Add Deye SG02LP1 MODBUS-RTU reader with Virtual Components and script auto-naming

CHANGELOG.md

@@ -3,6 +3,11 @@
 All notable changes to this project will be documented in this file.
 
 ## 2026-02
+- Mark YS-IRTM scripts as production; add all 6 to manifest; remove Under Development banner from README
+- Add JK200 BMS MODBUS-RTU reader (`the_pill/MODBUS/JK200-MBS`) with README
+- Mark Deye SG02LP1 MODBUS-RTU scripts as production; fix @link URLs; add to manifest; add README
+- Auto-set script name on device from original filename in `put_script.py`
+- Add default manifest path to `sync-manifest-json.py` based on script location
 - Remove non-production `ble/events-to-kvs.shelly.js` from manifest (missing @status)
 - Add remote feature branch cleanup rule to AGENTS.md git workflow
 - Add dev branch to CI/CD pull_request trigger

SHELLY_MJS.md

@@ -388,6 +388,42 @@ switch-input/shelly2p-domo-coverfix.shelly.js: Shelly Plus 2PM cover fix for Dom
 Simple fix for outgoing Domoticz MQTTAD command 'GoToPosition'.
  Shelly firmware 0.x supported. Developed for ShellyTeacher4Domo.
 
+the_pill/MODBUS/Deye/the_pill_mbsa_deye.shelly.js: Deye SG02LP1 MODBUS-RTU
+===
+MODBUS-RTU example for reading Deye SG02LP1 solar inverter parameters over UART using the MODBUS-RTU master library.
+
+the_pill/MODBUS/Deye/the_pill_mbsa_deye_vc.shelly.js: Deye SG02LP1 MODBUS-RTU + Virtual Components
+===
+MODBUS-RTU reader for Deye SG02LP1 solar inverter with Virtual Component updates. Reads parameters over UART (RS485) and pushes values to user-defined virtual number components.
+
+the_pill/UART/uart_test.shelly.js: UART test
+===
+Simple UART loopback test that sends periodic messages and prints received data.
+
+the_pill/ys_irtm/ysirtm.shelly.js: YS-IRTM infrared UART library
+===
+UART protocol implementation for YS-IRTM to send and receive NEC IR codes.
+
+the_pill/ys_irtm/btn2ir.shelly.js: YS-IRTM button-to-IR example
+===
+Maps Shelly buttons and inputs to IR codes using YS-IRTM.
+
+the_pill/ys_irtm/ir2sw.shelly.js: YS-IRTM IR-to-switch example
+===
+Maps received IR codes to Shelly switch actions.
+
+the_pill/ys_irtm/ir_full.shelly.js: YS-IRTM advanced IR automation example
+===
+Bidirectional IR automation with scenes, HTTP calls, and switch integration.
+
+the_pill/ys_irtm/ir_learn.shelly.js: YS-IRTM IR learn mode
+===
+Captures and prints NEC IR codes for reuse in other scripts.
+
+the_pill/ys_irtm/tv_ir.shelly.js: YS-IRTM TV remote codes
+===
+Preconfigured NEC IR codes for common TV brands using YS-IRTM.
+
 weather-env/cover-control-weather.shelly.js: Control a Shelly 2.5 (Gen1) depending on current cloud conditions
 ===
 The script, when run, will fetch via REST api from a weather service the current conditions for a location check if

examples-manifest.json

@@ -438,6 +438,51 @@
     "title": "Shelly Plus 2PM cover fix for Domoticz MQTTAD v1",
     "description": "Simple fix for outgoing Domoticz MQTTAD command 'GoToPosition'.\n Shelly firmware 0.x supported. Developed for ShellyTeacher4Domo."
   },
+  {
+    "fname": "the_pill/MODBUS/Deye/the_pill_mbsa_deye.shelly.js",
+    "title": "Deye SG02LP1 MODBUS-RTU",
+    "description": "MODBUS-RTU example for reading Deye SG02LP1 solar inverter parameters over UART using the MODBUS-RTU master library."
+  },
+  {
+    "fname": "the_pill/MODBUS/Deye/the_pill_mbsa_deye_vc.shelly.js",
+    "title": "Deye SG02LP1 MODBUS-RTU + Virtual Components",
+    "description": "MODBUS-RTU reader for Deye SG02LP1 solar inverter with Virtual Component updates. Reads parameters over UART (RS485) and pushes values to user-defined virtual number components."
+  },
+  {
+    "fname": "the_pill/UART/uart_test.shelly.js",
+    "title": "UART test",
+    "description": "Simple UART loopback test that sends periodic messages and prints received data."
+  },
+  {
+    "fname": "the_pill/ys_irtm/ysirtm.shelly.js",
+    "title": "YS-IRTM infrared UART library",
+    "description": "UART protocol implementation for YS-IRTM to send and receive NEC IR codes."
+  },
+  {
+    "fname": "the_pill/ys_irtm/btn2ir.shelly.js",
+    "title": "YS-IRTM button-to-IR example",
+    "description": "Maps Shelly buttons and inputs to IR codes using YS-IRTM."
+  },
+  {
+    "fname": "the_pill/ys_irtm/ir2sw.shelly.js",
+    "title": "YS-IRTM IR-to-switch example",
+    "description": "Maps received IR codes to Shelly switch actions."
+  },
+  {
+    "fname": "the_pill/ys_irtm/ir_full.shelly.js",
+    "title": "YS-IRTM advanced IR automation example",
+    "description": "Bidirectional IR automation with scenes, HTTP calls, and switch integration."
+  },
+  {
+    "fname": "the_pill/ys_irtm/ir_learn.shelly.js",
+    "title": "YS-IRTM IR learn mode",
+    "description": "Captures and prints NEC IR codes for reuse in other scripts."
+  },
+  {
+    "fname": "the_pill/ys_irtm/tv_ir.shelly.js",
+    "title": "YS-IRTM TV remote codes",
+    "description": "Preconfigured NEC IR codes for common TV brands using YS-IRTM."
+  },
   {
     "fname": "weather-env/cover-control-weather.shelly.js",
     "title": "Control a Shelly 2.5 (Gen1) depending on current cloud conditions",

the_pill/MODBUS/ComWinTop/README.md

@@ -0,0 +1,155 @@
+# ComWinTop CWT-MB308V GPIO Expander
+
+> **Under Development** - This script is currently under development and may not be fully functional.
+
+Script for communicating with the **ComWinTop CWT-MB308V** IO module via MODBUS-RTU over RS485/UART using The Pill.
+
+## Files
+
+### [mb308v.shelly.js](mb308v.shelly.js)
+
+**CWT-MB308V GPIO Expander Example** - Complete example for the ComWinTop MB308V IO module.
+
+---
+
+## Hardware Requirements
+
+- Shelly device with UART (e.g., **The Pill**)
+- RS485 transceiver module (e.g., MAX485, SP485)
+- ComWinTop CWT-MB308V IO module (7-35VDC supply)
+
+### Device Specifications
+
+| Feature | Detail |
+|---|---|
+| Analog Inputs (AI) | 8 channels — 4-20mA / 0-5V / 0-10V (configurable per channel) |
+| Analog Outputs (AO) | 4 channels — 0-10V / 4-20mA |
+| Digital Inputs (DI) | 8 channels — dry contact / NPN |
+| Digital Outputs (DO) | 12 relay outputs |
+
+### Wiring
+
+**RS485 module to Shelly (The Pill):**
+
+| RS485 Module | Shelly / The Pill |
+|---|---|
+| RO (Receiver Output) | RX (GPIO) |
+| DI (Driver Input) | TX (GPIO) |
+| VCC | 3.3V or 5V |
+| GND | GND |
+
+**RS485 module to CWT-MB308V:**
+
+| RS485 Module | CWT-MB308V |
+|---|---|
+| A (D+) | A (D+) |
+| B (D-) | B (D-) |
+
+**Power:** Connect 7-35VDC to the MB308V power terminals separately.
+
+**UART Settings:** 9600 baud, 8N1, Slave ID: 1 (default)
+
+---
+
+## Register Map
+
+| Type | Function Code | Address Range | Count |
+|---|---|---|---|
+| Digital Outputs (DO) | FC 0x01 (read) / FC 0x05 (write) | 0–11 | 12 coils |
+| Digital Inputs (DI) | FC 0x02 (read) | 0–7 | 8 inputs |
+| Analog Outputs (AO) | FC 0x03 (read) / FC 0x06 (write) | 0–3 | 4 registers |
+| Analog Inputs (AI) | FC 0x04 (read) | 0–7 | 8 registers |
+
+---
+
+## API Methods
+
+```javascript
+readDigitalInputs(callback)              // Read 8 DI
+readDigitalOutputs(callback)             // Read 12 DO (relays)
+writeDigitalOutput(channel, value, cb)   // Set relay (0-11, true/false)
+readAnalogInputs(callback)               // Read 8 AI
+readAnalogOutputs(callback)              // Read 4 AO
+writeAnalogOutput(channel, value, cb)    // Set AO (0-3, 0-24000)
+
+// Conversion helpers
+aiToMilliamps(raw)    // Convert AI to mA (4-20mA mode)
+aiToVoltage(raw)      // Convert AI to V (0-10V mode)
+milliampsToAo(mA)     // Convert mA to AO value
+voltageToAo(volts)    // Convert V to AO value
+```
+
+---
+
+## Usage Examples
+
+**Read all digital inputs:**
+
+```javascript
+readDigitalInputs(function(err, inputs) {
+    if (err) {
+        print("Error: " + err);
+        return;
+    }
+    for (var i = 0; i < inputs.length; i++) {
+        print("DI" + i + ": " + (inputs[i] ? "ON" : "OFF"));
+    }
+});
+```
+
+**Control relay output:**
+
+```javascript
+// Turn ON relay 0
+writeDigitalOutput(0, true, function(err, success) {
+    if (success) print("Relay 0 ON");
+});
+
+// Turn OFF relay 5
+writeDigitalOutput(5, false, function(err, success) {
+    if (success) print("Relay 5 OFF");
+});
+```
+
+**Read analog inputs (4-20mA sensors):**
+
+```javascript
+readAnalogInputs(function(err, values) {
+    if (err) return;
+    for (var i = 0; i < values.length; i++) {
+        var mA = aiToMilliamps(values[i]);
+        print("AI" + i + ": " + mA.toFixed(2) + " mA");
+    }
+});
+```
+
+**Set analog output (0-10V mode):**
+
+```javascript
+// Set AO0 to 5V
+var rawValue = voltageToAo(5.0);
+writeAnalogOutput(0, rawValue, function(err, success) {
+    if (success) print("AO0 set to 5V");
+});
+```
+
+---
+
+## Configuration
+
+```javascript
+var CONFIG = {
+    BAUD_RATE: 9600,        // 9600, 19200, 38400, 115200
+    MODE: "8N1",            // "8N1", "8E1", "8O1"
+    RESPONSE_TIMEOUT: 1000, // ms
+    DEBUG: true
+};
+```
+
+---
+
+## References
+
+- [ComWinTop CWT-MB308V Product Page](https://store.comwintop.com/products/cwt-mb308v-8ai-4ao-8di-12do-rs485-rs232-ethernet-modbus-rtu-tcp-io-acquisition-module)
+- [MB308V Python Driver (reference)](https://github.com/bgerp/ztm/blob/master/Zontromat/devices/vendors/cwt/mb308v/mb308v.py)
+- [MODBUS Protocol Specification](https://modbus.org/specs.php)