CP-Lang: C Power | Pascal Clarity

What is CP-Lang?

🔧 Modern Systems Language

CP-Lang is a systems programming language designed for developers who want the clarity and structure of Pascal syntax combined with the performance and low-level control of C99 semantics.

💎 Pascal Elegance

Combines the clean, readable syntax of Pascal with the raw power and performance of C99 semantics. Get the best of both worlds - clarity in code structure with uncompromising execution speed.

🗠️ Advanced Compiler

Built on a sophisticated 5-phase compilation pipeline targeting LLVM IR, featuring comprehensive type checking, semantic analysis, and code generation. Currently in active development with core functionality implemented.

Core Features

🔥

LLVM-Powered
Modern code generation targeting LLVM IR with cross-platform support

🛡️

Strong Typing
Comprehensive type system with compile-time guarantees

⚡

Efficient Compilation
High-level language constructs compiled to optimized LLVM IR

🔗

External Integration
Seamless DLL binding and C library interoperability

📦

Standard Library
There will be a comprehensive set of standard modules such as stdtypes, stdio, and math and more

🎯

Variadic Functions
Full support for functions with variable arguments

See CP-Lang in Action

                    // CP-Lang: Clean syntax with powerful features
function printf(const AFormat: ^char, ...): int32 external "msvcrt.dll";

function main(): int32
begin
  printf("Hello, %s!\n", "CP-Lang");
  return 0;
end
                

                    // CP-Lang type system with clean declarations
type TPoint = record
  X: float;
  Y: float;
end;

type TNumbers = array[10] of int32;
type PNumbers = ^TNumbers;

var LPoint: TPoint;
var LArray: TNumbers;
var LPointer: PNumbers;
                

                    // CP-Lang function features and control flow
function Calculate(const AValue: int32, const AMultiplier: float): float
begin
  if AValue > 100 then
    return AValue * AMultiplier * 1.5
  else
    return AValue * AMultiplier;
end;

procedure ProcessArray(ref AArray: array of int32)
begin
  var LIndex: int32;
  for LIndex := 0 to High(AArray) do
    AArray[LIndex] := Calculate(AArray[LIndex], 2.0);
end;
                

5-Phase Compilation Pipeline

1

Include Processing

Source mapping & preprocessing

2

Lexical Analysis

Tokenization & scanning

3

Syntax Analysis

AST generation from BNF

4

Semantic Analysis

Type checking & validation

5

Code Generation

LLVM IR output

Technical Metrics

18+

Core Compiler Units

3000+

Lines of Delphi Code

100+

LLVM Operations

50+

AST Node Types