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// Copyright (c) 2011 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.
// This is the list of load flags and their values. For the enum values,
// include the file "net/base/load_flags.h".
//
// Here we define the values using a macro LOAD_FLAG, so it can be
// expanded differently in some places (for example, to automatically
// map a load flag value to its symbolic name).
LOAD_FLAG(NORMAL, 0)
// This is "normal reload", meaning an if-none-match/if-modified-since query
LOAD_FLAG(VALIDATE_CACHE, 1 << 0)
// This is "shift-reload", meaning a "pragma: no-cache" end-to-end fetch
LOAD_FLAG(BYPASS_CACHE, 1 << 1)
// This is a back/forward style navigation where the cached content should
// be preferred over any protocol specific cache validation.
LOAD_FLAG(PREFERRING_CACHE, 1 << 2)
// This is a navigation that will fail if it cannot serve the requested
// resource from the cache (or some equivalent local store).
LOAD_FLAG(ONLY_FROM_CACHE, 1 << 3)
// This is a navigation that will not use the cache at all. It does not
// impact the HTTP request headers.
LOAD_FLAG(DISABLE_CACHE, 1 << 4)
// If present, causes certificate revocation checks to be skipped on secure
// connections.
LOAD_FLAG(DISABLE_CERT_REVOCATION_CHECKING, 1 << 5)
// This load will not make any changes to cookies, including storing new
// cookies or updating existing ones.
LOAD_FLAG(DO_NOT_SAVE_COOKIES, 1 << 6)
// Do not resolve proxies. This override is used when downloading PAC files
// to avoid having a circular dependency.
LOAD_FLAG(BYPASS_PROXY, 1 << 7)
// Requires EV certificate verification.
LOAD_FLAG(VERIFY_EV_CERT, 1 << 8)
// This load will not send any cookies.
LOAD_FLAG(DO_NOT_SEND_COOKIES, 1 << 9)
// This load will not send authentication data (user name/password)
// to the server (as opposed to the proxy).
LOAD_FLAG(DO_NOT_SEND_AUTH_DATA, 1 << 10)
// This should only be used for testing (set by HttpNetworkTransaction).
LOAD_FLAG(IGNORE_ALL_CERT_ERRORS, 1 << 11)
// Indicate that this is a top level frame, so that we don't assume it is a
// subresource and speculatively pre-connect or pre-resolve when a referring
// page is loaded.
LOAD_FLAG(MAIN_FRAME, 1 << 12)
// If present, intercept actual request/response headers from network stack
// and report them to renderer. This includes cookies, so the flag is only
// respected if renderer has CanReadRawCookies capability in the security
// policy.
LOAD_FLAG(REPORT_RAW_HEADERS, 1 << 13)
// Indicates that this load was motivated by the rel=prefetch feature,
// and is (in theory) not intended for the current frame.
LOAD_FLAG(PREFETCH, 1 << 14)
// Indicates that this is a load that ignores limits and should complete
// immediately.
LOAD_FLAG(IGNORE_LIMITS, 1 << 15)
// Indicates that the operation is somewhat likely to be due to an
// explicit user action. This can be used as a hint to treat the
// request with higher priority.
LOAD_FLAG(MAYBE_USER_GESTURE, 1 << 16)
// Indicates that the username:password portion of the URL should not
// be honored, but that other forms of authority may be used.
LOAD_FLAG(DO_NOT_USE_EMBEDDED_IDENTITY, 1 << 17)
// The creator of this URLRequest wishes to receive stale responses when allowed
// by the "Cache-Control: stale-while-revalidate" directive and is able to issue
// an async revalidation to update the cache.
LOAD_FLAG(SUPPORT_ASYNC_REVALIDATION, 1 << 18)
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