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import {
FluidSlugType,
FluidState,
FluidType,
KonnectorUpdate,
Season,
} from 'enums'
formatOffPeakHours,
formatTwoDigits,
getFluidLabel,
getFluidTypeTranslation,
getKonnectorUpdateError,
getMonthFullName,
getMonthName,
getMonthNameWithPrep,
getPartnerKey,
isValidOffPeakHours,
parseOffPeakHours,
roundOffPeakHours,
splitOffPeakHours,
describe('utils test', () => {
describe('getKonnectorSlug', () => {
it('should return correct slug for elec', () => {
const slug = getKonnectorSlug(FluidType.ELECTRICITY)
expect(slug).toBe(FluidSlugType.ELECTRICITY)
})
it('should return correct slug for water', () => {
const slug = getKonnectorSlug(FluidType.WATER)
expect(slug).toBe(FluidSlugType.WATER)
})
it('should return correct slug for gas', () => {
const slug = getKonnectorSlug(FluidType.GAS)
expect(slug).toBe(FluidSlugType.GAS)
})
it('should throw error for invalid fluid type', () => {
expect(() => getKonnectorSlug(99 as FluidType.GAS)).toThrow(
'unknown fluidtype'
)
})
describe('getKonnectorUpdateError', () => {
it('should return KonnectorUpdate.ERROR_UPDATE_OAUTH for USER_ACTION_NEEDED.OAUTH_OUTDATED', () => {
const result = getKonnectorUpdateError(
'USER_ACTION_NEEDED.OAUTH_OUTDATED'
)
expect(result).toBe(KonnectorUpdate.ERROR_UPDATE_OAUTH)
})
it('should return KonnectorUpdate.LOGIN_FAILED for LOGIN_FAILED', () => {
const result = getKonnectorUpdateError('LOGIN_FAILED')
expect(result).toBe(KonnectorUpdate.LOGIN_FAILED)
})
it('should return KonnectorUpdate.ERROR_UPDATE for CHALLENGE_ASKED', () => {
const result = getKonnectorUpdateError('CHALLENGE_ASKED')
expect(result).toBe(KonnectorUpdate.ERROR_UPDATE)
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})
it('should return KonnectorUpdate.ERROR_UPDATE for an unknown type', () => {
const result = getKonnectorUpdateError('UNKNOWN_TYPE')
expect(result).toBe(KonnectorUpdate.ERROR_UPDATE)
})
})
describe('isKonnectorActive', () => {
describe('for MULTIFLUID', () => {
it('should return false when all fluids are not connected', () => {
const fluidStatus = [
{ status: FluidState.NOT_CONNECTED },
{ status: FluidState.KONNECTOR_NOT_FOUND },
{ status: FluidState.NOT_CONNECTED },
] as FluidStatus[]
const result = isKonnectorActive(fluidStatus, FluidType.MULTIFLUID)
expect(result).toBe(false)
})
it('should return true when some fluids are connected', () => {
const fluidStatus = [
{ status: FluidState.DONE },
{ status: FluidState.NOT_CONNECTED },
{ status: FluidState.DONE },
] as FluidStatus[]
const result = isKonnectorActive(fluidStatus, FluidType.MULTIFLUID)
expect(result).toBe(true)
})
})
describe('for SINGLE fluids', () => {
it('should return false for a single fluid not connected', () => {
const fluidStatus = [
{},
{
status: FluidState.NOT_CONNECTED,
fluidType: FluidType.GAS,
},
{
status: FluidState.KONNECTOR_NOT_FOUND,
fluidType: FluidType.WATER,
},
] as FluidStatus[]
expect(isKonnectorActive(fluidStatus, FluidType.GAS)).toBe(false)
expect(isKonnectorActive(fluidStatus, FluidType.WATER)).toBe(false)
})
it('should return true for a single fluid connected', () => {
const fluidStatus = [
{
status: FluidState.DONE,
fluidType: FluidType.ELECTRICITY,
},
{ status: FluidState.ERROR, fluidType: FluidType.WATER },
{ status: FluidState.LOGIN_FAILED, fluidType: FluidType.GAS },
] as FluidStatus[]
expect(isKonnectorActive(fluidStatus, FluidType.ELECTRICITY)).toBe(true)
expect(isKonnectorActive(fluidStatus, FluidType.GAS)).toBe(true)
expect(isKonnectorActive(fluidStatus, FluidType.WATER)).toBe(true)
})
})
})
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describe('formatNumberValues test', () => {
it('should return --,-- if there is not value', () => {
const result = formatNumberValues(null)
expect(result).toBe('--,--')
})
it('should return a value at english number format two digits decimal', () => {
const result = formatNumberValues(2000.555)
expect(result).toEqual('2 000,56')
})
it('should return a float value', () => {
const result = formatNumberValues(2000.55, '', true)
expect(result).toEqual(2000)
})
})
describe('getSeason test', () => {
it('should return summer', () => {
const now = DateTime.local().setZone('utc', {
keepLocalTime: true,
})
jest
.spyOn(DateTime, 'local')
.mockReturnValueOnce(now.set({ day: 12, month: 6, year: 2021 }))
const result = getSeason()
expect(result).toBe(Season.SUMMER)
})
it('should return winter', () => {
const now = DateTime.local().setZone('utc', {
keepLocalTime: true,
})
jest
.spyOn(DateTime, 'local')
.mockReturnValueOnce(now.set({ day: 1, month: 12, year: 2021 }))
const result = getSeason()
expect(result).toBe(Season.WINTER)
})
it('should return none', () => {
const now = DateTime.local().setZone('utc', {
keepLocalTime: true,
})
jest
.spyOn(DateTime, 'local')
.mockReturnValueOnce(now.set({ day: 1, month: 10, year: 2021 }))
const result = getSeason()
expect(result).toBe(Season.NONE)
})
})
describe('getChallengeTitleWithLineReturn test', () => {
it('should return Simone\\nVEILLE', () => {
expect(getChallengeTitleWithLineReturn('CHALLENGE0001')).toBe(
'Simone\nVEILLE'
)
})
it('should return undefined', () => {
expect(getChallengeTitleWithLineReturn('CHALLENGE0000')).toBe(undefined)
})
})
describe('getMonthFullName', () => {
it('should return the name of the month', () => {
expect(getMonthFullName(3)).toBe('Mars')
})
})
describe('getMonthName', () => {
it('should return the name of the month', () => {
expect(getMonthName(DateTime.local(2023, 6, 1))).toBe('juin')
})
})
describe('getMonthNameWithPrep', () => {
it('should return the name of the month with " de "', () => {
const date = DateTime.fromISO('2020-11-29T23:59:59.999Z')
expect(getMonthNameWithPrep(date)).toBe('de novembre')
})
it('should return the name of the month with " d\'"', () => {
const date = DateTime.fromISO('2020-10-29T23:59:59.999Z')
expect(getMonthNameWithPrep(date)).toBe('d’octobre')
})
})
describe('getFluidName', () => {
it('should return electricity', () => {
expect(getFluidName(FluidType.ELECTRICITY)).toBe('electricity')
})
it('should return water', () => {
expect(getFluidName(FluidType.WATER)).toBe('water')
})
it('should return gas', () => {
expect(getFluidName(FluidType.GAS)).toBe('gas')
})
it('should return multifluid', () => {
expect(getFluidName(FluidType.MULTIFLUID)).toBe('multifluid')
})
})
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describe('getFluidTypeTranslation', () => {
it('should return electricity', () => {
expect(getFluidTypeTranslation(FluidType.ELECTRICITY)).toBe(
"d'électricité"
)
})
it('should return water', () => {
expect(getFluidTypeTranslation(FluidType.WATER)).toBe("d'eau")
})
it('should return gas', () => {
expect(getFluidTypeTranslation(FluidType.GAS)).toBe('de gaz')
})
it('should throw error for invalid fluid type', () => {
expect(() => getFluidTypeTranslation(99 as FluidType.GAS)).toThrow(
'unexpected fluidtype'
)
})
})
describe('getPartnerKey', () => {
it('should return enedis', () => {
expect(getPartnerKey(FluidType.ELECTRICITY)).toBe('enedis')
})
it('should return egl', () => {
expect(getPartnerKey(FluidType.WATER)).toBe('egl')
})
it('should return grdf', () => {
expect(getPartnerKey(FluidType.GAS)).toBe('grdf')
})
it('should throw error for invalid fluid type', () => {
expect(() => getPartnerKey(99 as FluidType.GAS)).toThrow(
'unknown fluidtype'
)
})
})
describe('getFluidLabel', () => {
it('should return elec', () => {
expect(getFluidLabel(FluidType.ELECTRICITY)).toBe('elec')
})
it('should return gas', () => {
expect(getFluidLabel(FluidType.GAS)).toBe('gaz')
})
it('should return water', () => {
expect(getFluidLabel(FluidType.WATER)).toBe('water')
})
it('should return multi', () => {
expect(getFluidLabel(FluidType.MULTIFLUID)).toBe('multi')
})
})
describe('formatListWithAnd', () => {
it('should return empty string', () => {
expect(formatListWithAnd([])).toBe('')
})
it('should return single element', () => {
expect(formatListWithAnd(['pomme'])).toBe('pomme')
})
it('should return two elements joined by "et"', () => {
expect(formatListWithAnd(['pomme', 'banane'])).toBe('pomme et banane')
})
it('should return elements joined by commas except the last one with "et"', () => {
expect(formatListWithAnd(['pomme', 'banane', 'cerise'])).toBe(
'pomme, banane et cerise'
)
})
})
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describe('isValidOffPeakHours', () => {
it('should return true for valid off-peak hours format', () => {
expect(isValidOffPeakHours('4H00-6H00')).toBe(true)
expect(isValidOffPeakHours('14H26-18H20')).toBe(true)
expect(isValidOffPeakHours('0H00-23H59')).toBe(true)
})
it('should return false for invalid off-peak hours format', () => {
expect(isValidOffPeakHours('invalid')).toBe(false) // unexpected string
expect(isValidOffPeakHours('2H30')).toBe(false) // Missing end of range
expect(isValidOffPeakHours('2H60-6H00')).toBe(false) // Minutes out of range
expect(isValidOffPeakHours('24H00-6H00')).toBe(false) // Hour out of range
})
})
describe('parseOffPeakHours', () => {
it('should return empty array', () => {
expect(parseOffPeakHours('')).toStrictEqual([])
})
it('should return single interval', () => {
expect(parseOffPeakHours('22H00-6H00')).toStrictEqual([
{ start: { hour: 22, minute: 0 }, end: { hour: 6, minute: 0 } },
])
})
it('should return two intervals', () => {
expect(parseOffPeakHours('3H00-8H00;13H30-16H30')).toStrictEqual([
{ start: { hour: 3, minute: 0 }, end: { hour: 8, minute: 0 } },
{ start: { hour: 13, minute: 30 }, end: { hour: 16, minute: 30 } },
])
})
it('should return empty array because range is incomplete', () => {
expect(parseOffPeakHours('3H00-')).toStrictEqual([])
})
it('should return empty array because time is not valid', () => {
expect(parseOffPeakHours('51H00-98H99')).toStrictEqual([])
})
})
describe('formatTwoDigits', () => {
it('should return number with padding', () => {
expect(formatTwoDigits(5)).toBe('05')
})
it('should return number without padding', () => {
expect(formatTwoDigits(42)).toBe('42')
})
})
describe('formatOffPeakHours', () => {
it('should format correctly', () => {
expect(
formatOffPeakHours({
start: { hour: 2, minute: 0 },
end: { hour: 10, minute: 30 },
})
).toBe('02H00-10H30')
})
})
describe('splitOffPeakHours', () => {
it('should split off-peak hours that cross midnight', () => {
const offPeakHours = [
{ start: { hour: 22, minute: 0 }, end: { hour: 6, minute: 0 } },
]
const expectedSplitOffPeakHours = [
{ start: { hour: 22, minute: 0 }, end: { hour: 23, minute: 59 } },
{ start: { hour: 0, minute: 0 }, end: { hour: 6, minute: 0 } },
]
const result = splitOffPeakHours(offPeakHours)
expect(result).toEqual(expectedSplitOffPeakHours)
})
it('should not split off-peak hours that do not cross midnight', () => {
const offPeakHours = [
{ start: { hour: 8, minute: 0 }, end: { hour: 12, minute: 0 } },
]
const result = splitOffPeakHours(offPeakHours)
expect(result).toEqual(offPeakHours)
})
})
describe('roundOffPeakHours', () => {
it('rounds off-peak hours to the nearest half-hour', () => {
const offPeakHours = [
{ start: { hour: 2, minute: 2 }, end: { hour: 10, minute: 58 } },
{ start: { hour: 1, minute: 58 }, end: { hour: 11, minute: 2 } },
{ start: { hour: 7, minute: 15 }, end: { hour: 14, minute: 45 } },
{ start: { hour: 1, minute: 30 }, end: { hour: 3, minute: 0 } },
]
const roundedOffPeakHours = roundOffPeakHours(offPeakHours)
expect(roundedOffPeakHours).toEqual([
{ start: { hour: 2, minute: 0 }, end: { hour: 11, minute: 0 } },
{ start: { hour: 2, minute: 0 }, end: { hour: 11, minute: 0 } },
{ start: { hour: 7, minute: 30 }, end: { hour: 15, minute: 0 } },
{ start: { hour: 1, minute: 30 }, end: { hour: 3, minute: 0 } },
])
})
it('rounds off-peak hours to midnight', () => {
const offPeakHours = [
{ start: { hour: 0, minute: 5 }, end: { hour: 4, minute: 0 } },
{ start: { hour: 23, minute: 55 }, end: { hour: 4, minute: 0 } },
{ start: { hour: 16, minute: 0 }, end: { hour: 23, minute: 55 } },
{ start: { hour: 16, minute: 0 }, end: { hour: 0, minute: 5 } },
]
const roundedOffPeakHours = roundOffPeakHours(offPeakHours)
expect(roundedOffPeakHours).toEqual([
{ start: { hour: 0, minute: 0 }, end: { hour: 4, minute: 0 } },
{ start: { hour: 0, minute: 0 }, end: { hour: 4, minute: 0 } },
{ start: { hour: 16, minute: 0 }, end: { hour: 23, minute: 59 } },
{ start: { hour: 16, minute: 0 }, end: { hour: 23, minute: 59 } },
])
})
})
describe('getFluidUnit', () => {
it('should return kWh for ELECTRICITY', () => {
expect(getFluidUnit(FluidType.ELECTRICITY)).toBe('kWh')
})
it('should return L for WATER', () => {
expect(getFluidUnit(FluidType.WATER)).toBe('L')
})
it('should return € for MULTIFLUID', () => {
expect(getFluidUnit(FluidType.MULTIFLUID)).toBe('€')
})
it('should throw error for invalid fluid type', () => {
expect(() => getFluidUnit(99 as FluidType.GAS)).toThrow(
'unknown fluidtype'
)
})
})