WebKit/android/WebCoreSupport/GeolocationPermissions.cpp - platform/external/webkit - Git at Google

 /*
  * Copyright 2009, The Android Open Source Project
  *
  * Redistribution and use in source and binary forms, with or without
  * modification, are permitted provided that the following conditions
  * are met:
  *  * Redistributions of source code must retain the above copyright
  *    notice, this list of conditions and the following disclaimer.
  *  * Redistributions in binary form must reproduce the above copyright
  *    notice, this list of conditions and the following disclaimer in the
  *    documentation and/or other materials provided with the distribution.
  *
  * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS ``AS IS'' AND ANY
  * EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
  * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
  * PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL APPLE COMPUTER, INC. OR
  * CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
  * EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
  * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
  * PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY
  * OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
  * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
  * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
  */

 #include "config.h"
 #include "GeolocationPermissions.h"

 #include "DOMWindow.h"
 #include "Frame.h"
 #include "Geolocation.h"
 #include "Navigator.h"
 #include "SQLiteDatabase.h"
 #include "SQLiteStatement.h"
 #include "SQLiteTransaction.h"
 #include "WebViewCore.h"

 using namespace WebCore;

 namespace android {

 GeolocationPermissions::PermissionsMap GeolocationPermissions::s_permanentPermissions;
 GeolocationPermissions::GeolocationPermissionsVector GeolocationPermissions::s_instances;
 bool GeolocationPermissions::s_alwaysDeny = false;
 String GeolocationPermissions::s_databasePath;
 bool GeolocationPermissions::s_permanentPermissionsLoaded = false;

 static const char* databaseName = "/GeolocationPermissions.db";

 GeolocationPermissions::GeolocationPermissions(WebViewCore* webViewCore, Frame* mainFrame)
     : m_webViewCore(webViewCore)
     , m_mainFrame(mainFrame)
     , m_timer(this, &GeolocationPermissions::timerFired)

 {
     ASSERT(m_webViewCore);
     maybeLoadPermanentPermissions();
     s_instances.append(this);
 }

 GeolocationPermissions::~GeolocationPermissions()
 {
     size_t index = s_instances.find(this);
     s_instances.remove(index);
 }

 void GeolocationPermissions::queryPermissionState(Frame* frame)
 {
     ASSERT(s_permanentPermissionsLoaded);

     // We use SecurityOrigin::toString to key the map. Note that testing
     // the SecurityOrigin pointer for equality is insufficient.
     String originString = frame->document()->securityOrigin()->toString();

     // If we've been told to always deny requests, do so.
     if (s_alwaysDeny) {
         makeAsynchronousCallbackToGeolocation(originString, false);
         return;
     }

     // See if we have a record for this origin in the permanent permissions.
     // These take precedence over temporary permissions so that changes made
     // from the browser settings work as intended.
     PermissionsMap::const_iterator iter = s_permanentPermissions.find(originString);
     PermissionsMap::const_iterator end = s_permanentPermissions.end();
     if (iter != end) {
         bool allow = iter->second;
         makeAsynchronousCallbackToGeolocation(originString, allow);
         return;
     }

     // Check the temporary permisions.
     iter = m_temporaryPermissions.find(originString);
     end = m_temporaryPermissions.end();
     if (iter != end) {
         bool allow = iter->second;
         makeAsynchronousCallbackToGeolocation(originString, allow);
         return;
     }

     // If there's no pending request, prompt the user.
     if (m_originInProgress.isEmpty()) {
         m_originInProgress = originString;

         // Although multiple tabs may request permissions for the same origin
         // simultaneously, the routing in WebViewCore/CallbackProxy ensures that
         // the result of the request will make it back to this object, so
         // there's no need for a globally unique ID for the request.
         m_webViewCore->geolocationPermissionsShowPrompt(m_originInProgress);
         return;
     }

     // If the request in progress is not for this origin, queue this request.
     if ((m_originInProgress != originString)
         && (m_queuedOrigins.find(originString) == WTF::notFound))
         m_queuedOrigins.append(originString);
 }

 void GeolocationPermissions::makeAsynchronousCallbackToGeolocation(String origin, bool allow)
 {
     m_callbackData.origin = origin;
     m_callbackData.allow = allow;
     m_timer.startOneShot(0);
 }

 void GeolocationPermissions::providePermissionState(String origin, bool allow, bool remember)
 {
     ASSERT(s_permanentPermissionsLoaded);

     // It's possible that this method is called with an origin that doesn't
     // match m_originInProgress. This can occur if this object is reset
     // while a permission result is in the process of being marshalled back to
     // the WebCore thread from the browser. In this case, we simply ignore the
     // call.
     if (origin != m_originInProgress)
         return;

     maybeCallbackFrames(m_originInProgress, allow);
     recordPermissionState(origin, allow, remember);

     // If the permissions are set to be remembered, cancel any queued requests
     // for this domain in other tabs.
     if (remember)
         cancelPendingRequestsInOtherTabs(m_originInProgress);

     // Clear the origin in progress to signal that this request is done.
     m_originInProgress = "";

     // If there are other requests queued, start the next one.
     if (!m_queuedOrigins.isEmpty()) {
         m_originInProgress = m_queuedOrigins.first();
         m_queuedOrigins.remove(0);
         m_webViewCore->geolocationPermissionsShowPrompt(m_originInProgress);
     }
 }

 void GeolocationPermissions::recordPermissionState(String origin, bool allow, bool remember)
 {
     if (remember) {
         s_permanentPermissions.set(m_originInProgress, allow);
     } else {
         // It's possible that another tab recorded a permanent permission for
         // this origin while our request was in progress, but we record it
         // anyway.
         m_temporaryPermissions.set(m_originInProgress, allow);
     }
 }

 void GeolocationPermissions::cancelPendingRequestsInOtherTabs(String origin)
 {
     for (GeolocationPermissionsVector::const_iterator iter = s_instances.begin();
          iter != s_instances.end();
          ++iter)
         (*iter)->cancelPendingRequests(origin);
 }

 void GeolocationPermissions::cancelPendingRequests(String origin)
 {
     size_t index = m_queuedOrigins.find(origin);
     if (index != WTF::notFound) {
         // Get the permission from the permanent list.
         PermissionsMap::const_iterator iter = s_permanentPermissions.find(origin);
 #ifndef NDEBUG
         PermissionsMap::const_iterator end = s_permanentPermissions.end();
         ASSERT(iter != end);
 #endif
         bool allow = iter->second;

         maybeCallbackFrames(origin, allow);

         m_queuedOrigins.remove(index);
     }
 }

 void GeolocationPermissions::timerFired(Timer<GeolocationPermissions>* timer)
 {
     ASSERT_UNUSED(timer, timer == &m_timer);
     maybeCallbackFrames(m_callbackData.origin, m_callbackData.allow);
 }

 void GeolocationPermissions::resetTemporaryPermissionStates()
 {
     ASSERT(s_permanentPermissionsLoaded);
     m_originInProgress = "";
     m_queuedOrigins.clear();
     m_temporaryPermissions.clear();
     // If any permission results are being marshalled back to this thread, this
     // will render them inefective.
     m_timer.stop();

     m_webViewCore->geolocationPermissionsHidePrompt();
 }

 void GeolocationPermissions::maybeCallbackFrames(String origin, bool allow)
 {
     // We can't track which frame issued the request, as frames can be deleted
     // or have their contents replaced. Even uniqueChildName is not unique when
     // frames are dynamically deleted and created. Instead, we simply call back
     // to the Geolocation object in all frames from the correct origin.
     for (Frame* frame = m_mainFrame; frame; frame = frame->tree()->traverseNext()) {
         if (origin == frame->document()->securityOrigin()->toString()) {
             // If the page has changed, it may no longer have a Geolocation
             // object.
             Geolocation* geolocation = frame->domWindow()->navigator()->optionalGeolocation();
             if (geolocation)
                 geolocation->setIsAllowed(allow);
         }
     }
 }

 GeolocationPermissions::OriginSet GeolocationPermissions::getOrigins()
 {
     maybeLoadPermanentPermissions();
     OriginSet origins;
     PermissionsMap::const_iterator end = s_permanentPermissions.end();
     for (PermissionsMap::const_iterator iter = s_permanentPermissions.begin(); iter != end; ++iter)
         origins.add(iter->first);
     return origins;
 }

 bool GeolocationPermissions::getAllowed(String origin)
 {
     maybeLoadPermanentPermissions();
     bool allowed = false;
     PermissionsMap::const_iterator iter = s_permanentPermissions.find(origin);
     PermissionsMap::const_iterator end = s_permanentPermissions.end();
     if (iter != end)
         allowed = iter->second;
     return allowed;
 }

 void GeolocationPermissions::clear(String origin)
 {
     maybeLoadPermanentPermissions();
     PermissionsMap::iterator iter = s_permanentPermissions.find(origin);
     if (iter != s_permanentPermissions.end())
         s_permanentPermissions.remove(iter);
 }

 void GeolocationPermissions::allow(String origin)
 {
     maybeLoadPermanentPermissions();
     // We replace any existing permanent permission.
     s_permanentPermissions.set(origin, true);
 }

 void GeolocationPermissions::clearAll()
 {
     maybeLoadPermanentPermissions();
     s_permanentPermissions.clear();
 }

 void GeolocationPermissions::maybeLoadPermanentPermissions()
 {
     if (s_permanentPermissionsLoaded)
         return;
     s_permanentPermissionsLoaded = true;

     SQLiteDatabase database;
     if (!database.open(s_databasePath + databaseName))
         return;

     // Create the table here, such that even if we've just created the DB, the
     // commands below should succeed.
     if (!database.executeCommand("CREATE TABLE IF NOT EXISTS Permissions (origin TEXT UNIQUE NOT NULL, allow INTEGER NOT NULL)")) {
         database.close();
         return;
     }

     SQLiteStatement statement(database, "SELECT * FROM Permissions");
     if (statement.prepare() != SQLResultOk) {
         database.close();
         return;
     }

     ASSERT(s_permanentPermissions.size() == 0);
     while (statement.step() == SQLResultRow)
         s_permanentPermissions.set(statement.getColumnText(0), statement.getColumnInt64(1));

     database.close();
 }

 void GeolocationPermissions::maybeStorePermanentPermissions()
 {
     // Protect against the case where we haven't yet loaded permissions, as
     // saving in this case would overwrite the stored permissions with the empty
     // set. This is safe as the permissions are always loaded before they are
     // modified.
     if (!s_permanentPermissionsLoaded)
         return;

     SQLiteDatabase database;
     if (!database.open(s_databasePath + databaseName))
         return;

     SQLiteTransaction transaction(database);

     // The number of entries should be small enough that it's not worth trying
     // to perform a diff. Simply clear the table and repopulate it.
     if (!database.executeCommand("DELETE FROM Permissions")) {
         database.close();
         return;
     }

     PermissionsMap::const_iterator end = s_permanentPermissions.end();
     for (PermissionsMap::const_iterator iter = s_permanentPermissions.begin(); iter != end; ++iter) {
          SQLiteStatement statement(database, "INSERT INTO Permissions (origin, allow) VALUES (?, ?)");
          if (statement.prepare() != SQLResultOk)
              continue;
          statement.bindText(1, iter->first);
          statement.bindInt64(2, iter->second);
          statement.executeCommand();
     }

     transaction.commit();
     database.close();
 }

 void GeolocationPermissions::setDatabasePath(String path)
 {
     // Take the first non-empty value.
     if (s_databasePath.length() > 0)
         return;
     s_databasePath = path;
 }

 void GeolocationPermissions::setAlwaysDeny(bool deny)
 {
     s_alwaysDeny = deny;
 }

 }  // namespace android
	/*
	* Copyright 2009, The Android Open Source Project
	*
	* Redistribution and use in source and binary forms, with or without
	* modification, are permitted provided that the following conditions
	* are met:
	* * Redistributions of source code must retain the above copyright
	* notice, this list of conditions and the following disclaimer.
	* * Redistributions in binary form must reproduce the above copyright
	* notice, this list of conditions and the following disclaimer in the
	* documentation and/or other materials provided with the distribution.
	*
	* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS ``AS IS'' AND ANY
	* EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
	* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
	* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL APPLE COMPUTER, INC. OR
	* CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
	* EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
	* PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
	* PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY
	* OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
	* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
	* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
	*/

	#include "config.h"
	#include "GeolocationPermissions.h"

	#include "DOMWindow.h"
	#include "Frame.h"
	#include "Geolocation.h"
	#include "Navigator.h"
	#include "SQLiteDatabase.h"
	#include "SQLiteStatement.h"
	#include "SQLiteTransaction.h"
	#include "WebViewCore.h"

	using namespace WebCore;

	namespace android {

	GeolocationPermissions::PermissionsMap GeolocationPermissions::s_permanentPermissions;
	GeolocationPermissions::GeolocationPermissionsVector GeolocationPermissions::s_instances;
	bool GeolocationPermissions::s_alwaysDeny = false;
	String GeolocationPermissions::s_databasePath;
	bool GeolocationPermissions::s_permanentPermissionsLoaded = false;

	static const char* databaseName = "/GeolocationPermissions.db";

	GeolocationPermissions::GeolocationPermissions(WebViewCore* webViewCore, Frame* mainFrame)
	: m_webViewCore(webViewCore)
	, m_mainFrame(mainFrame)
	, m_timer(this, &GeolocationPermissions::timerFired)

	{
	ASSERT(m_webViewCore);
	maybeLoadPermanentPermissions();
	s_instances.append(this);
	}

	GeolocationPermissions::~GeolocationPermissions()
	{
	size_t index = s_instances.find(this);
	s_instances.remove(index);
	}

	void GeolocationPermissions::queryPermissionState(Frame* frame)
	{
	ASSERT(s_permanentPermissionsLoaded);

	// We use SecurityOrigin::toString to key the map. Note that testing
	// the SecurityOrigin pointer for equality is insufficient.
	String originString = frame->document()->securityOrigin()->toString();

	// If we've been told to always deny requests, do so.
	if (s_alwaysDeny) {
	makeAsynchronousCallbackToGeolocation(originString, false);
	return;
	}

	// See if we have a record for this origin in the permanent permissions.
	// These take precedence over temporary permissions so that changes made
	// from the browser settings work as intended.
	PermissionsMap::const_iterator iter = s_permanentPermissions.find(originString);
	PermissionsMap::const_iterator end = s_permanentPermissions.end();
	if (iter != end) {
	bool allow = iter->second;
	makeAsynchronousCallbackToGeolocation(originString, allow);
	return;
	}

	// Check the temporary permisions.
	iter = m_temporaryPermissions.find(originString);
	end = m_temporaryPermissions.end();
	if (iter != end) {
	bool allow = iter->second;
	makeAsynchronousCallbackToGeolocation(originString, allow);
	return;
	}

	// If there's no pending request, prompt the user.
	if (m_originInProgress.isEmpty()) {
	m_originInProgress = originString;

	// Although multiple tabs may request permissions for the same origin
	// simultaneously, the routing in WebViewCore/CallbackProxy ensures that
	// the result of the request will make it back to this object, so
	// there's no need for a globally unique ID for the request.
	m_webViewCore->geolocationPermissionsShowPrompt(m_originInProgress);
	return;
	}

	// If the request in progress is not for this origin, queue this request.
	if ((m_originInProgress != originString)
	&& (m_queuedOrigins.find(originString) == WTF::notFound))
	m_queuedOrigins.append(originString);
	}

	void GeolocationPermissions::makeAsynchronousCallbackToGeolocation(String origin, bool allow)
	{
	m_callbackData.origin = origin;
	m_callbackData.allow = allow;
	m_timer.startOneShot(0);
	}

	void GeolocationPermissions::providePermissionState(String origin, bool allow, bool remember)
	{
	ASSERT(s_permanentPermissionsLoaded);

	// It's possible that this method is called with an origin that doesn't
	// match m_originInProgress. This can occur if this object is reset
	// while a permission result is in the process of being marshalled back to
	// the WebCore thread from the browser. In this case, we simply ignore the
	// call.
	if (origin != m_originInProgress)
	return;

	maybeCallbackFrames(m_originInProgress, allow);
	recordPermissionState(origin, allow, remember);

	// If the permissions are set to be remembered, cancel any queued requests
	// for this domain in other tabs.
	if (remember)
	cancelPendingRequestsInOtherTabs(m_originInProgress);

	// Clear the origin in progress to signal that this request is done.
	m_originInProgress = "";

	// If there are other requests queued, start the next one.
	if (!m_queuedOrigins.isEmpty()) {
	m_originInProgress = m_queuedOrigins.first();
	m_queuedOrigins.remove(0);
	m_webViewCore->geolocationPermissionsShowPrompt(m_originInProgress);
	}
	}

	void GeolocationPermissions::recordPermissionState(String origin, bool allow, bool remember)
	{
	if (remember) {
	s_permanentPermissions.set(m_originInProgress, allow);
	} else {
	// It's possible that another tab recorded a permanent permission for
	// this origin while our request was in progress, but we record it
	// anyway.
	m_temporaryPermissions.set(m_originInProgress, allow);
	}
	}

	void GeolocationPermissions::cancelPendingRequestsInOtherTabs(String origin)
	{
	for (GeolocationPermissionsVector::const_iterator iter = s_instances.begin();
	iter != s_instances.end();
	++iter)
	(*iter)->cancelPendingRequests(origin);
	}

	void GeolocationPermissions::cancelPendingRequests(String origin)
	{
	size_t index = m_queuedOrigins.find(origin);
	if (index != WTF::notFound) {
	// Get the permission from the permanent list.
	PermissionsMap::const_iterator iter = s_permanentPermissions.find(origin);
	#ifndef NDEBUG
	PermissionsMap::const_iterator end = s_permanentPermissions.end();
	ASSERT(iter != end);
	#endif
	bool allow = iter->second;

	maybeCallbackFrames(origin, allow);

	m_queuedOrigins.remove(index);
	}
	}

	void GeolocationPermissions::timerFired(Timer<GeolocationPermissions>* timer)
	{
	ASSERT_UNUSED(timer, timer == &m_timer);
	maybeCallbackFrames(m_callbackData.origin, m_callbackData.allow);
	}

	void GeolocationPermissions::resetTemporaryPermissionStates()
	{
	ASSERT(s_permanentPermissionsLoaded);
	m_originInProgress = "";
	m_queuedOrigins.clear();
	m_temporaryPermissions.clear();
	// If any permission results are being marshalled back to this thread, this
	// will render them inefective.
	m_timer.stop();

	m_webViewCore->geolocationPermissionsHidePrompt();
	}

	void GeolocationPermissions::maybeCallbackFrames(String origin, bool allow)
	{
	// We can't track which frame issued the request, as frames can be deleted
	// or have their contents replaced. Even uniqueChildName is not unique when
	// frames are dynamically deleted and created. Instead, we simply call back
	// to the Geolocation object in all frames from the correct origin.
	for (Frame* frame = m_mainFrame; frame; frame = frame->tree()->traverseNext()) {
	if (origin == frame->document()->securityOrigin()->toString()) {
	// If the page has changed, it may no longer have a Geolocation
	// object.
	Geolocation* geolocation = frame->domWindow()->navigator()->optionalGeolocation();
	if (geolocation)
	geolocation->setIsAllowed(allow);
	}
	}
	}

	GeolocationPermissions::OriginSet GeolocationPermissions::getOrigins()
	{
	maybeLoadPermanentPermissions();
	OriginSet origins;
	PermissionsMap::const_iterator end = s_permanentPermissions.end();
	for (PermissionsMap::const_iterator iter = s_permanentPermissions.begin(); iter != end; ++iter)
	origins.add(iter->first);
	return origins;
	}

	bool GeolocationPermissions::getAllowed(String origin)
	{
	maybeLoadPermanentPermissions();
	bool allowed = false;
	PermissionsMap::const_iterator iter = s_permanentPermissions.find(origin);
	PermissionsMap::const_iterator end = s_permanentPermissions.end();
	if (iter != end)
	allowed = iter->second;
	return allowed;
	}

	void GeolocationPermissions::clear(String origin)
	{
	maybeLoadPermanentPermissions();
	PermissionsMap::iterator iter = s_permanentPermissions.find(origin);
	if (iter != s_permanentPermissions.end())
	s_permanentPermissions.remove(iter);
	}

	void GeolocationPermissions::allow(String origin)
	{
	maybeLoadPermanentPermissions();
	// We replace any existing permanent permission.
	s_permanentPermissions.set(origin, true);
	}

	void GeolocationPermissions::clearAll()
	{
	maybeLoadPermanentPermissions();
	s_permanentPermissions.clear();
	}

	void GeolocationPermissions::maybeLoadPermanentPermissions()
	{
	if (s_permanentPermissionsLoaded)
	return;
	s_permanentPermissionsLoaded = true;

	SQLiteDatabase database;
	if (!database.open(s_databasePath + databaseName))
	return;

	// Create the table here, such that even if we've just created the DB, the
	// commands below should succeed.
	if (!database.executeCommand("CREATE TABLE IF NOT EXISTS Permissions (origin TEXT UNIQUE NOT NULL, allow INTEGER NOT NULL)")) {
	database.close();
	return;
	}

	SQLiteStatement statement(database, "SELECT * FROM Permissions");
	if (statement.prepare() != SQLResultOk) {
	database.close();
	return;
	}

	ASSERT(s_permanentPermissions.size() == 0);
	while (statement.step() == SQLResultRow)
	s_permanentPermissions.set(statement.getColumnText(0), statement.getColumnInt64(1));

	database.close();
	}

	void GeolocationPermissions::maybeStorePermanentPermissions()
	{
	// Protect against the case where we haven't yet loaded permissions, as
	// saving in this case would overwrite the stored permissions with the empty
	// set. This is safe as the permissions are always loaded before they are
	// modified.
	if (!s_permanentPermissionsLoaded)
	return;

	SQLiteDatabase database;
	if (!database.open(s_databasePath + databaseName))
	return;

	SQLiteTransaction transaction(database);

	// The number of entries should be small enough that it's not worth trying
	// to perform a diff. Simply clear the table and repopulate it.
	if (!database.executeCommand("DELETE FROM Permissions")) {
	database.close();
	return;
	}

	PermissionsMap::const_iterator end = s_permanentPermissions.end();
	for (PermissionsMap::const_iterator iter = s_permanentPermissions.begin(); iter != end; ++iter) {
	SQLiteStatement statement(database, "INSERT INTO Permissions (origin, allow) VALUES (?, ?)");
	if (statement.prepare() != SQLResultOk)
	continue;
	statement.bindText(1, iter->first);
	statement.bindInt64(2, iter->second);
	statement.executeCommand();
	}

	transaction.commit();
	database.close();
	}

	void GeolocationPermissions::setDatabasePath(String path)
	{
	// Take the first non-empty value.
	if (s_databasePath.length() > 0)
	return;
	s_databasePath = path;
	}

	void GeolocationPermissions::setAlwaysDeny(bool deny)
	{
	s_alwaysDeny = deny;
	}

	} // namespace android