← Church Machine

Figure 24 — Multi-Language Compilation to Universal Target

JavaScript and Haskell source code flow through language-specific front-ends into the shared Resident Object Model and code generator, producing identical 32-bit instruction words for equivalent operations. The compiled output feeds into Navana.Abstraction.Add for validated installation.

JavaScript Source abstraction Hello { capabilities { } method Greet(who) { result = who + 1 return(result) } } Imperative paradigm Haskell Source -- Church numerals abstraction ChurchMath { capabilities { } method successor(n) = n + 1 method add(a, b) = a + b Functional paradigm Language Auto-Detection Syntax markers: { } vs = , -- vs // JS Front-End Tokenizer + Parser var, if/else, while, call() Haskell Front-End Tokenizer + Parser \x ->, let..in, case..of, (,) Resident Object Model c-list = compiler symbol table "Memory" → offset 0 | "Mint" → offset 1 | ... Code Generator 20 instructions | 32-bit encoding | ARM condition codes opcode[5] | cond[4] | dst[4] | src[4] | imm[15] JS: result = who + 1 IADD DR4, DR0, #1 0x1E810001 HS: successor(n) = n + 1 IADD DR4, DR0, #1 0x1E810001 = Identical machine code Compiled Abstraction { "abstraction": "Hello", "methods": [{ "name": "Greet", "code": [0x1E810001, ...] }], "capabilities": [...] } Navana.Abstraction.Add Validate → Allocate lump → Write code + c-list → Forge E-GT Calling Convention DR1-3: args/return DR4-11: locals (callee-saved) DR12-15: temps (caller-saved) Compiler ≠ TCB Compiler bugs → wrong answers Hardware enforces security No compiler can forge a GT
JavaScript / Imperative
Haskell / Functional
Shared Resident Object Model
Code Generator / Instructions
Navana (Namespace Authority)