date-fns#setDate TypeScript Examples
The following examples show how to use
date-fns#setDate.
You can vote up the ones you like or vote down the ones you don't like,
and go to the original project or source file by following the links above each example. You may check out the related API usage on the sidebar.
Example #1
| Source File: date.ts From ngx-gantt with MIT License | 5 votes |
|
setDate(dayOfMonth: number): GanttDate {
return new GanttDate(setDate(this.value, dayOfMonth));
}
Example #2
| Source File: DayPicker.tsx From symphony-ui-toolkit with Apache License 2.0 | 4 votes |
|
renderBody() {
const {
dir,
locale,
selectedDays,
disabledDays,
highlightedDays,
onDayClick,
} = this.props;
const { today, currentMonth } = this.state;
const daysInMonth = getDaysInMonth(currentMonth);
const daysNeededForLastMonth = getDaysNeededForLastMonth(
currentMonth,
locale
);
const daysNeededForNextMonth = getDaysNeededForNextMonth(
currentMonth,
locale
);
const selectedDateString = selectedDays
? lightFormat(selectedDays, 'yyyy-MM-dd')
: null;
const todayDateString = lightFormat(today, 'yyyy-MM-dd');
const isSelectedDayVisible =
selectedDays &&
differenceInCalendarMonths(selectedDays, currentMonth) === 0;
return (
<div className="tk-daypicker-body" role="grid" style={{ direction: dir }}>
{this.renderOutsideDay(daysNeededForLastMonth)}
{toArray(daysInMonth).map((cell) => {
const cellNumber = cell + 1;
const cellDate = setDate(currentMonth, cellNumber);
const cellName = formatDay(cellDate, locale);
const itemDateString = lightFormat(cellDate, 'yyyy-MM-dd');
const isSelected = itemDateString === selectedDateString;
const isToday = itemDateString === todayDateString;
const isDisabled = matchDay(cellDate, disabledDays);
const isHighlighted = matchDay(cellDate, highlightedDays);
const ariaSelected = isDisabled ? undefined : isSelected;
const isTabIndex = isSelectedDayVisible
? isSelected
? 0
: -1
: cell === 0
? 0
: -1; // focus on selected day otherwise first cell
return (
<div
key={cellName}
aria-label={cellName}
aria-selected={ariaSelected}
tabIndex={isTabIndex}
role="gridcell"
className={classNames(
'tk-daypicker-day',
{
'tk-daypicker-day--selected': isSelected,
},
{
'tk-daypicker-day--today': isToday,
},
{
'tk-daypicker-day--highlighted': isHighlighted && !isDisabled,
},
{ 'tk-daypicker-day--disabled': isDisabled }
)}
onKeyDown={(e) =>
this.handleKeyDownCell(e, cellDate, {
disabled: isDisabled,
selected: isSelected,
})
}
onClick={() =>
onDayClick(cellDate, {
disabled: isDisabled,
selected: isSelected,
})
}
>
{cellNumber}
</div>
);
})}
{this.renderOutsideDay(daysNeededForNextMonth)}
</div>
);
}
Example #3
| Source File: MockService.ts From cashcash-desktop with MIT License | 4 votes |
|
async addMockData() {
if (process.env.NODE_ENV === 'development') {
const mockInputArray = [
{
outAccount: i18n.t('Wages and salarie'),
inAccount: i18n.t('Checking account'),
amount: 1150,
transactionDay: 3,
},
{
outAccount: i18n.t('Cash gifts received'),
inAccount: i18n.t('Checking account'),
amount: 80,
probablity: 0.1,
valueVariability: 80 * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Clothing'),
amount: 1566 / 12,
probablity: 0.5,
valueVariability: (1566 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Footwear'),
amount: 391 / 12,
probablity: 0.3,
valueVariability: (391 / 12) * 0.8,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Other clothing products and services'),
amount: 221 / 12,
probablity: 0.3,
valueVariability: (221 / 12) * 0.99,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('School books and supplies'),
amount: 56 / 12,
probablity: 0.8,
valueVariability: (56 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Tuition'),
amount: 798 / 12,
probablity: 0.3,
valueVariability: (798 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Television/cable services'),
amount: 672 / 12,
valueVariability: 672 / 12,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Musical instruments'),
amount: 33 / 12,
probablity: 0.2,
valueVariability: (33 / 12) * 0.8,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Video game and services'),
amount: 14 / 12,
probablity: 0.4,
valueVariability: (14 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Streaming video services'),
amount: 50 / 12,
probablity: 0.8,
valueVariability: (50 / 12) * 1,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Streaming audio services'),
amount: 11 / 12,
probablity: 0.8,
valueVariability: (11 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Television and sound equipments'),
amount: 89 / 12,
probablity: 0.8,
valueVariability: (89 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Video game and services'),
amount: 43 / 12,
probablity: 0.8,
valueVariability: (43 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Sporting events'),
amount: 50 / 12,
probablity: 0.2,
valueVariability: (50 / 12) * 0.9,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Sport/Gym subscription'),
amount: 198 / 12,
probablity: 0.8,
valueVariability: (198 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Recreational lessons'),
amount: 113 / 12,
probablity: 0.8,
valueVariability: (113 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Play, theater, opera'),
amount: 66 / 12,
probablity: 0.8,
valueVariability: (66 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Movies'),
amount: 48 / 12,
probablity: 0.8,
valueVariability: (48 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Parks or museums'),
amount: 26 / 12,
probablity: 0.8,
valueVariability: (26 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Photographic equipment'),
amount: 40 / 12,
probablity: 0.8,
valueVariability: (40 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Pet food'),
amount: 219 / 12,
probablity: 0.8,
valueVariability: (219 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Pet purchase, supplies, medicine'),
amount: 150 / 12,
probablity: 0.8,
valueVariability: (150 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Pet services'),
amount: 66 / 12,
probablity: 0.8,
valueVariability: (66 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Vet services'),
amount: 225 / 12,
probablity: 0.8,
valueVariability: (225 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Toys, arts and crafts'),
amount: 148 / 12,
probablity: 0.8,
valueVariability: (148 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('E-Books'),
amount: 24 / 12,
probablity: 0.8,
valueVariability: (24 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Newspapers/Magazines'),
amount: 53 / 12,
probablity: 0.8,
valueVariability: (53 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Bar'),
amount: 289 / 12,
probablity: 0.8,
valueVariability: (289 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Market'),
amount: 1200 / 12,
probablity: 0.8,
valueVariability: (1200 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Restaurant'),
amount: 3458 / 12,
probablity: 0.8,
valueVariability: (3458 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Supermarket'),
amount: 3200 / 12,
probablity: 0.8,
valueVariability: (3200 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Drugs'),
amount: 483 / 12,
probablity: 0.8,
valueVariability: (483 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Commercial health insurance'),
amount: 662 / 12,
probablity: 0.8,
valueVariability: (662 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Medical services'),
amount: 1566 / 12,
probablity: 0.8,
valueVariability: (1566 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Medical supplies'),
amount: 171 / 12,
probablity: 0.8,
valueVariability: (171 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Furniture'),
amount: 2024 / 12,
probablity: 0.8,
valueVariability: (2024 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Other household expenses'),
amount: 1050 / 12,
probablity: 0.8,
valueVariability: (1050 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Medical services'),
amount: 908 / 12,
probablity: 0.8,
valueVariability: (908 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Babysitting'),
amount: 100 / 12,
probablity: 0.8,
valueVariability: (100 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Insurance (Housing)'),
amount: 467 / 12,
probablity: 0.8,
valueVariability: (467 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Repair commodities (Housing)'),
amount: 26 / 12,
probablity: 0.8,
valueVariability: (26 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Repair services (Housing)'),
amount: 55 / 12,
probablity: 0.8,
valueVariability: (55 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Rent'),
amount: 4057 / 12,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Electricity'),
amount: 1496 / 12,
probablity: 0.8,
valueVariability: (1496 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Natural gas'),
amount: 409 / 12,
probablity: 0.8,
valueVariability: (1566 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Garbage collection'),
amount: 162 / 12,
probablity: 0.8,
valueVariability: (162 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Water'),
amount: 445 / 12,
probablity: 0.8,
valueVariability: (445 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Bank service charges'),
amount: 25 / 12,
probablity: 0.8,
valueVariability: (25 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Personal care products'),
amount: 395 / 12,
probablity: 0.8,
valueVariability: (395 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Personal care services'),
amount: 372 / 12,
probablity: 0.8,
valueVariability: (372 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Gasoline and other fuels'),
amount: 2108 / 12,
probablity: 0.8,
valueVariability: (2108 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Vehicle maintenance'),
amount: 889 / 12,
probablity: 0.8,
valueVariability: (889 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Vehicle insurance'),
amount: 976 / 12,
probablity: 0.8,
valueVariability: (976 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Parking fees'),
amount: 56 / 12,
probablity: 0.8,
valueVariability: (56 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Tolls passes'),
amount: 48 / 12,
probablity: 0.8,
valueVariability: (48 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Airline fares'),
amount: 500 / 12,
probablity: 0.8,
valueVariability: (500 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Intercity bus/train fares'),
amount: 89 / 12,
probablity: 0.8,
valueVariability: (89 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Intracity bus/train/metro fares'),
amount: 211 / 12,
probablity: 0.8,
valueVariability: (211 / 12) * 0.5,
},
{
outAccount: i18n.t('Checking account'),
inAccount: i18n.t('Taxi fares'),
amount: 71 / 12,
probablity: 0.8,
valueVariability: (71 / 12) * 0.5,
},
];
const now = startOfMonth(new Date());
const nowMinus24month = addMonths(now, -24);
let currentMonth = now;
const cashAccountService = Container.get(CashAccountService);
const cashTransactionService = Container.get(CashTransactionService);
while (isAfter(currentMonth, nowMinus24month)) {
for (const oneMockInput of mockInputArray) {
if (!oneMockInput.probablity || Math.random() < oneMockInput.probablity) {
let transactionDate = new Date(currentMonth);
if (oneMockInput.transactionDay) {
transactionDate = setDate(transactionDate, oneMockInput.transactionDay);
} else {
transactionDate = faker.date.between(
startOfMonth(currentMonth),
endOfMonth(currentMonth),
);
}
let amount;
if (oneMockInput.valueVariability) {
const fromValue = Math.max(
1,
oneMockInput.amount - oneMockInput.valueVariability,
);
const toValue = oneMockInput.amount - oneMockInput.valueVariability;
amount = this.getRandomNumber(fromValue, toValue);
} else {
amount = oneMockInput.amount;
}
const inAccount = await cashAccountService.find(
oneMockInput.inAccount.toString(),
);
if (!inAccount) {
throw new Error(`Account not found: ${oneMockInput.inAccount}`);
}
const outAccount = await cashAccountService.find(
oneMockInput.outAccount.toString(),
);
if (!outAccount) {
throw new Error(`Account not found: ${oneMockInput.outAccount}`);
}
const flatCashTransaction: FlatCashTransaction = new FlatCashTransaction({
description: `${faker.commerce.product()} from ${faker.company.companyName()}`,
detail: faker.lorem.sentence(3),
transactionDate,
currency: inAccount.currency,
amount,
inAccount,
outAccount,
type:
inAccount.type === CashAccountType.ASSET
? CashTransactionType.INCOME
: CashTransactionType.EXPENSE,
});
await cashTransactionService.save(flatCashTransaction);
// tslint:disable-next-line:no-console
console.log('Transaction created');
}
}
currentMonth = addMonths(currentMonth, -1);
}
}
}
