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TypeScript

/*! *****************************************************************************
Copyright (c) 2023 Tencent, Inc. All rights reserved.
Permission is hereby granted, free of charge, to any person obtaining a copy of
this software and associated documentation files (the "Software"), to deal in
the Software without restriction, including without limitation the rights to
use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies
of the Software, and to permit persons to whom the Software is furnished to do
so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
***************************************************************************** */
interface IAPIError {
errMsg: string
}
interface IAPIParam<T = any> {
config?: ICloudConfig
success?: (res: T) => void
fail?: (err: IAPIError) => void
complete?: (val: T | IAPIError) => void
}
interface IAPISuccessParam {
errMsg: string
}
type IAPICompleteParam = IAPISuccessParam | IAPIError
type IAPIFunction<T, P extends IAPIParam<T>> = (param?: P) => Promise<T>
interface IInitCloudConfig {
env?:
| string
| {
database?: string
functions?: string
storage?: string
}
traceUser?: boolean
}
interface ICloudConfig {
env?: string
traceUser?: boolean
}
interface IICloudAPI {
init: (config?: IInitCloudConfig) => void
[api: string]: AnyFunction | IAPIFunction<any, any>
}
interface ICloudService {
name: string
getAPIs: () => { [name: string]: IAPIFunction<any, any> }
}
interface ICloudServices {
[serviceName: string]: ICloudService
}
interface ICloudMetaData {
session_id: string
}
declare class InternalSymbol {}
interface AnyObject {
[x: string]: any
}
type AnyArray = any[]
type AnyFunction = (...args: any[]) => any
/**
* extend wx with cloud
*/
interface WxCloud {
init: (config?: ICloudConfig) => void
callFunction(param: OQ<ICloud.CallFunctionParam>): void
callFunction(
param: RQ<ICloud.CallFunctionParam>
): Promise<ICloud.CallFunctionResult>
uploadFile(param: OQ<ICloud.UploadFileParam>): WechatMiniprogram.UploadTask
uploadFile(
param: RQ<ICloud.UploadFileParam>
): Promise<ICloud.UploadFileResult>
downloadFile(
param: OQ<ICloud.DownloadFileParam>
): WechatMiniprogram.DownloadTask
downloadFile(
param: RQ<ICloud.DownloadFileParam>
): Promise<ICloud.DownloadFileResult>
getTempFileURL(param: OQ<ICloud.GetTempFileURLParam>): void
getTempFileURL(
param: RQ<ICloud.GetTempFileURLParam>
): Promise<ICloud.GetTempFileURLResult>
deleteFile(param: OQ<ICloud.DeleteFileParam>): void
deleteFile(
param: RQ<ICloud.DeleteFileParam>
): Promise<ICloud.DeleteFileResult>
database: (config?: ICloudConfig) => DB.Database
CloudID: ICloud.ICloudIDConstructor
CDN: ICloud.ICDNConstructor
callContainer(param: OQ<ICloud.CallContainerParam>): void
callContainer(
param: RQ<ICloud.CallContainerParam>
): Promise<ICloud.CallContainerResult>
connectContainer(param: OQ<ICloud.ConnectContainerParam>): void
connectContainer(
param: RQ<ICloud.ConnectContainerParam>
): Promise<ICloud.ConnectContainerResult>
}
declare namespace ICloud {
interface ICloudAPIParam<T = any> extends IAPIParam<T> {
config?: ICloudConfig
}
// === API: callFunction ===
type CallFunctionData = AnyObject
interface CallFunctionResult extends IAPISuccessParam {
result: AnyObject | string | undefined
}
interface CallFunctionParam extends ICloudAPIParam<CallFunctionResult> {
name: string
data?: CallFunctionData
slow?: boolean
}
// === end ===
// === API: container ===
type CallContainerData = AnyObject
interface CallContainerResult extends IAPISuccessParam {
data: any
statusCode: number
header: Record<string, any>
callID: string
}
interface CallContainerParam extends ICloudAPIParam<CallContainerResult> {
path: string
service?: string
method?: string
header?: Record<string, any>
data?: any // string, object, ArrayBuffer
dataType?: string
responseType?: string
timeout?: number
verbose?: boolean
followRedirect?: boolean
}
interface ConnectContainerResult extends IAPISuccessParam {
socketTask: WechatMiniprogram.SocketTask
}
interface ConnectSocketOptions extends IAPIParam<void> {
header?: Record<string, string>
protocols?: string[]
tcpNoDelay?: boolean
perMessageDeflate?: boolean
timeout?: number
}
type ConnectContainerParam = Omit<
ConnectSocketOptions,
'success' | 'fail' | 'complete'
> &
ICloudAPIParam<ConnectContainerResult> & {
service: string
path?: string
}
// === end ===
// === API: uploadFile ===
interface UploadFileResult extends IAPISuccessParam {
fileID: string
statusCode: number
}
interface UploadFileParam extends ICloudAPIParam<UploadFileResult> {
cloudPath: string
filePath: string
header?: AnyObject
}
// === end ===
// === API: downloadFile ===
interface DownloadFileResult extends IAPISuccessParam {
tempFilePath: string
statusCode: number
}
interface DownloadFileParam extends ICloudAPIParam<DownloadFileResult> {
fileID: string
cloudPath?: string
}
// === end ===
// === API: getTempFileURL ===
interface GetTempFileURLResult extends IAPISuccessParam {
fileList: GetTempFileURLResultItem[]
}
interface GetTempFileURLResultItem {
fileID: string
tempFileURL: string
maxAge: number
status: number
errMsg: string
}
interface GetTempFileURLParam extends ICloudAPIParam<GetTempFileURLResult> {
fileList: string[]
}
// === end ===
// === API: deleteFile ===
interface DeleteFileResult extends IAPISuccessParam {
fileList: DeleteFileResultItem[]
}
interface DeleteFileResultItem {
fileID: string
status: number
errMsg: string
}
interface DeleteFileParam extends ICloudAPIParam<DeleteFileResult> {
fileList: string[]
}
// === end ===
// === API: CloudID ===
abstract class CloudID {
constructor(cloudID: string)
}
interface ICloudIDConstructor {
new (cloudId: string): CloudID
(cloudId: string): CloudID
}
// === end ===
// === API: CDN ===
abstract class CDN {
target: string | ArrayBuffer | ICDNFilePathSpec
constructor(target: string | ArrayBuffer | ICDNFilePathSpec)
}
interface ICDNFilePathSpec {
type: 'filePath'
filePath: string
}
interface ICDNConstructor {
new (options: string | ArrayBuffer | ICDNFilePathSpec): CDN
(options: string | ArrayBuffer | ICDNFilePathSpec): CDN
}
// === end ===
}
// === Database ===
declare namespace DB {
/**
* The class of all exposed cloud database instances
*/
class Database {
readonly config: ICloudConfig
readonly command: DatabaseCommand
readonly Geo: IGeo
readonly serverDate: () => ServerDate
readonly RegExp: IRegExpConstructor
private constructor()
collection(collectionName: string): CollectionReference
}
class CollectionReference extends Query {
readonly collectionName: string
private constructor(name: string, database: Database)
doc(docId: string | number): DocumentReference
add(options: OQ<IAddDocumentOptions>): void
add(options: RQ<IAddDocumentOptions>): Promise<IAddResult>
}
class DocumentReference {
private constructor(docId: string | number, database: Database)
field(object: Record<string, any>): this
get(options: OQ<IGetDocumentOptions>): void
get(options?: RQ<IGetDocumentOptions>): Promise<IQuerySingleResult>
set(options: OQ<ISetSingleDocumentOptions>): void
set(options?: RQ<ISetSingleDocumentOptions>): Promise<ISetResult>
update(options: OQ<IUpdateSingleDocumentOptions>): void
update(
options?: RQ<IUpdateSingleDocumentOptions>
): Promise<IUpdateResult>
remove(options: OQ<IRemoveSingleDocumentOptions>): void
remove(
options?: RQ<IRemoveSingleDocumentOptions>
): Promise<IRemoveResult>
watch(options: IWatchOptions): RealtimeListener
}
class RealtimeListener {
// "And Now His Watch Is Ended"
close: () => Promise<void>
}
class Query {
where(condition: IQueryCondition): Query
orderBy(fieldPath: string, order: string): Query
limit(max: number): Query
skip(offset: number): Query
field(object: Record<string, any>): Query
get(options: OQ<IGetDocumentOptions>): void
get(options?: RQ<IGetDocumentOptions>): Promise<IQueryResult>
count(options: OQ<ICountDocumentOptions>): void
count(options?: RQ<ICountDocumentOptions>): Promise<ICountResult>
watch(options: IWatchOptions): RealtimeListener
}
interface DatabaseCommand {
eq(val: any): DatabaseQueryCommand
neq(val: any): DatabaseQueryCommand
gt(val: any): DatabaseQueryCommand
gte(val: any): DatabaseQueryCommand
lt(val: any): DatabaseQueryCommand
lte(val: any): DatabaseQueryCommand
in(val: any[]): DatabaseQueryCommand
nin(val: any[]): DatabaseQueryCommand
geoNear(options: IGeoNearCommandOptions): DatabaseQueryCommand
geoWithin(options: IGeoWithinCommandOptions): DatabaseQueryCommand
geoIntersects(
options: IGeoIntersectsCommandOptions
): DatabaseQueryCommand
and(
...expressions: Array<DatabaseLogicCommand | IQueryCondition>
): DatabaseLogicCommand
or(
...expressions: Array<DatabaseLogicCommand | IQueryCondition>
): DatabaseLogicCommand
nor(
...expressions: Array<DatabaseLogicCommand | IQueryCondition>
): DatabaseLogicCommand
not(expression: DatabaseLogicCommand): DatabaseLogicCommand
exists(val: boolean): DatabaseQueryCommand
mod(divisor: number, remainder: number): DatabaseQueryCommand
all(val: any[]): DatabaseQueryCommand
elemMatch(val: any): DatabaseQueryCommand
size(val: number): DatabaseQueryCommand
set(val: any): DatabaseUpdateCommand
remove(): DatabaseUpdateCommand
inc(val: number): DatabaseUpdateCommand
mul(val: number): DatabaseUpdateCommand
min(val: number): DatabaseUpdateCommand
max(val: number): DatabaseUpdateCommand
rename(val: string): DatabaseUpdateCommand
bit(val: number): DatabaseUpdateCommand
push(...values: any[]): DatabaseUpdateCommand
pop(): DatabaseUpdateCommand
shift(): DatabaseUpdateCommand
unshift(...values: any[]): DatabaseUpdateCommand
addToSet(val: any): DatabaseUpdateCommand
pull(val: any): DatabaseUpdateCommand
pullAll(val: any): DatabaseUpdateCommand
project: {
slice(val: number | [number, number]): DatabaseProjectionCommand
}
aggregate: {
__safe_props__?: Set<string>
abs(val: any): DatabaseAggregateCommand
add(val: any): DatabaseAggregateCommand
addToSet(val: any): DatabaseAggregateCommand
allElementsTrue(val: any): DatabaseAggregateCommand
and(val: any): DatabaseAggregateCommand
anyElementTrue(val: any): DatabaseAggregateCommand
arrayElemAt(val: any): DatabaseAggregateCommand
arrayToObject(val: any): DatabaseAggregateCommand
avg(val: any): DatabaseAggregateCommand
ceil(val: any): DatabaseAggregateCommand
cmp(val: any): DatabaseAggregateCommand
concat(val: any): DatabaseAggregateCommand
concatArrays(val: any): DatabaseAggregateCommand
cond(val: any): DatabaseAggregateCommand
convert(val: any): DatabaseAggregateCommand
dateFromParts(val: any): DatabaseAggregateCommand
dateToParts(val: any): DatabaseAggregateCommand
dateFromString(val: any): DatabaseAggregateCommand
dateToString(val: any): DatabaseAggregateCommand
dayOfMonth(val: any): DatabaseAggregateCommand
dayOfWeek(val: any): DatabaseAggregateCommand
dayOfYear(val: any): DatabaseAggregateCommand
divide(val: any): DatabaseAggregateCommand
eq(val: any): DatabaseAggregateCommand
exp(val: any): DatabaseAggregateCommand
filter(val: any): DatabaseAggregateCommand
first(val: any): DatabaseAggregateCommand
floor(val: any): DatabaseAggregateCommand
gt(val: any): DatabaseAggregateCommand
gte(val: any): DatabaseAggregateCommand
hour(val: any): DatabaseAggregateCommand
ifNull(val: any): DatabaseAggregateCommand
in(val: any): DatabaseAggregateCommand
indexOfArray(val: any): DatabaseAggregateCommand
indexOfBytes(val: any): DatabaseAggregateCommand
indexOfCP(val: any): DatabaseAggregateCommand
isArray(val: any): DatabaseAggregateCommand
isoDayOfWeek(val: any): DatabaseAggregateCommand
isoWeek(val: any): DatabaseAggregateCommand
isoWeekYear(val: any): DatabaseAggregateCommand
last(val: any): DatabaseAggregateCommand
let(val: any): DatabaseAggregateCommand
literal(val: any): DatabaseAggregateCommand
ln(val: any): DatabaseAggregateCommand
log(val: any): DatabaseAggregateCommand
log10(val: any): DatabaseAggregateCommand
lt(val: any): DatabaseAggregateCommand
lte(val: any): DatabaseAggregateCommand
ltrim(val: any): DatabaseAggregateCommand
map(val: any): DatabaseAggregateCommand
max(val: any): DatabaseAggregateCommand
mergeObjects(val: any): DatabaseAggregateCommand
meta(val: any): DatabaseAggregateCommand
min(val: any): DatabaseAggregateCommand
millisecond(val: any): DatabaseAggregateCommand
minute(val: any): DatabaseAggregateCommand
mod(val: any): DatabaseAggregateCommand
month(val: any): DatabaseAggregateCommand
multiply(val: any): DatabaseAggregateCommand
neq(val: any): DatabaseAggregateCommand
not(val: any): DatabaseAggregateCommand
objectToArray(val: any): DatabaseAggregateCommand
or(val: any): DatabaseAggregateCommand
pow(val: any): DatabaseAggregateCommand
push(val: any): DatabaseAggregateCommand
range(val: any): DatabaseAggregateCommand
reduce(val: any): DatabaseAggregateCommand
reverseArray(val: any): DatabaseAggregateCommand
rtrim(val: any): DatabaseAggregateCommand
second(val: any): DatabaseAggregateCommand
setDifference(val: any): DatabaseAggregateCommand
setEquals(val: any): DatabaseAggregateCommand
setIntersection(val: any): DatabaseAggregateCommand
setIsSubset(val: any): DatabaseAggregateCommand
setUnion(val: any): DatabaseAggregateCommand
size(val: any): DatabaseAggregateCommand
slice(val: any): DatabaseAggregateCommand
split(val: any): DatabaseAggregateCommand
sqrt(val: any): DatabaseAggregateCommand
stdDevPop(val: any): DatabaseAggregateCommand
stdDevSamp(val: any): DatabaseAggregateCommand
strcasecmp(val: any): DatabaseAggregateCommand
strLenBytes(val: any): DatabaseAggregateCommand
strLenCP(val: any): DatabaseAggregateCommand
substr(val: any): DatabaseAggregateCommand
substrBytes(val: any): DatabaseAggregateCommand
substrCP(val: any): DatabaseAggregateCommand
subtract(val: any): DatabaseAggregateCommand
sum(val: any): DatabaseAggregateCommand
switch(val: any): DatabaseAggregateCommand
toBool(val: any): DatabaseAggregateCommand
toDate(val: any): DatabaseAggregateCommand
toDecimal(val: any): DatabaseAggregateCommand
toDouble(val: any): DatabaseAggregateCommand
toInt(val: any): DatabaseAggregateCommand
toLong(val: any): DatabaseAggregateCommand
toObjectId(val: any): DatabaseAggregateCommand
toString(val: any): DatabaseAggregateCommand
toLower(val: any): DatabaseAggregateCommand
toUpper(val: any): DatabaseAggregateCommand
trim(val: any): DatabaseAggregateCommand
trunc(val: any): DatabaseAggregateCommand
type(val: any): DatabaseAggregateCommand
week(val: any): DatabaseAggregateCommand
year(val: any): DatabaseAggregateCommand
zip(val: any): DatabaseAggregateCommand
}
}
class DatabaseAggregateCommand {}
enum LOGIC_COMMANDS_LITERAL {
AND = 'and',
OR = 'or',
NOT = 'not',
NOR = 'nor'
}
class DatabaseLogicCommand {
and(...expressions: DatabaseLogicCommand[]): DatabaseLogicCommand
or(...expressions: DatabaseLogicCommand[]): DatabaseLogicCommand
nor(...expressions: DatabaseLogicCommand[]): DatabaseLogicCommand
not(expression: DatabaseLogicCommand): DatabaseLogicCommand
}
enum QUERY_COMMANDS_LITERAL {
// comparison
EQ = 'eq',
NEQ = 'neq',
GT = 'gt',
GTE = 'gte',
LT = 'lt',
LTE = 'lte',
IN = 'in',
NIN = 'nin',
// geo
GEO_NEAR = 'geoNear',
GEO_WITHIN = 'geoWithin',
GEO_INTERSECTS = 'geoIntersects',
// element
EXISTS = 'exists',
// evaluation
MOD = 'mod',
// array
ALL = 'all',
ELEM_MATCH = 'elemMatch',
SIZE = 'size'
}
class DatabaseQueryCommand extends DatabaseLogicCommand {
eq(val: any): DatabaseLogicCommand
neq(val: any): DatabaseLogicCommand
gt(val: any): DatabaseLogicCommand
gte(val: any): DatabaseLogicCommand
lt(val: any): DatabaseLogicCommand
lte(val: any): DatabaseLogicCommand
in(val: any[]): DatabaseLogicCommand
nin(val: any[]): DatabaseLogicCommand
exists(val: boolean): DatabaseLogicCommand
mod(divisor: number, remainder: number): DatabaseLogicCommand
all(val: any[]): DatabaseLogicCommand
elemMatch(val: any): DatabaseLogicCommand
size(val: number): DatabaseLogicCommand
geoNear(options: IGeoNearCommandOptions): DatabaseLogicCommand
geoWithin(options: IGeoWithinCommandOptions): DatabaseLogicCommand
geoIntersects(
options: IGeoIntersectsCommandOptions
): DatabaseLogicCommand
}
enum PROJECTION_COMMANDS_LITERAL {
SLICE = 'slice'
}
class DatabaseProjectionCommand {}
enum UPDATE_COMMANDS_LITERAL {
// field
SET = 'set',
REMOVE = 'remove',
INC = 'inc',
MUL = 'mul',
MIN = 'min',
MAX = 'max',
RENAME = 'rename',
// bitwise
BIT = 'bit',
// array
PUSH = 'push',
POP = 'pop',
SHIFT = 'shift',
UNSHIFT = 'unshift',
ADD_TO_SET = 'addToSet',
PULL = 'pull',
PULL_ALL = 'pullAll'
}
class DatabaseUpdateCommand {}
class Batch {}
/**
* A contract that all API provider must adhere to
*/
class APIBaseContract<
PromiseReturn,
CallbackReturn,
Param extends IAPIParam,
Context = any
> {
getContext(param: Param): Context
/**
* In case of callback-style invocation, this function will be called
*/
getCallbackReturn(param: Param, context: Context): CallbackReturn
getFinalParam<T extends Param>(param: Param, context: Context): T
run<T extends Param>(param: T): Promise<PromiseReturn>
}
interface IGeoPointConstructor {
new (longitude: number, latitide: number): GeoPoint
new (geojson: IGeoJSONPoint): GeoPoint
(longitude: number, latitide: number): GeoPoint
(geojson: IGeoJSONPoint): GeoPoint
}
interface IGeoMultiPointConstructor {
new (points: GeoPoint[] | IGeoJSONMultiPoint): GeoMultiPoint
(points: GeoPoint[] | IGeoJSONMultiPoint): GeoMultiPoint
}
interface IGeoLineStringConstructor {
new (points: GeoPoint[] | IGeoJSONLineString): GeoLineString
(points: GeoPoint[] | IGeoJSONLineString): GeoLineString
}
interface IGeoMultiLineStringConstructor {
new (
lineStrings: GeoLineString[] | IGeoJSONMultiLineString
): GeoMultiLineString
(
lineStrings: GeoLineString[] | IGeoJSONMultiLineString
): GeoMultiLineString
}
interface IGeoPolygonConstructor {
new (lineStrings: GeoLineString[] | IGeoJSONPolygon): GeoPolygon
(lineStrings: GeoLineString[] | IGeoJSONPolygon): GeoPolygon
}
interface IGeoMultiPolygonConstructor {
new (polygons: GeoPolygon[] | IGeoJSONMultiPolygon): GeoMultiPolygon
(polygons: GeoPolygon[] | IGeoJSONMultiPolygon): GeoMultiPolygon
}
interface IGeo {
Point: IGeoPointConstructor
MultiPoint: IGeoMultiPointConstructor
LineString: IGeoLineStringConstructor
MultiLineString: IGeoMultiLineStringConstructor
Polygon: IGeoPolygonConstructor
MultiPolygon: IGeoMultiPolygonConstructor
}
interface IGeoJSONPoint {
type: 'Point'
coordinates: [number, number]
}
interface IGeoJSONMultiPoint {
type: 'MultiPoint'
coordinates: Array<[number, number]>
}
interface IGeoJSONLineString {
type: 'LineString'
coordinates: Array<[number, number]>
}
interface IGeoJSONMultiLineString {
type: 'MultiLineString'
coordinates: Array<Array<[number, number]>>
}
interface IGeoJSONPolygon {
type: 'Polygon'
coordinates: Array<Array<[number, number]>>
}
interface IGeoJSONMultiPolygon {
type: 'MultiPolygon'
coordinates: Array<Array<Array<[number, number]>>>
}
type IGeoJSONObject =
| IGeoJSONPoint
| IGeoJSONMultiPoint
| IGeoJSONLineString
| IGeoJSONMultiLineString
| IGeoJSONPolygon
| IGeoJSONMultiPolygon
abstract class GeoPoint {
longitude: number
latitude: number
constructor(longitude: number, latitude: number)
toJSON(): Record<string, any>
toString(): string
}
abstract class GeoMultiPoint {
points: GeoPoint[]
constructor(points: GeoPoint[])
toJSON(): IGeoJSONMultiPoint
toString(): string
}
abstract class GeoLineString {
points: GeoPoint[]
constructor(points: GeoPoint[])
toJSON(): IGeoJSONLineString
toString(): string
}
abstract class GeoMultiLineString {
lines: GeoLineString[]
constructor(lines: GeoLineString[])
toJSON(): IGeoJSONMultiLineString
toString(): string
}
abstract class GeoPolygon {
lines: GeoLineString[]
constructor(lines: GeoLineString[])
toJSON(): IGeoJSONPolygon
toString(): string
}
abstract class GeoMultiPolygon {
polygons: GeoPolygon[]
constructor(polygons: GeoPolygon[])
toJSON(): IGeoJSONMultiPolygon
toString(): string
}
type GeoInstance =
| GeoPoint
| GeoMultiPoint
| GeoLineString
| GeoMultiLineString
| GeoPolygon
| GeoMultiPolygon
interface IGeoNearCommandOptions {
geometry: GeoPoint
maxDistance?: number
minDistance?: number
}
interface IGeoWithinCommandOptions {
geometry: GeoPolygon | GeoMultiPolygon
}
interface IGeoIntersectsCommandOptions {
geometry:
| GeoPoint
| GeoMultiPoint
| GeoLineString
| GeoMultiLineString
| GeoPolygon
| GeoMultiPolygon
}
interface IServerDateOptions {
offset: number
}
abstract class ServerDate {
readonly options: IServerDateOptions
constructor(options?: IServerDateOptions)
}
interface IRegExpOptions {
regexp: string
options?: string
}
interface IRegExpConstructor {
new (options: IRegExpOptions): RegExp
(options: IRegExpOptions): RegExp
}
abstract class RegExp {
readonly regexp: string
readonly options: string
constructor(options: IRegExpOptions)
}
type DocumentId = string | number
interface IDocumentData {
_id?: DocumentId
[key: string]: any
}
type IDBAPIParam = IAPIParam
interface IAddDocumentOptions extends IDBAPIParam {
data: IDocumentData
}
type IGetDocumentOptions = IDBAPIParam
type ICountDocumentOptions = IDBAPIParam
interface IUpdateDocumentOptions extends IDBAPIParam {
data: IUpdateCondition
}
interface IUpdateSingleDocumentOptions extends IDBAPIParam {
data: IUpdateCondition
}
interface ISetDocumentOptions extends IDBAPIParam {
data: IUpdateCondition
}
interface ISetSingleDocumentOptions extends IDBAPIParam {
data: IUpdateCondition
}
interface IRemoveDocumentOptions extends IDBAPIParam {
query: IQueryCondition
}
type IRemoveSingleDocumentOptions = IDBAPIParam
interface IWatchOptions {
// server realtime data init & change event
onChange: (snapshot: ISnapshot) => void
// error while connecting / listening
onError: (error: any) => void
}
interface ISnapshot {
id: number
docChanges: ISingleDBEvent[]
docs: Record<string, any>
type?: SnapshotType
}
type SnapshotType = 'init'
interface ISingleDBEvent {
id: number
dataType: DataType
queueType: QueueType
docId: string
doc: Record<string, any>
updatedFields?: Record<string, any>
removedFields?: string[]
}
type DataType = 'init' | 'update' | 'replace' | 'add' | 'remove' | 'limit'
type QueueType = 'init' | 'enqueue' | 'dequeue' | 'update'
interface IQueryCondition {
[key: string]: any
}
type IStringQueryCondition = string
interface IQueryResult extends IAPISuccessParam {
data: IDocumentData[]
}
interface IQuerySingleResult extends IAPISuccessParam {
data: IDocumentData
}
interface IUpdateCondition {
[key: string]: any
}
type IStringUpdateCondition = string
interface IAddResult extends IAPISuccessParam {
_id: DocumentId
}
interface IUpdateResult extends IAPISuccessParam {
stats: {
updated: number
// created: number,
}
}
interface ISetResult extends IAPISuccessParam {
_id: DocumentId
stats: {
updated: number
created: number
}
}
interface IRemoveResult extends IAPISuccessParam {
stats: {
removed: number
}
}
interface ICountResult extends IAPISuccessParam {
total: number
}
}
type Optional<T> = { [K in keyof T]+?: T[K] }
type OQ<
T extends Optional<
Record<'complete' | 'success' | 'fail', (...args: any[]) => any>
>
> =
| (RQ<T> & Required<Pick<T, 'success'>>)
| (RQ<T> & Required<Pick<T, 'fail'>>)
| (RQ<T> & Required<Pick<T, 'complete'>>)
| (RQ<T> & Required<Pick<T, 'success' | 'fail'>>)
| (RQ<T> & Required<Pick<T, 'success' | 'complete'>>)
| (RQ<T> & Required<Pick<T, 'fail' | 'complete'>>)
| (RQ<T> & Required<Pick<T, 'fail' | 'complete' | 'success'>>)
type RQ<
T extends Optional<
Record<'complete' | 'success' | 'fail', (...args: any[]) => any>
>
> = Pick<T, Exclude<keyof T, 'complete' | 'success' | 'fail'>>