config: CollectionConfig<T, TKey, TSchema, TInsertInput>;

config: CollectionConfig<T, TKey, TSchema, TInsertInput>;

id: string;

id: string;

optimisticDeletes: Set<TKey>;

optimisticDeletes: Set<TKey>;

optimisticUpserts: Map<TKey, T>;

optimisticUpserts: Map<TKey, T>;

pendingSyncedTransactions: PendingSyncedTransaction<T>[] = [];

pendingSyncedTransactions: PendingSyncedTransaction<T>[] = [];

syncedData: 
  | Map<TKey, T>
| SortedMap<TKey, T>;

syncedData: 
  | Map<TKey, T>
| SortedMap<TKey, T>;

syncedMetadata: Map<TKey, unknown>;

syncedMetadata: Map<TKey, unknown>;

transactions: SortedMap<string, Transaction<any>>;

transactions: SortedMap<string, Transaction<any>>;

readonly utils: TUtils;

readonly utils: TUtils;

get indexes(): Map<number, BaseIndex<TKey>>

get indexes(): Map<number, BaseIndex<TKey>>

get size(): number

get size(): number

get state(): Map<TKey, T>

get state(): Map<TKey, T>

const itemsMap = collection.state
console.log(`Collection has ${itemsMap.size} items`)

for (const [key, item] of itemsMap) {
  console.log(`${key}: ${item.title}`)
}

// Check if specific item exists
if (itemsMap.has("todo-1")) {
  console.log("Todo 1 exists:", itemsMap.get("todo-1"))
}

const itemsMap = collection.state
console.log(`Collection has ${itemsMap.size} items`)

for (const [key, item] of itemsMap) {
  console.log(`${key}: ${item.title}`)
}

// Check if specific item exists
if (itemsMap.has("todo-1")) {
  console.log("Todo 1 exists:", itemsMap.get("todo-1"))
}

get status(): CollectionStatus

get status(): CollectionStatus

get toArray(): T[]

get toArray(): T[]

iterator: IterableIterator<[TKey, T]>

iterator: IterableIterator<[TKey, T]>

cleanup(): Promise<void>

cleanup(): Promise<void>

commitPendingTransactions(): void

commitPendingTransactions(): void

createIndex<TResolver>(indexCallback, config): IndexProxy<TKey>

createIndex<TResolver>(indexCallback, config): IndexProxy<TKey>

// Create a default B+ tree index
const ageIndex = collection.createIndex((row) => row.age)

// Create a ordered index with custom options
const ageIndex = collection.createIndex((row) => row.age, {
  indexType: BTreeIndex,
  options: { compareFn: customComparator },
  name: 'age_btree'
})

// Create an async-loaded index
const textIndex = collection.createIndex((row) => row.content, {
  indexType: async () => {
    const { FullTextIndex } = await import('./indexes/fulltext.js')
    return FullTextIndex
  },
  options: { language: 'en' }
})

// Create a default B+ tree index
const ageIndex = collection.createIndex((row) => row.age)

// Create a ordered index with custom options
const ageIndex = collection.createIndex((row) => row.age, {
  indexType: BTreeIndex,
  options: { compareFn: customComparator },
  name: 'age_btree'
})

// Create an async-loaded index
const textIndex = collection.createIndex((row) => row.content, {
  indexType: async () => {
    const { FullTextIndex } = await import('./indexes/fulltext.js')
    return FullTextIndex
  },
  options: { language: 'en' }
})

currentStateAsChanges(options): ChangeMessage<T, string | number>[]

currentStateAsChanges(options): ChangeMessage<T, string | number>[]

// Get all items as changes
const allChanges = collection.currentStateAsChanges()

// Get only items matching a condition
const activeChanges = collection.currentStateAsChanges({
  where: (row) => row.status === 'active'
})

// Get only items using a pre-compiled expression
const activeChanges = collection.currentStateAsChanges({
  whereExpression: eq(row.status, 'active')
})

// Get all items as changes
const allChanges = collection.currentStateAsChanges()

// Get only items matching a condition
const activeChanges = collection.currentStateAsChanges({
  where: (row) => row.status === 'active'
})

// Get only items using a pre-compiled expression
const activeChanges = collection.currentStateAsChanges({
  whereExpression: eq(row.status, 'active')
})

delete(keys, config?): Transaction<any>

delete(keys, config?): Transaction<any>

// Delete a single item
const tx = collection.delete("todo-1")
await tx.isPersisted.promise

// Delete a single item
const tx = collection.delete("todo-1")
await tx.isPersisted.promise

// Delete multiple items
const tx = collection.delete(["todo-1", "todo-2"])
await tx.isPersisted.promise

// Delete multiple items
const tx = collection.delete(["todo-1", "todo-2"])
await tx.isPersisted.promise

// Delete with metadata
const tx = collection.delete("todo-1", { metadata: { reason: "completed" } })
await tx.isPersisted.promise

// Delete with metadata
const tx = collection.delete("todo-1", { metadata: { reason: "completed" } })
await tx.isPersisted.promise

// Handle errors
try {
  const tx = collection.delete("item-1")
  await tx.isPersisted.promise
  console.log('Delete successful')
} catch (error) {
  console.log('Delete failed:', error)
}

// Handle errors
try {
  const tx = collection.delete("item-1")
  await tx.isPersisted.promise
  console.log('Delete successful')
} catch (error) {
  console.log('Delete failed:', error)
}

entries(): IterableIterator<[TKey, T]>

entries(): IterableIterator<[TKey, T]>

forEach(callbackfn): void

forEach(callbackfn): void

generateGlobalKey(key, item): string

generateGlobalKey(key, item): string

get(key): undefined | T

get(key): undefined | T

getKeyFromItem(item): TKey

getKeyFromItem(item): TKey

has(key): boolean

has(key): boolean

insert(data, config?): 
  | Transaction<Record<string, unknown>>
| Transaction<T>

insert(data, config?): 
  | Transaction<Record<string, unknown>>
| Transaction<T>

// Insert a single todo (requires onInsert handler)
const tx = collection.insert({ id: "1", text: "Buy milk", completed: false })
await tx.isPersisted.promise

// Insert a single todo (requires onInsert handler)
const tx = collection.insert({ id: "1", text: "Buy milk", completed: false })
await tx.isPersisted.promise

// Insert multiple todos at once
const tx = collection.insert([
  { id: "1", text: "Buy milk", completed: false },
  { id: "2", text: "Walk dog", completed: true }
])
await tx.isPersisted.promise

// Insert multiple todos at once
const tx = collection.insert([
  { id: "1", text: "Buy milk", completed: false },
  { id: "2", text: "Walk dog", completed: true }
])
await tx.isPersisted.promise

// Insert with metadata
const tx = collection.insert({ id: "1", text: "Buy groceries" },
  { metadata: { source: "mobile-app" } }
)
await tx.isPersisted.promise

// Insert with metadata
const tx = collection.insert({ id: "1", text: "Buy groceries" },
  { metadata: { source: "mobile-app" } }
)
await tx.isPersisted.promise

// Handle errors
try {
  const tx = collection.insert({ id: "1", text: "New item" })
  await tx.isPersisted.promise
  console.log('Insert successful')
} catch (error) {
  console.log('Insert failed:', error)
}

// Handle errors
try {
  const tx = collection.insert({ id: "1", text: "New item" })
  await tx.isPersisted.promise
  console.log('Insert successful')
} catch (error) {
  console.log('Insert failed:', error)
}

isReady(): boolean

isReady(): boolean

if (collection.isReady()) {
  console.log('Collection is ready, data is available')
  // Safe to access collection.state
} else {
  console.log('Collection is still loading')
}

if (collection.isReady()) {
  console.log('Collection is ready, data is available')
  // Safe to access collection.state
} else {
  console.log('Collection is still loading')
}

keys(): IterableIterator<TKey>

keys(): IterableIterator<TKey>

map<U>(callbackfn): U[]

map<U>(callbackfn): U[]

onFirstReady(callback): void

onFirstReady(callback): void

collection.onFirstReady(() => {
  console.log('Collection is ready for the first time')
  // Safe to access collection.state now
})

collection.onFirstReady(() => {
  console.log('Collection is ready for the first time')
  // Safe to access collection.state now
})

onTransactionStateChange(): void

onTransactionStateChange(): void

preload(): Promise<void>

preload(): Promise<void>

startSyncImmediate(): void

startSyncImmediate(): void

stateWhenReady(): Promise<Map<TKey, T>>

stateWhenReady(): Promise<Map<TKey, T>>

subscribeChanges(callback, options): () => void

subscribeChanges(callback, options): () => void

// Basic subscription
const unsubscribe = collection.subscribeChanges((changes) => {
  changes.forEach(change => {
    console.log(`${change.type}: ${change.key}`, change.value)
  })
})

// Later: unsubscribe()

// Basic subscription
const unsubscribe = collection.subscribeChanges((changes) => {
  changes.forEach(change => {
    console.log(`${change.type}: ${change.key}`, change.value)
  })
})

// Later: unsubscribe()

// Include current state immediately
const unsubscribe = collection.subscribeChanges((changes) => {
  updateUI(changes)
}, { includeInitialState: true })

// Include current state immediately
const unsubscribe = collection.subscribeChanges((changes) => {
  updateUI(changes)
}, { includeInitialState: true })

// Subscribe only to changes matching a condition
const unsubscribe = collection.subscribeChanges((changes) => {
  updateUI(changes)
}, {
  includeInitialState: true,
  where: (row) => row.status === 'active'
})

// Subscribe only to changes matching a condition
const unsubscribe = collection.subscribeChanges((changes) => {
  updateUI(changes)
}, {
  includeInitialState: true,
  where: (row) => row.status === 'active'
})

// Subscribe using a pre-compiled expression
const unsubscribe = collection.subscribeChanges((changes) => {
  updateUI(changes)
}, {
  includeInitialState: true,
  whereExpression: eq(row.status, 'active')
})

// Subscribe using a pre-compiled expression
const unsubscribe = collection.subscribeChanges((changes) => {
  updateUI(changes)
}, {
  includeInitialState: true,
  whereExpression: eq(row.status, 'active')
})

subscribeChangesKey(
   key, 
   listener, 
   __namedParameters): () => void

subscribeChangesKey(
   key, 
   listener, 
   __namedParameters): () => void

toArrayWhenReady(): Promise<T[]>

toArrayWhenReady(): Promise<T[]>

update<TItem>(key, callback): Transaction

update<TItem>(key, callback): Transaction

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

update<TItem>(
   keys, 
   config, 
   callback): Transaction

update<TItem>(
   keys, 
   config, 
   callback): Transaction

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

update<TItem>(id, callback): Transaction

update<TItem>(id, callback): Transaction

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

update<TItem>(
   id, 
   config, 
   callback): Transaction

update<TItem>(
   id, 
   config, 
   callback): Transaction

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update single item by key
const tx = collection.update("todo-1", (draft) => {
  draft.completed = true
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update multiple items
const tx = collection.update(["todo-1", "todo-2"], (drafts) => {
  drafts.forEach(draft => { draft.completed = true })
})
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Update with metadata
const tx = collection.update("todo-1",
  { metadata: { reason: "user update" } },
  (draft) => { draft.text = "Updated text" }
)
await tx.isPersisted.promise

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

// Handle errors
try {
  const tx = collection.update("item-1", draft => { draft.value = "new" })
  await tx.isPersisted.promise
  console.log('Update successful')
} catch (error) {
  console.log('Update failed:', error)
}

values(): IterableIterator<T>

values(): IterableIterator<T>