Exécutez n'importe quel Skill dans Manus
en un clic

Exécutez n'importe quel Skill dans Manus en un clic

iot-monitor

Embedded Rust sensor monitoring for no_std environments and WASM edge targets. Reads from GPIO, I2C, SPI interfaces via embedded-hal traits, processes readings with zero-allocation algorithms, and publishes alerts to Telegram or MQTT without heap allocation. Designed for microcontrollers (STM32, RP2040) and Cloudflare Workers edge runtime. Cross-ported from PicoClaw's Go iot-monitor for Rust/embedded-hal ecosystem.

Exécuter dans Manus

Aperçu

Commande d'installation

npx skills add https://github.com/mk-knight23/AI-Agent-ZeroClaw --skill iot-monitor

Copiez et collez cette commande dans Claude Code pour installer le skill

Source

mk-knight23/AI-Agent-ZeroClaw

Étoiles0

Forks0

Mis à jour10 mars 2026 à 00:14

SKILL.md

readonly

name

iot-monitor

description

iot-monitor

Embedded Rust sensor monitoring — no_std compatible, zero-allocation, WASM-ready.

Usage

@ZeroClaw iot-monitor --target rp2040 --sensor bme280 --i2c-addr 0x76
@ZeroClaw iot-monitor --target stm32f4 --sensor thermocouple --spi-cs PA4
@ZeroClaw iot-monitor --target cloudflare-worker --endpoint sensors.example.com
@ZeroClaw iot-monitor --compile-check    # Verify no_std compatibility without flashing

Embedded vs. Edge Modes

Mode	Target	Runtime	Heap
`embedded`	STM32, RP2040	bare metal / RTOS	no_std, no heap
`linux-edge`	RPi, LicheeRV	Linux	std, minimal
`wasm-edge`	Cloudflare Worker, Deno	WASM	std, restricted

Supported Sensors (embedded-hal drivers)

Sensor	Interface	Measurement
BME280	I2C / SPI	Temp, humidity, pressure
ADS1115	I2C	4-channel 16-bit ADC
DS18B20	1-Wire	Temperature (-55°C to +125°C)
MAX31865	SPI	PT100/PT1000 RTD thermocouple
HC-SR04	GPIO	Ultrasonic distance

Generated Code (no_std, zero-allocation)

// Generated monitor — works on RP2040 with 264KB RAM
#![no_std]
#![no_main]

use embedded_hal::i2c::I2c;
use bme280::Bme280;

fn check_temp<I: I2c>(i2c: I, threshold: f32) -> Result<Alert, SensorError> {
    let mut sensor = Bme280::new_primary(i2c);
    let reading = sensor.measure()?;
    if reading.temperature > threshold {
        Ok(Alert::High { value: reading.temperature })
    } else {
        Ok(Alert::Normal)
    }
}

Alert Delivery (zero-copy)

For embedded targets, alerts are sent via:

UART serial to a connected PicoClaw (which forwards to Telegram)
MQTT over lwIP stack (embassy-net)
Direct HTTP via embedded-tls (WASM edge)

Files Created

src/monitors/<sensor>_monitor.rs    # Generated monitor module
config/sensors.toml                  # Sensor config + thresholds
MONITOR_SETUP.md                     # Wiring guide + flash instructions

Philosophy

ZeroClaw goes where PicoClaw can't — into microcontrollers with <300KB RAM. No OS. No heap. Just direct metal access with Rust's safety guarantees. The firmware that never crashes.

Plus depuis ce dépôt

même dépôt

code-reviewer

mk-knight23/AI-Agent-ZeroClaw

Rust static analysis + AI review using clippy (all lints), rustfmt, and cargo-semver-checks. AI pass focuses on: ownership violations, lifetime issues, unnecessary clones, panic risk in library code, and WASM-compatibility issues. Outputs CODE_REVIEW.md with CRITICAL/HIGH/MEDIUM/LOW severity. Adapted from Nanobot's Python code-reviewer for Rust's ownership model and zero-cost abstraction philosophy.

2026-03-100

deploy-everywhere

mk-knight23/AI-Agent-ZeroClaw

Build and deploy ZeroClaw Rust binaries to all supported targets: WASM32-WASI (Cloudflare Workers, Deno, Wasmtime), Linux musl (Docker, Lambda, edge), native Linux (x86_64, ARM64, RISC-V), and WebAssembly browsers. Generates platform-specific configs, CI/CD pipelines, and deployment scripts. Uses cargo-cross for cross-compilation and cargo-component for WASM components. Adapted from OpenClaw's deploy-everywhere for Rust's cross-compilation ecosystem.

2026-03-100

add-gmail

mk-knight23/AI-Agent-ZeroClaw

Adds Gmail monitoring to ZeroClaw via async IMAP over TLS using async-imap + tokio. Creates src/channels/gmail.rs with a GmailChannel struct, polls INBOX for unread messages matching a trigger pattern, and sends replies via lettre (SMTP). Zero CGo, zero external runtime. Requires a Gmail App Password (not your Google account password).

2026-03-060

add-obsidian

mk-knight23/AI-Agent-ZeroClaw

Mounts an Obsidian vault as a read-only knowledge source for ZeroClaw. Creates src/tools/vault_search.rs using walkdir + regex crates for efficient file traversal and pattern matching. Registers the tool in the agent's tool registry. Zero heap allocation per search except for matched results. Requires vault accessible as a filesystem path.

2026-03-060

add-slack

mk-knight23/AI-Agent-ZeroClaw

Adds Slack integration to ZeroClaw using reqwest for the Slack API and tokio-tungstenite for the Socket Mode WebSocket connection. Creates src/channels/slack.rs with a SlackChannel struct, handles app_mention events, routes to the skill dispatcher, and posts threaded replies. Compiles to a static binary. Requires Slack bot token and app-level token with Socket Mode enabled.

2026-03-060

add-supabase

mk-knight23/AI-Agent-ZeroClaw

Adds Supabase as ZeroClaw's persistent backend using the Supabase REST API via reqwest. Creates typed Rust structs for each table (serde Deserialize/Serialize), db/supabase.rs with async CRUD helpers, and memory_read/memory_write tools. Zero CGo, no heavy ORM. Requires a Supabase project URL and anon key.

2026-03-060

Source

mk-knight23

mk-knight23/AI-Agent-ZeroClaw

Ouvrir le dépôt GitHub Voir les dépôts du créateur

Commande d'installation

Téléchargement

Exécuter dans Manus

Utile pourSOC

Développeurs de logicielsProfessions informatiques et mathématiques15-1252L4

name

iot-monitor

description

iot-monitor

Embedded Rust sensor monitoring — no_std compatible, zero-allocation, WASM-ready.

Usage

@ZeroClaw iot-monitor --target rp2040 --sensor bme280 --i2c-addr 0x76
@ZeroClaw iot-monitor --target stm32f4 --sensor thermocouple --spi-cs PA4
@ZeroClaw iot-monitor --target cloudflare-worker --endpoint sensors.example.com
@ZeroClaw iot-monitor --compile-check    # Verify no_std compatibility without flashing

Embedded vs. Edge Modes

Mode	Target	Runtime	Heap
`embedded`	STM32, RP2040	bare metal / RTOS	no_std, no heap
`linux-edge`	RPi, LicheeRV	Linux	std, minimal
`wasm-edge`	Cloudflare Worker, Deno	WASM	std, restricted

Supported Sensors (embedded-hal drivers)

Sensor	Interface	Measurement
BME280	I2C / SPI	Temp, humidity, pressure
ADS1115	I2C	4-channel 16-bit ADC
DS18B20	1-Wire	Temperature (-55°C to +125°C)
MAX31865	SPI	PT100/PT1000 RTD thermocouple
HC-SR04	GPIO	Ultrasonic distance

Generated Code (no_std, zero-allocation)

// Generated monitor — works on RP2040 with 264KB RAM
#![no_std]
#![no_main]

use embedded_hal::i2c::I2c;
use bme280::Bme280;

fn check_temp<I: I2c>(i2c: I, threshold: f32) -> Result<Alert, SensorError> {
    let mut sensor = Bme280::new_primary(i2c);
    let reading = sensor.measure()?;
    if reading.temperature > threshold {
        Ok(Alert::High { value: reading.temperature })
    } else {
        Ok(Alert::Normal)
    }
}

Alert Delivery (zero-copy)

For embedded targets, alerts are sent via:

UART serial to a connected PicoClaw (which forwards to Telegram)
MQTT over lwIP stack (embassy-net)
Direct HTTP via embedded-tls (WASM edge)

Files Created

src/monitors/<sensor>_monitor.rs    # Generated monitor module
config/sensors.toml                  # Sensor config + thresholds
MONITOR_SETUP.md                     # Wiring guide + flash instructions

Philosophy

ZeroClaw goes where PicoClaw can't — into microcontrollers with <300KB RAM. No OS. No heap. Just direct metal access with Rust's safety guarantees. The firmware that never crashes.