: The tool provides various registry-level tweaks, such as managing file associations (e.g., changing them from RAD Studio back to Delphi 7) and removing unwanted refactoring features.
First, one must appreciate the historical burden Distiller 10029 was designed to lift. Prior versions of Delphi, particularly those predating the compiler’s unification around the LLVM toolchain, struggled with what engineers call “binary bloat” and symbol resolution delays. Distiller 10029—the internal version number referring to a specific distillation routine within the Tokyo linker—addressed this by implementing a novel pass of dead-code stripping at the package level. In practical terms, when a developer compiled a VCL (Visual Component Library) application targeting Windows 64-bit, Distiller 10029 would analyze the call graph and excise entire branches of RTL (Run-Time Library) code that were never reachable. This was not simple optimization; it was a semantic compression. The result was executable sizes that shrank by an average of 15–25% compared to Delphi 10.1 Berlin on identical source code, a non-trivial gain for mobile deployments where APK size directly impacts download conversion rates. delphi 102 tokyo distiller 10029
lora_config = LoraConfig(r=8, lora_alpha=32, target_modules=["q_proj","v_proj"], inference_mode=False) model = get_peft_model(model, lora_config) : The tool provides various registry-level tweaks, such