...into MessagePackageListener and OnePackageMessagePackageListener.
The first one doesn't know which package(s) it's listening to. But it
can filter the change notifications now and only react to certain changes.
The second one knows which package it's listening to.
* Always include last caller and lock value on both UP and MP path.
* Change lock value printing to hex format, as 0xdeadbeef is more
obvious than its decimal counterpart.
TableCellValueRenderer{Utils}:
- The rendering calls now take a boolean indicating if the value
being rendered differs from its previous state. This is taken
into account by rendering it in a different color to indicate
the change. Adjust all implementing subclasses accordingly.
VariablesView::ModelNode:
- Now stores the previous value of the corresponding value node,
and can be queried if its value has changed. Used by renderers.
VariablesView::_{Add,Apply}ViewStateDescendentInfos():
- When walking the model, also store/restore the values of nodes in the
history.
In summation of all the above changes, when stepping through a function,
we now display values that have changed since the last step, or that have
appeared for the first time in a different color.
- When using variable values in an expression, we weren't ensuring
that the resulting value type matched up with the requested
type for the expression, leading to unpredictable results in some
cases.
While the NetBSD entry point is handy as we can use a single uImage
with all 3 blobs, it bypasses U-Boot's own patching of the FDT since
it's not visible to it, so we won't get the RAM size and other things
through it.
CreateThreadEvent::DoDPC() missed a reference release to balance the
acquired reference before queuing the DPC, resulting in the
CreateThreadEvent objects being leaked.
This also removes the destructor that tried to cancel the DPC. Since
the class is reference counted and only destroyed when the DPC has
run and released the last reference, this didn't make much sense.
For cases where a BMessage is passed by area, the remote team id needs
to be passed into BMessage::_SendMessage() so it can transfer the area
to the target team. It falls back to detecting the port owner if said
information is missing. However, since the input_server owns the port
in this situation, the remote team needs to be specified explicitly.
Add the app_server team id to the input acquire message, so input_server
gets the needed info.
As messages that exceed the pass by area threshold are rather rare in
general and shouldn't happen at all in this situation, this does not
fix any immediate problem.
When a message is passed by area, the sender is supposed to transfer
area ownership to the target team. If the area is not mapped within
the current team, accessing the area address would be invalid.
Also mark the area as read-only so accidental writes to the area would
become obvious.
When a message is passed by area, any modification to the message must
first trigger a copy of the message content. The success of this
operation was not checked however, possibly leading to later reallocs
on non-heap memory.
The signal to the team/thread is only actually sent in a deferred
procedure. To ensure that the team/thread stays valid between the DPC
being queued and it actually running, we need to acquire a reference.
Fixes#11390, where the DPC was run after the team was already
destroyed.
* X and Y coordinates of hot point were swapped for 1-bit cursors
* Prefer color cursor over 1-bit one if possible
* Adjust the XOR/AND masks for 1-bit cursors to what the hardware
expects
* Handle switching etween hardware and software cursor.
Patch by Looncraz and Ziusudra, fixes#9261.
This introduces InterruptController and HardwareTimer classes to
handle the SoC specific implementations of timers and ints for
the ARM platform.
These could be improved and moved to a more 'generic' level once
we're confident they are 'good enough'.
NOTE: The OMAP timer implementation is fully untested and probably
completely non-functional....
If we find an FDT (either from uImage or otherwise) we make sure
we map it after mmu_init() and use kernel_args to pass it to the
kernel (so it is available at all times there).
