Fixme Index
$#! · 0-9 · A · B · C · D · E · F · G · H · I · J · K · L · M · N · O · P · Q · R · S · T · U · V · W · X · Y · Z
A
 add port allocation management and safety stuff
 Add query of system default
 allocate proper indices
 assumes 256-entry DAC
C
 can’t tell difference if/ bin/ sh returned 127
 causes panic on Bochs due to kb overflow
 command ID is a dword,not a byte,and is going to change
 Compiler workaround
 CR0_NE does not exist on a 386
 create a thread rather than bruteforce starting things
D
 deal with*_channel_event_ind
E
 ESI usage?
F
 fill fields
G
 GetPageEntry race condition
 go to storage medium and get info
H
 How to provoke error on glibc?, Apparently glibc disagrees on this assumption
I
 if first character does not match,value_parsed is not set-but it is NOT an input error
 Implement mutex
 improve speed
 improve speed here
 InitializeRTC crashes some computers
 io bitmap does not get physically allocated
 is this the correct way?
L
 libc support
 Lots of reboots/ lockups on Pentium 1 boxes
M
 Management control blocks in pool?
Q
 query system default
R
 race condition on address space allocation
 Read-addref-read pattern needs to be added, Race condition
 really esp-local(not: ebp-local)???
 really ugly
S
 segment register breakage
 separate inc_kernel for ia and ia32 kernels
 Socket-A Interrupt bug
 SPC is only allowed when using LFNs provided by a Windows
 Starvation in Route functions
 step up from first page to second
 subroutine for this
T
 testcase breaking on infinite loop
 the, one too many flags to work on a 16-bit machine,join some(e:: g
 The if clause means one-digit values do not get formatted
 This approach is a possible attack vector
 this causes a pagefault for an unknown reason
 this is detrimental to speed on P4/ HTT processors
U
 update destroyed regs
 Use default COM properties by default
W
 wctrans_t
 wctype_t
 We got it but still need to add proper queing
 We need to find a method to set a flag whenver a NEW character
 won’t be able to tell the difference if the exec’ed program returned 255
 Work our marshalling area
exists because CPtr(non-object ptr, object ptr) fails with a compile error, even though both are of pointerwidth
kernel CreateThread
privatepart->op_idx = ?;
mutex on resolver use
setlocale( LC_CTYPE, “” );
udi_assert((headcb->flags & MOS_CB_ALLOC_PENDING) == 0);
pagetable r/w should be altered so that we can allocate pages for use.
Copied from the previous kernel generation.
environment.
add cli/sti blocks to prevent this
width flags) into a combined field.
check RequestMemory32 AllocateMemory32 InsertPageTable32 ZeroPage32 RemoveMemoryReference32
was passed to the input buffer.
Maybe a pipe could be used instead of the 255 exit code?