@tracespace/parser

// gerber grammar tests import {expect} from 'chai' import {toArray} from 'lodash' import * as Lexer from '../../lexer' import * as Tree from '../../tree' import { token as t, position as pos, simplifyToken, } from '../../__tests__/helpers' import {matchSyntax, MatchState} from '..' import { GERBER, MACRO_CIRCLE, MACRO_VECTOR_LINE, MACRO_CENTER_LINE, MACRO_OUTLINE, MACRO_POLYGON, MACRO_MOIRE, MACRO_THERMAL, } from '../../constants' const SPECS: Array<{ source: string expectedTokens: Lexer.Token[] expectedNodes: Tree.ChildNode[] }> = [ { // macro with comment primitive source: '%AMCOMMENT*0 hello world*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'COMMENT'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '0'), t(Lexer.WHITESPACE, ' '), t(Lexer.WORD, 'hello'), t(Lexer.WHITESPACE, ' '), t(Lexer.WORD, 'world'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 25, 24]), name: 'COMMENT', children: [ { type: Tree.MACRO_COMMENT, position: pos([1, 12, 11], [1, 25, 24]), comment: 'hello world', }, ], }, ], }, { // macro with circle primitive source: '%AMCIRCLE*1,1,0.5,0,0*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'CIRCLE'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 22, 21]), name: 'CIRCLE', children: [ { type: Tree.MACRO_PRIMITIVE, position: pos([1, 11, 10], [1, 22, 21]), code: MACRO_CIRCLE, modifiers: [1, 0.5, 0, 0], }, ], }, ], }, { // macro with vector primitive source: '%AMVECTOR*20,1,0.25,0,0,.5,.5,0*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'VECTOR'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '20'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.25'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 32, 31]), name: 'VECTOR', children: [ { type: Tree.MACRO_PRIMITIVE, position: pos([1, 11, 10], [1, 32, 31]), code: MACRO_VECTOR_LINE, modifiers: [1, 0.25, 0, 0, 0.5, 0.5, 0], }, ], }, ], }, { // macro with center-line primitive source: '%AMCENTERLINE*21,1,0.5,0.25,0,0,0*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'CENTERLINE'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '21'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.25'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 34, 33]), name: 'CENTERLINE', children: [ { type: Tree.MACRO_PRIMITIVE, position: pos([1, 15, 14], [1, 34, 33]), code: MACRO_CENTER_LINE, modifiers: [1, 0.5, 0.25, 0, 0, 0], }, ], }, ], }, { // macro with outline primitive source: '%AMOUTLINE*4,1,3,0,0,0,0.5,0.5,0.5,0,0,0*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'OUTLINE'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '4'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '3'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 41, 40]), name: 'OUTLINE', children: [ { type: Tree.MACRO_PRIMITIVE, position: pos([1, 12, 11], [1, 41, 40]), code: MACRO_OUTLINE, modifiers: [1, 3, 0, 0, 0, 0.5, 0.5, 0.5, 0, 0, 0], }, ], }, ], }, { // macro with polygon primitive source: '%AMPOLYGON*5,1,5,0,0,0.5,0*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'POLYGON'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 27, 26]), name: 'POLYGON', children: [ { type: Tree.MACRO_PRIMITIVE, position: pos([1, 12, 11], [1, 27, 26]), code: MACRO_POLYGON, modifiers: [1, 5, 0, 0, 0.5, 0], }, ], }, ], }, { // macro with moire primitive source: '%AMMOIRE*6,0,0,0.5,0.04,0.03,2,0.01,0.55,0*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'MOIRE'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '6'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.04'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.03'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '2'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.01'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.55'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 43, 42]), name: 'MOIRE', children: [ { type: Tree.MACRO_PRIMITIVE, position: pos([1, 10, 9], [1, 43, 42]), code: MACRO_MOIRE, modifiers: [0, 0, 0.5, 0.04, 0.03, 2, 0.01, 0.55, 0], }, ], }, ], }, { // macro with thermal primitive source: '%AMTHERMAL*7,0,0,0.5,0.4,0.1,0*%', expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'THERMAL'), t(Lexer.ASTERISK, '*'), t(Lexer.NUMBER, '7'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.5'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.4'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0.1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [1, 31, 30]), name: 'THERMAL', children: [ { type: Tree.MACRO_PRIMITIVE, position: pos([1, 12, 11], [1, 31, 30]), code: MACRO_THERMAL, modifiers: [0, 0, 0.5, 0.4, 0.1, 0], }, ], }, ], }, { // complex macro with parameters and values source: `%AMCOMPLEX* $2=$1+14* $3=-42-$1* $4=$3/2* $5=(1+(2-$4))x4* 1,1,$5+1,$2,0* %`, expectedTokens: [ t(Lexer.PERCENT, '%'), t(Lexer.GERBER_TOOL_MACRO, 'COMPLEX'), t(Lexer.ASTERISK, '*'), t(Lexer.NEWLINE, '\n'), t(Lexer.GERBER_MACRO_VARIABLE, '$2'), t(Lexer.EQUALS, '='), t(Lexer.GERBER_MACRO_VARIABLE, '$1'), t(Lexer.NUMBER, '+14'), t(Lexer.ASTERISK, '*'), t(Lexer.NEWLINE, '\n'), t(Lexer.GERBER_MACRO_VARIABLE, '$3'), t(Lexer.EQUALS, '='), t(Lexer.NUMBER, '-42'), t(Lexer.OPERATOR, '-'), t(Lexer.GERBER_MACRO_VARIABLE, '$1'), t(Lexer.ASTERISK, '*'), t(Lexer.NEWLINE, '\n'), t(Lexer.GERBER_MACRO_VARIABLE, '$4'), t(Lexer.EQUALS, '='), t(Lexer.GERBER_MACRO_VARIABLE, '$3'), t(Lexer.OPERATOR, '/'), t(Lexer.NUMBER, '2'), t(Lexer.ASTERISK, '*'), t(Lexer.NEWLINE, '\n'), t(Lexer.GERBER_MACRO_VARIABLE, '$5'), t(Lexer.EQUALS, '='), t(Lexer.OPERATOR, '('), t(Lexer.NUMBER, '1'), t(Lexer.OPERATOR, '+'), t(Lexer.OPERATOR, '('), t(Lexer.NUMBER, '2'), t(Lexer.OPERATOR, '-'), t(Lexer.GERBER_MACRO_VARIABLE, '$4'), t(Lexer.OPERATOR, ')'), t(Lexer.OPERATOR, ')'), t(Lexer.OPERATOR, 'x'), t(Lexer.NUMBER, '4'), t(Lexer.ASTERISK, '*'), t(Lexer.NEWLINE, '\n'), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '1'), t(Lexer.COMMA, ','), t(Lexer.GERBER_MACRO_VARIABLE, '$5'), t(Lexer.NUMBER, '+1'), t(Lexer.COMMA, ','), t(Lexer.GERBER_MACRO_VARIABLE, '$2'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '0'), t(Lexer.ASTERISK, '*'), t(Lexer.NEWLINE, '\n'), t(Lexer.PERCENT, '%'), ], expectedNodes: [ { type: Tree.TOOL_MACRO, position: pos([1, 2, 1], [6, 15, 73]), name: 'COMPLEX', children: [ { type: Tree.MACRO_VARIABLE, position: pos([2, 1, 12], [2, 9, 20]), name: '$2', value: {left: '$1', right: 14, operator: '+'}, }, { type: Tree.MACRO_VARIABLE, position: pos([3, 1, 22], [3, 10, 31]), name: '$3', value: {left: -42, right: '$1', operator: '-'}, }, { type: Tree.MACRO_VARIABLE, position: pos([4, 1, 33], [4, 8, 40]), name: '$4', value: {left: '$3', right: 2, operator: '/'}, }, { type: Tree.MACRO_VARIABLE, position: pos([5, 1, 42], [5, 16, 57]), name: '$5', value: { left: { left: 1, right: {left: 2, right: '$4', operator: '-'}, operator: '+', }, right: 4, operator: 'x', }, }, { type: Tree.MACRO_PRIMITIVE, position: pos([6, 1, 59], [6, 14, 72]), code: MACRO_CIRCLE, modifiers: [1, {left: '$5', right: 1, operator: '+'}, '$2', 0], }, ], }, ], }, ] describe('gerber macro syntax matches', () => { SPECS.forEach(({source, expectedTokens, expectedNodes}) => { it(`should match on ${source.trim()}`, () => { const lexer = Lexer.createLexer() lexer.reset(source) const actualTokens = toArray((lexer as unknown) as Array<Lexer.Token>) const {tokens, nodes, filetype} = actualTokens.reduce<MatchState>( (state, token) => matchSyntax(state, token), null ) expect(filetype).to.equal(GERBER) expect(nodes).to.eql(expectedNodes) expect(tokens.map(simplifyToken)).to.eql( expectedTokens.map(simplifyToken) ) }) }) })