Top 10 Examples of "most in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'most' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
function init(editorState) {
return Most.drain(Most.map((function (editEngineState) {
StateEngineService$WonderEditor.setIsDebug(true);
var match = GameObjectEngineService$WonderEditor.create(editEngineState);
var scene = match[1];
var match$1 = DefaultSceneUtils$WonderEditor.prepareSpecificGameObjectsForEditEngineState(scene, match[0]);
var match$2 = DefaultSceneUtils$WonderEditor.computeDiffValue(editorState, match$1[0]);
var match$3 = DefaultSceneUtils$WonderEditor.createDefaultScene(scene, match$2[1]);
var editEngineState$1 = DirectorEngineService$WonderEditor.init(GameObjectUtils$WonderEditor.setParentKeepOrder(match$3[1], match$1[1], GameObjectEngineService$WonderEditor.setGameObjectName("scene", scene, match$3[0])));
StateLogicService$WonderEditor.setEditEngineState(DirectorEngineService$WonderEditor.loopBody(0, InitEventUtils$WonderEditor.initEvent(ViewService$Wonderjs.unsafeGetCanvas(editEngineState$1[/* viewRecord */8]), EngineStateDataEditorService$WonderEditor.getEditEngineStateData(/* () */0), /* tuple */[
StateEngineService$WonderEditor.getStateFromData,
StateEngineService$WonderEditor.setStateToData
], editEngineState$1)));
StateEditorService$WonderEditor.setState(match$2[0]);
return /* () */0;
}), _getLoadData("edit")).concat(Most.map((function (runEngineState) {
var editorState = StateEditorService$WonderEditor.getState(/* () */0);
var match = GameObjectEngineService$WonderEditor.create(runEngineState);
var scene = match[1];
var match$1 = DefaultSceneUtils$WonderEditor.createDefaultScene(scene, match[0]);
var runEngineState$1 = DirectorEngineService$WonderEditor.init(GameObjectEngineService$WonderEditor.setGameObjectName("scene", scene, match$1[0]));
StateLogicService$WonderEditor.setRunEngineState(DirectorEngineService$WonderEditor.loopBody(0, InitEventUtils$WonderEditor.initEvent(ViewService$Wonderjs.unsafeGetCanvas(runEngineState$1[/* viewRecord */8]), EngineStateDataEditorService$WonderEditor.getRunEngineStateData(/* () */0), /* tuple */[
StateEngineService$WonderEditor.getStateFromData,
StateEngineService$WonderEditor.setStateToData
], runEngineState$1)));
StateEditorService$WonderEditor.setState(SceneEditorService$WonderEditor.setScene(scene, editorState));
return /* () */0;
}), _getLoadData("run")))).then((function () {
return Promise.resolve(StateEditorService$WonderEditor.getState(/* () */0));
}));
}// non visual related actions
const setErrors$ = most.mergeArray([
sources.solidWorker.filter(event => 'error' in event)
])
.map(data => ({type: 'setErrors', data}))
const clearErrors$ = most.never() /* sources.state$
.filter(state => state.error !== undefined)
.map(state => state.error)
.skipRepeats()
.map(x => undefined)
.map(data => ({type: 'clearErrors', data}))
.delay(30000) */
// .forEach(x => console.log('clear errors', x))
const setAppUpdatesAvailable$ = most.mergeArray([
sources
.appUpdates
.map(data => ({type: 'setAppUpdatesAvailable', data})),
sources
.appUpdates
.delay(15000)// hide after 30 s
.map(data => ({type: 'setAppUpdatesAvailable', data: {available: false}}))
])
return {
// generic key shortuct handler
actionsFromKey$,
// generic clear error action
clearErrors$,
setErrors$,
// app updates}
// zoomToFit main mesh bounds
const zoomToFit$ = most.mergeArray([
gestures.taps.filter(taps => taps.nb === 3)
.map(_ => ({ type: 'zoomToFit', data: { origin: 'demand' } })),
state$
.filter(state => state.behaviours.zoomToFitOn.includes('new-entities'))
.map(state => state.entities).skipRepeatsWith(areEntitiesIdentical)
.map(_ => ({ type: 'zoomToFit', data: { origin: 'new-entities' } }))
// .multicast().tap(x => console.log('zoomToFit on new entities'))
])
.multicast()
/* const update$ = heartBeat$.thru(limitFlow(33))
.map(_ => ({type: 'update', data: undefined}))*/
const update$ = most.mergeArray([
rotations$,
zoom$,
reset$,
zoomToFit$,
resizes$
]).map(_ => ({ type: 'update', data: undefined }))
return [
rotations$,
pan$,
zoom$,
reset$,
zoomToFit$,
resizes$,
update$sources.dom.select('#themeSwitcher').events('change')
.map(e => e.target.value),
sources.store.map(data => data.themeName)
])
.map(data => ({type: 'changeTheme', data}))
// non visual related actions
const toggleAutoReload$ = most.mergeArray([
sources.dom.select('#autoReload').events('click')
.map(e => e.target.checked),
sources.store
.map(data => data.autoReload)
])
.map(data => ({type: 'toggleAutoReload', data}))
const toggleInstantUpdate$ = most.mergeArray([
sources.dom.select('#instantUpdate').events('click').map(event => event.target.checked),
sources.store.map(data => data.instantUpdate)
])
.map(data => ({type: 'toggleInstantUpdate', data}))
const changeExportFormat$ = sources.dom.select('#exportFormats').events('change')
.map(e => e.target.value)
.map(data => ({type: 'changeExportFormat', data}))
const exportRequested$ = sources.dom.select('#exportBtn').events('click')
.sample(function (state, event) {
const defaultExportFilePath = state.exportFilePath
return {defaultExportFilePath, exportFormat: state.exportFormat, data: state.design.solids}
}, sources.state$)
.map(function ({defaultExportFilePath, exportFormat, data}) {
// console.log('exporting data to', defaultExportFilePath)const sources$ = {
// data streams
params$: params$.filter(x => x !== undefined).multicast(), // we filter out pointless data from the get go
data$: data$.filter(x => x !== undefined), // we filter out pointless data from the get go
state$, // thanks to proxying, we also have access to the state observable/stream inside our actions
// inputs$: inputs$.filter(x => x !== undefined), // custom user inputs
// live ui elements only
gestures: state.useGestures ? require('most-gestures').pointerGestures(element) : {drags: most.never(), zooms: most.never(), taps: most.never()},
resizes$: state.useGestures ? require('./cameraAndControls/elementSizing')(element) : most.never(),
heartBeat$: require('./observable-utils/rafStream').rafStream() // state.useGestures ? require('./observable-utils/rafStream').rafStream() : most.never() // heartbeat provided by requestAnimationFrame
}
// create our action streams
const cameraControlsActions = makeCameraControlsActions(sources$)
const dataParamsActions = makeDataParamsActions(sources$)
const actions = most.mergeArray(dataParamsActions.concat(cameraControlsActions))
// combine proxy state & real state
attach(makeState(actions, state, regl))
// .startWith(state)
// skipRepeatsWith
// re-render whenever state changes, since visuals are a function of the state
state$.forEach(state => {
// console.log('sending data for render', state)
state.render(state)
})
// dispatch initial params/state
params$.next(state)
/** main viewer function : call this one with different parameters and/or data to update the viewer
* @param {Object} options={}
* @param {Object} datafunction drags ({mouseDowns$, mouseUps$, mouseMoves$, touchStarts$, touchEnds$, longTaps$, touchMoves$}, settings) {
touchMoves$ = touchMoves$.filter(t => t.touches.length === 1)
const drags$ = merge(
mouseDrags(mouseDowns$, mouseUps$, mouseMoves$, settings),
touchDrags(touchStarts$, touchEnds$, touchMoves$, settings)
)
// .merge(merge(touchEnds$, mouseUps$).map(undefined))
// .tap(e=>console.log('dragMoves',e))
// .takeUntil(longTaps$) // .repeat() // no drag moves if there is a context action already taking place
return drags$
}function startDirector(state) {
var match = WorkerDetectMainService$Wonderjs.isUseWorker(state);
if (match) {
Most.drain(_workerInit(StateDataMain$Wonderjs.stateData, StateDataMainService$Wonderjs.setState(StateDataMain$Wonderjs.stateData, state)).concat(_createWorkerLoopStream(/* () */0)));
return /* () */0;
} else {
_noWorkerLoop(0, NoWorkerJobMainService$Wonderjs.execNoWorkerInitJobs(state));
return /* () */0;
}
}function start(state) {
var match = WorkerDetectMainService$Wonderjs.isUseWorker(state);
if (match !== 0) {
Most.drain(_workerInit(StateDataMain$Wonderjs.stateData, StateDataMainService$Wonderjs.setState(StateDataMain$Wonderjs.stateData, state)).concat(_createWorkerLoopStream(/* () */0)));
return /* () */0;
} else {
_noWorkerLoop(0, NoWorkerJobMainService$Wonderjs.execNoWorkerInitJobs(state));
return /* () */0;
}
}function init(editorState) {
return Most.drain(Most.map((function (editEngineState) {
StateEngineService$WonderEditor.setIsDebug(true);
var match = GameObjectEngineService$WonderEditor.create(editEngineState);
var scene = match[1];
var match$1 = DefaultSceneUtils$WonderEditor.prepareSpecificGameObjectsForEditEngineState(scene, match[0]);
var match$2 = DefaultSceneUtils$WonderEditor.computeDiffValue(editorState, match$1[0]);
var match$3 = DefaultSceneUtils$WonderEditor.createDefaultScene(scene, match$2[1]);
var editEngineState$1 = DirectorEngineService$WonderEditor.init(GameObjectUtils$WonderEditor.setParentKeepOrder(match$3[1], match$1[1], GameObjectEngineService$WonderEditor.setGameObjectName("scene", scene, match$3[0])));
StateLogicService$WonderEditor.setEditEngineState(DirectorEngineService$WonderEditor.loopBody(0, InitEventUtils$WonderEditor.initEvent(ViewService$Wonderjs.unsafeGetCanvas(editEngineState$1[/* viewRecord */8]), EngineStateDataEditorService$WonderEditor.getEditEngineStateData(/* () */0), /* tuple */[
StateEngineService$WonderEditor.getStateFromData,
StateEngineService$WonderEditor.setStateToData
], editEngineState$1)));
StateEditorService$WonderEditor.setState(match$2[0]);
return /* () */0;
}), _getLoadData("edit")).concat(Most.map((function (runEngineState) {
var editorState = StateEditorService$WonderEditor.getState(/* () */0);
var match = GameObjectEngineService$WonderEditor.create(runEngineState);const regl = require('regl')(reglOptions)
// note we keep the render function around, until we need to swap it out in case of new data
state.render = prepareRender(regl, state)
state.regl = regl
state.drawCommands.drawGrid = () => {}
state.drawCommands.drawCSGs = []
const sources$ = {
// data streams
params$: params$.filter(x => x !== undefined).multicast(), // we filter out pointless data from the get go
data$: data$.filter(x => x !== undefined), // we filter out pointless data from the get go
state$, // thanks to proxying, we also have access to the state observable/stream inside our actions
// inputs$: inputs$.filter(x => x !== undefined), // custom user inputs
// live ui elements only
gestures: state.useGestures ? require('most-gestures').pointerGestures(element) : {drags: most.never(), zooms: most.never(), taps: most.never()},
resizes$: state.useGestures ? require('./cameraAndControls/elementSizing')(element) : most.never(),
heartBeat$: require('./observable-utils/rafStream').rafStream() // state.useGestures ? require('./observable-utils/rafStream').rafStream() : most.never() // heartbeat provided by requestAnimationFrame
}
// create our action streams
const cameraControlsActions = makeCameraControlsActions(sources$)
const dataParamsActions = makeDataParamsActions(sources$)
const actions = most.mergeArray(dataParamsActions.concat(cameraControlsActions))
// combine proxy state & real state
attach(makeState(actions, state, regl))
// .startWith(state)
// skipRepeatsWith
// re-render whenever state changes, since visuals are a function of the state
state$.forEach(state => {
// console.log('sending data for render', state)
state.render(state)