naiveproxy/services/network/public/interfaces/cookie_manager.mojom

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2018-01-28 21:32:06 +03:00
// Copyright 2017 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.
module network.mojom;
import "mojo/common/time.mojom";
import "url/mojo/url.mojom";
enum CookiePriority {
LOW,
MEDIUM,
HIGH
};
// See https://tools.ietf.org/html/draft-ietf-httpbis-cookie-same-site-00
// and https://tools.ietf.org/html/draft-ietf-httpbis-rfc6265bis for
// information about same site cookie restrictions.
enum CookieSameSite {
NO_RESTRICTION,
LAX_MODE,
STRICT_MODE
};
enum CookieSameSiteFilter {
INCLUDE_STRICT_AND_LAX,
INCLUDE_LAX,
DO_NOT_INCLUDE
};
// Keep defaults here in sync with net/cookies/cookie_options.cc.
struct CookieOptions {
bool exclude_httponly = true;
CookieSameSiteFilter cookie_same_site_filter = DO_NOT_INCLUDE;
bool update_access_time = true;
// TODO(rdsmith): Remove this element from the mojo structure? It's only
// used in the underlying net:: structure in CanonicalCookie::Create().
mojo.common.mojom.Time? server_time;
};
// See net/cookies/canonical_cookie.{h,cc} for documentation.
// Keep defaults here in sync with those files.
struct CanonicalCookie {
string name;
string value;
string domain;
string path;
mojo.common.mojom.Time? creation;
mojo.common.mojom.Time? expiry;
mojo.common.mojom.Time? last_access;
bool secure = false;
bool httponly = false;
CookieSameSite site_restrictions = NO_RESTRICTION;
CookiePriority priority = MEDIUM;
};
// Keep values here in sync with net::CookieStore::ChangeCause.
// (Not typemapped to avoid forcing clients to know about net::CookieStore.)
enum CookieChangeCause {
// The cookie was inserted.
INSERTED,
// The cookie was changed directly by a consumer's action.
EXPLICIT,
// The cookie was deleted, but no more details are known.
UNKNOWN_DELETION,
// The cookie was automatically removed due to an insert operation that
// overwrote it.
OVERWRITE,
// The cookie was automatically removed as it expired.
EXPIRED,
// The cookie was automatically evicted during garbage collection.
EVICTED,
// The cookie was overwritten with an already-expired expiration date.
EXPIRED_OVERWRITE
};
// Session cookies are cookies that expire at the end of the browser session.
// That is represented in canonical cookies by a null expiry time.
enum CookieDeletionSessionControl {
IGNORE_CONTROL,
SESSION_COOKIES,
PERSISTENT_COOKIES,
};
// All existing filters are ANDed together. I.e. if there is a value for
// created_after_time and there's a value for including_domains, only cookies
// in including_domains that have been created after the specified date would be
// deleted. A value for session_control of IGNORE_CONTROL is treated the same
// as optional values not being present for the other filters.
// If no filters are specified then all cookies will be deleted; this can be
// thought of as there being a default "match everything" filter which is
// ANDed in with all other filters.
//
// Note that whether a domain matches a cookie or not is somewhat nuanced. For
// the purposes of this filter:
// * The host/domain cookie distinction is ignored
// * A cookies effective domain is considered to be the top level registry
// (including private registries) for the domain stored in the cookie
// + the next entry down. So the effective domain for x.y.google.com
// would be google.com, and the effective domain for x.google.co.uk would
// be google.co.uk. See the function
// net::registry_controlled_domains::GetDomainAndRegistry for more
// details.
// * If a cookie does not have such a top level domain (e.g. IP address
// or private hostname), the domain specified in the cookie (the IP
// address or private hostname) is used.
struct CookieDeletionFilter {
// Delete cookies created after a date.
mojo.common.mojom.Time? created_after_time;
// Delete cookies created before a date.
mojo.common.mojom.Time? created_before_time;
// Delete cookies whose domains are not listed.
array<string>? excluding_domains;
// Deletes cookies whose domains are listed.
array<string>? including_domains;
// Delete session/persistent cookies.
CookieDeletionSessionControl session_control = IGNORE_CONTROL;
};
interface CookieChangeNotification {
// TODO(rdsmith): Should this be made a batch interface?
OnCookieChanged(CanonicalCookie cookie, CookieChangeCause cause);
};
interface CookieManager {
// TODO(rdsmith): Worthwhile specifying a sort order for the getters?
// Get all the cookies known to the service.
GetAllCookies() => (array<CanonicalCookie> cookies);
// Get all cookies for the specified URL and cookie options.
GetCookieList(url.mojom.Url url, CookieOptions cookie_options) =>
(array<CanonicalCookie> cookies);
// Set a cookie. |secure_source| indicates whether existing secure
// cookies can be overwritten (secure cookies may be created from a
// non-secure source). |modify_http_only| indicates whether http_only
// cookies may be overwritten.
SetCanonicalCookie(
CanonicalCookie cookie, bool secure_source, bool modify_http_only) =>
(bool success);
// Delete a set of cookies matching the passed filter.
// To delete a single cookie, use SetCanonicalCookie with an expiry
// time in the past.
// Returns the number of cookies deleted.
DeleteCookies(CookieDeletionFilter filter) => (uint32 num_deleted);
// Send a CookieChangeNotification over which notification
// for cookie changes will be sent. When the specified cookie
// associated with the domain/path specified in the URL changes, a
// notification will be posted to the passed pointer.
//
// Note that if the caller may be racing with other uses of the cookie store,
// it should follow the notification request with a probe of the relevant
// information about the tracked cookie, to make sure that a change to the
// cookie did not happen while the notification was being installed.
//
// TODO(rdsmith): Should this have a filter to register for a lot of
// notifications at once? Maybe combine with the deletion filter?
RequestNotification(
url.mojom.Url url,
string name,
CookieChangeNotification notification_pointer);
// Clone the interface for use somewhere else. After this call,
// requests to the same implementation may be posted to the other side
// of the pipe new_interface was configured on.
CloneInterface(CookieManager& new_interface);
};