0c478680cb
Previously variable declaration required a keyword, e.g. ```kcl let x = 4 const x = 4 var x = 4 ``` These were all valid, and did the exact same thing. As of this PR, they're all still valid, but the KCL formatter will change them all to just: ```kcl x = 4 ``` which is the new preferred way to declare a constant. But the formatter will remove the var/let/const keywords. Closes https://github.com/KittyCAD/modeling-app/issues/3985
382 lines
10 KiB
TypeScript
382 lines
10 KiB
TypeScript
import { SaveSettingsPayload } from 'lib/settings/settingsTypes'
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import { Themes } from 'lib/theme'
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import { onboardingPaths } from 'routes/Onboarding/paths'
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export const IS_PLAYWRIGHT_KEY = 'playwright'
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export const TEST_SETTINGS_KEY = '/settings.toml'
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export const TEST_SETTINGS = {
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app: {
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theme: Themes.Dark,
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onboardingStatus: 'dismissed',
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projectDirectory: '',
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enableSSAO: false,
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},
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modeling: {
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defaultUnit: 'in',
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mouseControls: 'KittyCAD',
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cameraProjection: 'perspective',
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showDebugPanel: true,
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},
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projects: {
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defaultProjectName: 'project-$nnn',
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},
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textEditor: {
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textWrapping: true,
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},
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} satisfies Partial<SaveSettingsPayload>
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export const TEST_SETTINGS_ONBOARDING_USER_MENU = {
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...TEST_SETTINGS,
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app: { ...TEST_SETTINGS.app, onboardingStatus: onboardingPaths.USER_MENU },
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} satisfies Partial<SaveSettingsPayload>
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export const TEST_SETTINGS_ONBOARDING_EXPORT = {
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...TEST_SETTINGS,
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app: { ...TEST_SETTINGS.app, onboardingStatus: onboardingPaths.EXPORT },
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} satisfies Partial<SaveSettingsPayload>
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export const TEST_SETTINGS_ONBOARDING_PARAMETRIC_MODELING = {
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...TEST_SETTINGS,
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app: {
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...TEST_SETTINGS.app,
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onboardingStatus: onboardingPaths.PARAMETRIC_MODELING,
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},
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} satisfies Partial<SaveSettingsPayload>
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export const TEST_SETTINGS_ONBOARDING_START = {
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...TEST_SETTINGS,
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app: { ...TEST_SETTINGS.app, onboardingStatus: '' },
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} satisfies Partial<SaveSettingsPayload>
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export const TEST_SETTINGS_DEFAULT_THEME = {
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...TEST_SETTINGS,
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app: { ...TEST_SETTINGS.app, theme: Themes.System },
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} satisfies Partial<SaveSettingsPayload>
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export const TEST_SETTINGS_CORRUPTED = {
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app: {
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theme: Themes.Dark,
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onboardingStatus: 'dismissed',
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projectDirectory: 123 as any,
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},
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modeling: {
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defaultUnit: 'invalid' as any,
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mouseControls: `() => alert('hack the planet')` as any,
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cameraProjection: 'perspective',
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showDebugPanel: true,
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},
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projects: {
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defaultProjectName: false as any,
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},
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textEditor: {
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textWrapping: true,
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},
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} satisfies Partial<SaveSettingsPayload>
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export const TEST_CODE_GIZMO = `part001 = startSketchOn('XZ')
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|> startProfileAt([20, 0], %)
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|> line([7.13, 4 + 0], %)
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|> angledLine({ angle: 3 + 0, length: 3.14 + 0 }, %)
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|> lineTo([20.14 + 0, -0.14 + 0], %)
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|> xLineTo(29 + 0, %)
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|> yLine(-3.14 + 0, %, $a)
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|> xLine(1.63, %)
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|> angledLineOfXLength({ angle: 3 + 0, length: 3.14 }, %)
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|> angledLineOfYLength({ angle: 30, length: 3 + 0 }, %)
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|> angledLineToX({ angle: 22.14 + 0, to: 12 }, %)
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|> angledLineToY({ angle: 30, to: 11.14 }, %)
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|> angledLineThatIntersects({
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angle: 3.14,
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intersectTag: a,
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offset: 0
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}, %)
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|> tangentialArcTo([13.14 + 0, 13.14], %)
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|> close(%)
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|> extrude(5 + 7, %)
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`
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export const TEST_CODE_LONG_WITH_ERROR_OUT_OF_VIEW = `width = 50.8
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height = 30
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thickness = 2
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keychainHoleSize = 3
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keychain = startSketchOn("XY")
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|> startProfileAt([0, 0], %)
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|> lineTo([width, 0], %)
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|> lineTo([width, height], %)
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|> lineTo([0, height], %)
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|> close(%)
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|> extrude(thickness, %)
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// generated from /home/paultag/Downloads/zma-logomark.svg
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fn svg = (surface, origin, depth) => {
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let a0 = surface |> startProfileAt([origin[0] + 45.430427, origin[1] + -14.627736], %)
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|> bezierCurve({
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control1: [ 0, 0.764157 ],
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control2: [ 0, 1.528314 ],
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to: [ 0, 2.292469 ]
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}, %)
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|> bezierCurve({
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control1: [ -3.03202, 0 ],
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control2: [ -6.064039, 0 ],
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to: [ -9.09606, 0 ]
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}, %)
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|> bezierCurve({
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control1: [ 0, -1.077657 ],
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control2: [ 0, -2.155312 ],
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to: [ 0, -3.232969 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.741805, 0 ],
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control2: [ 5.483613, 0 ],
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to: [ 8.225417, 0 ]
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}, %)
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|> bezierCurve({
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control1: [ -2.740682, -2.961815 ],
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control2: [ -5.490342, -5.925794 ],
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to: [ -8.225417, -8.886255 ]
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}, %)
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|> bezierCurve({
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control1: [ 0, -0.723995 ],
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control2: [ 0, -1.447988 ],
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to: [ 0, -2.171981 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.712124, 0.05061 ],
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control2: [ 1.511636, -0.09877 ],
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to: [ 2.172096, 0.07005 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.68573, 0.740811 ],
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control2: [ 1.371459, 1.481622 ],
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to: [ 2.057187, 2.222436 ]
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}, %)
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|> bezierCurve({
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control1: [ 0, -0.76416 ],
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control2: [ 0, -1.52832 ],
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to: [ 0, -2.29248 ]
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}, %)
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|> bezierCurve({
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control1: [ 3.032013, 0 ],
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control2: [ 6.064026, 0 ],
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to: [ 9.096038, 0 ]
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}, %)
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|> bezierCurve({
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control1: [ 0, 1.077657 ],
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control2: [ 0, 2.155314 ],
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to: [ 0, 3.232973 ]
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}, %)
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|> bezierCurve({
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control1: [ -2.741312, 0 ],
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control2: [ -5.482623, 0 ],
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to: [ -8.223936, 0 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.741313, 2.961108 ],
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control2: [ 5.482624, 5.922216 ],
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to: [ 8.223936, 8.883325 ]
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}, %)
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|> bezierCurve({
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control1: [ 0, 0.724968 ],
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control2: [ 0, 1.449938 ],
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to: [ 0, 2.174907 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.712656, -0.05145 ],
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control2: [ -1.512554, 0.09643 ],
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to: [ -2.173592, -0.07298 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.685222, -0.739834 ],
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control2: [ -1.370445, -1.479669 ],
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to: [ -2.055669, -2.219505 ]
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}, %)
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|> close(%)
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|> extrude(depth, %)
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let a1 = surface |> startProfileAt([origin[0] + 57.920488, origin[1] + -15.244943], %)
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|> bezierCurve({
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control1: [ -2.78904, 0.106635 ],
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control2: [ -5.052548, -2.969529 ],
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to: [ -4.055141, -5.598369 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.841523, -0.918736 ],
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control2: [ 0.439412, -1.541892 ],
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to: [ -0.368488, -2.214378 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.418245, -0.448461 ],
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control2: [ -0.836489, -0.896922 ],
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to: [ -1.254732, -1.345384 ]
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}, %)
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|> bezierCurve({
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control1: [ -2.76806, 2.995359 ],
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control2: [ -2.32667, 8.18409 ],
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to: [ 0.897655, 10.678932 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.562822, 2.186098 ],
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control2: [ 6.605111, 2.28043 ],
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to: [ 9.271202, 0.226476 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.743744, -0.797465 ],
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control2: [ -1.487487, -1.594932 ],
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to: [ -2.231232, -2.392397 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.672938, 0.421422 ],
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control2: [ -1.465362, 0.646946 ],
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to: [ -2.259264, 0.64512 ]
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}, %)
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|> close(%)
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|> extrude(depth, %)
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let a2 = surface |> startProfileAt([origin[0] + 62.19406300000001, origin[1] + -19.500698999999997], %)
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|> bezierCurve({
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control1: [ 0.302938, 1.281141 ],
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control2: [ -1.53575, 2.434288 ],
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to: [ -0.10908, 3.279477 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.504637, 0.54145 ],
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control2: [ 1.009273, 1.082899 ],
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to: [ 1.513909, 1.624348 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.767778, -2.995425 ],
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control2: [ 2.327135, -8.184384 ],
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to: [ -0.897661, -10.679047 ]
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}, %)
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|> bezierCurve({
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control1: [ -2.562947, -2.186022 ],
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control2: [ -6.604089, -2.279606 ],
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to: [ -9.271196, -0.227813 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.744231, 0.797952 ],
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control2: [ 1.488461, 1.595904 ],
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to: [ 2.232692, 2.393856 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.302377, -1.564629 ],
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control2: [ 5.793126, -0.15358 ],
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to: [ 6.396577, 2.547372 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.08981, 0.346302 ],
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control2: [ 0.134865, 0.704078 ],
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to: [ 0.13476, 1.061807 ]
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}, %)
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|> close(%)
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|> extrude(depth, %)
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let a3 = surface |> startProfileAt([origin[0] + 74.124866, origin[1] + -15.244943], %)
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|> bezierCurve({
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control1: [ -2.78904, 0.106635 ],
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control2: [ -5.052549, -2.969529 ],
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to: [ -4.055142, -5.598369 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.841527, -0.918738 ],
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control2: [ 0.43941, -1.541892 ],
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to: [ -0.368497, -2.214367 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.418254, -0.448466 ],
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control2: [ -0.836507, -0.896931 ],
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to: [ -1.254761, -1.345395 ]
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}, %)
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|> bezierCurve({
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control1: [ -2.768019, 2.995371 ],
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control2: [ -2.326624, 8.184088 ],
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to: [ 0.897678, 10.678932 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.56289, 2.186191 ],
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control2: [ 6.60516, 2.280307 ],
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to: [ 9.271371, 0.226476 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.743808, -0.797465 ],
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control2: [ -1.487616, -1.594932 ],
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to: [ -2.231424, -2.392397 ]
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}, %)
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|> bezierCurve({
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control1: [ -0.672916, 0.421433 ],
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control2: [ -1.465344, 0.646926 ],
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to: [ -2.259225, 0.64512 ]
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}, %)
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|> close(%)
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|> extrude(depth, %)
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let a4 = surface |> startProfileAt([origin[0] + 77.57333899999998, origin[1] + -16.989262999999998], %)
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|> bezierCurve({
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control1: [ 0.743298, 0.797463 ],
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control2: [ 1.486592, 1.594926 ],
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to: [ 2.229888, 2.392389 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.767827, -2.995393 ],
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control2: [ 2.327103, -8.184396 ],
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to: [ -0.897672, -10.679047 ]
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}, %)
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|> bezierCurve({
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control1: [ -2.562939, -2.186037 ],
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control2: [ -6.604077, -2.279589 ],
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to: [ -9.271185, -0.227813 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.744243, 0.797952 ],
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control2: [ 1.488486, 1.595904 ],
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to: [ 2.232729, 2.393856 ]
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}, %)
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|> bezierCurve({
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control1: [ 2.302394, -1.564623 ],
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control2: [ 5.793201, -0.153598 ],
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to: [ 6.396692, 2.547372 ]
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}, %)
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|> bezierCurve({
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control1: [ 0.32074, 1.215468 ],
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control2: [ 0.06159, 2.564765 ],
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to: [ -0.690452, 3.573243 ]
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}, %)
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|> close(%)
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|> extrude(depth, %)
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box = startSketchOn('XY')
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|> startProfileAt([0, 0], %)
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|> line([0, 10], %)
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|> line([10, 0], %)
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|> line([0, -10], %, $revolveAxis)
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|> close(%)
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|> extrude(10, %)
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sketch001 = startSketchOn(box, revolveAxis)
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|> startProfileAt([5, 10], %)
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|> line([0, -10], %)
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|> line([2, 0], %)
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|> line([0, -10], %)
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|> close(%)
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|> revolve({
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axis: revolveAxis,
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angle: 90
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}, %)
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return 0
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}
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svg(startSketchOn(keychain, 'end'), [-33, 32], -thickness)
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startSketchOn(keychain, 'end')
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|> circle({ center: [
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width / 2,
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height - (keychainHoleSize + 1.5)
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], radius: keychainHoleSize }, %)
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|> extrude(-thickness, %)`
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export const TEST_CODE_TRIGGER_ENGINE_EXPORT_ERROR = `thing = 1`
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