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Top 10 Examples of "d3-time in functional component" in JavaScript

Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'd3-time' 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.

resultDate = simpleI.floor(inBetween);
resultDate = simpleI.round(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.offset(inBetween);
resultDate = simpleI.offset(inBetween, 3);
simpleI = simpleI.filter((d: Date) => { return d.getMonth() === 2; });

// count = simpleI.count(start, end); // Test fails, since .count(...) is not defined on Interval
// simpleI = simpleI.every(10); // Test fails, since .every(...) is not defined on Interval

// Test built-in factories and date array creator definitions ------------------

countableI = d3Time.timeMillisecond;
dateArray = d3Time.timeMilliseconds(start, end);
dateArray = d3Time.timeMilliseconds(start, end, 60000);

countableI = d3Time.timeSecond;
dateArray = d3Time.timeSeconds(start, end);
dateArray = d3Time.timeSeconds(start, end, 120);

countableI = d3Time.timeMinute;
dateArray = d3Time.timeMinutes(start, end);
dateArray = d3Time.timeMinutes(start, end, 5);

countableI = d3Time.timeHour;
dateArray = d3Time.timeHours(start, end);
dateArray = d3Time.timeHours(start, end, 2);

countableI = d3Time.timeDay;
dateArray = d3Time.timeDays(start, end);
resultDate = simpleI.floor(inBetween);
resultDate = simpleI.round(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.offset(inBetween);
resultDate = simpleI.offset(inBetween, 3);
simpleI = simpleI.filter((d: Date) => d.getMonth() === 2);

// count = simpleI.count(start, end); // Test fails, since .count(...) is not defined on Interval
// simpleI = simpleI.every(10); // Test fails, since .every(...) is not defined on Interval

// Test built-in factories and date array creator definitions ------------------

countableI = d3Time.timeMillisecond;
dateArray = d3Time.timeMilliseconds(start, end);
dateArray = d3Time.timeMilliseconds(start, end, 60000);

countableI = d3Time.timeSecond;
dateArray = d3Time.timeSeconds(start, end);
dateArray = d3Time.timeSeconds(start, end, 120);

countableI = d3Time.timeMinute;
dateArray = d3Time.timeMinutes(start, end);
dateArray = d3Time.timeMinutes(start, end, 5);

countableI = d3Time.timeHour;
dateArray = d3Time.timeHours(start, end);
dateArray = d3Time.timeHours(start, end, 2);

countableI = d3Time.timeDay;
dateArray = d3Time.timeDays(start, end);
resultDate = simpleI.floor(inBetween);
resultDate = simpleI.round(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.offset(inBetween);
resultDate = simpleI.offset(inBetween, 3);
simpleI = simpleI.filter((d: Date) => d.getMonth() === 2);

// count = simpleI.count(start, end); // Test fails, since .count(...) is not defined on Interval
// simpleI = simpleI.every(10); // Test fails, since .every(...) is not defined on Interval

// Test built-in factories and date array creator definitions ------------------

countableI = d3Time.timeMillisecond;
dateArray = d3Time.timeMilliseconds(start, end);
dateArray = d3Time.timeMilliseconds(start, end, 60000);

countableI = d3Time.timeSecond;
dateArray = d3Time.timeSeconds(start, end);
dateArray = d3Time.timeSeconds(start, end, 120);

countableI = d3Time.timeMinute;
dateArray = d3Time.timeMinutes(start, end);
dateArray = d3Time.timeMinutes(start, end, 5);

countableI = d3Time.timeHour;
dateArray = d3Time.timeHours(start, end);
dateArray = d3Time.timeHours(start, end, 2);

countableI = d3Time.timeDay;
dateArray = d3Time.timeDays(start, end);
dateArray = d3Time.timeDays(start, end, 2);
resultDate = simpleI.floor(inBetween);
resultDate = simpleI.round(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.ceil(inBetween);
resultDate = simpleI.offset(inBetween);
resultDate = simpleI.offset(inBetween, 3);
simpleI = simpleI.filter((d: Date) => { return d.getMonth() === 2; });

// count = simpleI.count(start, end); // Test fails, since .count(...) is not defined on Interval
// simpleI = simpleI.every(10); // Test fails, since .every(...) is not defined on Interval

// Test built-in factories and date array creator definitions ------------------

countableI = d3Time.timeMillisecond;
dateArray = d3Time.timeMilliseconds(start, end);
dateArray = d3Time.timeMilliseconds(start, end, 60000);

countableI = d3Time.timeSecond;
dateArray = d3Time.timeSeconds(start, end);
dateArray = d3Time.timeSeconds(start, end, 120);

countableI = d3Time.timeMinute;
dateArray = d3Time.timeMinutes(start, end);
dateArray = d3Time.timeMinutes(start, end, 5);

countableI = d3Time.timeHour;
dateArray = d3Time.timeHours(start, end);
dateArray = d3Time.timeHours(start, end, 2);

countableI = d3Time.timeDay;
dateArray = d3Time.timeDays(start, end);
dateArray = d3Time.timeDays(start, end, 2);
);
  }
}

TimeSlider.propTypes = {
  // defaultBrushExtent: PropTypes.arrayOf(PropTypes.number),
  onBrushEnd: PropTypes.func,
  xSpan: PropTypes.number,
};

TimeSlider.defaultProps = {
  defaultBrushExtent: [
    timeWeek.offset(timeDay.floor(new Date()), -1).getTime(),
    timeDay.floor(new Date()).getTime(),
  ], // today and today minus thirty-one days
  onBrushEnd: newExtent => console.log(newExtent),
  xSpan: 2, // in years
};

export default TimeSlider;
/>}
        
      
    );
  }
}

TimeSlider.propTypes = {
  // defaultBrushExtent: PropTypes.arrayOf(PropTypes.number),
  onBrushEnd: PropTypes.func,
  xSpan: PropTypes.number,
};

TimeSlider.defaultProps = {
  defaultBrushExtent: [
    timeWeek.offset(timeDay.floor(new Date()), -1).getTime(),
    timeDay.floor(new Date()).getTime(),
  ], // today and today minus thirty-one days
  onBrushEnd: newExtent => console.log(newExtent),
  xSpan: 2, // in years
};

export default TimeSlider;
const monthPathAndBBox = ({
    date,
    cellSize,
    yearIndex,
    yearSpacing,
    daySpacing,
    direction,
    originX,
    originY,
}) => {
    // first day of next month
    const t1 = new Date(date.getFullYear(), date.getMonth() + 1, 0)

    // ranges
    const firstWeek = timeWeek.count(timeYear(date), date)
    const lastWeek = timeWeek.count(timeYear(t1), t1)
    const firstDay = date.getDay()
    const lastDay = t1.getDay()

    // offset according to year index
    let xO = originX
    let yO = originY
    const yearOffset = yearIndex * (7 * (cellSize + daySpacing) + yearSpacing)
    if (direction === 'horizontal') {
        yO += yearOffset
    } else {
        xO += yearOffset
    }

    let path
    let bbox = { x: xO, y: yO, width: 0, height: 0 }
    if (direction === 'horizontal') {
const monthPathAndBBox = ({
    date,
    cellSize,
    yearIndex,
    yearSpacing,
    daySpacing,
    direction,
    originX,
    originY,
}) => {
    // first day of next month
    const t1 = new Date(date.getFullYear(), date.getMonth() + 1, 0)

    // ranges
    const firstWeek = timeWeek.count(timeYear(date), date)
    const lastWeek = timeWeek.count(timeYear(t1), t1)
    const firstDay = date.getDay()
    const lastDay = t1.getDay()

    // offset according to year index
    let xO = originX
    let yO = originY
    const yearOffset = yearIndex * (7 * (cellSize + daySpacing) + yearSpacing)
    if (direction === 'horizontal') {
        yO += yearOffset
    } else {
        xO += yearOffset
    }

    let path
    let bbox = { x: xO, y: yO, width: 0, height: 0 }
render () {
    if (!this.props.crowdfunding) {
      return null
    }

    const {crowdfunding: {goals, status, endDate}, t} = this.props
    const now = new Date()
    const nextMinute = timeMinute.ceil(new Date())

    // end date is expected to be an exact minute
    // timeMinute.round is used to ensure that and
    // support end dates like '2017-05-31 19:59:59.999+02'
    const end = timeMinute.round(new Date(endDate))

    const totalMinutes = timeMinute.count(nextMinute, end)
    const minutes = totalMinutes % 60
    const hours = Math.floor(totalMinutes / 60) % 24
    const days = Math.floor(totalMinutes / 60 / 24)

    if (!goals.length) {
      return
    }

    const goalsByPeople = [].concat(goals)
      .sort((a, b) => ascending(a.people, b.people))
    const goal = goalsByPeople[goalsByPeople.length - 1]

    const peopleLabel = t.elements('status/goal/people', {
      count: (
        <a> {</a>
crowdfundingName,
      crowdfunding: { goals, status },
      t,
      money,
      people,
      memberships
    } = this.props
    const now = new Date()
    const nextMinute = timeMinute.ceil(new Date())

    // end date is expected to be an exact minute
    // timeMinute.round is used to ensure that and
    // support end dates like '2017-05-31 19:59:59.999+02'
    const end = timeMinute.round(new Date(endDate))

    const totalMinutes = timeMinute.count(nextMinute, end)
    const minutes = totalMinutes % 60
    const hours = Math.floor(totalMinutes / 60) % 24
    const days = Math.floor(totalMinutes / 60 / 24)

    if (!goals.length) {
      return null
    }

    const goalsByPeople = []
      .concat(goals)
      .sort((a, b) =&gt; ascending(a.people, b.people))
    const goal = goalsByPeople[goalsByPeople.length - 1]

    const createHoverGoalCount = (format, value) =&gt; (

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