node-llama-cpp
Version:
Run AI models locally on your machine with node.js bindings for llama.cpp. Enforce a JSON schema on the model output on the generation level
629 lines • 31.1 kB
JavaScript
import * as readline from "readline";
import process from "process";
import path from "path";
import chalk from "chalk";
import fs from "fs-extra";
import prettyMilliseconds from "pretty-ms";
import { getLlama } from "../../bindings/getLlama.js";
import { LlamaLogLevel, LlamaLogLevelGreaterThan, llamaNumaOptions, nodeLlamaCppGpuOptions, parseNodeLlamaCppGpuOption, parseNumaOption } from "../../bindings/types.js";
import { LlamaCompletion } from "../../evaluator/LlamaCompletion.js";
import withOra from "../../utils/withOra.js";
import { TokenMeter } from "../../evaluator/TokenMeter.js";
import { printInfoLine } from "../utils/printInfoLine.js";
import { printCommonInfoLines } from "../utils/printCommonInfoLines.js";
import { resolveCommandGgufPath } from "../utils/resolveCommandGgufPath.js";
import { withProgressLog } from "../../utils/withProgressLog.js";
import { resolveHeaderFlag } from "../utils/resolveHeaderFlag.js";
import { withCliCommandDescriptionDocsUrl } from "../utils/withCliCommandDescriptionDocsUrl.js";
import { documentationPageUrls } from "../../config.js";
import { ConsoleInteraction, ConsoleInteractionKey } from "../utils/ConsoleInteraction.js";
import { DraftSequenceTokenPredictor } from "../../evaluator/LlamaContext/tokenPredictors/DraftSequenceTokenPredictor.js";
import { parseXtcArg } from "../utils/parseXtcArg.js";
export const CompleteCommand = {
command: "complete [modelPath]",
describe: withCliCommandDescriptionDocsUrl("Generate a completion for a given text", documentationPageUrls.CLI.Complete),
builder(yargs) {
return yargs
.option("modelPath", {
alias: ["m", "model", "path", "url", "uri"],
type: "string",
description: "Model file to use for the completion. Can be a path to a local file or a URI of a model file to download. Leave empty to choose from a list of recommended models"
})
.option("header", {
alias: ["H"],
type: "string",
array: true,
description: "Headers to use when downloading a model from a URL, in the format `key: value`. You can pass this option multiple times to add multiple headers."
})
.option("gpu", {
type: "string",
// yargs types don't support passing `false` as a choice, although it is supported by yargs
choices: nodeLlamaCppGpuOptions,
coerce: (value) => {
if (value == null || value == "")
return undefined;
return parseNodeLlamaCppGpuOption(value);
},
defaultDescription: "Uses the latest local build, and fallbacks to \"auto\"",
description: "Compute layer implementation type to use for llama.cpp. If omitted, uses the latest local build, and fallbacks to \"auto\""
})
.option("systemInfo", {
alias: "i",
type: "boolean",
default: false,
description: "Print llama.cpp system info"
})
.option("text", {
type: "string",
description: "First text to automatically start generating completion for"
})
.option("textFile", {
type: "string",
description: "Path to a file to load text from and use as the first text to automatically start generating completion for"
})
.option("contextSize", {
alias: "c",
type: "number",
description: "Context size to use for the model context",
default: -1,
defaultDescription: "Automatically determined based on the available VRAM"
})
.option("batchSize", {
alias: "b",
type: "number",
description: "Batch size to use for the model context"
})
.option("flashAttention", {
alias: "fa",
type: "boolean",
default: false,
description: "Enable flash attention"
})
.option("swaFullCache", {
alias: "noSwa",
type: "boolean",
default: false,
description: "Disable SWA (Sliding Window Attention) on supported models"
})
.option("threads", {
type: "number",
defaultDescription: "Number of cores that are useful for math on the current machine",
description: "Number of threads to use for the evaluation of tokens"
})
.option("temperature", {
alias: "t",
type: "number",
default: 0,
description: "Temperature is a hyperparameter that controls the randomness of the generated text. It affects the probability distribution of the model's output tokens. A higher temperature (e.g., 1.5) makes the output more random and creative, while a lower temperature (e.g., 0.5) makes the output more focused, deterministic, and conservative. The suggested temperature is 0.8, which provides a balance between randomness and determinism. At the extreme, a temperature of 0 will always pick the most likely next token, leading to identical outputs in each run. Set to `0` to disable."
})
.option("minP", {
alias: "mp",
type: "number",
default: 0,
description: "From the next token candidates, discard the percentage of tokens with the lowest probability. For example, if set to `0.05`, 5% of the lowest probability tokens will be discarded. This is useful for generating more high-quality results when using a high temperature. Set to a value between `0` and `1` to enable. Only relevant when `temperature` is set to a value greater than `0`."
})
.option("topK", {
alias: "k",
type: "number",
default: 40,
description: "Limits the model to consider only the K most likely next tokens for sampling at each step of sequence generation. An integer number between `1` and the size of the vocabulary. Set to `0` to disable (which uses the full vocabulary). Only relevant when `temperature` is set to a value greater than 0."
})
.option("topP", {
alias: "p",
type: "number",
default: 0.95,
description: "Dynamically selects the smallest set of tokens whose cumulative probability exceeds the threshold P, and samples the next token only from this set. A float number between `0` and `1`. Set to `1` to disable. Only relevant when `temperature` is set to a value greater than `0`."
})
.option("seed", {
type: "number",
description: "Used to control the randomness of the generated text. Only relevant when using `temperature`.",
defaultDescription: "The current epoch time"
})
.option("xtc", {
type: "string",
description: "Exclude Top Choices (XTC) removes the top tokens from consideration and avoids more obvious and repetitive generations. `probability` (a number between `0` and `1`) controls the chance that the top tokens will be removed in the next token generation step, `threshold` (a number between `0` and `1`) controls the minimum probability of a token for it to be removed. Set this argument to `probability,threshold` to set both values. For example, `0.5,0.1`",
coerce: parseXtcArg
})
.option("gpuLayers", {
alias: "gl",
type: "number",
description: "number of layers to store in VRAM",
default: -1,
defaultDescription: "Automatically determined based on the available VRAM"
})
.option("repeatPenalty", {
alias: "rp",
type: "number",
default: 1.1,
description: "Prevent the model from repeating the same token too much. Set to `1` to disable."
})
.option("lastTokensRepeatPenalty", {
alias: "rpn",
type: "number",
default: 64,
description: "Number of recent tokens generated by the model to apply penalties to repetition of"
})
.option("penalizeRepeatingNewLine", {
alias: "rpnl",
type: "boolean",
default: true,
description: "Penalize new line tokens. set `--no-penalizeRepeatingNewLine` or `--no-rpnl` to disable"
})
.option("repeatFrequencyPenalty", {
alias: "rfp",
type: "number",
description: "For n time a token is in the `punishTokens` array, lower its probability by `n * repeatFrequencyPenalty`. Set to a value between `0` and `1` to enable."
})
.option("repeatPresencePenalty", {
alias: "rpp",
type: "number",
description: "Lower the probability of all the tokens in the `punishTokens` array by `repeatPresencePenalty`. Set to a value between `0` and `1` to enable."
})
.option("dryRepeatPenaltyStrength", {
alias: ["drps", "dryStrength"],
type: "number",
default: 0,
description: "The strength for DRY (Do Repeat Yourself) penalties. A number between `0` and `1`, where `0` means no DRY penalties, and `1` means full strength DRY penalties. The recommended value is `0.8`."
})
.option("dryRepeatPenaltyBase", {
alias: ["drpb", "dryBase"],
type: "number",
default: 1.75,
description: "The base value for the exponential penality calculation for DRY (Do Repeat Yourself) penalties. A higher value will lead to more aggressive penalization of repetitions."
})
.option("dryRepeatPenaltyAllowedLength", {
alias: ["drpal", "dryAllowedLength"],
type: "number",
default: 2,
description: "The maximum sequence length (in tokens) that DRY (Do Repeat Yourself) will allow to be repeated without being penalized. Repetitions shorter than or equal to this length will not be penalized."
})
.option("dryRepeatPenaltyLastTokens", {
alias: ["drplt", "dryLastTokens"],
type: "number",
default: -1,
description: "Number of recent tokens generated by the model for DRY (Do Repeat Yourself) to consider for sequence repetition matching. Set to `-1` to consider all tokens in the context sequence. Setting to `0` will disable DRY penalties."
})
.option("maxTokens", {
alias: "mt",
type: "number",
default: 0,
description: "Maximum number of tokens to generate in responses. Set to `0` to disable. Set to `-1` to set to the context size"
})
.option("tokenPredictionDraftModel", {
alias: ["dm", "draftModel"],
type: "string",
description: "Model file to use for draft sequence token prediction (speculative decoding). Can be a path to a local file or a URI of a model file to download"
})
.option("tokenPredictionModelContextSize", {
alias: ["dc", "draftContextSize", "draftContext"],
type: "number",
description: "Max context size to use for the draft sequence token prediction model context",
default: 4096
})
.option("debug", {
alias: "d",
type: "boolean",
default: false,
description: "Print llama.cpp info and debug logs"
})
.option("numa", {
type: "string",
// yargs types don't support passing `false` as a choice, although it is supported by yargs
choices: llamaNumaOptions,
coerce: (value) => {
if (value == null || value == "")
return false;
return parseNumaOption(value);
},
defaultDescription: "false",
description: "NUMA allocation policy. See the `numa` option on the `getLlama` method for more information"
})
.option("meter", {
type: "boolean",
default: false,
description: "Log how many tokens were used as input and output for each response"
})
.option("timing", {
type: "boolean",
default: false,
description: "Print how how long it took to generate each response"
})
.option("noMmap", {
type: "boolean",
default: false,
description: "Disable mmap (memory-mapped file) usage"
})
.option("noDirectIo", {
type: "boolean",
default: false,
description: "Disable Direct I/O usage when available"
})
.option("printTimings", {
alias: "pt",
type: "boolean",
default: false,
description: "Print llama.cpp's internal timings after each response"
});
},
async handler({ modelPath, header, gpu, systemInfo, text, textFile, contextSize, batchSize, flashAttention, swaFullCache, threads, temperature, minP, topK, topP, seed, xtc, gpuLayers, repeatPenalty, lastTokensRepeatPenalty, penalizeRepeatingNewLine, repeatFrequencyPenalty, repeatPresencePenalty, dryRepeatPenaltyStrength, dryRepeatPenaltyBase, dryRepeatPenaltyAllowedLength, dryRepeatPenaltyLastTokens, maxTokens, tokenPredictionDraftModel, tokenPredictionModelContextSize, debug, numa, meter, timing, noMmap, noDirectIo, printTimings }) {
try {
await RunCompletion({
modelPath, header, gpu, systemInfo, text, textFile, contextSize, batchSize, flashAttention, swaFullCache,
threads, temperature, minP, topK, topP, seed, xtc, gpuLayers, lastTokensRepeatPenalty,
repeatPenalty, penalizeRepeatingNewLine, repeatFrequencyPenalty, repeatPresencePenalty, dryRepeatPenaltyStrength,
dryRepeatPenaltyBase, dryRepeatPenaltyAllowedLength, dryRepeatPenaltyLastTokens, maxTokens,
tokenPredictionDraftModel, tokenPredictionModelContextSize, debug, numa, meter, timing, noMmap, noDirectIo, printTimings
});
}
catch (err) {
await new Promise((accept) => setTimeout(accept, 0)); // wait for logs to finish printing
console.error(err);
process.exit(1);
}
}
};
async function RunCompletion({ modelPath: modelArg, header: headerArg, gpu, systemInfo, text, textFile, contextSize, batchSize, flashAttention, swaFullCache, threads, temperature, minP, topK, topP, seed, xtc, gpuLayers, lastTokensRepeatPenalty, repeatPenalty, penalizeRepeatingNewLine, repeatFrequencyPenalty, repeatPresencePenalty, dryRepeatPenaltyStrength, dryRepeatPenaltyBase, dryRepeatPenaltyAllowedLength, dryRepeatPenaltyLastTokens, tokenPredictionDraftModel, tokenPredictionModelContextSize, maxTokens, debug, numa, meter, timing, noMmap, noDirectIo, printTimings }) {
if (contextSize === -1)
contextSize = undefined;
if (gpuLayers === -1)
gpuLayers = undefined;
const headers = resolveHeaderFlag(headerArg);
if (debug)
console.info(`${chalk.yellow("Log level:")} debug`);
const llamaLogLevel = debug
? LlamaLogLevel.debug
: LlamaLogLevel.warn;
const llama = gpu == null
? await getLlama("lastBuild", {
logLevel: llamaLogLevel,
numa
})
: await getLlama({
gpu,
logLevel: llamaLogLevel,
numa
});
const logBatchSize = batchSize != null;
const useMmap = !noMmap && llama.supportsMmap;
const useDirectIo = !noDirectIo;
const resolvedModelPath = await resolveCommandGgufPath(modelArg, llama, headers, {
flashAttention,
swaFullCache,
useMmap
});
const resolvedDraftModelPath = (tokenPredictionDraftModel != null && tokenPredictionDraftModel !== "")
? await resolveCommandGgufPath(tokenPredictionDraftModel, llama, headers, {
flashAttention,
swaFullCache,
useMmap,
consoleTitle: "Draft model file"
})
: undefined;
if (systemInfo)
console.log(llama.systemInfo);
if (textFile != null && textFile !== "") {
if (text != null && text !== "")
console.warn(chalk.yellow("Both `text` and `textFile` were specified. `textFile` will be used."));
text = await fs.readFile(path.resolve(process.cwd(), textFile), "utf8");
}
if (batchSize != null && contextSize != null && batchSize > contextSize) {
console.warn(chalk.yellow("Batch size is greater than the context size. Batch size will be set to the context size."));
batchSize = contextSize;
}
let initialText = text ?? null;
const model = await withProgressLog({
loadingText: chalk.blue.bold("Loading model"),
successText: chalk.blue("Model loaded"),
failText: chalk.blue("Failed to load model"),
liveUpdates: !debug,
noProgress: debug,
liveCtrlCSendsAbortSignal: true
}, async (progressUpdater) => {
try {
return await llama.loadModel({
modelPath: resolvedModelPath,
gpuLayers: gpuLayers != null
? gpuLayers
: contextSize != null
? { fitContext: { contextSize } }
: undefined,
defaultContextFlashAttention: flashAttention,
defaultContextSwaFullCache: swaFullCache,
useMmap,
useDirectIo,
ignoreMemorySafetyChecks: gpuLayers != null,
onLoadProgress(loadProgress) {
progressUpdater.setProgress(loadProgress);
},
loadSignal: progressUpdater.abortSignal
});
}
catch (err) {
if (err === progressUpdater.abortSignal?.reason)
process.exit(0);
throw err;
}
finally {
if (llama.logLevel === LlamaLogLevel.debug) {
await new Promise((accept) => setTimeout(accept, 0)); // wait for logs to finish printing
console.info();
}
}
});
const draftModel = resolvedDraftModelPath == null
? undefined
: await withProgressLog({
loadingText: chalk.blue.bold("Loading draft model"),
successText: chalk.blue("Draft model loaded"),
failText: chalk.blue("Failed to load draft model"),
liveUpdates: !debug,
noProgress: debug,
liveCtrlCSendsAbortSignal: true
}, async (progressUpdater) => {
try {
return await llama.loadModel({
modelPath: resolvedDraftModelPath,
defaultContextFlashAttention: flashAttention,
defaultContextSwaFullCache: swaFullCache,
useMmap,
useDirectIo,
onLoadProgress(loadProgress) {
progressUpdater.setProgress(loadProgress);
},
loadSignal: progressUpdater.abortSignal
});
}
catch (err) {
if (err === progressUpdater.abortSignal?.reason)
process.exit(0);
throw err;
}
finally {
if (llama.logLevel === LlamaLogLevel.debug) {
await new Promise((accept) => setTimeout(accept, 0)); // wait for logs to finish printing
console.info();
}
}
});
const draftContext = draftModel == null
? undefined
: await withOra({
loading: chalk.blue("Creating draft context"),
success: chalk.blue("Draft context created"),
fail: chalk.blue("Failed to create draft context"),
useStatusLogs: debug
}, async () => {
try {
return await draftModel.createContext({
contextSize: { max: tokenPredictionModelContextSize }
});
}
finally {
if (llama.logLevel === LlamaLogLevel.debug) {
await new Promise((accept) => setTimeout(accept, 0)); // wait for logs to finish printing
console.info();
}
}
});
const context = await withOra({
loading: chalk.blue("Creating context"),
success: chalk.blue("Context created"),
fail: chalk.blue("Failed to create context"),
useStatusLogs: debug
}, async () => {
try {
return await model.createContext({
contextSize: contextSize != null ? contextSize : undefined,
batchSize: batchSize != null ? batchSize : undefined,
threads: threads === null ? undefined : threads,
ignoreMemorySafetyChecks: gpuLayers != null || contextSize != null,
performanceTracking: printTimings
});
}
finally {
if (llama.logLevel === LlamaLogLevel.debug) {
await new Promise((accept) => setTimeout(accept, 0)); // wait for logs to finish printing
console.info();
}
}
});
const draftContextSequence = draftContext?.getSequence();
const contextSequence = draftContextSequence != null
? context.getSequence({
tokenPredictor: new DraftSequenceTokenPredictor(draftContextSequence)
})
: context.getSequence();
const completion = new LlamaCompletion({
contextSequence
});
let lastDraftTokenMeterState = draftContextSequence?.tokenMeter.getState();
let lastTokenMeterState = contextSequence.tokenMeter.getState();
let lastTokenPredictionsStats = contextSequence.tokenPredictions;
await new Promise((accept) => setTimeout(accept, 0)); // wait for logs to finish printing
const padTitle = await printCommonInfoLines({
context,
draftContext,
useMmap,
useDirectIo,
minTitleLength: "Complete".length + 1,
logBatchSize,
tokenMeterEnabled: meter
});
printInfoLine({
title: "Complete",
padTitle: padTitle,
info: [{
title: "Repeat penalty",
value: `${repeatPenalty} (apply to last ${lastTokensRepeatPenalty} tokens)`
}, {
show: repeatFrequencyPenalty != null,
title: "Repeat frequency penalty",
value: String(repeatFrequencyPenalty)
}, {
show: repeatPresencePenalty != null,
title: "Repeat presence penalty",
value: String(repeatPresencePenalty)
}, {
show: !penalizeRepeatingNewLine,
title: "Penalize repeating new line",
value: "disabled"
}, {
show: dryRepeatPenaltyStrength != null && dryRepeatPenaltyStrength !== 0,
title: "DRY strength",
value: String(dryRepeatPenaltyStrength) + " (apply to " + (dryRepeatPenaltyLastTokens === -1
? "the entire context sequence"
: ("last " + dryRepeatPenaltyLastTokens + " tokens")) + ")"
}, {
show: dryRepeatPenaltyStrength != null && dryRepeatPenaltyStrength !== 0,
title: "DRY base",
value: String(dryRepeatPenaltyBase)
}, {
show: dryRepeatPenaltyStrength != null && dryRepeatPenaltyStrength !== 0,
title: "DRY allow length",
value: String(dryRepeatPenaltyAllowedLength)
}, {
show: xtc != null,
title: "XTC probability",
value: String(xtc?.probability)
}, {
show: xtc != null,
title: "XTC threshold",
value: String(xtc?.threshold)
}, {
show: timing,
title: "Response timing",
value: "enabled"
}]
});
// this is for ora to not interfere with readline
await new Promise((resolve) => setTimeout(resolve, 1));
const replHistory = [];
async function getPrompt() {
const rl = readline.createInterface({
input: process.stdin,
output: process.stdout,
history: replHistory.slice()
});
const res = await new Promise((accept) => rl.question(chalk.yellow("> "), accept));
rl.close();
return res;
}
while (true) {
const input = initialText != null
? initialText
: await getPrompt();
if (initialText != null) {
console.log(chalk.green("> ") + initialText);
initialText = null;
}
else
await replHistory.push(input);
if (input === ".exit")
break;
process.stdout.write(chalk.yellow("Completion: "));
const [startColor, endColor] = chalk.blue("MIDDLE").split("MIDDLE");
const abortController = new AbortController();
const consoleInteraction = new ConsoleInteraction();
consoleInteraction.onKey(ConsoleInteractionKey.ctrlC, async () => {
abortController.abort();
consoleInteraction.stop();
});
const timeBeforePrompt = Date.now();
try {
process.stdout.write(startColor);
consoleInteraction.start();
await completion.generateCompletion(input, {
temperature,
minP,
topK,
topP,
seed: seed ?? undefined,
xtc,
signal: abortController.signal,
repeatPenalty: {
penalty: repeatPenalty,
frequencyPenalty: repeatFrequencyPenalty != null ? repeatFrequencyPenalty : undefined,
presencePenalty: repeatPresencePenalty != null ? repeatPresencePenalty : undefined,
penalizeNewLine: penalizeRepeatingNewLine,
lastTokens: lastTokensRepeatPenalty
},
dryRepeatPenalty: dryRepeatPenaltyStrength == null ? undefined : {
strength: dryRepeatPenaltyStrength,
base: dryRepeatPenaltyBase,
allowedLength: dryRepeatPenaltyAllowedLength,
lastTokens: dryRepeatPenaltyLastTokens === -1
? null
: dryRepeatPenaltyLastTokens
},
maxTokens: maxTokens === -1
? context.contextSize
: maxTokens <= 0
? undefined
: maxTokens,
onTextChunk(chunk) {
process.stdout.write(chunk);
}
});
}
catch (err) {
if (!(abortController.signal.aborted && err === abortController.signal.reason))
throw err;
}
finally {
consoleInteraction.stop();
if (abortController.signal.aborted)
process.stdout.write(endColor + chalk.yellow("[generation aborted by user]"));
else
process.stdout.write(endColor);
console.log();
}
const timeAfterPrompt = Date.now();
if (printTimings) {
if (LlamaLogLevelGreaterThan(llama.logLevel, LlamaLogLevel.info))
llama.logLevel = LlamaLogLevel.info;
await context.printTimings();
await new Promise((accept) => setTimeout(accept, 0)); // wait for logs to finish printing
llama.logLevel = llamaLogLevel;
}
if (timing)
console.info(chalk.dim("Response duration: ") +
prettyMilliseconds(timeAfterPrompt - timeBeforePrompt, {
keepDecimalsOnWholeSeconds: true,
secondsDecimalDigits: 2,
separateMilliseconds: true,
compact: false
}));
if (meter) {
const newTokenMeterState = contextSequence.tokenMeter.getState();
const tokenMeterDiff = TokenMeter.diff(newTokenMeterState, lastTokenMeterState);
lastTokenMeterState = newTokenMeterState;
const showDraftTokenMeterDiff = lastDraftTokenMeterState != null && draftContextSequence != null;
const tokenPredictionsStats = contextSequence.tokenPredictions;
const validatedTokenPredictions = tokenPredictionsStats.validated - lastTokenPredictionsStats.validated;
const refutedTokenPredictions = tokenPredictionsStats.refuted - lastTokenPredictionsStats.refuted;
const usedTokenPredictions = tokenPredictionsStats.used - lastTokenPredictionsStats.used;
const unusedTokenPredictions = tokenPredictionsStats.unused - lastTokenPredictionsStats.unused;
lastTokenPredictionsStats = tokenPredictionsStats;
console.info([
showDraftTokenMeterDiff && (chalk.yellow("Main".padEnd("Drafter".length))),
chalk.dim("Input tokens:") + " " + String(tokenMeterDiff.usedInputTokens).padEnd(5, " "),
chalk.dim("Output tokens:") + " " + String(tokenMeterDiff.usedOutputTokens).padEnd(5, " "),
showDraftTokenMeterDiff && (chalk.dim("Validated predictions:") + " " + String(validatedTokenPredictions).padEnd(5, " ")),
showDraftTokenMeterDiff && (chalk.dim("Refuted predictions:") + " " + String(refutedTokenPredictions).padEnd(5, " ")),
showDraftTokenMeterDiff && (chalk.dim("Used predictions:") + " " + String(usedTokenPredictions).padEnd(5, " ")),
showDraftTokenMeterDiff && (chalk.dim("Unused predictions:") + " " + String(unusedTokenPredictions).padEnd(5, " "))
].filter(Boolean).join(" "));
if (lastDraftTokenMeterState != null && draftContextSequence != null) {
const newDraftTokenMeterState = draftContextSequence.tokenMeter.getState();
const draftTokenMeterDiff = TokenMeter.diff(newDraftTokenMeterState, lastDraftTokenMeterState);
lastDraftTokenMeterState = newDraftTokenMeterState;
console.info([
chalk.yellow("Drafter"),
chalk.dim("Input tokens:") + " " + String(draftTokenMeterDiff.usedInputTokens).padEnd(5, " "),
chalk.dim("Output tokens:") + " " + String(draftTokenMeterDiff.usedOutputTokens).padEnd(5, " ")
].join(" "));
}
}
}
}
//# sourceMappingURL=CompleteCommand.js.map