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<ProviderSelection
v-if="!isCaptchaSessionExpired"
:t="t"
:selectableProviders="providerSelectionProviders"
:providersWithAppointments="providersWithAppointments"
:selectedProvider="selectedProvider"
:selectedProviders="selectedProviders"
@update:selectedProviders="onUpdateSelectedProviders"
:providerSelectionError="providerSelectionError"
/>
<div
v-if="
!isCaptchaSessionExpired &&
availableDaysFetched &&
(noProviderSelected || !hasSelectedProviderWithAppointments) &&
!isSwitchingProvider
"
class="m-component"
>
<h2>{{ t("time") }}</h2>
<muc-callout type="info">
<template #header>
<h3>{{ t("apiErrorNoAppointmentForThisScopeHeader") }}</h3>
</template>
<template #content>
<div class="m-content">
<p>{{ t("apiErrorNoAppointmentForThisScopeText") }}</p>
</div>
<div
class="m-content"
style="margin-top: 8px"
v-if="emptyStateAvailabilityInfoHtml"
>
<p>
<muc-button
variant="ghost"
icon="information"
icon-shown-left
class="no-bottom-margin"
@click="openEmptyStateInfoModal"
>
<template #default>{{ t("newAppointmentsInfoLink") }}</template>
</muc-button>
</p>
</div>
</template>
</muc-callout>
</div>
<div
v-else-if="
!isCaptchaSessionExpired &&
(!error || isNoAppointmentForThisDayError) &&
(hasSelectedProviderWithAppointments ||
!availableDaysFetched ||
isSwitchingProvider)
"
class="m-component"
>
<CalendarListToggle
:t="t"
:isListView="isListView"
@update:isListView="onListViewToggle"
/>
<div
v-if="!availableDaysFetched || isSwitchingProvider"
class="m-spinner-container"
>
<MucSpinner :text="t('spinnerText')" />
</div>
<CalendarView
ref="calendarViewRef"
v-else-if="!isListView"
:t="t"
:selectedDay="selectedDay"
:calendarKey="calendarKey"
:allowedDates="allowedDates"
:minDate="minDate"
:maxDate="maxDate"
:viewMonth="viewMonth"
:prevBookableDate="prevBookableDate"
:nextBookableDate="nextBookableDate"
:timeSlotsInHoursByOffice="timeSlotsInHoursByOffice"
:timeSlotsInDayPartByOffice="timeSlotsInDayPartByOffice"
:currentHour="currentHour"
:firstHour="firstHour"
:lastHour="lastHour"
:currentDayPart="currentDayPart"
:firstDayPart="firstDayPart"
:lastDayPart="lastDayPart"
:selectableProviders="selectableProviders"
:selectedProviders="selectedProvidersForCalendar"
:providersWithAppointments="providersWithAppointments"
:appointmentsCount="appointmentsCount"
:isLoadingAppointments="isLoadingAppointments"
:isLoadingComplete="isLoadingComplete"
:availabilityInfoHtml="availabilityInfoHtml"
:officeNameById="officeNameById"
:isSlotSelected="isSlotSelected"
:officeIdForTime="officeIdForTime"
@update:selectedDay="handleDaySelection"
@jumpToBookableDate="jumpToBookableDate"
@selectTimeSlot="
({ officeId, time }) =>
handleTimeSlotSelection(officeId as number, time)
"
@setSelectedHour="(h) => (selectedHour = h as number | null)"
@setSelectedDayPart="(p) => (selectedDayPart = p as any)"
@openInfo="openAvailabilityInfoModal"
/>
<ListView
ref="listViewRef"
v-else-if="isListView"
:t="t"
:isLoadingAppointments="isLoadingAppointments"
:availabilityInfoHtml="availabilityInfoHtml"
:selectableProviders="selectableProviders"
:selectedProviders="selectedProvidersForCalendar"
:providersWithAppointments="providersWithAppointments"
:officeNameById="officeNameById"
:isSlotSelected="isSlotSelected"
:officeIdForTime="officeIdForTime"
:availableDays="availableDays"
:appointmentsByDay="appointmentsByDayForDisplay"
:officeOrder="officeOrder"
:hasMoreDaysAhead="hasMoreListDaysAhead"
:isLoadingMoreDays="isLoadingMoreListDays"
@update:selectedDay="handleDaySelection"
@requestMoreDays="loadMoreListViewDays"
@selectTimeSlot="
({ officeId, time }) =>
handleTimeSlotSelection(officeId as number, time)
"
@openInfo="openAvailabilityInfoModal"
/>
<div ref="summary">
<AppointmentPreview
:t="t"
:selectedProvider="selectedProvider"
:selectedDay="selectedDay"
:selectedTimeslot="selectedTimeslot"
:selectedService="selectedService"
/>
</div>
</div>
<div
v-if="
showError &&
!isSwitchingProvider &&
(isCaptchaSessionExpired || !noProviderSelected)
"
class="m-component"
>
<h2>{{ t("time") }}</h2>
<muc-callout :type="toCalloutType(apiErrorTranslation.errorType)">
<template #header>
<h3>{{ t(apiErrorTranslation.headerKey) }}</h3>
</template>
<template #content>
<div class="m-content">
<p>{{ t(apiErrorTranslation.textKey) }}</p>
</div>
<div
class="m-content"
style="margin-top: 8px"
v-if="
(apiErrorTranslation.textKey ===
'apiErrorNoAppointmentForThisScopeText' ||
apiErrorTranslation.textKey ===
'apiErrorNoAppointmentForThisDayText') &&
availabilityInfoHtml
"
>
<p>
<muc-button
variant="ghost"
icon="information"
icon-shown-left
class="no-bottom-margin"
@click="openAvailabilityInfoModal"
>
<template #default>{{ t("newAppointmentsInfoLink") }}</template>
</muc-button>
</p>
</div>
</template>
</muc-callout>
</div>
<div
ref="buttons"
class="m-button-group"
>
<muc-button
v-if="!isRebooking"
icon="arrow-left"
icon-shown-left
variant="secondary"
@click="previousStep"
>
<template #default>{{ t("back") }}</template>
</muc-button>
<muc-button
:disabled="
selectedTimeslot === 0 ||
!selectedDay ||
loadingStates.isReservingAppointment.value
"
:icon="'arrow-right'"
@click="nextStep"
>
<template #default>
<span>{{ t("next") }}</span>
</template>
</muc-button>
</div>
<AvailabilityInfoModal
v-model:open="showAvailabilityInfoModal"
:html="availabilityInfoHtmlForModal"
:closeAriaLabel="t('closeDialog')"
:t="t"
/>
</template>
<script setup lang="ts">
import type { CalloutType } from "@/utils/callout";
import type { ApiErrorTranslation } from "@/utils/errorHandler";
import type { Ref } from "vue";
import {
MucButton,
MucCallout,
MucSpinner,
} from "@muenchen/muc-patternlab-vue";
import {
computed,
inject,
nextTick,
onMounted,
onUnmounted,
ref,
watch,
} from "vue";
import { AvailableCalendarDTO } from "@/api/models/AvailableCalendarDTO";
import { ErrorDTO } from "@/api/models/ErrorDTO";
import { OfficeAvailableTimeSlotsDTO } from "@/api/models/OfficeAvailableTimeSlotsDTO";
import { fetchAvailableCalendar } from "@/api/ZMSAppointmentAPI";
import { GlobalState } from "@/types/GlobalState";
import { OfficeImpl } from "@/types/OfficeImpl";
import {
SelectedServiceProvider,
SelectedTimeslotProvider,
} from "@/types/ProvideInjectTypes";
import { toCalloutType } from "@/utils/callout";
import {
createErrorStates,
getApiErrorTranslation,
handleApiError,
handleApiResponse,
} from "@/utils/errorHandler";
import {
berlinHourFormatter,
convertDateToString,
} from "@/utils/formatAppointmentDateTime";
import { generateAvailabilityInfoHtml } from "@/utils/infoForAllAppointments";
import { sanitizeHtml } from "@/utils/sanitizeHtml";
import AppointmentPreview from "./AppointmentSelection/AppointmentPreview.vue";
import AvailabilityInfoModal from "./AppointmentSelection/AvailabilityInfoModal.vue";
import CalendarListToggle from "./AppointmentSelection/CalendarListToggle.vue";
import CalendarView from "./AppointmentSelection/CalendarView.vue";
import ListView from "./AppointmentSelection/ListView.vue";
import ProviderSelection from "./AppointmentSelection/ProviderSelection.vue";
const props = defineProps<{
globalState: GlobalState;
isRebooking: boolean;
exclusiveLocation: string | undefined;
preselectedOfficeId: string | undefined;
selectedServiceMap: Map<string, number>;
captchaToken: string | null;
bookingError: boolean;
bookingErrorKey: string;
errorType?: CalloutType;
t: (key: string) => string;
}>();
const emit = defineEmits<(e: "next" | "back" | "clearBookingError") => void>();
const { selectedService } = inject<SelectedServiceProvider>(
"selectedServiceProvider"
) as SelectedServiceProvider;
const { selectedProvider, selectedTimeslot } = inject<SelectedTimeslotProvider>(
"selectedTimeslot"
) as SelectedTimeslotProvider;
const loadingStates = inject("loadingStates", {
isReservingAppointment: ref(false),
isUpdatingAppointment: ref(false),
isBookingAppointment: ref(false),
isCancelingAppointment: ref(false),
}) as {
isReservingAppointment: Ref<boolean>;
isUpdatingAppointment: Ref<boolean>;
isBookingAppointment: Ref<boolean>;
isCancelingAppointment: Ref<boolean>;
};
const selectableProviders = ref<OfficeImpl[]>();
const availableDays = ref<Array<{ date: string; providerIDs: string }>>();
/** YYYY-MM-DD bounds of the last loaded appointment-slots window */
const loadedSlotsStartDate = ref<string | null>(null);
const loadedSlotsEndDate = ref<string | null>(null);
/**
* Days for which free-slot SQL has already run. Empty results stay non-selectable
* even after the free-slot window moves to another day (daylist may still return providerIDs).
*/
const freeSlotCheckedDates = ref<Set<string>>(new Set());
const prevBookableDate = ref<string | null>(null);
const nextBookableDate = ref<string | null>(null);
const selectedHour = ref<number | null>(null);
const selectedDayPart = ref<"am" | "pm" | null>(null);
const appointmentsCount = ref<number>(0);
const appointmentTimestampsByOffice = ref<OfficeAvailableTimeSlotsDTO[]>([]);
const appointmentTimestamps = ref<number[]>([]);
const appointmentsByDay = ref<Map<string, OfficeAvailableTimeSlotsDTO[]>>(
new Map()
);
const errorStates = createErrorStates();
const errorStateMap = computed(() => errorStates.errorStateMap);
const currentErrorData = computed(() => errorStates.currentErrorData);
const error = ref<boolean>(false);
const showError = computed(() => error.value || props.bookingError);
/** Sticky until back: available-calendar captcha session expired — hide providers/calendar. */
const captchaSessionExpired = ref(false);
const CAPTCHA_SESSION_ERROR_CODES = new Set([
"captchaExpired",
"captchaInvalid",
"captchaMissing",
]);
const CAPTCHA_SESSION_BOOKING_KEYS = new Set([
"apiErrorCaptchaExpired",
"apiErrorCaptchaInvalid",
"apiErrorCaptchaMissing",
"altcha.invalidCaptcha",
]);
const isCaptchaSessionExpired = computed(() => {
if (captchaSessionExpired.value) {
return true;
}
if (props.bookingError && props.bookingErrorKey) {
return CAPTCHA_SESSION_BOOKING_KEYS.has(props.bookingErrorKey);
}
return (
!!errorStateMap.value.apiErrorCaptchaExpired?.value ||
!!errorStateMap.value.apiErrorCaptchaInvalid?.value ||
!!errorStateMap.value.apiErrorCaptchaMissing?.value
);
});
const getFirstErrorCode = (data: any): string | null => {
const code = data?.errors?.[0]?.errorCode;
return typeof code === "string" ? code : null;
};
const clearLocalApiErrors = (): void => {
// Keep captcha-expired lock until the user goes back.
Iif (captchaSessionExpired.value) {
return;
}
error.value = false;
Object.values(errorStateMap.value).forEach((errorState) => {
errorState.value = false;
});
errorStates.currentErrorData.value = null;
};
const clearVisibleErrors = (notifyParent = true): void => {
clearLocalApiErrors();
if (notifyParent && !captchaSessionExpired.value) {
emit("clearBookingError");
}
};
const isNoAppointmentForThisDayError = computed(
() => errorStateMap.value.apiErrorNoAppointmentForThisDay?.value ?? false
);
const selectedDay = ref<Date>();
const minDate = ref<Date>();
const maxDate = ref<Date>();
const viewMonth = ref<Date>(new Date());
const officeOrder = ref<Map<number, number>>(new Map());
const calendarKey = ref(0);
const selectedProviders = ref<{ [id: string]: boolean }>({});
/** Checkbox state plus shared-booking peer IDs so calendar/list show round-robin-chosen offices. */
const selectedProvidersForCalendar = computed(() => {
const result: { [id: string]: boolean } = { ...selectedProviders.value };
for (const provider of selectableProviders.value || []) {
if (!result[String(provider.id)]) continue;
Eif (!Array.isArray(provider.sharedBookingOfficeIds)) continue;
for (const peerId of provider.sharedBookingOfficeIds) {
result[String(peerId)] = true;
}
}
return result;
});
const listViewRef = ref<any>();
const calendarViewRef = ref<any>();
let initialized = false;
/** True while onMounted owns the first calendar fetch — skip provider-refresh races. */
let initialCalendarLoadPending = false;
/** Full request key of the last successful available-calendar response. */
let lastFetchedRequestKey: string | null = null;
/** Full request key of the in-flight available-calendar call (if any). */
let inFlightRequestKey: string | null = null;
/** Shared promise for the in-flight available-calendar call (same-key callers join). */
let inFlightCalendarPromise: Promise<boolean> | null = null;
const availableDaysFetched = ref(false);
const isLoadingAppointments = ref(false);
const isSwitchingProvider = ref(false);
const isLoadingComplete = ref(false);
let refetchTimer: ReturnType<typeof setTimeout> | undefined;
let providerRefreshGeneration = 0;
const officeIdsRequestKey = (ids: number[]): string =>
[...ids].sort((a, b) => a - b).join(",");
const buildCalendarRequestKey = (
officeIds: number[],
slotsStartDate: string,
slotsEndDate: string
): string =>
[
officeIdsRequestKey(officeIds),
Array.from(props.selectedServiceMap.keys()).join(","),
Array.from(props.selectedServiceMap.values()).join(","),
slotsStartDate,
slotsEndDate,
].join("|");
const toDayKey = (value: Date | string): string => {
if (typeof value === "string") return value.slice(0, 10);
return convertDateToString(value);
};
const TODAY = new Date();
const MAXDATE = new Date(
TODAY.getFullYear(),
TODAY.getMonth() + 6,
TODAY.getDate()
);
const normalizeCalendarOffices = (
offices: Array<{ officeId: number | string; appointments?: number[] }>
): OfficeAvailableTimeSlotsDTO[] => {
return offices.map((office) => ({
officeId: Number(office.officeId),
appointments: office.appointments ?? [],
}));
};
const dayHasSlotsForSelectedProviders = (dateKey: string): boolean => {
const offices = appointmentsByDay.value.get(dateKey) ?? [];
return offices.some(
(office) =>
isOfficeIdSelectedForCalendar(office.officeId) &&
(office.appointments?.length ?? 0) > 0
);
};
const isDateInLoadedSlotsWindow = (dateKey: string): boolean => {
Iif (!loadedSlotsStartDate.value || !loadedSlotsEndDate.value) {
return false;
}
return (
dateKey >= loadedSlotsStartDate.value && dateKey <= loadedSlotsEndDate.value
);
};
/**
* Free-slot SQL window hint: selected day (otherwise today).
* Backend loads appointment timestamps only for that window; other painted-month
* days keep daylist providerIDs with empty offices until that day is free-slot-checked.
*/
const getFreeSlotsWindow = (): {
slotsStartDate: string;
slotsEndDate: string;
} => {
const dayKey = selectedDay.value
? toDayKey(selectedDay.value)
: convertDateToString(TODAY);
return { slotsStartDate: dayKey, slotsEndDate: dayKey };
};
/**
* Reference to the appointment summary.
* After selecting a time slot, the view is placed on the appointment summary, the focus on the 'next' button.
*/
const summary = ref<HTMLElement | null>(null);
const buttons = ref<HTMLElement | null>(null);
const getOfficeById = (id: number | string): OfficeImpl | undefined => {
const idStr = String(id);
const fromSelectable = (selectableProviders.value || []).find(
(p) => String(p.id) === idStr
);
Eif (fromSelectable) return fromSelectable;
// Peers collapsed out of the Ort list may still own a reserved/free slot.
const services = [
selectedService.value,
...(selectedService.value?.subServices || []).filter((s) => s.count > 0),
].filter(Boolean) as Array<{ providers?: OfficeImpl[] }>;
for (const service of services) {
const found = (service.providers || []).find((p) => String(p.id) === idStr);
if (found) return found as OfficeImpl;
}
return undefined;
};
/** True when the Ort checkbox for this office (or a shared-booking peer) is checked. */
const isOfficeIdSelectedForCalendar = (officeId: number | string): boolean => {
const idStr = String(officeId);
if (selectedProviders.value[idStr]) return true;
return (selectableProviders.value || []).some((p) => {
if (!selectedProviders.value[String(p.id)]) return false;
return (
Array.isArray(p.sharedBookingOfficeIds) &&
p.sharedBookingOfficeIds.map(Number).includes(Number(officeId))
);
});
};
const displayOfficeNameForId = (id: number | string): string | null => {
const displayId = displayOfficeIdFor(Number(id));
return getOfficeById(displayId)?.name ?? getOfficeById(id)?.name ?? null;
};
const officeNameById = (id: number | string): string | null => {
return displayOfficeNameForId(id);
};
/** Map a peer OfficeID to the Ort checkbox office that represents the shared group. */
const displayOfficeIdFor = (officeId: number): number => {
const id = Number(officeId);
const findOwner = (providers: OfficeImpl[] | undefined) =>
(providers || []).find(
(p) =>
Array.isArray(p.sharedBookingOfficeIds) &&
p.sharedBookingOfficeIds.map(Number).includes(id)
);
const selectableOwner = findOwner(selectableProviders.value);
Iif (selectableOwner) return Number(selectableOwner.id);
// Peers collapsed out of the Ort list still carry the group on the service.
const serviceProviders = [
...(selectedService.value?.providers || []),
...((selectedService.value?.subServices || [])
.filter((s) => (s.count ?? 0) > 0)
.flatMap((s) => s.providers || []) as OfficeImpl[]),
] as OfficeImpl[];
const serviceOwner = findOwner(serviceProviders);
Iif (serviceOwner && Array.isArray(serviceOwner.sharedBookingOfficeIds)) {
const group = serviceOwner.sharedBookingOfficeIds.map(Number);
const selectableInGroup = (selectableProviders.value || [])
.map((p) => Number(p.id))
.filter((selectableId) => group.includes(selectableId));
if (selectableInGroup.length > 0) {
return Math.min(...selectableInGroup);
}
return Math.min(...group);
}
return id;
};
/**
* Merge shared-booking peer offices into one timeslot section (display Ort).
* slotOwnerByTimestamp keeps the real officeId for reserve/book, keyed by
* display section + timestamp so unrelated Orte with the same wall-clock
* slot do not collide.
*/
const aggregateSharedBookingOffices = (
offices: OfficeAvailableTimeSlotsDTO[]
): {
aggregated: OfficeAvailableTimeSlotsDTO[];
slotOwnerByTimestamp: Map<string, number>;
} => {
const slotOwnerByTimestamp = new Map<string, number>();
const byDisplay = new Map<number, number[]>();
for (const office of offices) {
const realId = Number(office.officeId);
let displayId = displayOfficeIdFor(realId);
// Fallback: peer expanded into calendar (not an Ort checkbox) → fold into
// the checked Ort that lists it, or the checked Ort with the same label.
Iif (
displayId === realId &&
!selectedProviders.value[String(realId)] &&
selectedProvidersForCalendar.value[String(realId)]
) {
const peerOwner = (selectableProviders.value || []).find(
(p) =>
!!selectedProviders.value[String(p.id)] &&
Array.isArray(p.sharedBookingOfficeIds) &&
p.sharedBookingOfficeIds.map(Number).includes(realId)
);
if (peerOwner) {
displayId = Number(peerOwner.id);
} else {
const peerName = officeNameById(realId);
const sameNameOwner = (selectableProviders.value || []).find(
(p) =>
!!selectedProviders.value[String(p.id)] &&
officeNameById(p.id) === peerName
);
if (sameNameOwner) {
displayId = Number(sameNameOwner.id);
}
}
}
for (const time of office.appointments ?? []) {
const ownerKey = `${displayId}_${time}`;
Eif (!slotOwnerByTimestamp.has(ownerKey)) {
slotOwnerByTimestamp.set(ownerKey, realId);
}
const list = byDisplay.get(displayId) ?? [];
Eif (!list.includes(time)) {
list.push(time);
}
byDisplay.set(displayId, list);
}
}
const aggregated = [...byDisplay.entries()].map(
([mergedOfficeId, appointments]) => ({
officeId: mergedOfficeId,
appointments: [...appointments].sort((a, b) => a - b),
})
);
return { aggregated, slotOwnerByTimestamp };
};
/** displayId_timestamp → real officeId (peer) for the currently shown day slots */
const slotOwnerByTimestamp = ref<Map<string, number>>(new Map());
/** appointmentsByDay with shared-booking peers merged for list/calendar display */
const appointmentsByDayForDisplay = computed(() => {
const result = new Map<string, OfficeAvailableTimeSlotsDTO[]>();
for (const [dateKey, offices] of appointmentsByDay.value.entries()) {
result.set(dateKey, aggregateSharedBookingOffices(offices).aggregated);
}
return result;
});
const timeSlotsInHoursByOffice = computed(() => {
const offices = new Map<
number,
{ officeId: number; appointments: Map<number, number[]> }
>();
// Always re-aggregate here so peer offices never render as duplicate sections
// even if appointmentTimestampsByOffice still has raw API office buckets.
const selectedOffices = appointmentTimestampsByOffice.value.filter((office) =>
isOfficeIdSelectedForCalendar(office.officeId)
);
const { aggregated } = aggregateSharedBookingOffices(selectedOffices);
aggregated.forEach((office) => {
const timesByHours = new Map<number, number[]>();
office.appointments?.forEach?.((time) => {
const berlinDate = new Date(time * 1000);
const hour = parseInt(berlinHourFormatter.format(berlinDate));
if (!timesByHours.has(hour)) {
timesByHours.set(hour, []);
}
timesByHours.get(hour)?.push(time);
});
Eif (timesByHours.size > 0) {
offices.set(Number(office.officeId), {
officeId: Number(office.officeId),
appointments: timesByHours,
});
}
});
return new Map(
[...offices.entries()].sort((a, b) => {
const indexA = officeOrder.value.get(a[0]) ?? Infinity;
const indexB = officeOrder.value.get(b[0]) ?? Infinity;
return indexA - indexB;
})
);
});
const firstHour = computed(() => {
let min = Infinity;
for (const [, office] of timeSlotsInHoursByOffice.value) {
for (const hour of office.appointments.keys()) {
min = Math.min(min, hour);
}
}
return min === Infinity ? null : min;
});
const lastHour = computed(() => {
let max = -Infinity;
for (const [, office] of timeSlotsInHoursByOffice.value) {
for (const hour of office.appointments.keys()) {
max = Math.max(max, hour);
}
}
return max === -Infinity ? null : max;
});
const currentHour = computed(() => {
return selectedHour.value !== null ? selectedHour.value : firstHour.value;
});
const timeSlotsInDayPartByOffice = computed(() => {
const offices = new Map<
number,
{ officeId: number; appointments: Map<string, number[]> }
>();
const selectedOffices = appointmentTimestampsByOffice.value.filter((office) =>
isOfficeIdSelectedForCalendar(office.officeId)
);
const { aggregated } = aggregateSharedBookingOffices(selectedOffices);
aggregated.forEach((office) => {
const timesByPartOfDay = new Map<string, number[]>();
office.appointments?.forEach?.((time) => {
const berlinDate = new Date(time * 1000);
const hour = parseInt(berlinHourFormatter.format(berlinDate));
const dayPart = hour >= 12 ? "pm" : "am";
if (!timesByPartOfDay.has(dayPart)) {
timesByPartOfDay.set(dayPart, []);
}
timesByPartOfDay.get(dayPart)?.push(time);
});
Eif (timesByPartOfDay.size > 0) {
offices.set(Number(office.officeId), {
officeId: Number(office.officeId),
appointments: timesByPartOfDay,
});
}
});
return new Map(
[...offices.entries()].sort((a, b) => {
const indexA = officeOrder.value.get(a[0]) ?? Infinity;
const indexB = officeOrder.value.get(b[0]) ?? Infinity;
return indexA - indexB;
})
);
});
const firstDayPart = computed(() => {
for (const [, office] of timeSlotsInDayPartByOffice.value) {
if (office.appointments.has("am")) return "am";
}
return "pm";
});
const lastDayPart = computed(() => {
for (const [, office] of timeSlotsInDayPartByOffice.value) {
if (office.appointments.has("pm")) return "pm";
}
return "am";
});
const currentDayPart = computed(() => {
return selectedDayPart.value !== null
? selectedDayPart.value
: firstDayPart.value;
});
const showSelectionForProvider = async (provider: OfficeImpl) => {
isSwitchingProvider.value = true;
clearVisibleErrors(false);
selectedProvider.value = provider;
selectedDay.value = undefined;
selectedTimeslot.value = 0;
await fetchAvailableDaysForSelection();
};
const allowedDates = (date: Date) => {
const beforeMaxDate =
date.getFullYear() < MAXDATE.getFullYear() ||
(date.getFullYear() === MAXDATE.getFullYear() &&
date.getMonth() < MAXDATE.getMonth()) ||
(date.getFullYear() === MAXDATE.getFullYear() &&
date.getMonth() === MAXDATE.getMonth() &&
date.getDate() < MAXDATE.getDate());
Iif (!beforeMaxDate) return false;
const dateString = toDayKey(date);
const dayEntry = availableDays.value?.find(
(day) => toDayKey(day.date) === dateString
);
if (!dayEntry) return false;
// Bookable-day status (+ providerIDs) enables days not yet free-slot-checked.
// Once checked, require real appointments (persists after the slots window moves).
const hasProvider = dayEntry.providerIDs
.split(",")
.some((id) => isOfficeIdSelectedForCalendar(id.trim()));
if (!hasProvider) {
return false;
}
if (
freeSlotCheckedDates.value.has(dateString) ||
isDateInLoadedSlotsWindow(dateString)
) {
return dayHasSlotsForSelectedProviders(dateString);
}
return true;
};
const hasAppointmentsForSelectedProviders = () => {
return (
availableDays?.value?.some((day) =>
day.providerIDs.split(",").some((id) => isOfficeIdSelectedForCalendar(id))
) || false
);
};
const providersWithAppointments = computed(() => {
return (selectableProviders.value || []).sort((a, b) => {
const aPriority = a.priority ?? -Infinity;
const bPriority = b.priority ?? -Infinity;
return bPriority - aPriority;
});
});
const providerSelectionProviders = computed(() => {
return providersWithAppointments.value.filter((p) => p.scope != null);
});
const providersWithAvailableDays = computed(() => {
if (!availableDays.value?.length || !selectableProviders.value?.length) {
return [];
}
// Collect all provider IDs that have at least one available day
const idsWithDays = new Set<string>();
availableDays.value.forEach((day) => {
day.providerIDs.split(",").forEach((id) => idsWithDays.add(id.trim()));
});
const officeHasAvailableDay = (p: OfficeImpl): boolean => {
if (idsWithDays.has(String(p.id))) return true;
Eif (!Array.isArray(p.sharedBookingOfficeIds)) return false;
return p.sharedBookingOfficeIds.some((peerId) =>
idsWithDays.has(String(peerId))
);
};
// Filter to only providers with available days and sort by priority
return selectableProviders.value
.filter((p) => officeHasAvailableDay(p))
.sort((a, b) => (b.priority ?? -Infinity) - (a.priority ?? -Infinity));
});
const hasSelectedProviderWithAppointments = computed(() => {
// True only when a selected office appears in availableDays.providerIDs
// (not merely because it is selectable).
return (providersWithAvailableDays.value || []).some(
(p) => !!selectedProviders.value[String(p.id)]
);
});
const resolveRealOfficeIdForSlot = (
displayOrAnyId: number,
timeSlot: number
): number => {
const displayId = displayOfficeIdFor(Number(displayOrAnyId));
const fromDay = slotOwnerByTimestamp.value.get(`${displayId}_${timeSlot}`);
if (fromDay !== undefined) return fromDay;
const dayKey = selectedDay.value ? toDayKey(selectedDay.value) : null;
if (dayKey) {
const offices = appointmentsByDay.value.get(dayKey) ?? [];
for (const office of offices) {
Eif (
displayOfficeIdFor(Number(office.officeId)) === displayId &&
(office.appointments ?? []).includes(timeSlot)
) {
return Number(office.officeId);
}
}
}
return Number(displayOrAnyId);
};
/** Real booking OfficeID for DOM / emit (shared-booking peers). */
const officeIdForTime = (
timeSlot: number,
displayOfficeId: number | string
): number => resolveRealOfficeIdForSlot(Number(displayOfficeId), timeSlot);
const handleTimeSlotSelection = async (officeId: number, timeSlot: number) => {
clearVisibleErrors();
selectedTimeslot.value = timeSlot;
const realOfficeId = resolveRealOfficeIdForSlot(officeId, timeSlot);
selectedProvider.value = getOfficeById(realOfficeId);
Eif (summary.value) {
await nextTick();
summary.value.scrollIntoView({ behavior: "smooth", block: "center" });
(buttons.value?.lastChild as HTMLElement | null)?.focus({
preventScroll: true,
});
}
};
let skipSelectedDayWatch = false;
let daySelectionGeneration = 0;
let calendarFetchAbort: AbortController | null = null;
let calendarFetchGeneration = 0;
const isAbortError = (error: unknown): boolean =>
(error instanceof DOMException && error.name === "AbortError") ||
(typeof error === "object" &&
error !== null &&
"name" in error &&
(error as { name: string }).name === "AbortError");
const snapHourOrDayPartAfterDayLoad = () => {
if (timeSlotsInHoursByOffice.value.size > 0) {
const allHours = Array.from(
timeSlotsInHoursByOffice.value.values()
).flatMap((office) => {
const hours = Array.from((office as any).appointments.keys());
return hours.filter((hour) => typeof hour === "number" && hour >= 0);
});
Eif (allHours.length > 0) {
selectedHour.value = Math.min(...(allHours as number[]));
}
return;
}
Iif (timeSlotsInDayPartByOffice.value.size > 0) {
const allDayParts = Array.from(
timeSlotsInDayPartByOffice.value.values()
).flatMap((office) => {
const dayParts = Array.from((office as any).appointments.keys());
return dayParts.filter((part) => part === "am" || part === "pm");
});
if (allDayParts.includes("am")) {
selectedDayPart.value = "am";
} else if (allDayParts.includes("pm")) {
selectedDayPart.value = "pm";
}
}
};
const handleDaySelection = async (day: any) => {
Iif (!(day instanceof Date) || captchaSessionExpired.value) {
return;
}
const dateKey = toDayKey(day);
const isSameDay =
!!selectedDay.value && toDayKey(selectedDay.value) === dateKey;
clearVisibleErrors();
if (!isSameDay) {
selectedDay.value = day;
selectedTimeslot.value = 0;
selectedHour.value = null;
selectedDayPart.value = null;
}
const generation = ++daySelectionGeneration;
skipSelectedDayWatch = true;
isLoadingAppointments.value = true;
isLoadingComplete.value = false;
try {
// reloadCalendarAvailability no-ops (cache / in-flight join) when muc-calendar
// re-emits the current day after calendarKey remounts.
const reloaded = await reloadCalendarAvailability({
preserveSelectedDay: true,
});
if (generation !== daySelectionGeneration || !reloaded) {
return;
}
await getAppointmentsOfDay(dateKey);
Iif (generation !== daySelectionGeneration) {
return;
}
if (!isSameDay) {
snapHourOrDayPartAfterDayLoad();
}
} finally {
if (generation === daySelectionGeneration) {
skipSelectedDayWatch = false;
isLoadingAppointments.value = false;
isLoadingComplete.value = true;
}
}
};
const providerSelectionError = computed(() => {
const selectableIds = new Set(
providerSelectionProviders.value.map((p) => String(p.id))
);
if (selectableIds.size === 0) {
return "";
}
const hasSelection = Object.entries(selectedProviders.value).some(
([id, isSelected]) => isSelected && selectableIds.has(id)
);
return !hasSelection ? props.t("errorMessageProviderSelection") : "";
});
const noProviderSelected = computed(() => {
// Check if any providers are selected at all
const hasAnySelection = Object.values(selectedProviders.value).some(
(selected) => selected
);
// If no providers are selected at all, return true
if (!hasAnySelection) return true;
// If there are no providers with available days, we can't determine selection
if (!providersWithAvailableDays.value?.length) return false;
const idsWithDays = new Set(
providersWithAvailableDays.value.map((p) => String(p.id))
);
return !Object.keys(selectedProviders.value).some(
(id) => selectedProviders.value[id] && idsWithDays.has(id)
);
});
// Threshold moved to constants
const isListView = ref(false);
/**
* Switching back to calendar remounts MucCalendar; sync month + refresh the
* selected day so chevrons/slots are live (list-view paging can leave markers
* / slot window pointing at another month).
*/
const onListViewToggle = async (nextIsListView: boolean) => {
isListView.value = nextIsListView;
if (nextIsListView) {
return;
}
Eif (selectedDay.value) {
viewMonth.value = new Date(
selectedDay.value.getFullYear(),
selectedDay.value.getMonth(),
1
);
}
calendarKey.value++;
Eif (selectedDay.value) {
await handleDaySelection(selectedDay.value);
}
};
// Modal state and handlers
const showAvailabilityInfoModal = ref(false);
const availabilityInfoHtmlOverride = ref("");
const openAvailabilityInfoModal = () => {
availabilityInfoHtmlOverride.value = "";
showAvailabilityInfoModal.value = true;
};
const closeAvailabilityInfoModal = () => {
showAvailabilityInfoModal.value = false;
availabilityInfoHtmlOverride.value = "";
};
const availabilityInfoHtml = computed(() => {
return generateAvailabilityInfoHtml(
selectedProviders.value,
selectableProviders.value,
selectedProvider.value,
sanitizeHtml
);
});
const noneSelectedAvailabilityInfoHtml = computed(() => {
Iif (!noProviderSelected.value) return "";
const providers = selectableProviders.value || [];
if (providers.length === 0) return "";
// Build a synthetic selection that includes all selectable providers
const allSelectedMap: Record<string, boolean> = {};
providers.forEach((p: any) => {
Eif (p?.id != null) allSelectedMap[String(p.id)] = true;
});
return generateAvailabilityInfoHtml(
allSelectedMap,
selectableProviders.value,
undefined,
sanitizeHtml
);
});
// Empty-days callout: all locations when none selected, otherwise the current selection.
const emptyStateAvailabilityInfoHtml = computed(() => {
if (noProviderSelected.value) {
return noneSelectedAvailabilityInfoHtml.value;
}
return availabilityInfoHtml.value;
});
const availabilityInfoHtmlForModal = computed(() => {
return availabilityInfoHtmlOverride.value || availabilityInfoHtml.value;
});
const openNoneSelectedInfoModal = () => {
const html = noneSelectedAvailabilityInfoHtml.value;
if (html) {
availabilityInfoHtmlOverride.value = html;
showAvailabilityInfoModal.value = true;
}
};
const openEmptyStateInfoModal = () => {
if (noProviderSelected.value) {
openNoneSelectedInfoModal();
return;
}
openAvailabilityInfoModal();
};
const onUpdateSelectedProviders = (val: { [id: string]: boolean }) => {
// Avoid unnecessary triggers when value is identical
const current = JSON.stringify(selectedProviders.value);
const next = JSON.stringify(val);
if (current !== next) {
selectedProviders.value = { ...val };
}
};
const isSlotSelected = (officeId: number | string, time: number) => {
Eif (selectedTimeslot.value !== time || !selectedProvider.value) {
return false;
}
const selectedId = Number(selectedProvider.value.id);
const sectionId = Number(officeId);
return (
selectedId === sectionId || displayOfficeIdFor(selectedId) === sectionId
);
};
const nextStep = () => emit("next");
const previousStep = () => {
captchaSessionExpired.value = false;
clearVisibleErrors();
emit("back");
};
// API error handling
const apiErrorTranslation = computed<ApiErrorTranslation>(() => {
// If we have a booking error from props, use that instead of our own error states
if (props.bookingError && props.bookingErrorKey) {
return {
headerKey: `${props.bookingErrorKey}Header`,
textKey: `${props.bookingErrorKey}Text`,
errorType: props.errorType || "error", // Use prop if provided, otherwise default to "error"
};
}
// If we're switching providers, don't show any error messages
Iif (isSwitchingProvider.value && !captchaSessionExpired.value) {
return {
headerKey: "",
textKey: "",
errorType: "error", // Default
};
}
// Otherwise, use our own error states
return getApiErrorTranslation(errorStateMap.value, currentErrorData.value);
});
const lockUiForCaptchaSessionExpiry = (): void => {
captchaSessionExpired.value = true;
availableDays.value = [];
appointmentsByDay.value = new Map();
appointmentTimestampsByOffice.value = [];
appointmentTimestamps.value = [];
appointmentsCount.value = 0;
selectedDay.value = undefined;
selectedTimeslot.value = 0;
selectedHour.value = null;
selectedDayPart.value = null;
loadedSlotsStartDate.value = null;
loadedSlotsEndDate.value = null;
freeSlotCheckedDates.value = new Set();
prevBookableDate.value = null;
nextBookableDate.value = null;
availableDaysFetched.value = true;
isSwitchingProvider.value = false;
isLoadingAppointments.value = false;
isLoadingComplete.value = true;
};
const handleError = (data: any): void => {
error.value = true;
handleApiResponse(data, errorStateMap.value, currentErrorData.value);
const errorCode = getFirstErrorCode(data);
Eif (errorCode && CAPTCHA_SESSION_ERROR_CODES.has(errorCode)) {
lockUiForCaptchaSessionExpiry();
}
};
const setNoAppointmentForThisDayError = (): void => {
error.value = true;
handleApiError(
"noAppointmentForThisDay",
errorStateMap.value,
currentErrorData.value
);
};
// API calls
const applyCalendarResponse = (calendar: AvailableCalendarDTO): boolean => {
const days = calendar?.availableDays;
Iif (
!Array.isArray(days) ||
!days.every(
(d) =>
typeof d === "object" && d !== null && "date" in d && "providerIDs" in d
)
) {
return false;
}
const slotsStart =
calendar.slotsStartDate ?? calendar.startDate ?? convertDateToString(TODAY);
const slotsEnd =
calendar.slotsEndDate ?? calendar.endDate ?? convertDateToString(MAXDATE);
// Free-slot SQL window from the API (usually a single day), not the painted month.
loadedSlotsStartDate.value = slotsStart;
loadedSlotsEndDate.value = slotsEnd;
prevBookableDate.value = calendar.prevBookableDate ?? null;
nextBookableDate.value = calendar.nextBookableDate ?? null;
// Backend daylist covers the painted month(s) of the free-slot window only.
const slotsStartLocal = new Date(`${toDayKey(slotsStart)}T12:00:00`);
const slotsEndLocal = new Date(`${toDayKey(slotsEnd)}T12:00:00`);
const paintedMonthStart = toDayKey(
new Date(slotsStartLocal.getFullYear(), slotsStartLocal.getMonth(), 1)
);
const paintedMonthEnd = toDayKey(
new Date(slotsEndLocal.getFullYear(), slotsEndLocal.getMonth() + 1, 0)
);
const nextByDay = new Map(appointmentsByDay.value);
const nextCheckedDates = new Set(freeSlotCheckedDates.value);
const normalizedDays: Array<{ date: string; providerIDs: string }> = [];
for (const day of days) {
const dateKey = toDayKey(day.date);
const offices = normalizeCalendarOffices(day.offices ?? []);
const inFreeSlotWindow = dateKey >= slotsStart && dateKey <= slotsEnd;
// Overwrite appointments only for the free-slot SQL window.
if (inFreeSlotWindow || !nextByDay.has(dateKey)) {
nextByDay.set(dateKey, offices);
}
Iif (!day.providerIDs) {
continue;
}
const hasAppointments = offices.some(
(office) =>
isOfficeIdSelectedForCalendar(office.officeId) &&
(office.appointments?.length ?? 0) > 0
);
if (inFreeSlotWindow) {
nextCheckedDates.add(dateKey);
// Persist empty results: do not re-enable from daylist providerIDs later.
if (!hasAppointments) {
continue;
}
} else if (nextCheckedDates.has(dateKey)) {
// Previously free-slot-checked; keep using cached appointment map.
const cachedHasSlots = (nextByDay.get(dateKey) ?? []).some(
(office) =>
isOfficeIdSelectedForCalendar(office.officeId) &&
(office.appointments?.length ?? 0) > 0
);
Eif (!cachedHasSlots) {
continue;
}
}
// When free-slot office data is present, only keep offices that actually
// have appointments — daylist providerIDs can list offices with zero slots.
const officesForProviderIds = nextByDay.get(dateKey) ?? offices;
const providerIdsWithSlots = officesForProviderIds
.filter((office) => (office.appointments?.length ?? 0) > 0)
.map((office) => String(office.officeId));
const providerIDs =
providerIdsWithSlots.length > 0
? providerIdsWithSlots.join(",")
: day.providerIDs;
normalizedDays.push({
date: day.date,
providerIDs,
});
}
appointmentsByDay.value = nextByDay;
freeSlotCheckedDates.value = nextCheckedDates;
// Merge daylists across months: replace only the painted month from this response
// so ListView / calendar can accumulate the full bookable horizon.
const mergedByDate = new Map<string, { date: string; providerIDs: string }>();
for (const day of availableDays.value ?? []) {
const key = toDayKey(day.date);
if (key < paintedMonthStart || key > paintedMonthEnd) {
mergedByDate.set(key, day);
}
}
for (const day of normalizedDays) {
mergedByDate.set(toDayKey(day.date), day);
}
availableDays.value = Array.from(mergedByDate.values()).sort((a, b) =>
toDayKey(a.date).localeCompare(toDayKey(b.date))
);
updateCalendarNavigationBounds(availableDays.value);
calendarKey.value++;
return true;
};
const jumpToBookableDate = async (isoDate: string) => {
const day = new Date(`${isoDate}T12:00:00`);
if (Number.isNaN(day.getTime())) {
return;
}
await handleDaySelection(day);
};
const isLoadingMoreListDays = ref(false);
const firstOfNextMonth = (isoDate: string): string => {
const d = new Date(`${toDayKey(isoDate)}T12:00:00`);
return convertDateToString(new Date(d.getFullYear(), d.getMonth() + 1, 1));
};
const monthKey = (isoDate: string): string => toDayKey(isoDate).slice(0, 7);
const hasDaysInMonth = (isoDate: string): boolean => {
const key = monthKey(isoDate);
return (availableDays.value ?? []).some((day) => monthKey(day.date) === key);
};
const lastLoadedListDayKey = computed(() => {
const days = availableDays.value ?? [];
Iif (days.length === 0) {
return null;
}
return days
.map((day) => toDayKey(day.date))
.sort((a, b) => a.localeCompare(b))
.at(-1)!;
});
/** Later months may still exist beyond the currently merged daylist. */
const hasMoreListDaysAhead = computed(() => {
const lastKey = lastLoadedListDayKey.value;
if (!nextBookableDate.value) {
return false;
}
Iif (!lastKey) {
return true;
}
return nextBookableDate.value > lastKey;
});
/**
* ListView "Mehr laden": fetch the next month's daylist and merge it into availableDays.
* Does not change the open accordion / selected day.
*/
const loadMoreListViewDays = async () => {
Iif (isLoadingMoreListDays.value || captchaSessionExpired.value) {
return;
}
const maxKey = convertDateToString(MAXDATE);
const lastKey = lastLoadedListDayKey.value ?? convertDateToString(TODAY);
let fetchDate =
nextBookableDate.value && nextBookableDate.value > lastKey
? nextBookableDate.value
: firstOfNextMonth(lastKey);
// Skip months already present in the merged daylist.
while (fetchDate <= maxKey && hasDaysInMonth(fetchDate)) {
fetchDate = firstOfNextMonth(fetchDate);
}
Iif (fetchDate > maxKey) {
return;
}
isLoadingMoreListDays.value = true;
try {
await reloadCalendarAvailability({
preserveSelectedDay: true,
replaceAvailableDays: false,
allowSlotsFollowUp: false,
slotsStartDate: fetchDate,
slotsEndDate: fetchDate,
});
} finally {
isLoadingMoreListDays.value = false;
}
};
/**
* Office IDs for available-calendar. Once checkboxes exist, only
* checked offices are sent so next/prevBookableDate match the selection.
* Shared-booking peers expand so both OfficeIDs participate in capacity.
*/
const getOfficeIdsForCalendarRequest = (): number[] => {
const selectable = selectableProviders.value || [];
const selectableIds = new Set(selectable.map((p) => Number(p.id)));
const hasCheckboxState = Object.keys(selectedProviders.value).length > 0;
const baseIds = hasCheckboxState
? Object.entries(selectedProviders.value)
.filter(([, isSelected]) => isSelected)
.map(([id]) => Number(id))
.filter((id) => selectableIds.has(id))
: selectable.map((p) => Number(p.id));
// Peers must be offered by every selected service — available-calendar
// validates each officeId against all serviceIds. A union (any service)
// wrongly expands Ausbildung 10503 when only the main service exists there.
const services = [
selectedService.value,
...(selectedService.value?.subServices || []).filter((s) => s.count > 0),
].filter(Boolean) as Array<{ providers?: Array<{ id: string | number }> }>;
const peerOfferedByAllSelectedServices = (peer: number): boolean => {
Iif (services.length === 0) return true;
return services.every((service) =>
(service.providers || []).some((p) => Number(p.id) === peer)
);
};
const expanded = new Set<number>();
for (const id of baseIds) {
expanded.add(id);
const office =
selectable.find((p) => Number(p.id) === id) || getOfficeById(id);
if (!Array.isArray(office?.sharedBookingOfficeIds)) continue;
for (const peerId of office.sharedBookingOfficeIds) {
const peer = Number(peerId);
if (peerOfferedByAllSelectedServices(peer)) {
expanded.add(peer);
}
}
}
return [...expanded];
};
const reloadCalendarAvailability = async (options?: {
preserveSelectedDay?: boolean;
/** Prevent infinite reload when API/mocks return a slots window that still excludes selectedDay */
allowSlotsFollowUp?: boolean;
/** Override free-slot window (e.g. ListView paging into later months). */
slotsStartDate?: string;
slotsEndDate?: string;
/**
* When true, drop accumulated daylist before applying the response.
* Defaults to true for fresh loads; false when preserving selection (merge months).
*/
replaceAvailableDays?: boolean;
/** Bypass same-key cache / in-flight join (tests or forced refresh). */
force?: boolean;
}): Promise<boolean> => {
const allowSlotsFollowUp = options?.allowSlotsFollowUp !== false;
const replaceAvailableDays =
options?.replaceAvailableDays ?? !options?.preserveSelectedDay;
const officeIds = getOfficeIdsForCalendarRequest();
if (officeIds.length === 0) {
availableDays.value = [];
appointmentsByDay.value = new Map();
loadedSlotsStartDate.value = null;
loadedSlotsEndDate.value = null;
freeSlotCheckedDates.value = new Set();
prevBookableDate.value = null;
nextBookableDate.value = null;
availableDaysFetched.value = true;
lastFetchedRequestKey = null;
return false;
}
const defaultSlots = getFreeSlotsWindow();
const slotsStartDate = options?.slotsStartDate ?? defaultSlots.slotsStartDate;
const slotsEndDate = options?.slotsEndDate ?? defaultSlots.slotsEndDate;
const requestKey = buildCalendarRequestKey(
officeIds,
slotsStartDate,
slotsEndDate
);
// Identical request already applied — muc-calendar remounts must not refetch.
if (
!options?.force &&
lastFetchedRequestKey === requestKey &&
availableDaysFetched.value
) {
return true;
}
// Identical request already in flight — join it (do not abort + restart).
if (
!options?.force &&
inFlightRequestKey === requestKey &&
inFlightCalendarPromise !== null
) {
return inFlightCalendarPromise;
}
// Different params supersede any older in-flight call.
calendarFetchAbort?.abort();
// Fresh calendar load (not a day re-click): drop prior free-slot verdicts.
if (!options?.preserveSelectedDay) {
freeSlotCheckedDates.value = new Set();
appointmentsByDay.value = new Map();
}
if (replaceAvailableDays) {
availableDays.value = [];
}
const abortController = new AbortController();
calendarFetchAbort = abortController;
const generation = ++calendarFetchGeneration;
inFlightRequestKey = requestKey;
const run = async (): Promise<boolean> => {
let data: AvailableCalendarDTO | ErrorDTO;
try {
data = await fetchAvailableCalendar(
props.globalState,
officeIds,
Array.from(props.selectedServiceMap.keys()),
Array.from(props.selectedServiceMap.values()),
props.captchaToken ?? undefined,
slotsStartDate,
slotsEndDate,
abortController.signal
);
} catch (error) {
if (isAbortError(error) || abortController.signal.aborted) {
return false;
}
if (generation === calendarFetchGeneration) {
handleError({ errors: [{ errorCode: "networkError" }] });
availableDaysFetched.value = true;
isSwitchingProvider.value = false;
}
return false;
}
Iif (generation !== calendarFetchGeneration) {
return false;
}
if (data && typeof data === "object" && "errors" in data) {
handleError(data);
return false;
}
const calendar = data as AvailableCalendarDTO;
Iif (!applyCalendarResponse(calendar)) {
handleError(data);
return false;
}
lastFetchedRequestKey = requestKey;
availableDaysFetched.value = true;
clearLocalApiErrors();
const hadSelectedDay = !!selectedDay.value;
if (
!options?.preserveSelectedDay &&
!hadSelectedDay &&
availableDays.value.length > 0
) {
// Prefer a day that already has times loaded to avoid an immediate follow-up.
const firstWithSlotsInWindow = availableDays.value.find(
(day) =>
isDateInLoadedSlotsWindow(toDayKey(day.date)) &&
dayHasSlotsForSelectedProviders(toDayKey(day.date))
);
const firstInWindow = availableDays.value.find((day) =>
isDateInLoadedSlotsWindow(toDayKey(day.date))
);
const firstWithSlots = availableDays.value.find((day) =>
dayHasSlotsForSelectedProviders(toDayKey(day.date))
);
const picked =
firstWithSlotsInWindow ??
firstInWindow ??
firstWithSlots ??
availableDays.value[0];
// Noon avoids UTC date-only parsing shifting the calendar day.
selectedDay.value = new Date(`${toDayKey(picked.date)}T12:00:00`);
}
// Auto-selected (or preserved) day may fall outside the month we just loaded.
// Follow up at most once — mocks that ignore slots params must not recurse forever.
if (
allowSlotsFollowUp &&
selectedDay.value &&
!isDateInLoadedSlotsWindow(toDayKey(selectedDay.value))
) {
return reloadCalendarAvailability({
preserveSelectedDay: true,
allowSlotsFollowUp: false,
});
}
if (selectedDay.value) {
viewMonth.value = new Date(
selectedDay.value.getFullYear(),
selectedDay.value.getMonth(),
1
);
}
updateDateRangeForSelectedProviders(options?.preserveSelectedDay === true);
return true;
};
inFlightCalendarPromise = run().finally(() => {
if (generation === calendarFetchGeneration) {
inFlightRequestKey = null;
inFlightCalendarPromise = null;
}
});
return inFlightCalendarPromise;
};
const fetchAvailableDaysForSelection = async (): Promise<void> => {
Iif (!(selectableProviders.value || []).length) {
availableDays.value = [];
availableDaysFetched.value = true;
clearLocalApiErrors();
isSwitchingProvider.value = false;
updateDateRangeForSelectedProviders();
return;
}
const reloaded = await reloadCalendarAvailability();
// Aborted/superseded by another calendar fetch — leave spinner flags to that request.
Iif (!reloaded) {
return;
}
if (selectedDay.value) {
await getAppointmentsOfDay(toDayKey(selectedDay.value));
}
availableDaysFetched.value = true;
isSwitchingProvider.value = false;
};
const getAppointmentsOfDay = async (date: string): Promise<void> => {
isLoadingAppointments.value = true;
appointmentTimestamps.value = [];
appointmentTimestampsByOffice.value = [];
const selectedProviderIds = Object.keys(selectedProviders.value).filter(
(id) => selectedProviders.value[id]
);
if (selectedProviderIds.length === 0) {
isLoadingAppointments.value = false;
isLoadingComplete.value = true;
return;
}
const officesForDay = appointmentsByDay.value.get(toDayKey(date)) ?? [];
const selectedOffices = officesForDay.filter((office) =>
isOfficeIdSelectedForCalendar(office.officeId)
);
const { aggregated, slotOwnerByTimestamp: owners } =
aggregateSharedBookingOffices(selectedOffices);
appointmentTimestampsByOffice.value = aggregated;
slotOwnerByTimestamp.value = owners;
appointmentsCount.value = appointmentTimestampsByOffice.value.reduce(
(sum, office) => sum + (office.appointments?.length ?? 0),
0
);
if (appointmentsCount.value === 0) {
setNoAppointmentForThisDayError();
} else {
clearLocalApiErrors();
}
isLoadingAppointments.value = false;
isLoadingComplete.value = true;
};
function getAvailableProviders(
selectedServices: { providers: OfficeImpl[]; id: number }[]
): OfficeImpl[] {
Iif (!selectedServices || selectedServices.length === 0) return [];
const selectedServiceIds = selectedServices.map((s) => s.id);
let allowedIds = new Set(selectedServices[0].providers.map((p) => p.id));
for (let i = 1; i < selectedServices.length; i++) {
const serviceIds = new Set(selectedServices[i].providers.map((p) => p.id));
allowedIds = new Set([...allowedIds].filter((id) => serviceIds.has(id)));
}
const allProviders = selectedServices.flatMap((s) => s.providers);
const filteredProvidersMap = new Map<number, OfficeImpl>();
allProviders.forEach((p) => {
if (allowedIds.has(p.id)) filteredProvidersMap.set(Number(p.id), p);
});
// Filter out providers where any selected service is in their disabledByServices.
// Mix-group peers are kept here, then collapsed to one Ort below.
const filteredProviders = Array.from(filteredProvidersMap.values()).filter(
(p) => {
const disabledServices = (p.disabledByServices ?? []).map(Number);
if (disabledServices.length === 0) {
return true;
}
const hasAnyDisabled = selectedServiceIds.some((serviceId) =>
disabledServices.includes(Number(serviceId))
);
if (!hasAnyDisabled) {
return true;
}
const participatesInMix =
(Array.isArray(p.allowDisabledServicesMix) &&
p.allowDisabledServicesMix.length > 0) ||
p.allowDisabledServicesMix === true;
if (participatesInMix) {
return true;
}
return false;
}
);
// Collapse shared-booking peers to one Ort (lowest id as stable display).
// Distinct from allowDisabledServicesMix (exclusive vs mixed survivor).
const sharedGroupKey = (p: OfficeImpl): string => {
if (
Array.isArray(p.sharedBookingOfficeIds) &&
p.sharedBookingOfficeIds.length > 0
) {
return [...p.sharedBookingOfficeIds]
.map(Number)
.sort((a, b) => a - b)
.join(",");
}
return `id:${p.id}`;
};
const afterSharedCollapse = Object.values(
filteredProviders.reduce<Record<string, OfficeImpl[]>>(
(grouped, provider) => {
(grouped[sharedGroupKey(provider)] ||= []).push(provider);
return grouped;
},
{}
)
).map((group) => {
if (group.length === 1) return group[0];
return [...group].sort((a, b) => Number(a.id) - Number(b.id))[0];
});
// Collapse allowDisabledServicesMix peers to one Ort (exclusive vs mixed).
// Pair by mix group ids — not by display name.
const mixGroupKey = (p: OfficeImpl): string => {
if (
Array.isArray(p.allowDisabledServicesMix) &&
p.allowDisabledServicesMix.length > 0
) {
return [...p.allowDisabledServicesMix]
.map(Number)
.sort((a, b) => a - b)
.join(",");
}
return `id:${p.id}`;
};
return Object.values(
afterSharedCollapse.reduce<Record<string, OfficeImpl[]>>(
(grouped, provider) => {
(grouped[mixGroupKey(provider)] ||= []).push(provider);
return grouped;
},
{}
)
).map((group) => {
if (group.length === 1) return group[0];
const clean = group.find((p) => (p.disabledByServices ?? []).length === 0);
const restricted = group.find(
(p) => (p.disabledByServices ?? []).length > 0
);
Iif (!clean && !restricted) return group[0];
Iif (!restricted) return clean as OfficeImpl;
Iif (!clean) return restricted as OfficeImpl;
const restrictedDisabled = (restricted.disabledByServices ?? []).map(
Number
);
const allDisabled = selectedServices.every((s) =>
restrictedDisabled.includes(Number(s.id))
);
return allDisabled ? (clean as OfficeImpl) : (restricted as OfficeImpl);
});
}
/**
* MucCalendar enables/disables month chevrons from min/max.
* Use adjacent bookable markers when present so empty months stay skippable;
* otherwise clamp to the loaded bookable range so the last/first month disables next/prev.
*/
function updateCalendarNavigationBounds(
daysForBounds: Array<{ date: string }> = availableDays.value ?? []
) {
let earliest: string | null = loadedSlotsStartDate.value;
let latest: string | null = loadedSlotsEndDate.value;
for (const day of daysForBounds) {
const key = toDayKey(day.date);
if (earliest === null || key < earliest) {
earliest = key;
}
if (latest === null || key > latest) {
latest = key;
}
}
const minIso =
prevBookableDate.value ?? earliest ?? convertDateToString(TODAY);
const maxIso =
nextBookableDate.value ?? latest ?? convertDateToString(MAXDATE);
let min = new Date(`${minIso}T12:00:00`);
let max = new Date(`${maxIso}T12:00:00`);
// Noon-normalized "today" so wall-clock time cannot push min past same-day max.
const todayNoon = new Date(TODAY);
todayNoon.setHours(12, 0, 0, 0);
Iif (Number.isNaN(min.getTime())) {
min = new Date(todayNoon);
}
Iif (Number.isNaN(max.getTime())) {
max = new Date(MAXDATE);
}
if (min < todayNoon) {
min = new Date(todayNoon);
}
Iif (max > MAXDATE) {
max = new Date(MAXDATE);
}
if (min > max) {
max = new Date(min);
}
minDate.value = min;
maxDate.value = max;
}
function updateDateRangeForSelectedProviders(skipDateValidation = false) {
Iif (!availableDays.value) return [];
const selectedProviderIds = Object.entries(selectedProviders.value)
.filter(([_, isSelected]) => isSelected)
.map(([id]) => Number(id));
const availableDaysForSelectedProviders = (availableDays.value || []).filter(
(day) =>
day.providerIDs
.split(",")
.some((providerId) => selectedProviderIds.includes(Number(providerId)))
);
if (availableDaysForSelectedProviders.length > 0) {
updateCalendarNavigationBounds(availableDaysForSelectedProviders);
// Ensure calendar updates min/max immediately
if (selectedDay.value) {
viewMonth.value = new Date(
selectedDay.value.getFullYear(),
selectedDay.value.getMonth(),
1
);
}
calendarKey.value++;
// Validate that the currently selected date is still available for selected providers
if (!skipDateValidation) {
validateAndUpdateSelectedDate(availableDaysForSelectedProviders);
}
}
return availableDaysForSelectedProviders;
}
async function validateAndUpdateSelectedDate(
availableDaysForSelectedProviders: any[]
) {
Iif (availableDaysForSelectedProviders.length === 0) return;
const sortedDays = [...availableDaysForSelectedProviders].sort((a, b) =>
toDayKey(a.date).localeCompare(toDayKey(b.date))
);
const earliestKey = toDayKey(sortedDays[0].date);
const currentKey = selectedDay.value ? toDayKey(selectedDay.value) : null;
if (currentKey === earliestKey) {
return;
}
// Noon avoids UTC date-only parsing shifting the calendar day.
await handleDaySelection(new Date(`${earliestKey}T12:00:00`));
}
async function snapToNearestForCurrentView() {
Iif (isListView.value) {
await listViewRef.value?.snapToNearest?.();
} else {
await calendarViewRef.value?.snapToNearest?.();
}
}
function scheduleRefreshAfterProviderChange() {
Iif (captchaSessionExpired.value || initialCalendarLoadPending) {
return;
}
// Bump generation so only the latest toggle owns the spinner / finally-clear.
const generation = ++providerRefreshGeneration;
const selectionSnapshot = JSON.stringify(selectedProviders.value);
if (refetchTimer) clearTimeout(refetchTimer);
refetchTimer = setTimeout(async () => {
Iif (generation !== providerRefreshGeneration) {
return;
}
Iif (selectionSnapshot !== JSON.stringify(selectedProviders.value)) {
return;
}
Iif (initialCalendarLoadPending) {
if (generation === providerRefreshGeneration) {
isSwitchingProvider.value = false;
}
return;
}
const checkedIds = getOfficeIdsForCalendarRequest();
if (checkedIds.length === 0) {
Eif (generation === providerRefreshGeneration) {
isSwitchingProvider.value = false;
}
return;
}
// Same offices/services/slots as the last successful fetch — skip API.
const slots = getFreeSlotsWindow();
const nextKey = buildCalendarRequestKey(
checkedIds,
slots.slotsStartDate,
slots.slotsEndDate
);
if (availableDaysFetched.value && nextKey === lastFetchedRequestKey) {
Eif (generation === providerRefreshGeneration) {
isSwitchingProvider.value = false;
}
return;
}
// Ensure spinner is visible for the whole in-flight refetch (incl. initial races).
isSwitchingProvider.value = true;
try {
// Refetch with only checked offices so next/prevBookableDate match selection.
// Replace daylist: office set changed, do not keep prior offices' months.
const reloaded = await reloadCalendarAvailability({
preserveSelectedDay: true,
replaceAvailableDays: true,
});
Iif (generation !== providerRefreshGeneration) {
return;
}
Iif (!reloaded) {
return;
}
availableDaysFetched.value = true;
const daysForSelection = updateDateRangeForSelectedProviders(true);
if (daysForSelection.length === 0) {
return;
}
const sortedDays = [...daysForSelection].sort((a, b) =>
toDayKey(a.date).localeCompare(toDayKey(b.date))
);
const earliestKey = toDayKey(sortedDays[0].date);
const currentKey = selectedDay.value ? toDayKey(selectedDay.value) : null;
// One deterministic rule: earliest day across checked offices, then fetch.
if (currentKey !== earliestKey) {
await handleDaySelection(new Date(`${earliestKey}T12:00:00`));
} else Eif (currentKey) {
await getAppointmentsOfDay(currentKey);
}
Iif (generation !== providerRefreshGeneration) {
return;
}
await snapToNearestForCurrentView();
} finally {
// Keep spinner up if a newer checkbox toggle already started another refresh.
Eif (generation === providerRefreshGeneration) {
isSwitchingProvider.value = false;
}
}
}, 150);
}
onMounted(() => {
if (selectedService.value && selectedService.value.providers) {
const mainService = selectedService.value;
const chosenSubservices = (mainService.subServices || []).filter(
(s) => s.count > 0
);
const allSelectedServices = [mainService, ...chosenSubservices];
const availableProviders = getAvailableProviders(allSelectedServices);
selectableProviders.value = [...availableProviders];
const preselectedMatches = (office: OfficeImpl) =>
props.preselectedOfficeId &&
(Number(office.id) === Number(props.preselectedOfficeId) ||
Number(office.parentId) === Number(props.preselectedOfficeId) ||
(Array.isArray(office.allowDisabledServicesMix) &&
office.allowDisabledServicesMix.includes(
Number(props.preselectedOfficeId)
)) ||
(Array.isArray(office.sharedBookingOfficeIds) &&
office.sharedBookingOfficeIds.includes(
Number(props.preselectedOfficeId)
)));
let offices = selectableProviders.value.filter((office) => {
if (props.preselectedOfficeId) {
return preselectedMatches(office);
} else Iif (selectedProvider.value) {
return office.id == selectedProvider.value.id;
} else {
return false;
}
});
const allowAlternativeLocations =
offices.length === 0 ||
offices[0].showAlternativeLocations === null ||
offices[0].showAlternativeLocations;
const allowNonExclusive = offices.length === 0 || !props.exclusiveLocation;
if (allowAlternativeLocations && allowNonExclusive) {
const excludedId =
props.preselectedOfficeId ?? selectedProvider.value?.id;
const otherOffices = availableProviders.filter(
(office) => office.id !== excludedId
);
const officeIds = new Set(offices.map((office) => office.id));
offices = [
...offices,
...otherOffices.filter((office) => !officeIds.has(office.id)),
];
}
const firstOfficeToShow = offices[0];
Eif (selectableProviders.value) {
selectableProviders.value = offices.sort((a, b) => {
const aPriority = a.priority ?? -Infinity;
const bPriority = b.priority ?? -Infinity;
return bPriority - aPriority;
});
}
// Claim the initial fetch before checkbox init so the selectedProviders watch
// cannot schedule a parallel refresh while onMounted loads the calendar.
initialCalendarLoadPending = true;
selectedProviders.value = selectableProviders.value.reduce(
(acc, item) => {
acc[item.id] = props.preselectedOfficeId
? Boolean(preselectedMatches(item))
: true;
return acc;
},
{} as { [id: string]: boolean }
);
initialized = true;
officeOrder.value = new Map(
selectableProviders.value.map((office, index) => [
Number(office.id),
index,
])
);
void showSelectionForProvider(firstOfficeToShow ?? offices[0]).finally(
() => {
initialCalendarLoadPending = false;
}
);
}
});
onUnmounted(() => {
Iif (refetchTimer) clearTimeout(refetchTimer);
calendarFetchAbort?.abort();
});
watch(isLoadingAppointments, (loading) => {
if (loading) {
isLoadingComplete.value = false;
}
});
watch(selectedDay, async (newDate) => {
if (skipSelectedDayWatch) return;
selectedTimeslot.value = 0;
if (newDate) {
await getAppointmentsOfDay(toDayKey(selectedDay.value || newDate));
}
});
watch(selectableProviders, (newVal) => {
if (!initialized && newVal && newVal.length) {
selectedProviders.value = newVal.reduce(
(acc, item) => {
acc[item.id] = true;
return acc;
},
{} as { [id: string]: boolean }
);
initialized = true;
}
});
watch(appointmentTimestampsByOffice, () => {
// Only reset if we are in hourly view and a day is selected
if (selectedDay.value && timeSlotsInHoursByOffice.value.size > 0) {
const allHours = Array.from(
timeSlotsInHoursByOffice.value.values()
).flatMap((office) => {
const hours = Array.from((office as any).appointments.keys());
return hours.filter((hour) => typeof hour === "number" && hour >= 0);
});
Eif (allHours.length > 0) {
selectedHour.value = Math.min(...(allHours as number[]));
}
}
// For am/pm view
else Iif (selectedDay.value && timeSlotsInDayPartByOffice.value.size > 0) {
const allDayParts = Array.from(
timeSlotsInDayPartByOffice.value.values()
).flatMap((office) => {
const dayParts = Array.from((office as any).appointments.keys());
return dayParts.filter((part) => part === "am" || part === "pm");
});
if (allDayParts.includes("am")) {
selectedDayPart.value = "am";
} else if (allDayParts.includes("pm")) {
selectedDayPart.value = "pm";
}
}
});
watch(
selectedProviders,
async () => {
Iif (captchaSessionExpired.value) {
return;
}
// Sync single-selection provider immediately
const selectedIds = Object.keys(selectedProviders.value).filter(
(id) => selectedProviders.value[id]
);
if (selectedIds.length === 1 && selectableProviders.value) {
const provider = selectableProviders.value.find(
(p) => p.id.toString() === selectedIds[0]
);
selectedProvider.value = provider ?? undefined;
} else Eif (selectedIds.length !== 1) {
selectedProvider.value = undefined;
}
const hasAvailableDays =
availableDays.value && availableDays.value.length > 0;
const daysWereFetched = availableDaysFetched.value;
clearVisibleErrors(daysWereFetched || hasAvailableDays);
// Keep the calendar spinner up for any checked-office refetch — do not flash
// the empty-state callout while availableDays still reflect the old office set.
if (selectedIds.length > 0) {
isSwitchingProvider.value = true;
} else {
isSwitchingProvider.value = false;
}
// Initial load owns the first fetch; checkbox init must not abort/refetch it.
if (initialCalendarLoadPending || !availableDaysFetched.value) {
return;
}
// Debounced pipeline
scheduleRefreshAfterProviderChange();
},
{ deep: true }
);
</script>
<style lang="scss" scoped>
@use "@/styles/breakpoints.scss" as *;
@use "@/styles/style.scss";
.m-button-group {
margin-bottom: 20px;
padding-bottom: 0;
padding-top: 30px;
}
.no-bottom-margin,
.no-bottom-margin.m-button,
.no-bottom-margin .m-button {
margin-bottom: 0 !important;
}
.no-top-margin,
.no-top-margin h3 {
margin-top: 0 !important;
}
.m-button--ghost.disabled,
.m-button--ghost:disabled {
background: #fff;
border-color: #fff;
}
.disabled {
opacity: 0.6;
cursor: not-allowed;
}
</style>
<style>
.slider-no-margin .m-component__column {
margin: 0 !important;
}
.slider-no-margin .m-checkbox-group__heading:empty {
margin: 0 !important;
padding: 0 !important;
}
.float-right .m-button__icon {
margin-left: 12px !important;
}
.muc-calendar-view-full-size .muc-calendar-item,
.muc-calendar-container .muc-calendar-item {
font-size: 1.125rem !important; /* 18px - default for desktop */
}
.muc-calendar-view-full-size,
.muc-calendar-container {
font-size: 1.125rem !important; /* Desktop size */
}
#listViewAccordion .m-accordion__section-button {
font-size: 1.125rem !important;
}
</style>
|