Since the commpage is at a kernel address, changed 64-bit paging code
to match x86's behaviour of allowing user-accessible mappings to be
created in the kernel portion of the address space. This is also
required by some drivers.
Since this argument may be used to pass pointers, uint32 is not
correct for 64-bit. Effectively no change on 32-bit targets, both
size_t and uint32 are unsigned long there.
Using "kernel.h" was pulling in the private kernel.h header instead,
which was causing a build failure on my branch since arch_cpu.h is
C++-only there.
* Update FTDI, KLSI, Prolific, and Silicon drivers to share a
common structural layout for device identification.
* More flexible and cleaner than massive switch case statements.
* Avoids the problem of different chipsets from identical vendors.
- Store whether or not the use of the horizontal scrollbar is desired
on the class itself. If the CLV was set to use the horizontal scrollbar,
and then asked to lay itself out while hidden, it would incorrectly assume
the horizontal scrollbar wasn't in use, and consequently repositioned its
views such that the horizontal scrollbar and outline view overlapped.
There's an input loop thread which reads and parses command lines and
the infrastructure for registering and executing commands. Currently
only "help" and "quit" commands are implemented.
This adds disk drivers, intel/session partitioning systems, and ISO9660
(+ write/attribute_overlay) modules to the CD/floppy boot image targets
for x86_64. The kernel now detects and mounts the boot CD, and runs up
to attempting to start the boot script.
Mostly compilation fixes, as well as a few 64-bit safety fixes. I've
briefly looked through everything for any obvious issues and fixed
the ones I've found, and it seems like they're working properly, though
there could be some more well hidden ones that I've missed.
Uses the x86 architecture code, made fixes to printf formats and a
couple of 64-bit fixes. Only potentially intrusive change is that I've
changed PCI.h to use uint32 rather than ulong. I don't see any way
this would cause any issues, though.
- The cdrecord port was using the wrong path for searching for SCSI
devices. This led to it failing to find SATA CD drives. Updated
package by Chris Roberts.
- When a job needs to go dependent on another job, we no longer use recursion
to manage the execution stack. Instead the job is simply marked as waiting
and we execute other jobs with no dependencies in the meantime. When a job
completes, all dependents are moved back onto the unscheduled list and
executed as needed.
- Adjustments to ResolveValueNodeJob to handle the now asynchronous nature
of waiting.
Such arrays could be created by the BFS code between hrev43837 and
hrev43924, and cause the array to not be free'd when the entry is
removed.
The check in _InsertDuplicate() is not changed, as doing an insertion
will actually repair this problem.
Potentially, the code could be modified to handle this state instead,
but since checkfs can fix it, it doesn't seem necessary.
Signed-off-by: Axel Dörfler <axeld@pinc-software.de>
* cache_abort_transaction() left the block dirty which was causing bug
#8123 as well.
* cache_abort_sub_transaction() did, in addition to not clearing the dirty
flag, not reset the block's transaction member either if the block was
not part of the parent transaction.
* add a sniff rule
* until we have an image translator for SVG, and since Web+ is not
included by default in Haiku images, made Web+ preferred app for SVG images.
Note that for compressed SVGZ (*.svgz), the sniff rule will still fail miserably.
Our sniffer will need decompression support before being able to do that...
Added the necessary build flags for modules, and added a module (dpc)
to the floppy image for x86_64 builds for testing purposes. The module
gets loaded correctly and its code runs without issue. Only non-trivial
addition is the different method for generating kernel.so, this is
explained in the kernel Jamfile.
