@typecad/typecad/dist/schematic.d.ts

🤖programmatically 💥create 🛰️hardware

import { Component } from "./component";
import { Pin } from "./pin";
import { UUID } from "node:crypto";
export declare function printTypecadOutputSummary(boardFilePath?: string): boolean;
export type BomField = 'Reference' | 'Value' | 'Datasheet' | 'Footprint' | 'MPN' | 'Description' | 'Voltage' | 'Wattage';
export interface ISchematicOptions {
    net_prefix: string;
    bom_fields: BomField[];
    bom_separator: string;
}
export interface INetConnectionInfo {
    reference: string;
    pin: number | string;
    type: string;
}
export interface ISchematicNetDefinition {
    name: string;
    code: number;
    pins: Pin[];
    connections: INetConnectionInfo[];
}
export declare class Schematic {
    #private;
    Components: Component[];
    Sheetname: string;
    uuid: UUID;
    private sxexp_components;
    private sxexp_nets;
    private code_counter;
    Nodes: {
        name: string;
        code: number;
        nodes: Pin[];
        owner: Component | null;
    }[];
    merged_nets: {
        old_name: string;
        merged_to_number: number;
    }[];
    private _chained_name;
    get option(): ISchematicOptions;
    private _storeNetParams;
    private _buildNetDefinition;
    bom(output_folder?: string): false | undefined;
    constructor(Sheetname: string);
    add(...components: Component[]): void;
    dnc(...pins: Pin[]): void;
    named(name: string): this;
    net(...pins: Pin[]): ISchematicNetDefinition;
    private make_sexp_net;
    create(...component: Component[]): false | undefined;
    erc(): void;
    error(error: string): void;
    warn(warning: string): void;
    private getComponentIcon;
    private formatComponentDisplay;
    private buildProjectTree;
    private displayGroupHierarchy;
}