@tracespace/parser

// drill 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 { DRILL, IN, MM, LEADING, TRAILING, CIRCLE, MOVE, LINE, CW_ARC, CCW_ARC, SLOT, } from '../../constants' const SPECS: Array<{ source: string expectedTokens: Lexer.Token[] expectedNodes: Tree.ChildNode[] }> = [ { // drill file end with M00 source: 'M00\n', expectedTokens: [t(Lexer.M_CODE, '0'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.DONE, position: pos([1, 1, 0], [1, 4, 3]), }, ], }, { // drill file end with M30 source: 'M30\n', expectedTokens: [t(Lexer.M_CODE, '30'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.DONE, position: pos([1, 1, 0], [1, 4, 3]), }, ], }, { // drill comment source: '; hello world\n', expectedTokens: [ t(Lexer.SEMICOLON, ';'), t(Lexer.WHITESPACE, ' '), t(Lexer.WORD, 'hello'), t(Lexer.WHITESPACE, ' '), t(Lexer.WORD, 'world'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.COMMENT, position: pos([1, 1, 0], [1, 14, 13]), comment: 'hello world', }, ], }, { // drill inch units (new style) source: 'INCH\n', expectedTokens: [t(Lexer.DRILL_UNITS, 'INCH'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 5, 4]), units: IN, }, ], }, { // drill millimeter units (new style) source: 'METRIC\n', expectedTokens: [t(Lexer.DRILL_UNITS, 'METRIC'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 7, 6]), units: MM, }, ], }, { // drill inch units (old style) source: 'M72\n', expectedTokens: [t(Lexer.M_CODE, '72'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 4, 3]), units: IN, }, ], }, { // drill millimeter units (new style) source: 'M71\n', expectedTokens: [t(Lexer.M_CODE, '71'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 4, 3]), units: MM, }, ], }, { // drill new-style inches with leading zero suppression (keep trailing) source: 'INCH,TZ\n', expectedTokens: [ t(Lexer.DRILL_UNITS, 'INCH'), t(Lexer.DRILL_ZERO_INCLUSION, 'TZ'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 5, 4]), units: IN, }, { type: Tree.COORDINATE_FORMAT, position: pos([1, 5, 4], [1, 8, 7]), zeroSuppression: LEADING, format: null, mode: null, }, ], }, { // drill old-style millimeters with trailing zero suppression (keep leading) source: 'M71,LZ\n', expectedTokens: [ t(Lexer.M_CODE, '71'), t(Lexer.DRILL_ZERO_INCLUSION, 'LZ'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 4, 3]), units: MM, }, { type: Tree.COORDINATE_FORMAT, position: pos([1, 4, 3], [1, 7, 6]), zeroSuppression: TRAILING, format: null, mode: null, }, ], }, { // drill old-style inches with trailing zero suppression and format source: 'M72,LZ,00.000\n', expectedTokens: [ t(Lexer.M_CODE, '72'), t(Lexer.DRILL_ZERO_INCLUSION, 'LZ'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '00.000'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 4, 3]), units: IN, }, { type: Tree.COORDINATE_FORMAT, position: pos([1, 4, 3], [1, 14, 13]), zeroSuppression: TRAILING, format: [2, 3], mode: null, }, ], }, { // drill new-style millimeters with leading zero suppression and format source: 'METRIC,TZ,000.0000\n', expectedTokens: [ t(Lexer.DRILL_UNITS, 'METRIC'), t(Lexer.DRILL_ZERO_INCLUSION, 'TZ'), t(Lexer.COMMA, ','), t(Lexer.NUMBER, '000.0000'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.UNITS, position: pos([1, 1, 0], [1, 7, 6]), units: MM, }, { type: Tree.COORDINATE_FORMAT, position: pos([1, 7, 6], [1, 19, 18]), zeroSuppression: LEADING, format: [3, 4], mode: null, }, ], }, { // simple tool definition source: 'T01C0.01\n', expectedTokens: [ t(Lexer.T_CODE, '1'), t(Lexer.COORD_CHAR, 'C'), t(Lexer.NUMBER, '0.01'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.TOOL_DEFINITION, position: pos([1, 1, 0], [1, 9, 8]), code: '1', shape: {type: CIRCLE, diameter: 0.01}, hole: null, }, ], }, { // tool definition with cruft source: 'T02F42C0.05Z\n', expectedTokens: [ t(Lexer.T_CODE, '2'), t(Lexer.COORD_CHAR, 'F'), t(Lexer.NUMBER, '42'), t(Lexer.COORD_CHAR, 'C'), t(Lexer.NUMBER, '0.05'), t(Lexer.COORD_CHAR, 'Z'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.TOOL_DEFINITION, position: pos([1, 1, 0], [1, 13, 12]), code: '2', shape: {type: CIRCLE, diameter: 0.05}, hole: null, }, ], }, { // tool change source: 'T03\n', expectedTokens: [t(Lexer.T_CODE, '3'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.TOOL_CHANGE, position: pos([1, 1, 0], [1, 4, 3]), code: '3', }, ], }, { // tool change with cruft source: 'T04F200\n', expectedTokens: [ t(Lexer.T_CODE, '4'), t(Lexer.COORD_CHAR, 'F'), t(Lexer.NUMBER, '200'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.TOOL_CHANGE, position: pos([1, 1, 0], [1, 8, 7]), code: '4', }, ], }, { // simple drill operation source: 'X01Y02\n', expectedTokens: [ t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '01'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '02'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.GRAPHIC, position: pos([1, 1, 0], [1, 7, 6]), coordinates: {x: '01', y: '02'}, graphic: null, }, ], }, { // drill operation with leading tool code source: 'T05X01Y02\n', expectedTokens: [ t(Lexer.T_CODE, '5'), t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '01'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '02'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.TOOL_CHANGE, position: pos([1, 1, 0], [1, 4, 3]), code: '5', }, { type: Tree.GRAPHIC, position: pos([1, 4, 3], [1, 10, 9]), coordinates: {x: '01', y: '02'}, graphic: null, }, ], }, { // drill operation with trailing tool code source: 'X01Y02T06\n', expectedTokens: [ t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '01'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '02'), t(Lexer.T_CODE, '6'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.TOOL_CHANGE, position: pos([1, 7, 6], [1, 10, 9]), code: '6', }, { type: Tree.GRAPHIC, position: pos([1, 1, 0], [1, 7, 6]), coordinates: {x: '01', y: '02'}, graphic: null, }, ], }, { // route mode move source: 'G00X05Y06\n', expectedTokens: [ t(Lexer.G_CODE, '0'), t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '05'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '06'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: MOVE, }, { type: Tree.GRAPHIC, position: pos([1, 4, 3], [1, 10, 9]), coordinates: {x: '05', y: '06'}, graphic: null, }, ], }, { // route mode linear interpolation source: 'G01X05Y06\n', expectedTokens: [ t(Lexer.G_CODE, '1'), t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '05'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '06'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: LINE, }, { type: Tree.GRAPHIC, position: pos([1, 4, 3], [1, 10, 9]), coordinates: {x: '05', y: '06'}, graphic: null, }, ], }, { // route mode clockwise arc interpolation source: 'G02X05Y06I01J02\n', expectedTokens: [ t(Lexer.G_CODE, '2'), t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '05'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '06'), t(Lexer.COORD_CHAR, 'I'), t(Lexer.NUMBER, '01'), t(Lexer.COORD_CHAR, 'J'), t(Lexer.NUMBER, '02'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: CW_ARC, }, { type: Tree.GRAPHIC, position: pos([1, 4, 3], [1, 16, 15]), coordinates: {x: '05', y: '06', i: '01', j: '02'}, graphic: null, }, ], }, { // route mode counter-clockwise arc interpolation source: 'G03X05Y06A01\n', expectedTokens: [ t(Lexer.G_CODE, '3'), t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '05'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '06'), t(Lexer.COORD_CHAR, 'A'), t(Lexer.NUMBER, '01'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: CCW_ARC, }, { type: Tree.GRAPHIC, position: pos([1, 4, 3], [1, 13, 12]), coordinates: {x: '05', y: '06', a: '01'}, graphic: null, }, ], }, { // drill mode operation source: 'G05X05Y06\n', expectedTokens: [ t(Lexer.G_CODE, '5'), t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '05'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '06'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: DRILL, }, { type: Tree.GRAPHIC, position: pos([1, 4, 3], [1, 10, 9]), coordinates: {x: '05', y: '06'}, graphic: null, }, ], }, { // route mode without coordinates source: 'G00\n', expectedTokens: [t(Lexer.G_CODE, '0'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: MOVE, }, ], }, { // linear mode without coordinates source: 'G01\n', expectedTokens: [t(Lexer.G_CODE, '1'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: LINE, }, ], }, { // cw mode without coordinates source: 'G02\n', expectedTokens: [t(Lexer.G_CODE, '2'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: CW_ARC, }, ], }, { // ccw mode without coordinates source: 'G03\n', expectedTokens: [t(Lexer.G_CODE, '3'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: CCW_ARC, }, ], }, { // drill mode without coordinates source: 'G05\n', expectedTokens: [t(Lexer.G_CODE, '5'), t(Lexer.NEWLINE, '\n')], expectedNodes: [ { type: Tree.INTERPOLATE_MODE, position: pos([1, 1, 0], [1, 4, 3]), mode: DRILL, }, ], }, { // drill slot source: 'X07Y08G85X09Y10\n', expectedTokens: [ t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '07'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '08'), t(Lexer.G_CODE, '85'), t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '09'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '10'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.GRAPHIC, position: pos([1, 1, 0], [1, 16, 15]), graphic: SLOT, coordinates: {x1: '07', y1: '08', x2: '09', y2: '10'}, }, ], }, { // drill slot with modal coordinates source: 'X07G85Y10\n', expectedTokens: [ t(Lexer.COORD_CHAR, 'X'), t(Lexer.NUMBER, '07'), t(Lexer.G_CODE, '85'), t(Lexer.COORD_CHAR, 'Y'), t(Lexer.NUMBER, '10'), t(Lexer.NEWLINE, '\n'), ], expectedNodes: [ { type: Tree.GRAPHIC, position: pos([1, 1, 0], [1, 10, 9]), graphic: SLOT, coordinates: {x1: '07', y2: '10'}, }, ], }, ] describe('drill 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 ) const simpleTokens = tokens.map(simplifyToken) expect(filetype).to.equal(DRILL) expect(nodes).to.eql(expectedNodes) expect(simpleTokens).to.eql(expectedTokens.map(simplifyToken)) }) }) })