gecko-dev/dom/webidl/Console.webidl
Boris Zbarsky 0d2e9ff1f1 Bug 1214364 part 3. Only output ToObjectInternal methods for dictionaries that need it. r=peterv
This saves about 270KB of codesize on Linux64 without LTO, or 20KB with LTO.

The basic idea is that we can flag dictionaries that need to-JS conversion
(hence ToObjectInternal) based on various IDL uses (return value in normal
interface, argument in callback, etc) and then annotate the ones that are
converted to JS manually in C++ code.

The mozwebidlcodegen changes are needed because non-local changes (e.g. whether
a dictionary is used as a return value somewhere) can now affect the code
generation for a dictionary and hence whether the relevant binding file should
be regenerated.  Since these changes can happen in any .webidl file, we need to
check for them.  We can't track this via the dependency set on the dictionary
itself, because that would not notice new uses being added.

Differential Revision: https://phabricator.services.mozilla.com/D48006

--HG--
extra : moz-landing-system : lando
2019-10-28 23:20:11 +00:00

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7.0 KiB
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/* -*- Mode: IDL; tab-width: 8; indent-tabs-mode: nil; c-basic-offset: 2 -*- */
/* vim: set ts=2 et sw=2 tw=80: */
/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*
* For more information on this interface, please see
* https://console.spec.whatwg.org/#console-namespace
*/
[Exposed=(Window,Worker,WorkerDebugger,Worklet),
ClassString="Console",
ProtoObjectHack]
namespace console {
// NOTE: if you touch this namespace, remember to update the ConsoleInstance
// interface as well!
// Logging
[UseCounter]
void assert(optional boolean condition = false, any... data);
[UseCounter]
void clear();
[UseCounter]
void count(optional DOMString label = "default");
[UseCounter]
void countReset(optional DOMString label = "default");
[UseCounter]
void debug(any... data);
[UseCounter]
void error(any... data);
[UseCounter]
void info(any... data);
[UseCounter]
void log(any... data);
[UseCounter]
void table(any... data); // FIXME: The spec is still unclear about this.
[UseCounter]
void trace(any... data);
[UseCounter]
void warn(any... data);
[UseCounter]
void dir(any... data); // FIXME: This doesn't follow the spec yet.
[UseCounter]
void dirxml(any... data);
// Grouping
[UseCounter]
void group(any... data);
[UseCounter]
void groupCollapsed(any... data);
[UseCounter]
void groupEnd();
// Timing
[UseCounter]
void time(optional DOMString label = "default");
[UseCounter]
void timeLog(optional DOMString label = "default", any... data);
[UseCounter]
void timeEnd(optional DOMString label = "default");
// Mozilla only or Webcompat methods
[UseCounter]
void _exception(any... data);
[UseCounter]
void timeStamp(optional any data);
[UseCounter]
void profile(any... data);
[UseCounter]
void profileEnd(any... data);
[ChromeOnly]
const boolean IS_NATIVE_CONSOLE = true;
[ChromeOnly, NewObject]
ConsoleInstance createInstance(optional ConsoleInstanceOptions options = {});
};
// This is used to propagate console events to the observers.
[GenerateConversionToJS]
dictionary ConsoleEvent {
(unsigned long long or DOMString) ID;
(unsigned long long or DOMString) innerID;
DOMString consoleID = "";
DOMString addonId = "";
DOMString level = "";
DOMString filename = "";
// Unique identifier within the process for the script source this event is
// associated with, or zero.
unsigned long sourceId = 0;
unsigned long lineNumber = 0;
unsigned long columnNumber = 0;
DOMString functionName = "";
double timeStamp = 0;
sequence<any> arguments;
sequence<DOMString?> styles;
boolean private = false;
// stacktrace is handled via a getter in some cases so we can construct it
// lazily. Note that we're not making this whole thing an interface because
// consumers expect to see own properties on it, which would mean making the
// props unforgeable, which means lots of JSFunction allocations. Maybe we
// should fix those consumers, of course....
// sequence<ConsoleStackEntry> stacktrace;
DOMString groupName = "";
any timer = null;
any counter = null;
DOMString prefix = "";
boolean chromeContext = false;
};
// Event for profile operations
[GenerateConversionToJS]
dictionary ConsoleProfileEvent {
DOMString action = "";
sequence<any> arguments;
boolean chromeContext = false;
};
// This dictionary is used to manage stack trace data.
[GenerateConversionToJS]
dictionary ConsoleStackEntry {
DOMString filename = "";
// Unique identifier within the process for the script source this entry is
// associated with, or zero.
unsigned long sourceId = 0;
unsigned long lineNumber = 0;
unsigned long columnNumber = 0;
DOMString functionName = "";
DOMString? asyncCause;
};
[GenerateConversionToJS]
dictionary ConsoleTimerStart {
DOMString name = "";
};
[GenerateConversionToJS]
dictionary ConsoleTimerLogOrEnd {
DOMString name = "";
double duration = 0;
};
[GenerateConversionToJS]
dictionary ConsoleTimerError {
DOMString error = "";
DOMString name = "";
};
[GenerateConversionToJS]
dictionary ConsoleCounter {
DOMString label = "";
unsigned long count = 0;
};
[GenerateConversionToJS]
dictionary ConsoleCounterError {
DOMString label = "";
DOMString error = "";
};
[ChromeOnly,
Exposed=(Window,Worker,WorkerDebugger,Worklet)]
// This is basically a copy of the console namespace.
interface ConsoleInstance {
// Logging
void assert(optional boolean condition = false, any... data);
void clear();
void count(optional DOMString label = "default");
void countReset(optional DOMString label = "default");
void debug(any... data);
void error(any... data);
void info(any... data);
void log(any... data);
void table(any... data); // FIXME: The spec is still unclear about this.
void trace(any... data);
void warn(any... data);
void dir(any... data); // FIXME: This doesn't follow the spec yet.
void dirxml(any... data);
// Grouping
void group(any... data);
void groupCollapsed(any... data);
void groupEnd();
// Timing
void time(optional DOMString label = "default");
void timeLog(optional DOMString label = "default", any... data);
void timeEnd(optional DOMString label = "default");
// Mozilla only or Webcompat methods
void _exception(any... data);
void timeStamp(optional any data);
void profile(any... data);
void profileEnd(any... data);
};
callback ConsoleInstanceDumpCallback = void (DOMString message);
enum ConsoleLogLevel {
"All", "Debug", "Log", "Info", "Clear", "Trace", "TimeLog", "TimeEnd", "Time",
"Group", "GroupEnd", "Profile", "ProfileEnd", "Dir", "Dirxml", "Warn", "Error",
"Off"
};
dictionary ConsoleInstanceOptions {
// An optional function to intercept all strings written to stdout.
ConsoleInstanceDumpCallback dump;
// An optional prefix string to be printed before the actual logged message.
DOMString prefix = "";
// An ID representing the source of the message. Normally the inner ID of a
// DOM window.
DOMString innerID = "";
// String identified for the console, this will be passed through the console
// notifications.
DOMString consoleID = "";
// Identifier that allows to filter which messages are logged based on their
// log level.
ConsoleLogLevel maxLogLevel;
// String pref name which contains the level to use for maxLogLevel. If the
// pref doesn't exist, gets removed or it is used in workers, the maxLogLevel
// will default to the value passed to this constructor (or "all" if it wasn't
// specified).
DOMString maxLogLevelPref = "";
};
enum ConsoleLevel { "log", "warning", "error" };
// this interface is just for testing
partial interface ConsoleInstance {
[ChromeOnly]
void reportForServiceWorkerScope(DOMString scope, DOMString message,
DOMString filename, unsigned long lineNumber,
unsigned long columnNumber,
ConsoleLevel level);
};