Awesome
Delphi Cross Platform Rapid JSON
###Basic
{
"name": "Onur YILDIZ",
"vip": true,
"telephones": ["000000000", "111111111111"],
"age": 24,
"size": 1.72,
"adresses": [
{
"adress": "blabla",
"city": "Antalya",
"pc": 7160
},
{
"adress": "blabla",
"city": "Adana",
"pc": 1170
}
]
}
###Delphi Side
// foo
var
X: ISuperObject;
begin
X := SO;
X.S['name'] := 'Onur YILDIZ';
X.B['vip'] := true;
with X.A['telephones'] do
begin
Add('000000000');
Add('111111111111');
end;
X.I['age'] := 24;
X.F['size'] := 1.72;
with X.A['adresses'].O[0] {Auto Create} do
begin
S['adress'] := 'blabla';
S['city'] := 'Antalya';
I['pc'] := 7160;
end;
// or
X.A['adresses'].O[1].S['adress'] := 'blabla';
X.A['adresses'].O[1].S['city'] := 'Adana';
X.A['adresses'].O[1].I['pc'] := 1170;
###Super Expressions
const
JSON = '{ "o": { '+
' "1234567890": {'+
' "last use date": "2010-10-17T01:23:20",'+
' "create date": "2010-10-17T01:23:20",'+
' "name": "iPhone 8s"'+
' }'+
' },'+
' "Index": 0, '+
' "Data": {"Index2": 1}, '+
' "a": [{'+
' "last use date": "2010-10-17T01:23:20",'+
' "create date": "2010-11-17T01:23:20",'+
' "name": "iPhone 8s",'+
' "arr": [1,2,3] '+
' }, '+
' {'+
' message: "hello"'+
' }]'+
'}';
var
X: ISuperObject;
NewJSon: ISuperObject;
NewArray: ISuperArray;
begin
X := SO(JSON);
ShowMessage( X['o."1234567890"."last use date"'].AsString );
ShowMessage( X['a[Index]."create date"'].AsString );
ShowMessage( X['a[Data.Index2].message'].AsString );
X['a[0].arr'].AsArray.Add('test1');
// -----
NewJSON := X['{a: a[Index], b: a[Data.Index2].message, c: o."1234567890".name, d: 4, e: a[0].arr[2], f: " :) "}'].AsObject;
NewArray := X['[a[Index], a[Data.Index2].message, Data.Index2, Index, 1, "1", "test"]'].AsArray;
end;
###Where
var
FilterJSON: ISuperObject;
begin
FilterJSON := SO('{ Table: [ '+
' { '+
' Name: "Sakar SHAKIR", ' +
' Sex: "M", ' +
' Size: 1.75 '+
' }, '+
' { '+
' Name: "Bulent ERSOY", ' +
' Sex: "F", ' +
' Size: 1.60 '+
' }, '+
' { '+
' Name: "Cicek ABBAS", ' +
' Sex: "M", ' +
' Size: 1.65 '+
' } '+
' ] '+
'}');
Memo1.Lines.Add(
FilterJSON.A['Table'].Where(function(Arg: IMember): Boolean
begin
with Arg.AsObject do
Result := (S['Sex'] = 'M') and (F['Size'] > 1.60)
end).AsJSON
);
end;
Output
[
{
"Name":"Sakar SHAKIR",
"Sex":"M",
"Size":1.75
},
{
"Name":"Cicek ABBAS",
"Sex":"M",
"Size":1.65
}
]
###Delete
var
FilterJSON: ISuperObject;
begin
FilterJSON := SO('{ Table: [ '+
' { '+
' Name: "Sakar SHAKIR", ' +
' Sex: "M", ' +
' Size: 1.75 '+
' }, '+
' { '+
' Name: "Bulent ERSOY", ' +
' Sex: "F", ' +
' Size: 1.60 '+
' }, '+
' { '+
' Name: "Cicek ABBAS", ' +
' Sex: "M", ' +
' Size: 1.65 '+
' } '+
' ] '+
'}');
Memo1.Lines.Add(
FilterJSON.A['Table'].Delete(function(Arg: IMember): Boolean
begin
with Arg.AsObject do
Result := (S['Sex'] = 'M') and (F['Size'] > 1.60)
end).AsJSON
);
end;
Output
[
{
"Name":"Bulent ERSOY",
"Sex":"F",
"Size":1.6
}
]
###Sorting
var
X: ISuperObject;
A: ISuperArray;
begin
X := SO('{b:1, a:2, d:4, c:2}');
ShowMessage(X.AsJSON);
X.Sort(function(Left, Right: IMember): Integer begin
Result := CompareText(Left.Name, Right.Name);
end);
ShowMessage(X.AsJSON);
A := SA('[{index:3}, {index:4}, {index:2}, {index:1}]');
ShowMessage(A.AsJSON);
A.Sort(function(Left, Right: IMember): Integer begin
Result := CompareValue(Left.AsObject.I['index'], Right.AsObject.I['index']);
end);
ShowMessage(A.AsJSON);
end;
Output
{"b":1,"a":2,"d":4,"c":2}
{"a":2,"b":1,"c":2,"d":4}
[{"index":3},{"index":4},{"index":2},{"index":1}]
[{"index":1},{"index":2},{"index":3},{"index":4}]
###Variant
var
X: ISuperObject;
begin
X := TSuperObject.Create;
X.V['A'] := 1;
X.V['B'] := '2';
X.V['C'] := 1.3;
X.V['D'] := False;
X.V['E'] := Null;
X.V['F'] := Now;
Memo1.Lines.Add(X.AsJSON);
end;
Output
{
"A": 1,
"B": "2",
"C": 1.3,
"D": false,
"E": null,
"F": "2014-05-03T03:25:05.059"
}
###Loops
const
JSN = '{ '+
' "adresses": [ '+
' { '+
' "adress": "blabla", '+
' "city": "Antalya", '+
' "pc": 7160 '+
' },'+
' { '+
' "adress": "blabla", '+
' "city": "Adana", '+
' "pc": 1170 '+
' } '+
' ] '+
'}';
var
X, Obj: ISuperObject;
J: Integer;
begin
X := TSuperObject.Create(JSN);
with X.A['adresses'] do
for J := 0 to Lenght -1 do
begin
Obj := O[J];
Obj.First;
while not Obj.EoF do
begin
Memo1.Lines.Add( Obj.CurrentKey + ' = ' + VarToStr(Obj.CurrentValue.AsVariant));
Obj.Next;
end;
Memo1.Lines.Add('------');
end;
end;
Output adress = blabla city = Antalya pc = 7160
Or Enumerator
var
X: ISuperObject;
AMember,
OMember: IMember;
begin
X := TSuperObject.Create(JSN);
for AMember in X.A['adresses'] do
begin
for OMember in AMember.AsObject do
Memo1.Lines.Add(OMember.Name + ' = ' + OMember.ToString);
Memo1.Lines.Add('------');
end;
Output adress = blabla city = Adana pc = 1170
###Marshalling
type
TTestSet = (ttA, ttB, ttC);
TTestSets = set of TTestSet;
TSubRec = record
A: Integer;
B: String;
end;
TSubObj = class
A: Integer;
B: Integer;
end;
TTest = class // Field, Property Support
private
FB: String;
FSubObj: TSubObj;
FSubRec: TSubRec;
FTestSets: TTestSets;
FH: TDateTime;
FJ: TDate;
FK: TTime;
FList: TObjectList<TSubObj>; // or TList<>; But only object types are supported
public
A: Integer;
B: TTestSet;
C: Boolean;
property D: String read FB write FB;
property E: TSubRec read FSubRec write FSubRec;
property F: TSubObj read FSubObj write FSubObj;
property G: TTestSets read FTestSets write FTestSets;
property H: TDateTime read FH write FH;
property J: TDate read FJ write FJ;
property K: TTime read FK write FK;
property L: TObjectList<TSubObj> read FList write FList;
end;
TTestRec = record // Only Field Support
A: Integer;
B: TTestSet;
C: Boolean;
D: String;
E: TSubRec;
F: TSubObj;
G: TTestSets;
H: TDateTime;
J: TDate;
K: TTime;
L: TObjectList<TSubObj>; // or TList<>; But only object types are supported
end;
implementation
...
var
Parse: TTest; // For Class;
S: String;
begin
Parse := TTest.FromJSON('{"A": 1, "B": 0, "C": true, "D": "Hello", "E":{"A": 3, "B": "Delphi"}, "F": {"A": 4, "B": 5}, "G": [0,2], "H": "2014-05-03T03:25:05.059", "J": "2014-05-03", "K": "03:25:05", "L":[{"A": 4, "B": 5},{"A": 6, "B": 7}] }');
S := Parse.AsJSON;
end;
...
var
Parse: TTestRec; // For Record;
S: String;
begin
Parse := TJSON.Parse<TTestRec>('{"A": 1, "B": 0, "C": true, "D": "Hello", "E":{"A": 3, "B": "Delphi"}, "F": {"A": 4, "B": 5}, "G": [0,2], "H": "2014-05-03T03:25:05.059", "J": "2014-05-03", "K": "03:25:05", "L":[{"A": 4, "B": 5},{"A": 6, "B": 7}]}');
S := TJSON.Stringify<TTestRec>(Parse);
end;
type
TRec = record // or class
A: Integer;
B: String;
end;
implementation
...
var
Test: TArray<TRec>;
S: String;
begin
Test := TJSON.Parse<TArray<TRec>>('[{"A": 1, "B": "1"}, {"A": 2, "B": "2"}]');
S := TJSON.Stringify<TArray<TRec>>(Test);
end;
Collection (Limited)
type
TXCollectionItem = class(TCollectionItem)
private
FA: String;
FB: Integer;
public
property A: String read FA write FA;
property B: Integer read FB write FB;
end;
TXCollection = class(TCollection)
public
constructor Create; reintroduce;
end;
TTest = class
private
FCollection: TXColleciton;
public
destructor Destroy; override;
property Collection: TCollection read FCollection write FCollection;
end;
implementation
...
constructor TXCollection.Create;
begin
inherited Create(TXCollectionItem);
end;
destructor TTest.Destroy;
begin
FCollection.Free;
inherited;
end;
var
Test: TTest;
begin
Test := TTest.FromJSON('{"Collection": [{"A": "Item 1", "B": 1}, {"A": "Item 2", "B": 1}]}');
S := Test.AsJSON;
end;
###Marshalling Attributes
TTest = class
public
[ALIAS('Type')]
Typ: String;
[ALIAS('Unit')]
Unt: Integer;
[REVAL('', '*')]
Filter: String;
[DISABLE]
BlaBlaBla: String;
[REVAL(roEmptyArrayToNull)]
Arr: TArray<String>;
end;
var X: Test;
begin
X := TTest.Create;
X.Typ := 'XType';
X.Unt := 2;
X.Filter := '';
X.BlaBlaBla := ':)';
SetLength(X.Arr, 0);
ShowMessage(X.AsJSON);
end;
Output
{
"Type": "XType",
"Unit": 2,
"Filter": "*",
"Arr": null
}