User contributions
2 February 2016
Kernel ABI
Starting the page, just throwing content in there for now.
APT:Initialize
no edit summary
m+33
APT:GetLockHandle
no edit summary
m+33
IPC
Command -> Message (since replies use the same format)
+27
1 February 2016
31 January 2016
IPC
Command Structure
+2
IPC
accidently changed the semantics compared to the C code that was on the page before. I actually don't know what should happen if bit4 and bit5 are set.
+7
IPC
Command Structure
+174
SRV:RegisterClient
no edit summary
+252
KSession
no edit summary
m-36
KServerSession
no edit summary
m-270
KServerPort
woops
m+15
KServerPort
no edit summary
m+4
KProcess
no edit summary
m-514
KLinkedList
no edit summary
m+8
KClientSession
no edit summary
m-277
KSynchronizationObject
no edit summary
m-297
KClientPort
no edit summary
-273
KServerPort
Woops. At least this means things get even simpler.
m-61
KPort
no edit summary
m-27
KServerPort
no edit summary
m-27
KServerPort
no edit summary
m-414
KSynchronizationObject
no edit summary
m+8
KServerPort
no edit summary
m+20
KClientPort
no edit summary
m+12
KPort
no edit summary
m+7
28 January 2016
KThread
no edit summary
m+12
IPC
no edit summary
+1,580
Kernel
no edit summary
mKernel
no edit summary
m+20
Multi-threading
no edit summary
m-26
25 January 2016
24 January 2016
22 January 2016
4 January 2016
1 January 2016
18 December 2015
5 December 2015
Talk:GPU/Internal Registers
no edit summary
+83
Talk:GPU/Internal Registers
no edit summary
+174
Talk:GPU/Internal Registers
no edit summary
+719
4 December 2015
Gamecards
Protocol
+57
Talk:GPU/Internal Registers
no edit summary
+7
KProcess
This isn't actually a pointer, but indeed the full instance.
-17
3 December 2015
IPC
no edit summary
mIPC
This page needs some love from people who know how it actually works :(
+5
GPU/Internal Registers
This got lost in the update. Note that the GPU endianness is not necessarily the same as the CPU's.
+106
Talk:GPU/Internal Registers
no edit summary
+148
Talk:GPU/Internal Registers
Created page with "FYI, fixed-point numbers are often denoted as "fixedX.Y", with X the non-fractional and Y the fractional bits. Also note that one wouldn't speak about "fixed-point" numbers when ..."