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// This files contains process bootstrappers that can be
// run when setting up each thread, including the main
// thread and the worker threads.
const {
ArrayPrototypeEvery,
ArrayPrototypeForEach,
ArrayPrototypeIncludes,
ArrayPrototypeMap,
ArrayPrototypePush,
ArrayPrototypeSplice,
BigUint64Array,
Float64Array,
NumberMAX_SAFE_INTEGER,
ObjectFreeze,
ReflectApply,
RegExpPrototypeTest,
SafeArrayIterator,
Set,
SetPrototypeEntries,
SetPrototypeValues,
StringPrototypeEndsWith,
StringPrototypeReplace,
StringPrototypeSlice,
StringPrototypeStartsWith,
Symbol,
SymbolIterator,
Uint32Array,
} = primordials;
const {
errnoException,
codes: {
ERR_ASSERTION,
ERR_INVALID_ARG_TYPE,
ERR_INVALID_ARG_VALUE,
ERR_OUT_OF_RANGE,
ERR_UNKNOWN_SIGNAL
}
} = require('internal/errors');
const format = require('internal/util/inspect').format;
const {
validateArray,
validateNumber,
validateObject,
} = require('internal/validators');
const constants = internalBinding('constants').os.signals;
const {
handleProcessExit,
} = require('internal/modules/esm/handle_process_exit');
const kInternal = Symbol('internal properties');
function assert(x, msg) {
if (!x) throw new ERR_ASSERTION(msg || 'assertion error');
}
const binding = internalBinding('process_methods');
let hrValues;
let hrBigintValues;
function refreshHrtimeBuffer() {
// The 3 entries filled in by the original process.hrtime contains
// the upper/lower 32 bits of the second part of the value,
// and the remaining nanoseconds of the value.
hrValues = new Uint32Array(binding.hrtimeBuffer);
// Use a BigUint64Array in the closure because this is actually a bit
// faster than simply returning a BigInt from C++ in V8 7.1.
hrBigintValues = new BigUint64Array(binding.hrtimeBuffer, 0, 1);
}
// Create the buffers.
refreshHrtimeBuffer();
function hrtime(time) {
binding.hrtime();
if (time !== undefined) {
validateArray(time, 'time');
if (time.length !== 2) {
throw new ERR_OUT_OF_RANGE('time', 2, time.length);
}
const sec = (hrValues[0] * 0x100000000 + hrValues[1]) - time[0];
const nsec = hrValues[2] - time[1];
const needsBorrow = nsec < 0;
return [needsBorrow ? sec - 1 : sec, needsBorrow ? nsec + 1e9 : nsec];
}
return [
hrValues[0] * 0x100000000 + hrValues[1],
hrValues[2],
];
}
function hrtimeBigInt() {
binding.hrtimeBigInt();
return hrBigintValues[0];
}
// The execution of this function itself should not cause any side effects.
function wrapProcessMethods(binding) {
const {
cpuUsage: _cpuUsage,
memoryUsage: _memoryUsage,
rss,
resourceUsage: _resourceUsage
} = binding;
function _rawDebug(...args) {
binding._rawDebug(ReflectApply(format, null, args));
}
// Create the argument array that will be passed to the native function.
const cpuValues = new Float64Array(2);
// Replace the native function with the JS version that calls the native
// function.
function cpuUsage(prevValue) {
// If a previous value was passed in, ensure it has the correct shape.
if (prevValue) {
if (!previousValueIsValid(prevValue.user)) {
validateObject(prevValue, 'prevValue');
validateNumber(prevValue.user, 'prevValue.user');
throw new ERR_INVALID_ARG_VALUE.RangeError('prevValue.user',
prevValue.user);
}
if (!previousValueIsValid(prevValue.system)) {
validateNumber(prevValue.system, 'prevValue.system');
throw new ERR_INVALID_ARG_VALUE.RangeError('prevValue.system',
prevValue.system);
}
}
// Call the native function to get the current values.
_cpuUsage(cpuValues);
// If a previous value was passed in, return diff of current from previous.
if (prevValue) {
return {
user: cpuValues[0] - prevValue.user,
system: cpuValues[1] - prevValue.system
};
}
// If no previous value passed in, return current value.
return {
user: cpuValues[0],
system: cpuValues[1]
};
}
// Ensure that a previously passed in value is valid. Currently, the native
// implementation always returns numbers <= Number.MAX_SAFE_INTEGER.
function previousValueIsValid(num) {
return typeof num === 'number' &&
num <= NumberMAX_SAFE_INTEGER &&
num >= 0;
}
const memValues = new Float64Array(5);
function memoryUsage() {
_memoryUsage(memValues);
return {
rss: memValues[0],
heapTotal: memValues[1],
heapUsed: memValues[2],
external: memValues[3],
arrayBuffers: memValues[4]
};
}
memoryUsage.rss = rss;
function exit(code) {
process.off('exit', handleProcessExit);
if (code || code === 0)
process.exitCode = code;
if (!process._exiting) {
process._exiting = true;
process.emit('exit', process.exitCode || 0);
}
// FIXME(joyeecheung): This is an undocumented API that gets monkey-patched
// in the user land. Either document it, or deprecate it in favor of a
// better public alternative.
process.reallyExit(process.exitCode || 0);
}
function kill(pid, sig) {
let err;
// eslint-disable-next-line eqeqeq
if (pid != (pid | 0)) {
throw new ERR_INVALID_ARG_TYPE('pid', 'number', pid);
}
// Preserve null signal
if (sig === (sig | 0)) {
// XXX(joyeecheung): we have to use process._kill here because
// it's monkey-patched by tests.
err = process._kill(pid, sig);
} else {
sig = sig || 'SIGTERM';
if (constants[sig]) {
err = process._kill(pid, constants[sig]);
} else {
throw new ERR_UNKNOWN_SIGNAL(sig);
}
}
if (err)
throw errnoException(err, 'kill');
return true;
}
const resourceValues = new Float64Array(16);
function resourceUsage() {
_resourceUsage(resourceValues);
return {
userCPUTime: resourceValues[0],
systemCPUTime: resourceValues[1],
maxRSS: resourceValues[2],
sharedMemorySize: resourceValues[3],
unsharedDataSize: resourceValues[4],
unsharedStackSize: resourceValues[5],
minorPageFault: resourceValues[6],
majorPageFault: resourceValues[7],
swappedOut: resourceValues[8],
fsRead: resourceValues[9],
fsWrite: resourceValues[10],
ipcSent: resourceValues[11],
ipcReceived: resourceValues[12],
signalsCount: resourceValues[13],
voluntaryContextSwitches: resourceValues[14],
involuntaryContextSwitches: resourceValues[15]
};
}
return {
_rawDebug,
cpuUsage,
resourceUsage,
memoryUsage,
kill,
exit
};
}
const replaceUnderscoresRegex = /_/g;
const leadingDashesRegex = /^--?/;
const trailingValuesRegex = /=.*$/;
// This builds the initial process.allowedNodeEnvironmentFlags
// from data in the config binding.
function buildAllowedFlags() {
const {
envSettings: { kAllowedInEnvironment },
types: { kBoolean },
} = internalBinding('options');
const { options, aliases } = require('internal/options');
const allowedNodeEnvironmentFlags = [];
for (const { 0: name, 1: info } of options) {
if (info.envVarSettings === kAllowedInEnvironment) {
ArrayPrototypePush(allowedNodeEnvironmentFlags, name);
if (info.type === kBoolean) {
const negatedName = `--no-${name.slice(2)}`;
ArrayPrototypePush(allowedNodeEnvironmentFlags, negatedName);
}
}
}
function isAccepted(to) {
if (!StringPrototypeStartsWith(to, '-') || to === '--') return true;
const recursiveExpansion = aliases.get(to);
if (recursiveExpansion) {
if (recursiveExpansion[0] === to)
ArrayPrototypeSplice(recursiveExpansion, 0, 1);
return ArrayPrototypeEvery(recursiveExpansion, isAccepted);
}
return options.get(to).envVarSettings === kAllowedInEnvironment;
}
for (const { 0: from, 1: expansion } of aliases) {
if (ArrayPrototypeEvery(expansion, isAccepted)) {
let canonical = from;
if (StringPrototypeEndsWith(canonical, '='))
canonical = StringPrototypeSlice(canonical, 0, canonical.length - 1);
if (StringPrototypeEndsWith(canonical, ' <arg>'))
canonical = StringPrototypeSlice(canonical, 0, canonical.length - 4);
ArrayPrototypePush(allowedNodeEnvironmentFlags, canonical);
}
}
const trimLeadingDashes =
(flag) => StringPrototypeReplace(flag, leadingDashesRegex, '');
// Save these for comparison against flags provided to
// process.allowedNodeEnvironmentFlags.has() which lack leading dashes.
const nodeFlags = ArrayPrototypeMap(allowedNodeEnvironmentFlags,
trimLeadingDashes);
class NodeEnvironmentFlagsSet extends Set {
constructor(array) {
super();
this[kInternal] = { array };
}
add() {
// No-op, `Set` API compatible
return this;
}
delete() {
// No-op, `Set` API compatible
return false;
}
clear() {
// No-op, `Set` API compatible
}
has(key) {
// This will return `true` based on various possible
// permutations of a flag, including present/missing leading
// dash(es) and/or underscores-for-dashes.
// Strips any values after `=`, inclusive.
// TODO(addaleax): It might be more flexible to run the option parser
// on a dummy option set and see whether it rejects the argument or
// not.
if (typeof key === 'string') {
key = StringPrototypeReplace(key, replaceUnderscoresRegex, '-');
if (RegExpPrototypeTest(leadingDashesRegex, key)) {
key = StringPrototypeReplace(key, trailingValuesRegex, '');
return ArrayPrototypeIncludes(this[kInternal].array, key);
}
return ArrayPrototypeIncludes(nodeFlags, key);
}
return false;
}
entries() {
this[kInternal].set ??=
new Set(new SafeArrayIterator(this[kInternal].array));
return SetPrototypeEntries(this[kInternal].set);
}
forEach(callback, thisArg = undefined) {
ArrayPrototypeForEach(
this[kInternal].array,
(v) => ReflectApply(callback, thisArg, [v, v, this])
);
}
get size() {
return this[kInternal].array.length;
}
values() {
this[kInternal].set ??=
new Set(new SafeArrayIterator(this[kInternal].array));
return SetPrototypeValues(this[kInternal].set);
}
}
NodeEnvironmentFlagsSet.prototype.keys =
NodeEnvironmentFlagsSet.prototype[SymbolIterator] =
NodeEnvironmentFlagsSet.prototype.values;
ObjectFreeze(NodeEnvironmentFlagsSet.prototype.constructor);
ObjectFreeze(NodeEnvironmentFlagsSet.prototype);
return ObjectFreeze(new NodeEnvironmentFlagsSet(
allowedNodeEnvironmentFlags
));
}
// Lazy load internal/trace_events_async_hooks only if the async_hooks
// trace event category is enabled.
let traceEventsAsyncHook;
// Dynamically enable/disable the traceEventsAsyncHook
function toggleTraceCategoryState(asyncHooksEnabled) {
if (asyncHooksEnabled) {
if (!traceEventsAsyncHook) {
traceEventsAsyncHook =
require('internal/trace_events_async_hooks').createHook();
}
traceEventsAsyncHook.enable();
} else if (traceEventsAsyncHook) {
traceEventsAsyncHook.disable();
}
}
module.exports = {
toggleTraceCategoryState,
assert,
buildAllowedFlags,
wrapProcessMethods,
hrtime,
hrtimeBigInt,
refreshHrtimeBuffer,
};
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