Objeck is a modern object-oriented programming language with functional features. It emphasizes, expression, simplicity, portability, and scalability. The programming environment consists of a compiler, virtual machine, REPL shell, and command line debugger with IDE plugins.
Objeck is a fast, intuitive, and lightweight programming language that supports both object-oriented and functional programming paradigms, and is designed to be compatible with multiple platforms, including Windows, Linux, and macOS.
use API.Google.Gemini, System.IO.Filesystem;
class IdentifyImage {
function : Main(args : String[]) ~ Nil {
content := Content->New("user")->AddPart(TextPart->New("What number is this image showing?"))
->AddPart(BinaryPart->New(FileReader->ReadBinaryFile("thirdteen.png"), "image/png"))
->AddPart(TextPart->New("Format output as JSON"));
candidates := Model->GenerateContent("models/gemini-pro-vision", content, EndPoint->GetApiKey());
if(candidates->Size() > 0) {
candidates->First()->GetAllText()->Trim()->PrintLine();
};
}
}
VS Code | Debugger | Dungeon Crawler | Platformer | Windows Utility |
---|---|---|---|---|
Want to get started? Take a look at the language guide and code examples. If you want to contribute, start with the system architecture.
v2024.5.0
v2024.4.0 [current release]
v2024.3.0
v2024.2.1
each
loops; an alternative to :=
operatorv2024.2.0
CharRange
, IntRange
and, FloatRange
classesclass Triangle from Shape {
New() {
Parent();
}
}
class Triangle from Shape implements Color {
New() {
Parent();
}
method : public : GetRgb() ~ Int {
return 0xadd8e6;
}
}
interface Color {
method : virtual : public : GetRgb() ~ Int;
}
value := "Hello World!";
value->Size()->PrintLine();
interface Greetings {
method : virtual : public : SayHi() ~ Nil;
}
class Hello {
function : Main(args : String[]) ~ Nil {
hey := Base->New() implements Greetings {
New() {}
method : public : SayHi() ~ Nil {
"Hey..."->PrintLine();
}
};
}
klass := "Hello World!"->GetClass();
klass->GetName()->PrintLine();
klass->GetMethodNumber()->PrintLine();
value := Class->Instance("System.String")->As(String);
value += "510";
value->PrintLine();
map := Collection.Map->New()<IntRef, String>;
map->Insert(415, "San Francisco");
map->Insert(510, "Oakland");
map->Insert(408, "Sunnyvale");
map->ToString()->PrintLine();
list := Collection.List->New()<IntRef>;
list->AddBack(17);
list->AddFront(4);
(list->Back() + list->Front())->PrintLine();
use function Int;
class Test {
function : Main(args : String[]) ~ Nil {
Abs(-256)->Sqrt()->PrintLine();
}
}
serializer := System.IO.Serializer->New();
serializer->Write(map);
serializer->Write("Fin.");
bytes := serializer->Serialize();
bytes->Size()->PrintLine();
funcs := Vector->New()<FuncRef<IntRef>>;
each(i : 10) {
funcs->AddBack(FuncRef->New(\() ~ IntRef : ()
=> System.Math.Routine->Factorial(i) * funcs->Size())<IntRef>);
};
each(i : funcs) {
value := funcs->Get(i)<FuncRef>;
func := value->Get();
func()->Get()->PrintLine();
};
@f : static : (Int) ~ Int;
@g : static : (Int) ~ Int;
function : Main(args : String[]) ~ Nil {
compose := Composer(F(Int) ~ Int, G(Int) ~ Int);
compose(13)->PrintLine();
}
function : F(a : Int) ~ Int {
return a + 14;
}
function : G(a : Int) ~ Int {
return a + 15;
}
function : native : Compose(x : Int) ~ Int {
return @f(@g(x));
}
function : Composer(f : (Int) ~ Int, g : (Int) ~ Int) ~ (Int) ~ Int {
@f := f;
@g := g;
return Compose(Int) ~ Int;
}
"Καλημέρα κόσμε"->PrintLine();
content := Sytem.IO.Filesystem.FileReader->ReadFile(filename);
content->Size()->PrintLine();
Sytem.IO.Filesystem.File->Size(filename)->PrintLine();
socket->WriteString("GET / HTTP/1.1\nHost:google.com\nUser Agent: Mozilla/5.0 (compatible)\nConnection: Close\n\n");
line := socket->ReadString();
while(line <> Nil & line->Size() > 0) {
line->PrintLine();
line := socket->ReadString();
};
socket->Close();
pipe := System.IO.Pipe->New("foobar", Pipe->Mode->CREATE);
if(pipe->Connect()) {
pipe->ReadLine()->PrintLine();
pipe->WriteString("Hi Ya!");
pipe->Close();
};
class CaculateThread from Thread {
...
@inc_mutex : static : ThreadMutex;
New() {
@inc_mutex := ThreadMutex->New("inc_mutex");
}
method : public : Run(param : System.Base) ~ Nil {
Compute();
}
method : native : Compute() ~ Nil {
y : Int;
while(true) {
critical(@inc_mutex) {
y := @current_line;
@current_line+=1;
};
...
};
}
}
yesterday := System.Time.Date->New();
yesterday->AddDays(-1);
yesterday->ToString()->PrintLine();