gsender

class GrblHalLineParserResultSpindle {
	static parse(line) {
		const r = line.match(/^(\d+)( - )(.+?)?$/);
		// new match for updated spindle data
		const nr = line.match(/\[SPINDLE:(.+?)]/);

		const payload = {};

		if (!r && !nr) {
			return null;
		}

		// Handle new spindle update early
		/*
            [SPINDLE:0|0|0|*DIRV|PWM|0.0,1000.0]
            ID | Enabled/Num | TYPE | *(is_current) capabilities | Name | RPMMin,RPMMax]
         */
		if (nr) {
			const parts = nr[1].split("|");
			// Guard again Spindle option in opts
			if (parts.length < 2) {
				return null;
			}
			payload.label = parts[4];
			payload.id = Number(parts[1]);
			payload.capabilities = parts[3];
			payload.enabled = payload.capabilities.indexOf("*") > -1;
			payload.laser = payload.capabilities.indexOf("L") > -1;
			payload.capabilities = payload.capabilities.replace("*", ""); // Strip out enabled asterisk
			return {
				type: GrblHalLineParserResultSpindle,
				payload,
			};
		}

		payload.order = Number(r[1]); // Order reported from firmware

		const parts = r[3].split(",");

		payload.label = parts[0];

		// We have more info, we can assume some of it - this will be easier with $spindleESH report
		if (parts.length > 1) {
			payload.id = Number(parts[1].slice(-1)); // Last value is ID to use, convert to number
			payload.capabilities = (parts[2] || "").trim(); // Capabilities string
			payload.enabled = !!parts[3]; // "Current" text parsed - true if exists, false otherwise
			// Do we have a laser potential
			payload.laser = payload.capabilities.indexOf("L") > -1;
		}

		return {
			type: GrblHalLineParserResultSpindle,
			payload,
		};
	}
}

export default GrblHalLineParserResultSpindle;