Report what this server can do, what it deliberately does not do, and which external tools were found.

Full review of a KiCad project: components, nets, analog/digital analysis, PCB routing and DFM. Pass a .kicad_sch and optionally a .kicad_pcb.

List components in a schematic, with optional reference-prefix or value filters.

Derive the netlist geometrically from the schematic files. Works with no KiCad installed.

Trace every connection from a component, or from one specific pin.

Cross-check our geometric net tracing against KiCad's own netlist exporter. Requires KiCad installed. This is the authoritative correctness check.

Board statistics: layers, dimensions, footprints, tracks, vias, zones.

Copper connectivity: which nets are fully routed, unrouted, or split into islands.

List PCB footprints, optionally filtered to one side.

Create a new KiCad project (.kicad_pro/.kicad_sch/.kicad_pcb), optionally with a board outline.

Add a component to a schematic. Uses the installed KiCad symbol libraries when available, otherwise a built-in symbol set. Writes atomically.

Add a generic rectangular IC symbol by pin list. Use when the part is not in any installed library. pins_json: [[number, name, electrical_type], ...]

Draw a wire between two points (mm, snapped to the 1.27 mm grid).

Place a net label. kind is local, global or hierarchical. Local labels join nets within one sheet; global labels join across the design.

Report the pin coordinates of a placed component, so wires can be drawn to exactly the right points.

Export a SPICE netlist from the schematic. Active devices are listed as skipped rather than guessed.

Generate SPICE testbenches for every subcircuit the detectors found, run them if a simulator is present, and compare simulated against analytical values.

Run an arbitrary SPICE deck and return the parsed measurements.