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// Copyright 2014 Google Inc. All Rights Reserved.
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// See the License for the specific language governing permissions and
// limitations under the License.
#include "cobalt/browser/switches.h"
namespace cobalt {
namespace browser {
namespace switches {
// Allow insecure HTTP network connections.
const char kAllowHttp[] = "allow_http";
// Decode audio data using ShellRawAudioDecoderStub.
const char kAudioDecoderStub[] = "audio_decoder_stub";
// Set the content security policy enforcement mode: disable | enable
// disable: Allow all resource loads. Ignore CSP totally.
// enable: default mode. Enforce CSP strictly. Require CSP headers or fail
// the initial document load.
const char kCspMode[] = "csp_mode";
// Switches different debug console modes: on | hud | off
const char kDebugConsoleMode[] = "debug_console";
// Disable webm/vp9.
const char kDisableWebmVp9[] = "disable_webm_vp9";
// Create WebDriver server.
const char kEnableWebDriver[] = "enable_webdriver";
// Additional base directory for accessing web files via file://.
const char kExtraWebFileDir[] = "web_file_path";
// If this flag is set, fake microphone will be used to mock the user voice
// input.
const char kFakeMicrophone[] = "fake_microphone";
// Setting this switch causes all certificate errors to be ignored.
const char kIgnoreCertificateErrors[] = "ignore_certificate_errors";
// If this flag is set, input will be continuously generated randomly instead of
// taken from an external input device (like a controller).
const char kInputFuzzer[] = "input_fuzzer";
// Set the minimum logging level: info|warning|error|fatal.
const char kMinLogLevel[] = "min_log_level";
// Use the NullAudioStreamer. Audio will be decoded but will not play back. No
// audio output library will be initialized or used.
const char kNullAudioStreamer[] = "null_audio_streamer";
// Setting NullSavegame will result in no data being read from previous sessions
// and no data being persisted to future sessions. It effectively makes the
// app run as if it has no local storage.
const char kNullSavegame[] = "null_savegame";
// Specifies a proxy to use for network connections.
const char kProxy[] = "proxy";
// Switches partial layout: on | off
const char kPartialLayout[] = "partial_layout";
// Creates a remote debugging server and listens on the specified port.
const char kRemoteDebuggingPort[] = "remote_debugging_port";
// If this flag is set, Cobalt will automatically shutdown after the specified
// number of seconds have passed.
const char kShutdownAfter[] = "shutdown_after";
// Decode all images using StubImageDecoder.
const char kStubImageDecoder[] = "stub_image_decoder";
// If this is set, then a trace (see base/debug/trace_eventh.h) is started on
// Cobalt startup. A value must also be specified for this switch, which is
// the duration in seconds of how long the trace will be done for before ending
// and saving the results to disk. Results will be saved to the file
// "timed_trace.json" in the log output directory.
const char kTimedTrace[] = "timed_trace";
// Set the video container size override.
extern const char kVideoContainerSizeOverride[] =
// Decode video data using ShellRawVideoDecoderStub.
extern const char kVideoDecoderStub[] = "video_decoder_stub";
// Enable text-to-speech functionality, for platforms that implement the speech
// synthesis API.
const char kUseTTS[] = "use_tts";
// Port that the WebDriver server should be listening on.
const char kWebDriverPort[] = "webdriver_port";
// IP that the WebDriver server should be listening on.
// (INADDR_ANY if unspecified).
const char kWebDriverListenIp[] = "webdriver_listen_ip";
// Enables memory tracking by installing the memory tracker on startup.
const char kMemoryTracker[] = "memory_tracker";
// Disables the hard-coded navigation whitelist without disabling any other
// security checks. This is enabled in Gold builds.
const char kDisableNavigationWhitelist[] = "disable_navigation_whitelist";
// Determines the capacity of the image cache which manages image surfaces
// downloaded from a web page. While it depends on the platform, often (and
// ideally) these images are cached within GPU memory.
const char kImageCacheSizeInBytes[] = "image_cache_size_in_bytes";
// Setting this switch defines the startup URL that Cobalt will use. If no
// value is set, a default URL will be used.
const char kInitialURL[] = "url";
// Determines the capacity of the remote typefaces cache which manages all
// typefaces downloaded from a web page.
const char kRemoteTypefaceCacheSizeInBytes[] =
// Determines the capacity of the scratch surface cache. The scratch surface
// cache facilitates the reuse of temporary offscreen surfaces within a single
// frame. This setting is only relevant when using the hardware-accelerated
// Skia rasterizer. While it depends on the platform, this setting may affect
// GPU memory usage.
const char kScratchSurfaceCacheSizeInBytes[] =
// Determines the capacity of the skia cache. The Skia cache is maintained
// within Skia and is used to cache the results of complicated effects such as
// shadows, so that Skia draw calls that are used repeatedly across frames can
// be cached into surfaces. This setting is only relevant when using the
// hardware-accelerated Skia rasterizer. While it depends on the platform, this
// setting may affect GPU memory usage.
const char kSkiaCacheSizeInBytes[] = "skia_cache_size_in_bytes";
// Only relevant if you are using the Blitter API.
// Determines the capacity of the software surface cache, which is used to
// cache all surfaces that are rendered via a software rasterizer to avoid
// re-rendering them.
const char kSoftwareSurfaceCacheSizeInBytes[] =
// Determines the capacity of the surface cache. The surface cache tracks which
// render tree nodes are being re-used across frames and stores the nodes that
// are most CPU-expensive to render into surfaces. While it depends on the
// platform, this setting may affect GPU memory usage.
const char kSurfaceCacheSizeInBytes[] = "surface_cache_size_in_bytes";
// Specifies the viewport size: width ['x' height]
const char kViewport[] = "viewport";
// Specifies that javascript jit should be disabled.
const char kDisableJavaScriptJit[] = "disable_javascript_jit";
// Specifies the javascript gc threshold. When this amount of garbage has
// collected then the garbage collector will begin running.
const char kJavaScriptGcThresholdInBytes[] = "javascript_gc_threshold_in_bytes";
const char kSkiaTextureAtlasDimensions[] = "skia_atlas_texture_dimensions";
// Specifies the maximum CPU usage of the cobalt.
const char kMaxCobaltCpuUsage[] = "max_cobalt_cpu_usage";
// Specifies the maximum GPU usage of the cobalt.
const char kMaxCobaltGpuUsage[] = "max_cobalt_gpu_usage";
// Specifies the multiplier of video playback rate. Set to a value greater than
// 1.0 to play video faster. Set to a value less than 1.0 to play video slower.
const char kVideoPlaybackRateMultiplier[] = "video_playback_rate_multiplier";
} // namespace switches
} // namespace browser
} // namespace cobalt