It was discovered that Libjpeg6b was not properly performing bounds
checks when compressing PPM and Targa image files. An attacker could
possibly use this issue to cause a denial of service.
(CVE-2018-11212)

Chijin Zhou discovered that Libjpeg6b was incorrectly handling the
EOF character in input data when generating JPEG files. An attacker
could possibly use this issue to force the execution of a large loop,
force excessive memory consumption, and cause a denial of service.
(CVE-2018-11813)

Sheng Shu and Dongdong She discovered that Libjpeg6b was not properly
limiting the amount of memory being used when it was performing
decompression or multi-pass compression operations. An attacker could
possibly use this issue to force excessive memory consumption and
cause a denial of service. (CVE-2020-14152)

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FEDORA-2022-6628e8d771

Packages in this update:

php-laminas-diactoros2-2.11.2-1.fc36

Update description:

Version 2.11.2

Bug

95: Resolve Host header and X-Forwarded-Proto regressions thanks to @weierophinney

Release Notes for 2.11.1

This is a SECURITY release. All users are encouraged to upgrade immediately.

Added

This release adds features to allow filtering a ServerRequest as generated by LaminasDiactorosServerRequestFactory::fromGlobals() for the purposes of initialization. Examples include:

Adding a request identifier.
Using X-Forwarded-* headers to modify the URL to represent the original client request.

The features are based on a new interface, LaminasDiactororsServerRequestFilterFilterServerRequestInterface, which defines a single method:

public function __invoke(
PsrHttpMessageServerRequestInterface $request
): PsrHttpMessageServerRequestInterface

We provide two implementations, as follows:

LaminasDiactorosServerRequestFilterDoNotFilter will return the provided request verbatim.
LaminasDiactorosServerRequestFilterFilterUsingXForwardedHeaders has named constructors that allow you to define how and when X-Forwarded- headers are used to modify the URI instance associated with the request. These methods are:
* trustAny(): this method generates a filter instance that will trust all X-Forwarded- headers from any source.
* trustReservedSubnets(array $trustedHeaders = ?): this method generates a filter instance that only modifies the URL if the IP address of the requesting server is from a reserved, private subnet (localhost; classes A, B, and C subnets; and IPv6 private and local-link subnets). By default, it will trust all X-Forwarded- headers from these sources, but you may specify a list to allow via the $trustedHeaders argument.
* trustProxies(array $proxyCIDRList, array $trustedHeaders = ?): this method will generate a filter instance that only modifies the URL if the requesting server matches an entry in the $proxyCIDRList. These entries may be IP addresses, or any IPv4 or IPv6 CIDR subnets. By default, it will trust all X-Forwarded- headers from these sources, but you may specify a list to allow via the $trustedHeaders argument.

ServerRequestFactory::fromGlobals() now accepts a FilterServerRequestInterface instance as the optional argument $requestFilter. If none is provided, it uses one as produced by FilterUsingXForwardedHeaders::trustReservedSubnets().

Deprecated

The function LaminasDiactorosmarshalUriFromSapi() is deprecated, and no longer used internally.

Changed

LaminasDiactorosServerRequestFactory::fromGlobals() no longer consumes marshalUriFromSapi(), and instead inlines an alternate implementation. The new implementation does not consider X-Forwarded- headers by default when generating the associated URI instance. Internally, if no FilterServerRequestInterface implementation is provided, it defaults to using an instance returned by FilterUsingXForwardeHeaders::trustReservedSubnets(). If you previously relied on X-Forwarded- headers, you MAY need to update your code to use either the FilterUsingXForwardedHeaders::trustAny() or FilterUsingXForwardedHeaders::trustProxies() methods to generate a filter to use with ServerRequestFactory::fromGlobals().

Fixed

Fixes CVE-2022-31109

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This vulnerability allows local attackers to escalate privileges on affected installations of Parallels Desktop. An attacker must first obtain the ability to execute low-privileged code on the target system in order to exploit this vulnerability.

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