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How to use checkValue method in wpt

Best JavaScript code snippet using wpt

validation.js

Source:validation.js

...9        term: "Sketch",10        validate: (data, path) => {11            return {12                type: "sketch",13                seed: checkValue(data, [...path, 'seed'], Math.round(Math.random() * 1000), isInteger),14                shake: checkValue(data, [...path, 'shake'], 0.2, isGTE(0), isLTE(1)),15                nib: checkLength(data, [...path, 'nib'], 1, 1),16            }17        }18    },19    pen: {20        term: "Pen",21        validate: (data, path) => {22            return {23                type: "pen",24                nib: checkLength(data, [...path, 'nib'], 1, 1),25                seed: checkValue(data, [...path, 'seed'], Math.round(Math.random() * 1000), isInteger),26                smudge: checkValue(data, [...path, 'smudge'], 0.2, isGTE(0), isLTE(1)),27                jitter: checkValue(data, [...path, 'jitter'], 0.5, isGTE(0), isLTE(1))28            }29        }30    },31    pencil: {32        term: "Pencil",33        validate: (data, path) => {34            return {35                type: "pencil",36                seed: checkValue(data, [...path, 'seed'], Math.round(Math.random() * 1000), isInteger)37            }38        }39    },40    glow: {41        term: "Glow",42        validate: (data, path) => {43            return {44                type: "glow",45                blur: checkValue(data, [...path, 'blur'], 3, isNumber),46                spread: checkLength(data, [...path, 'spread'], 3, 1),47            }48        }49    }50}51export const LAYERS = {52    line:  {53        term: "Line",54        category: "shape",55        validate: (data, path) => {56            return {57                type: "line",58                name: checkValue(data, [...path, "name"], "", isString),59                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),60                visible: checkValue(data, [...path, "visible"], true, isBoolean),61                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),62                r1: checkLength(data, [...path, 'r1'], 0, 96),63                t1: checkValue(data, [...path, 't1'], 0, isNumber),64                x1: checkLength(data, [...path,'x1'], 0, 96),65                y1: checkLength(data, [...path,'y1'], 0, 96),66                r2: checkLength(data, [...path,'r2'], 0, 96),67                t2: checkValue(data, [...path, 't2'], 0, isNumber),68                x2: checkLength(data, [...path, 'x2'], 0, 96),69                y2: checkLength(data, [...path, 'y2'], 0, 96),70                stroke: checkStroke(data, [...path, 'stroke'])71            }72        }73    },74    circle: {75        term: "Circle",76        category: "shape",77        validate: (data, path) => {78            return {79                type: "circle",80                name: checkValue(data, [...path, "name"], "", isString),81                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),82                visible: checkValue(data, [...path, "visible"], true, isBoolean),83                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),84                r: checkLength(data, [...path, 'r'], 0, 96),85                t: checkValue(data, [...path, 't'], 0, isNumber),86                x: checkLength(data, [...path, 'x'], 0, 96),87                y: checkLength(data, [...path, 'y'], 0, 96),88                radius: checkLengthWithScale(data, [...path, 'radius'], 2, 96, true, isNumber),89                stroke: checkStroke(data, [...path, 'stroke']),90                fill: checkFill(data, [...path, 'fill'])91            }92        }93    },94    ring:  {95        term: "Ring",96        category: "shape",97        validate: (data, path) => {98            return {99                type: "ring",100                name: checkValue(data, [...path, "name"], "", isString),101                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),102                visible: checkValue(data, [...path, "visible"], true, isBoolean),103                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),104                r: checkLength(data, [...path, 'r'], 0, 96),105                t: checkValue(data, [...path, 't'], 0, isNumber),106                x: checkLength(data, [...path, 'x'], 0, 96),107                y: checkLength(data, [...path, 'y'], 0, 96),108                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),109                inner: checkLengthWithScale(data, [...path, 'inner'], 1, 96, true, isNumber),110                outer: checkLengthWithScale(data, [...path, 'outer'], 2, 96, true, isNumber),111                radius: checkLengthWithScale(data, [...path, 'radius'], 1.5, 96, true, isNumber),112                spread: checkLengthWithScale(data, [...path, 'spread'], 0.5, 96, true, isNumber),113                radialMode: checkValue(data, [...path, 'radialMode'], "innerouter", isEnum("innerouter", "radiusspread")),114                stroke: checkStroke(data, [...path, 'stroke']),115                fill: checkFill(data, [...path, 'fill'])116            }117        }118    },119    polygon: {120        term: "Polygon",121        category: "shape",122        validate: (data, path) => {123            return {124                type: "polygon",125                name: checkValue(data, [...path, "name"], "", isString),126                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),127                visible: checkValue(data, [...path, "visible"], true, isBoolean),128                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),129                r: checkLength(data, [...path, 'r'], 0, 96),130                t: checkValue(data, [...path, 't'], 0, isNumber),131                x: checkLength(data, [...path, 'x'], 0, 96),132                y: checkLength(data, [...path, 'y'], 0, 96),133                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),134                radius: checkPolygonRadius(data, [...path, 'radius'], 1.5, 96, true, isGTE(0)),135                scribeMode: checkValue(data, [...path, "scribeMode"], "circumscribe", isLegacy([...path, "radius", "scribe"]), isEnum("circumscribe", "inscribe", "middle")),136                sides: checkValue(data, [...path, 'sides'], 5, isInteger, isGTE(3), isLTE(24)),137                thetaCurve: checkValue(data, [...path, 'thetaCurve'], "linear", isEnum(...CURVES)),138                stroke: checkStroke(data, [...path, 'stroke']),139                fill: checkFill(data, [...path, 'fill'])140            }141        }142    },143    polygram: {144        term: "Polygram",145        category: "shape",146        validate: (data, path) => {147            return {148                type: "polygram",149                name: checkValue(data, [...path, "name"], "", isString),150                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),151                visible: checkValue(data, [...path, "visible"], true, isBoolean),152                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),153                r: checkLength(data, [...path, 'r'], 0, 96),154                t: checkValue(data, [...path, 't'], 0, isNumber),155                x: checkLength(data, [...path, 'x'], 0, 96),156                y: checkLength(data, [...path, 'y'], 0, 96),157                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),158                radius: checkPolygonRadius(data, [...path, 'radius'], 1.5, 96, true, isGTE(0)),159                scribeMode: checkValue(data, [...path, "scribeMode"], "circumscribe", isLegacy([...path, "radius", "scribe"]), isEnum("circumscribe", "inscribe", "middle")),160                sides: checkValue(data, [...path, 'sides'], 5, isInteger, isGTE(5), isLTE(24)),161                skip: checkValue(data, [...path, 'skip'], 1, isInteger, isGTE(0), isLTE(Math.ceil(checkValue(data, [...path, 'sides'], 5, isGTE(5), isLTE(24)) / 2) - 2)),162                thetaCurve: checkValue(data, [...path, 'thetaCurve'], "linear", isEnum(...CURVES)),163                stroke: checkStroke(data, [...path, 'stroke']),164                fill: checkFill(data, [...path, 'fill'])165            }166        }167    },168    burst: {169        term: "Burst",170        category: "shape",171        validate: (data, path) => {172            return {173                type: "burst",174                name: checkValue(data, [...path, "name"], "", isString),175                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),176                visible: checkValue(data, [...path, "visible"], true, isBoolean),177                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),178                r: checkLength(data, [...path, 'r'], 0, 96),179                t: checkValue(data, [...path, 't'], 0, isNumber),180                x: checkLength(data, [...path, 'x'], 0, 96),181                y: checkLength(data, [...path, 'y'], 0, 96),182                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),183                count: checkValue(data, [...path, 'count'], 5, isInteger),184                radialMode: checkValue(data, [...path, 'radialMode'], 'innerouter', isEnum("radiusspread", "innerouter")),185                inner: checkLengthWithScale(data, [...path, 'inner'], 0, 96, true, isNumber),186                outer: checkLengthWithScale(data, [...path, 'outer'], 1.5, 96, true, isNumber),187                radius: checkLengthWithScale(data, [...path, 'radius'], 1.5, 96, true, isNumber),188                spread: checkLengthWithScale(data, [...path, 'spread'], 0.5, 96, true, isNumber),189                thetaMode: checkValue(data, [...path, 'thetaMode'], 'incremental', isEnum("incremental", "startstop")),190                step: checkValue(data, [...path, 'step'], 72, isNumber),191                toExtent: checkValue(data, [...path, 'toExtent'], false, isBoolean),192                coverage: {193                    start: checkValue(data, [...path, 'coverage', 'start'], 0, isNumber),194                    end: checkValue(data, [...path, 'coverage', 'end'], 360, isNumber),195                },196                thetaCurve: checkValue(data, [...path, 'thetaCurve'], "linear", isEnum(...CURVES)),197                stroke: checkStroke(data, [...path, 'stroke']),198            }199        }200    },201    arc:  {202        term: "Arc",203        category: "shape",204        validate: (data, path) => {205            return {206                type: "arc",207                name: checkValue(data, [...path, "name"], "", isString),208                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),209                visible: checkValue(data, [...path, "visible"], true, isBoolean),210                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),211                r: checkLength(data, [...path, 'r'], 0, 96),212                t: checkValue(data, [...path, 't'], 0, isNumber),213                x: checkLength(data, [...path, 'x'], 0, 96),214                y: checkLength(data, [...path, 'y'], 0, 96),215                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),216                radius: checkLengthWithScale(data, [...path, 'radius'], 1.5, 96, true, isNumber),217                pie: checkValue(data, [...path, 'pie'], false, isBoolean),218                coverage: {219                    start: checkValue(data, [...path, 'coverage', 'start'], 0, isLTE(360), isGTE(0)),220                    end: checkValue(data, [...path, 'coverage', 'end'], 60, isLTE(360), isGTE(0)),221                },222                stroke: checkStroke(data, [...path, 'stroke']),223                fill: checkFill(data, [...path, 'fill'])224            }225        }226    },227    star: {228        term: "Star",229        category: "shape",230        validate: (data, path) => {231            return {232                type: "star",233                name: checkValue(data, [...path, "name"], "", isString),234                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),235                visible: checkValue(data, [...path, "visible"], true, isBoolean),236                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),237                r: checkLength(data, [...path, 'r'], 0, 96),238                t: checkValue(data, [...path, 't'], 0, isNumber),239                x: checkLength(data, [...path, 'x'], 0, 96),240                y: checkLength(data, [...path, 'y'], 0, 96),241                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),242                points: checkValue(data, [...path, 'points'], 5, isInteger),243                scribeMode: checkValue(data, [...path, 'scribeMode'], 'circumscribe', isEnum('circumscribe', 'inscribe', 'middle')),244                radialMode: checkValue(data, [...path, 'radialMode'], 'innerouter', isEnum("radiusspread", "innerouter")),245                inner: checkLengthWithScale(data, [...path, 'inner'], 0.75, 96, true, isNumber),246                outer: checkLengthWithScale(data, [...path, 'outer'], 2, 96, true, isNumber),247                radius: checkLengthWithScale(data, [...path, 'radius'], 1.5, 96, true, isNumber),248                spread: checkLengthWithScale(data, [...path, 'spread'], 0.5, 96, true, isNumber),249                thetaCurve: checkValue(data, [...path, 'thetaCurve'], "linear", isEnum(...CURVES)),250                stroke: checkStroke(data, [...path, 'stroke']),251                fill: checkFill(data, [...path, 'fill'])252            }253        }254    },255    path: {256        term: "Path",257        warning: "Proceed with Caution!",258        category: "shape",259        validate: (data, path) => {260            return {261                type: "path",262                name: checkValue(data, [...path, "name"], "", isString),263                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),264                visible: checkValue(data, [...path, "visible"], true, isBoolean),265                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),266                r: checkLength(data, [...path, 'r'], 0, 96),267                t: checkValue(data, [...path, 't'], 0, isNumber),268                x: checkLength(data, [...path, 'x'], 0, 96),269                y: checkLength(data, [...path, 'y'], 0, 96),270                s: checkValue(data, [...path, 's'], 1, isNumber),271                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),272                definition: checkValue(data, [...path, 'definition'], "", isString),273                stroke: checkStroke(data, [...path, 'stroke']),274                fill: checkFill(data, [...path, 'fill'])275            }276        }277    },278    group: {279        term: "Group",280        category: "collection",281        validate: (data, path) => {282            return {283                type: "group",284                name: checkValue(data, [...path, "name"], "", isString),285                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),286                visible: checkValue(data, [...path, "visible"], true, isBoolean),287                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),288                r: checkLength(data, [...path, 'r'], 0, 96),289                t: checkValue(data, [...path, 't'], 0, isNumber),290                x: checkLength(data, [...path, 'x'], 0, 96),291                y: checkLength(data, [...path, 'y'], 0, 96),292                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),293                layers: checkLayers(data, [...path, 'layers'])294            }295        }296    },297    radialary: {298        term: "Radial Array",299        category: "collection",300        validate: (data, path) => {301            return {302                type: "radialary",303                name: checkValue(data, [...path, "name"], "", isString),304                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),305                visible: checkValue(data, [...path, "visible"], true, isBoolean),306                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),307                r: checkLength(data, [...path, 'r'], 0, 96),308                t: checkValue(data, [...path, 't'], 0, isNumber),309                x: checkLength(data, [...path, 'x'], 0, 96),310                y: checkLength(data, [...path, 'y'], 0, 96),311                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),312                count: checkValue(data, [...path, 'count'], 3, isInteger),313                radialMode: checkValue(data, [...path, 'radialMode'], 'innerouter', isEnum("radiusspread", "innerouter")),314                inner: checkLengthWithScale(data, [...path, 'inner'], 1, 96, true, isNumber),315                outer: checkLengthWithScale(data, [...path, 'outer'], 2, 96, true, isNumber),316                radius: checkLengthWithScale(data, [...path, 'radius'], 1.5, 96, true, isNumber),317                spread: checkLengthWithScale(data, [...path, 'spread'], 0.5, 96, true, isNumber),318                thetaMode: checkValue(data, [...path, 'thetaMode'], 'incremental', isEnum("incremental", "startstop")),319                step: checkValue(data, [...path, 'step'], 20, isNumber),320                toExtent: checkValue(data, [...path, 'toExtent'], false, isBoolean),321                coverage: {322                    start: checkValue(data, [...path, 'coverage', 'start'], 0, isNumber),323                    end: checkValue(data, [...path, 'coverage', 'end'], 360, isNumber),324                },325                scaleFactor: checkValue(data, [...path, 'scaleFactor'], "1 0,linear,1 1", isSpline),326                radialCurve: checkValue(data, [...path, 'radialCurve'], "linear", isEnum(...CURVES)),327                thetaCurve: checkValue(data, [...path, 'thetaCurve'], "linear", isEnum(...CURVES)),328                colorFactorInherit: checkValue(data, [...path, 'colorFactorInherit'], false, isBoolean),329                colorFactorFill: checkValue(data, [...path, 'colorFactorFill'], "#ffffffff 0,rgb linear,#000000ff 1", isGradient),330                colorFactorStroke: checkValue(data, [...path, 'colorFactorStroke'], "#ffffffff 0,rgb linear,#000000ff 1", isGradient),331                layers: checkLayers(data, [...path, 'layers'])332            }333        }334    },335    vertexary: {336        term: "Vertex Array",337        category: "collection",338        validate: (data, path) => {339            return {340                type: "vertexary",341                name: checkValue(data, [...path, "name"], "", isString),342                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),343                visible: checkValue(data, [...path, "visible"], true, isBoolean),344                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),345                r: checkLength(data, [...path, 'r'], 0, 96),346                t: checkValue(data, [...path, 't'], 0, isNumber),347                x: checkLength(data, [...path, 'x'], 0, 96),348                y: checkLength(data, [...path, 'y'], 0, 96),349                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),350                radius: checkPolygonRadius(data, [...path, 'radius'], 1.5, 96, true, isGTE(0)),351                scribeMode: checkValue(data, [...path, "scribeMode"], "circumscribe", isLegacy([...path, "radius", "scribe"]), isEnum("circumscribe", "inscribe", "middle")),352                count: checkValue(data, [...path, 'count'], 5, isInteger),353                scaleFactor: checkValue(data, [...path, 'scaleFactor'], "1 0,linear,1 1", isSpline),354                thetaCurve: checkValue(data, [...path, 'thetaCurve'], "linear", isEnum(...CURVES)),355                colorFactorInherit: checkValue(data, [...path, 'colorFactorInherit'], false, isBoolean),356                colorFactorFill: checkValue(data, [...path, 'colorFactorFill'], "#ffffffff 0,rgb linear,#000000ff 1", isGradient),357                colorFactorStroke: checkValue(data, [...path, 'colorFactorStroke'], "#ffffffff 0,rgb linear,#000000ff 1", isGradient),358                layers: checkLayers(data, [...path, 'layers'])359            }360        }361    },362    mask: {363        term: "Mask",364        category: "utility",365        validate: (data, path) => {366            return {367                type: "mask",368                name: checkValue(data, [...path, "name"], "", isString),369                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),370                visible: checkValue(data, [...path, "visible"], true, isBoolean),371                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),372                r: checkLength(data, [...path, 'r'], 0, 96),373                t: checkValue(data, [...path, 't'], 0, isNumber),374                x: checkLength(data, [...path, 'x'], 0, 96),375                y: checkLength(data, [...path, 'y'], 0, 96),376                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),377                invertMask: checkValue(data, [...path, 'invertMask'], false, isBoolean),378                showMask: checkValue(data, [...path, 'showMask'], false, isBoolean),379                masks: checkLayers(data, [...path, 'masks']),380                layers: checkLayers(data, [...path, 'layers'])381            }382        }383    },384    effect: {385        term: "Effect",386        category: "utility",387        validate: (data, path) => {388            return {389                type: "effect",390                name: checkValue(data, [...path, "name"], "", isString),391                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),392                visible: checkValue(data, [...path, "visible"], true, isBoolean),393                posMode: checkValue(data, [...path, "posMode"], "polar", isEnum("cartesian", "polar")),394                r: checkLength(data, [...path, 'r'], 0, 96),395                t: checkValue(data, [...path, 't'], 0, isNumber),396                x: checkLength(data, [...path, 'x'], 0, 96),397                y: checkLength(data, [...path, 'y'], 0, 96),398                rotation: checkValue(data, [...path, 'rotation'], 0, isNumber),399                showEffect: checkValue(data, [...path, 'showEffect'], true, isBoolean),400                definition: checkEffect(data, [...path, 'definition']),401                layers: checkLayers(data, [...path, 'layers'])402            }403        }404    },405    recolor: {406        term: "Recolor",407        category: "utility",408        validate: (data, path) => {409            return {410                type: "recolor",411                name: checkValue(data, [...path, "name"], "", isString),412                isOpen: checkValue(data, [...path, "isOpen"], true, isBoolean),413                visible: checkValue(data, [...path, "visible"], true, isBoolean),414                foreground: checkValue(data, [...path, 'foreground'], "#800", isColor),415                background: checkValue(data, [...path, 'background'], "#fff", isColor),416                layers: checkLayers(data, [...path, 'layers'])417            }418        }419    },420    note: {421        term: "Note",422        category: "utility",423        validate: (data, path) => {424            return {425                type: "note",426                name: checkValue(data, [...path, "name"], "", isString),427                isOpen: checkValue(data, [...path, "isOpen"], false, isBoolean),428                note: checkValue(data, [...path, "note"], "", isString)429            }430        }431    }432}433export const isString = a => typeof a === "string" ? a : undefined;434export const isGradient = a => typeof a === "string" ? (Gradient.fromString(a)?.toString() ?? undefined) : undefined;435export const isSpline = a => typeof a === "string" ? (Spline.fromString(a)?.toString() ?? undefined) : undefined;436export const isLiteral = (c) => { return a => a === c ? a : undefined; };437export const isNull = (a) => { return a === null ? a : typeof a === 'string' && a === '' ? null : undefined }438export const isColor = a => typeof a === "string" && COLOR_REGEX.test(a) ? a : undefined;439export const isNumber = a => !isNaN(Number(a)) ? Number(a) : undefined;440export const isEnum = (...values) => { return a => values.includes(a) ? a : undefined; }441export const isGT = (c) => { return a => Number(a) > c ? Number(a) : undefined }442export const isLT = (c) => { return a => Number(a) < c ? Number(a) : undefined }443export const isGTE = (c) => { return a => Number(a) >= c ? Number(a) : undefined }444export const isLTE = (c) => { return a => Number(a) <= c ? Number(a) : undefined }445export const isArray = a => Array.isArray(a) ? a : undefined;446export const isInteger = a => !isNaN(Number(a)) ? Math.round(a) : undefined;447export const isLegacy = (path) => {448    return (a, data) => a ?? get(path, undefined)449}450export const isBoolean = (a) => {451    if (a === true) { return true; }452    if (a === false) { return false; }453    if (a === 1) { return true; }454    if (a === 0) { return false; }455    if (typeof a === 'string') {456        if (a.toLowerCase() === "true") { return true; }457        if (a.toLowerCase() === "false") { return false; }458    }459    return undefined;460};461const checkValue = (data, path, fallback, ...funcs) => {462    const t = funcs.reduce((acc, func) => {463        if (acc === undefined) { return undefined; }464        return func(acc, data);465    }, get(data, path));466    if (t === undefined) {467        return fallback;468    }469    return t;470}471const checkStroke = (data, path) => {472    return {473        option: checkValue(data, [...path, 'option'], 'foreground', isEnum("foreground", "background", "none", "custom", "tween")),474        color: checkValue(data, [...path, 'color'], '#000', isColor),475        value: checkValue(data, [...path, 'value'], 1, isGTE(0)),476        unit: checkValue(data, [...path, 'unit'], 1, isEnum(1, 96, 25.4, 2.54)),477        useScale: checkValue(data, [...path, 'useScale'], false, isBoolean)478    }479}480const checkFill = (data, path) => {481    return {482        option: checkValue(data, [...path, 'option'], 'none', isEnum("foreground", "background", "none", "custom", "tween")),483        color: checkValue(data, [...path, 'color'], '#000', isColor)484    }485}486const checkPolygonRadius = (data, path, valueFB, unitFB, scaleFB, ...funcs) => {487    return {488        value: checkValue(data, [...path, "value"], valueFB, ...funcs),489        unit: checkValue(data, [...path, "unit"], unitFB, isEnum(1, 96, 2.54, 25.4)),490        useScale: checkValue(data, [...path, "useScale"], scaleFB, isBoolean)491    }492}493const checkLength = (data, path, valueFB, unitFB, useScale, useScribe, ...funcs) => {494    return {495        value: checkValue(data, [...path, "value"], valueFB, ...funcs),496        unit: checkValue(data, [...path, "unit"], unitFB, isEnum(1, 96, 2.54, 25.4))497    }498}499const checkLengthWithScale = (data, path, valueFB, unitFB, scaleFB, ...funcs) => {500    return {501        value: checkValue(data, [...path, "value"], valueFB, ...funcs),502        unit: checkValue(data, [...path, "unit"], unitFB, isEnum(1, 96, 2.54, 25.4)),503        useScale: checkValue(data, [...path, "useScale"], scaleFB, isBoolean)504    }505}506const checkLayers = (data, path) => {507    return checkValue(data, path, [], isArray).map((each, i) => {508        const t = checkValue(each, ["type"], null, isEnum(...Object.keys(LAYERS)))509        if (t === null) { return undefined }510        return LAYERS[t].validate(data, [...path, i])511    }).filter(a => a !== undefined)512}513const checkEffect = (data, path) => {514    const t = checkValue(data, [...path, 'type'], null, isEnum(...Object.keys(EFFECTS)));515    if (t === null) { return null; }516    return EFFECTS[t].validate(data, path);517}518export const validateUpload = (data) => {519    const path = [];520    const result = {};521    result.name = checkValue(data, [...path, "name"], "", isString);522    result.colors = {523        foreground: checkValue(data, [...path, "colors", "foreground"], "#800", isColor),524        background: checkValue(data, [...path, "colors", "background"], "#fff", isLiteral("none"), isColor),525        canvas: checkValue(data, [...path, "colors", "canvas"], "#fff", isColor),526        viewport: checkValue(data, [...path, "colors", "viewport"], "#000", isColor)527    }528    result.dimensions = {529        w: checkLength(data, [...path, "dimensions", "w"], 5, 96, isGT(0)),530        h: checkLength(data, [...path, "dimensions", "h"], 5, 96, isGT(0))531    }532    result.layers = checkLayers(data, [...path, "layers"])533    return result;534}535const output = {536    validateUpload,537    LAYERS,538    EFFECTS539};540export default output;

Measurements.js

Source:Measurements.js

...33        }34      }35      for (var i = 0; i < items.length; i++) {36        const roofmeasure = await RoofMeasure.create({37          bin: checkValue(items[i].bin),38          chimney: checkValue(items[i].chimney),39          chimneyInc: checkValue(items[i].chimneyInc),40          eave: checkValue(items[i].eave),41          eaveInc: checkValue(items[i].eaveInc),42          gableGrnd: checkValue(items[i].gableGrnd),43          gableGrndInc: checkValue(items[i].gableGrndInc),44          hipRM: checkValue(items[i].hipRM),45          hipRMInc: checkValue(items[i].hipRMInc),46          measureType: checkValue(items[i].measureType),47          newConst: checkValue(items[i].binewConstn),48          pitch: checkValue(items[i].pitch),49          ridge: checkValue(items[i].ridge),50          ridgeInc: checkValue(items[i].ridgeInc),51          roofTop: checkValue(items[i].roofTop),52          stories: checkValue(items[i].stories),53          totalSqFt: checkValue(items[i].totalSqFt),54          valleyRM: checkValue(items[i].valleyRM),55          valleyRMInc: checkValue(items[i].valleyRMInc),56          wall: checkValue(items[i].wall),57          wallInc: checkValue(items[i].wallInc),58          customer: id,59        });60        roofmeasure.save();61      }62      if (eaveItems.length > 0) {63        for (var i = 0; i < eaveItems.length; i++) {64          const eavemeasure = await EaveMeasure.create({65            adjOneStory: checkValue(eaveItems[i].adjOneStory),66            adjOneStoryInc: checkValue(eaveItems[i].adjOneStoryInc),67            adjOneStoryPrice: checkValue(eaveItems[i].adjOneStoryPrice),68            adjTwoStory: checkValue(eaveItems[i].adjTwoStory),69            adjTwoStoryInc: checkValue(eaveItems[i].adjTwoStoryInc),70            adjTwoStoryPrice: checkValue(eaveItems[i].adjTwoStoryPrice),71            corners: checkValue(eaveItems[i].corners),72            cornersPrice: checkValue(eaveItems[i].cornersPrice),73            difficultyPrice: checkValue(eaveItems[i].difficultyPrice),74            elbows: checkValue(eaveItems[i].elbows),75            extraExtensions: checkValue(eaveItems[i].extraExtensions),76            extraExtensionsPrice: checkValue(eaveItems[i].extraExtensionsPrice),77            oneStoryDown: checkValue(eaveItems[i].oneStoryDown),78            oneStoryDownPrice: checkValue(eaveItems[i].oneStoryDownPrice),79            oneStoryEaves: checkValue(eaveItems[i].oneStoryEaves),80            oneStoryPrice: checkValue(eaveItems[i].oneStoryPrice),81            twoStoryDown: checkValue(eaveItems[i].twoStoryDown),82            twoStoryDownPrice: checkValue(eaveItems[i].twoStoryDownPrice),83            twoStoryPrice: checkValue(eaveItems[i].twoStoryPrice),84            customer: id,85          });86          eavemeasure.save();87        }88      }89    } else {90      for (var i = 0; i < items.length; i++) {91        const roofmeasure = await RoofMeasure.create({92          bin: checkValue(items[i].bin),93          chimney: checkValue(items[i].chimney),94          chimneyInc: checkValue(items[i].chimneyInc),95          eave: checkValue(items[i].eave),96          eaveInc: checkValue(items[i].eaveInc),97          gableGrnd: checkValue(items[i].gableGrnd),98          gableGrndInc: checkValue(items[i].gableGrndInc),99          hipRM: checkValue(items[i].hipRM),100          hipRMInc: checkValue(items[i].hipRMInc),101          measureType: checkValue(items[i].measureType),102          newConst: checkValue(items[i].binewConstn),103          pitch: checkValue(items[i].pitch),104          ridge: checkValue(items[i].ridge),105          ridgeInc: checkValue(items[i].ridgeInc),106          roofTop: checkValue(items[i].roofTop),107          stories: checkValue(items[i].stories),108          totalSqFt: checkValue(items[i].totalSqFt),109          valleyRM: checkValue(items[i].valleyRM),110          valleyRMInc: checkValue(items[i].valleyRMInc),111          wall: checkValue(items[i].wall),112          wallInc: checkValue(items[i].wallInc),113          customer: id,114        });115        roofmeasure.save();116      }117      if (eaveItems.length > 0) {118        for (var i = 0; i < eaveItems.length; i++) {119          const eavemeasure = await EaveMeasure.create({120            adjOneStory: checkValue(eaveItems[i].adjOneStory),121            adjOneStoryInc: checkValue(eaveItems[i].adjOneStoryInc),122            adjOneStoryPrice: checkValue(eaveItems[i].adjOneStoryPrice),123            adjTwoStory: checkValue(eaveItems[i].adjTwoStory),124            adjTwoStoryInc: checkValue(eaveItems[i].adjTwoStoryInc),125            adjTwoStoryPrice: checkValue(eaveItems[i].adjTwoStoryPrice),126            corners: checkValue(eaveItems[i].corners),127            cornersPrice: checkValue(eaveItems[i].cornersPrice),128            difficultyPrice: checkValue(eaveItems[i].difficultyPrice),129            elbows: checkValue(eaveItems[i].elbows),130            extraExtensions: checkValue(eaveItems[i].extraExtensions),131            extraExtensionsPrice: checkValue(eaveItems[i].extraExtensionsPrice),132            oneStoryDown: checkValue(eaveItems[i].oneStoryDown),133            oneStoryDownPrice: checkValue(eaveItems[i].oneStoryDownPrice),134            oneStoryEaves: checkValue(eaveItems[i].oneStoryEaves),135            oneStoryPrice: checkValue(eaveItems[i].oneStoryPrice),136            twoStoryDown: checkValue(eaveItems[i].twoStoryDown),137            twoStoryDownPrice: checkValue(eaveItems[i].twoStoryDownPrice),138            twoStoryPrice: checkValue(eaveItems[i].twoStoryPrice),139            customer: id,140          });141          eavemeasure.save();142        }143      }144    }145    res.status(200).json({146      Success: "Success",147    });148  } catch (error) {149    return next(new ErrorResponse(error, 401));150  }151};152exports.addSelectionsMeasure = async (req, res, next) => {153  const { id, email, passToken, form } = req.body;154  try {155    const user = await User.findOne({ email });156    //checking if the email exists157    if (!user) {158      return next(new ErrorResponse("Email Invalid", 401));159    }160    //checking if the email exists161    if (user.passToken != passToken) {162      return next(new ErrorResponse("PassToken Invalid", 401));163    }164    let layer;165    if (form.oneLayer_remove === false) {166      layer = "Two layer";167    } else {168      layer = "One layer";169    }170    let delivery;171    if (form.ground_delivery === false) {172      delivery = "Roof top delivery";173    } else {174      delivery = "Ground delivery";175    }176    let bin;177    if (form.roof_bin === false) {178      bin = "Away from roof";179    } else {180      bin = "Near roof";181    }182    let decking;183    if (form.osb_decking === false && form.plywood_decking === false) {184      decking = "Fir decking";185    } else if (form.fir_decking === false && form.plywood_decking === false) {186      decking = "OSB decking";187    } else if (form.osb_decking === false && form.fir_decking === false) {188      decking = "Plywood decking";189    }190    let chimney;191    if (form.metal_chimney === false && form.concrete_chimney === false) {192      chimney = "Brick";193    } else if (194      form.brick_chimney === false &&195      form.concrete_chimney === false196    ) {197      chimney = "Metal";198    } else if (form.metal_chimney === false && form.brick_chimney === false) {199      chimney = "Concrete";200    }201    let install;202    if (form.satellite_reinstall === false) {203      install = "Solar panels";204    } else {205      install = "Satellite dish";206    }207    let warranty;208    if (form.work_warranty === false) {209      warranty = "Registered";210    } else {211      warranty = "Workman ship";212    }213    //finding the selections214    const findSelectionsMeasure = await SelectionsMeasure.find({215      customer: id,216    });217    if (findSelectionsMeasure.length === 1) {218      const newID = findSelectionsMeasure[0]._id;219      const updateselctions = await SelectionsMeasure.findByIdAndUpdate({220        _id: newID,221      });222      (updateselctions.Replace_ventilation = form.Replace_ventilation),223        (updateselctions.brand_roof = form.brand_roof),224        (updateselctions.capping_roof = form.capping_roof),225        (updateselctions.chimney_flashing = form.chimney_flashing),226        (updateselctions.color_roof = form.color_roof),227        (updateselctions.convert_BPS = form.convert_BPS),228        (updateselctions.drip_edge_flashing = form.drip_edge_flashing),229        (updateselctions.fourmat_BPS = form.fourmat_BPS),230        (updateselctions.hr_brand = form.hr_brand),231        (updateselctions.hr_shingle = form.hr_shingle),232        (updateselctions.ice_water_brand = form.ice_water_brand),233        (updateselctions.ice_water_protection = form.ice_water_protection),234        (updateselctions.new_ventilation = form.new_ventilation),235        (updateselctions.onemat_BPS = form.onemat_BPS),236        (updateselctions.reSeal_BPS = form.reSeal_BPS),237        (updateselctions.remove_ventilation = form.remove_ventilation),238        (updateselctions.ridge_ventilation = form.ridge_ventilation),239        (updateselctions.shingle_roof = form.shingle_roof),240        (updateselctions.starter_brand = form.starter_brand),241        (updateselctions.starter_shingle = form.starter_shingle),242        (updateselctions.threemat_BPS = form.threemat_BPS),243        (updateselctions.twomat_BPS = form.twomat_BPS),244        (updateselctions.underlay_brand = form.underlay_brand),245        (updateselctions.underlay_protection = form.underlay_protection),246        (updateselctions.valley_flashing = form.valley_flashing),247        (updateselctions.wall_roof_flashing = form.wall_roof_flashing),248        (updateselctions.layer = layer),249        (updateselctions.delivery = delivery),250        (updateselctions.bin = bin),251        (updateselctions.decking = decking),252        (updateselctions.chimney = chimney),253        (updateselctions.install = install),254        (updateselctions.warranty = warranty),255        updateselctions.save();256    } else {257      const selectionsmeasure = await SelectionsMeasure.create({258        Replace_ventilation: form.Replace_ventilation,259        brand_roof: form.brand_roof,260        capping_roof: form.capping_roof,261        chimney_flashing: form.chimney_flashing,262        color_roof: form.color_roof,263        convert_BPS: form.convert_BPS,264        drip_edge_flashing: form.drip_edge_flashing,265        fourmat_BPS: form.fourmat_BPS,266        hr_brand: form.hr_brand,267        hr_shingle: form.hr_shingle,268        ice_water_brand: form.ice_water_brand,269        ice_water_protection: form.ice_water_protection,270        new_ventilation: form.new_ventilation,271        onemat_BPS: form.onemat_BPS,272        reSeal_BPS: form.reSeal_BPS,273        remove_ventilation: form.remove_ventilation,274        ridge_ventilation: form.ridge_ventilation,275        shingle_roof: form.shingle_roof,276        starter_brand: form.starter_brand,277        starter_shingle: form.starter_shingle,278        threemat_BPS: form.threemat_BPS,279        twomat_BPS: form.twomat_BPS,280        underlay_brand: form.underlay_brand,281        underlay_protection: form.underlay_protection,282        valley_flashing: form.valley_flashing,283        wall_roof_flashing: form.wall_roof_flashing,284        layer: layer,285        delivery: delivery,286        bin: bin,287        decking: decking,288        chimney: chimney,289        install: install,290        warranty: warranty,291        customer: id,292      });293      selectionsmeasure.save();294    }295    res.status(200).json({296      Success: "Success",297    });298  } catch (error) {299    return next(new ErrorResponse(error, 401));300  }301};302exports.getAllMeasure = async (req, res, next) => {303  const { id, email, passToken } = req.body;304  try {305    const user = await User.findOne({ email });306    //checking if the email exists307    if (!user) {308      return next(new ErrorResponse("Email Invalid", 401));309    }310    //checking if the email exists311    if (user.passToken != passToken) {312      return next(new ErrorResponse("PassToken Invalid", 401));313    }314    const findRoofMeasure = await RoofMeasure.find({ customer: id });315    const findEaveMeasure = await EaveMeasure.find({ customer: id });316    const findSelectionMeasure = await SelectionsMeasure.find({ customer: id });317    res.status(200).json({318      Success: "Success",319      roof: findRoofMeasure,320      eave: findEaveMeasure,321      selection: findSelectionMeasure,322    });323  } catch (error) {324    return next(new ErrorResponse(error, 401));325  }326};327function checkValue(val) {328  let newVal;329  if (val === "" || val === undefined) {330    newVal = "0";331  } else {332    newVal = val;333  }334  return newVal;...

diagnosis.js

Source:diagnosis.js

1function output(form) {2    var sum = 0 * 1;3    var checkvalue = $('input:radio[name="diagnosis1"]:checked').val() * 1;4    sum += checkvalue;5    checkvalue = $('input:radio[name="diagnosis2"]:checked').val() * 1;6    sum += checkvalue;7    checkvalue = $('input:radio[name="diagnosis3"]:checked').val() * 1;8    sum += checkvalue;9    checkvalue = $('input:radio[name="diagnosis4"]:checked').val() * 1;10    sum += checkvalue;11    checkvalue = $('input:radio[name="diagnosis5"]:checked').val() * 1;12    sum += checkvalue;13    checkvalue = $('input:radio[name="diagnosis6"]:checked').val() * 1;14    sum += checkvalue;15    checkvalue = $('input:radio[name="diagnosis7"]:checked').val() * 1;16    sum += checkvalue;17    checkvalue = $('input:radio[name="diagnosis8"]:checked').val() * 1;18    sum += checkvalue;19    checkvalue = $('input:radio[name="diagnosis9"]:checked').val() * 1;20    sum += checkvalue;21    checkvalue = $('input:radio[name="diagnosis10"]:checked').val() * 1;22    sum += checkvalue;23    24    document.getElementById("diagnosis-result").innerHTML = sum;...

Using AI Code Generation

1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org');3wpt.checkValue('location', 'Dulles:Chrome', function(err, data) {4  if (!err) {5    console.log(data);6  }7});8var wpt = require('webpagetest');9var wpt = new WebPageTest('www.webpagetest.org');10wpt.checkStatus(function(err, data) {11  if (!err) {12    console.log(data);13  }14});15var wpt = require('webpagetest');16var wpt = new WebPageTest('www.webpagetest.org');17wpt.getLocations(function(err, data) {18  if (!err) {19    console.log(data);20  }21});22var wpt = require('webpagetest');23var wpt = new WebPageTest('www.webpagetest.org');24wpt.getTesters(function(err, data) {25  if (!err) {26    console.log(data);27  }28});29var wpt = require('webpagetest');30var wpt = new WebPageTest('www.webpagetest.org');31wpt.getTesters(function(err, data) {32  if (!err) {33    console.log(data);34  }35});36var wpt = require('webpagetest');37var wpt = new WebPageTest('www.webpagetest.org');38wpt.getTest('140127_7A_2G1', function(err, data) {39  if (!err) {40    console.log(data);41  }42});43var wpt = require('webpagetest');

Using AI Code Generation

1var wpt = require('wpt');2var wpt = new wpt('API_KEY');3wpt.checkValue('test', 'test', function(err, data) {4    if (err) {5        console.log(err);6    } else {7        console.log(data);8    }9});

Using AI Code Generation

1var wpt = require('./wpt');2var check = wpt.checkValue;3check(1,2);4check(2,2);5check(2,3);6check(3,3);7check(3,4);8check(4,4);9check(4,5);10check(5,5);11check(5,6);12check(6,6);13check(6,7);14check(7,7);15check(7,8);16check(8,8);17check(8,9);18check(9,9);19check(9,10);20check(10,10);21check(10,11);22check(11,11);23check(11,12);24check(12,12);25check(12,13);26check(13,13);27check(13,14);28check(14,14);29check(14,15);30check(15,15);31check(15,16);32check(16,16);33check(16,17);34check(17,17);35check(17,18);36check(18,18);37check(18,19);38check(19,19);39check(19,20);40check(20,20);41check(20,21);42check(21,21);43check(21,22);44check(22,22);45check(22,23);46check(23,23);47check(23,24);48check(24,24);49check(24,25);50check(25,25);51check(25,26);52check(26,26);53check(26,27);54check(27,27);55check(27,28);56check(28,28);57check(28,29);58check(29,29);59check(29,30);60check(30,30);61check(30,31);62check(31,31);63check(31,32);64check(32,32);65check(32,33);66check(33,33);67check(33,34);68check(34,34);69check(34,35);70check(35,35);71check(35,36);72check(36,36);73check(36,37);74check(37,37);75check(37,38);76check(38,38);77check(38,39);78check(39,39);79check(39,40);80check(40,40);81check(40,41);82check(41,41);

Using AI Code Generation

1var wpt = require('./wpt.js');2var checkValue = wpt.checkValue;3var assert = require('assert');4var test = function() {5var result = checkValue(1, 1);6assert.equal(result, true, 'checkValue(1,1) should be true');7};8test();9exports.checkValue = function(value, expectedValue) {10return value === expectedValue;11};

Using AI Code Generation

1var wpt = require('./wpt.js');2var wptInstance = new wpt();3var checkValue = wptInstance.checkValue;4var value = 'test';5var result = checkValue(value);6console.log(result);7module.exports = function () {8  this.checkValue = function (value) {9    if (value === 'test') {10      return 'value is correct';11    }12    else {13      return 'value is incorrect';14    }15  };16};

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.