;
‘(‘:
begin
TokRec^.current := nil;
sm := TokRec^.parent.AsMethod;
sm(TokRec^.gparent, TokRec^.obj, TokRec^.current);
TokRec^.state := tsEvalMethod;
TokRec^.obj := nil;
end;
else
if not (foPutValue in options) or (evalstack > 0) then
begin
TokRec^.current := nil;
sm := TokRec^.parent.AsMethod;
sm(TokRec^.gparent, TokRec^.obj, TokRec^.current);
TokRec^.obj := nil;
TokRec^.state := tsFinish;
goto redo_char
end else
begin
tok.err := teEvalMethod;
TokRec^.obj := nil;
goto out;
end;
end;
{$ENDIF}
end;
end else
tok.pb.Append(@v, 1);
end;
end;
tsStringEscape:
case v of
‘b‘,
‘n‘,
‘r‘,
‘t‘,
‘f‘:
begin
if(v = ‘b‘) then tok.pb.Append(TOK_BS, 1)
else if(v = ‘n‘) then tok.pb.Append(TOK_LF, 1)
else if(v = ‘r‘) then tok.pb.Append(TOK_CR, 1)
else if(v = ‘t‘) then tok.pb.Append(TOK_TAB, 1)
else if(v = ‘f‘) then tok.pb.Append(TOK_FF, 1);
TokRec^.state := TokRec^.saved_state;
end;
‘u‘:
begin
tok.ucs_char := 0;
tok.st_pos := 0;
TokRec^.state := tsEscapeUnicode;
end;
‘x‘:
begin
tok.ucs_char := 0;
tok.st_pos := 0;
TokRec^.state := tsEscapeHexadecimal;
end
else
tok.pb.Append(@v, 1);
TokRec^.state := TokRec^.saved_state;
end;
tsEscapeUnicode:
begin
if ((SOIChar(v) < 256) and (AnsiChar(v) in super_hex_chars_set)) then
begin
inc(tok.ucs_char, (Word(hexdigit(v)) shl ((3-tok.st_pos)*4)));
inc(tok.st_pos);
if (tok.st_pos = 4) then
begin
tok.pb.Append(@tok.ucs_char, 1);
TokRec^.state := TokRec^.saved_state;
end
end else
begin
tok.err := teParseString;
goto out;
end
end;
tsEscapeHexadecimal:
begin
if ((SOIChar(v) < 256) and (AnsiChar(v) in super_hex_chars_set)) then
begin
inc(tok.ucs_char, (Word(hexdigit(v)) shl ((1-tok.st_pos)*4)));
inc(tok.st_pos);
if (tok.st_pos = 2) then
begin
tok.pb.Append(@tok.ucs_char, 1);
TokRec^.state := TokRec^.saved_state;
end
end else
begin
tok.err := teParseString;
goto out;
end
end;
tsBoolean:
begin
tok.pb.Append(@v, 1);
if (StrLComp(‘true‘, PSOChar(tok.pb.FBuf), min(tok.st_pos + 1, 4)) = 0) then
begin
if (tok.st_pos = 4) then
if (((SOIChar(v) < 256) and (AnsiChar(v) in path)) or (SOIChar(v) >= 256)) then
TokRec^.state := tsIdentifier else
begin
TokRec^.current := TSuperObject.Create(true);
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
goto redo_char;
end
end else
if (StrLComp(‘false‘, PSOChar(tok.pb.FBuf), min(tok.st_pos + 1, 5)) = 0) then
begin
if (tok.st_pos = 5) then
if (((SOIChar(v) < 256) and (AnsiChar(v) in path)) or (SOIChar(v) >= 256)) then
TokRec^.state := tsIdentifier else
begin
TokRec^.current := TSuperObject.Create(false);
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
goto redo_char;
end
end else
begin
TokRec^.state := tsIdentifier;
tok.pb.FBuf[tok.st_pos] := #0;
dec(tok.pb.FBPos);
goto redo_char;
end;
inc(tok.st_pos);
end;
tsNumber:
begin
if (SOIChar(v) < 256) and (AnsiChar(v) in super_number_chars_set) then
begin
tok.pb.Append(@v, 1);
if (SOIChar(v) < 256) then
case v of
‘.‘: begin
tok.is_double := 1;
tok.floatcount := 0;
end;
‘e‘,‘E‘:
begin
tok.is_double := 1;
tok.floatcount := -1;
end;
‘0‘..‘9‘:
begin
if (tok.is_double = 1) and (tok.floatcount >= 0) then
begin
inc(tok.floatcount);
if tok.floatcount > 4 then
tok.floatcount := -1;
end;
end;
end;
end else
begin
if (tok.is_double = 0) then
begin
val(tok.pb.FBuf, numi, code);
if ObjectIsType(this, stArray) then
begin
if (foPutValue in options) and (evalstack = 0) then
begin
this.AsArray.PutO(numi, put);
TokRec^.current := put;
end else
if (foDelete in options) and (evalstack = 0) then
TokRec^.current := this.AsArray.Delete(numi) else
TokRec^.current := this.AsArray.GetO(numi);
end else
TokRec^.current := TSuperObject.Create(numi);
end else
if (tok.is_double <> 0) then
begin
if tok.floatcount >= 0 then
begin
p := tok.pb.FBuf;
while p^ <> ‘.‘ do inc(p);
for code := 0 to tok.floatcount - 1 do
begin
p^ := p[1];
inc(p);
end;
p^ := #0;
val(tok.pb.FBuf, numi, code);
case tok.floatcount of
0: numi := numi * 10000;
1: numi := numi * 1000;
2: numi := numi * 100;
3: numi := numi * 10;
end;
TokRec^.current := TSuperObject.CreateCurrency(PCurrency(@numi)^);
end else
begin
val(tok.pb.FBuf, numd, code);
TokRec^.current := TSuperObject.Create(numd);
end;
end else
begin
tok.err := teParseNumber;
goto out;
end;
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
goto redo_char;
end
end;
tsArray:
begin
if (v = ‘]‘) then
begin
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
end else
begin
if(tok.depth >= SUPER_TOKENER_MAX_DEPTH-1) then
begin
tok.err := teDepth;
goto out;
end;
TokRec^.state := tsArrayAdd;
inc(tok.depth);
tok.ResetLevel(tok.depth);
TokRec := @tok.stack[tok.depth];
goto redo_char;
end
end;
tsArrayAdd:
begin
TokRec^.current.AsArray.Add(obj);
TokRec^.saved_state := tsArraySep;
TokRec^.state := tsEatws;
goto redo_char;
end;
tsArraySep:
begin
if (v = ‘]‘) then
begin
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
end else
if (v = ‘,‘) then
begin
TokRec^.saved_state := tsArray;
TokRec^.state := tsEatws;
end else
begin
tok.err := teParseArray;
goto out;
end
end;
tsObjectFieldStart:
begin
if (v = ‘}‘) then
begin
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
end else
if (SOIChar(v) < 256) and (AnsiChar(v) in [‘"‘, ‘‘‘‘]) then
begin
tok.quote_char := v;
tok.pb.Reset;
TokRec^.state := tsObjectField;
end else
if not((SOIChar(v) < 256) and ((AnsiChar(v) in reserved) or strict)) then
begin
TokRec^.state := tsObjectUnquotedField;
tok.pb.Reset;
goto redo_char;
end else
begin
tok.err := teParseObjectKeyName;
goto out;
end
end;
tsObjectField:
begin
if (v = tok.quote_char) then
begin
TokRec^.field_name := tok.pb.FBuf;
TokRec^.saved_state := tsObjectFieldEnd;
TokRec^.state := tsEatws;
end else
if (v = ‘\‘) then
begin
TokRec^.saved_state := tsObjectField;
TokRec^.state := tsStringEscape;
end else
begin
tok.pb.Append(@v, 1);
end
end;
tsObjectUnquotedField:
begin
if (SOIChar(v) < 256) and (AnsiChar(v) in [‘:‘, #0]) then
begin
TokRec^.field_name := tok.pb.FBuf;
TokRec^.saved_state := tsObjectFieldEnd;
TokRec^.state := tsEatws;
goto redo_char;
end else
if (v = ‘\‘) then
begin
TokRec^.saved_state := tsObjectUnquotedField;
TokRec^.state := tsStringEscape;
end else
tok.pb.Append(@v, 1);
end;
tsObjectFieldEnd:
begin
if (v = ‘:‘) then
begin
TokRec^.saved_state := tsObjectValue;
TokRec^.state := tsEatws;
end else
begin
tok.err := teParseObjectKeySep;
goto out;
end
end;
tsObjectValue:
begin
if (tok.depth >= SUPER_TOKENER_MAX_DEPTH-1) then
begin
tok.err := teDepth;
goto out;
end;
TokRec^.state := tsObjectValueAdd;
inc(tok.depth);
tok.ResetLevel(tok.depth);
TokRec := @tok.stack[tok.depth];
goto redo_char;
end;
tsObjectValueAdd:
begin
TokRec^.current.AsObject.PutO(TokRec^.field_name, obj);
TokRec^.field_name := ‘‘;
TokRec^.saved_state := tsObjectSep;
TokRec^.state := tsEatws;
goto redo_char;
end;
tsObjectSep:
begin
if (v = ‘}‘) then
begin
TokRec^.saved_state := tsFinish;
TokRec^.state := tsEatws;
end else
if (v = ‘,‘) then
begin
TokRec^.saved_state := tsObjectFieldStart;
TokRec^.state := tsEatws;
end else
begin
tok.err := teParseObjectValueSep;
goto out;
end
end;
end;
inc(str);
inc(tok.char_offset);
until v = #0;
if(TokRec^.state <> tsFinish) and
(TokRec^.saved_state <> tsFinish) then
tok.err := teParseEof;
out:
if(tok.err in [teSuccess]) then
begin
{$IFDEF SUPER_METHOD}
if (foCallMethod in options) and ObjectIsType(TokRec^.current, stMethod) and assigned(TokRec^.current.AsMethod) then
begin
sm := TokRec^.current.AsMethod;
sm(TokRec^.parent, put, Result);
end else
{$ENDIF}
Result := TokRec^.current;
end else
Result := nil;
end;
procedure TSuperObject.PutO(const path: SOString; const Value: ISuperObject);
begin
ParseString(PSOChar(path), true, False, self, [foCreatePath, foPutValue], Value);
end;
procedure TSuperObject.PutB(const path: SOString; Value: Boolean);
begin
ParseString(PSOChar(path), true, False, self, [foCreatePath, foPutValue], TSuperObject.Create(Value));
end;
procedure TSuperObject.PutD(const path: SOString; Value: Double);
begin
ParseString(PSOChar(path), true, False, self, [foCreatePath, foPutValue], TSuperObject.Create(Value));
end;
procedure TSuperObject.PutC(const path: SOString; Value: Currency);
begin
ParseString(PSOChar(path), true, False, self, [foCreatePath, foPutValue], TSuperObject.CreateCurrency(Value));
end;
procedure TSuperObject.PutI(const path: SOString; Value: SuperInt);
begin
ParseString(PSOChar(path), true, False, self, [foCreatePath, foPutValue], TSuperObject.Create(Value));
end;
procedure TSuperObject.PutS(const path: SOString; const Value: SOString);
begin
ParseString(PSOChar(path), true, False, self, [foCreatePath, foPutValue], TSuperObject.Create(Value));
end;
function TSuperObject.QueryInterface(const IID: TGUID; out Obj): HResult; stdcall;
begin
if GetInterface(IID, Obj) then
Result := 0
else
Result := E_NOINTERFACE;
end;
function TSuperObject.SaveTo(stream: TStream; indent, escape: boolean): integer;
var
pb: TSuperWriterStream;
begin
if escape then
pb := TSuperAnsiWriterStream.Create(stream) else
pb := TSuperUnicodeWriterStream.Create(stream);
if(Write(pb, indent, escape, 0) < 0) then
begin
pb.Reset;
pb.Free;
Result := 0;
Exit;
end;
Result := stream.Size;
pb.Free;
end;
function TSuperObject.CalcSize(indent, escape: boolean): integer;
var
pb: TSuperWriterFake;
begin
pb := TSuperWriterFake.Create;
if(Write(pb, indent, escape, 0) < 0) then
begin
pb.Free;
Result := 0;
Exit;
end;
Result := pb.FSize;
pb.Free;
end;
function TSuperObject.SaveTo(socket: Integer; indent, escape: boolean): integer;
var
pb: TSuperWriterSock;
begin
pb := TSuperWriterSock.Create(socket);
if(Write(pb, indent, escape, 0) < 0) then
begin
pb.Free;
Result := 0;
Exit;
end;
Result := pb.FSize;
pb.Free;
end;
constructor TSuperObject.Create(const s: SOString);
begin
Create(stString);
FOString := s;
end;
procedure TSuperObject.Clear(all: boolean);
begin
if FProcessing then exit;
FProcessing := true;
try
case FDataType of
stBoolean: FO.c_boolean := false;
stDouble: FO.c_double := 0.0;
stCurrency: FO.c_currency := 0.0;
stInt: FO.c_int := 0;
stObject: FO.c_object.Clear(all);
stArray: FO.c_array.Clear(all);
stString: FOString := ‘‘;
{$IFDEF SUPER_METHOD}
stMethod: FO.c_method := nil;
{$ENDIF}
end;
finally
FProcessing := false;
end;
end;
procedure TSuperObject.Pack(all: boolean = false);
begin
if FProcessing then exit;
FProcessing := true;
try
case FDataType of
stObject: FO.c_object.Pack(all);
stArray: FO.c_array.Pack(all);
end;
finally
FProcessing := false;
end;
end;
function TSuperObject.GetN(const path: SOString): ISuperObject;
begin
Result := ParseString(PSOChar(path), False, true, self);
if Result = nil then
Result := TSuperObject.Create(stNull);
end;
procedure TSuperObject.PutN(const path: SOString; const Value: ISuperObject);
begin
if Value = nil then
ParseString(PSOChar(path), False, True, self, [foCreatePath, foPutValue], TSuperObject.Create(stNull)) else
ParseString(PSOChar(path), False, True, self, [foCreatePath, foPutValue], Value);
end;
function TSuperObject.Delete(const path: SOString): ISuperObject;
begin
Result := ParseString(PSOChar(path), False, true, self, [foDelete]);
end;
function TSuperObject.Clone: ISuperObject;
var
ite: TSuperObjectIter;
arr: TSuperArray;
j: integer;
begin
case FDataType of
stBoolean: Result := TSuperObject.Create(FO.c_boolean);
stDouble: Result := TSuperObject.Create(FO.c_double);
stCurrency: Result := TSuperObject.CreateCurrency(FO.c_currency);
stInt: Result := TSuperObject.Create(FO.c_int);
stString: Result := TSuperObject.Create(FOString);
{$IFDEF SUPER_METHOD}
stMethod: Result := TSuperObject.Create(FO.c_method);
{$ENDIF}
stObject:
begin
Result := TSuperObject.Create(stObject);
if ObjectFindFirst(self, ite) then
with Result.AsObject do
repeat
PutO(ite.key, ite.val.Clone);
until not ObjectFindNext(ite);
ObjectFindClose(ite);
end;
stArray:
begin
Result := TSuperObject.Create(stArray);
arr := AsArray;
with Result.AsArray do
for j := 0 to arr.Length - 1 do
Add(arr.GetO(j).Clone);
end;
else
Result := nil;
end;
end;
procedure TSuperObject.Merge(const obj: ISuperObject; reference: boolean);
var
prop1, prop2: ISuperObject;
ite: TSuperObjectIter;
arr: TSuperArray;
j: integer;
begin
if ObjectIsType(obj, FDataType) then
case FDataType of
stBoolean: FO.c_boolean := obj.AsBoolean;
stDouble: FO.c_double := obj.AsDouble;
stCurrency: FO.c_currency := obj.AsCurrency;
stInt: FO.c_int := obj.AsInteger;
stString: FOString := obj.AsString;
{$IFDEF SUPER_METHOD}
stMethod: FO.c_method := obj.AsMethod;
{$ENDIF}
stObject:
begin
if ObjectFindFirst(obj, ite) then
with FO.c_object do
repeat
prop1 := FO.c_object.GetO(ite.key);
if (prop1 <> nil) and (ite.val <> nil) and (prop1.DataType = ite.val.DataType) then
prop1.Merge(ite.val) else
if reference then
PutO(ite.key, ite.val) else
PutO(ite.key, ite.val.Clone);
until not ObjectFindNext(ite);
ObjectFindClose(ite);
end;
stArray:
begin
arr := obj.AsArray;
with FO.c_array do
for j := 0 to arr.Length - 1 do
begin
prop1 := GetO(j);
prop2 := arr.GetO(j);
if (prop1 <> nil) and (prop2 <> nil) and (prop1.DataType = prop2.DataType) then
prop1.Merge(prop2) else
if reference then
PutO(j, prop2) else
PutO(j, prop2.Clone);
end;
end;
end;
end;
procedure TSuperObject.Merge(const str: SOString);
begin
Merge(TSuperObject.ParseString(PSOChar(str), False), true);
end;
class function TSuperObject.NewInstance: TObject;
begin
Result := inherited NewInstance;
TSuperObject(Result).FRefCount := 1;
end;
function TSuperObject.ForcePath(const path: SOString; dataType: TSuperType = stObject): ISuperObject;
begin
Result := ParseString(PSOChar(path), False, True, Self, [foCreatePath], nil, dataType);
end;
function TSuperObject.Format(const str: SOString; BeginSep: SOChar; EndSep: SOChar): SOString;
var
p1, p2: PSOChar;
begin
Result := ‘‘;
p2 := PSOChar(str);
p1 := p2;
while true do
if p2^ = BeginSep then
begin
if p2 > p1 then
Result := Result + Copy(p1, 0, p2-p1);
inc(p2);
p1 := p2;
while true do
if p2^ = EndSep then Break else
if p2^ = #0 then Exit else
inc(p2);
Result := Result + GetS(copy(p1, 0, p2-p1));
inc(p2);
p1 := p2;
end
else if p2^ = #0 then
begin
if p2 > p1 then
Result := Result + Copy(p1, 0, p2-p1);
Break;
end else
inc(p2);
end;
function TSuperObject.GetO(const path: SOString): ISuperObject;
begin
Result := ParseString(PSOChar(path), False, True, Self);
end;
function TSuperObject.GetA(const path: SOString): TSuperArray;
var
obj: ISuperObject;
begin
obj := ParseString(PSOChar(path), False, True, Self);
if obj <> nil then
Result := obj.AsArray else
Result := nil;
end;
function TSuperObject.GetB(const path: SOString): Boolean;
var
obj: ISuperObject;
begin
obj := GetO(path);
if obj <> nil then
Result := obj.AsBoolean else
Result := false;
end;
function TSuperObject.GetD(const path: SOString): Double;
var
obj: ISuperObject;
begin
obj := GetO(path);
if obj <> nil then
Result := obj.AsDouble else
Result := 0.0;
end;
function TSuperObject.GetC(const path: SOString): Currency;
var
obj: ISuperObject;
begin
obj := GetO(path);
if obj <> nil then
Result := obj.AsCurrency else
Result := 0.0;
end;
function TSuperObject.GetI(const path: SOString): SuperInt;
var
obj: ISuperObject;
begin
obj := GetO(path);
if obj <> nil then
Result := obj.AsInteger else
Result := 0;
end;
function TSuperObject.GetDataPtr: Pointer;
begin
Result := FDataPtr;
end;
function TSuperObject.GetDataType: TSuperType;
begin
Result := FDataType
end;
function TSuperObject.GetS(const path: SOString): SOString;
var
obj: ISuperObject;
begin
obj := GetO(path);
if obj <> nil then
Result := obj.AsString else
Result := ‘‘;
end;
function TSuperObject.SaveTo(const FileName: string; indent, escape: boolean): integer;
var
stream: TFileStream;
begin
stream := TFileStream.Create(FileName, fmCreate);
try
Result := SaveTo(stream, indent, escape);
finally
stream.Free;
end;
end;
function TSuperObject.Validate(const rules: SOString; const defs: SOString = ‘‘; callback: TSuperOnValidateError = nil; sender: Pointer = nil): boolean;
begin
Result := Validate(TSuperObject.ParseString(PSOChar(rules), False), TSuperObject.ParseString(PSOChar(defs), False), callback, sender);
end;
function TSuperObject.Validate(const rules: ISuperObject; const defs: ISuperObject = nil; callback: TSuperOnValidateError = nil; sender: Pointer = nil): boolean;
type
TDataType = (dtUnknown, dtStr, dtInt, dtFloat, dtNumber, dtText, dtBool,
dtMap, dtSeq, dtScalar, dtAny);
var
datatypes: ISuperObject;
names: ISuperObject;
function FindInheritedProperty(const prop: PSOChar; p: ISuperObject): ISuperObject;
var
o: ISuperObject;
e: TSuperAvlEntry;
begin
o := p[prop];
if o <> nil then
result := o else
begin
o := p[‘inherit‘];
if (o <> nil) and ObjectIsType(o, stString) then
begin
e := names.AsObject.Search(o.AsString);
if (e <> nil) then
Result := FindInheritedProperty(prop, e.Value) else
Result := nil;
end else
Result := nil;
end;
end;
function FindDataType(o: ISuperObject): TDataType;
var
e: TSuperAvlEntry;
obj: ISuperObject;
begin
obj := FindInheritedProperty(‘type‘, o);
if obj <> nil then
begin
e := datatypes.AsObject.Search(obj.AsString);
if e <> nil then
Result := TDataType(e.Value.AsInteger) else
Result := dtUnknown;
end else
Result := dtUnknown;
end;
procedure GetNames(o: ISuperObject);
var
obj: ISuperObject;
f: TSuperObjectIter;
begin
obj := o[‘name‘];
if ObjectIsType(obj, stString) then
names[obj.AsString] := o;
case FindDataType(o) of
dtMap:
begin
obj := o[‘mapping‘];
if ObjectIsType(obj, stObject) then
begin
if ObjectFindFirst(obj, f) then
repeat
if ObjectIsType(f.val, stObject) then
GetNames(f.val);
until not ObjectFindNext(f);
ObjectFindClose(f);
end;
end;
dtSeq:
begin
obj := o[‘sequence‘];
if ObjectIsType(obj, stObject) then
GetNames(obj);
end;
end;
end;
function FindInheritedField(const prop: SOString; p: ISuperObject): ISuperObject;
var
o: ISuperObject;
e: TSuperAvlEntry;
begin
o := p[‘mapping‘];
if ObjectIsType(o, stObject) then
begin
o := o.AsObject.GetO(prop);
if o <> nil then
begin
Result := o;
Exit;
end;
end;
o := p[‘inherit‘];
if ObjectIsType(o, stString) then
begin
e := names.AsObject.Search(o.AsString);
if (e <> nil) then
Result := FindInheritedField(prop, e.Value) else
Result := nil;
end else
Result := nil;
end;
function InheritedFieldExist(const obj: ISuperObject; p: ISuperObject; const name: SOString = ‘‘): boolean;
var
o: ISuperObject;
e: TSuperAvlEntry;
j: TSuperAvlIterator;
begin
Result := true;
o := p[‘mapping‘];
if ObjectIsType(o, stObject) then
begin
j := TSuperAvlIterator.Create(o.AsObject);
try
j.First;
e := j.GetIter;
while e <> nil do
begin
if obj.AsObject.Search(e.Name) = nil then
begin
Result := False;
if assigned(callback) then
callback(sender, veFieldNotFound, name + ‘.‘ + e.Name);
end;
j.Next;
e := j.GetIter;
end;
finally
j.Free;
end;
end;
o := p[‘inherit‘];
if ObjectIsType(o, stString) then
begin
e := names.AsObject.Search(o.AsString);
if (e <> nil) then
Result := InheritedFieldExist(obj, e.Value, name) and Result;
end;
end;
function getInheritedBool(f: PSOChar; p: ISuperObject; default: boolean = false): boolean;
var
o: ISuperObject;
begin
o := FindInheritedProperty(f, p);
case ObjectGetType(o) of
stBoolean: Result := o.AsBoolean;
stNull: Result := Default;
else
Result := default;
if assigned(callback) then
callback(sender, veRuleMalformated, f);
end;
end;
procedure GetInheritedFieldList(list: ISuperObject; p: ISuperObject);
var
o: ISuperObject;
e: TSuperAvlEntry;
i: TSuperAvlIterator;
begin
Result := true;
o := p[‘mapping‘];
if ObjectIsType(o, stObject) then
begin
i := TSuperAvlIterator.Create(o.AsObject);
try
i.First;
e := i.GetIter;
while e <> nil do
begin
if list.AsObject.Search(e.Name) = nil then
list[e.Name] := e.Value;
i.Next;
e := i.GetIter;
end;
finally
i.Free;
end;
end;
o := p[‘inherit‘];
if ObjectIsType(o, stString) then
begin
e := names.AsObject.Search(o.AsString);
if (e <> nil) then
GetInheritedFieldList(list, e.Value);
end;
end;
function CheckEnum(o: ISuperObject; p: ISuperObject; name: SOString = ‘‘): boolean;
var
enum: ISuperObject;
i: integer;
begin
Result := false;
enum := FindInheritedProperty(‘enum‘, p);
case ObjectGetType(enum) of
stArray:
for i := 0 to enum.AsArray.Length - 1 do
if (o.AsString = enum.AsArray[i].AsString) then
begin
Result := true;
exit;
end;
stNull: Result := true;
else
Result := false;
if assigned(callback) then
callback(sender, veRuleMalformated, ‘‘);
Exit;
end;
if (not Result) and assigned(callback) then
callback(sender, veValueNotInEnum, name);
end;
function CheckLength(len: integer; p: ISuperObject; const objpath: SOString): boolean;
var
length, o: ISuperObject;
begin
result := true;
length := FindInheritedProperty(‘length‘, p);
case ObjectGetType(length) of
stObject:
begin
o := length.AsObject.GetO(‘min‘);
if (o <> nil) and (o.AsInteger > len) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidLength, objpath);
end;
o := length.AsObject.GetO(‘max‘);
if (o <> nil) and (o.AsInteger < len) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidLength, objpath);
end;
o := length.AsObject.GetO(‘minex‘);
if (o <> nil) and (o.AsInteger >= len) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidLength, objpath);
end;
o := length.AsObject.GetO(‘maxex‘);
if (o <> nil) and (o.AsInteger <= len) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidLength, objpath);
end;
end;
stNull: ;
else
Result := false;
if assigned(callback) then
callback(sender, veRuleMalformated, ‘‘);
end;
end;
function CheckRange(obj: ISuperObject; p: ISuperObject; const objpath: SOString): boolean;
var
length, o: ISuperObject;
begin
result := true;
length := FindInheritedProperty(‘range‘, p);
case ObjectGetType(length) of
stObject:
begin
o := length.AsObject.GetO(‘min‘);
if (o <> nil) and (o.Compare(obj) = cpGreat) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidRange, objpath);
end;
o := length.AsObject.GetO(‘max‘);
if (o <> nil) and (o.Compare(obj) = cpLess) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidRange, objpath);
end;
o := length.AsObject.GetO(‘minex‘);
if (o <> nil) and (o.Compare(obj) in [cpGreat, cpEqu]) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidRange, objpath);
end;
o := length.AsObject.GetO(‘maxex‘);
if (o <> nil) and (o.Compare(obj) in [cpLess, cpEqu]) then
begin
Result := false;
if assigned(callback) then
callback(sender, veInvalidRange, objpath);
end;
end;
stNull: ;
else
Result := false;
if assigned(callback) then
callback(sender, veRuleMalformated, ‘‘);
end;
end;
function process(o: ISuperObject; p: ISuperObject; objpath: SOString = ‘‘): boolean;
var
ite: TSuperAvlIterator;
ent: TSuperAvlEntry;
p2, o2, sequence: ISuperObject;
s: SOString;
i: integer;
uniquelist, fieldlist: ISuperObject;
begin
Result := true;
if (o = nil) then
begin
if getInheritedBool(‘required‘, p) then
begin
if assigned(callback) then
callback(sender, veFieldIsRequired, objpath);
result := false;
end;
end else
case FindDataType(p) of
dtStr:
case ObjectGetType(o) of
stString:
begin
Result := Result and CheckLength(Length(o.AsString), p, objpath);
Result := Result and CheckRange(o, p, objpath);
end;
else
if assigned(callback) then
callback(sender, veInvalidDataType, objpath);
result := false;
end;
dtBool:
case ObjectGetType(o) of
stBoolean:
begin
Result := Result and CheckRange(o, p, objpath);
end;
else
if assigned(callback) then
callback(sender, veInvalidDataType, objpath);
result := false;
end;
dtInt:
case ObjectGetType(o) of
stInt:
begin
Result := Result and CheckRange(o, p, objpath);
end;
else
if assigned(callback) then
callback(sender, veInvalidDataType, objpath);
result := false;
end;
dtFloat:
case ObjectGetType(o) of
stDouble, stCurrency:
begin
Result := Result and CheckRange(o, p, objpath);
end;
else
if assigned(callback) then
callback(sender, veInvalidDataType, objpath);
result := false;
end;
dtMap:
case ObjectGetType(o) of
stObject:
begin
// all objects have and match a rule ?
ite := TSuperAvlIterator.Create(o.AsObject);
try
ite.First;
ent := ite.GetIter;
while ent <> nil do
begin
p2 := FindInheritedField(ent.Name, p);
if ObjectIsType(p2, stObject) then
result := process(ent.Value, p2, objpath + ‘.‘ + ent.Name) and result else
begin
if assigned(callback) then
callback(sender, veUnexpectedField, objpath + ‘.‘ + ent.Name);
result := false; // field have no rule
end;
ite.Next;
ent := ite.GetIter;
end;
finally
ite.Free;
end;
// all expected field exists ?
Result := InheritedFieldExist(o, p, objpath) and Result;
end;
stNull: {nop};
else
result := false;
if assigned(callback) then
callback(sender, veRuleMalformated, objpath);
end;
dtSeq:
case ObjectGetType(o) of
stArray:
begin
sequence := FindInheritedProperty(‘sequence‘, p);
if sequence <> nil then
case ObjectGetType(sequence) of
stObject:
begin
for i := 0 to o.AsArray.Length - 1 do
result := process(o.AsArray.GetO(i), sequence, objpath + ‘[‘ + IntToStr(i) + ‘]‘) and result;
if getInheritedBool(‘unique‘, sequence) then
begin
// type is unique ?
uniquelist := TSuperObject.Create(stObject);
try
for i := 0 to o.AsArray.Length - 1 do
begin
s := o.AsArray.GetO(i).AsString;
if (s <> ‘‘) then
begin
if uniquelist.AsObject.Search(s) = nil then
uniquelist[s] := nil else
begin
Result := False;
if Assigned(callback) then
callback(sender, veDuplicateEntry, objpath + ‘[‘ + IntToStr(i) + ‘]‘);
end;
end;
end;
finally
uniquelist := nil;
end;
end;
// field is unique ?
if (FindDataType(sequence) = dtMap) then
begin
fieldlist := TSuperObject.Create(stObject);
try
GetInheritedFieldList(fieldlist, sequence);
ite := TSuperAvlIterator.Create(fieldlist.AsObject);
try
ite.First;
ent := ite.GetIter;
while ent <> nil do
begin
if getInheritedBool(‘unique‘, ent.Value) then
begin
uniquelist := TSuperObject.Create(stObject);
try
for i := 0 to o.AsArray.Length - 1 do
begin
o2 := o.AsArray.GetO(i);
if o2 <> nil then
begin
s := o2.AsObject.GetO(ent.Name).AsString;
if (s <> ‘‘) then
if uniquelist.AsObject.Search(s) = nil then
uniquelist[s] := nil else
begin
Result := False;
if Assigned(callback) then
callback(sender, veDuplicateEntry, objpath + ‘[‘ + IntToStr(i) + ‘].‘ + ent.name);
end;
end;
end;
finally
uniquelist := nil;
end;
end;
ite.Next;
ent := ite.GetIter;
end;
finally
ite.Free;
end;
finally
fieldlist := nil;
end;
end;
end;
stNull: {nop};
else
result := false;
if assigned(callback) then
callback(sender, veRuleMalformated, objpath);
end;
Result := Result and CheckLength(o.AsArray.Length, p, objpath);
end;
else
result := false;
if assigned(callback) then
callback(sender, veRuleMalformated, objpath);
end;
dtNumber:
case ObjectGetType(o) of
stInt,
stDouble, stCurrency:
begin
Result := Result and CheckRange(o, p, objpath);
end;
else
if assigned(callback) then
callback(sender, veInvalidDataType, objpath);
result := false;
end;
dtText:
case ObjectGetType(o) of
stInt,
stDouble,
stCurrency,
stString:
begin
result := result and CheckLength(Length(o.AsString), p, objpath);
Result := Result and CheckRange(o, p, objpath);
end;
else
if assigned(callback) then
callback(sender, veInvalidDataType, objpath);
result := false;
end;
dtScalar:
case ObjectGetType(o) of
stBoolean,
stDouble,
stCurrency,
stInt,
stString:
begin
result := result and CheckLength(Length(o.AsString), p, objpath);
Result := Result and CheckRange(o, p, objpath);
end;
else
if assigned(callback) then
callback(sender, veInvalidDataType, objpath);
result := false;
end;
dtAny:;
else
if assigned(callback) then
callback(sender, veRuleMalformated, objpath);
result := false;
end;
Result := Result and CheckEnum(o, p, objpath)
end;
var
j: integer;
begin
Result := False;
datatypes := TSuperObject.Create(stObject);
names := TSuperObject.Create;
try
datatypes.I[‘str‘] := ord(dtStr);
datatypes.I[‘int‘] := ord(dtInt);
datatypes.I[‘float‘] := ord(dtFloat);
datatypes.I[‘number‘] := ord(dtNumber);
datatypes.I[‘text‘] := ord(dtText);
datatypes.I[‘bool‘] := ord(dtBool);
datatypes.I[‘map‘] := ord(dtMap);
datatypes.I[‘seq‘] := ord(dtSeq);
datatypes.I[‘scalar‘] := ord(dtScalar);
datatypes.I[‘any‘] := ord(dtAny);
if ObjectIsType(defs, stArray) then
for j := 0 to defs.AsArray.Length - 1 do
if ObjectIsType(defs.AsArray[j], stObject) then
GetNames(defs.AsArray[j]) else
begin
if assigned(callback) then
callback(sender, veRuleMalformated, ‘‘);
Exit;
end;
if ObjectIsType(rules, stObject) then
GetNames(rules) else
begin
if assigned(callback) then
callback(sender, veRuleMalformated, ‘‘);
Exit;
end;
Result := process(self, rules);
finally
datatypes := nil;
names := nil;
end;
end;
function TSuperObject._AddRef: Integer; stdcall;
begin
Result := InterlockedIncrement(FRefCount);
end;
function TSuperObject._Release: Integer; stdcall;
begin
Result := InterlockedDecrement(FRefCount);
if Result = 0 then
Destroy;
end;
function TSuperObject.Compare(const str: SOString): TSuperCompareResult;
begin
Result := Compare(TSuperObject.ParseString(PSOChar(str), False));
end;
function TSuperObject.Compare(const obj: ISuperObject): TSuperCompareResult;
function GetIntCompResult(const i: int64): TSuperCompareResult;
begin
if i < 0 then result := cpLess else
if i = 0 then result := cpEqu else
Result := cpGreat;
end;
function GetDblCompResult(const d: double): TSuperCompareResult;
begin
if d < 0 then result := cpLess else
if d = 0 then result := cpEqu else
Result := cpGreat;
end;
begin
case DataType of
stBoolean:
case ObjectGetType(obj) of
stBoolean: Result := GetIntCompResult(ord(FO.c_boolean) - ord(obj.AsBoolean));
stDouble: Result := GetDblCompResult(ord(FO.c_boolean) - obj.AsDouble);
stCurrency:Result := GetDblCompResult(ord(FO.c_boolean) - obj.AsCurrency);
stInt: Result := GetIntCompResult(ord(FO.c_boolean) - obj.AsInteger);
stString: Result := GetIntCompResult(StrComp(PSOChar(AsString), PSOChar(obj.AsString)));
else
Result := cpError;
end;
stDouble:
case ObjectGetType(obj) of
stBoolean: Result := GetDblCompResult(FO.c_double - ord(obj.AsBoolean));
stDouble: Result := GetDblCompResult(FO.c_double - obj.AsDouble);
stCurrency:Result := GetDblCompResult(FO.c_double - obj.AsCurrency);
stInt: Result := GetDblCompResult(FO.c_double - obj.AsInteger);
stString: Result := GetIntCompResult(StrComp(PSOChar(AsString), PSOChar(obj.AsString)));
else
Result := cpError;
end;
stCurrency:
case ObjectGetType(obj) of
stBoolean: Result := GetDblCompResult(FO.c_currency - ord(obj.AsBoolean));
stDouble: Result := GetDblCompResult(FO.c_currency - obj.AsDouble);
stCurrency:Result := GetDblCompResult(FO.c_currency - obj.AsCurrency);
stInt: Result := GetDblCompResult(FO.c_currency - obj.AsInteger);
stString: Result := GetIntCompResult(StrComp(PSOChar(AsString), PSOChar(obj.AsString)));
else
Result := cpError;
end;
stInt:
case ObjectGetType(obj) of
stBoolean: Result := GetIntCompResult(FO.c_int - ord(obj.AsBoolean));
stDouble: Result := GetDblCompResult(FO.c_int - obj.AsDouble);
stCurrency:Result := GetDblCompResult(FO.c_int - obj.AsCurrency);
stInt: Result := GetIntCompResult(FO.c_int - obj.AsInteger);
stString: Result := GetIntCompResult(StrComp(PSOChar(AsString), PSOChar(obj.AsString)));
else
Result := cpError;
end;
stString:
case ObjectGetType(obj) of
stBoolean,
stDouble,
stCurrency,
stInt,
stString: Result := GetIntCompResult(StrComp(PSOChar(AsString), PSOChar(obj.AsString)));
else
Result := cpError;
end;
else
Result := cpError;
end;
end;
{$IFDEF SUPER_METHOD}
function TSuperObject.AsMethod: TSuperMethod;
begin
if FDataType = stMethod then
Result := FO.c_method else
Result := nil;
end;
{$ENDIF}
{$IFDEF SUPER_METHOD}
constructor TSuperObject.Create(m: TSuperMethod);
begin
Create(stMethod);
FO.c_method := m;
end;
{$ENDIF}
{$IFDEF SUPER_METHOD}
function TSuperObject.GetM(const path: SOString): TSuperMethod;
var
v: ISuperObject;
begin
v := ParseString(PSOChar(path), False, True, Self);
if (v <> nil) and (ObjectGetType(v) = stMethod) then
Result := v.AsMethod else
Result := nil;
end;
{$ENDIF}
{$IFDEF SUPER_METHOD}
procedure TSuperObject.PutM(const path: SOString; Value: TSuperMethod);
begin
ParseString(PSOChar(path), False, True, Self, [foCreatePath, foPutValue], TSuperObject.Create(Value));
end;
{$ENDIF}
{$IFDEF SUPER_METHOD}
function TSuperObject.call(const path: SOString; const param: ISuperObject): ISuperObject;
begin
Result := ParseString(PSOChar(path), False, True, Self, [foCallMethod], param);
end;
{$ENDIF}
{$IFDEF SUPER_METHOD}
function TSuperObject.call(const path, param: SOString): ISuperObject;
begin
Result := ParseString(PSOChar(path), False, True, Self, [foCallMethod], TSuperObject.ParseString(PSOChar(param), False));
end;
{$ENDIF}
function TSuperObject.GetProcessing: boolean;
begin
Result := FProcessing;
end;
procedure TSuperObject.SetDataPtr(const Value: Pointer);
begin
FDataPtr := Value;
end;
procedure TSuperObject.SetProcessing(value: boolean);
begin
FProcessing := value;
end;
{ TSuperArray }
function TSuperArray.Add(const Data: ISuperObject): Integer;
begin
Result := FLength;
PutO(Result, data);
end;
function TSuperArray.Delete(index: Integer): ISuperObject;
begin
if (Index >= 0) and (Index < FLength) then
begin
Result := FArray^[index];
FArray^[index] := nil;
Dec(FLength);
if Index < FLength then
begin
Move(FArray^[index + 1], FArray^[index],
(FLength - index) * SizeOf(Pointer));
Pointer(FArray^[FLength]) := nil;
end;
end;
end;
procedure TSuperArray.Insert(index: Integer; const value: ISuperObject);
begin
if (Index >= 0) then
if (index < FLength) then
begin
if FLength = FSize then
Expand(index);
if Index < FLength then
Move(FArray^[index], FArray^[index + 1],
(FLength - index) * SizeOf(Pointer));
Pointer(FArray^[index]) := nil;
FArray^[index] := value;
Inc(FLength);
end else
PutO(index, value);
end;
procedure TSuperArray.Clear(all: boolean);
var
j: Integer;
begin
for j := 0 to FLength - 1 do
if FArray^[j] <> nil then
begin
if all then
FArray^[j].Clear(all);
FArray^[j] := nil;
end;
FLength := 0;
end;
procedure TSuperArray.Pack(all: boolean);
var
PackedCount, StartIndex, EndIndex, j: Integer;
begin
if FLength > 0 then
begin
PackedCount := 0;
StartIndex := 0;
repeat
while (StartIndex < FLength) and (FArray^[StartIndex] = nil) do
Inc(StartIndex);
if StartIndex < FLength then
begin
EndIndex := StartIndex;
while (EndIndex < FLength) and (FArray^[EndIndex] <> nil) do
Inc(EndIndex);
Dec(EndIndex);
if StartIndex > PackedCount then
Move(FArray^[StartIndex], FArray^[PackedCount], (EndIndex - StartIndex + 1) * SizeOf(Pointer));
Inc(PackedCount, EndIndex - StartIndex + 1);
StartIndex := EndIndex + 1;
end;
until StartIndex >= FLength;
FillChar(FArray^[PackedCount], (FLength - PackedCount) * sizeof(Pointer), 0);
FLength := PackedCount;
if all then
for j := 0 to FLength - 1 do
FArray^[j].Pack(all);
end;
end;
constructor TSuperArray.Create;
begin
inherited Create;
FSize := SUPER_ARRAY_LIST_DEFAULT_SIZE;
FLength := 0;
GetMem(FArray, sizeof(Pointer) * FSize);
FillChar(FArray^, sizeof(Pointer) * FSize, 0);
end;
destructor TSuperArray.Destroy;
begin
Clear;
FreeMem(FArray);
inherited;
end;
procedure TSuperArray.Expand(max: Integer);
var
new_size: Integer;
begin
if (max < FSize) then
Exit;
if max < (FSize shl 1) then
new_size := (FSize shl 1) else
new_size := max + 1;
ReallocMem(FArray, new_size * sizeof(Pointer));
FillChar(FArray^[FSize], (new_size - FSize) * sizeof(Pointer), 0);
FSize := new_size;
end;
function TSuperArray.GetO(const index: Integer): ISuperObject;
begin
if(index >= FLength) then
Result := nil else
Result := FArray^[index];
end;
function TSuperArray.GetB(const index: integer): Boolean;
var
obj: ISuperObject;
begin
obj := GetO(index);
if obj <> nil then
Result := obj.AsBoolean else
Result := false;
end;
function TSuperArray.GetD(const index: integer): Double;
var
obj: ISuperObject;
begin
obj := GetO(index);
if obj <> nil then
Result := obj.AsDouble else
Result := 0.0;
end;
function TSuperArray.GetI(const index: integer): SuperInt;
var
obj: ISuperObject;
begin
obj := GetO(index);
if obj <> nil then
Result := obj.AsInteger else
Result := 0;
end;
function TSuperArray.GetS(const index: integer): SOString;
var
obj: ISuperObject;
begin
obj := GetO(index);
if obj <> nil then
Result := obj.AsString else
Result := ‘‘;
end;
procedure TSuperArray.PutO(const index: Integer; const Value: ISuperObject);
begin
Expand(index);
FArray^[index] := value;
if(FLength <= index) then FLength := index + 1;
end;
function TSuperArray.GetN(const index: integer): ISuperObject;
begin
Result := GetO(index);
if Result = nil then
Result := TSuperObject.Create(stNull);
end;
procedure TSuperArray.PutN(const index: integer; const Value: ISuperObject);
begin
if Value <> nil then
PutO(index, Value) else
PutO(index, TSuperObject.Create(stNull));
end;
procedure TSuperArray.PutB(const index: integer; Value: Boolean);
begin
PutO(index, TSuperObject.Create(Value));
end;
procedure TSuperArray.PutD(const index: integer; Value: Double);
begin
PutO(index, TSuperObject.Create(Value));
end;
function TSuperArray.GetC(const index: integer): Currency;
var
obj: ISuperObject;
begin
obj := GetO(index);
if obj <> nil then
Result := obj.AsCurrency else
Result := 0.0;
end;
procedure TSuperArray.PutC(const index: integer; Value: Currency);
begin
PutO(index, TSuperObject.CreateCurrency(Value));
end;
procedure TSuperArray.PutI(const index: integer; Value: SuperInt);
begin
PutO(index, TSuperObject.Create(Value));
end;
procedure TSuperArray.PutS(const index: integer; const Value: SOString);
begin
PutO(index, TSuperObject.Create(Value));
end;
{$IFDEF SUPER_METHOD}
function TSuperArray.GetM(const index: integer): TSuperMethod;
var
v: ISuperObject;
begin
v := GetO(index);
if (ObjectGetType(v) = stMethod) then
Result := v.AsMethod else
Result := nil;
end;
{$ENDIF}
{$IFDEF SUPER_METHOD}
procedure TSuperArray.PutM(const index: integer; Value: TSuperMethod);
begin
PutO(index, TSuperObject.Create(Value));
end;
{$ENDIF}
{ TSuperWriterString }
function TSuperWriterString.Append(buf: PSOChar; Size: Integer): Integer;
function max(a, b: Integer): integer; begin if a > b then Result := a else Result := b end;
begin
Result := size;
if Size > 0 then
begin
if (FSize - FBPos <= size) then
begin
FSize := max(FSize * 2, FBPos + size + 8);
ReallocMem(FBuf, FSize * SizeOf(SOChar));
end;
// fast move
case size of
1: FBuf[FBPos] := buf^;
2: PInteger(@FBuf[FBPos])^ := PInteger(buf)^;
4: PInt64(@FBuf[FBPos])^ := PInt64(buf)^;
else
move(buf^, FBuf[FBPos], size * SizeOf(SOChar));
end;
inc(FBPos, size);
FBuf[FBPos] := #0;
end;
end;
function TSuperWriterString.Append(buf: PSOChar): Integer;
begin
Result := Append(buf, strlen(buf));
end;
constructor TSuperWriterString.Create;
begin
inherited;
FSize := 32;
FBPos := 0;
GetMem(FBuf, FSize * SizeOf(SOChar));
end;
destructor TSuperWriterString.Destroy;
begin
inherited;
if FBuf <> nil then
FreeMem(FBuf)
end;
function TSuperWriterString.GetString: SOString;
begin
SetString(Result, FBuf, FBPos);
end;
procedure TSuperWriterString.Reset;
begin
FBuf[0] := #0;
FBPos := 0;
end;
procedure TSuperWriterString.TrimRight;
begin
while (FBPos > 0) and (FBuf[FBPos-1] < #256) and (AnsiChar(FBuf[FBPos-1]) in [#32, #13, #10]) do
begin
dec(FBPos);
FBuf[FBPos] := #0;
end;
end;
{ TSuperWriterStream }
function TSuperWriterStream.Append(buf: PSOChar): Integer;
begin
Result := Append(buf, StrLen(buf));
end;
constructor TSuperWriterStream.Create(AStream: TStream);
begin
inherited Create;
FStream := AStream;
end;
procedure TSuperWriterStream.Reset;
begin
FStream.Size := 0;
end;
{ TSuperWriterStream }
function TSuperAnsiWriterStream.Append(buf: PSOChar; Size: Integer): Integer;
var
Buffer: array[0..1023] of AnsiChar;
pBuffer: PAnsiChar;
i: Integer;
begin
if Size = 1 then
Result := FStream.Write(buf^, Size) else
begin
if Size > SizeOf(Buffer) then
GetMem(pBuffer, Size) else
pBuffer := @Buffer;
try
for i := 0 to Size - 1 do
pBuffer[i] := AnsiChar(buf[i]);
Result := FStream.Write(pBuffer^, Size);
finally
if pBuffer <> @Buffer then
FreeMem(pBuffer);
end;
end;
end;
{ TSuperUnicodeWriterStream }
function TSuperUnicodeWriterStream.Append(buf: PSOChar; Size: Integer): Integer;
begin
Result := FStream.Write(buf^, Size * 2);
end;
{ TSuperWriterFake }
function TSuperWriterFake.Append(buf: PSOChar; Size: Integer): Integer;
begin
inc(FSize, Size);
Result := FSize;
end;
function TSuperWriterFake.Append(buf: PSOChar): Integer;
begin
inc(FSize, Strlen(buf));
Result := FSize;
end;
constructor TSuperWriterFake.Create;
begin
inherited Create;
FSize := 0;
end;
procedure TSuperWriterFake.Reset;
begin
FSize := 0;
end;
{ TSuperWriterSock }
function TSuperWriterSock.Append(buf: PSOChar; Size: Integer): Integer;
var
Buffer: array[0..1023] of AnsiChar;
pBuffer: PAnsiChar;
i: Integer;
begin
if Size = 1 then
{$IFDEF FPC}
Result := fpsend(FSocket, buf, size, 0) else
{$ELSE}
Result := send(FSocket, buf^, size, 0) else
{$ENDIF}
begin
if Size > SizeOf(Buffer) then
GetMem(pBuffer, Size) else
pBuffer := @Buffer;
try
for i := 0 to Size - 1 do
pBuffer[i] := AnsiChar(buf[i]);
{$IFDEF FPC}
Result := fpsend(FSocket, pBuffer, size, 0);
{$ELSE}
Result := send(FSocket, pBuffer^, size, 0);
{$ENDIF}
finally
if pBuffer <> @Buffer then
FreeMem(pBuffer);
end;
end;
inc(FSize, Result);
end;
function TSuperWriterSock.Append(buf: PSOChar): Integer;
begin
Result := Append(buf, StrLen(buf));
end;
constructor TSuperWriterSock.Create(ASocket: Integer);
begin
inherited Create;
FSocket := ASocket;
FSize := 0;
end;
procedure TSuperWriterSock.Reset;
begin
FSize := 0;
end;
{ TSuperTokenizer }
constructor TSuperTokenizer.Create;
begin
pb := TSuperWriterString.Create;
line := 1;
col := 0;
Reset;
end;
destructor TSuperTokenizer.Destroy;
begin
Reset;
pb.Free;
inherited;
end;
procedure TSuperTokenizer.Reset;
var
i: integer;
begin
for i := depth downto 0 do
ResetLevel(i);
depth := 0;
err := teSuccess;
end;
procedure TSuperTokenizer.ResetLevel(adepth: integer);
begin
stack[adepth].state := tsEatws;
stack[adepth].saved_state := tsStart;
stack[adepth].current := nil;
stack[adepth].field_name := ‘‘;
stack[adepth].obj := nil;
stack[adepth].parent := nil;
stack[adepth].gparent := nil;
end;
{ TSuperAvlTree }
constructor TSuperAvlTree.Create;
begin
FRoot := nil;
FCount := 0;
end;
destructor TSuperAvlTree.Destroy;
begin
Clear;
inherited;
end;
function TSuperAvlTree.IsEmpty: boolean;
begin
result := FRoot = nil;
end;
function TSuperAvlTree.balance(bal: TSuperAvlEntry): TSuperAvlEntry;
var
deep, old: TSuperAvlEntry;
bf: integer;
begin
if (bal.FBf > 0) then
begin
deep := bal.FGt;
if (deep.FBf < 0) then
begin
old := bal;
bal := deep.FLt;
old.FGt := bal.FLt;
deep.FLt := bal.FGt;
bal.FLt := old;
bal.FGt := deep;
bf := bal.FBf;
if (bf <> 0) then
begin
if (bf > 0) then
begin
old.FBf := -1;
deep.FBf := 0;
end else
begin
deep.FBf := 1;
old.FBf := 0;
end;
bal.FBf := 0;
end else
begin
old.FBf := 0;
deep.FBf := 0;
end;
end else
begin
bal.FGt := deep.FLt;
deep.FLt := bal;
if (deep.FBf = 0) then
begin
deep.FBf := -1;
bal.FBf := 1;
end else
begin
deep.FBf := 0;
bal.FBf := 0;
end;
bal := deep;
end;
end else
begin
(* "Less than" subtree is deeper. *)
deep := bal.FLt;
if (deep.FBf > 0) then
begin
old := bal;
bal := deep.FGt;
old.FLt := bal.FGt;
deep.FGt := bal.FLt;
bal.FGt := old;
bal.FLt := deep;
bf := bal.FBf;
if (bf <> 0) then
begin
if (bf < 0) then
begin
old.FBf := 1;
deep.FBf := 0;
end else
begin
deep.FBf := -1;
old.FBf := 0;
end;
bal.FBf := 0;
end else
begin
old.FBf := 0;
deep.FBf := 0;
end;
end else
begin
bal.FLt := deep.FGt;
deep.FGt := bal;
if (deep.FBf = 0) then
begin
deep.FBf := 1;
bal.FBf := -1;
end else
begin
deep.FBf := 0;
bal.FBf := 0;
end;
bal := deep;
end;
end;
Result := bal;
end;
function TSuperAvlTree.Insert(h: TSuperAvlEntry): TSuperAvlEntry;
var
unbal, parentunbal, hh, parent: TSuperAvlEntry;
depth, unbaldepth: longint;
cmp: integer;
unbalbf: integer;
branch: TSuperAvlBitArray;
p: Pointer;
begin
inc(FCount);
h.FLt := nil;
h.FGt := nil;
h.FBf := 0;
branch := [];
if (FRoot = nil) then
FRoot := h
else
begin
unbal := nil;
parentunbal := nil;
depth := 0;
unbaldepth := 0;
hh := FRoot;
parent := nil;
repeat
if (hh.FBf <> 0) then
begin
unbal := hh;
parentunbal := parent;
unbaldepth := depth;
end;
if hh.FHash <> h.FHash then
begin
if nowSortMode = sosmDefault then
begin
//original code
if hh.FHash < h.FHash then cmp := -1 else
if hh.FHash > h.FHash then cmp := 1 else
cmp := 0;
end else
begin
// modify by mofen
cmp := CompareForSortModeString(h.Name, hh.Name);
end;
end else
cmp := CompareNodeNode(h, hh);
if (cmp = 0) then
begin
Result := hh;
//exchange data
p := hh.Ptr;
hh.FPtr := h.Ptr;
h.FPtr := p;
doDeleteEntry(h, false);
dec(FCount);
exit;
end;
parent := hh;
if (cmp > 0) then
begin
hh := hh.FGt;
include(branch, depth);
end else
begin
hh := hh.FLt;
exclude(branch, depth);
end;
inc(depth);
until (hh = nil);
if (cmp < 0) then
parent.FLt := h else
parent.FGt := h;
depth := unbaldepth;
if (unbal = nil) then
hh := FRoot
else
begin
if depth in branch then
cmp := 1 else
cmp := -1;
inc(depth);
unbalbf := unbal.FBf;
if (cmp < 0) then
dec(unbalbf) else
inc(unbalbf);
if cmp < 0 then
hh := unbal.FLt else
hh := unbal.FGt;
if ((unbalbf <> -2) and (unbalbf <> 2)) then
begin
unbal.FBf := unbalbf;
unbal := nil;
end;
end;
if (hh <> nil) then
while (h <> hh) do
begin
if depth in branch then
cmp := 1 else
cmp := -1;
inc(depth);
if (cmp < 0) then
begin
hh.FBf := -1;
hh := hh.FLt;
end else (* cmp > 0 *)
begin
hh.FBf := 1;
hh := hh.FGt;
end;
end;
// original code
// if (unbal <> nil) then
if (unbal <> nil) and (nowSortMode <> sosmAdd) then //modify by mofen
begin
unbal := balance(unbal);
if (parentunbal = nil) then
FRoot := unbal
else
begin
depth := unbaldepth - 1;
if depth in branch then
cmp := 1 else
cmp := -1;
if (cmp < 0) then
parentunbal.FLt := unbal else
parentunbal.FGt := unbal;
end;
end;
end;
result := h;
end;
function TSuperAvlTree.Search(const k: SOString; st: TSuperAvlSearchTypes): TSuperAvlEntry;
var
cmp, target_cmp: integer;
match_h, h: TSuperAvlEntry;
ha: Cardinal;
begin
ha := TSuperAvlEntry.Hash(k);
match_h := nil;
h := FRoot;
if (stLess in st) then
target_cmp := 1 else
if (stGreater in st) then
target_cmp := -1 else
target_cmp := 0;
while (h <> nil) do
begin
// modify by mofen
if nowSortMode = sosmDefault then
begin
//original code
if h.FHash < ha then cmp := -1 else
if h.FHash > ha then cmp := 1 else
cmp := 0;
end else
begin
// modify by mofen
cmp := CompareForSortModeString(k, h.Name);
end;
// if h.FHash < ha then cmp := -1 else
// if h.FHash > ha then cmp := 1 else
// cmp := 0;
if cmp = 0 then
cmp := CompareKeyNode(PSOChar(k), h);
if (cmp = 0) then
begin
if (stEqual in st) then
begin
match_h := h;
break;
end;
cmp := -target_cmp;
end
else
if (target_cmp <> 0) then
if ((cmp xor target_cmp) and SUPER_AVL_MASK_HIGH_BIT) = 0 then
match_h := h;
if cmp < 0 then
h := h.FLt else
h := h.FGt;
end;
result := match_h;
end;
function TSuperAvlTree.Delete(const k: SOString): ISuperObject;
var
depth, rm_depth: longint;
branch: TSuperAvlBitArray;
h, parent, child, path, rm, parent_rm: TSuperAvlEntry;
cmp, cmp_shortened_sub_with_path, reduced_depth, bf: integer;
ha: Cardinal;
begin
ha := TSuperAvlEntry.Hash(k);
cmp_shortened_sub_with_path := 0;
branch := [];
depth := 0;
h := FRoot;
parent := nil;
while true do
begin
if (h = nil) then
exit;
// if h.FHash < ha then cmp := -1 else
// if h.FHash > ha then cmp := 1 else
// cmp := 0;
// modify by mofen
if nowSortMode = sosmDefault then
begin
//original code
if h.FHash < ha then cmp := -1 else
if h.FHash > ha then cmp := 1 else
cmp := 0;
end else
begin
// modify by mofen
cmp := CompareForSortModeString(k, h.Name);
end;
if cmp = 0 then
cmp := CompareKeyNode(k, h);
if (cmp = 0) then
break;
parent := h;
if (cmp > 0) then
begin
h := h.FGt;
include(branch, depth)
end else
begin
h := h.FLt;
exclude(branch, depth)
end;
inc(depth);
cmp_shortened_sub_with_path := cmp;
end;
rm := h;
parent_rm := parent;
rm_depth := depth;
if (h.FBf < 0) then
begin
child := h.FLt;
exclude(branch, depth);
cmp := -1;
end else
begin
child := h.FGt;
include(branch, depth);
cmp := 1;
end;
inc(depth);
if (child <> nil) then
begin
cmp := -cmp;
repeat
parent := h;
h := child;
if (cmp < 0) then
begin
child := h.FLt;
exclude(branch, depth);
end else
begin
child := h.FGt;
include(branch, depth);
end;
inc(depth);
until (child = nil);
if (parent = rm) then
cmp_shortened_sub_with_path := -cmp else
cmp_shortened_sub_with_path := cmp;
if cmp > 0 then
child := h.FLt else
child := h.FGt;
end;
if (parent = nil) then
FRoot := child else
if (cmp_shortened_sub_with_path < 0) then
parent.FLt := child else
parent.FGt := child;
if parent = rm then
path := h else
path := parent;
if (h <> rm) then
begin
h.FLt := rm.FLt;
h.FGt := rm.FGt;
h.FBf := rm.FBf;
if (parent_rm = nil) then
FRoot := h
else
begin
depth := rm_depth - 1;
if (depth in branch) then
parent_rm.FGt := h else
parent_rm.FLt := h;
end;
end;
if (path <> nil) then
begin
h := FRoot;
parent := nil;
depth := 0;
while (h <> path) do
begin
if (depth in branch) then
begin
child := h.FGt;
h.FGt := parent;
end else
begin
child := h.FLt;
h.FLt := parent;
end;
inc(depth);
parent := h;
h := child;
end;
reduced_depth := 1;
cmp := cmp_shortened_sub_with_path;
while true do
begin
if (reduced_depth <> 0) then
begin
bf := h.FBf;
if (cmp < 0) then
inc(bf) else
dec(bf);
if ((bf = -2) or (bf = 2)) then
begin
h := balance(h);
bf := h.FBf;
end else
h.FBf := bf;
reduced_depth := integer(bf = 0);
end;
if (parent = nil) then
break;
child := h;
h := parent;
dec(depth);
if depth in branch then
cmp := 1 else
cmp := -1;
if (cmp < 0) then
begin
parent := h.FLt;
h.FLt := child;
end else
begin
parent := h.FGt;
h.FGt := child;
end;
end;
FRoot := h;
end;
if rm <> nil then
begin
Result := rm.GetValue;
doDeleteEntry(rm, false);
dec(FCount);
end;
end;
procedure TSuperAvlTree.Pack(all: boolean);
var
node1, node2: TSuperAvlEntry;
list: TList;
i: Integer;
begin
node1 := FRoot;
list := TList.Create;
while node1 <> nil do
begin
if (node1.FLt = nil) then
begin
node2 := node1.FGt;
if (node1.FPtr = nil) then
list.Add(node1) else
if all then
node1.Value.Pack(all);
end
else
begin
node2 := node1.FLt;
node1.FLt := node2.FGt;
node2.FGt := node1;
end;
node1 := node2;
end;
for i := 0 to list.Count - 1 do
Delete(TSuperAvlEntry(list[i]).FName);
list.Free;
end;
procedure TSuperAvlTree.Clear(all: boolean);
var
node1, node2: TSuperAvlEntry;
begin
node1 := FRoot;
while node1 <> nil do
begin
if (node1.FLt = nil) then
begin
node2 := node1.FGt;
doDeleteEntry(node1, all);
end
else
begin
node2 := node1.FLt;
node1.FLt := node2.FGt;
node2.FGt := node1;
end;
node1 := node2;
end;
FRoot := nil;
FCount := 0;
end;
function TSuperAvlTree.CompareKeyNode(const k: SOString; h: TSuperAvlEntry): integer;
begin
Result := StrComp(PSOChar(k), PSOChar(h.FName));
end;
function TSuperAvlTree.CompareNodeNode(node1, node2: TSuperAvlEntry): integer;
begin
Result := StrComp(PSOChar(node1.FName), PSOChar(node2.FName));
end;
{ TSuperAvlIterator }
(* Initialize depth to invalid value, to indicate iterator is
** invalid. (Depth is zero-base.) It‘s not necessary to initialize
** iterators prior to passing them to the "start" function.
*)
constructor TSuperAvlIterator.Create(tree: TSuperAvlTree);
begin
FDepth := not 0;
FTree := tree;
end;
procedure TSuperAvlIterator.Search(const k: SOString; st: TSuperAvlSearchTypes);
var
h: TSuperAvlEntry;
d: longint;
cmp, target_cmp: integer;
ha: Cardinal;
begin
ha := TSuperAvlEntry.Hash(k);
h := FTree.FRoot;
d := 0;
FDepth := not 0;
if (h = nil) then
exit;
if (stLess in st) then
target_cmp := 1 else
if (stGreater in st) then
target_cmp := -1 else
target_cmp := 0;
while true do
begin
if h.FHash < ha then cmp := -1 else
if h.FHash > ha then cmp := 1 else
cmp := 0;
if cmp = 0 then
cmp := FTree.CompareKeyNode(k, h);
if (cmp = 0) then
begin
if (stEqual in st) then
begin
FDepth := d;
break;
end;
cmp := -target_cmp;
end
else
if (target_cmp <> 0) then
if ((cmp xor target_cmp) and SUPER_AVL_MASK_HIGH_BIT) = 0 then
FDepth := d;
if cmp < 0 then
h := h.FLt else
h := h.FGt;
if (h = nil) then
break;
if (cmp > 0) then
include(FBranch, d) else
exclude(FBranch, d);
FPath[d] := h;
inc(d);
end;
end;
procedure TSuperAvlIterator.First;
var
h: TSuperAvlEntry;
begin
h := FTree.FRoot;
FDepth := not 0;
FBranch := [];
while (h <> nil) do
begin
if (FDepth <> not 0) then
FPath[FDepth] := h;
inc(FDepth);
h := h.FLt;
end;
end;
procedure TSuperAvlIterator.Last;
var
h: TSuperAvlEntry;
begin
h := FTree.FRoot;
FDepth := not 0;
FBranch := [0..SUPER_AVL_MAX_DEPTH - 1];
while (h <> nil) do
begin
if (FDepth <> not 0) then
FPath[FDepth] := h;
inc(FDepth);
h := h.FGt;
end;
end;
function TSuperAvlIterator.MoveNext: boolean;
begin
if FDepth = not 0 then
First else
Next;
Result := GetIter <> nil;
end;
function TSuperAvlIterator.GetIter: TSuperAvlEntry;
begin
if (FDepth = not 0) then
begin
result := nil;
exit;
end;
if FDepth = 0 then
Result := FTree.FRoot else
Result := FPath[FDepth - 1];
end;
procedure TSuperAvlIterator.Next;
var
h: TSuperAvlEntry;
begin
if (FDepth <> not 0) then
begin
if FDepth = 0 then
h := FTree.FRoot.FGt else
h := FPath[FDepth - 1].FGt;
if (h = nil) then
repeat
if (FDepth = 0) then
begin
FDepth := not 0;
break;
end;
dec(FDepth);
until (not (FDepth in FBranch))
else
begin
include(FBranch, FDepth);
FPath[FDepth] := h;
inc(FDepth);
while true do
begin
h := h.FLt;
if (h = nil) then
break;
exclude(FBranch, FDepth);
FPath[FDepth] := h;
inc(FDepth);
end;
end;
end;
end;
procedure TSuperAvlIterator.Prior;
var
h: TSuperAvlEntry;
begin
if (FDepth <> not 0) then
begin
if FDepth = 0 then
h := FTree.FRoot.FLt else
h := FPath[FDepth - 1].FLt;
if (h = nil) then
repeat
if (FDepth = 0) then
begin
FDepth := not 0;
break;
end;
dec(FDepth);
until (FDepth in FBranch)
else
begin
exclude(FBranch, FDepth);
FPath[FDepth] := h;
inc(FDepth);
while true do
begin
h := h.FGt;
if (h = nil) then
break;
include(FBranch, FDepth);
FPath[FDepth] := h;
inc(FDepth);
end;
end;
end;
end;
procedure TSuperAvlTree.doDeleteEntry(Entry: TSuperAvlEntry; all: boolean);
begin
Entry.Free;
end;
function TSuperAvlTree.GetEnumerator: TSuperAvlIterator;
begin
Result := TSuperAvlIterator.Create(Self);
end;
function TSuperAvlTree.CompareForSortModeString(pvKey1, pvKey2: SOString):Integer;
var
cmp: integer;
lvKey1, lvKey2: SOString;
begin
lvKey1 := LowerCase(pvKey1);
lvKey2 := LowerCase(pvKey2);
if lvKey1 <> lvKey2 then
begin
case nowSortMode of
sosmAdd: cmp := 1;
sosmASC: if lvKey2 < lvKey1 then cmp := 1 else if lvKey2 > lvKey1 then cmp := -1;
sosmDesc: if lvKey2 < lvKey1 then cmp := -1 else if lvKey2 > lvKey1 then cmp := 1;
else
raise Exception.Create(‘默认排序不采用compareForSortModeString‘);
end;
end else
cmp := 0;
Result := cmp;
end;
{ TSuperAvlEntry }
constructor TSuperAvlEntry.Create(const AName: SOString; Obj: Pointer);
begin
FName := AName;
FPtr := Obj;
FHash := Hash(FName);
end;
function TSuperAvlEntry.GetValue: ISuperObject;
begin
Result := ISuperObject(FPtr)
end;
//class function TSuperAvlEntry.Hash(const k: SOString): Cardinal;
//var
// h: cardinal;
// i: Integer;
//begin
// h := 0;
//{$Q-}
// for i := 1 to Length(k) do
// h := h*129 + ord(k[i]) + $9e370001;
//{$Q+}
// Result := h;
//end;
//修改为：
{$OVERFLOWCHECKS OFF}
class function TSuperAvlEntry.Hash(const k: SOString): Cardinal;
var
h: cardinal;
i: Integer;
begin
h := 0;
for i := 1 to Length(k) do
h := h*129 + ord(k[i]) + $9e370001;
Result := h;
end;
{$OVERFLOWCHECKS ON}
procedure TSuperAvlEntry.SetValue(const val: ISuperObject);
begin
ISuperObject(FPtr) := val;
end;
{ TSuperTableString }
function TSuperTableString.GetValues: ISuperObject;
var
ite: TSuperAvlIterator;
obj: TSuperAvlEntry;
begin
Result := TSuperObject.Create(stArray);
ite := TSuperAvlIterator.Create(Self);
try
ite.First;
obj := ite.GetIter;
while obj <> nil do
begin
Result.AsArray.Add(obj.Value);
ite.Next;
obj := ite.GetIter;
end;
finally
ite.Free;
end;
end;
function TSuperTableString.GetNames: ISuperObject;
var
ite: TSuperAvlIterator;
obj: TSuperAvlEntry;
begin
Result := TSuperObject.Create(stArray);
ite := TSuperAvlIterator.Create(Self);
try
ite.First;
obj := ite.GetIter;
while obj <> nil do
begin
Result.AsArray.Add(TSuperObject.Create(obj.FName));
ite.Next;
obj := ite.GetIter;
end;
finally
ite.Free;
end;
end;
procedure TSuperTableString.doDeleteEntry(Entry: TSuperAvlEntry; all: boolean);
begin
if Entry.Ptr <> nil then
begin
if all then Entry.Value.Clear(true);
Entry.Value := nil;
end;
inherited;
end;
function TSuperTableString.GetO(const k: SOString): ISuperObject;
var
e: TSuperAvlEntry;
begin
e := Search(k);
if e <> nil then
Result := e.Value else
Result := nil
end;
procedure TSuperTableString.PutO(const k: SOString; const value: ISuperObject);
var
entry: TSuperAvlEntry;
begin
entry := Insert(TSuperAvlEntry.Create(k, Pointer(value)));
if entry.FPtr <> nil then
ISuperObject(entry.FPtr)._AddRef;
end;
procedure TSuperTableString.PutS(const k: SOString; const value: SOString);
begin
PutO(k, TSuperObject.Create(Value));
end;
function TSuperTableString.GetS(const k: SOString): SOString;
var
obj: ISuperObject;
begin
obj := GetO(k);
if obj <> nil then
Result := obj.AsString else
Result := ‘‘;
end;
procedure TSuperTableString.PutI(const k: SOString; value: SuperInt);
begin
PutO(k, TSuperObject.Create(Value));
end;
function TSuperTableString.GetI(const k: SOString): SuperInt;
var
obj: ISuperObject;
begin
obj := GetO(k);
if obj <> nil then
Result := obj.AsInteger else
Result := 0;
end;
procedure TSuperTableString.PutD(const k: SOString; value: Double);
begin
PutO(k, TSuperObject.Create(Value));
end;
procedure TSuperTableString.PutC(const k: SOString; value: Currency);
begin
PutO(k, TSuperObject.CreateCurrency(Value));
end;
function TSuperTableString.GetC(const k: SOString): Currency;
var
obj: ISuperObject;
begin
obj := GetO(k);
if obj <> nil then
Result := obj.AsCurrency else
Result := 0.0;
end;
function TSuperTableString.GetD(const k: SOString): Double;
var
obj: ISuperObject;
begin
obj := GetO(k);
if obj <> nil then
Result := obj.AsDouble else
Result := 0.0;
end;
procedure TSuperTableString.PutB(const k: SOString; value: Boolean);
begin
PutO(k, TSuperObject.Create(Value));
end;
function TSuperTableString.GetB(const k: SOString): Boolean;
var
obj: ISuperObject;
begin
obj := GetO(k);
if obj <> nil then
Result := obj.AsBoolean else
Result := False;
end;
{$IFDEF SUPER_METHOD}
procedure TSuperTableString.PutM(const k: SOString; value: TSuperMethod);
begin
PutO(k, TSuperObject.Create(Value));
end;
{$ENDIF}
{$IFDEF SUPER_METHOD}
function TSuperTableString.GetM(const k: SOString): TSuperMethod;
var
obj: ISuperObject;
begin
obj := GetO(k);
if obj <> nil then
Result := obj.AsMethod else
Result := nil;
end;
{$ENDIF}
procedure TSuperTableString.PutN(const k: SOString; const value: ISuperObject);
begin
if value <> nil then
PutO(k, TSuperObject.Create(stNull)) else
PutO(k, value);
end;
function TSuperTableString.GetN(const k: SOString): ISuperObject;
var
obj: ISuperObject;
begin
obj := GetO(k);
if obj <> nil then
Result := obj else
Result := TSuperObject.Create(stNull);
end;
{$IFDEF VER210}
{ TSuperAttribute }
constructor TSuperAttribute.Create(const AName: string);
begin
FName := AName;
end;
{ TSuperRttiContext }
constructor TSuperRttiContext.Create;
begin
Context := TRttiContext.Create;
SerialFromJson := TDictionary<PTypeInfo, TSerialFromJson>.Create;
SerialToJson := TDictionary<PTypeInfo, TSerialToJson>.Create;
SerialFromJson.Add(TypeInfo(Boolean), serialfromboolean);
SerialFromJson.Add(TypeInfo(TDateTime), serialfromdatetime);
SerialFromJson.Add(TypeInfo(TGUID), serialfromguid);
SerialToJson.Add(TypeInfo(Boolean), serialtoboolean);
SerialToJson.Add(TypeInfo(TDateTime), serialtodatetime);
SerialToJson.Add(TypeInfo(TGUID), serialtoguid);
end;
destructor TSuperRttiContext.Destroy;
begin
SerialFromJson.Free;
SerialToJson.Free;
Context.Free;
end;
class function TSuperRttiContext.GetFieldName(r: TRttiField): string;
var
o: TCustomAttribute;
begin
for o in r.GetAttributes do
if o is SOName then
Exit(SOName(o).Name);
Result := r.Name;
end;
class function TSuperRttiContext.GetFieldDefault(r: TRttiField; const obj: ISuperObject): ISuperObject;
var
o: TCustomAttribute;
begin
if not ObjectIsType(obj, stNull) then Exit(obj);
for o in r.GetAttributes do
if o is SODefault then
Exit(SO(SODefault(o).Name));
Result := obj;
end;
function TSuperRttiContext.AsType<T>(const obj: ISuperObject): T;
var
ret: TValue;
begin
if FromJson(TypeInfo(T), obj, ret) then
Result := ret.AsType<T> else
raise exception.Create(‘Marshalling error‘);
end;
function TSuperRttiContext.AsJson<T>(const obj: T; const index: ISuperObject = nil): ISuperObject;
var
v: TValue;
begin
TValue.MakeWithoutCopy(@obj, TypeInfo(T), v);
if index <> nil then
Result := ToJson(v, index) else
Result := ToJson(v, so);
end;
function TSuperRttiContext.FromJson(TypeInfo: PTypeInfo; const obj: ISuperObject;
var Value: TValue): Boolean;
procedure FromChar;
begin
if ObjectIsType(obj, stString) and (Length(obj.AsString) = 1) then
begin
Value := string(AnsiString(obj.AsString)[1]);
Result := True;
end else
Result := False;
end;
procedure FromWideChar;
begin
if ObjectIsType(obj, stString) and (Length(obj.AsString) = 1) then
begin
Value := obj.AsString[1];
Result := True;
end else
Result := False;
end;
procedure FromInt64;
var
i: Int64;
begin
case ObjectGetType(obj) of
stInt:
begin
TValue.Make(nil, TypeInfo, Value);
TValueData(Value).FAsSInt64 := obj.AsInteger;
Result := True;
end;
stString:
begin
if TryStrToInt64(obj.AsString, i) then
begin
TValue.Make(nil, TypeInfo, Value);
TValueData(Value).FAsSInt64 := i;
Result := True;
end else
Result := False;
end;
else
Result := False;
end;
end;
procedure FromInt(const obj: ISuperObject);
var
TypeData: PTypeData;
i: Integer;
o: ISuperObject;
begin
case ObjectGetType(obj) of
stInt, stBoolean:
begin
i := obj.AsInteger;
TypeData := GetTypeData(TypeInfo);
Result := (i >= TypeData.MinValue) and (i <= TypeData.MaxValue);
if Result then
TValue.Make(@i, TypeInfo, Value);
end;
stString:
begin
o := SO(obj.AsString);
if not ObjectIsType(o, stString) then
FromInt(o) else
Result := False;
end;
else
Result := False;
end;
end;
procedure fromSet;
begin
if ObjectIsType(obj, stInt) then
begin
TValue.Make(nil, TypeInfo, Value);
TValueData(Value).FAsSLong := obj.AsInteger;
Result := True;
end else
Result := False;
end;
procedure FromFloat(const obj: ISuperObject);
var
o: ISuperObject;
begin
case ObjectGetType(obj) of
stInt, stDouble, stCurrency:
begin
TValue.Make(nil, TypeInfo, Value);
case GetTypeData(TypeInfo).FloatType of
ftSingle: TValueData(Value).FAsSingle := obj.AsDouble;
ftDouble: TValueData(Value).FAsDouble := obj.AsDouble;
ftExtended: TValueData(Value).FAsExtended := obj.AsDouble;
ftComp: TValueData(Value).FAsSInt64 := obj.AsInteger;
ftCurr: TValueData(Value).FAsCurr := obj.AsCurrency;
end;
Result := True;
end;
stString:
begin
o := SO(obj.AsString);
if not ObjectIsType(o, stString) then
FromFloat(o) else
Result := False;
end
else
Result := False;
end;
end;
procedure FromString;
begin
case ObjectGetType(obj) of
stObject, stArray:
Result := False;
stnull:
begin
Value := ‘‘;
Result := True;
end;
else
Value := obj.AsString;
Result := True;
end;
end;
procedure FromClass;
var
f: TRttiField;
v: TValue;
begin
case ObjectGetType(obj) of
stObject:
begin
Result := True;
if Value.Kind <> tkClass then
Value := GetTypeData(TypeInfo).ClassType.Create;
for f in Context.GetType(Value.AsObject.ClassType).GetFields do
if f.FieldType <> nil then
begin
Result := FromJson(f.FieldType.Handle, GetFieldDefault(f, obj.AsObject[GetFieldName(f)]), v);
if Result then
f.SetValue(Value.AsObject, v) else
Exit;
end;
end;
stNull:
begin
Value := nil;
Result := True;
end
else
// error
Value := nil;
Result := False;
end;
end;
procedure FromRecord;
var
f: TRttiField;
p: Pointer;
v: TValue;
begin
Result := True;
TValue.Make(nil, TypeInfo, Value);
for f in Context.GetType(TypeInfo).GetFields do
begin
if ObjectIsType(obj, stObject) and (f.FieldType <> nil) then
begin
p := IValueData(TValueData(Value).FHeapData).GetReferenceToRawData;
Result := FromJson(f.FieldType.Handle, GetFieldDefault(f, obj.AsObject[GetFieldName(f)]), v);
if Result then
f.SetValue(p, v) else
Exit;
end else
begin
Result := False;
Exit;
end;
end;
end;
procedure FromDynArray;
var
i: Integer;
p: Pointer;
pb: PByte;
val: TValue;
typ: PTypeData;
el: PTypeInfo;
begin
case ObjectGetType(obj) of
stArray:
begin
i := obj.AsArray.Length;
p := nil;
DynArraySetLength(p, TypeInfo, 1, @i);
pb := p;
typ := GetTypeData(TypeInfo);
if typ.elType <> nil then
el := typ.elType^ else
el := typ.elType2^;
Result := True;
for i := 0 to i - 1 do
begin
Result := FromJson(el, obj.AsArray[i], val);
if not Result then
Break;
val.ExtractRawData(pb);
val := TValue.Empty;
Inc(pb, typ.elSize);
end;
if Result then
TValue.MakeWithoutCopy(@p, TypeInfo, Value) else
DynArrayClear(p, TypeInfo);
end;
stNull:
begin
TValue.MakeWithoutCopy(nil, TypeInfo, Value);
Result := True;
end;
else
i := 1;
p := nil;
DynArraySetLength(p, TypeInfo, 1, @i);
pb := p;
typ := GetTypeData(TypeInfo);
if typ.elType <> nil then
el := typ.elType^ else
el := typ.elType2^;
Result := FromJson(el, obj, val);
val.ExtractRawData(pb);
val := TValue.Empty;
if Result then
TValue.MakeWithoutCopy(@p, TypeInfo, Value) else
DynArrayClear(p, TypeInfo);
end;
end;
procedure FromArray;
var
ArrayData: PArrayTypeData;
idx: Integer;
function ProcessDim(dim: Byte; const o: ISuperobject): Boolean;
var
i: Integer;
v: TValue;
a: PTypeData;
begin
if ObjectIsType(o, stArray) and (ArrayData.Dims[dim-1] <> nil) then
begin
a := @GetTypeData(ArrayData.Dims[dim-1]^).ArrayData;
if (a.MaxValue - a.MinValue + 1) <> o.AsArray.Length then
begin
Result := False;
Exit;
end;
Result := True;
if dim = ArrayData.DimCount then
for i := a.MinValue to a.MaxValue do
begin
Result := FromJson(ArrayData.ElType^, o.AsArray[i], v);
if not Result then
Exit;
Value.SetArrayElement(idx, v);
inc(idx);
end
else
for i := a.MinValue to a.MaxValue do
begin
Result := ProcessDim(dim + 1, o.AsArray[i]);
if not Result then
Exit;
end;
end else
Result := False;
end;
var
i: Integer;
v: TValue;
begin
TValue.Make(nil, TypeInfo, Value);
ArrayData := @GetTypeData(TypeInfo).ArrayData;
idx := 0;
if ArrayData.DimCount = 1 then
begin
if ObjectIsType(obj, stArray) and (obj.AsArray.Length = ArrayData.ElCount) then
begin
Result := True;
for i := 0 to ArrayData.ElCount - 1 do
begin
Result := FromJson(ArrayData.ElType^, obj.AsArray[i], v);
if not Result then
Exit;
Value.SetArrayElement(idx, v);
v := TValue.Empty;
inc(idx);
end;
end else
Result := False;
end else
Result := ProcessDim(1, obj);
end;
procedure FromClassRef;
var
r: TRttiType;
begin
if ObjectIsType(obj, stString) then
begin
r := Context.FindType(obj.AsString);
if r <> nil then
begin
Value := TRttiInstanceType(r).MetaclassType;
Result := True;
end else
Result := False;
end else
Result := False;
end;
procedure FromUnknown;
begin
case ObjectGetType(obj) of
stBoolean:
begin
Value := obj.AsBoolean;
Result := True;
end;
stDouble:
begin
Value := obj.AsDouble;
Result := True;
end;
stCurrency:
begin
Value := obj.AsCurrency;
Result := True;
end;
stInt:
begin
Value := obj.AsInteger;
Result := True;
end;
stString:
begin
Value := obj.AsString;
Result := True;
end
else
Value := nil;
Result := False;
end;
end;
procedure FromInterface;
const soguid: TGuid = ‘{4B86A9E3-E094-4E5A-954A-69048B7B6327}‘;
var
o: ISuperObject;
begin
if CompareMem(@GetTypeData(TypeInfo).Guid, @soguid, SizeOf(TGUID)) then
begin
if obj <> nil then
TValue.Make(@obj, TypeInfo, Value) else
begin
o := TSuperObject.Create(stNull);
TValue.Make(@o, TypeInfo, Value);
end;
Result := True;
end else
Result := False;
end;
var
Serial: TSerialFromJson;
begin
if TypeInfo <> nil then
begin
if not SerialFromJson.TryGetValue(TypeInfo, Serial) then
case TypeInfo.Kind of
tkChar: FromChar;
tkInt64: FromInt64;
tkEnumeration, tkInteger: FromInt(obj);
tkSet: fromSet;
tkFloat: FromFloat(obj);
tkString, tkLString, tkUString, tkWString: FromString;
tkClass: FromClass;
tkMethod: ;
tkWChar: FromWideChar;
tkRecord: FromRecord;
tkPointer: ;
tkInterface: FromInterface;
tkArray: FromArray;
tkDynArray: FromDynArray;
tkClassRef: FromClassRef;
else
FromUnknown
end else
begin
TValue.Make(nil, TypeInfo, Value);
Result := Serial(Self, obj, Value);
end;
end else
Result := False;
end;
function TSuperRttiContext.ToJson(var value: TValue; const index: ISuperObject): ISuperObject;
procedure ToInt64;
begin
Result := TSuperObject.Create(SuperInt(Value.AsInt64));
end;
procedure ToChar;
begin
Result := TSuperObject.Create(string(Value.AsType<AnsiChar>));
end;
procedure ToInteger;
begin
Result := TSuperObject.Create(TValueData(Value).FAsSLong);
end;
procedure ToFloat;
begin
case Value.TypeData.FloatType of
ftSingle: Result := TSuperObject.Create(TValueData(Value).FAsSingle);
ftDouble: Result := TSuperObject.Create(TValueData(Value).FAsDouble);
ftExtended: Result := TSuperObject.Create(TValueData(Value).FAsExtended);
ftComp: Result := TSuperObject.Create(TValueData(Value).FAsSInt64);
ftCurr: Result := TSuperObject.CreateCurrency(TValueData(Value).FAsCurr);
end;
end;
procedure ToString;
begin
Result := TSuperObject.Create(string(Value.AsType<string>));
end;
procedure ToClass;
var
o: ISuperObject;
f: TRttiField;
v: TValue;
begin
if TValueData(Value).FAsObject <> nil then
begin
o := index[IntToStr(Integer(Value.AsObject))];
if o = nil then
begin
Result := TSuperObject.Create(stObject);
index[IntToStr(Integer(Value.AsObject))] := Result;
for f in Context.GetType(Value.AsObject.ClassType).GetFields do
if f.FieldType <> nil then
begin
v := f.GetValue(Value.AsObject);
Result.AsObject[GetFieldName(f)] := ToJson(v, index);
end
end else
Result := o;
end else
Result := nil;
end;
procedure ToWChar;
begin
Result := TSuperObject.Create(string(Value.AsType<WideChar>));
end;
procedure ToVariant;
begin
Result := SO(Value.AsVariant);
end;
procedure ToRecord;
var
f: TRttiField;
v: TValue;
begin
Result := TSuperObject.Create(stObject);
for f in Context.GetType(Value.TypeInfo).GetFields do
begin
v := f.GetValue(IValueData(TValueData(Value).FHeapData).GetReferenceToRawData);
Result.AsObject[GetFieldName(f)] := ToJson(v, index);
end;
end;
procedure ToArray;
var
idx: Integer;
ArrayData: PArrayTypeData;
procedure ProcessDim(dim: Byte; const o: ISuperObject);
var
dt: PTypeData;
i: Integer;
o2: ISuperObject;
v: TValue;
begin
if ArrayData.Dims[dim-1] = nil then Exit;
dt := GetTypeData(ArrayData.Dims[dim-1]^);
if Dim = ArrayData.DimCount then
for i := dt.MinValue to dt.MaxValue do
begin
v := Value.GetArrayElement(idx);
o.AsArray.Add(toJSon(v, index));
inc(idx);
end
else
for i := dt.MinValue to dt.MaxValue do
begin
o2 := TSuperObject.Create(stArray);
o.AsArray.Add(o2);
ProcessDim(dim + 1, o2);
end;
end;
var
i: Integer;
v: TValue;
begin
Result := TSuperObject.Create(stArray);
ArrayData := @Value.TypeData.ArrayData;
idx := 0;
if ArrayData.DimCount = 1 then
for i := 0 to ArrayData.ElCount - 1 do
begin
v := Value.GetArrayElement(i);
Result.AsArray.Add(toJSon(v, index))
end
else
ProcessDim(1, Result);
end;
procedure ToDynArray;
var
i: Integer;
v: TValue;
begin
Result := TSuperObject.Create(stArray);
for i := 0 to Value.GetArrayLength - 1 do
begin
v := Value.GetArrayElement(i);
Result.AsArray.Add(toJSon(v, index));
end;
end;
procedure ToClassRef;
begin
if TValueData(Value).FAsClass <> nil then
Result := TSuperObject.Create(string(
TValueData(Value).FAsClass.UnitName + ‘.‘ +
TValueData(Value).FAsClass.ClassName)) else
Result := nil;
end;
procedure ToInterface;
begin
if TValueData(Value).FHeapData <> nil then
TValueData(Value).FHeapData.QueryInterface(ISuperObject, Result) else
Result := nil;
end;
var
Serial: TSerialToJson;
begin
if not SerialToJson.TryGetValue(value.TypeInfo, Serial) then
case Value.Kind of
tkInt64: ToInt64;
tkChar: ToChar;
tkSet, tkInteger, tkEnumeration: ToInteger;
tkFloat: ToFloat;
tkString, tkLString, tkUString, tkWString: ToString;
tkClass: ToClass;
tkWChar: ToWChar;
tkVariant: ToVariant;
tkRecord: ToRecord;
tkArray: ToArray;
tkDynArray: ToDynArray;
tkClassRef: ToClassRef;
tkInterface: ToInterface;
else
result := nil;
end else
Result := Serial(Self, value, index);
end;
{ TSuperObjectHelper }
constructor TSuperObjectHelper.FromJson(const obj: ISuperObject; ctx: TSuperRttiContext = nil);
var
v: TValue;
ctxowned: Boolean;
begin
if ctx = nil then
begin
ctx := TSuperRttiContext.Create;
ctxowned := True;
end else
ctxowned := False;
try
v := Self;
if not ctx.FromJson(v.TypeInfo, obj, v) then
raise Exception.Create(‘Invalid object‘);
finally
if ctxowned then
ctx.Free;
end;
end;
constructor TSuperObjectHelper.FromJson(const str: string; ctx: TSuperRttiContext = nil);
begin
FromJson(SO(str), ctx);
end;
function TSuperObjectHelper.ToJson(ctx: TSuperRttiContext = nil): ISuperObject;
var
v: TValue;
ctxowned: boolean;
begin
if ctx = nil then
begin
ctx := TSuperRttiContext.Create;
ctxowned := True;
end else
ctxowned := False;
try
v := Self;
Result := ctx.ToJson(v, SO);
finally
if ctxowned then
ctx.Free;
end;
end;
{$ENDIF}
{$IFDEF DEBUG}
initialization
finalization
Assert(debugcount = 0, ‘Memory leak‘);
{$ENDIF}
end.
时间： 2024-10-07 01:53:16