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/* 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
import { AppConstants } from "resource://gre/modules/AppConstants.sys.mjs";
import {
BitsError,
BitsUnknownError,
} from "resource://gre/modules/Bits.sys.mjs";
export var AUSTLMY = {
// Telemetry for the application update background update check occurs when
// the background update timer fires after the update interval which is
// determined by the app.update.interval preference and its glean metric IDs
// have the suffix 'Notify'.
// Telemetry for the externally initiated background update check occurs when
// a call is made to |checkForBackgroundUpdates| which is typically initiated
// by an application when it has determined that the application should have
// received an update. This has separate telemetry so it is possible to
// analyze using the telemetry data systems that have not been updating when
// they should have.
// The update check was performed by the call to checkForBackgroundUpdates in
// nsUpdateService.js.
EXTERNAL: "External",
// The update check was performed by the call to notify in nsUpdateService.js.
NOTIFY: "Notify",
// The update check was performed after an update is already ready. There is
// currently no way for a user to initiate an update check when there is a
// ready update (the UI just prompts you to install the ready update). So
// subsequent update checks are necessarily "notify" update checks, not
// "external" ones.
SUBSEQUENT: "Subsequent",
/**
* Values for the Glean.update.checkCodeNotify and
* Glean.update.checkCodeExternal custom_distribution metrics.
*/
// No update found (no notification)
CHK_NO_UPDATE_FOUND: 0,
// Update will be downloaded in the background (background download)
CHK_DOWNLOAD_UPDATE: 1,
// Showing prompt due to preference (update notification)
CHK_SHOWPROMPT_PREF: 3,
// Already has an active update in progress (no notification)
CHK_HAS_ACTIVEUPDATE: 8,
// A background download is already in progress (no notification)
CHK_IS_DOWNLOADING: 9,
// An update is already staged (no notification)
CHK_IS_STAGED: 10,
// An update is already downloaded (no notification)
CHK_IS_DOWNLOADED: 11,
// Note: codes 12-13 were removed along with the |app.update.enabled| pref.
// Unable to check for updates per hasUpdateMutex() (no notification)
CHK_NO_MUTEX: 14,
// Unable to check for updates per gCanCheckForUpdates (no notification). This
// should be covered by other codes and is recorded just in case.
CHK_UNABLE_TO_CHECK: 15,
// Note: code 16 was removed when the feature for disabling updates for the
// session was removed.
// Unable to perform a background check while offline (no notification)
CHK_OFFLINE: 17,
// Note: codes 18 - 21 were removed along with the certificate checking code.
// General update check failure and threshold reached
// (check failure notification)
CHK_GENERAL_ERROR_PROMPT: 22,
// General update check failure and threshold not reached (no notification)
CHK_GENERAL_ERROR_SILENT: 23,
// No compatible update found though there were updates (no notification)
CHK_NO_COMPAT_UPDATE_FOUND: 24,
// Update found for a previous version (no notification)
CHK_UPDATE_PREVIOUS_VERSION: 25,
// Update found without a type attribute (no notification)
CHK_UPDATE_INVALID_TYPE: 27,
// The system is no longer supported (system unsupported notification)
CHK_UNSUPPORTED: 28,
// Unable to apply updates (manual install to update notification)
CHK_UNABLE_TO_APPLY: 29,
// Unable to check for updates due to no OS version (no notification)
CHK_NO_OS_VERSION: 30,
// Unable to check for updates due to no OS ABI (no notification)
CHK_NO_OS_ABI: 31,
// Invalid update url (no notification)
CHK_INVALID_DEFAULT_URL: 32,
// Update elevation failures or cancelations threshold reached for this
// version, OSX only (no notification)
CHK_ELEVATION_DISABLED_FOR_VERSION: 35,
// User opted out of elevated updates for the available update version, OSX
// only (no notification)
CHK_ELEVATION_OPTOUT_FOR_VERSION: 36,
// Update checks disabled by enterprise policy
CHK_DISABLED_BY_POLICY: 37,
// Update check failed due to write error
CHK_ERR_WRITE_FAILURE: 38,
// Update check was delayed because another instance of the application is
// currently running
CHK_OTHER_INSTANCE: 39,
// Cannot yet download update because no partial patch is available and an
// update has already been downloaded.
CHK_NO_PARTIAL_PATCH: 40,
/**
* Submit a telemetry ping for the update check result code or a telemetry
* ping for a counter metric when no update was found. The no
* update found ping is separate since it is the typical result, is less
* interesting than the other result codes, and it is easier to analyze the
* other codes without including it.
*
* @param aSuffix
* The metric name suffix for metric names:
* Glean.update.checkCodeExternal
* Glean.update.checkCodeNotify
* Glean.update.checkCodeSubsequent
* Glean.update.checkNoUpdateExternal
* Glean.update.checkNoUpdateNotify
* Glean.update.checkNoUpdateSubsequent
* @param aCode
* An integer value as defined by the values that start with CHK_ in
* the above section.
*/
pingCheckCode: function UT_pingCheckCode(aSuffix, aCode) {
try {
if (aCode == this.CHK_NO_UPDATE_FOUND) {
// counter metric
Glean.update["checkNoUpdate" + aSuffix].add();
} else {
// custom distribution metric
Glean.update["checkCode" + aSuffix].accumulateSingleSample(aCode);
}
} catch (e) {
console.error(e);
}
},
/**
* Submit a telemetry ping for a failed update check's unhandled error code
* when the pingCheckCode is CHK_GENERAL_ERROR_SILENT. The metric is a labeled
* counter with label names that are prefixed with 'AUS_CHECK_EX_ERR_'.
*
* @param aSuffix
* The metric name suffix for metric names:
* Glean.update.checkExtendedErrorExternal
* Glean.update.checkExtendedErrorNotify
* Glean.update.checkExtendedErrorSubsequent
* @param aCode
* The extended error value return by a failed update check.
*/
pingCheckExError: function UT_pingCheckExError(aSuffix, aCode) {
try {
// labeled counter metric
Glean.update["checkExtendedError" + aSuffix][
"AUS_CHECK_EX_ERR_" + aCode
].add();
} catch (e) {
console.error(e);
}
},
// The state code and if present the status error code were read on startup.
STARTUP: "Startup",
// The state code and status error code if present were read after staging.
STAGE: "Stage",
// Patch type Complete
PATCH_COMPLETE: "Complete",
// Patch type partial
PATCH_PARTIAL: "Partial",
// Patch type unknown
PATCH_UNKNOWN: "Unknown",
/**
* Values for the Glean.update.downloadCodeComplete,
* Glean.update.downloadCodePartial and
* Glean.update.downloadCodeUnknown metrics.
*/
DWNLD_SUCCESS: 0,
DWNLD_RETRY_OFFLINE: 1,
DWNLD_RETRY_NET_TIMEOUT: 2,
DWNLD_RETRY_CONNECTION_REFUSED: 3,
DWNLD_RETRY_NET_RESET: 4,
DWNLD_ERR_NO_UPDATE: 5,
DWNLD_ERR_NO_UPDATE_PATCH: 6,
DWNLD_ERR_PATCH_SIZE_LARGER: 8,
DWNLD_ERR_PATCH_SIZE_NOT_EQUAL: 9,
DWNLD_ERR_BINDING_ABORTED: 10,
DWNLD_ERR_ABORT: 11,
DWNLD_ERR_DOCUMENT_NOT_CACHED: 12,
DWNLD_ERR_VERIFY_NO_REQUEST: 13,
DWNLD_ERR_VERIFY_PATCH_SIZE_NOT_EQUAL: 14,
DWNLD_ERR_WRITE_FAILURE: 15,
// Temporary failure code to see if there are failures without an update phase
DWNLD_UNKNOWN_PHASE_ERR_WRITE_FAILURE: 40,
/**
* Submit a telemetry ping for the update download result code.
*
* @param aIsComplete
* If true the patch type is complete, if false the patch type is
* partial, and when undefined the patch type is unknown.
* This is used to determine the metric ID out of the following:
* Glean.update.downloadCodeComplete
* Glean.update.downloadCodePartial
* Glean.update.downloadCodeUnknown
* @param aCode
* An integer value as defined by the values that start with DWNLD_ in
* the above section.
*/
pingDownloadCode: function UT_pingDownloadCode(aIsComplete, aCode) {
let patchType = this.PATCH_UNKNOWN;
if (aIsComplete === true) {
patchType = this.PATCH_COMPLETE;
} else if (aIsComplete === false) {
patchType = this.PATCH_PARTIAL;
}
try {
// custom_distribution metric
Glean.update["downloadCode" + patchType].accumulateSingleSample(aCode);
} catch (e) {
console.error(e);
}
},
// Previous state codes are defined in pingStateAndStatusCodes() in
// nsUpdateService.js
STATE_WRITE_FAILURE: 14,
/**
* Submit a telemetry ping for the update status state code.
*
* @param aSuffix
* The glean name suffix for glean metric IDs:
* Glean.update.stateCodeCompleteStartup
* Glean.update.stateCodePartialStartup
* Glean.update.stateCodeUnknownStartup
* Glean.update.stateCodeCompleteStage
* Glean.update.stateCodePartialStage
* Glean.update.stateCodeUnknownStage
* @param aCode
* An integer value as defined by the values that start with STATE_ in
* the above section for the update state from the update.status file.
*/
pingStateCode: function UT_pingStateCode(aSuffix, aCode) {
try {
// custom_distribution metric
Glean.update["stateCode" + aSuffix].accumulateSingleSample(aCode);
} catch (e) {
console.error(e);
}
},
/**
* Submit a telemetry ping for the update status error code. This does not
* submit a success value which can be determined from the state code.
*
* @param aSuffix
* The glean name suffix for glean metric IDs:
* Glean.update.statusErrorCodeCompleteStartup
* Glean.update.statusErrorCodePartialStartup
* Glean.update.statusErrorCodeUnknownStartup
* Glean.update.statusErrorCodeCompleteStage
* Glean.update.statusErrorCodePartialStage
* Glean.update.statusErrorCodeUnknownStage
* @param aCode
* An integer value for the error code from the update.status file.
*/
pingStatusErrorCode: function UT_pingStatusErrorCode(aSuffix, aCode) {
try {
// custom_distribution metric
Glean.update["statusErrorCode" + aSuffix].accumulateSingleSample(aCode);
} catch (e) {
console.error(e);
}
},
/**
* Records a failed BITS update download using Telemetry.
* In addition to the BITS Result custom_distribution metric, this also sends
* data to an update.bitshresult labeled_counter value.
*
* @param aIsComplete
* If true the patch type is complete, if false the patch type is
* partial. This will determine the metric id out of the following:
* Glean.update.bitsResultComplete
* Glean.update.bitsResultPartial
* This value is also used to determine the key for the keyed scalar
* update.bitshresult (key is either "COMPLETE" or "PARTIAL")
* @param aError
* The BitsError that occurred. See Bits.sys.mjs for details on BitsError.
*/
pingBitsError: function UT_pingBitsError(aIsComplete, aError) {
if (AppConstants.platform != "win") {
console.error(
"Warning: Attempted to submit BITS telemetry on a " +
"non-Windows platform"
);
return;
}
if (!(aError instanceof BitsError)) {
console.error("Error sending BITS Error ping: Error is not a BitsError");
aError = new BitsUnknownError();
}
// Coerce the error to integer
let type = +aError.type;
if (isNaN(type)) {
console.error(
"Error sending BITS Error ping: Either error is not a " +
"BitsError, or error type is not an integer."
);
type = Ci.nsIBits.ERROR_TYPE_UNKNOWN;
} else if (type == Ci.nsIBits.ERROR_TYPE_SUCCESS) {
console.error(
"Error sending BITS Error ping: The error type must not " +
"be the success type."
);
type = Ci.nsIBits.ERROR_TYPE_UNKNOWN;
}
this._pingBitsResult(aIsComplete, type);
if (aError.codeType == Ci.nsIBits.ERROR_CODE_TYPE_HRESULT) {
let scalarKey;
if (aIsComplete) {
scalarKey = this.PATCH_COMPLETE;
} else {
scalarKey = this.PATCH_PARTIAL;
}
try {
Glean.update.bitshresult[scalarKey.toUpperCase()].set(aError.code);
} catch (e) {
console.error(e);
}
}
},
/**
* Records a successful BITS update download using Telemetry.
*
* @param aIsComplete
* If true the patch type is complete, if false the patch type is
* partial. This will determine the metric id out of the following:
* Glean.update.bitsResultComplete
* Glean.update.bitsResultPartial
*/
pingBitsSuccess: function UT_pingBitsSuccess(aIsComplete) {
if (AppConstants.platform != "win") {
console.error(
"Warning: Attempted to submit BITS telemetry on a " +
"non-Windows platform"
);
return;
}
this._pingBitsResult(aIsComplete, Ci.nsIBits.ERROR_TYPE_SUCCESS);
},
/**
* This is the helper function that does all the work for pingBitsError and
* pingBitsSuccess. It submits a telemetry ping indicating the result of the
* BITS update download.
*
* @param aIsComplete
* If true the patch type is complete, if false the patch type is
* partial. This will determine the metric id out of the following:
* Glean.update.bitsResultComplete
* Glean.update.bitsResultPartial
* @param aResultType
* The result code. This will be one of the ERROR_TYPE_* values defined
* in the nsIBits interface.
*/
_pingBitsResult: function UT_pingBitsResult(aIsComplete, aResultType) {
let patchType;
if (aIsComplete) {
patchType = this.PATCH_COMPLETE;
} else {
patchType = this.PATCH_PARTIAL;
}
try {
Glean.update["bitsResult" + patchType].accumulateSingleSample(
aResultType
);
} catch (e) {
console.error(e);
}
},
/**
* Submit the interval in days since the last notification for this background
* update check or a boolean if the last notification is in the future.
*
* @param aSuffix
* The metric id suffix for metric names:
* Glean.update.invalidLastupdatetimeExternal
* Glean.update.invalidLastupdatetimeNotify
* Glean.update.invalidLastupdatetimeSubsequent
* Glean.update.lastNotifyIntervalDaysExternal
* Glean.update.lastNotifyIntervalDaysNotify
* Glean.update.lastNotifyIntervalDaysSubsequent
*/
pingLastUpdateTime: function UT_pingLastUpdateTime(aSuffix) {
const PREF_APP_UPDATE_LASTUPDATETIME =
"app.update.lastUpdateTime.background-update-timer";
if (Services.prefs.prefHasUserValue(PREF_APP_UPDATE_LASTUPDATETIME)) {
let lastUpdateTimeSeconds = Services.prefs.getIntPref(
PREF_APP_UPDATE_LASTUPDATETIME
);
if (lastUpdateTimeSeconds) {
let currentTimeSeconds = Math.round(Date.now() / 1000);
if (lastUpdateTimeSeconds > currentTimeSeconds) {
try {
// counter metric
Glean.update["invalidLastupdatetime" + aSuffix].add();
} catch (e) {
console.error(e);
}
} else {
let intervalDays =
(currentTimeSeconds - lastUpdateTimeSeconds) / (60 * 60 * 24);
try {
// timing_distribution metric with day as the unit
Glean.update[
"lastNotifyIntervalDays" + aSuffix
].accumulateSingleSample(intervalDays);
} catch (e) {
console.error(e);
}
}
}
}
},
/**
* Submit a telemetry ping for a boolean value that indicates if the
* service is installed and a counter that indicates if the service was
* at some point installed and is now uninstalled.
*
* @param aSuffix
* The metric name suffix for metric names:
* Glean.update.serviceInstalledExternal
* Glean.update.serviceInstalledNotify
* Glean.update.serviceInstalledSubsequent
* Glean.update.serviceManuallyUninstalledExternal
* Glean.update.serviceManuallyUninstalledNotify
* Glean.update.serviceManuallyUninstalledSubsequent
* @param aInstalled
* Whether the service is installed.
*/
pingServiceInstallStatus: function UT_PSIS(aSuffix, aInstalled) {
// Report the error but don't throw since it is more important to
// successfully update than to throw.
if (!("@mozilla.org/windows-registry-key;1" in Cc)) {
console.error(Cr.NS_ERROR_NOT_AVAILABLE);
return;
}
try {
// labeled_counter metric with "false" and "true" labels
Glean.update["serviceInstalled" + aSuffix][aInstalled].add();
} catch (e) {
console.error(e);
}
let attempted = 0;
try {
let wrk = Cc["@mozilla.org/windows-registry-key;1"].createInstance(
Ci.nsIWindowsRegKey
);
wrk.open(
wrk.ROOT_KEY_LOCAL_MACHINE,
"SOFTWARE\\Mozilla\\MaintenanceService",
wrk.ACCESS_READ | wrk.WOW64_64
);
// Was the service at some point installed, but is now uninstalled?
attempted = wrk.readIntValue("Attempted");
wrk.close();
} catch (e) {
// Since this will throw if the registry key doesn't exist (e.g. the
// service has never been installed) don't report an error.
}
try {
if (!aInstalled && attempted) {
// counter metric
Glean.update["serviceManuallyUninstalled" + aSuffix].add();
}
} catch (e) {
console.error(e);
}
},
/**
* Submit a telemetry ping for a counter glean metric when the expected value
* does not equal the boolean value of a pref or if the pref isn't present
* when the expected value does not equal default value. This lessens the
* amount of data submitted to telemetry.
*
* @param aMetric
* The glean metric to report to.
* @param aPref
* The preference to check.
* @param aDefault
* The default value when the preference isn't present.
* @param aExpected (optional)
* If specified and the value is the same as the value that will be
* added the value won't be added to telemetry.
*/
pingBoolPref: function UT_pingBoolPref(aMetric, aPref, aDefault, aExpected) {
try {
let val = aDefault;
if (Services.prefs.getPrefType(aPref) != Ci.nsIPrefBranch.PREF_INVALID) {
val = Services.prefs.getBoolPref(aPref);
}
if (val != aExpected) {
// counter metric
aMetric.add();
}
} catch (e) {
console.error(e);
}
},
/**
* Submit a telemetry ping for a glean metric with the integer value of a
* preference when it is not the expected value or the default value when it
* is not the expected value. This lessens the amount of data submitted to
* telemetry.
*
* @param aMetric
* The glean metric to report to.
* @param aPref
* The preference to check.
* @param aDefault
* The default value when the pref is not set.
* @param aExpected (optional)
* If specified and the value is the same as the value that will be
* added the value won't be added to telemetry.
*/
pingIntPref: function UT_pingIntPref(aMetric, aPref, aDefault, aExpected) {
try {
let val = aDefault;
if (Services.prefs.getPrefType(aPref) != Ci.nsIPrefBranch.PREF_INVALID) {
val = Services.prefs.getIntPref(aPref);
}
if (aExpected === undefined || val != aExpected) {
// custom_distribution metric
aMetric.accumulateSingleSample(val);
}
} catch (e) {
console.error(e);
}
},
/**
* Valid keys for the update.moveresult scalar.
*/
MOVE_RESULT_SUCCESS: "SUCCESS",
MOVE_RESULT_UNKNOWN_FAILURE: "UNKNOWN_FAILURE",
/**
* Reports the passed result of attempting to move the downloading update
* into the ready update directory.
*/
pingMoveResult: function UT_pingMoveResult(aResult) {
Glean.update.moveResult[aResult].add(1);
},
pingSuppressPrompts: function UT_pingSuppressPrompts() {
try {
let val = Services.prefs.getBoolPref("app.update.suppressPrompts", false);
if (val === true) {
Glean.update.suppressPrompts.set(true);
}
} catch (e) {
console.error(e);
}
},
pingPinPolicy: function UT_pingPinPolicy(updatePin) {
try {
Glean.update.versionPin.set(updatePin);
} catch (e) {
console.error(e);
}
},
};
Object.freeze(AUSTLMY);