27 Universal Compilation Targets

27 Universal Compilation Targets, Neural Cartridges & System Packagers

Lume compiles verified .src programs directly across 27 target triples (ISA × Container × OS/ABI), neural weight cartridges, and bootable/mobile system packages through lumec, lasm, larm64, lriscv, lkir, ltarget, and lneural_cartridge — with zero external C compilers or system linkers required at steady state.

Fail-Closed Target Invariant ([V0001] / [T0902]): Every target backend runs lumec's type, ownership, effect, @no_alloc, @secret, and QF_LIA/QF_NIA contract verifier before lowering. Any refuted contract aborts emission across all 27 targets (verified in G-MARCH).

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1. Native Desktop, Server & Bare-Metal CPU Targets (lasm, larm64, lriscv)

• lasm.src Differential Assurance (G-LASM): Byte-identical against GNU as across 39,968 generated x86-64 instructions in 21 instruction families (including AVX2 VEX, AVX-512 EVEX, and DWARF v4 .debug_info/.debug_line), rejecting 176/176 malformed assembly lines with [L0001].
• larm64.src & lriscv.src Differential Assurance (G-MARCH): 73/73 AArch64 and 55/55 RISC-V official encoding vectors match clang word-for-word and execute identically across native x86-64, qemu-aarch64, qemu-riscv64, and bare-metal LumePuter (ltv_multiarch verified).

Target Triple	Binary Container & ABI	Key Capabilities
x86_64-linux-elf	ELF64 (ET_EXEC, SysV AMD64)	Direct Linux syscalls (io_uring 425..427), DWARF v4 -g, AVX2/AVX-512, zero libc
aarch64-linux-elf	ELF64 (EM_AARCH64, AAPCS64)	Native 64-bit ARMv8-A Linux executable (ltv_multiarch validated)
riscv64-linux-elf	ELF64 (EM_RISCV, RV64IM)	Native 64-bit RISC-V Linux executable
riscv32-none-elf / riscv64-none-elf	Bare-metal ELF / flat ROM (RV32IM / RV64IM)	Clean-room 2oo2D Channel B & bare-metal deterministic monitor execution
x86_64-windows-pe	PE32+ Console (Subsystem 3)	Native Windows x64 .exe console binary (KERNEL32.dll import table)
x86_64-windows-gui	PE32+ Native GUI (Subsystem 2)	33,792-byte standalone Win64 GUI with embedded Lumi icon & 4 scrollable/resizable panes
x86_64-windows-gui-protected	PE32+ Protected Native GUI	33,824-byte Win64 GUI with encrypted .data, MBA prologue & .lsym symbol protection
aarch64-macos-macho	Mach-O 64 (CPU_TYPE_ARM64)	Native Apple Silicon (M1–M4) executable with 16 KiB page alignment
x86_64-macos-macho	Mach-O 64 (CPU_TYPE_X86_64)	Native macOS Intel LC_MAIN executable
x86_64-kernel / x86_64-uefi	@freestanding Ring-0 .kernel & PE32+ BOOTX64.EFI	Zero-GC MBR/Long-Mode & UEFI boot binaries ([K0005] W^X DMA, [K0006] stack guard)
thumbv7em-none-eabihf / avr-none / xtensa-esp32-elf	ARM Cortex-M4/M7, AVR & ESP32 firmware	Deterministic @no_alloc embedded microcontroller images & Intel HEX
aarch64-linux-android / aarch64-apple-ios	Android ARM64 ELF & iOS ARM64 Mach-O	Paired with one-command lume package apk and lume package ipa bundlers

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2. Clean Generic Win64 Native GUI (--target x86_64-windows-gui)

Compiling with --target x86_64-windows-gui emits a standalone 33,792-byte Windows 64-bit PE32+ GUI executable (Subsystem 2) directly from Lume with zero C/C++/Rust/.NET toolchains:

• Embeds the official Lumi 3D App Icon (RT_ICON + RT_GROUP_ICON + LoadIconA(hInstance, 1)) inside the PE32+ .rsrc directory for the title bar, Alt+Tab switcher, and taskbar.
• Configures crisp Segoe UI -12 typography and 4 independently resizable, horizontally & vertically scrollable panes (WS_CLIPSIBLINGS | WS_THICKFRAME | WS_HSCROLL | WS_VSCROLL), customizable via pure Lume hooks (app_window_title, app_status_bar, app_editor_initial_buffer, app_secondary_buffer, app_tree_item_1..7) and conservation-proven @ui-layout splits (gui.src).

lume build app.src --target x86_64-windows-gui -o Studio.exe
lume build app.src --target x86_64-windows-gui-protected -o StudioProtected.exe

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3. Neural Cartridges, WebAssembly, GPU Compute, Silicon RTL & Quantum Targets

Domain	Target Triples & Formats	Verification & Execution Highlights
Neural Weight VMs	safetensors, lumeputer-rv32im-weights, neural-kernel	Compiles verified functions into .safetensors (SwiGLU K=128 + Gated-DeltaNet + RV32IM_Zba ROM + embedded lcert, 63/63 bit-exact vectors in G-SAFETENSORS)
Web & Portable VM	wasm32-wasi, web-dom-wasm, lumb	WebAssembly binary with [I0275] 64 KiB linear-memory page bounds & [W0402] capability import sandbox; .lumb verified bytecode
GPU & Systolic AI	nvptx64-nvidia-cuda, spirv64-vulkan-compute	@schedule(...) kernel fn lowering to NVIDIA CUDA PTX 8.0 (sm_80/sm_90) and Vulkan SPIR-V 1.6 with built-in warp/word validators
Synthesizable Silicon	verilog-rtl, vhdl-rtl	IEEE 1364-2005 Verilog & IEEE 1076-2008 VHDL deterministic FSM/pipeline emission with cycle-accurate RTL simulation
Quantum & Molecular	qasm3-quantum, qiskit, cirq, braket, qir, stim-clifford, dna-quaternary	Linear Qubit no-cloning [Q0001], automatic $U^\dagger$ uncomputation, ZX spider fusion, [[9,1,3]] surface-code QEC, and homopolymer-free quaternary DNA archives

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4. Target & System Packager CLI Reference

lume targets                                                      # List all 27 supported target triples
lume build --target x86_64-linux-elf app.src -o app               # Native Linux x86-64 ELF64
lume build --target aarch64-linux-elf app.src -o app              # Native Linux ARM64 ELF64
lume build --target riscv64-linux-elf app.src -o app              # Native Linux RISC-V RV64IM ELF64
lume build --target riscv32-none-elf kernel.src -o kernel.rv32    # Bare-metal RISC-V RV32IM kernel
lume build --target x86_64-windows-pe app.src -o app.exe          # Native Windows x64 PE32+ console
lume build --target x86_64-windows-gui app.src -o gui.exe         # Clean Generic Win64 Native GUI
lume build --target aarch64-macos-macho app.src -o app            # Native Apple Silicon Mach-O 64
lume build --target wasm32-wasi app.src -o app.wasm               # Capability-sandboxed WebAssembly WASI
lume build --target safetensors --entry f k.src -o f.safetensors  # Verified .safetensors neural cartridge
lume build --target lumeputer-rv32im-weights --entry f k.src -o w # LumePuter RV32IM_Zba weight image
lume build --target nvptx64-nvidia-cuda k.src -o k.ptx            # NVIDIA CUDA PTX 8.0 compute kernel
lume build --target spirv64-vulkan-compute k.src -o k.spv         # Vulkan SPIR-V 1.6 compute shader
lume build --target verilog-rtl k.src -o k.v                      # Synthesizable IEEE 1364-2005 Verilog RTL
lume build --target vhdl-rtl k.src -o k.vhd                       # Synthesizable IEEE 1076-2008 VHDL RTL
lume build --target qasm3-quantum q.src -o q.qasm                 # OpenQASM 3.0 quantum circuit
lume build --target dna-quaternary d.src -o d.dna                 # Quaternary DNA storage archive
lume package apk app.src -o app.apk                               # Android APK package
lume package ipa app.src -o app.ipa                               # iOS IPA package
lume package iso kernel.src -o lume_os.iso                        # Bootable BIOS / El-Torito OS ISO
lume package uefi kernel.src -o BOOTX64.EFI                       # UEFI x86-64 PE32+ boot application