After merging the new ATA driver, FreeLdr complains about not being able
to load legide.sys. Fix that by adding legide.sys driver to txtsetup.sif
so FreeLoader can load it.
Addendum to ae2827f481. CORE-17256
- Retrieve the INetCfgComponentControl interface first because it is the only mandatory interface.
- INetCfgComponentPropertyUi is optional. Query it from the INetCfgComponentControl interface.
Supporting CTF IMEs. This FIFO
will be used in TRANSMSG handling.
JIRA issue: CORE-19360
- Add base/ctf/cicero/cicfifo.h.
- Implement CicFirstInFirstOut
template class.
These two registry values, stored in `HKEY_LOCAL_MACHINE\SYSTEM\Setup`,
are generated at runtime by the kernel; they are based on the current
values of: `LoaderBlock->NtHalPathName` and `LoaderBlock->ArcBootDeviceName`
respectively.
In particular, hardcoding `SystemPartition` to a default value
"\Device\Harddisk0\Partition1" , would be as random as hardcoding it
to anything else, since nothing justifies that there exists a partition
on the first harddisk, and if there is one, nothing guarantees that it
is one that was used to boot the operating system... Especially when
booting a LiveCD!
Addendum to commit c498d0930a.
`SmpTranslateSystemPartitionInformation()`: Reset the `DirInfo->Name.Buffer`
to use the `DirInfoBuffer` scratch area, before doing the OS boot drive letter
fallback. Otherwise, writing directly to `DirInfo->Name.Buffer` would
use its old value, that is going to be `NULL` when the calls to
`NtQueryDirectoryObject()` failed, and this would induce a memory access
crash.
Take also the opportunity to use structures embedding the
`KEY_VALUE_PARTIAL_INFORMATION` and `OBJECT_DIRECTORY_INFORMATION`
data headers, instead of straight `CHAR` arrays. This allows the
structures to use the correct memory alignments required by these
data headers.
instead of the MBR-specific PARTITION_TABLE_ENTRY structure.
Simplify also some aspects of the code:
- for MBR code, avoid copying around partition entries, but use
pointers instead;
- more generally, use the actual disk sector size instead of guessing,
and pass it to the partition interface routines.
- Discard the RTC interrupt handler for MSVC builds. Unfortunately GAS doesn't have such a feature
- Remove the unused systimer.S file from MiniHAL compilation
CORE-20539
Move an "assert" added by Pierre Schweitzer in [b0b7df](https://github.com/reactos/reactos/commit/b0bf7df).
Relocate his added "assert" inside an "if (FsCheckFlags & FSCHECK_IMMEDIATE_WRITE)".
This avoids some asserts when running in read-only mode.
Co-authored-by: Hermès BÉLUSCA - MAÏTO <[email protected]>
This is the same fix for the same condition check, as the one already
applied to `IopCreateArcNamesDisk()` in commit 3fe12f1a7c.
This bug was introduced in commit 538b9e4fbf (r49212) and is identical
to the one introduced in commit 6d0861e9ed (r49131).
The idea behind the condition check, is that we consider the enumerated
disk to be a match with the currently-considered one from the ARC disk
signatures, *IF*:
- there is only one single disk listed in the ARC disk signatures,
*AND* only one single disk detected at runtime by the kernel,
*AND* this disk is MBR-partitioned;
- *OR*, there is one or more disks present and the enumerated disk's
signature match the currently-considered ARC disk signature. (This
is the more general case for when there are one or multiple disks
on the system, and/or one disk at least is GPT).
- Set the ip address, subnet mask and default gateway when an alternate configuration has been configured.
- Set registry values for the alternate configuration and APIPA.
Addendum to commit 5ab1cfc553.
- Fix the drive letters assignment ordering for hard disks.
* Fix the loop that assigns letters to MBR boot and primary partitions;
* Fix the condition that finds the boot partition (or defaults to the
first primary partition) to be skipped when assigning letters to all
remaining hard-disk partitions -- after letters have been assigned
to the specific boot, primary, logical, etc. partitions.
NOTE: The drive-letter assignment algorithm is as follows:
1. For each hard disk, assign a letter to the first encountered boot
(MBR "active") partition; or if GPT disk, to all data partitions.
If no boot partition has been found on this disk, assign a letter
to all of its primary partitions.
2. Assign a letter to all (MBR) logical partitions for each hard disk.
3. Assign a letter to all remaining partitions with recognized IDs on
all disks.
****
We observe that the algorithm 1-3 is tailored for MBR-partitioned disks,
as it is inherited from the way MS-DOS did it. In addition, partitions
on GPT disks acquire their drive letters early one, during step 1.
****
4. Assign letters to floppy disks (see below), then to CD-ROMs.
5. Finally, verify that the OS boot volume has got a drive letter; if
not, get a free one (or delete the 'Z' drive letter and reassign it
to the boot volume).
(See also "Inside Storage Management, Part 1", Mark Russinovich,
https://www.digiater.nl/openvms/decus/vmslt00b/nt/storage-mgt-nt_2.htm
about the `IoAssignDriveLetters` function.)
- When assigning drive letters to floppy drives, first assign letters to
legacy (non-MountMgr-aware) devices, and then to MountMgr-aware devices.
Addendum to commit 5ab1cfc553.
- Static const-ify the `FloppyString` and `CdString` constants, that are
common to both `HalpNextDriveLetter()` and `xHalIoAssignDriveLetters()`.
- Improve code comments and variable names.
- In `xHalIoAssignDriveLetters()`:
* One of the two "generic string buffers" can be thrown away, since
we can already use the on-stack `Buffer`.
* No need to `sprintf` + `RtlInitAnsiString` + `RtlAnsiStringToUnicodeString`
with the risk of failing the conversion (that also allocates memory).
Instead, just invoke `swprintf` + `RtlInitUnicodeString` as already
done elsewhere in this function.
* Replace some '0' to 'FALSE' where applicable.
* Reduce indentation level of two for-loops.
- Compile their contents only when NDEBUG is _NOT_ defined.
- Only keep the first DPRINT in these functions in order to keep the
file path and line number, but replace the others with DbgPrint in
order to have a clearer printout.
- Fix a bug in FstubDbgPrintSetPartitionEx(), where PartitionNumber has
to be used as an indicator parameter but MUST NOT be used to index the
PartitionEntry pointer. (PartitionEntry already points to the data for
setting the partition specified by PartitionNumber.)
The bug certainly came from a copy-pasting error from FstubDbgPrintPartitionEx().
In `SmpTranslateSystemPartitionInformation()`, fall back to using the
OS boot drive letter if none was found to be assigned to the SystemPartition.
Otherwise, just fail if any other error was encountered.
(This behaviour has been introduced in a post-SP1 Windows 7 update.)
Additionally, simplify very slightly the code.
Follow-up of #8846. Now <jpnvkeys.h>
is useless. Minor refactoring and
standardation.
JIRA issue: CORE-19268
- Replace <jpnvkeys.h> usage with
<wine/ime.h> and fix
VK_DBE_ENTERIMECONFIGMODE
naming.
- Remove duplicated
WM_IME_REPORT/IR_* and
UNDETERMINESTRUCT definitions
now provided by wine/ime.h.
- Introduce win3send.c half-
implementing
ImmSendIMEMessageExA/W.
- Add CMake option
IMM_WIN3_SUPPORT (default: ON).
Prepare for CTF IME support.
JIRA issue: CORE-19268
- Add GCS_PRIVATE (0x8000) constant,
COMPSTR_PRIVATE structure, and
CtfImmIsGuidMapEnable prototype
to <imm32_undoc.h>.
- Implement GCS_PRIVATE index in
ImmGetCompositionStringA/W.
- `ArcBootDeviceName`: Given a theoretically valid ARC boot path
of the form:
`multi(0)disk(0)rdisk(0)partition(2)ReactOS\\weird)name`
correctly determine `ArcBootDeviceName` to be:
`multi(0)disk(0)rdisk(0)partition(2)`
and `SystemRoot` to be what follows it:
`ReactOS\\weird)name`
Usual paths like: `multi(0)disk(0)rdisk(0)partition(2)\\ReactOS`
are still correctly handled, of course.
- The `ArcHalDeviceName` path is the ARC path to the system partition,
where the firmware started the bootloader from. For historical reasons
it's called Arc **HAL**, because on older (and non-x86) Windows versions
the HAL was to be placed next to the OS loader in the system partition,
while the rest of the OS (kernel, etc.) was placed elsewhere.
So, in order to correctly set `ArcHalDeviceName`, pass the determined
SystemPartition all the way down to `WinLdrInitializePhase1()`.
Carl J. Bialorucki