Scrum4Me/stores/product-workspace/store.ts
Scrum4Me Agent f68d985c2c refactor(dnd): remove drag-and-drop reorder for stories and tasks
- Remove reorderStoriesAction, reorderTasksAction, reorderSprintStoriesAction
- Delete REST route app/api/stories/[id]/tasks/reorder/route.ts
- Remove DnD from backlog story-panel and task-panel (flat list)
- Remove reorder-within-sprint branch from sprint-board-client handleDragEnd
- Switch SortableSprintRow to plain SprintRow using useDraggable (membership drag kept)
- Remove all DnD from task-list (status toggle + edit kept)
- Remove story-order/task-order/sprint-story-order/sprint-task-order mutation types and store handlers
- Remove related tests for deleted reorder route; fix sprint store tests
2026-05-14 16:29:56 +02:00

1044 lines
32 KiB
TypeScript

import { create } from 'zustand'
import { immer } from 'zustand/middleware/immer'
import {
isDetail,
type ActiveProduct,
type BacklogPbi,
type BacklogStory,
type BacklogTask,
type CrossSprintBlock,
type OptimisticMutation,
type PbiSummaryEntry,
type PendingOptimisticMutation,
type ProductBacklogSnapshot,
type ProductRealtimeEvent,
type RealtimeStatus,
type ResyncReason,
type SprintMembershipSlice,
type TaskDetail,
} from './types'
import {
readHints,
writePbiHint,
writeProductHint,
writeStoryHint,
writeTaskHint,
} from './restore'
import {
normalizeBacklogStory,
normalizeBacklogTask,
normalizeProductBacklogSnapshot,
normalizePbiStatusForStore,
normalizeStoryStatusForStore,
normalizeTaskStatusForStore,
} from '@/stores/workspace-status-adapter'
interface ContextSlice {
activeProduct: ActiveProduct | null
activePbiId: string | null
activeStoryId: string | null
activeTaskId: string | null
}
interface EntitiesSlice {
pbisById: Record<string, BacklogPbi>
storiesById: Record<string, BacklogStory>
tasksById: Record<string, BacklogTask | TaskDetail>
}
interface RelationsSlice {
pbiIds: string[]
storyIdsByPbi: Record<string, string[]>
taskIdsByStory: Record<string, string[]>
}
interface LoadingSlice {
loadedProductId: string | null
loadingProductId: string | null
loadedPbiIds: Record<string, true>
loadedStoryIds: Record<string, true>
loadedTaskIds: Record<string, true>
activeRequestId: string | null
}
interface SyncSlice {
realtimeStatus: RealtimeStatus
lastEventAt: number | null
lastResyncAt: number | null
resyncReason: ResyncReason | null
}
interface State {
context: ContextSlice
entities: EntitiesSlice
relations: RelationsSlice
loading: LoadingSlice
sync: SyncSlice
pendingMutations: Record<string, PendingOptimisticMutation>
sprintMembership: SprintMembershipSlice
}
interface Actions {
hydrateSnapshot(snapshot: ProductBacklogSnapshot): void
setActiveProduct(
product: ActiveProduct | null,
options?: { load?: boolean; preserveSelection?: boolean },
): void
setActivePbi(pbiId: string | null): void
setActiveStory(storyId: string | null): void
setActiveTask(taskId: string | null): void
ensureProductLoaded(productId: string, requestId?: string): Promise<void>
ensurePbiLoaded(pbiId: string, requestId?: string): Promise<void>
ensureStoryLoaded(storyId: string, requestId?: string): Promise<void>
ensureTaskLoaded(taskId: string, requestId?: string): Promise<void>
applyRealtimeEvent(event: ProductRealtimeEvent | Record<string, unknown>): void
resyncActiveScopes(reason: ResyncReason): Promise<void>
resyncLoadedScopes(reason: ResyncReason): Promise<void>
applyOptimisticMutation(mutation: OptimisticMutation): string
rollbackMutation(mutationId: string): void
settleMutation(mutationId: string): void
setRealtimeStatus(status: RealtimeStatus): void
// PBI-79 / ST-1336: sprint-membership acties.
setPbiSummary(summary: Record<string, PbiSummaryEntry>): void
setCrossSprintBlocks(blocks: Record<string, CrossSprintBlock>): void
toggleStorySprintMembership(storyId: string, currentlyInSprint: boolean): void
resetSprintMembershipPending(): void
fetchSprintMembershipSummary(
productId: string,
sprintId: string,
pbiIds: string[],
): Promise<void>
fetchCrossSprintBlocks(
productId: string,
excludeSprintId: string | null,
pbiIds: string[],
): Promise<void>
// PBI-79 / ST-1340: gericht patchen na server-action commit. Tasks in
// de client-store hebben geen sprint_id-veld dus alleen story-records
// worden gemuteerd.
applyMembershipCommitResult(input: {
activeSprintId: string
addedStoryIds: string[]
removedStoryIds: string[]
}): void
}
export type ProductWorkspaceStore = State & Actions
const initialState: State = {
context: {
activeProduct: null,
activePbiId: null,
activeStoryId: null,
activeTaskId: null,
},
entities: {
pbisById: {},
storiesById: {},
tasksById: {},
},
relations: {
pbiIds: [],
storyIdsByPbi: {},
taskIdsByStory: {},
},
loading: {
loadedProductId: null,
loadingProductId: null,
loadedPbiIds: {},
loadedStoryIds: {},
loadedTaskIds: {},
activeRequestId: null,
},
sync: {
realtimeStatus: 'connecting',
lastEventAt: null,
lastResyncAt: null,
resyncReason: null,
},
pendingMutations: {},
sprintMembership: {
pbiSummary: {},
crossSprintBlocks: {},
pending: { adds: [], removes: [] },
loadedSummaryForSprintId: null,
},
}
function comparePbi(a: BacklogPbi, b: BacklogPbi): number {
if (a.priority !== b.priority) return a.priority - b.priority
if (a.sort_order !== b.sort_order) return a.sort_order - b.sort_order
return new Date(a.created_at).getTime() - new Date(b.created_at).getTime()
}
function compareStory(a: BacklogStory, b: BacklogStory): number {
if (a.priority !== b.priority) return a.priority - b.priority
if (a.sort_order !== b.sort_order) return a.sort_order - b.sort_order
return new Date(a.created_at).getTime() - new Date(b.created_at).getTime()
}
function compareTask(a: BacklogTask, b: BacklogTask): number {
if (a.sort_order !== b.sort_order) return a.sort_order - b.sort_order
return new Date(a.created_at).getTime() - new Date(b.created_at).getTime()
}
function newRequestId(): string {
if (typeof crypto !== 'undefined' && typeof crypto.randomUUID === 'function') {
return crypto.randomUUID()
}
return `${Date.now()}-${Math.random().toString(36).slice(2)}`
}
function isKnownEntity(entity: unknown): entity is 'pbi' | 'story' | 'task' {
return entity === 'pbi' || entity === 'story' || entity === 'task'
}
function isUnknownEntityEvent(p: Record<string, unknown>): boolean {
if (typeof p.entity !== 'string') return false
if (isKnownEntity(p.entity)) return false
if ('type' in p) return false
return true
}
async function fetchJson<T>(url: string, init?: RequestInit): Promise<T> {
const response = await fetch(url, { cache: 'no-store', ...init })
if (!response.ok) {
throw new Error(`Fetch ${url} failed with ${response.status}`)
}
return (await response.json()) as T
}
export const useProductWorkspaceStore = create<ProductWorkspaceStore>()(
immer((set, get) => ({
...initialState,
hydrateSnapshot(inputSnapshot) {
const snapshot = normalizeProductBacklogSnapshot(inputSnapshot)
set((s) => {
if (snapshot.product) s.context.activeProduct = snapshot.product
s.entities.pbisById = {}
s.entities.storiesById = {}
s.entities.tasksById = {}
s.relations.pbiIds = []
s.sprintMembership = {
pbiSummary: {},
crossSprintBlocks: {},
pending: { adds: [], removes: [] },
loadedSummaryForSprintId: null,
}
s.relations.storyIdsByPbi = {}
s.relations.taskIdsByStory = {}
for (const pbi of snapshot.pbis) {
s.entities.pbisById[pbi.id] = pbi
}
s.relations.pbiIds = [...snapshot.pbis].sort(comparePbi).map((p) => p.id)
for (const [pbiId, stories] of Object.entries(snapshot.storiesByPbi)) {
for (const story of stories) {
s.entities.storiesById[story.id] = story
}
s.relations.storyIdsByPbi[pbiId] = [...stories]
.sort(compareStory)
.map((st) => st.id)
}
for (const [storyId, tasks] of Object.entries(snapshot.tasksByStory)) {
for (const task of tasks) {
s.entities.tasksById[task.id] = task
}
s.relations.taskIdsByStory[storyId] = [...tasks]
.sort(compareTask)
.map((t) => t.id)
}
if (snapshot.product) {
s.loading.loadedProductId = snapshot.product.id
}
})
},
setActiveProduct(product, options) {
const requestId = newRequestId()
const productChanged = get().context.activeProduct?.id !== product?.id
const shouldResetSelection = productChanged || !options?.preserveSelection
set((s) => {
s.context.activeProduct = product
if (shouldResetSelection) {
s.context.activePbiId = null
s.context.activeStoryId = null
s.context.activeTaskId = null
}
s.loading.activeRequestId = requestId
if (productChanged) {
s.entities.pbisById = {}
s.entities.storiesById = {}
s.entities.tasksById = {}
s.relations.pbiIds = []
s.relations.storyIdsByPbi = {}
s.relations.taskIdsByStory = {}
s.loading.loadedProductId = null
s.loading.loadedPbiIds = {}
s.loading.loadedStoryIds = {}
s.loading.loadedTaskIds = {}
}
})
// T-858: persisteer product-hint zodat een volgende cold reload deze
// selectie kan herstellen. T-857: restore-flow start na ensureProductLoaded.
writeProductHint(product?.id ?? null)
if (product && options?.load !== false) {
const productId = product.id
void (async () => {
await get().ensureProductLoaded(productId, requestId)
if (get().loading.activeRequestId !== requestId) return
// T-857: cascade-restore — alleen toepassen als hint-id nog in
// entities zit (entiteit accessible).
const hint = readHints().perProduct[productId]?.lastActivePbiId
if (hint && get().entities.pbisById[hint]) {
get().setActivePbi(hint)
}
})()
}
},
setActivePbi(pbiId) {
const requestId = newRequestId()
const productId = get().context.activeProduct?.id ?? null
set((s) => {
s.context.activePbiId = pbiId
s.context.activeStoryId = null
s.context.activeTaskId = null
s.loading.activeRequestId = requestId
})
// T-858: persisteer pbi-hint per product. null wist child-hints (zie
// restore.ts writePbiHint).
if (productId) writePbiHint(productId, pbiId)
if (pbiId) {
void (async () => {
await get().ensurePbiLoaded(pbiId, requestId)
if (get().loading.activeRequestId !== requestId) return
if (!productId) return
// T-857: cascade-restore. Alleen herstellen als de hint-story
// bij de nieuw-geselecteerde PBI hoort — anders blijft een task-
// selectie van een vorige PBI hangen (PBI-79 bugfix).
const hint = readHints().perProduct[productId]?.lastActiveStoryId
if (hint) {
const hintStory = get().entities.storiesById[hint]
if (hintStory && hintStory.pbi_id === pbiId) {
get().setActiveStory(hint)
}
}
})()
}
},
setActiveStory(storyId) {
const requestId = newRequestId()
const productId = get().context.activeProduct?.id ?? null
set((s) => {
s.context.activeStoryId = storyId
s.context.activeTaskId = null
s.loading.activeRequestId = requestId
})
if (productId) writeStoryHint(productId, storyId)
if (storyId) {
void (async () => {
await get().ensureStoryLoaded(storyId, requestId)
if (get().loading.activeRequestId !== requestId) return
if (!productId) return
const hint = readHints().perProduct[productId]?.lastActiveTaskId
if (hint && get().entities.tasksById[hint]) {
get().setActiveTask(hint)
}
})()
}
},
setActiveTask(taskId) {
const productId = get().context.activeProduct?.id ?? null
set((s) => {
s.context.activeTaskId = taskId
})
if (productId) writeTaskHint(productId, taskId)
if (taskId) {
void get().ensureTaskLoaded(taskId)
}
},
async ensureProductLoaded(productId, requestId) {
set((s) => {
s.loading.loadingProductId = productId
})
try {
const snapshot = await fetchJson<ProductBacklogSnapshot | null>(
`/api/products/${encodeURIComponent(productId)}/backlog`,
)
if (requestId && get().loading.activeRequestId !== requestId) return
if (!snapshot || !Array.isArray(snapshot.pbis)) return
get().hydrateSnapshot(snapshot)
set((s) => {
s.loading.loadedProductId = productId
for (const pbi of snapshot.pbis) {
s.loading.loadedPbiIds[pbi.id] = true
}
})
} finally {
set((s) => {
if (s.loading.loadingProductId === productId) {
s.loading.loadingProductId = null
}
})
}
},
async ensurePbiLoaded(pbiId, requestId) {
const stories = await fetchJson<BacklogStory[] | null>(
`/api/pbis/${encodeURIComponent(pbiId)}/stories`,
)
if (requestId && get().loading.activeRequestId !== requestId) return
if (!Array.isArray(stories)) return
const normalizedStories = stories.map(normalizeBacklogStory)
set((s) => {
for (const story of normalizedStories) {
s.entities.storiesById[story.id] = story
}
s.relations.storyIdsByPbi[pbiId] = [...normalizedStories]
.sort(compareStory)
.map((st) => st.id)
s.loading.loadedPbiIds[pbiId] = true
})
},
async ensureStoryLoaded(storyId, requestId) {
const tasks = await fetchJson<BacklogTask[] | null>(
`/api/stories/${encodeURIComponent(storyId)}/tasks`,
)
if (requestId && get().loading.activeRequestId !== requestId) return
if (!Array.isArray(tasks)) return
const normalizedTasks = tasks.map(normalizeBacklogTask)
set((s) => {
for (const task of normalizedTasks) {
const existing = s.entities.tasksById[task.id]
if (existing && isDetail(existing)) {
s.entities.tasksById[task.id] = { ...existing, ...task }
} else {
s.entities.tasksById[task.id] = task
}
}
s.relations.taskIdsByStory[storyId] = [...normalizedTasks]
.sort(compareTask)
.map((t) => t.id)
s.loading.loadedStoryIds[storyId] = true
})
},
async ensureTaskLoaded(taskId, requestId) {
const detail = await fetchJson<TaskDetail | null>(
`/api/tasks/${encodeURIComponent(taskId)}`,
)
if (requestId && get().loading.activeRequestId !== requestId) return
if (!detail || typeof detail !== 'object') return
const normalizedDetail = normalizeBacklogTask(detail)
set((s) => {
s.entities.tasksById[taskId] = { ...normalizedDetail, _detail: true }
s.loading.loadedTaskIds[taskId] = true
})
},
applyRealtimeEvent(event) {
const payload = event as Record<string, unknown>
const activeProductId = get().context.activeProduct?.id ?? null
set((s) => {
s.sync.lastEventAt = Date.now()
})
if (
typeof payload.product_id === 'string' &&
activeProductId &&
payload.product_id !== activeProductId
) {
return
}
if (isUnknownEntityEvent(payload)) {
if (payload.product_id === activeProductId) {
void get().resyncActiveScopes('unknown-event')
}
return
}
const entity = payload.entity
const op = payload.op
if (!isKnownEntity(entity)) return
if (op !== 'I' && op !== 'U' && op !== 'D') return
const id = payload.id
if (typeof id !== 'string') return
if (entity === 'pbi') {
applyPbiEvent(id, op, payload, set, get)
} else if (entity === 'story') {
applyStoryEvent(id, op, payload, set, get)
} else if (entity === 'task') {
applyTaskEvent(id, op, payload, set, get)
}
},
async resyncActiveScopes(reason) {
const ctx = get().context
const tasks: Promise<void>[] = []
if (ctx.activeProduct?.id) {
tasks.push(get().ensureProductLoaded(ctx.activeProduct.id))
}
if (ctx.activePbiId) tasks.push(get().ensurePbiLoaded(ctx.activePbiId))
if (ctx.activeStoryId) tasks.push(get().ensureStoryLoaded(ctx.activeStoryId))
if (ctx.activeTaskId) tasks.push(get().ensureTaskLoaded(ctx.activeTaskId))
set((s) => {
s.sync.lastResyncAt = Date.now()
s.sync.resyncReason = reason
})
await Promise.allSettled(tasks)
},
async resyncLoadedScopes(reason) {
const loading = get().loading
const tasks: Promise<void>[] = []
if (loading.loadedProductId) {
tasks.push(get().ensureProductLoaded(loading.loadedProductId))
}
for (const pbiId of Object.keys(loading.loadedPbiIds)) {
tasks.push(get().ensurePbiLoaded(pbiId))
}
for (const storyId of Object.keys(loading.loadedStoryIds)) {
tasks.push(get().ensureStoryLoaded(storyId))
}
for (const taskId of Object.keys(loading.loadedTaskIds)) {
tasks.push(get().ensureTaskLoaded(taskId))
}
set((s) => {
s.sync.lastResyncAt = Date.now()
s.sync.resyncReason = reason
})
await Promise.allSettled(tasks)
},
applyOptimisticMutation(mutation) {
const id = newRequestId()
set((s) => {
s.pendingMutations[id] = {
id,
mutation,
createdAt: Date.now(),
}
switch (mutation.kind) {
case 'pbi-order':
// store-call passes new order via separate set, snapshot is prevPbiIds
break
case 'entity-patch':
break
}
})
return id
},
rollbackMutation(mutationId) {
const pending = get().pendingMutations[mutationId]
if (!pending) return
const { mutation } = pending
set((s) => {
switch (mutation.kind) {
case 'pbi-order':
s.relations.pbiIds = [...mutation.prevPbiIds]
break
case 'entity-patch': {
const { entity, id, prev } = mutation
if (prev) {
if (entity === 'pbi') s.entities.pbisById[id] = prev as BacklogPbi
else if (entity === 'story') s.entities.storiesById[id] = prev as BacklogStory
else s.entities.tasksById[id] = prev as BacklogTask | TaskDetail
} else {
if (entity === 'pbi') delete s.entities.pbisById[id]
else if (entity === 'story') delete s.entities.storiesById[id]
else delete s.entities.tasksById[id]
}
break
}
}
delete s.pendingMutations[mutationId]
})
},
settleMutation(mutationId) {
set((s) => {
delete s.pendingMutations[mutationId]
})
},
setRealtimeStatus(status) {
set((s) => {
s.sync.realtimeStatus = status
})
},
setPbiSummary(summary) {
set((s) => {
s.sprintMembership.pbiSummary = summary
})
},
setCrossSprintBlocks(blocks) {
set((s) => {
s.sprintMembership.crossSprintBlocks = blocks
})
},
toggleStorySprintMembership(storyId, currentlyInSprint) {
set((s) => {
const pending = s.sprintMembership.pending
if (currentlyInSprint) {
const inRemoves = pending.removes.indexOf(storyId)
if (inRemoves >= 0) {
pending.removes.splice(inRemoves, 1)
} else {
const inAdds = pending.adds.indexOf(storyId)
if (inAdds >= 0) pending.adds.splice(inAdds, 1)
pending.removes.push(storyId)
}
} else {
const inAdds = pending.adds.indexOf(storyId)
if (inAdds >= 0) {
pending.adds.splice(inAdds, 1)
} else {
const inRemoves = pending.removes.indexOf(storyId)
if (inRemoves >= 0) pending.removes.splice(inRemoves, 1)
pending.adds.push(storyId)
}
}
})
},
resetSprintMembershipPending() {
set((s) => {
s.sprintMembership.pending = { adds: [], removes: [] }
})
},
async fetchSprintMembershipSummary(productId, sprintId, pbiIds) {
if (pbiIds.length === 0) return
const url = `/api/products/${productId}/sprint-membership-summary?sprintId=${encodeURIComponent(sprintId)}&pbiIds=${pbiIds.map(encodeURIComponent).join(',')}`
const summary = await fetchJson<Record<string, PbiSummaryEntry>>(url)
set((s) => {
for (const [pbiId, entry] of Object.entries(summary)) {
s.sprintMembership.pbiSummary[pbiId] = entry
}
s.sprintMembership.loadedSummaryForSprintId = sprintId
})
},
async fetchCrossSprintBlocks(productId, excludeSprintId, pbiIds) {
if (pbiIds.length === 0) return
const params = new URLSearchParams()
if (excludeSprintId) params.set('excludeSprintId', excludeSprintId)
params.set('pbiIds', pbiIds.join(','))
const url = `/api/products/${productId}/cross-sprint-blocks?${params.toString()}`
const blocks = await fetchJson<Record<string, CrossSprintBlock>>(url)
set((s) => {
for (const [storyId, info] of Object.entries(blocks)) {
s.sprintMembership.crossSprintBlocks[storyId] = info
}
})
},
applyMembershipCommitResult({
activeSprintId,
addedStoryIds,
removedStoryIds,
}) {
// Task-records in de client-store hebben geen sprint_id-veld (alleen
// story_id); de sprint-membership wordt afgeleid via story.sprint_id.
// Hier patchen we daarom alleen story-entities + de pending buffer.
set((s) => {
for (const id of addedStoryIds) {
const story = s.entities.storiesById[id]
if (story) {
story.sprint_id = activeSprintId
story.status = 'IN_SPRINT'
}
}
for (const id of removedStoryIds) {
const story = s.entities.storiesById[id]
if (story) {
story.sprint_id = null
story.status = 'OPEN'
}
}
s.sprintMembership.pending = { adds: [], removes: [] }
})
},
})),
)
type ImmerSet = Parameters<Parameters<typeof immer<ProductWorkspaceStore>>[0]>[0]
type ImmerGet = () => ProductWorkspaceStore
function applyPbiEvent(
id: string,
op: 'I' | 'U' | 'D',
payload: Record<string, unknown>,
set: ImmerSet,
get: ImmerGet,
) {
if (op === 'D') {
set((s) => {
const childStoryIds = s.relations.storyIdsByPbi[id] ?? []
for (const sid of childStoryIds) {
const childTaskIds = s.relations.taskIdsByStory[sid] ?? []
for (const tid of childTaskIds) {
delete s.entities.tasksById[tid]
}
delete s.relations.taskIdsByStory[sid]
delete s.entities.storiesById[sid]
}
delete s.relations.storyIdsByPbi[id]
delete s.entities.pbisById[id]
s.relations.pbiIds = s.relations.pbiIds.filter((p) => p !== id)
if (s.context.activePbiId === id) {
s.context.activePbiId = null
s.context.activeStoryId = null
s.context.activeTaskId = null
}
})
return
}
if (op === 'U') {
if (!get().entities.pbisById[id]) return
set((s) => {
const existing = s.entities.pbisById[id]
if (!existing) return
Object.assign(existing, sanitizePbiPayload(payload))
s.relations.pbiIds = sortPbiIds(s.entities.pbisById, s.relations.pbiIds)
})
return
}
// I
if (get().entities.pbisById[id]) return
set((s) => {
const pbi = coercePbiPayload(id, payload)
s.entities.pbisById[id] = pbi
s.relations.pbiIds.push(id)
s.relations.pbiIds = sortPbiIds(s.entities.pbisById, s.relations.pbiIds)
})
}
function applyStoryEvent(
id: string,
op: 'I' | 'U' | 'D',
payload: Record<string, unknown>,
set: ImmerSet,
get: ImmerGet,
) {
if (op === 'D') {
set((s) => {
const childTaskIds = s.relations.taskIdsByStory[id] ?? []
for (const tid of childTaskIds) {
delete s.entities.tasksById[tid]
}
delete s.relations.taskIdsByStory[id]
const story = s.entities.storiesById[id]
delete s.entities.storiesById[id]
if (story) {
const ids = s.relations.storyIdsByPbi[story.pbi_id]
if (ids) {
s.relations.storyIdsByPbi[story.pbi_id] = ids.filter((sid) => sid !== id)
}
} else {
for (const pbiId of Object.keys(s.relations.storyIdsByPbi)) {
s.relations.storyIdsByPbi[pbiId] = s.relations.storyIdsByPbi[pbiId].filter(
(sid) => sid !== id,
)
}
}
if (s.context.activeStoryId === id) {
s.context.activeStoryId = null
s.context.activeTaskId = null
}
})
return
}
if (op === 'U') {
const existing = get().entities.storiesById[id]
if (!existing) return
set((s) => {
const story = s.entities.storiesById[id]
if (!story) return
const oldPbiId = story.pbi_id
Object.assign(story, sanitizeStoryPayload(payload))
const newPbiId = story.pbi_id
if (oldPbiId !== newPbiId) {
const oldList = s.relations.storyIdsByPbi[oldPbiId]
if (oldList) {
s.relations.storyIdsByPbi[oldPbiId] = oldList.filter((sid) => sid !== id)
}
const targetList = s.relations.storyIdsByPbi[newPbiId] ?? []
if (!targetList.includes(id)) targetList.push(id)
s.relations.storyIdsByPbi[newPbiId] = sortStoryIds(s.entities.storiesById, targetList)
} else if (s.relations.storyIdsByPbi[oldPbiId]) {
s.relations.storyIdsByPbi[oldPbiId] = sortStoryIds(
s.entities.storiesById,
s.relations.storyIdsByPbi[oldPbiId],
)
}
})
return
}
// I
if (get().entities.storiesById[id]) return
set((s) => {
const story = coerceStoryPayload(id, payload)
s.entities.storiesById[id] = story
const list = s.relations.storyIdsByPbi[story.pbi_id] ?? []
list.push(id)
s.relations.storyIdsByPbi[story.pbi_id] = sortStoryIds(s.entities.storiesById, list)
})
}
function applyTaskEvent(
id: string,
op: 'I' | 'U' | 'D',
payload: Record<string, unknown>,
set: ImmerSet,
get: ImmerGet,
) {
if (op === 'D') {
set((s) => {
const task = s.entities.tasksById[id]
delete s.entities.tasksById[id]
if (task) {
const ids = s.relations.taskIdsByStory[task.story_id]
if (ids) {
s.relations.taskIdsByStory[task.story_id] = ids.filter((tid) => tid !== id)
}
} else {
for (const storyId of Object.keys(s.relations.taskIdsByStory)) {
s.relations.taskIdsByStory[storyId] = s.relations.taskIdsByStory[storyId].filter(
(tid) => tid !== id,
)
}
}
if (s.context.activeTaskId === id) {
s.context.activeTaskId = null
}
})
return
}
if (op === 'U') {
const existing = get().entities.tasksById[id]
if (!existing) return
set((s) => {
const task = s.entities.tasksById[id]
if (!task) return
const oldStoryId = task.story_id
Object.assign(task, sanitizeTaskPayload(payload))
const newStoryId = task.story_id
if (oldStoryId !== newStoryId) {
const oldList = s.relations.taskIdsByStory[oldStoryId]
if (oldList) {
s.relations.taskIdsByStory[oldStoryId] = oldList.filter((tid) => tid !== id)
}
const targetList = s.relations.taskIdsByStory[newStoryId] ?? []
if (!targetList.includes(id)) targetList.push(id)
s.relations.taskIdsByStory[newStoryId] = sortTaskIds(s.entities.tasksById, targetList)
} else if (s.relations.taskIdsByStory[oldStoryId]) {
s.relations.taskIdsByStory[oldStoryId] = sortTaskIds(
s.entities.tasksById,
s.relations.taskIdsByStory[oldStoryId],
)
}
})
return
}
// I
if (get().entities.tasksById[id]) return
set((s) => {
const task = coerceTaskPayload(id, payload)
s.entities.tasksById[id] = task
const list = s.relations.taskIdsByStory[task.story_id] ?? []
list.push(id)
s.relations.taskIdsByStory[task.story_id] = sortTaskIds(s.entities.tasksById, list)
})
}
function sortPbiIds(byId: Record<string, BacklogPbi>, ids: string[]): string[] {
return [...new Set(ids)]
.filter((id) => byId[id] !== undefined)
.sort((a, b) => comparePbi(byId[a], byId[b]))
}
function sortStoryIds(byId: Record<string, BacklogStory>, ids: string[]): string[] {
return [...new Set(ids)]
.filter((id) => byId[id] !== undefined)
.sort((a, b) => compareStory(byId[a], byId[b]))
}
function sortTaskIds(
byId: Record<string, BacklogTask | TaskDetail>,
ids: string[],
): string[] {
return [...new Set(ids)]
.filter((id) => byId[id] !== undefined)
.sort((a, b) => compareTask(byId[a], byId[b]))
}
function sanitizePbiPayload(p: Record<string, unknown>): Partial<BacklogPbi> {
const { entity: _e, op: _o, ...rest } = p
void _e
void _o
if (typeof rest.status === 'string') {
rest.status = normalizePbiStatusForStore(rest.status)
}
return rest as Partial<BacklogPbi>
}
function sanitizeStoryPayload(p: Record<string, unknown>): Partial<BacklogStory> {
const {
entity: _e,
op: _o,
story_status,
story_sort_order,
story_title,
story_code,
...rest
} = p
void _e
void _o
if (rest.status === undefined && typeof story_status === 'string') {
rest.status = story_status
}
if (rest.sort_order === undefined && typeof story_sort_order === 'number') {
rest.sort_order = story_sort_order
}
if (rest.title === undefined && typeof story_title === 'string') {
rest.title = story_title
}
if (rest.code === undefined && (typeof story_code === 'string' || story_code === null)) {
rest.code = story_code
}
if (typeof rest.status === 'string') {
rest.status = normalizeStoryStatusForStore(rest.status)
}
return rest as Partial<BacklogStory>
}
function sanitizeTaskPayload(p: Record<string, unknown>): Partial<BacklogTask> {
const {
entity: _e,
op: _o,
task_status,
task_sort_order,
task_title,
...rest
} = p
void _e
void _o
if (rest.status === undefined && typeof task_status === 'string') {
rest.status = task_status
}
if (rest.sort_order === undefined && typeof task_sort_order === 'number') {
rest.sort_order = task_sort_order
}
if (rest.title === undefined && typeof task_title === 'string') {
rest.title = task_title
}
if (typeof rest.status === 'string') {
rest.status = normalizeTaskStatusForStore(rest.status)
}
return rest as Partial<BacklogTask>
}
function coercePbiPayload(id: string, p: Record<string, unknown>): BacklogPbi {
return {
id,
code: (p.code as string | null) ?? null,
title: String(p.title ?? ''),
priority: Number(p.priority ?? 4),
sort_order: Number(p.sort_order ?? 0),
description: (p.description as string | null | undefined) ?? null,
created_at:
p.created_at instanceof Date
? p.created_at
: new Date(String(p.created_at ?? Date.now())),
status: normalizePbiStatusForStore(String(p.status ?? 'ready')),
}
}
function coerceStoryPayload(id: string, p: Record<string, unknown>): BacklogStory {
const status = p.status ?? p.story_status ?? 'OPEN'
const sortOrder = p.sort_order ?? p.story_sort_order ?? 0
const title = p.title ?? p.story_title ?? ''
const code = p.code ?? p.story_code ?? null
return {
id,
code: (code as string | null) ?? null,
title: String(title),
description: (p.description as string | null | undefined) ?? null,
acceptance_criteria: (p.acceptance_criteria as string | null | undefined) ?? null,
priority: Number(p.priority ?? 4),
sort_order: Number(sortOrder),
status: normalizeStoryStatusForStore(String(status)),
pbi_id: String(p.pbi_id ?? ''),
sprint_id: (p.sprint_id as string | null | undefined) ?? null,
created_at:
p.created_at instanceof Date
? p.created_at
: new Date(String(p.created_at ?? Date.now())),
}
}
function coerceTaskPayload(id: string, p: Record<string, unknown>): BacklogTask {
const status = p.status ?? p.task_status ?? 'TO_DO'
const sortOrder = p.sort_order ?? p.task_sort_order ?? 0
const title = p.title ?? p.task_title ?? ''
return {
id,
code: (p.code as string | null | undefined) ?? null,
title: String(title),
description: (p.description as string | null | undefined) ?? null,
priority: Number(p.priority ?? 4),
sort_order: Number(sortOrder),
status: normalizeTaskStatusForStore(String(status)),
story_id: String(p.story_id ?? ''),
created_at:
p.created_at instanceof Date
? p.created_at
: new Date(String(p.created_at ?? Date.now())),
}
}