An experimental programming language that steals features from all my favourite languages.
let complexLambda = (x, y) -> {
let result = x * y;
return result;
};
// Usage of lambda in a function
function calculate(input) -> {
return complexLambda(input, input + 10);
}
let lambdaTernary = (condition) -> {
return condition ? (x -> x * 2) : (x -> x / 2);
};
// Usage example
let result = lambdaTernary(true)(5);
let inlineTernary = if x > 10 then (x -> x * 2) else (x -> x - 5);
let result = inlineTernary(12); // Should return 24
type MyClass {
let value = 10;
increase = (amount) -> {
this.value += amount;
};
decrease = (amount) -> {
this.value -= amount;
};
}
data MyData {
let attributeOne, let attributeTwo
};
let myDataInstance = MyData { attributeOne = "Value1", attributeTwo = "Value2" };
for i in range(0, 10) -> lambda (i) {
print("Value: " + i);
}
if (x > 5) -> {
print("x is greater than 5");
} else -> {
print("x is less or equal to 5");
}
class ResourceHandler {
constructor(resource) -> {
this.resource = resource;
}
onConstruct(lambdaAction) -> {
lambdaAction(this);
return this;
}
onDestruct(lambdaAction) -> {
lambdaAction(this);
}
useResource() -> {
print("Using resource: " + this.resource);
}
}
// Usage example
let handler = ResourceHandler("Resource1")
-> onConstruct((x) -> print("Constructed with resource: " + x.resource))
-> onDestruct((x) -> print("Destructing, releasing resource: " + x.resource));
handler.useResource();
Main Function with Complex Lambdas
main() -> {
let process = (input) -> {
return input * 2;
};
let values = [1, 2, 3, 4, 5];
values.map(process).forEach(print);
}
Arrow Style Ternary
let arrowTernary = x > 5 -> "Greater" : "Less or Equal";
Lambda Style Ternary
let complexTernary = (x > 5) -> { x * 2 } : { x / 2 };
Inline Assembly Statement
function performLowLevelOperation() -> {
asm {
"mov eax, 1" // Example assembly instruction
}
}
Lambda in Variable Declaration
let myLambda = (x, y) -> x + y;
let result = myLambda(5, 10); // Should return 15
Lambda in Control Statement
if ((x, y) -> x == y)(5, 5) {
print("x and y are equal");
}
Tuple-like Data Structure
MyTuple = { let first, let second };
let myTupleInstance = MyTuple { first = "Hello", second = "World" };