This doesn't seem trivial enough to be defining in the header like this,
and should not be a performance critical function anyhow.
Also add spec comments while we are at it, and a FIXME since we do not
seem to exactly align.
This allows accessing and looping over the path segments in a URL
without necessarily allocating a new vector if you want them percent
decoded too (which path_segment_at_index() has an option for).
This now defaults to serializing the path with percent decoded segments
(which is what all callers expect), but has an option not to. This fixes
`file://` URLs with spaces in their paths.
The name has been changed to serialize_path() path to make it more clear
that this method will generate a new string each call (except for the
cannot_be_a_base_url() case). A few callers have then been updated to
avoid repeatedly calling this function.
The defaults selected for this are based on the behaviour of URL
when it applied percent decoding during parsing. This does mean now
in some cases the getters will allocate, but percent_decode() checks
if there's anything to decode first, so in many cases still won't.
As noted in serval comments doing this goes against the WC3 spec,
and breaks parsing then re-serializing URLs that contain percent
encoded data, that was not encoded using the same character set as
the serializer.
For example, previously if you had a URL like:
https:://foo.com/what%2F%2F (the path is what + '//' percent encoded)
Creating URL("https:://foo.com/what%2F%2F").serialize() would return:
https://foo.com/what//
Which is incorrect and not the same as the URL we passed. This is
because the re-serializing uses the PercentEncodeSet::Path which
does not include '/'.
Only doing the percent encoding in the setters fixes this, which
is required to navigate to Google Street View (which includes a
percent encoded URL in its URL).
Seems to fix#13477 too
Having an alias function that only wraps another one is silly, and
keeping the more obvious name should flush out more uses of deprecated
strings.
No behavior change.
This will make it easier to support both string types at the same time
while we convert code, and tracking down remaining uses.
One big exception is Value::to_string() in LibJS, where the name is
dictated by the ToString AO.
We have a new, improved string type coming up in AK (OOM aware, no null
state), and while it's going to use UTF-8, the name UTF8String is a
mouthful - so let's free up the String name by renaming the existing
class.
Making the old one have an annoying name will hopefully also help with
quick adoption :^)
In particular, StringView::contains(char) is often used with a u32
code point. When this is done, the compiler will for some reason allow
data corruption to occur silently.
In fact, this is one of two reasons for the following OSS Fuzz issue:
https://bugs.chromium.org/p/oss-fuzz/issues/detail?id=49184
This is probably a very old bug.
In the particular case of URLParser, AK::is_url_code_point got confused:
return /* ... */ || "!$&'()*+,-./:;=?@_~"sv.contains(code_point);
If code_point is a large code point that happens to have the correct
lower bytes, AK::is_url_code_point is then convinced that the given
code point is okay, even if it is actually problematic.
This commit fixes *only* the silent data corruption due to the erroneous
conversion, and does not fully resolve OSS-Fuzz#49184.
Each of these strings would previously rely on StringView's char const*
constructor overload, which would call __builtin_strlen on the string.
Since we now have operator ""sv, we can replace these with much simpler
versions. This opens the door to being able to remove
StringView(char const*).
No functional changes.
It was mostly implemented based on a spec note, that described only
allowed characters, but instead of allowing some special characters not
to be escaped, we escaped every special character except those 'new in
this encode set' disallowed characters from the spec definition.
We were decoding and then re-encoding the query string in URLs.
This round-trip caused us to lose information about plus ('+')
ASCII characters encoded as "%2B".
A change was made prior to percent encode plus signs in order to fix an
issue with the Google cookie consent page.
Unforunately, this was treating a symptom of a problem and not the root
cause and is incorrect behavior.
Adds a new optional parameter 'reserved_chars' to
AK::URL::percent_encode. This new optional parameter allows the caller
to specify custom characters to be percent encoded. This is then used
to percent encode plus signs by HttpRequest::to_raw_request.
These are required in the specification and used by the web's URL
built-in, this commit also removes the Badge<AK::URL> from URLParser
to allow other classes that need to call the parser directly like the
web's URL built-in to do so.
Since this is always set to true on the non-default constructor and
subsequently never modified, it is somewhat pointless. Furthermore,
there are arguably no invalid relative paths.
This replaces ctype.h with CharacterType.h everywhere I could find
issues with narrowing conversions. While using it will probably make
sense almost everywhere in the future, the most critical places should
have been addressed.
This changes the URL class to use the correct constness for getters,
setters and other methods. It also changes the entire class to use east
const style.
This adds a hostname parameter as the third parameter to
URL::create_with_file_scheme(). If the hostname is "localhost", it will
be ignored (as per the URL specification).
This can for example be used by ls(1) to create more conforming file
URLs.
The m_path member variable has been superseded by m_paths. Thus, it has
been removed. The path() getter will continue to exist as a convenience
method for getting the path joined together as a string.
This adds URL serialization methods which are more in line with the
specification.
The serialize_for_display() method should be used e.g. in the browser
address bar, and as per the spec should not display username and
password. Furthermore, it could decode most percent-encoded code points,
although that is not implemented yet.
This adds a few helper functions and a private constructor to
instantiate a data URL to the URL class. These will be needed by the
upcoming URL parser.
This adds the m_username, m_password, m_paths and m_cannot_be_a_base_url
member variables to the URL class. These are necessary for the upcoming
new URL parser.
The deprecated m_path variable shadows the m_paths variable if it is
non-null. This behavior will be removed once the old URL parser has been
removed.
This replaces all occurrences of those functions with the newly
implemented functions URL::percent_encode() and URL::percent_decode().
The old functions will be removed in a further commit.
This adds a few new functions to percent encode/decode strings according
to the URL specification. The functions allow specifying a
PercentEncodeSet, which is defined by the specification. It will be used
to replace the current urlencode() and urldecode() functions in a
further commit.
This commit adds a few duplicate helper functions in the URL class, such
as is_digit() and is_ascii_digit(). This will be cleaned up as soon as
the upcoming new URL parser will replace the current one.
This renames all references to protocol to scheme, which is the name
used by the URL standard (https://url.spec.whatwg.org/). Externally, all
methods referencing "protocol" were duplicated with "scheme". The old
methods still exist as compatibility.
This patch removes unnecessary function parameter names in declarations
of the URL class. It also changes parameter types from String to
StringView where applicable.
SPDX License Identifiers are a more compact / standardized
way of representing file license information.
See: https://spdx.dev/resources/use/#identifiers
This was done with the `ambr` search and replace tool.
ambr --no-parent-ignore --key-from-file --rep-from-file key.txt rep.txt *
Now that we use fragment for specifying starting selection in
FileManager we would benefit from providing it as argument instead of
setting it each time separately.
`AK::URL` will now check if the URL requires a port to be set using
`AK::URL.protocol_requires_port(protocol)`.
If the URL does not specify a port, and no default port for the URL
protocol is found with `AK::URL.default_port_for_protocol(protocol)`,
the URL is considered to be invalid.
