Eclexia Playground

Playground for Eclexia - Sustainable Computing Language

Overview

Eclexia is a programming language designed for sustainable computing - minimizing energy consumption, maximizing hardware longevity, and reducing environmental impact.

Implementation

Eclexia is implemented in Zig and V (NOT Ada/SPARK):

• Zig: Compiler backend, memory management, low-level runtime

• V: Frontend, type checker, high-level runtime

Key Features

• Energy-Aware Compilation: Optimize for power consumption

• Hardware Longevity: Reduce wear on storage/memory

• Carbon Footprint Tracking: Built-in sustainability metrics

• Graceful Degradation: Adapt to resource constraints

• Right-to-Repair: Self-diagnostic and self-healing code

Language Design

Energy Annotations

-- Specify energy budget for operations
@energy_budget(100mJ)
fn process_batch(data: [Record]) -> [Result]:
    -- Compiler ensures operation fits budget
    data.map(|r| transform(r))

-- Low-power mode variants
@low_power
fn background_task() -> ():
    -- Uses energy-efficient algorithms

Sustainability Metrics

-- Track carbon footprint
fn main() -> ():
    @track_carbon
    let result = compute_intensive_task()

    print("Carbon: ", carbon_footprint())
    print("Energy: ", energy_consumed())

Hardware Awareness

-- Minimize write cycles (SSD/flash longevity)
@minimize_writes
fn log_event(event: Event) -> ():
    buffer_write(event)  -- Batch writes

-- Thermal awareness
@thermal_limit(70C)
fn heavy_computation() -> Result:
    -- Throttles if too hot

Zig Backend

// src/compiler/backend.zig
const std = @import("std");

pub const EnergyOptimizer = struct {
    budget_mj: u64,
    current_usage: u64,

    pub fn optimize(self: *EnergyOptimizer, ir: *IR) !void {
        try self.selectEfficientOps(ir);
        try self.minimizeMemoryAccess(ir);
    }
};

V Frontend

// src/frontend/parser.v
module parser

struct EclexiaParser {
    tokens []Token
    pos    int
}

fn (mut p EclexiaParser) parse_energy_annotation() ?EnergyBudget {
    if p.current().kind == .at {
        return p.parse_annotation()
    }
    return none
}

Getting Started

# Install
guix install eclexia

# Or build from source
git clone https://github.com/hyperpolymath/eclexia
cd eclexia/backend && zig build
cd eclexia/frontend && v .

Examples

• examples/energy-aware/ - Energy-optimized algorithms

• examples/hardware-friendly/ - Hardware longevity patterns

• examples/carbon-tracking/ - Carbon footprint monitoring

Philosophy

• Compute only what’s needed

• Preserve hardware lifespan

• Measure environmental impact

• Degrade gracefully under constraints

License

SPDX-License-Identifier: PMPL-1.0