date-fns#endOfMonth TypeScript Examples
The following examples show how to use
date-fns#endOfMonth.
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Example #1
| Source File: CashSplitService.ts From cashcash-desktop with MIT License | 6 votes |
|
async computeSplitSumOfTheMonth(
graphSplitList: GraphSplit[],
transactionDate: Date,
cashCurrency: CashCurrency,
cashAccountTree: CashAccount[],
): Promise<Map<number, GraphSplit>> {
const transactionDateFrom: Date = startOfMonth(transactionDate);
const transactionDateTo: Date = endOfMonth(transactionDate);
// Filter
const grahSplitListFiltered = graphSplitList.filter(
(item) =>
item.transactionDate >= transactionDateFrom &&
item.transactionDate <= transactionDateTo,
);
// Calculate leaf sum
const graphSplitMap = GraphUtils.reduceToMapOfOneCurrency(grahSplitListFiltered);
// Calculate branch sum
this.sumTree(cashAccountTree, cashCurrency, graphSplitMap);
return graphSplitMap;
}
Example #2
| Source File: CashSplitService.ts From cashcash-desktop with MIT License | 6 votes |
|
async computeSplitSumOfTheMonthNew(
graphSplitList: GraphSplit[],
transactionDate: Date,
wipBudgetSheet: GraphSplitExtended | null,
): Promise<InOutSplitMap> {
const transactionDateFrom: Date = startOfMonth(transactionDate);
const transactionDateTo: Date = endOfMonth(transactionDate);
if (!wipBudgetSheet) {
return { inMap: new Map(), outMap: new Map() };
}
// Filter
const grahSplitListFiltered = graphSplitList.filter(
(item) =>
item.transactionDate >= transactionDateFrom &&
item.transactionDate <= transactionDateTo &&
item.accountId === wipBudgetSheet.accountId,
);
// Calculate leaf sum
const graphSplitMap = GraphUtils.reduceToInOutMapOfOneCurrency(grahSplitListFiltered);
return graphSplitMap;
}
Example #3
| Source File: calendarEvents.ts From matx-angular with MIT License | 6 votes |
|
public events: any[] = [{
_id: '100',
start: subDays(startOfDay(new Date()), 1),
end: addDays(new Date(), 1),
title: 'A 3 day event',
color: this.colors.red
}, {
_id: '101',
start: startOfDay(new Date()),
title: 'An event with no end date',
color: this.colors.yellow
}, {
_id: '102',
start: subDays(endOfMonth(new Date()), 3),
end: addDays(endOfMonth(new Date()), 3),
title: 'A long event that spans 2 months',
color: this.colors.blue
}, {
_id: '103',
start: addHours(startOfDay(new Date()), 2),
end: new Date(),
title: 'A draggable and resizable event',
color: this.colors.yellow,
resizable: {
beforeStart: true,
afterEnd: true
},
draggable: true
}];
Example #4
| Source File: MonthlyCalendar.tsx From react-calendar with MIT License | 6 votes |
|
MonthlyCalendar = ({
locale,
currentMonth,
onCurrentMonthChange,
children,
}: Props) => {
let monthStart = startOfMonth(currentMonth);
let days = eachDayOfInterval({
start: monthStart,
end: endOfMonth(monthStart),
});
return (
<MonthlyCalendarContext.Provider
value={{
days,
locale,
onCurrentMonthChange,
currentMonth: monthStart,
}}
>
{children}
</MonthlyCalendarContext.Provider>
);
}
Example #5
| Source File: DayPicker.tsx From symphony-ui-toolkit with Apache License 2.0 | 5 votes |
|
focusOnlyEnabledCell(
date: Date,
action: 'next' | 'previous',
maxStepCheck: number,
needToChangeMonth = true
) {
const { locale } = this.props;
const index = date.getDate();
if (index) {
if (this.dayPicker) {
const enabledCell = this.getEnabledCell(index, action, maxStepCheck);
if (enabledCell) {
enabledCell.focus();
} else {
if (needToChangeMonth) {
// when called through arrow navigation
// when changing month, focus the first available date, if exists
const step = action === 'next' ? 1 : -1;
const nextMonth = addMonths(date, step);
this.setState({ currentMonth: nextMonth }, () => {
// we need to use the callback to be sure the date picker is re-rendered with the new month
const index = action === 'next' ? 1 : endOfMonth(nextMonth).getDate();
const enabledCell = this.getEnabledCell(index, action, maxStepCheck);
if (enabledCell) {
enabledCell.focus();
} else {
// if all cell are disabled, focus the first day of month
this.focusCell(
getBoundedDay(startOfMonth(nextMonth), nextMonth, locale)
);
}
});
} else {
// when called through ARROWS navigation
this.focusCell(getBoundedDay(startOfMonth(date), date, locale));
}
}
}
}
}
Example #6
| Source File: dateUtils.ts From ant-extensions with MIT License | 5 votes |
|
parseDate = (dt?: string, rounded?: "start" | "end"): ParsedDate => {
if (dt && isDate(dt)) {
return parseISO(dt);
} else if (dt && isDateLike(dt)) {
const parts = getDateParts(dt);
if (parts) {
const { part, op, diff } = parts;
const diffNum = parseInt(`${op}${diff}`, 10);
let date = startOfMinute(new Date());
switch (part) {
case DateParts.NOW:
return date;
case DateParts.DECADE:
if (rounded) {
date = (rounded === "start" ? startOfDecade : endOfDecade)(date);
}
return addYears(date, diffNum * 10);
case DateParts.YEAR:
if (rounded) {
date = (rounded === "start" ? startOfYear : endOfYear)(date);
}
return addYears(date, diffNum);
case DateParts.QUARTER:
if (rounded) {
date = (rounded === "start" ? startOfQuarter : endOfQuarter)(date);
}
return addQuarters(date, diffNum);
case DateParts.MONTH:
if (rounded) {
date = (rounded === "start" ? startOfMonth : endOfMonth)(date);
}
return addMonths(date, diffNum);
case DateParts.WEEK:
if (rounded) {
date = (rounded === "start" ? startOfWeek : endOfWeek)(date);
}
return addWeeks(date, diffNum);
case DateParts.DAY:
if (rounded) {
date = (rounded === "start" ? startOfDay : endOfDay)(date);
}
return addDays(date, diffNum);
case DateParts.HOUR:
if (rounded) {
date = (rounded === "start" ? startOfHour : endOfHour)(date);
}
return addHours(date, diffNum);
case DateParts.MINUTE:
if (rounded) {
date = (rounded === "start" ? startOfMinute : endOfMinute)(date);
}
return addMinutes(date, diffNum);
}
}
}
return undefined;
}
Example #7
| Source File: date.ts From ngx-gantt with MIT License | 5 votes |
|
endOfMonth(): GanttDate {
return new GanttDate(endOfMonth(this.value));
}
Example #8
| 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);
}
}
}
