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Commit 5e3e7faf authored by Yiming Zhou's avatar Yiming Zhou Committed by Commit Bot
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Record a user's Chrome autofill profile and Passwords in the Recorder. 

Chrome extensions do not have direct access to a user's Chrome profile information, information such as saved passwords and autofill profiles.
However, the Action Recorder Extension may derive a user's saved passwords and autofill profile by observing the password fields, shipping info fields and payment fields that Chrome autofills.

To land this change, I also had to change how the extension detects the Chrome Autofill action. Prior to this change, the extension detects Chrome Autofill using a combination of keydown and onchange event listeners. This strategy can distinguish user typing actions from Chrome autofill actions, but this stategy does not distinguish Chrome autofill actions from Page JavaScript changing input values. In this change, I switched the extension to using the method outlined in https://medium.com/@brunn/detecting-autofilled-fields-in-javascript-aed598d25da7 to detect Chrome autofill.

Bug: 855284
Change-Id: I22283d5684237084ca2a8b95d9f4723be46b7746
Reviewed-on: https://chromium-review.googlesource.com/1208446
Commit-Queue: Yiming Zhou <uwyiming@google.com>
Reviewed-by: default avatarJared Saul <jsaul@google.com>
Cr-Commit-Position: refs/heads/master@{#589653}
parent 85683b62
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Showing with 401 additions and 167 deletions
components/test/data/autofill/automated_integration/action_recorder_extension/background/background.js
View file @ 5e3e7faf
......@@ -57,6 +57,10 @@
{ keyPath: 'action_index', autoIncrement: true });
db.createObjectStore(Indexed_DB_Vars.SAVED_ACTION_PARAMS,
{ autoIncrement: true });
db.createObjectStore(Indexed_DB_Vars.AUTOFILL_PROFILE,
{ keyPath: 'type' });
db.createObjectStore(Indexed_DB_Vars.PASSWORD_MANAGER_PROFILE,
{ keyPath: ['website', 'username'] });
event.target.transaction.oncomplete = (event) => {
resolve(db);
};
......@@ -85,10 +89,13 @@
async function performTransactionOnRecipeIndexedDB(transactionToPerform) {
const db = await openRecipeIndexedDB();
return await new Promise((resolve, reject) => {
const transaction = db.transaction([Indexed_DB_Vars.ATTRIBUTES,
Indexed_DB_Vars.ACTIONS,
Indexed_DB_Vars.SAVED_ACTION_PARAMS],
'readwrite');
const transaction = db.transaction([
Indexed_DB_Vars.ATTRIBUTES,
Indexed_DB_Vars.ACTIONS,
Indexed_DB_Vars.SAVED_ACTION_PARAMS,
Indexed_DB_Vars.AUTOFILL_PROFILE,
Indexed_DB_Vars.PASSWORD_MANAGER_PROFILE],
'readwrite');
transaction.oncomplete = (event) => {
resolve(event);
};
......@@ -115,7 +122,7 @@
});
}
async function addActionToRecipe(action, tabId) {
async function addActionToRecipe(action, tabId, skipUpdatingUi) {
const db = await openRecipeIndexedDB();
const key = await new Promise((resolve, reject) => {
const transaction = db.transaction([Indexed_DB_Vars.ACTIONS],
......@@ -145,13 +152,15 @@
db.close();
});
// Update the recording UI with the new action.
const frameId = await getRecorderUiFrameId();
action.action_index = key;
await sendMessageToTab(
tabId,
{ type: RecorderUiMsgEnum.ADD_ACTION, action: action},
{ frameId: frameId });
if (!skipUpdatingUi) {
// Update the recording UI with the new action.
const frameId = await getRecorderUiFrameId();
action.action_index = key;
await sendMessageToTab(
tabId,
{ type: RecorderUiMsgEnum.ADD_ACTION, action: action},
{ frameId: frameId });
}
}
function removeActionFromRecipe(index) {
......@@ -160,13 +169,32 @@
});
}
function insertChromeAutofillProfileEntry(entry) {
return performTransactionOnRecipeIndexedDB((transaction) => {
const autofillProfileStore =
transaction.objectStore(Indexed_DB_Vars.AUTOFILL_PROFILE);
autofillProfileStore.add(entry);
});
}
function insertChromePasswordManagerProfileEntry(entry) {
return performTransactionOnRecipeIndexedDB((transaction) => {
const passwordManagerProfileStore =
transaction.objectStore(Indexed_DB_Vars.PASSWORD_MANAGER_PROFILE);
passwordManagerProfileStore.add(entry);
});
}
async function getRecipe() {
const db = await openRecipeIndexedDB();
let recipe = {};
return await new Promise((resolve, reject) => {
const transaction = db.transaction([Indexed_DB_Vars.ATTRIBUTES,
Indexed_DB_Vars.ACTIONS],
'readonly');
const transaction = db.transaction([
Indexed_DB_Vars.ATTRIBUTES,
Indexed_DB_Vars.ACTIONS,
Indexed_DB_Vars.AUTOFILL_PROFILE,
Indexed_DB_Vars.PASSWORD_MANAGER_PROFILE],
'readonly');
transaction.oncomplete = (event) => {
resolve(recipe);
};
......@@ -182,6 +210,30 @@
recipe.startingURL = urlReq.result;
};
const autofillProfileStore =
transaction.objectStore(Indexed_DB_Vars.AUTOFILL_PROFILE);
const autofillProfileReq = autofillProfileStore.getAll();
autofillProfileReq.onsuccess = (event) => {
recipe.autofillProfile =
autofillProfileReq.result ? autofillProfileReq.result : [];
};
const passwordManagerProfileStore =
transaction.objectStore(Indexed_DB_Vars.PASSWORD_MANAGER_PROFILE);
const passwordManagerProfileReq = passwordManagerProfileStore.getAll();
passwordManagerProfileReq.onsuccess = (event) => {
recipe.passwordManagerProfiles = [];
// Filter out passwords submitted by the user during the course of
// recording.
if (passwordManagerProfileReq.result) {
for (const entry of passwordManagerProfileReq.result) {
if (entry.submittedByUser === undefined) {
recipe.passwordManagerProfiles.push(entry);
}
}
}
};
const actionsStore = transaction.objectStore(Indexed_DB_Vars.ACTIONS);
const actionsReq = actionsStore.getAll();
actionsReq.onsuccess = (event) => {
......@@ -223,13 +275,14 @@
});
}
function savePasswordEventParams(userName, password) {
function savePasswordEventParams(username, password, website) {
return performTransactionOnRecipeIndexedDB((transaction) => {
const attributeStore =
transaction.objectStore(Indexed_DB_Vars.SAVED_ACTION_PARAMS);
attributeStore.put({
userName: userName,
password: password
username: username,
password: password,
website: website
}, Indexed_DB_Vars.PASSWORD_MANAGER_PARAMS);
});
}
......@@ -538,23 +591,47 @@
}
async function setPasswordEventParams(params, mainFrameIsReady) {
await savePasswordEventParams(params.userName, params.password);
// Add an empty entry to the Password Manager Profile Table.
//
// The Password Manager Profile Table stores the saved passwords a user
// has at the start of recording.
//
// An empty entry is an entry consisting of an origin and a user name,
// but not a password.
//
// The background script adds Password Manager Profile table entries by
// insertion - in other words, the background script cannot override an
// existing entry. The background script creates an empty entry to denote
// that at the start of recording, Chrome did not have a saved password for
// the specified username on the specified origin. If a user saves a new
// password during the course of recording, the empty entry prevents the
// background from erroneously recording the new entry as present at the
// start of recording.
await insertChromePasswordManagerProfileEntry({
submittedByUser: true,
username: params.username,
website: params.website
});
await savePasswordEventParams(params.username, params.password,
params.website);
if (!mainFrameIsReady) {
return true;
}
return await sendPasswordEventParamsToUi(params.userName, params.password);
return await sendPasswordEventParamsToUi(params.username, params.password);
}
async function sendPasswordEventParamsToUi(userName, password) {
async function sendPasswordEventParamsToUi(username, password, website) {
const tabId = await getRecordingTabId();
const frameId = await getRecorderUiFrameId();
const response = await sendMessageToTab(
tabId,
{ type: RecorderUiMsgEnum.SET_PASSWORD_MANAGER_ACTION_PARAMS,
userName: userName,
password: password },
username: username,
password: password,
website: website },
{ frameId: frameId });
return response;
}
......@@ -669,7 +746,7 @@
url: details.url,
context: { 'isIframe': false },
type: ActionTypeEnum.LOAD_PAGE
});
}, tabId, true);
const state = await getRecordingState();
if (state === RecorderStateEnum.HIDDEN) {
......@@ -759,6 +836,14 @@
// message originates from the main frame.
sender.frameId != 0);
return false;
case RecorderMsgEnum.SET_AUTOFILL_PROFILE_ENTRY:
insertChromeAutofillProfileEntry(request.entry);
sendResponse(true);
return false;
case RecorderMsgEnum.SET_PASSWORD_MANAGER_PROFILE_ENTRY:
insertChromePasswordManagerProfileEntry(request.entry);
sendResponse(true);
return false;
default:
}
return false;
......
components/test/data/autofill/automated_integration/action_recorder_extension/constants.js
View file @ 5e3e7faf
......@@ -53,7 +53,9 @@ const RecorderMsgEnum = {
CANCEL: 'cancel-recording',
GET_IFRAME_NAME: 'get-iframe-name',
ADD_ACTION: 'record-action',
SET_PASSWORD_MANAGER_ACTION_PARAMS: 'set-password-manager-action-params'
SET_PASSWORD_MANAGER_ACTION_PARAMS: 'set-password-manager-action-params',
SET_AUTOFILL_PROFILE_ENTRY: 'set-autofill-profile-entry',
SET_PASSWORD_MANAGER_PROFILE_ENTRY: 'set-password-manager-profile-entry'
};
const Local_Storage_Vars = {
......@@ -74,4 +76,8 @@ const Indexed_DB_Vars = {
// actions.
SAVED_ACTION_PARAMS: 'Saved_Action_Params',
PASSWORD_MANAGER_PARAMS: 'password_manager_params',
// The 'Profile' tables stores the user's Chrome autofill profile and Chrome
// password manager profile.
AUTOFILL_PROFILE: 'autofill_profile',
PASSWORD_MANAGER_PROFILE: 'password_manager_profile'
};
components/test/data/autofill/automated_integration/action_recorder_extension/content/action_handler.js
View file @ 5e3e7faf
......@@ -187,10 +187,8 @@
let started = false;
let iframeContextMap = {};
function isAutofillableElement(element) {
const autofillPrediction = element.getAttribute('autofill-prediction');
return (autofillPrediction !== null && autofillPrediction !== '' &&
autofillPrediction !== 'UNKNOWN_TYPE');
function resetAutofillTriggerElement() {
autofillTriggerElementInfo = null;
}
function isEditableInputElement(element) {
......@@ -221,103 +219,169 @@
.indexOf(element.getAttribute('type')) === -1);
}
/**
* Returns true if |element| is probably a clickable element.
*
* @param {Element} element The element to be checked.
* @return {boolean} True if the element is probably clickable.
*/
function isClickableElementOrInput(element) {
return (element.tagName == 'A' ||
element.tagName == 'BUTTON' ||
element.tagName == 'IMG' ||
element.tagName == 'INPUT' ||
element.tagName == 'LABEL' ||
element.tagName == 'SPAN' ||
element.tagName == 'SUBMIT' ||
element.getAttribute('href'));
}
function addActionToRecipe(action) {
return sendRuntimeMessageToBackgroundScript({
async function extractAndSendChromePasswordManagerProfile(passwordField) {
// Extract the user name field.
const form = passwordField.form;
const usernameField = form.querySelector(
`*[form_signature][pm_parser_annotation='username_element']`);
if (!usernameField) {
console.warn('Failed to detect the user name field!');
return;
}
const autofilledPasswordManagerProfile = {
username: usernameField.value,
password: passwordField.value,
website: window.location.origin
};
return await sendRuntimeMessageToBackgroundScript({
type: RecorderMsgEnum.SET_PASSWORD_MANAGER_PROFILE_ENTRY,
entry: autofilledPasswordManagerProfile
});
}
async function sendChromeAutofillProfileEntry(field) {
const entry = {
type: field.getAttribute('autofill-prediction'),
value: field.value
};
return await sendRuntimeMessageToBackgroundScript({
type: RecorderMsgEnum.SET_AUTOFILL_PROFILE_ENTRY,
entry: entry
});
}
async function addActionToRecipe(action) {
return await sendRuntimeMessageToBackgroundScript({
type: RecorderMsgEnum.ADD_ACTION,
action: action
});
}
function onInputChangeActionHandler(event) {
const selector = buildXPathForElement(event.target);
const elementReadyState = automation_helper.getElementState(event.target);
const autofillPrediction =
event.target.getAttribute('autofill-prediction');
async function onUserMakingSelectionChange(element) {
const selector = buildXPathForElement(element);
const elementReadyState = automation_helper.getElementState(element);
const index = element.options.selectedIndex;
console.log(`Select detected on: ${selector} with '${index}'`);
const action = {
context: frameContext,
index: index,
selector: selector,
type: ActionTypeEnum.SELECT,
visibility: elementReadyState
};
await addActionToRecipe(action);
}
async function onUserFinishingTypingInput(element) {
const selector = buildXPathForElement(element);
const elementReadyState = automation_helper.getElementState(element);
console.log(`Typing detected on: ${selector}`);
// Distinguish between typing inside password input fields and
// other type of text input fields.
//
// This extension generates test recipes to be consumed by the Captured
// Sites Automation Framework. The automation framework replays a typing
// action by using JavaScript to set the value of a text input field.
//
// However, to trigger the Chrome Password Manager, the automation
// framework must simulate user typing inside the password field by
// sending individual character keyboard input - because Chrome Password
// Manager deliberately ignores forms filled by JavaScript.
//
// Simulating keyboard input is a less reliable and therefore the less
// preferred way for filling text inputs. The Automation Framework uses
// keyboard input only when necessary. So this extension separates
// typing password actions from other typing actions.
const isPasswordField = isPasswordInputElement(event.target);
const action = {
context: frameContext,
selector: selector,
type:
isPasswordField ? ActionTypeEnum.TYPE_PASSWORD: ActionTypeEnum.TYPE,
value: element.value,
visibility: elementReadyState
};
await addActionToRecipe(action);
}
async function onUserInvokingAutofill() {
console.log(
`Triggered autofill on ${autofillTriggerElementInfo.selector}`);
const autofillAction = {
selector: autofillTriggerElementInfo.selector,
context: frameContext,
type: ActionTypeEnum.AUTOFILL,
visibility: autofillTriggerElementInfo.visibility
};
resetAutofillTriggerElement();
await addActionToRecipe(autofillAction);
}
async function onChromeAutofillingNonPasswordInput(element) {
const selector = buildXPathForElement(element);
const elementReadyState = automation_helper.getElementState(element);
const value = element.value;
const autofillType = element.getAttribute('autofill-prediction');
console.log(`Autofill detected on: ${selector} with value '${value}'`);
let action = {
context: frameContext,
expectedValue: value,
selector: selector,
type: ActionTypeEnum.VALIDATE_FIELD,
visibility: elementReadyState
};
if (autofillType) {
action.expectedAutofillType = autofillType;
}
await addActionToRecipe(action);
if (autofillType) {
await sendChromeAutofillProfileEntry(element);
}
}
async function onChromeAutofillingPasswordInput(element) {
const elementReadyState = automation_helper.getElementState(element);
const selector = buildXPathForElement(element);
const value = element.value;
console.log(`Autofill detected on: ${selector} with value '${value}'`);
let validateAction = {
selector: selector,
context: frameContext,
expectedValue: value,
type: ActionTypeEnum.VALIDATE_FIELD,
visibility: elementReadyState
};
await addActionToRecipe(validateAction);
if (event.target.localName === 'select') {
if (document.activeElement === event.target) {
const index = event.target.options.selectedIndex;
console.log(`Select detected on: ${selector} with '${index}'`);
action.type = ActionTypeEnum.SELECT;
action.index = index;
addActionToRecipe(action);
} else {
action.type = ActionTypeEnum.VALIDATE_FIELD;
action.expectedValue = event.target.value;
if (autofillPrediction) {
action.expectedAutofillType = autofillPrediction;
}
addActionToRecipe(action);
}
} else if (lastTypingEventInfo &&
lastTypingEventInfo.target === event.target &&
lastTypingEventInfo.value === event.target.value) {
console.log(`Typing detected on: ${selector}`);
await extractAndSendChromePasswordManagerProfile(element);
}
// Distinguish between typing inside password input fields and
// other type of text input fields.
//
// This extension generates test recipes to be consumed by the Captured
// Sites Automation Framework. The automation framework replays a typing
// action by using JavaScript to set the value of a text input field.
// However, to trigger the Chrome Password Manager, the automation
// framework must simulate user typing inside the password field by
// sending individual character keyboard input - because Chrome Password
// Manager deliberately ignores forms filled by JavaScript.
//
// Simulating keyboard input is a less reliable and therefore the less
// preferred way for filling text inputs. The Automation Framework uses
// keyboard input only when necessary. So this extension separates
// typing password actions from other typing actions.
const isPasswordField = isPasswordInputElement(event.target);
action.type =
isPasswordField ?
ActionTypeEnum.TYPE_PASSWORD:
ActionTypeEnum.TYPE;
action.value = event.target.value;
addActionToRecipe(action);
} else {
async function onInputChangeActionHandler(event) {
if (event.target.autofilledByChrome &&
isChromeRecognizedPasswordField(event.target)) {
await onChromeAutofillingPasswordInput(event.target);
} else if (event.target.autofilledByChrome) {
// If the user has previously clicked on a field that can trigger
// autofill, add a trigger autofill action.
if (autofillTriggerElementInfo !== null) {
console.log(`Triggered autofill on ${autofillTriggerElementInfo.selector}`);
let autofillAction = {
selector: autofillTriggerElementInfo.selector,
context: frameContext,
visibility: autofillTriggerElementInfo.visibility
};
autofillAction.type = ActionTypeEnum.AUTOFILL;
addActionToRecipe(autofillAction);
autofillTriggerElementInfo = null;
await onUserInvokingAutofill();
}
action.type = ActionTypeEnum.VALIDATE_FIELD;
action.expectedValue = event.target.value;
if (autofillPrediction) {
action.expectedAutofillType = autofillPrediction;
}
addActionToRecipe(action);
await onChromeAutofillingNonPasswordInput(event.target);
} else if (event.target.localName === 'select') {
await onUserMakingSelectionChange(event.target);
} else if (lastTypingEventInfo &&
lastTypingEventInfo.target === event.target &&
lastTypingEventInfo.value === event.target.value) {
await onUserFinishingTypingInput(event.target);
}
}
......@@ -326,6 +390,8 @@
inputElements.forEach((element) => {
if (isEditableInputElement(element)) {
element.addEventListener('change', onInputChangeActionHandler, true);
element.addEventListener('animationstart', onAnimationStartHandler,
true);
}
});
}
......@@ -335,67 +401,96 @@
inputElements.forEach((element) => {
if (isEditableInputElement(element)) {
element.removeEventListener('change', onInputChangeActionHandler, true);
element.removeEventListener('animationstart', onAnimationStartHandler,
true);
}
});
}
function onClickActionHander(event) {
if (event.button === Buttons.LEFT_BUTTON &&
// Ignore if the event target is the html element. The click event
// triggers with the entire html element as the target when the user
// clicks on a scroll bar.
event.target.localName !== 'html') {
const element = event.target;
const elementReadyState =
automation_helper.getElementState(event.target);
const selector = buildXPathForElement(element);
console.log(`Left-click detected on: ${selector}`);
// If a field that can trigger autofill is clicked, save the the element
// selector path, as the user could have clicked this element to trigger
// autofill.
function onClickingAutofillableElement(element) {
const selector = buildXPathForElement(event.target);
const elementReadyState = automation_helper.getElementState(event.target);
autofillTriggerElementInfo = {
selector: selector,
visibility: elementReadyState
}
}
if (isEditableInputElement(element)) {
// If a field that can trigger autofill is clicked, save the
// the element selector path, as the user could have clicked
// this element to trigger autofill.
if (isAutofillableElement(element) && canTriggerAutofill(element)) {
autofillTriggerElementInfo = {
selector: selector,
visibility: elementReadyState
}
}
} else {
addActionToRecipe({
selector: selector,
visibility: elementReadyState,
context: frameContext,
type: ActionTypeEnum.CLICK
});
autofillTriggerElementInfo = null;
async function onLeftMouseClickingPageElement(element) {
// Reset the autofill trigger element.
resetAutofillTriggerElement();
// Do not record left mouse clicks on editable inputs.
// These clicks should always precede either a typing action, or an
// autofill action. The extension will record typing actions and
// autofill actions separately.
if (isEditableInputElement(element)) {
if (canTriggerAutofill(element)) {
onClickingAutofillableElement(element);
}
} else if (event.button === Buttons.RIGHT_BUTTON) {
const element = event.target;
const selector = buildXPathForElement(element);
const elementReadyState =
automation_helper.getElementState(event.target);
console.log(`Right-click detected on: ${selector}`);
addActionToRecipe({
selector: selector,
visibility: elementReadyState,
context: frameContext,
type: ActionTypeEnum.HOVER
});
return;
}
// Ignore left mouse clicks on the html element. A page fires an event
// with the entire html element as the target when the user clicks on
// Chrome's side scroll bar.
if (event.target.localName === 'html')
return;
const elementReadyState =
automation_helper.getElementState(element);
const selector = buildXPathForElement(element);
console.log(`Left-click detected on: ${selector}`);
await addActionToRecipe({
selector: selector,
visibility: elementReadyState,
context: frameContext,
type: ActionTypeEnum.CLICK
});
}
function onKeyUpActionHandler(event) {
if (event.key === 'Enter') {
const elementReadyState =
automation_helper.getElementState(event.target);
const selector = buildXPathForElement(event.target);
addActionToRecipe({
async function onRightMouseClickingPageElement(element) {
const selector = buildXPathForElement(element);
const elementReadyState =
automation_helper.getElementState(element);
console.log(`Right-click detected on: ${selector}`);
await addActionToRecipe({
selector: selector,
visibility: elementReadyState,
context: frameContext,
type: ActionTypeEnum.PRESS_ENTER
type: ActionTypeEnum.HOVER
});
}
async function onClickActionHander(event) {
if (event.button === Buttons.LEFT_BUTTON) {
await onLeftMouseClickingPageElement(event.target);
} else if (event.button === Buttons.RIGHT_BUTTON) {
await onRightMouseClickingPageElement(event.target);
}
}
async function onEnterKeyUp(element) {
const elementReadyState = automation_helper.getElementState(element);
const selector = buildXPathForElement(element);
console.log(`Enter detected on: ${selector}'`);
await addActionToRecipe({
selector: selector,
visibility: elementReadyState,
context: frameContext,
type: ActionTypeEnum.PRESS_ENTER
});
}
async function onKeyUpActionHandler(event) {
if (event.key === 'Enter') {
return await onEnterKeyUp(event.target);
}
if (isEditableInputElement(event.target)) {
......@@ -408,13 +503,13 @@
}
}
function onPasswordFormSubmitHandler(event) {
async function onPasswordFormSubmitHandler(event) {
const form = event.target;
// Extract the form signature value from the form.
const fields = form.querySelectorAll(
`*[form_signature][pm_parser_annotation]`);
let userName = null;
let username = null;
let password = null;
for (const field of fields) {
const passwordManagerAnnotation =
......@@ -426,22 +521,25 @@
password = field.value;
break;
case 'username_element':
userName = field.value;
username = field.value;
break;
default:
}
}
if (!userName || !password) {
if (!username || !password) {
// The form is missing a user name field or a password field.
// The content script should not forward an incomplete password form to
// the recorder extension. Exit.
return;
}
sendRuntimeMessageToBackgroundScript({
await sendRuntimeMessageToBackgroundScript({
type: RecorderMsgEnum.SET_PASSWORD_MANAGER_ACTION_PARAMS,
params: { userName: userName, password: password }
params: {
username: username,
password: password,
website: window.location.origin }
});
}
......@@ -459,8 +557,48 @@
});
}
function addCssStyleToTriggerAutofillEvents() {
let style = document.createElement("style");
style.type = 'text/css';
const css = `@keyframes onAutoFillStart {
from {/**/} to {/**/}
}
@keyframes onAutoFillCancel {
from {/**/} to {/**/}
}
input:-webkit-autofill,
select:-webkit-autofill,
textarea:-webkit-autofill {
animation-name: onAutoFillStart;
}
input:not(:-webkit-autofill),
select:not(:-webkit-autofill),
textarea:not(:-webkit-autofill) {
animation-name: onAutoFillCancel;
}`;
style.appendChild(document.createTextNode(css));
document.getElementsByTagName('head')[0].appendChild(style);
}
function onAnimationStartHandler(event) {
switch (event.animationName) {
case 'onAutoFillStart':
event.target.autofilledByChrome = true;
break;
case 'onAutoFillCancel':
event.target.autofilledByChrome = false;
break;
default:
}
}
function startRecording(context) {
frameContext = context;
// Add a css rule to allow the extension to detect when Chrome
// autofills password input fields.
addCssStyleToTriggerAutofillEvents();
// Register on change listeners on all the input elements.
registerOnInputChangeActionListener(document);
registerOnPasswordFormSubmitHandler(document);
......
components/test/data/autofill/automated_integration/action_recorder_extension/content/panel.js
View file @ 5e3e7faf
......@@ -127,9 +127,14 @@ document.addEventListener('DOMContentLoaded', () => {
break;
case ActionTypeEnum.VALIDATE_FIELD:
actionLabel.textContent = 'validate field';
actionDetailLabel.textContent = `check that field
(${action.expectedAutofillType}) has the value
'${action.expectedValue}'`;
if (action.expectedAutofillType) {
actionDetailLabel.textContent = `check that field
(${action.expectedAutofillType}) has the value
'${action.expectedValue}'`;
} else {
actionDetailLabel.textContent = `check that field
has the value '${action.expectedValue}'`;
}
break;
case ActionTypeEnum.SAVE_PASSWORD:
actionLabel.textContent = 'save password';
......
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