| Index: chrome/common/metrics/proto/system_profile.proto
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| diff --git a/chrome/common/metrics/proto/system_profile.proto b/chrome/common/metrics/proto/system_profile.proto
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| new file mode 100644
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| index 0000000000000000000000000000000000000000..3a481a41b75747d97ee5d8cb860c1148e39f65ef
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| --- /dev/null
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| +++ b/chrome/common/metrics/proto/system_profile.proto
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| @@ -0,0 +1,229 @@
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| +// Copyright (c) 2012 The Chromium Authors. All rights reserved.
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| +// Use of this source code is governed by a BSD-style license that can be
|
| +// found in the LICENSE file.
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| +//
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| +// Stores information about the user's brower and system configuration.
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| +// The system configuration fields are recorded once per client session.
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| +
|
| +syntax = "proto2";
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| +
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| +option optimize_for = LITE_RUNTIME;
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| +
|
| +package metrics;
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| +
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| +// Next tag: 9
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| +message SystemProfileProto {
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| + // The time when the client was compiled/linked, in seconds since the epoch.
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| + optional int64 build_timestamp = 1;
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| +
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| + // A version number string for the application.
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| + // Most commonly this is the browser version number found in a user agent
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| + // string, and is typically a 4-tuple of numbers separated by periods. In
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| + // cases where the user agent version might be ambiguous (example: Linux 64-
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| + // bit build, rather than 32-bit build, or a Windows version used in some
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| + // special context, such as ChromeFrame running in IE), then this may include
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| + // some additional postfix to provide clarification not available in the UA
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| + // string.
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| + //
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| + // An example of a browser version 4-tuple is "5.0.322.0". Currently used
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| + // postfixes are:
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| + //
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| + // "-64": a 64-bit build
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| + // "-F": Chrome is running under control of ChromeFrame
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| + // "-devel": this is not an official build of Chrome
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| + //
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| + // A full version number string could look similar to:
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| + // "5.0.322.0-F-devel".
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| + //
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| + // This value, when available, is more trustworthy than the UA string
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| + // associated with the request; and including the postfix, may be more
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| + // specific.
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| + optional string app_version = 2;
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| +
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| + // The date the user installed the browser, in seconds since the epoch.
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| + optional int64 install_date = 3;
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| +
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| + // The user's selected application locale, i.e. the user interface language.
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| + // The locale includes a language code and, possibly, also a country code,
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| + // e.g. "en-US".
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| + optional string application_locale = 4;
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| +
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| + // Information on the user's operating system.
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| + message OS {
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| + // The user's operating system.
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| + optional string name = 1;
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| +
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| + // The version of the OS. The meaning of this field is OS-dependent.
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| + optional string version = 2;
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| + }
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| + optional OS os = 5;
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| +
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| + // Information on the user's hardware.
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| + message Hardware {
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| + // The CPU architecture (x86, PowerPC, x86_64, ...)
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| + optional string cpu_architecture = 1;
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| +
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| + // The amount of RAM present on the system, in megabytes.
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| + optional int64 system_ram_mb = 2;
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| +
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| + // The base memory address that chrome.dll was loaded at.
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| + // (Logged only on Windows.)
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| + optional int64 dll_base = 3;
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| +
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| + // The Chrome OS device hardware class ID is a unique string associated with
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| + // each Chrome OS device product revision generally assigned at hardware
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| + // qualification time. The hardware class effectively identifies the
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| + // configured system components such as CPU, WiFi adapter, etc.
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| + //
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| + // An example of such a hardware class is "IEC MARIO PONY 6101". An
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| + // internal database associates this hardware class with the qualified
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| + // device specifications including OEM information, schematics, hardware
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| + // qualification reports, test device tags, etc.
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| + optional string hardware_class = 4;
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| +
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| + // The number of physical screens.
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| + optional int32 screen_count = 5;
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| +
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| + // The screen dimensions of the primary screen, in pixels.
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| + optional int32 primary_screen_width = 6;
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| + optional int32 primary_screen_height = 7;
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| +
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| + // Information on the GPU
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| + message Graphics {
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| + // The GPU manufacturer's vendor id.
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| + optional uint32 vendor_id = 1;
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| +
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| + // The GPU manufacturer's device id for the chip set.
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| + optional uint32 device_id = 2;
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| +
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| + // The driver version on the GPU.
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| + optional string driver_version = 3;
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| +
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| + // The driver date on the GPU.
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| + optional string driver_date = 4;
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| +
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| + // The GPU performance statistics.
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| + // See http://src.chromium.org/viewvc/chrome/trunk/src/content/browser/gpu/gpu_performance_stats.h?view=markup
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| + // for details. Currently logged only on Windows.
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| + message PerformanceStatistics {
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| + optional float graphics_score = 1;
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| + optional float gaming_score = 2;
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| + optional float overall_score = 3;
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| + }
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| + optional PerformanceStatistics performance_statistics = 5;
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| + }
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| + optional Graphics gpu = 8;
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| + }
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| + optional Hardware hardware = 6;
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| +
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| + // Information on all installed plugins.
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| + message Plugin {
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| + // The plugin's self-reported name and filename (without path).
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| + optional string name = 1;
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| + optional string filename = 2;
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| +
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| + // The plugin's version.
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| + optional string version = 3;
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| +
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| + // True if the plugin is disabled.
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| + // If a client has multiple local Chrome user accounts, this is logged based
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| + // on the first user account launched during the current session.
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| + optional bool is_disabled = 4;
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| + }
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| + repeated Plugin plugin = 7;
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| +
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| + // Figures that can be used to generate application stability metrics.
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| + // All values are counts of events since the last time that these
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| + // values were reported.
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| + message Stability {
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| + // Total amount of time that the program was running, in seconds.
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| + optional int64 uptime_sec = 1;
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| +
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| + // Page loads along with renderer crashes and hangs, since page load count
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| + // roughly corresponds to usage.
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| + optional int32 page_load_count = 2;
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| + optional int32 renderer_crash_count = 3;
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| + optional int32 renderer_hang_count = 4;
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| +
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| + // Number of renderer crashes that were for extensions.
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| + // TODO(isherman): Figure out whether this is also counted in
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| + // |renderer_crash_count|.
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| + optional int32 extension_renderer_crash_count = 5;
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| +
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| + // Number of non-renderer child process crashes.
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| + optional int32 child_process_crash_count = 6;
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| +
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| + // Number of times the browser has crashed while logged in as the "other
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| + // user" (guest) account.
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| + // Logged on ChromeOS only.
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| + optional int32 other_user_crash_count = 7;
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| +
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| + // Number of times the kernel has crashed.
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| + // Logged on ChromeOS only.
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| + optional int32 kernel_crash_count = 8;
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| +
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| + // Number of times the system has shut down uncleanly.
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| + // Logged on ChromeOS only.
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| + optional int32 unclean_system_shutdown_count = 9;
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| +
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| + //
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| + // All the remaining fields in the Stability are recorded at most once per
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| + // client session.
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| + //
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| +
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| + // The number of times the program was launched.
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| + // This will typically be equal to 1. However, it is possible that Chrome
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| + // was unable to upload stability metrics for previous launches (e.g. due to
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| + // crashing early during startup), and hence this value might be greater
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| + // than 1.
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| + optional int32 launch_count = 15;
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| + // The number of times that it didn't exit cleanly (which we assume to be
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| + // mostly crashes).
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| + optional int32 crash_count = 16;
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| +
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| + // The number of times the program began, but did not complete, the shutdown
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| + // process. (For example, this may occur when Windows is shutting down, and
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| + // it only gives the process a few seconds to clean up.)
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| + optional int32 incomplete_shutdown_count = 17;
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| +
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| + // The number of times the program was able register with breakpad crash
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| + // services.
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| + optional int32 breakpad_registration_success_count = 18;
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| +
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| + // The number of times the program failed to register with breakpad crash
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| + // services. If crash registration fails then when the program crashes no
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| + // crash report will be generated.
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| + optional int32 breakpad_registration_failure_count = 19;
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| +
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| + // The number of times the program has run under a debugger. This should
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| + // be an exceptional condition. Running under a debugger prevents crash
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| + // dumps from being generated.
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| + optional int32 debugger_present_count = 20;
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| +
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| + // The number of times the program has run without a debugger attached.
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| + // This should be most common scenario and should be very close to
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| + // |launch_count|.
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| + optional int32 debugger_not_present_count = 21;
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| +
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| + // Stability information for all installed plugins.
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| + message PluginStability {
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| + // The relevant plugin's information (name, etc.)
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| + optional Plugin plugin = 1;
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| +
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| + // The number of times this plugin's process was launched.
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| + optional int32 launch_count = 2;
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| +
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| + // The number of times this plugin was instantiated on a web page.
|
| + // This will be >= |launch_count|.
|
| + // (A page load with multiple sections drawn by this plugin will
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| + // increase this count multiple times.)
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| + optional int32 instance_count = 3;
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| +
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| + // The number of times this plugin process crashed.
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| + // This value will be <= |launch_count|.
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| + optional int32 crash_count = 4;
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| + }
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| + repeated PluginStability plugin_stability = 22;
|
| + }
|
| + optional Stability stability = 8;
|
| +}
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|
|