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|
// Copyright (c) 2012 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "base/strings/string_util.h"
#include "base/strings/utf_string_conversions.h"
#include "chrome/test/base/chrome_render_view_test.h"
#include "components/autofill/content/common/autofill_messages.h"
#include "components/autofill/content/renderer/autofill_agent.h"
#include "components/autofill/content/renderer/form_autofill_util.h"
#include "components/autofill/content/renderer/password_autofill_agent.h"
#include "components/autofill/content/renderer/test_password_autofill_agent.h"
#include "components/autofill/core/common/form_data.h"
#include "components/autofill/core/common/form_field_data.h"
#include "components/autofill/core/common/password_autofill_util.h"
#include "testing/gtest/include/gtest/gtest.h"
#include "third_party/WebKit/public/platform/WebString.h"
#include "third_party/WebKit/public/platform/WebVector.h"
#include "third_party/WebKit/public/web/WebDocument.h"
#include "third_party/WebKit/public/web/WebElement.h"
#include "third_party/WebKit/public/web/WebFormElement.h"
#include "third_party/WebKit/public/web/WebInputElement.h"
#include "third_party/WebKit/public/web/WebLocalFrame.h"
#include "third_party/WebKit/public/web/WebNode.h"
#include "third_party/WebKit/public/web/WebView.h"
#include "ui/events/keycodes/keyboard_codes.h"
using autofill::PasswordForm;
using base::ASCIIToUTF16;
using base::UTF16ToUTF8;
using blink::WebDocument;
using blink::WebElement;
using blink::WebFrame;
using blink::WebInputElement;
using blink::WebString;
using blink::WebView;
namespace {
// The name of the username/password element in the form.
const char kUsernameName[] = "username";
const char kPasswordName[] = "password";
const char kAliceUsername[] = "alice";
const char kAlicePassword[] = "password";
const char kBobUsername[] = "bob";
const char kBobPassword[] = "secret";
const char kCarolUsername[] = "Carol";
const char kCarolPassword[] = "test";
const char kCarolAlternateUsername[] = "RealCarolUsername";
const char kFormHTML[] =
"<FORM name='LoginTestForm' action='http://www.bidule.com'>"
" <INPUT type='text' id='username'/>"
" <INPUT type='password' id='password'/>"
" <INPUT type='submit' value='Login'/>"
"</FORM>";
const char kVisibleFormHTML[] =
"<head> <style> form {display: inline;} </style> </head>"
"<body>"
" <form>"
" <div>"
" <input type='password' id='password'/>"
" </div>"
" </form>"
"</body>";
const char kEmptyFormHTML[] =
"<head> <style> form {display: inline;} </style> </head>"
"<body> <form> </form> </body>";
const char kNonVisibleFormHTML[] =
"<head> <style> form {display: none;} </style> </head>"
"<body>"
" <form>"
" <div>"
" <input type='password' id='password'/>"
" </div>"
" </form>"
"</body>";
const char kEmptyWebpage[] =
"<html>"
" <head>"
" </head>"
" <body>"
" </body>"
"</html>";
const char kRedirectionWebpage[] =
"<html>"
" <head>"
" <meta http-equiv='Content-Type' content='text/html'>"
" <title>Redirection page</title>"
" <script></script>"
" </head>"
" <body>"
" <script type='text/javascript'>"
" function test(){}"
" </script>"
" </body>"
"</html>";
const char kSimpleWebpage[] =
"<html>"
" <head>"
" <meta charset='utf-8' />"
" <title>Title</title>"
" </head>"
" <body>"
" <form name='LoginTestForm'>"
" <input type='text' id='username'/>"
" <input type='password' id='password'/>"
" <input type='submit' value='Login'/>"
" </form>"
" </body>"
"</html>";
const char kWebpageWithDynamicContent[] =
"<html>"
" <head>"
" <meta charset='utf-8' />"
" <title>Title</title>"
" </head>"
" <body>"
" <script type='text/javascript'>"
" function addParagraph() {"
" var p = document.createElement('p');"
" document.body.appendChild(p);"
" }"
" window.onload = addParagraph;"
" </script>"
" </body>"
"</html>";
const char kJavaScriptClick[] =
"var event = new MouseEvent('click', {"
" 'view': window,"
" 'bubbles': true,"
" 'cancelable': true"
"});"
"var form = document.getElementById('myform1');"
"form.dispatchEvent(event);"
"console.log('clicked!');";
const char kOnChangeDetectionScript[] =
"<script>"
" usernameOnchangeCalled = false;"
" passwordOnchangeCalled = false;"
" document.getElementById('username').onchange = function() {"
" usernameOnchangeCalled = true;"
" };"
" document.getElementById('password').onchange = function() {"
" passwordOnchangeCalled = true;"
" };"
"</script>";
// Sets the "readonly" attribute of |element| to the value given by |read_only|.
void SetElementReadOnly(WebInputElement& element, bool read_only) {
element.setAttribute(WebString::fromUTF8("readonly"),
read_only ? WebString::fromUTF8("true") : WebString());
}
} // namespace
namespace autofill {
class PasswordAutofillAgentTest : public ChromeRenderViewTest {
public:
PasswordAutofillAgentTest() {
}
// Simulates the fill password form message being sent to the renderer.
// We use that so we don't have to make RenderView::OnFillPasswordForm()
// protected.
void SimulateOnFillPasswordForm(
const PasswordFormFillData& fill_data) {
AutofillMsg_FillPasswordForm msg(0, fill_data);
password_autofill_->OnMessageReceived(msg);
}
void SendVisiblePasswordForms() {
password_autofill_->SendPasswordForms(GetMainFrame(),
true /* only_visible */);
}
virtual void SetUp() {
ChromeRenderViewTest::SetUp();
// Add a preferred login and an additional login to the FillData.
username1_ = ASCIIToUTF16(kAliceUsername);
password1_ = ASCIIToUTF16(kAlicePassword);
username2_ = ASCIIToUTF16(kBobUsername);
password2_ = ASCIIToUTF16(kBobPassword);
username3_ = ASCIIToUTF16(kCarolUsername);
password3_ = ASCIIToUTF16(kCarolPassword);
alternate_username3_ = ASCIIToUTF16(kCarolAlternateUsername);
FormFieldData username_field;
username_field.name = ASCIIToUTF16(kUsernameName);
username_field.value = username1_;
fill_data_.basic_data.fields.push_back(username_field);
FormFieldData password_field;
password_field.name = ASCIIToUTF16(kPasswordName);
password_field.value = password1_;
password_field.form_control_type = "password";
fill_data_.basic_data.fields.push_back(password_field);
PasswordAndRealm password2;
password2.password = password2_;
fill_data_.additional_logins[username2_] = password2;
PasswordAndRealm password3;
password3.password = password3_;
fill_data_.additional_logins[username3_] = password3;
UsernamesCollectionKey key;
key.username = username3_;
key.password = password3_;
key.realm = "google.com";
fill_data_.other_possible_usernames[key].push_back(alternate_username3_);
// We need to set the origin so it matches the frame URL and the action so
// it matches the form action, otherwise we won't autocomplete.
UpdateOriginForHTML(kFormHTML);
fill_data_.basic_data.action = GURL("http://www.bidule.com");
LoadHTML(kFormHTML);
// Now retrieve the input elements so the test can access them.
UpdateUsernameAndPasswordElements();
}
virtual void TearDown() {
username_element_.reset();
password_element_.reset();
ChromeRenderViewTest::TearDown();
}
void UpdateOriginForHTML(const std::string& html) {
std::string origin = "data:text/html;charset=utf-8," + html;
fill_data_.basic_data.origin = GURL(origin);
}
void UpdateUsernameAndPasswordElements() {
WebDocument document = GetMainFrame()->document();
WebElement element =
document.getElementById(WebString::fromUTF8(kUsernameName));
ASSERT_FALSE(element.isNull());
username_element_ = element.to<blink::WebInputElement>();
element = document.getElementById(WebString::fromUTF8(kPasswordName));
ASSERT_FALSE(element.isNull());
password_element_ = element.to<blink::WebInputElement>();
}
void ClearUsernameAndPasswordFields() {
username_element_.setValue("");
username_element_.setAutofilled(false);
password_element_.setValue("");
password_element_.setAutofilled(false);
}
void SimulateUsernameChangeForElement(const std::string& username,
bool move_caret_to_end,
WebFrame* input_frame,
WebInputElement& username_input) {
username_input.setValue(WebString::fromUTF8(username));
// The field must have focus or AutofillAgent will think the
// change should be ignored.
while (!username_input.focused())
input_frame->document().frame()->view()->advanceFocus(false);
if (move_caret_to_end)
username_input.setSelectionRange(username.length(), username.length());
autofill_agent_->textFieldDidChange(username_input);
// Processing is delayed because of a Blink bug:
// https://bugs.webkit.org/show_bug.cgi?id=16976
// See PasswordAutofillAgent::TextDidChangeInTextField() for details.
// Autocomplete will trigger a style recalculation when we put up the next
// frame, but we don't want to wait that long. Instead, trigger a style
// recalcuation manually after TextFieldDidChangeImpl runs.
base::MessageLoop::current()->PostTask(FROM_HERE, base::Bind(
&PasswordAutofillAgentTest::LayoutMainFrame, base::Unretained(this)));
base::MessageLoop::current()->RunUntilIdle();
}
void LayoutMainFrame() {
GetMainFrame()->view()->layout();
}
void SimulateUsernameChange(const std::string& username,
bool move_caret_to_end) {
SimulateUsernameChangeForElement(username, move_caret_to_end,
GetMainFrame(), username_element_);
}
// Tests that no suggestion popup is generated when the username_element_ is
// edited.
void ExpectNoSuggestionsPopup() {
// The first test below ensures that the suggestions have been handled by
// the password_autofill_agent, even though autocomplete='off' is set. The
// second check ensures that, although handled, no "show suggestions" IPC to
// the browser was generated.
//
// This is interesting in the specific case of an autocomplete='off' form
// that also has a remembered username and password
// (http://crbug.com/326679). To fix the DCHECK that this case used to hit,
// |true| is returned from ShowSuggestions for all forms with valid
// usersnames that are autocomplete='off', prentending that a selection box
// has been shown to the user. Of course, it hasn't, so a message is never
// sent to the browser on acceptance, and the DCHECK isn't hit (and nothing
// is filled).
//
// These tests only make sense in the context of not ignoring
// autocomplete='off', so only test them if the disable autocomplete='off'
// flag is not enabled.
// TODO(jww): Remove this function and callers once autocomplete='off' is
// permanently ignored.
if (!ShouldIgnoreAutocompleteOffForPasswordFields()) {
EXPECT_TRUE(autofill_agent_->password_autofill_agent_->ShowSuggestions(
username_element_));
EXPECT_FALSE(render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_ShowPasswordSuggestions::ID));
}
}
void SimulateKeyDownEvent(const WebInputElement& element,
ui::KeyboardCode key_code) {
blink::WebKeyboardEvent key_event;
key_event.windowsKeyCode = key_code;
autofill_agent_->textFieldDidReceiveKeyDown(element, key_event);
}
void CheckTextFieldsStateForElements(const WebInputElement& username_element,
const std::string& username,
bool username_autofilled,
const WebInputElement& password_element,
const std::string& password,
bool password_autofilled,
bool checkSuggestedValue = true) {
EXPECT_EQ(username,
static_cast<std::string>(username_element.value().utf8()));
EXPECT_EQ(username_autofilled, username_element.isAutofilled());
EXPECT_EQ(password,
static_cast<std::string>(
checkSuggestedValue ? password_element.suggestedValue().utf8()
: password_element.value().utf8()));
EXPECT_EQ(password_autofilled, password_element.isAutofilled());
}
// Checks the DOM-accessible value of the username element and the
// *suggested* value of the password element.
void CheckTextFieldsState(const std::string& username,
bool username_autofilled,
const std::string& password,
bool password_autofilled) {
CheckTextFieldsStateForElements(username_element_, username,
username_autofilled, password_element_,
password, password_autofilled);
}
// Checks the DOM-accessible value of the username element and the
// DOM-accessible value of the password element.
void CheckTextFieldsDOMState(const std::string& username,
bool username_autofilled,
const std::string& password,
bool password_autofilled) {
CheckTextFieldsStateForElements(username_element_,
username,
username_autofilled,
password_element_,
password,
password_autofilled,
false);
}
void CheckUsernameSelection(int start, int end) {
EXPECT_EQ(start, username_element_.selectionStart());
EXPECT_EQ(end, username_element_.selectionEnd());
}
base::string16 username1_;
base::string16 username2_;
base::string16 username3_;
base::string16 password1_;
base::string16 password2_;
base::string16 password3_;
base::string16 alternate_username3_;
PasswordFormFillData fill_data_;
WebInputElement username_element_;
WebInputElement password_element_;
private:
DISALLOW_COPY_AND_ASSIGN(PasswordAutofillAgentTest);
};
// Tests that the password login is autocompleted as expected when the browser
// sends back the password info.
TEST_F(PasswordAutofillAgentTest, InitialAutocomplete) {
/*
* Right now we are not sending the message to the browser because we are
* loading a data URL and the security origin canAccessPasswordManager()
* returns false. May be we should mock URL loading to cirmcuvent this?
TODO(jcivelli): find a way to make the security origin not deny access to the
password manager and then reenable this code.
// The form has been loaded, we should have sent the browser a message about
// the form.
const IPC::Message* msg = render_thread_.sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordFormsParsed::ID);
ASSERT_TRUE(msg != NULL);
Tuple1<std::vector<PasswordForm> > forms;
AutofillHostMsg_PasswordFormsParsed::Read(msg, &forms);
ASSERT_EQ(1U, forms.a.size());
PasswordForm password_form = forms.a[0];
EXPECT_EQ(PasswordForm::SCHEME_HTML, password_form.scheme);
EXPECT_EQ(ASCIIToUTF16(kUsernameName), password_form.username_element);
EXPECT_EQ(ASCIIToUTF16(kPasswordName), password_form.password_element);
*/
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
SimulateOnFillPasswordForm(fill_data_);
// The username and password should have been autocompleted.
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
}
// Tests that we correctly fill forms having an empty 'action' attribute.
TEST_F(PasswordAutofillAgentTest, InitialAutocompleteForEmptyAction) {
const char kEmptyActionFormHTML[] =
"<FORM name='LoginTestForm'>"
" <INPUT type='text' id='username'/>"
" <INPUT type='password' id='password'/>"
" <INPUT type='submit' value='Login'/>"
"</FORM>";
LoadHTML(kEmptyActionFormHTML);
// Retrieve the input elements so the test can access them.
WebDocument document = GetMainFrame()->document();
WebElement element =
document.getElementById(WebString::fromUTF8(kUsernameName));
ASSERT_FALSE(element.isNull());
username_element_ = element.to<blink::WebInputElement>();
element = document.getElementById(WebString::fromUTF8(kPasswordName));
ASSERT_FALSE(element.isNull());
password_element_ = element.to<blink::WebInputElement>();
// Set the expected form origin and action URLs.
UpdateOriginForHTML(kEmptyActionFormHTML);
fill_data_.basic_data.action = fill_data_.basic_data.origin;
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
SimulateOnFillPasswordForm(fill_data_);
// The username and password should have been autocompleted.
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
}
// Tests that if a password is marked as readonly, neither field is autofilled
// on page load.
TEST_F(PasswordAutofillAgentTest, NoInitialAutocompleteForReadOnlyPassword) {
SetElementReadOnly(password_element_, true);
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsState(std::string(), false, std::string(), false);
}
// Can still fill a password field if the username is set to a value that
// matches.
TEST_F(PasswordAutofillAgentTest,
AutocompletePasswordForReadonlyUsernameMatched) {
username_element_.setValue(username3_);
SetElementReadOnly(username_element_, true);
// Filled even though username is not the preferred match.
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsState(UTF16ToUTF8(username3_), false,
UTF16ToUTF8(password3_), true);
}
// If a username field is empty and readonly, don't autofill.
TEST_F(PasswordAutofillAgentTest,
NoAutocompletePasswordForReadonlyUsernameUnmatched) {
username_element_.setValue(WebString::fromUTF8(""));
SetElementReadOnly(username_element_, true);
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsState(std::string(), false, std::string(), false);
}
// Tests that having a non-matching username precludes the autocomplete.
TEST_F(PasswordAutofillAgentTest, NoAutocompleteForFilledFieldUnmatched) {
username_element_.setValue(WebString::fromUTF8("bogus"));
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
SimulateOnFillPasswordForm(fill_data_);
// Neither field should be autocompleted.
CheckTextFieldsState("bogus", false, std::string(), false);
}
// Don't try to complete a prefilled value even if it's a partial match
// to a username.
TEST_F(PasswordAutofillAgentTest, NoPartialMatchForPrefilledUsername) {
username_element_.setValue(WebString::fromUTF8("ali"));
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsState("ali", false, std::string(), false);
}
TEST_F(PasswordAutofillAgentTest, InputWithNoForms) {
const char kNoFormInputs[] =
"<input type='text' id='username'/>"
"<input type='password' id='password'/>";
LoadHTML(kNoFormInputs);
SimulateOnFillPasswordForm(fill_data_);
// Input elements that aren't in a <form> won't autofill.
CheckTextFieldsState(std::string(), false, std::string(), false);
}
TEST_F(PasswordAutofillAgentTest, NoAutocompleteForTextFieldPasswords) {
const char kTextFieldPasswordFormHTML[] =
"<FORM name='LoginTestForm' action='http://www.bidule.com'>"
" <INPUT type='text' id='username'/>"
" <INPUT type='text' id='password'/>"
" <INPUT type='submit' value='Login'/>"
"</FORM>";
LoadHTML(kTextFieldPasswordFormHTML);
// Retrieve the input elements so the test can access them.
WebDocument document = GetMainFrame()->document();
WebElement element =
document.getElementById(WebString::fromUTF8(kUsernameName));
ASSERT_FALSE(element.isNull());
username_element_ = element.to<blink::WebInputElement>();
element = document.getElementById(WebString::fromUTF8(kPasswordName));
ASSERT_FALSE(element.isNull());
password_element_ = element.to<blink::WebInputElement>();
// Set the expected form origin URL.
UpdateOriginForHTML(kTextFieldPasswordFormHTML);
SimulateOnFillPasswordForm(fill_data_);
// Fields should still be empty.
CheckTextFieldsState(std::string(), false, std::string(), false);
}
TEST_F(PasswordAutofillAgentTest, NoAutocompleteForPasswordFieldUsernames) {
const char kPasswordFieldUsernameFormHTML[] =
"<FORM name='LoginTestForm' action='http://www.bidule.com'>"
" <INPUT type='password' id='username'/>"
" <INPUT type='password' id='password'/>"
" <INPUT type='submit' value='Login'/>"
"</FORM>";
LoadHTML(kPasswordFieldUsernameFormHTML);
// Retrieve the input elements so the test can access them.
WebDocument document = GetMainFrame()->document();
WebElement element =
document.getElementById(WebString::fromUTF8(kUsernameName));
ASSERT_FALSE(element.isNull());
username_element_ = element.to<blink::WebInputElement>();
element = document.getElementById(WebString::fromUTF8(kPasswordName));
ASSERT_FALSE(element.isNull());
password_element_ = element.to<blink::WebInputElement>();
// Set the expected form origin URL.
UpdateOriginForHTML(kPasswordFieldUsernameFormHTML);
SimulateOnFillPasswordForm(fill_data_);
// Fields should still be empty.
CheckTextFieldsState(std::string(), false, std::string(), false);
}
// Tests that having a matching username does not preclude the autocomplete.
TEST_F(PasswordAutofillAgentTest, InitialAutocompleteForMatchingFilledField) {
username_element_.setValue(WebString::fromUTF8(kAliceUsername));
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
SimulateOnFillPasswordForm(fill_data_);
// The username and password should have been autocompleted.
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
}
// Tests that editing the password clears the autocompleted password field.
TEST_F(PasswordAutofillAgentTest, PasswordClearOnEdit) {
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
SimulateOnFillPasswordForm(fill_data_);
// Simulate the user changing the username to some unknown username.
SimulateUsernameChange("alicia", true);
// The password should have been cleared.
CheckTextFieldsState("alicia", false, std::string(), false);
}
// Tests that we only autocomplete on focus lost and with a full username match
// when |wait_for_username| is true.
TEST_F(PasswordAutofillAgentTest, WaitUsername) {
// Simulate the browser sending back the login info.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
// No auto-fill should have taken place.
CheckTextFieldsState(std::string(), false, std::string(), false);
// No autocomplete should happen when text is entered in the username.
SimulateUsernameChange("a", true);
CheckTextFieldsState("a", false, std::string(), false);
SimulateUsernameChange("al", true);
CheckTextFieldsState("al", false, std::string(), false);
SimulateUsernameChange(kAliceUsername, true);
CheckTextFieldsState(kAliceUsername, false, std::string(), false);
// Autocomplete should happen only when the username textfield is blurred with
// a full match.
username_element_.setValue("a");
autofill_agent_->textFieldDidEndEditing(username_element_);
CheckTextFieldsState("a", false, std::string(), false);
username_element_.setValue("al");
autofill_agent_->textFieldDidEndEditing(username_element_);
CheckTextFieldsState("al", false, std::string(), false);
username_element_.setValue("alices");
autofill_agent_->textFieldDidEndEditing(username_element_);
CheckTextFieldsState("alices", false, std::string(), false);
username_element_.setValue(ASCIIToUTF16(kAliceUsername));
autofill_agent_->textFieldDidEndEditing(username_element_);
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
}
// Tests that inline autocompletion works properly.
TEST_F(PasswordAutofillAgentTest, InlineAutocomplete) {
// Simulate the browser sending back the login info.
SimulateOnFillPasswordForm(fill_data_);
// Clear the text fields to start fresh.
ClearUsernameAndPasswordFields();
// Simulate the user typing in the first letter of 'alice', a stored username.
SimulateUsernameChange("a", true);
// Both the username and password text fields should reflect selection of the
// stored login.
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
// And the selection should have been set to 'lice', the last 4 letters.
CheckUsernameSelection(1, 5);
// Now the user types the next letter of the same username, 'l'.
SimulateUsernameChange("al", true);
// Now the fields should have the same value, but the selection should have a
// different start value.
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
CheckUsernameSelection(2, 5);
// Test that deleting does not trigger autocomplete.
SimulateKeyDownEvent(username_element_, ui::VKEY_BACK);
SimulateUsernameChange("alic", true);
CheckTextFieldsState("alic", false, std::string(), false);
CheckUsernameSelection(4, 4); // No selection.
// Reset the last pressed key to something other than backspace.
SimulateKeyDownEvent(username_element_, ui::VKEY_A);
// Now lets say the user goes astray from the stored username and types the
// letter 'f', spelling 'alf'. We don't know alf (that's just sad), so in
// practice the username should no longer be 'alice' and the selected range
// should be empty.
SimulateUsernameChange("alf", true);
CheckTextFieldsState("alf", false, std::string(), false);
CheckUsernameSelection(3, 3); // No selection.
// Ok, so now the user removes all the text and enters the letter 'b'.
SimulateUsernameChange("b", true);
// The username and password fields should match the 'bob' entry.
CheckTextFieldsState(kBobUsername, true, kBobPassword, true);
CheckUsernameSelection(1, 3);
// Then, the user again removes all the text and types an uppercase 'C'.
SimulateUsernameChange("C", true);
// The username and password fields should match the 'Carol' entry.
CheckTextFieldsState(kCarolUsername, true, kCarolPassword, true);
CheckUsernameSelection(1, 5);
// The user removes all the text and types a lowercase 'c'. We only
// want case-sensitive autocompletion, so the username and the selected range
// should be empty.
SimulateUsernameChange("c", true);
CheckTextFieldsState("c", false, std::string(), false);
CheckUsernameSelection(1, 1);
// Check that we complete other_possible_usernames as well.
SimulateUsernameChange("R", true);
CheckTextFieldsState(kCarolAlternateUsername, true, kCarolPassword, true);
CheckUsernameSelection(1, 17);
}
TEST_F(PasswordAutofillAgentTest, IsWebNodeVisibleTest) {
blink::WebVector<blink::WebFormElement> forms1, forms2, forms3;
blink::WebFrame* frame;
LoadHTML(kVisibleFormHTML);
frame = GetMainFrame();
frame->document().forms(forms1);
ASSERT_EQ(1u, forms1.size());
EXPECT_TRUE(IsWebNodeVisible(forms1[0]));
LoadHTML(kEmptyFormHTML);
frame = GetMainFrame();
frame->document().forms(forms2);
ASSERT_EQ(1u, forms2.size());
EXPECT_FALSE(IsWebNodeVisible(forms2[0]));
LoadHTML(kNonVisibleFormHTML);
frame = GetMainFrame();
frame->document().forms(forms3);
ASSERT_EQ(1u, forms3.size());
EXPECT_FALSE(IsWebNodeVisible(forms3[0]));
}
TEST_F(PasswordAutofillAgentTest, SendPasswordFormsTest) {
render_thread_->sink().ClearMessages();
LoadHTML(kVisibleFormHTML);
const IPC::Message* message = render_thread_->sink()
.GetFirstMessageMatching(AutofillHostMsg_PasswordFormsRendered::ID);
EXPECT_TRUE(message);
Tuple1<std::vector<autofill::PasswordForm> > param;
AutofillHostMsg_PasswordFormsRendered::Read(message, ¶m);
EXPECT_TRUE(param.a.size());
render_thread_->sink().ClearMessages();
LoadHTML(kEmptyFormHTML);
message = render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordFormsRendered::ID);
EXPECT_TRUE(message);
AutofillHostMsg_PasswordFormsRendered::Read(message, ¶m);
EXPECT_FALSE(param.a.size());
render_thread_->sink().ClearMessages();
LoadHTML(kNonVisibleFormHTML);
message = render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordFormsRendered::ID);
EXPECT_TRUE(message);
AutofillHostMsg_PasswordFormsRendered::Read(message, ¶m);
EXPECT_FALSE(param.a.size());
}
TEST_F(PasswordAutofillAgentTest, SendPasswordFormsTest_Redirection) {
render_thread_->sink().ClearMessages();
LoadHTML(kEmptyWebpage);
EXPECT_FALSE(render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordFormsRendered::ID));
render_thread_->sink().ClearMessages();
LoadHTML(kRedirectionWebpage);
EXPECT_FALSE(render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordFormsRendered::ID));
render_thread_->sink().ClearMessages();
LoadHTML(kSimpleWebpage);
EXPECT_TRUE(render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordFormsRendered::ID));
render_thread_->sink().ClearMessages();
LoadHTML(kWebpageWithDynamicContent);
EXPECT_TRUE(render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordFormsRendered::ID));
}
// Tests that a password form in an iframe will not be filled in until a user
// interaction with the form.
TEST_F(PasswordAutofillAgentTest, IframeNoFillTest) {
const char kIframeName[] = "iframe";
const char kWebpageWithIframeStart[] =
"<html>"
" <head>"
" <meta charset='utf-8' />"
" <title>Title</title>"
" </head>"
" <body>"
" <iframe name='iframe' src=\"";
const char kWebpageWithIframeEnd[] =
"\"></iframe>"
" </body>"
"</html>";
std::string origin("data:text/html;charset=utf-8,");
origin += kSimpleWebpage;
std::string page_html(kWebpageWithIframeStart);
page_html += origin;
page_html += kWebpageWithIframeEnd;
LoadHTML(page_html.c_str());
// Set the expected form origin and action URLs.
fill_data_.basic_data.origin = GURL(origin);
fill_data_.basic_data.action = GURL(origin);
SimulateOnFillPasswordForm(fill_data_);
// Retrieve the input elements from the iframe since that is where we want to
// test the autofill.
WebFrame* iframe = GetMainFrame()->findChildByName(kIframeName);
ASSERT_TRUE(iframe);
WebDocument document = iframe->document();
WebElement username_element = document.getElementById(kUsernameName);
WebElement password_element = document.getElementById(kPasswordName);
ASSERT_FALSE(username_element.isNull());
ASSERT_FALSE(password_element.isNull());
WebInputElement username_input = username_element.to<WebInputElement>();
WebInputElement password_input = password_element.to<WebInputElement>();
ASSERT_FALSE(username_element.isNull());
CheckTextFieldsStateForElements(username_input, "", false,
password_input, "", false);
// Simulate the user typing in the username in the iframe, which should cause
// an autofill.
SimulateUsernameChangeForElement(kAliceUsername, true,
iframe, username_input);
CheckTextFieldsStateForElements(username_input, kAliceUsername, true,
password_input, kAlicePassword, true);
}
// Tests that a password will only be filled as a suggested and will not be
// accessible by the DOM until a user gesture has occurred.
TEST_F(PasswordAutofillAgentTest, GestureRequiredTest) {
// Trigger the initial autocomplete.
SimulateOnFillPasswordForm(fill_data_);
// The username and password should have been autocompleted.
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
// However, it should only have completed with the suggested value, as tested
// above, and it should not have completed into the DOM accessible value for
// the password field.
CheckTextFieldsDOMState(kAliceUsername, true, std::string(), true);
// Simulate a user click so that the password field's real value is filled.
SimulateElementClick(kUsernameName);
CheckTextFieldsDOMState(kAliceUsername, true, kAlicePassword, true);
}
// Verfies that a DOM-activated UI event will not cause an autofill.
TEST_F(PasswordAutofillAgentTest, NoDOMActivationTest) {
// Trigger the initial autocomplete.
SimulateOnFillPasswordForm(fill_data_);
ExecuteJavaScript(kJavaScriptClick);
CheckTextFieldsDOMState(kAliceUsername, true, "", true);
}
// Regression test for http://crbug.com/326679
TEST_F(PasswordAutofillAgentTest, SelectUsernameWithUsernameAutofillOff) {
// Simulate the browser sending back the login info.
SimulateOnFillPasswordForm(fill_data_);
// Set the username element to autocomplete='off'
username_element_.setAttribute(WebString::fromUTF8("autocomplete"),
WebString::fromUTF8("off"));
// Simulate the user changing the username to some known username.
SimulateUsernameChange(kAliceUsername, true);
ExpectNoSuggestionsPopup();
}
// Regression test for http://crbug.com/326679
TEST_F(PasswordAutofillAgentTest,
SelectUnknownUsernameWithUsernameAutofillOff) {
// Simulate the browser sending back the login info.
SimulateOnFillPasswordForm(fill_data_);
// Set the username element to autocomplete='off'
username_element_.setAttribute(WebString::fromUTF8("autocomplete"),
WebString::fromUTF8("off"));
// Simulate the user changing the username to some unknown username.
SimulateUsernameChange("foo", true);
ExpectNoSuggestionsPopup();
}
// Regression test for http://crbug.com/326679
TEST_F(PasswordAutofillAgentTest, SelectUsernameWithPasswordAutofillOff) {
// Simulate the browser sending back the login info.
SimulateOnFillPasswordForm(fill_data_);
// Set the main password element to autocomplete='off'
password_element_.setAttribute(WebString::fromUTF8("autocomplete"),
WebString::fromUTF8("off"));
// Simulate the user changing the username to some known username.
SimulateUsernameChange(kAliceUsername, true);
ExpectNoSuggestionsPopup();
}
// Regression test for http://crbug.com/326679
TEST_F(PasswordAutofillAgentTest,
SelectUnknownUsernameWithPasswordAutofillOff) {
// Simulate the browser sending back the login info.
SimulateOnFillPasswordForm(fill_data_);
// Set the main password element to autocomplete='off'
password_element_.setAttribute(WebString::fromUTF8("autocomplete"),
WebString::fromUTF8("off"));
// Simulate the user changing the username to some unknown username.
SimulateUsernameChange("foo", true);
ExpectNoSuggestionsPopup();
}
// Verifies that password autofill triggers onChange events in JavaScript for
// forms that are filled on page load.
TEST_F(PasswordAutofillAgentTest,
PasswordAutofillTriggersOnChangeEventsOnLoad) {
std::string html = std::string(kFormHTML) + kOnChangeDetectionScript;
LoadHTML(html.c_str());
UpdateOriginForHTML(html);
UpdateUsernameAndPasswordElements();
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
SimulateOnFillPasswordForm(fill_data_);
// The username and password should have been autocompleted...
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
// ... but since there hasn't been a user gesture yet, the autocompleted
// password should only be visible to the user.
CheckTextFieldsDOMState(kAliceUsername, true, std::string(), true);
// A JavaScript onChange event should have been triggered for the username,
// but not yet for the password.
int username_onchange_called = -1;
int password_onchange_called = -1;
ASSERT_TRUE(
ExecuteJavaScriptAndReturnIntValue(
ASCIIToUTF16("usernameOnchangeCalled ? 1 : 0"),
&username_onchange_called));
EXPECT_EQ(1, username_onchange_called);
ASSERT_TRUE(
ExecuteJavaScriptAndReturnIntValue(
ASCIIToUTF16("passwordOnchangeCalled ? 1 : 0"),
&password_onchange_called));
// TODO(isherman): Re-enable this check once http://crbug.com/333144 is fixed.
// EXPECT_EQ(0, password_onchange_called);
// Simulate a user click so that the password field's real value is filled.
SimulateElementClick(kUsernameName);
CheckTextFieldsDOMState(kAliceUsername, true, kAlicePassword, true);
// Now, a JavaScript onChange event should have been triggered for the
// password as well.
ASSERT_TRUE(
ExecuteJavaScriptAndReturnIntValue(
ASCIIToUTF16("passwordOnchangeCalled ? 1 : 0"),
&password_onchange_called));
EXPECT_EQ(1, password_onchange_called);
}
// Verifies that password autofill triggers onChange events in JavaScript for
// forms that are filled after page load.
TEST_F(PasswordAutofillAgentTest,
PasswordAutofillTriggersOnChangeEventsWaitForUsername) {
std::string html = std::string(kFormHTML) + kOnChangeDetectionScript;
LoadHTML(html.c_str());
UpdateOriginForHTML(html);
UpdateUsernameAndPasswordElements();
// Simulate the browser sending back the login info, it triggers the
// autocomplete.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
// The username and password should not yet have been autocompleted.
CheckTextFieldsState(std::string(), false, std::string(), false);
// Simulate a click just to force a user gesture, since the username value is
// set directly.
SimulateElementClick(kUsernameName);
// Simulate the user entering her username.
username_element_.setValue(ASCIIToUTF16(kAliceUsername), true);
autofill_agent_->textFieldDidEndEditing(username_element_);
// The username and password should now have been autocompleted.
CheckTextFieldsDOMState(kAliceUsername, true, kAlicePassword, true);
// JavaScript onChange events should have been triggered both for the username
// and for the password.
int username_onchange_called = -1;
int password_onchange_called = -1;
ASSERT_TRUE(
ExecuteJavaScriptAndReturnIntValue(
ASCIIToUTF16("usernameOnchangeCalled ? 1 : 0"),
&username_onchange_called));
EXPECT_EQ(1, username_onchange_called);
ASSERT_TRUE(
ExecuteJavaScriptAndReturnIntValue(
ASCIIToUTF16("passwordOnchangeCalled ? 1 : 0"),
&password_onchange_called));
EXPECT_EQ(1, password_onchange_called);
}
// Tests that |FillSuggestion| properly fills the username and password.
TEST_F(PasswordAutofillAgentTest, FillSuggestion) {
// Simulate the browser sending the login info, but set |wait_for_username|
// to prevent the form from being immediately filled.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
// Neither field should have been autocompleted.
CheckTextFieldsDOMState(std::string(), false, std::string(), false);
// If the password field is not autocompletable, it should not be affected.
SetElementReadOnly(password_element_, true);
EXPECT_FALSE(password_autofill_->FillSuggestion(
username_element_, kAliceUsername, kAlicePassword));
CheckTextFieldsDOMState(std::string(), false, std::string(), false);
SetElementReadOnly(password_element_, false);
// After filling with the suggestion, both fields should be autocompleted.
EXPECT_TRUE(password_autofill_->FillSuggestion(
username_element_, kAliceUsername, kAlicePassword));
CheckTextFieldsDOMState(kAliceUsername, true, kAlicePassword, true);
int username_length = strlen(kAliceUsername);
CheckUsernameSelection(username_length, username_length);
// Try Filling with a suggestion with password different from the one that was
// initially sent to the renderer.
EXPECT_TRUE(password_autofill_->FillSuggestion(
username_element_, kBobUsername, kCarolPassword));
CheckTextFieldsDOMState(kBobUsername, true, kCarolPassword, true);
username_length = strlen(kBobUsername);
CheckUsernameSelection(username_length, username_length);
}
// Tests that |PreviewSuggestion| properly previews the username and password.
TEST_F(PasswordAutofillAgentTest, PreviewSuggestion) {
// Simulate the browser sending the login info, but set |wait_for_username|
// to prevent the form from being immediately filled.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
// Neither field should have been autocompleted.
CheckTextFieldsDOMState(std::string(), false, std::string(), false);
// If the password field is not autocompletable, it should not be affected.
SetElementReadOnly(password_element_, true);
EXPECT_FALSE(password_autofill_->PreviewSuggestion(
username_element_, kAliceUsername, kAlicePassword));
EXPECT_EQ(std::string(), username_element_.suggestedValue().utf8());
EXPECT_FALSE(username_element_.isAutofilled());
EXPECT_EQ(std::string(), password_element_.suggestedValue().utf8());
EXPECT_FALSE(password_element_.isAutofilled());
SetElementReadOnly(password_element_, false);
// After selecting the suggestion, both fields should be previewed
// with suggested values.
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, kAliceUsername, kAlicePassword));
EXPECT_EQ(
kAliceUsername,
static_cast<std::string>(username_element_.suggestedValue().utf8()));
EXPECT_TRUE(username_element_.isAutofilled());
EXPECT_EQ(
kAlicePassword,
static_cast<std::string>(password_element_.suggestedValue().utf8()));
EXPECT_TRUE(password_element_.isAutofilled());
int username_length = strlen(kAliceUsername);
CheckUsernameSelection(0, username_length);
// Try previewing with a password different from the one that was initially
// sent to the renderer.
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, kBobUsername, kCarolPassword));
EXPECT_EQ(
kBobUsername,
static_cast<std::string>(username_element_.suggestedValue().utf8()));
EXPECT_TRUE(username_element_.isAutofilled());
EXPECT_EQ(
kCarolPassword,
static_cast<std::string>(password_element_.suggestedValue().utf8()));
EXPECT_TRUE(password_element_.isAutofilled());
username_length = strlen(kBobUsername);
CheckUsernameSelection(0, username_length);
}
// Tests that |PreviewSuggestion| properly sets the username selection range.
TEST_F(PasswordAutofillAgentTest, PreviewSuggestionSelectionRange) {
username_element_.setValue(WebString::fromUTF8("ali"));
username_element_.setAutofilled(true);
CheckTextFieldsDOMState("ali", true, std::string(), false);
// Simulate the browser sending the login info, but set |wait_for_username|
// to prevent the form from being immediately filled.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, kAliceUsername, kAlicePassword));
EXPECT_EQ(
kAliceUsername,
static_cast<std::string>(username_element_.suggestedValue().utf8()));
EXPECT_TRUE(username_element_.isAutofilled());
EXPECT_EQ(
kAlicePassword,
static_cast<std::string>(password_element_.suggestedValue().utf8()));
EXPECT_TRUE(password_element_.isAutofilled());
int username_length = strlen(kAliceUsername);
CheckUsernameSelection(3, username_length);
}
// Tests that |ClearPreview| properly clears previewed username and password
// with password being previously autofilled.
TEST_F(PasswordAutofillAgentTest, ClearPreviewWithPasswordAutofilled) {
password_element_.setValue(WebString::fromUTF8("sec"));
password_element_.setAutofilled(true);
// Simulate the browser sending the login info, but set |wait_for_username|
// to prevent the form from being immediately filled.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsDOMState(std::string(), false, "sec", true);
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, kAliceUsername, kAlicePassword));
EXPECT_TRUE(password_autofill_->DidClearAutofillSelection(
username_element_));
EXPECT_TRUE(username_element_.value().isEmpty());
EXPECT_TRUE(username_element_.suggestedValue().isEmpty());
EXPECT_FALSE(username_element_.isAutofilled());
EXPECT_EQ(ASCIIToUTF16("sec"), password_element_.value());
EXPECT_TRUE(password_element_.suggestedValue().isEmpty());
EXPECT_TRUE(password_element_.isAutofilled());
CheckUsernameSelection(0, 0);
}
// Tests that |ClearPreview| properly clears previewed username and password
// with username being previously autofilled.
TEST_F(PasswordAutofillAgentTest, ClearPreviewWithUsernameAutofilled) {
username_element_.setValue(WebString::fromUTF8("ali"));
username_element_.setAutofilled(true);
// Simulate the browser sending the login info, but set |wait_for_username|
// to prevent the form from being immediately filled.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsDOMState("ali", true, std::string(), false);
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, kAliceUsername, kAlicePassword));
EXPECT_TRUE(password_autofill_->DidClearAutofillSelection(
username_element_));
EXPECT_EQ(ASCIIToUTF16("ali"), username_element_.value());
EXPECT_TRUE(username_element_.suggestedValue().isEmpty());
EXPECT_TRUE(username_element_.isAutofilled());
EXPECT_TRUE(password_element_.value().isEmpty());
EXPECT_TRUE(password_element_.suggestedValue().isEmpty());
EXPECT_FALSE(password_element_.isAutofilled());
CheckUsernameSelection(3, 3);
}
// Tests that |ClearPreview| properly clears previewed username and password
// with username and password being previously autofilled.
TEST_F(PasswordAutofillAgentTest,
ClearPreviewWithAutofilledUsernameAndPassword) {
username_element_.setValue(WebString::fromUTF8("ali"));
username_element_.setAutofilled(true);
password_element_.setValue(WebString::fromUTF8("sec"));
password_element_.setAutofilled(true);
// Simulate the browser sending the login info, but set |wait_for_username|
// to prevent the form from being immediately filled.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsDOMState("ali", true, "sec", true);
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, kAliceUsername, kAlicePassword));
EXPECT_TRUE(password_autofill_->DidClearAutofillSelection(
username_element_));
EXPECT_EQ(ASCIIToUTF16("ali"), username_element_.value());
EXPECT_TRUE(username_element_.suggestedValue().isEmpty());
EXPECT_TRUE(username_element_.isAutofilled());
EXPECT_EQ(ASCIIToUTF16("sec"), password_element_.value());
EXPECT_TRUE(password_element_.suggestedValue().isEmpty());
EXPECT_TRUE(password_element_.isAutofilled());
CheckUsernameSelection(3, 3);
}
// Tests that |ClearPreview| properly clears previewed username and password
// with neither username nor password being previously autofilled.
TEST_F(PasswordAutofillAgentTest,
ClearPreviewWithNotAutofilledUsernameAndPassword) {
// Simulate the browser sending the login info, but set |wait_for_username|
// to prevent the form from being immediately filled.
fill_data_.wait_for_username = true;
SimulateOnFillPasswordForm(fill_data_);
CheckTextFieldsDOMState(std::string(), false, std::string(), false);
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, kAliceUsername, kAlicePassword));
EXPECT_TRUE(password_autofill_->DidClearAutofillSelection(
username_element_));
EXPECT_TRUE(username_element_.value().isEmpty());
EXPECT_TRUE(username_element_.suggestedValue().isEmpty());
EXPECT_FALSE(username_element_.isAutofilled());
EXPECT_TRUE(password_element_.value().isEmpty());
EXPECT_TRUE(password_element_.suggestedValue().isEmpty());
EXPECT_FALSE(password_element_.isAutofilled());
CheckUsernameSelection(0, 0);
}
// Tests that |ClearPreview| properly restores the original selection range of
// username field that has initially been filled by inline autocomplete.
TEST_F(PasswordAutofillAgentTest, ClearPreviewWithInlineAutocompletedUsername) {
// Simulate the browser sending back the login info.
SimulateOnFillPasswordForm(fill_data_);
// Clear the text fields to start fresh.
ClearUsernameAndPasswordFields();
// Simulate the user typing in the first letter of 'alice', a stored username.
SimulateUsernameChange("a", true);
// Both the username and password text fields should reflect selection of the
// stored login.
CheckTextFieldsState(kAliceUsername, true, kAlicePassword, true);
// The selection should have been set to 'lice', the last 4 letters.
CheckUsernameSelection(1, 5);
EXPECT_TRUE(password_autofill_->PreviewSuggestion(
username_element_, "alicia", "secret"));
EXPECT_EQ(
"alicia",
static_cast<std::string>(username_element_.suggestedValue().utf8()));
EXPECT_TRUE(username_element_.isAutofilled());
EXPECT_EQ(
"secret",
static_cast<std::string>(password_element_.suggestedValue().utf8()));
EXPECT_TRUE(password_element_.isAutofilled());
CheckUsernameSelection(1, 6);
EXPECT_TRUE(password_autofill_->DidClearAutofillSelection(
username_element_));
EXPECT_EQ(kAliceUsername, username_element_.value().utf8());
EXPECT_TRUE(username_element_.suggestedValue().isEmpty());
EXPECT_TRUE(username_element_.isAutofilled());
EXPECT_TRUE(password_element_.value().isEmpty());
EXPECT_TRUE(password_element_.suggestedValue().isEmpty());
EXPECT_TRUE(password_element_.isAutofilled());
CheckUsernameSelection(1, 5);
}
// Tests that logging is off by default.
TEST_F(PasswordAutofillAgentTest, OnChangeLoggingState_NoMessage) {
render_thread_->sink().ClearMessages();
SendVisiblePasswordForms();
const IPC::Message* message = render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_RecordSavePasswordProgress::ID);
EXPECT_FALSE(message);
}
// Test that logging can be turned on by a message.
TEST_F(PasswordAutofillAgentTest, OnChangeLoggingState_Activated) {
// Turn the logging on.
AutofillMsg_SetLoggingState msg_activate(0, true);
// Up-cast to access OnMessageReceived, which is private in the agent.
EXPECT_TRUE(static_cast<IPC::Listener*>(password_autofill_)
->OnMessageReceived(msg_activate));
render_thread_->sink().ClearMessages();
SendVisiblePasswordForms();
const IPC::Message* message = render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_RecordSavePasswordProgress::ID);
EXPECT_TRUE(message);
}
// Test that logging can be turned off by a message.
TEST_F(PasswordAutofillAgentTest, OnChangeLoggingState_Deactivated) {
// Turn the logging on and then off.
AutofillMsg_SetLoggingState msg_activate(0, /*active=*/true);
// Up-cast to access OnMessageReceived, which is private in the agent.
EXPECT_TRUE(static_cast<IPC::Listener*>(password_autofill_)
->OnMessageReceived(msg_activate));
AutofillMsg_SetLoggingState msg_deactivate(0, /*active=*/false);
EXPECT_TRUE(static_cast<IPC::Listener*>(password_autofill_)
->OnMessageReceived(msg_deactivate));
render_thread_->sink().ClearMessages();
SendVisiblePasswordForms();
const IPC::Message* message = render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_RecordSavePasswordProgress::ID);
EXPECT_FALSE(message);
}
// Test that the agent sends an IPC call to get the current activity state of
// password saving logging soon after construction.
TEST_F(PasswordAutofillAgentTest, SendsLoggingStateUpdatePingOnConstruction) {
const IPC::Message* message = render_thread_->sink().GetFirstMessageMatching(
AutofillHostMsg_PasswordAutofillAgentConstructed::ID);
EXPECT_TRUE(message);
}
} // namespace autofill
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