Plugin and QML import paths were previously determined by NIX_PROFILES. Using
PATH instead allows Qt applications to work under nix-shell without further
modification.
- Reduce environment pollution with a separate $bin output containing programs,
plugins, and shared data. Libraries remain in $out and are not installed into
the environment.
- Only propagate build inputs as required.
- Update to version 1.10.867.38-1
- Drop i386 arch. Vivaldi has suspended support for Linux 32-bit for
Vivaldi 1.10. Unfortunately, this is due to Chromium suspending support
for it and maintaining it themselves would take too much resources.
See https://forum.vivaldi.net/post/142489.
- Update dependency on gtk2 to gtk3.
- Move dependency patchelf from buildInputs to nativeBuildInputs.
This should allow us to easily add system-wide Chromium extensions via a
NixOS configuration similar to this:
{ pkgs, ... }: {
environment.pathsToLink = [ "/share/chromium/extensions" ];
environment.systemPackages = [ pkgs.my-shiny-extension ];
}
For more details about what Chromium expects within that directory, see:
https://developer.chrome.com/extensions/external_extensions
I've introduced this because of a personal desire to gain more control
about which extensions are installed and what they are able to do. All
of the extensions I use are free software, but despite that it's useful
to either easily patch them and also prevent unwanted automatic updates.
Tested this using the NixOS "chromium.stable" test on x86_64-linux.
Signed-off-by: aszlig <aszlig@redmoonstudios.org>
Cc: @offlinehacker because of #21050
Webcam Logitech C270 showed black screen in zoom, but LD_PRELOADing
v4l1compat.so fixed this. I hope, this wouldn't break camera for people,
who were already able to see video, but I can't be 100% sure currently.
Turns out, zoom couldn't launch QtWebEngineProcess because of wrong interpreter
Also, there was a need for some extra deps, which I found when
running debug version of zoom.
Also updates beta, nightly, nightlyBin, and bootstrap compilers.
Also updates the registry.
Also consolidates logic between bootstrap and nightlyBin compilers.
Also contains some miscellaneous cleanups.
Also patches firefox to build with the newer cargo
XSA-206 Issue Description:
> xenstored supports transactions, such that if writes which would
> invalidate assumptions of a transaction occur, the entire transaction
> fails. Typical response on a failed transaction is to simply retry
> the transaction until it succeeds.
>
> Unprivileged domains may issue writes to xenstore which conflict with
> transactions either of the toolstack or of backends such as the driver
> domain. Depending on the exact timing, repeated writes may cause
> transactions made by these entities to fail indefinitely.
More: https://xenbits.xen.org/xsa/advisory-206.html
XSA-211 Issue Description:
> When a graphics update command gets passed to the VGA emulator, there
> are 3 possible modes that can be used to update the display:
>
> * blank - Clears the display
> * text - Treats the display as showing text
> * graph - Treats the display as showing graphics
>
> After the display geometry gets changed (i.e., after the CIRRUS VGA
> emulation has resized the display), the VGA emulator will resize the
> console during the next update command. However, when a blank mode is
> also selected during an update, this resize doesn't happen. The resize
> will be properly handled during the next time a non-blank mode is
> selected during an update.
>
> However, other console components - such as the VNC emulation - will
> operate as though this resize had happened. When the display is
> resized to be larger than before, this can result in a heap overflow
> as console components will expect the display buffer to be larger than
> it is currently allocated.
More: https://xenbits.xen.org/xsa/advisory-211.html
XSA-212 Issue Description:
> The XSA-29 fix introduced an insufficient check on XENMEM_exchange
> input, allowing the caller to drive hypervisor memory accesses outside
> of the guest provided input/output arrays.
More: https://xenbits.xen.org/xsa/advisory-212.html
XSA-213 Issue Description:
> 64-bit PV guests typically use separate (root) page tables for their
> kernel and user modes. Hypercalls are accessible to guest kernel
> context only, which certain hypercall handlers make assumptions on.
> The IRET hypercall (replacing the identically name CPU instruction)
> is used by guest kernels to transfer control from kernel mode to user
> mode. If such an IRET hypercall is placed in the middle of a multicall
> batch, subsequent operations invoked by the same multicall batch may
> wrongly assume the guest to still be in kernel mode. If one or more of
> these subsequent operations involve operations on page tables, they may
> be using the wrong root page table, confusing internal accounting. As
> a result the guest may gain writable access to some of its page tables.
More: https://xenbits.xen.org/xsa/advisory-213.html
XSA-214 Issue Description:
> The GNTTABOP_transfer operation allows one guest to transfer a page to
> another guest. The internal processing of this, however, does not
> include zapping the previous type of the page being transferred. This
> makes it possible for a PV guest to transfer a page previously used as
> part of a segment descriptor table to another guest while retaining the
> "contains segment descriptors" property.
>
> If the destination guest is a PV one of different bitness, it may gain
> access to segment descriptors it is not normally allowed to have, like
> 64-bit code segments in a 32-bit PV guest.
>
> If the destination guest is a HVM one, that guest may freely alter the
> page contents and then hand the page back to the same or another PV
> guest.
>
> In either case, if the destination PV guest then inserts that page into
> one of its own descriptor tables, the page still having the designated
> type results in validation of its contents being skipped.
More: https://xenbits.xen.org/xsa/advisory-214.html
XSA-215 Issue Description:
> Under certain special conditions Xen reports an exception resulting
> from returning to guest mode not via ordinary exception entry points,
> but via a so call failsafe callback. This callback, unlike exception
> handlers, takes 4 extra arguments on the stack (the saved data
> selectors DS, ES, FS, and GS). Prior to placing exception or failsafe
> callback frames on the guest kernel stack, Xen checks the linear
> address range to not overlap with hypervisor space. The range spanned
> by that check was mistakenly not covering these extra 4 slots.
More: https://xenbits.xen.org/xsa/advisory-215.html
