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mirror of https://github.com/redis/node-redis.git synced 2025-08-06 02:15:48 +03:00

V5 bringing RESP3, Sentinel and TypeMapping to node-redis

RESP3 Support
   - Some commands responses in RESP3 aren't stable yet and therefore return an "untyped" ReplyUnion.
 
Sentinel

TypeMapping

Correctly types Multi commands

Note: some API changes to be further documented in v4-to-v5.md
This commit is contained in:
Shaya Potter
2024-10-15 17:46:52 +03:00
committed by GitHub
parent 2fc79bdfb3
commit b2d35c5286
1174 changed files with 45931 additions and 36274 deletions

View File

@@ -1,473 +1,399 @@
import * as ADD from './ADD';
import * as ALTER from './ALTER';
import * as CREATE from './CREATE';
import * as CREATERULE from './CREATERULE';
import * as DECRBY from './DECRBY';
import * as DEL from './DEL';
import * as DELETERULE from './DELETERULE';
import * as GET from './GET';
import * as INCRBY from './INCRBY';
import * as INFO_DEBUG from './INFO_DEBUG';
import * as INFO from './INFO';
import * as MADD from './MADD';
import * as MGET from './MGET';
import * as MGET_WITHLABELS from './MGET_WITHLABELS';
import * as QUERYINDEX from './QUERYINDEX';
import * as RANGE from './RANGE';
import * as REVRANGE from './REVRANGE';
import * as MRANGE from './MRANGE';
import * as MRANGE_WITHLABELS from './MRANGE_WITHLABELS';
import * as MREVRANGE from './MREVRANGE';
import * as MREVRANGE_WITHLABELS from './MREVRANGE_WITHLABELS';
import { RedisCommandArguments } from '@redis/client/dist/lib/commands';
import { pushVerdictArguments } from '@redis/client/dist/lib/commands/generic-transformers';
import type { DoubleReply, NumberReply, RedisArgument, RedisCommands, TuplesReply, UnwrapReply, Resp2Reply, ArrayReply, BlobStringReply, MapReply, NullReply, TypeMapping, ReplyUnion, RespType } from '@redis/client/lib/RESP/types';
import ADD, { TsIgnoreOptions } from './ADD';
import ALTER from './ALTER';
import CREATE from './CREATE';
import CREATERULE from './CREATERULE';
import DECRBY from './DECRBY';
import DEL from './DEL';
import DELETERULE from './DELETERULE';
import GET from './GET';
import INCRBY from './INCRBY';
import INFO_DEBUG from './INFO_DEBUG';
import INFO from './INFO';
import MADD from './MADD';
import MGET_SELECTED_LABELS from './MGET_SELECTED_LABELS';
import MGET_WITHLABELS from './MGET_WITHLABELS';
import MGET from './MGET';
import MRANGE_GROUPBY from './MRANGE_GROUPBY';
import MRANGE_SELECTED_LABELS_GROUPBY from './MRANGE_SELECTED_LABELS_GROUPBY';
import MRANGE_SELECTED_LABELS from './MRANGE_SELECTED_LABELS';
import MRANGE_WITHLABELS_GROUPBY from './MRANGE_WITHLABELS_GROUPBY';
import MRANGE_WITHLABELS from './MRANGE_WITHLABELS';
import MRANGE from './MRANGE';
import MREVRANGE_GROUPBY from './MREVRANGE_GROUPBY';
import MREVRANGE_SELECTED_LABELS_GROUPBY from './MREVRANGE_SELECTED_LABELS_GROUPBY';
import MREVRANGE_SELECTED_LABELS from './MREVRANGE_SELECTED_LABELS';
import MREVRANGE_WITHLABELS_GROUPBY from './MREVRANGE_WITHLABELS_GROUPBY';
import MREVRANGE_WITHLABELS from './MREVRANGE_WITHLABELS';
import MREVRANGE from './MREVRANGE';
import QUERYINDEX from './QUERYINDEX';
import RANGE from './RANGE';
import REVRANGE from './REVRANGE';
import { RedisVariadicArgument, pushVariadicArguments } from '@redis/client/lib/commands/generic-transformers';
import { RESP_TYPES } from '@redis/client/lib/RESP/decoder';
export default {
ADD,
add: ADD,
ALTER,
alter: ALTER,
CREATE,
create: CREATE,
CREATERULE,
createRule: CREATERULE,
DECRBY,
decrBy: DECRBY,
DEL,
del: DEL,
DELETERULE,
deleteRule: DELETERULE,
GET,
get: GET,
INCRBY,
incrBy: INCRBY,
INFO_DEBUG,
infoDebug: INFO_DEBUG,
INFO,
info: INFO,
MADD,
mAdd: MADD,
MGET,
mGet: MGET,
MGET_WITHLABELS,
mGetWithLabels: MGET_WITHLABELS,
QUERYINDEX,
queryIndex: QUERYINDEX,
RANGE,
range: RANGE,
REVRANGE,
revRange: REVRANGE,
MRANGE,
mRange: MRANGE,
MRANGE_WITHLABELS,
mRangeWithLabels: MRANGE_WITHLABELS,
MREVRANGE,
mRevRange: MREVRANGE,
MREVRANGE_WITHLABELS,
mRevRangeWithLabels: MREVRANGE_WITHLABELS
};
ADD,
add: ADD,
ALTER,
alter: ALTER,
CREATE,
create: CREATE,
CREATERULE,
createRule: CREATERULE,
DECRBY,
decrBy: DECRBY,
DEL,
del: DEL,
DELETERULE,
deleteRule: DELETERULE,
GET,
get: GET,
INCRBY,
incrBy: INCRBY,
INFO_DEBUG,
infoDebug: INFO_DEBUG,
INFO,
info: INFO,
MADD,
mAdd: MADD,
MGET_SELECTED_LABELS,
mGetSelectedLabels: MGET_SELECTED_LABELS,
MGET_WITHLABELS,
mGetWithLabels: MGET_WITHLABELS,
MGET,
mGet: MGET,
MRANGE_GROUPBY,
mRangeGroupBy: MRANGE_GROUPBY,
MRANGE_SELECTED_LABELS_GROUPBY,
mRangeSelectedLabelsGroupBy: MRANGE_SELECTED_LABELS_GROUPBY,
MRANGE_SELECTED_LABELS,
mRangeSelectedLabels: MRANGE_SELECTED_LABELS,
MRANGE_WITHLABELS_GROUPBY,
mRangeWithLabelsGroupBy: MRANGE_WITHLABELS_GROUPBY,
MRANGE_WITHLABELS,
mRangeWithLabels: MRANGE_WITHLABELS,
MRANGE,
mRange: MRANGE,
MREVRANGE_GROUPBY,
mRevRangeGroupBy: MREVRANGE_GROUPBY,
MREVRANGE_SELECTED_LABELS_GROUPBY,
mRevRangeSelectedLabelsGroupBy: MREVRANGE_SELECTED_LABELS_GROUPBY,
MREVRANGE_SELECTED_LABELS,
mRevRangeSelectedLabels: MREVRANGE_SELECTED_LABELS,
MREVRANGE_WITHLABELS_GROUPBY,
mRevRangeWithLabelsGroupBy: MREVRANGE_WITHLABELS_GROUPBY,
MREVRANGE_WITHLABELS,
mRevRangeWithLabels: MREVRANGE_WITHLABELS,
MREVRANGE,
mRevRange: MREVRANGE,
QUERYINDEX,
queryIndex: QUERYINDEX,
RANGE,
range: RANGE,
REVRANGE,
revRange: REVRANGE
} as const satisfies RedisCommands;
export enum TimeSeriesAggregationType {
AVG = 'AVG',
// @deprecated
AVERAGE = 'AVG',
FIRST = 'FIRST',
LAST = 'LAST',
MIN = 'MIN',
// @deprecated
MINIMUM = 'MIN',
MAX = 'MAX',
// @deprecated
MAXIMUM = 'MAX',
SUM = 'SUM',
RANGE = 'RANGE',
COUNT = 'COUNT',
STD_P = 'STD.P',
STD_S = 'STD.S',
VAR_P = 'VAR.P',
VAR_S = 'VAR.S',
TWA = 'TWA'
export function pushIgnoreArgument(args: Array<RedisArgument>, ignore?: TsIgnoreOptions) {
if (ignore !== undefined) {
args.push('IGNORE', ignore.maxTimeDiff.toString(), ignore.maxValDiff.toString());
}
}
export enum TimeSeriesDuplicatePolicies {
BLOCK = 'BLOCK',
FIRST = 'FIRST',
LAST = 'LAST',
MIN = 'MIN',
MAX = 'MAX',
SUM = 'SUM'
export function pushRetentionArgument(args: Array<RedisArgument>, retention?: number) {
if (retention !== undefined) {
args.push('RETENTION', retention.toString());
}
}
export enum TimeSeriesReducers {
AVG = 'AVG',
SUM = 'SUM',
MIN = 'MIN',
// @deprecated
MINIMUM = 'MIN',
MAX = 'MAX',
// @deprecated
MAXIMUM = 'MAX',
RANGE = 'range',
COUNT = 'COUNT',
STD_P = 'STD.P',
STD_S = 'STD.S',
VAR_P = 'VAR.P',
VAR_S = 'VAR.S',
export const TIME_SERIES_ENCODING = {
COMPRESSED: 'COMPRESSED',
UNCOMPRESSED: 'UNCOMPRESSED'
} as const;
export type TimeSeriesEncoding = typeof TIME_SERIES_ENCODING[keyof typeof TIME_SERIES_ENCODING];
export function pushEncodingArgument(args: Array<RedisArgument>, encoding?: TimeSeriesEncoding) {
if (encoding !== undefined) {
args.push('ENCODING', encoding);
}
}
export function pushChunkSizeArgument(args: Array<RedisArgument>, chunkSize?: number) {
if (chunkSize !== undefined) {
args.push('CHUNK_SIZE', chunkSize.toString());
}
}
export const TIME_SERIES_DUPLICATE_POLICIES = {
BLOCK: 'BLOCK',
FIRST: 'FIRST',
LAST: 'LAST',
MIN: 'MIN',
MAX: 'MAX',
SUM: 'SUM'
} as const;
export type TimeSeriesDuplicatePolicies = typeof TIME_SERIES_DUPLICATE_POLICIES[keyof typeof TIME_SERIES_DUPLICATE_POLICIES];
export function pushDuplicatePolicy(args: Array<RedisArgument>, duplicatePolicy?: TimeSeriesDuplicatePolicies) {
if (duplicatePolicy !== undefined) {
args.push('DUPLICATE_POLICY', duplicatePolicy);
}
}
export type Timestamp = number | Date | string;
export function transformTimestampArgument(timestamp: Timestamp): string {
if (typeof timestamp === 'string') return timestamp;
if (typeof timestamp === 'string') return timestamp;
return (
typeof timestamp === 'number' ?
timestamp :
timestamp.getTime()
).toString();
return (
typeof timestamp === 'number' ?
timestamp :
timestamp.getTime()
).toString();
}
export function pushIgnoreArgument(args: RedisCommandArguments, ignore?: ADD.TsIgnoreOptions) {
if (ignore !== undefined) {
args.push('IGNORE', ignore.MAX_TIME_DIFF.toString(), ignore.MAX_VAL_DIFF.toString());
export type Labels = {
[label: string]: string;
};
export function pushLabelsArgument(args: Array<RedisArgument>, labels?: Labels) {
if (labels) {
args.push('LABELS');
for (const [label, value] of Object.entries(labels)) {
args.push(label, value);
}
}
return args;
}
export type SampleRawReply = TuplesReply<[timestamp: NumberReply, value: DoubleReply]>;
export const transformSampleReply = {
2(reply: Resp2Reply<SampleRawReply>) {
const [ timestamp, value ] = reply as unknown as UnwrapReply<typeof reply>;
return {
timestamp,
value: Number(value) // TODO: use double type mapping instead
};
},
3(reply: SampleRawReply) {
const [ timestamp, value ] = reply as unknown as UnwrapReply<typeof reply>;
return {
timestamp,
value
};
}
};
export type SamplesRawReply = ArrayReply<SampleRawReply>;
export const transformSamplesReply = {
2(reply: Resp2Reply<SamplesRawReply>) {
return (reply as unknown as UnwrapReply<typeof reply>)
.map(sample => transformSampleReply[2](sample));
},
3(reply: SamplesRawReply) {
return (reply as unknown as UnwrapReply<typeof reply>)
.map(sample => transformSampleReply[3](sample));
}
};
// TODO: move to @redis/client?
export function resp2MapToValue<
RAW_VALUE extends TuplesReply<[key: BlobStringReply, ...rest: Array<ReplyUnion>]>,
TRANSFORMED
>(
wrappedReply: ArrayReply<RAW_VALUE>,
parseFunc: (rawValue: UnwrapReply<RAW_VALUE>) => TRANSFORMED,
typeMapping?: TypeMapping
): MapReply<BlobStringReply, TRANSFORMED> {
const reply = wrappedReply as unknown as UnwrapReply<typeof wrappedReply>;
switch (typeMapping?.[RESP_TYPES.MAP]) {
case Map: {
const ret = new Map<string, TRANSFORMED>();
for (const wrappedTuple of reply) {
const tuple = wrappedTuple as unknown as UnwrapReply<typeof wrappedTuple>;
const key = tuple[0] as unknown as UnwrapReply<typeof tuple[0]>;
ret.set(key.toString(), parseFunc(tuple));
}
return ret as never;
}
case Array: {
for (const wrappedTuple of reply) {
const tuple = wrappedTuple as unknown as UnwrapReply<typeof wrappedTuple>;
(tuple[1] as unknown as TRANSFORMED) = parseFunc(tuple);
}
return reply as never;
}
default: {
const ret: Record<string, TRANSFORMED> = Object.create(null);
for (const wrappedTuple of reply) {
const tuple = wrappedTuple as unknown as UnwrapReply<typeof wrappedTuple>;
const key = tuple[0] as unknown as UnwrapReply<typeof tuple[0]>;
ret[key.toString()] = parseFunc(tuple);
}
return ret as never;
}
}
}
export function resp3MapToValue<
RAW_VALUE extends RespType<any, any, any, any>, // TODO: simplify types
TRANSFORMED
>(
wrappedReply: MapReply<BlobStringReply, RAW_VALUE>,
parseFunc: (rawValue: UnwrapReply<RAW_VALUE>) => TRANSFORMED
): MapReply<BlobStringReply, TRANSFORMED> {
const reply = wrappedReply as unknown as UnwrapReply<typeof wrappedReply>;
if (reply instanceof Array) {
for (let i = 1; i < reply.length; i += 2) {
(reply[i] as unknown as TRANSFORMED) = parseFunc(reply[i] as unknown as UnwrapReply<RAW_VALUE>);
}
} else if (reply instanceof Map) {
for (const [key, value] of reply.entries()) {
(reply as unknown as Map<BlobStringReply, TRANSFORMED>).set(
key,
parseFunc(value as unknown as UnwrapReply<typeof value>)
);
}
} else {
for (const [key, value] of Object.entries(reply)) {
(reply[key] as unknown as TRANSFORMED) = parseFunc(value as unknown as UnwrapReply<typeof value>);
}
}
return reply as never;
}
export function pushSelectedLabelsArguments(
args: Array<RedisArgument>,
selectedLabels: RedisVariadicArgument
) {
args.push('SELECTED_LABELS');
return pushVariadicArguments(args, selectedLabels);
}
export type RawLabelValue = BlobStringReply | NullReply;
export type RawLabels<T extends RawLabelValue> = ArrayReply<TuplesReply<[
label: BlobStringReply,
value: T
]>>;
export function transformRESP2Labels<T extends RawLabelValue>(
labels: RawLabels<T>,
typeMapping?: TypeMapping
): MapReply<BlobStringReply, T> {
const unwrappedLabels = labels as unknown as UnwrapReply<typeof labels>;
switch (typeMapping?.[RESP_TYPES.MAP]) {
case Map:
const map = new Map<string, T>();
for (const tuple of unwrappedLabels) {
const [key, value] = tuple as unknown as UnwrapReply<typeof tuple>;
const unwrappedKey = key as unknown as UnwrapReply<typeof key>;
map.set(unwrappedKey.toString(), value);
}
return map as never;
case Array:
return unwrappedLabels.flat() as never;
case Object:
default:
const labelsObject: Record<string, T> = Object.create(null);
for (const tuple of unwrappedLabels) {
const [key, value] = tuple as unknown as UnwrapReply<typeof tuple>;
const unwrappedKey = key as unknown as UnwrapReply<typeof key>;
labelsObject[unwrappedKey.toString()] = value;
}
return labelsObject as never;
}
}
export function pushRetentionArgument(args: RedisCommandArguments, retention?: number): RedisCommandArguments {
if (retention !== undefined) {
args.push(
'RETENTION',
retention.toString()
);
export function transformRESP2LabelsWithSources<T extends RawLabelValue>(
labels: RawLabels<T>,
typeMapping?: TypeMapping
) {
const unwrappedLabels = labels as unknown as UnwrapReply<typeof labels>;
const to = unwrappedLabels.length - 2; // ignore __reducer__ and __source__
let transformedLabels: MapReply<BlobStringReply, T>;
switch (typeMapping?.[RESP_TYPES.MAP]) {
case Map:
const map = new Map<string, T>();
for (let i = 0; i < to; i++) {
const [key, value] = unwrappedLabels[i] as unknown as UnwrapReply<typeof unwrappedLabels[number]>;
const unwrappedKey = key as unknown as UnwrapReply<typeof key>;
map.set(unwrappedKey.toString(), value);
}
transformedLabels = map as never;
break;
case Array:
transformedLabels = unwrappedLabels.slice(0, to).flat() as never;
break;
case Object:
default:
const labelsObject: Record<string, T> = Object.create(null);
for (let i = 0; i < to; i++) {
const [key, value] = unwrappedLabels[i] as unknown as UnwrapReply<typeof unwrappedLabels[number]>;
const unwrappedKey = key as unknown as UnwrapReply<typeof key>;
labelsObject[unwrappedKey.toString()] = value;
}
transformedLabels = labelsObject as never;
break;
}
const sourcesTuple = unwrappedLabels[unwrappedLabels.length - 1];
const unwrappedSourcesTuple = sourcesTuple as unknown as UnwrapReply<typeof sourcesTuple>;
// the __source__ label will never be null
const transformedSources = transformRESP2Sources(unwrappedSourcesTuple[1] as BlobStringReply);
return {
labels: transformedLabels,
sources: transformedSources
};
}
function transformRESP2Sources(sourcesRaw: BlobStringReply) {
// if a label contains "," this function will produce incorrcet results..
// there is not much we can do about it, and we assume most users won't be using "," in their labels..
const unwrappedSources = sourcesRaw as unknown as UnwrapReply<typeof sourcesRaw>;
if (typeof unwrappedSources === 'string') {
return unwrappedSources.split(',');
}
const indexOfComma = unwrappedSources.indexOf(',');
if (indexOfComma === -1) {
return [unwrappedSources];
}
const sourcesArray = [
unwrappedSources.subarray(0, indexOfComma)
];
let previousComma = indexOfComma + 1;
while (true) {
const indexOf = unwrappedSources.indexOf(',', previousComma);
if (indexOf === -1) {
sourcesArray.push(
unwrappedSources.subarray(previousComma)
);
break;
}
return args;
}
export enum TimeSeriesEncoding {
COMPRESSED = 'COMPRESSED',
UNCOMPRESSED = 'UNCOMPRESSED'
}
export function pushEncodingArgument(args: RedisCommandArguments, encoding?: TimeSeriesEncoding): RedisCommandArguments {
if (encoding !== undefined) {
args.push(
'ENCODING',
encoding
);
}
return args;
}
export function pushChunkSizeArgument(args: RedisCommandArguments, chunkSize?: number): RedisCommandArguments {
if (chunkSize !== undefined) {
args.push(
'CHUNK_SIZE',
chunkSize.toString()
);
}
return args;
}
export function pushDuplicatePolicy(args: RedisCommandArguments, duplicatePolicy?: TimeSeriesDuplicatePolicies): RedisCommandArguments {
if (duplicatePolicy !== undefined) {
args.push(
'DUPLICATE_POLICY',
duplicatePolicy
);
}
return args;
}
export type RawLabels = Array<[label: string, value: string]>;
export type Labels = {
[label: string]: string;
};
export function transformLablesReply(reply: RawLabels): Labels {
const labels: Labels = {};
for (const [key, value] of reply) {
labels[key] = value;
}
return labels
}
export function pushLabelsArgument(args: RedisCommandArguments, labels?: Labels): RedisCommandArguments {
if (labels) {
args.push('LABELS');
for (const [label, value] of Object.entries(labels)) {
args.push(label, value);
}
}
return args;
}
export interface IncrDecrOptions {
TIMESTAMP?: Timestamp;
RETENTION?: number;
UNCOMPRESSED?: boolean;
CHUNK_SIZE?: number;
LABELS?: Labels;
}
export function transformIncrDecrArguments(
command: 'TS.INCRBY' | 'TS.DECRBY',
key: string,
value: number,
options?: IncrDecrOptions
): RedisCommandArguments {
const args = [
command,
key,
value.toString()
];
if (options?.TIMESTAMP !== undefined && options?.TIMESTAMP !== null) {
args.push('TIMESTAMP', transformTimestampArgument(options.TIMESTAMP));
}
pushRetentionArgument(args, options?.RETENTION);
if (options?.UNCOMPRESSED) {
args.push('UNCOMPRESSED');
}
pushChunkSizeArgument(args, options?.CHUNK_SIZE);
pushLabelsArgument(args, options?.LABELS);
return args;
}
export type SampleRawReply = [timestamp: number, value: string];
export interface SampleReply {
timestamp: number;
value: number;
}
export function transformSampleReply(reply: SampleRawReply): SampleReply {
return {
timestamp: reply[0],
value: Number(reply[1])
};
}
export enum TimeSeriesBucketTimestamp {
LOW = '-',
HIGH = '+',
MID = '~'
}
export interface RangeOptions {
LATEST?: boolean;
FILTER_BY_TS?: Array<Timestamp>;
FILTER_BY_VALUE?: {
min: number;
max: number;
};
COUNT?: number;
ALIGN?: Timestamp;
AGGREGATION?: {
type: TimeSeriesAggregationType;
timeBucket: Timestamp;
BUCKETTIMESTAMP?: TimeSeriesBucketTimestamp;
EMPTY?: boolean;
};
}
export function pushRangeArguments(
args: RedisCommandArguments,
fromTimestamp: Timestamp,
toTimestamp: Timestamp,
options?: RangeOptions
): RedisCommandArguments {
args.push(
transformTimestampArgument(fromTimestamp),
transformTimestampArgument(toTimestamp)
const source = unwrappedSources.subarray(
previousComma,
indexOf
);
sourcesArray.push(source);
previousComma = indexOf + 1;
}
pushLatestArgument(args, options?.LATEST);
if (options?.FILTER_BY_TS) {
args.push('FILTER_BY_TS');
for (const ts of options.FILTER_BY_TS) {
args.push(transformTimestampArgument(ts));
}
}
if (options?.FILTER_BY_VALUE) {
args.push(
'FILTER_BY_VALUE',
options.FILTER_BY_VALUE.min.toString(),
options.FILTER_BY_VALUE.max.toString()
);
}
if (options?.COUNT) {
args.push(
'COUNT',
options.COUNT.toString()
);
}
if (options?.ALIGN) {
args.push(
'ALIGN',
transformTimestampArgument(options.ALIGN)
);
}
if (options?.AGGREGATION) {
args.push(
'AGGREGATION',
options.AGGREGATION.type,
transformTimestampArgument(options.AGGREGATION.timeBucket)
);
if (options.AGGREGATION.BUCKETTIMESTAMP) {
args.push(
'BUCKETTIMESTAMP',
options.AGGREGATION.BUCKETTIMESTAMP
);
}
if (options.AGGREGATION.EMPTY) {
args.push('EMPTY');
}
}
return args;
}
interface MRangeGroupBy {
label: string;
reducer: TimeSeriesReducers;
}
export function pushMRangeGroupByArguments(args: RedisCommandArguments, groupBy?: MRangeGroupBy): RedisCommandArguments {
if (groupBy) {
args.push(
'GROUPBY',
groupBy.label,
'REDUCE',
groupBy.reducer
);
}
return args;
}
export type Filter = string | Array<string>;
export function pushFilterArgument(args: RedisCommandArguments, filter: string | Array<string>): RedisCommandArguments {
args.push('FILTER');
return pushVerdictArguments(args, filter);
}
export interface MRangeOptions extends RangeOptions {
GROUPBY?: MRangeGroupBy;
}
export function pushMRangeArguments(
args: RedisCommandArguments,
fromTimestamp: Timestamp,
toTimestamp: Timestamp,
filter: Filter,
options?: MRangeOptions
): RedisCommandArguments {
args = pushRangeArguments(args, fromTimestamp, toTimestamp, options);
args = pushFilterArgument(args, filter);
return pushMRangeGroupByArguments(args, options?.GROUPBY);
}
export type SelectedLabels = string | Array<string>;
export function pushWithLabelsArgument(args: RedisCommandArguments, selectedLabels?: SelectedLabels): RedisCommandArguments {
if (!selectedLabels) {
args.push('WITHLABELS');
} else {
args.push('SELECTED_LABELS');
args = pushVerdictArguments(args, selectedLabels);
}
return args;
}
export interface MRangeWithLabelsOptions extends MRangeOptions {
SELECTED_LABELS?: SelectedLabels;
}
export function pushMRangeWithLabelsArguments(
args: RedisCommandArguments,
fromTimestamp: Timestamp,
toTimestamp: Timestamp,
filter: Filter,
options?: MRangeWithLabelsOptions
): RedisCommandArguments {
args = pushRangeArguments(args, fromTimestamp, toTimestamp, options);
args = pushWithLabelsArgument(args, options?.SELECTED_LABELS);
args = pushFilterArgument(args, filter);
return pushMRangeGroupByArguments(args, options?.GROUPBY);
}
export function transformRangeReply(reply: Array<SampleRawReply>): Array<SampleReply> {
return reply.map(transformSampleReply);
}
type MRangeRawReply = Array<[
key: string,
labels: RawLabels,
samples: Array<SampleRawReply>
]>;
interface MRangeReplyItem {
key: string;
samples: Array<SampleReply>;
}
export function transformMRangeReply(reply: MRangeRawReply): Array<MRangeReplyItem> {
const args = [];
for (const [key, _, sample] of reply) {
args.push({
key,
samples: sample.map(transformSampleReply)
});
}
return args;
}
export interface MRangeWithLabelsReplyItem extends MRangeReplyItem {
labels: Labels;
}
export function transformMRangeWithLabelsReply(reply: MRangeRawReply): Array<MRangeWithLabelsReplyItem> {
const args = [];
for (const [key, labels, samples] of reply) {
args.push({
key,
labels: transformLablesReply(labels),
samples: samples.map(transformSampleReply)
});
}
return args;
}
export function pushLatestArgument(args: RedisCommandArguments, latest?: boolean): RedisCommandArguments {
if (latest) {
args.push('LATEST');
}
return args;
return sourcesArray;
}