Address all critical and important findings from safety review
C1: Port count mismatch now emits ERROR to stderr and marks
unconnected ports as __UNCONNECTED_<name>__ (never silent)
C2: Single-module pin mapping built in lockstep — cable_wires
always matches header_pins length, warns on unmappable nets
C3: VSS removed from is_power_net (it's ground per CMOS convention),
dead _POWER_PATTERN regex replaced with _KNOWN_NET_PATTERN
C4: apply_filters dead computation removed, docstring clarifies
that net-level filtering is a mapper concern
I3: WireViz render catches (ValueError, TypeError, OSError) with
diagnostic context instead of bare Exception
I5: Invalid --format flags now warn and error instead of silently
falling through to defaults
I6: Model/value heuristic warns on stderr when it triggers, since
signal names like ALERT or DATA could be misidentified
New tests: VSS classification, port count mismatch (C1), model/value
heuristic warning (I6), duplicate refs (S3), empty subcircuit (S2),
full pipeline determinism across 3 runs (S1)
115 tests pass, ruff clean
This commit is contained in:
parent
eb3ad60bd1
commit
b9154e851b
7 changed files with 254 additions and 46 deletions
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@ -288,11 +288,31 @@ def _render_wireviz(
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sys.exit(1)
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# Map format flags to WireViz output_formats
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format_map = {"h": "html", "p": "png", "s": "svg", "g": "gv", "c": "csv", "t": "tsv"}
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formats = tuple(format_map[f] for f in format_flags.lower() if f in format_map)
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format_map = {
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"h": "html", "p": "png", "s": "svg",
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"g": "gv", "c": "csv", "t": "tsv",
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}
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# Warn about unrecognized format characters
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invalid_chars = [f for f in format_flags.lower() if f not in format_map]
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if invalid_chars:
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click.echo(
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f"Warning: unrecognized format flags: {''.join(invalid_chars)} "
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f"(valid: {''.join(format_map.keys())})",
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err=True,
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)
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formats = tuple(
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format_map[f] for f in format_flags.lower() if f in format_map
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)
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if not formats:
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formats = ("html", "png", "svg")
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click.echo(
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"Error: no valid format flags provided. "
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f"Valid flags: {''.join(format_map.keys())}",
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err=True,
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)
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sys.exit(1)
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output_dir = output.parent if output else Path.cwd()
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output_name = output.stem if output else "spice2wireviz_output"
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@ -308,6 +328,12 @@ def _render_wireviz(
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f"Rendered: {', '.join(f'{output_name}.{fmt}' for fmt in formats)}",
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err=True,
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)
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except Exception as exc:
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click.echo(f"WireViz render error: {exc}", err=True)
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except (ValueError, TypeError, OSError) as exc:
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click.echo(
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f"WireViz render error ({type(exc).__name__}): {exc}\n"
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f" Output dir: {output_dir}\n"
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f" Output name: {output_name}\n"
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f" Formats: {formats}",
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err=True,
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)
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sys.exit(1)
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@ -124,7 +124,12 @@ def filter_net(net: str, config: FilterConfig, netlist: ParsedNetlist) -> bool:
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def apply_filters(netlist: ParsedNetlist, config: FilterConfig) -> ParsedNetlist:
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"""Return a new ParsedNetlist with filters applied.
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"""Return a new ParsedNetlist with component/instance-level filters applied.
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Filters components by prefix/ref and instances by prefix/ref/subcircuit.
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Net-level filtering (ground, power, glob patterns) is handled by the
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mappers during connection tracing, not here — because net filtering
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affects pin lists and cable generation which are mapper concerns.
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Produces warnings on stderr for significant exclusions.
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"""
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@ -138,17 +143,13 @@ def apply_filters(netlist: ParsedNetlist, config: FilterConfig) -> ParsedNetlist
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inst for inst in netlist.instances if filter_instance(inst, config, netlist)
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]
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# Filter nets within surviving components/instances
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excluded_net_count = 0
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for comp in filtered_components:
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original_count = len(comp.nodes)
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comp = comp.model_copy()
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new_nodes = [n for n in comp.nodes if filter_net(n, config, netlist)]
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excluded_net_count += original_count - len(new_nodes)
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excluded_comp_count = len(netlist.top_level_components) - len(filtered_components)
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excluded_inst_count = len(netlist.instances) - len(filtered_instances)
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if excluded_net_count > 0:
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if excluded_comp_count > 0 or excluded_inst_count > 0:
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print(
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f"Note: {excluded_net_count} net connections hidden by filters",
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f"Note: filters excluded {excluded_comp_count} components "
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f"and {excluded_inst_count} instances",
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file=sys.stderr,
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)
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@ -12,6 +12,7 @@ This shows the external interface of a single board/module.
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from __future__ import annotations
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import sys
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from typing import Any
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from ..emitter.yaml_emitter import (
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@ -103,31 +104,43 @@ def map_single_module(
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shared_nets = _find_shared_nets(subckt, comp, config, netlist)
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if shared_nets and header_name in connectors:
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cable_name = f"W_{comp_name}"
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wire_colors = [_net_wire_color(net, netlist) for net in shared_nets]
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wire_labels = list(shared_nets)
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# Build pin mappings in lockstep — every entry must resolve
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mapped_header: list[int] = []
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mapped_comp: list[int] = []
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mapped_nets: list[str] = []
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cables[cable_name] = build_cable(
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cable_name,
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wirecount=len(shared_nets),
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colors=wire_colors if any(wire_colors) else None,
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wirelabels=wire_labels,
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category="bundle",
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notes=f"Nets: {', '.join(shared_nets)}",
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)
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for net in shared_nets:
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if net in port_labels and net in comp.nodes:
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mapped_header.append(port_labels.index(net) + 1)
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mapped_comp.append(comp.nodes.index(net) + 1)
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mapped_nets.append(net)
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else:
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print(
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f"Warning: net '{net}' shared between "
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f"{header_name} and {comp_name} but not "
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f"resolvable in both pin lists",
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file=sys.stderr,
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)
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# Map pin indices for connection
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header_pins = [port_labels.index(net) + 1 for net in shared_nets if net in port_labels]
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comp_pins = [
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comp.nodes.index(net) + 1 for net in shared_nets if net in comp.nodes
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]
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cable_wires = list(range(1, len(shared_nets) + 1))
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if mapped_nets:
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cable_name = f"W_{comp_name}"
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wire_colors = [
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_net_wire_color(net, netlist) for net in mapped_nets
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]
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cables[cable_name] = build_cable(
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cable_name,
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wirecount=len(mapped_nets),
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colors=wire_colors if any(wire_colors) else None,
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wirelabels=mapped_nets,
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category="bundle",
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notes=f"Nets: {', '.join(mapped_nets)}",
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)
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if header_pins and comp_pins and len(header_pins) == len(comp_pins):
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cable_wires = list(range(1, len(mapped_nets) + 1))
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connections.append(build_connection(
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header_name, header_pins,
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header_name, mapped_header,
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cable_name, cable_wires,
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comp_name, comp_pins,
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comp_name, mapped_comp,
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))
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return assemble_wireviz_doc(connectors, cables, connections, metadata)
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@ -96,8 +96,10 @@ class ParsedNetlist(BaseModel):
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def is_power_net(self, net: str) -> bool:
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upper = net.upper()
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return upper in {"VCC", "VDD", "V+", "V-", "VEE", "VSS", "AVCC", "AVDD", "DVCC", "DVDD"}
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# VSS is ground in CMOS conventions, not power — see is_ground_net
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return upper in {"VCC", "VDD", "V+", "V-", "VEE", "AVCC", "AVDD", "DVCC", "DVDD"}
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def is_ground_net(self, net: str) -> bool:
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upper = net.upper()
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# VSS is ground (CMOS convention: VSS = negative supply = ground)
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return upper in {"GND", "AGND", "DGND", "GND!", "EARTH", "VSS"} or net == "0"
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@ -36,13 +36,17 @@ BOUNDARY_PREFIXES = {"J", "TP", "P"}
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# Prefixes we recognize as external-facing components
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RECOGNIZED_PREFIXES = {"J", "TP", "P", "X"}
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# Known power net patterns
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_POWER_PATTERN = re.compile(
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r"^(V(CC|DD|EE|SS|[+-])|A?V(CC|DD)|D?V(CC|DD))$", re.IGNORECASE
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)
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# Known ground net patterns (used in value/model heuristic)
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_GROUND_PATTERN = re.compile(r"^(GND!?|AGND|DGND|EARTH|0)$", re.IGNORECASE)
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# Known ground net patterns
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_GROUND_PATTERN = re.compile(r"^(GND!?|AGND|DGND|EARTH|VSS|0)$", re.IGNORECASE)
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# Known power net patterns (used in value/model heuristic)
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_POWER_NET_NAMES = {"VCC", "VDD", "V+", "V-", "VEE", "AVCC", "AVDD", "DVCC", "DVDD"}
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# Combined: nets the heuristic should never misidentify as model/value names
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_KNOWN_NET_PATTERN = re.compile(
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r"^(V(CC|DD|EE|[+-])|AV(CC|DD)|DV(CC|DD)|GND!?|AGND|DGND|EARTH|VSS|0)$",
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re.IGNORECASE,
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)
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def _strip_comment(line: str) -> str:
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@ -289,9 +293,30 @@ def _parse_x_instance(
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port_to_net: dict[str, str] = {}
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subckt_def = known_subcircuits.get(subckt_name)
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if subckt_def:
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expected = len(subckt_def.port_names)
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actual = len(nodes)
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if expected != actual:
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print(
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f"ERROR: port count mismatch for {ref}: "
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f"subcircuit '{subckt_name}' defines {expected} ports "
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f"({', '.join(subckt_def.port_names)}) but instance "
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f"provides {actual} nodes ({', '.join(nodes)})",
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file=sys.stderr,
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)
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for i, port_name in enumerate(subckt_def.port_names):
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if i < len(nodes):
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port_to_net[port_name] = nodes[i]
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else:
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# Mark unconnected ports visibly
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port_to_net[port_name] = f"__UNCONNECTED_{port_name}__"
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# Warn about extra nodes beyond the definition
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if len(nodes) > expected:
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extras = nodes[expected:]
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print(
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f"Warning: {ref} has {len(extras)} extra nodes "
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f"beyond subcircuit definition: {', '.join(extras)}",
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file=sys.stderr,
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)
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else:
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# No definition available; use positional indices as port names
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for i, node in enumerate(nodes):
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@ -326,18 +351,27 @@ def _parse_boundary_component(tokens: list[str], prefix: str) -> SpiceComponent
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positional.append(token)
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# Heuristic: if last positional looks like a model name (contains only
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# alphanumeric/underscore and doesn't match net patterns), treat it as value
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# alphanumeric/underscore and doesn't match net patterns), treat it as value.
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# WARNING: This can misidentify signal net names (e.g., ALERT, ENABLE, DATA)
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# as model names. We warn when the heuristic triggers.
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value = ""
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nodes = positional
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if len(positional) >= 2:
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last = positional[-1]
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# If it's not purely numeric and not a known net pattern, it's likely a value/model
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if re.match(r"^[A-Za-z_]\w*$", last) and not _POWER_PATTERN.match(
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last
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) and not _GROUND_PATTERN.match(last):
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if (
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re.match(r"^[A-Za-z_]\w*$", last)
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and not _KNOWN_NET_PATTERN.match(last)
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):
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value = last
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nodes = positional[:-1]
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print(
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f"Note: treating '{last}' as model/value for {ref} "
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f"(not as net name). If this is wrong, the net "
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f"connection to '{last}' will be missing.",
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file=sys.stderr,
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)
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pins = [
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SpicePin(
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