next
Version:
The React Framework
512 lines (511 loc) • 20.3 kB
JavaScript
;
Object.defineProperty(exports, "__esModule", {
value: true
});
0 && (module.exports = {
handleClientFileLogs: null,
handleLog: null,
receiveBrowserLogsTurbopack: null,
receiveBrowserLogsWebpack: null,
restoreUndefined: null,
stripFormatSpecifiers: null
});
function _export(target, all) {
for(var name in all)Object.defineProperty(target, name, {
enumerable: true,
get: all[name]
});
}
_export(exports, {
handleClientFileLogs: function() {
return handleClientFileLogs;
},
handleLog: function() {
return handleLog;
},
receiveBrowserLogsTurbopack: function() {
return receiveBrowserLogsTurbopack;
},
receiveBrowserLogsWebpack: function() {
return receiveBrowserLogsWebpack;
},
restoreUndefined: function() {
return restoreUndefined;
},
stripFormatSpecifiers: function() {
return stripFormatSpecifiers;
}
});
const _picocolors = require("../../../lib/picocolors");
const _util = /*#__PURE__*/ _interop_require_default(require("util"));
const _sourcemap = require("./source-map");
const _forwardlogsshared = require("../../../next-devtools/shared/forward-logs-shared");
const _console = require("../../../client/lib/console");
const _filelogger = require("./file-logger");
function _interop_require_default(obj) {
return obj && obj.__esModule ? obj : {
default: obj
};
}
function restoreUndefined(x) {
if (x === _forwardlogsshared.UNDEFINED_MARKER) return undefined;
if (Array.isArray(x)) return x.map(restoreUndefined);
if (x && typeof x === 'object') {
for(let k in x){
x[k] = restoreUndefined(x[k]);
}
}
return x;
}
function cleanConsoleArgsForFileLogging(args) {
/**
* Use formatConsoleArgs to strip out background and color format specifiers
* and keep only the original string content for file logging
*/ try {
return (0, _console.formatConsoleArgs)(args);
} catch {
// Fallback to simple string conversion if formatting fails
return args.map((arg)=>typeof arg === 'string' ? arg : _util.default.inspect(arg, {
depth: 2
})).join(' ');
}
}
const methods = [
'log',
'info',
'warn',
'debug',
'table',
'error',
'assert',
'dir',
'dirxml',
'group',
'groupCollapsed',
'groupEnd'
];
const methodsToSkipInspect = new Set([
'table',
'dir',
'dirxml',
'group',
'groupCollapsed',
'groupEnd'
]);
// we aren't overriding console, we're just making a (slightly convoluted) helper for replaying user console methods
const forwardConsole = {
...console,
...Object.fromEntries(methods.map((method)=>[
method,
(...args)=>console[method](...args.map((arg)=>methodsToSkipInspect.has(method) || typeof arg !== 'object' || arg === null ? arg : _util.default.inspect(arg, {
depth: Infinity,
colors: true
})))
]))
};
async function deserializeArgData(arg) {
try {
// we want undefined to be represented as it would be in the browser from the user's perspective (otherwise it would be stripped away/shown as null)
if (arg === _forwardlogsshared.UNDEFINED_MARKER) {
return restoreUndefined(arg);
}
return restoreUndefined(JSON.parse(arg));
} catch {
return arg;
}
}
const colorError = (mapped, config)=>{
const colorFn = (config == null ? void 0 : config.applyColor) === undefined || config.applyColor ? _picocolors.red : (x)=>x;
switch(mapped.kind){
case 'mapped-stack':
case 'stack':
{
return ((config == null ? void 0 : config.prefix) ? colorFn(config == null ? void 0 : config.prefix) : '') + `\n${colorFn(mapped.stack)}`;
}
case 'with-frame-code':
{
return ((config == null ? void 0 : config.prefix) ? colorFn(config == null ? void 0 : config.prefix) : '') + `\n${colorFn(mapped.stack)}\n${mapped.frameCode}`;
}
// a more sophisticated version of this allows the user to config if they want ignored frames (but we need to be sure to source map them)
case 'all-ignored':
{
return (config == null ? void 0 : config.prefix) ? colorFn(config == null ? void 0 : config.prefix) : '';
}
default:
{}
}
mapped;
};
function processConsoleFormatStrings(args) {
/**
* this handles the case formatting is applied to the console log
* otherwise we will see the format specifier directly in the terminal output
*/ if (args.length > 0 && typeof args[0] === 'string') {
const formatString = args[0];
if (formatString.includes('%s') || formatString.includes('%d') || formatString.includes('%i') || formatString.includes('%f') || formatString.includes('%o') || formatString.includes('%O') || formatString.includes('%c')) {
try {
const formatted = _util.default.format(...args);
return [
formatted
];
} catch {
return args;
}
}
}
return args;
}
function stripFormatSpecifiers(args) {
if (args.length === 0 || typeof args[0] !== 'string') return args;
const fmtIn = String(args[0]);
const rest = args.slice(1);
if (!fmtIn.includes('%')) return args;
let fmtOut = '';
let argPtr = 0;
for(let i = 0; i < fmtIn.length; i++){
if (fmtIn[i] !== '%') {
fmtOut += fmtIn[i];
continue;
}
if (fmtIn[i + 1] === '%') {
fmtOut += '%';
i++;
continue;
}
const token = fmtIn[++i];
if (!token) {
fmtOut += '%';
continue;
}
if ('csdifoOj'.includes(token) || token === 'O') {
if (argPtr < rest.length) {
if (token === 'c') {
argPtr++;
} else if (token === 'o' || token === 'O' || token === 'j') {
const obj = rest[argPtr++];
fmtOut += _util.default.inspect(obj, {
depth: 2,
colors: false
});
} else {
// string(...) is safe for remaining specifiers
fmtOut += String(rest[argPtr++]);
}
}
continue;
}
fmtOut += '%' + token;
}
const result = [
fmtOut
];
if (argPtr < rest.length) {
result.push(...rest.slice(argPtr));
}
return result;
}
async function prepareFormattedErrorArgs(entry, ctx, distDir) {
const mapped = await (0, _sourcemap.getSourceMappedStackFrames)(entry.stack, ctx, distDir);
return [
colorError(mapped, {
prefix: entry.prefix
})
];
}
async function prepareConsoleArgs(entry, ctx, distDir) {
const deserialized = await Promise.all(entry.args.map(async (arg)=>{
if (arg.kind === 'arg') {
const data = await deserializeArgData(arg.data);
if (entry.method === 'warn' && typeof data === 'string') {
return (0, _picocolors.yellow)(data);
}
return data;
}
if (!arg.stack) return (0, _picocolors.red)(arg.prefix);
const mapped = await (0, _sourcemap.getSourceMappedStackFrames)(arg.stack, ctx, distDir);
return colorError(mapped, {
prefix: arg.prefix,
applyColor: false
});
}));
return processConsoleFormatStrings(deserialized);
}
async function prepareConsoleErrorArgs(entry, ctx, distDir) {
const deserialized = await Promise.all(entry.args.map(async (arg)=>{
if (arg.kind === 'arg') {
if (arg.isRejectionMessage) return (0, _picocolors.red)(arg.data);
return deserializeArgData(arg.data);
}
if (!arg.stack) return (0, _picocolors.red)(arg.prefix);
const mapped = await (0, _sourcemap.getSourceMappedStackFrames)(arg.stack, ctx, distDir);
return colorError(mapped, {
prefix: arg.prefix
});
}));
const mappedStack = await (0, _sourcemap.getSourceMappedStackFrames)(entry.consoleErrorStack, ctx, distDir);
/**
* don't show the stack + codeblock when there are errors present, since:
* - it will look overwhelming to see 2 stacks and 2 code blocks
* - the user already knows where the console.error is at because we append the location
*/ const location = (0, _sourcemap.getConsoleLocation)(mappedStack);
if (entry.args.some((a)=>a.kind === 'formatted-error-arg')) {
const result = stripFormatSpecifiers(deserialized);
if (location) {
result.push((0, _picocolors.dim)(`(${location})`));
}
return result;
}
const result = [
...processConsoleFormatStrings(deserialized),
colorError(mappedStack)
];
if (location) {
result.push((0, _picocolors.dim)(`(${location})`));
}
return result;
}
async function handleTable(entry, browserPrefix, ctx, distDir) {
const deserializedArgs = await Promise.all(entry.args.map(async (arg)=>{
if (arg.kind === 'formatted-error-arg') {
return {
stack: arg.stack
};
}
return deserializeArgData(arg.data);
}));
const location = await (async ()=>{
if (!entry.consoleMethodStack) {
return;
}
const frames = await (0, _sourcemap.getSourceMappedStackFrames)(entry.consoleMethodStack, ctx, distDir);
return (0, _sourcemap.getConsoleLocation)(frames);
})();
// we can't inline pass browser prefix, but it looks better multiline for table anyways
forwardConsole.log(browserPrefix);
forwardConsole.table(...deserializedArgs);
if (location) {
forwardConsole.log((0, _picocolors.dim)(`(${location})`));
}
}
async function handleTrace(entry, browserPrefix, ctx, distDir) {
const deserializedArgs = await Promise.all(entry.args.map(async (arg)=>{
if (arg.kind === 'formatted-error-arg') {
if (!arg.stack) return (0, _picocolors.red)(arg.prefix);
const mapped = await (0, _sourcemap.getSourceMappedStackFrames)(arg.stack, ctx, distDir);
return colorError(mapped, {
prefix: arg.prefix
});
}
return deserializeArgData(arg.data);
}));
if (!entry.consoleMethodStack) {
forwardConsole.log(browserPrefix, ...deserializedArgs, '[Trace unavailable]');
return;
}
// TODO(rob): refactor so we can re-use result and not re-run the entire source map to avoid trivial post processing
const [mapped, mappedIgnored] = await Promise.all([
(0, _sourcemap.getSourceMappedStackFrames)(entry.consoleMethodStack, ctx, distDir, false),
(0, _sourcemap.getSourceMappedStackFrames)(entry.consoleMethodStack, ctx, distDir)
]);
const location = (0, _sourcemap.getConsoleLocation)(mappedIgnored);
forwardConsole.log(browserPrefix, ...deserializedArgs, `\n${mapped.stack}`, ...location ? [
`\n${(0, _picocolors.dim)(`(${location})`)}`
] : []);
}
async function handleDir(entry, browserPrefix, ctx, distDir) {
const loggableEntry = await prepareConsoleArgs(entry, ctx, distDir);
const consoleMethod = forwardConsole[entry.method] || forwardConsole.log;
if (entry.consoleMethodStack) {
const mapped = await (0, _sourcemap.getSourceMappedStackFrames)(entry.consoleMethodStack, ctx, distDir);
const location = (0, _picocolors.dim)(`(${(0, _sourcemap.getConsoleLocation)(mapped)})`);
const originalWrite = process.stdout.write.bind(process.stdout);
let captured = '';
process.stdout.write = (chunk)=>{
captured += chunk;
return true;
};
try {
consoleMethod(...loggableEntry);
} finally{
process.stdout.write = originalWrite;
}
const preserved = captured.replace(/\r?\n$/, '');
originalWrite(`${browserPrefix}${preserved} ${location}\n`);
return;
}
consoleMethod(browserPrefix, ...loggableEntry);
}
async function handleDefaultConsole(entry, browserPrefix, ctx, distDir, config, isServerLog) {
const consoleArgs = await prepareConsoleArgs(entry, ctx, distDir);
const withStackEntry = await (0, _sourcemap.withLocation)({
original: consoleArgs,
stack: entry.consoleMethodStack || null
}, ctx, distDir, config);
const consoleMethod = forwardConsole[entry.method] || forwardConsole.log;
consoleMethod(browserPrefix, ...withStackEntry);
// Process enqueued logs and write to file
// Log to file with correct source based on context
const fileLogger = (0, _filelogger.getFileLogger)();
// Use cleaned console args to strip out background and color format specifiers
const message = cleanConsoleArgsForFileLogging(consoleArgs);
if (isServerLog) {
fileLogger.logServer(entry.method.toUpperCase(), message);
} else {
fileLogger.logBrowser(entry.method.toUpperCase(), message);
}
}
async function handleLog(entries, ctx, distDir, config) {
// Determine the source based on the context
const isServerLog = ctx.isServer || ctx.isEdgeServer;
const browserPrefix = isServerLog ? (0, _picocolors.cyan)('[server]') : (0, _picocolors.cyan)('[browser]');
const fileLogger = (0, _filelogger.getFileLogger)();
for (const entry of entries){
try {
switch(entry.kind){
case 'console':
{
switch(entry.method){
case 'table':
{
// timeout based abort on source mapping result
await handleTable(entry, browserPrefix, ctx, distDir);
break;
}
// ignore frames
case 'trace':
{
await handleTrace(entry, browserPrefix, ctx, distDir);
break;
}
case 'dir':
{
await handleDir(entry, browserPrefix, ctx, distDir);
break;
}
case 'dirxml':
{
// xml log thing maybe needs an impl
// fallthrough
}
case 'group':
case 'groupCollapsed':
case 'groupEnd':
{
// [browser] undefined (app/page.tsx:8:11) console.group
// fallthrough
}
case 'assert':
{
// check console assert
// fallthrough
}
case 'log':
case 'info':
case 'debug':
case 'error':
case 'warn':
{
await handleDefaultConsole(entry, browserPrefix, ctx, distDir, config, isServerLog);
break;
}
default:
{
entry;
}
}
break;
}
// any logged errors are anything that are logged as "red" in the browser but aren't only an Error (console.error, Promise.reject(100))
case 'any-logged-error':
{
const consoleArgs = await prepareConsoleErrorArgs(entry, ctx, distDir);
forwardConsole.error(browserPrefix, ...consoleArgs);
// Process enqueued logs and write to file
fileLogger.logBrowser('ERROR', cleanConsoleArgsForFileLogging(consoleArgs));
break;
}
// formatted error is an explicit error event (rejections, uncaught errors)
case 'formatted-error':
{
const formattedArgs = await prepareFormattedErrorArgs(entry, ctx, distDir);
forwardConsole.error(browserPrefix, ...formattedArgs);
// Process enqueued logs and write to file
fileLogger.logBrowser('ERROR', cleanConsoleArgsForFileLogging(formattedArgs));
break;
}
default:
{}
}
} catch {
switch(entry.kind){
case 'any-logged-error':
{
const consoleArgs = await prepareConsoleErrorArgs(entry, ctx, distDir);
forwardConsole.error(browserPrefix, ...consoleArgs);
// Process enqueued logs and write to file
fileLogger.logBrowser('ERROR', cleanConsoleArgsForFileLogging(consoleArgs));
break;
}
case 'console':
{
const consoleMethod = forwardConsole[entry.method] || forwardConsole.log;
const consoleArgs = await prepareConsoleArgs(entry, ctx, distDir);
consoleMethod(browserPrefix, ...consoleArgs);
// Process enqueued logs and write to file
fileLogger.logBrowser('ERROR', cleanConsoleArgsForFileLogging(consoleArgs));
break;
}
case 'formatted-error':
{
forwardConsole.error(browserPrefix, `${entry.prefix}\n`, entry.stack);
// Process enqueued logs and write to file
fileLogger.logBrowser('ERROR', cleanConsoleArgsForFileLogging([
`${entry.prefix}\n${entry.stack}`
]));
break;
}
default:
{}
}
}
}
}
async function receiveBrowserLogsWebpack(opts) {
const { entries, router, sourceType, clientStats, serverStats, edgeServerStats, rootDirectory, distDir } = opts;
const isAppDirectory = router === 'app';
const isServer = sourceType === 'server';
const isEdgeServer = sourceType === 'edge-server';
const ctx = {
bundler: 'webpack',
isServer,
isEdgeServer,
isAppDirectory,
clientStats,
serverStats,
edgeServerStats,
rootDirectory
};
await handleLog(entries, ctx, distDir, opts.config);
}
async function receiveBrowserLogsTurbopack(opts) {
const { entries, router, sourceType, project, projectPath, distDir } = opts;
const isAppDirectory = router === 'app';
const isServer = sourceType === 'server';
const isEdgeServer = sourceType === 'edge-server';
const ctx = {
bundler: 'turbopack',
project,
projectPath,
isServer,
isEdgeServer,
isAppDirectory
};
await handleLog(entries, ctx, distDir, opts.config);
}
async function handleClientFileLogs(logs) {
const fileLogger = (0, _filelogger.getFileLogger)();
for (const log of logs){
fileLogger.logBrowser(log.level, log.message);
}
}
//# sourceMappingURL=receive-logs.js.map