1. Home
  2. Nintendo Wii
  3. ATI Low Level Wii SDK

ATI Low Level Wii SDK

Edit on Github | Updated: 26th July 2021

Introduction

In 2020 and 2021 numerous secret files have been leaked from Nintendo thanks to Zammis Clark. Included in these files were source code for a variety of Wii internal applications such as a Diagnostic tool known as DIAG4.

This post will cover the Low Level Wii SDK created by ATI/ArtX for the Wii/Gamecube which was included as part of the DIAG4 source code.

What is the ATI Low Level Wii SDK?

In order to develop the Wii Operating System (IOS) and other internal diagnostic tools (e.g DIAG4) an SDK was created to abstract the low level hardware in a C/C++ library.

Where did it come from?

In the 2021 Nintendo Leak an archive was released called DIAG4RVL.7Z, if you extract this archive and go to the path DIAG/include

In here you will find a folder for each version artx and ati.

What was it used for?

It was used internally at Nintendo to make it easier to write hardware diagnostic tests for use in the DIAG4 tool. It was presumably also used for development of the Wii Operating System known as IOS.

What is the difference between the ArtX and ATI versions?

The ArtX version is the original and was created for the Gamecube and used in the Diagnostics tool for Gamecube and potentially the Gamecube Operating System.

The ATI version is a fork of the ArtX version which has been updated for the Wii console.

Artx (/include/artx)

/include/artx

This folder contains Gamecube header files provided by the Company ArtX, the company later changed its name to ATI during the development of the wii.

This folder is provided for use in the Gamecube DIAG tests and there is an updated version of this folder with Wii support in the ati folder.

Since most of the files in this folder have a more up to date version in the ati folder, they will not be documented here as it would be very repetitive. So check out the section on the ATI folder below instead.

For more information you can take a diff of the two folders if you are especially interested in the differences but overall it is not of much interest to most users.

ATI low level SDK (/include/ati)

/include/ati

This folder contains the C header files that provide low level access to the wii hardware. This library was originally written for the gamecube and then updated for the Wii, it was created by ATI (formally ArtX).

This library was not provided to third party developers in the official SDK and so was only used for internal tools and software such as the Wii Operating system known as IOS.

Most of the include files are at the top level but there are also a few sub-directories:

  • bfm750 - only contains one file but nothing is defined in it
  • diag - Low level PowerPC register access functions
  • export - unknown purpose, seems to be just a subset of gx folder files
  • fdl - low level C header files generated from fiddle .fdl files
  • gx - Graphics header files
  • gxu - Graphics Utility header files
  • helper - Compiler related constants
  • private - Internal debug functions for ATI

We have provided descriptions for the files at the root level of this folder in the table below:

File Name Extension Description
acr .h Include file for declaring ?
aes .h Include file for declaring ?
aesreg .h Include file for declaring a few AES pre-processor constants such as AES_BASE_REG it was written by BroadOn
ahb .h Include file for declaring a few functions for accessing the AHB (Advanced High-performance Bus) bus
ahbdbg .h Include file for declaring a debug AHB function called ahbdbgInit
ai .h Include file for declaring a function to initialise the Audio Interface aiInit
ar_priv .h Include file for declaring ARAM pre-processor constants
aram .h Include file for declaring ARAM related functions such as __ARReadDMA
arch .h Include file for declaring constants related to the hardware architecture it is running on ORCA/NDEV/DRIP such as BUSSPEED_DEFAULT
args .h Include file for declaring ?
assert .h Include file for declaring a simple assert function for debugging
ati_usb .h Include file for declaring low level USB interface functions
atidiag .h Include file for including lots of other header files for hardware components such as ai.h
ax_types .h Include file for declaring common standard types for ArtX code such as AXint8
ax_ver .h Include file for declaring constants for the different hardware versions e.g DOLPHIN_REV_A
axdbg .h Include file for declaring a few debug functions
axmc .h Include file for declaring ?
big_endian .h Include file for declaring macros that convert to big endian format
boot .h Include file for declaring two strings BOOT_BLK and AUTOBOOT_BLK
busclient .h Include file for declaring ?
casm .inc  
crc .h Include file for declaring ?
dbg_viai_setup .h Include file for declaring ?
dbgcomm .h Include file for declaring
dbgint .h Include file for declaring
dcbz_basic .h Include file for declaring
di .h Include file for declaring
diag .h Include file for declaring
diagerr .h Include file for declaring
dma_basic .h Include file for declaring
dolcnt .h Include file for declaring
dsp .h Include file for declaring
dspfix .h Include file for declaring
dspmxic .h Include file for declaring
dvd .h Include file for declaring
dvdfs .h Include file for declaring
ehci .h Include file for declaring
ehci-hcd .h Include file for declaring
ela .h Include file for declaring
exi .h Include file for declaring
eximdm .h Include file for declaring
fifo .h Include file for declaring
filerand .h Include file for declaring
filerandom .h Include file for declaring
flash .h Include file for declaring
font .h Include file for declaring
gecko_dma .h Include file for declaring
generic .h Include file for declaring
getopt .h Include file for declaring
gfxbu .h Include file for declaring
gfxoldbu .h Include file for declaring
gpioexi .h Include file for declaring
hcd .h Include file for declaring
hidutil .h Include file for declaring
hub .h Include file for declaring
i2c .h Include file for declaring
irq .h Include file for declaring
lib .h Include file for declaring
little_endian .h Include file for declaring
lomem .h Include file for declaring
mc .h Include file for declaring
mem .h Include file for declaring
ml .h Include file for declaring
mrexi .h Include file for declaring
n64cnt .h Include file for declaring
ntd_regs .h Include file for declaring
nvram .h Include file for declaring
os .h Include file for declaring
reset .h Include file for declaring
sdi .h Include file for declaring
serrx .h Include file for declaring
sfx .h Include file for declaring
sha .h Include file for declaring
si .h Include file for declaring
snake .h Include file for declaring
standio .h Include file for declaring
swab .h Include file for declaring
types .h Include file for declaring
usb .h Include file for declaring
usb-ohci .h Include file for declaring
usb_bitops .h Include file for declaring
usb_input .h Include file for declaring
usb_list .h Include file for declaring
usb_mem .h Include file for declaring
usb_other .h Include file for declaring
usb_scsi .h Include file for declaring
usb_spin .h Include file for declaring
usb_timer .h Include file for declaring
usb_wait .h Include file for declaring
util .h Include file for declaring
vi .h Include file for declaring
vi_conexant .h Include file for declaring
video .h Include file for declaring

Interestingly the file arch.h mentions a platform called DRIP along with NDEV and ORCA. NDEV is the Wii development kit hardware and ORCA is the Gamecube one but not sure what DRIP is.

The file boot.h refers to two BLK files used at boot time, but not sure what they are used for:

  • boot.blk
  • autoboot.blk

The file generic.h is actually from the Linux Kernel (linux/byteorder_generic.h), so technically if this is linked into any distributed Wii software it could be a GPL violation.

Code Files

acr.h

  • void set_AIP_address_space(int whether)
  • int get_AIP_address_space(void)
  • int use_AIP_address_space(void)
  • void set_AHB_IO_MEM(int value)
  • int get_AHB_IO_MEM(void)
  • int use_AHB_IO_MEM(void)
  • void set_DI_NODVDRD_EN(int value)
  • int get_DI_NODVDRD_EN(void)
  • u32 get_ACRIOINTPPC(void)
  • u32 set_ACRIOINTPPC(u32 which,u32 value)
  • u32 sendIOPMsg(u32 msg)
  • void set_ACRARBCFGDMA_DELAYEN(int value)
  • int get_ACRARBCFGDMA_DELAYEN(void)
  • void set_ACRARBCFGDMA_DELAYCNT(u32 value)
  • u32 get_ACRARBCFGDMA_DELAYCNT(void)
  • void set_ACRARBCFGCPU_DELAY(int value)
16
0
31

aes.h

  • int AES_Busy(void)
  • void AES_Dma(u32 srcAddr,u32 dstAddr,u32 numBlocks,u32 intrEnable)
  • void AES_Clear(void)
  • int _AES_Setup(u32 srcAddr,u32 dstAddr)
  • int _AES_StartDma(u32 numBlocks,u32 intrEnable)
5
0
16

ahb.h

  • void ahbMemFlush(enum memAhbFlushGroup_e)
  • void ahbMemRBInvalidate(enum memAhbReadBuffer_e)
  • unsigned int busRdAHMReg(unsigned int a)
  • unsigned int busRdMEMReg(unsigned int a)
  • int arbInit(char *s)
5
0
51

ahbdbg.h

  • int ahbdbgInit(void(*_Cb)(void),int mask)
1
0
15

ai.h

  • AiStatus aiInit(void(*_tranCb)(void))
1
0
35

aram.h

  • void __ARWaitForDMA(void)
  • void __ARWriteDMA(u32 mmem_addr,u32 aram_addr,u32 length)
  • void __ARReadDMA(u32 mmem_addr,u32 aram_addr,u32 length)
  • u32 __ARChecksize(void)
4
0
28

arch.h

  • u32 BUSSPEED
  • void calibrateBusspeed(void)
1
1
70

args.h

  • u32 _argc
  • char _argv[]
  • u32 argInit(void)
  • u32 argCntGet(void)
  • char argGet(u32 i)
  • u32 argCache(u32 *,char ***)
4
2
52

assert.h

  • void _assert(const char *,const char *,int)
1
0
35

axdbg.h

  • void DbgCreateTX(GXMCObj *info,u32 width,u32 height)
  • void DbgRenderAndStretch(GXMCObj *info,u32 x,u32 y,u32 width,u32 height)
  • void DbgRenderRefToEFB(GXMCObj *info,GXMCReferencePicture type,u32 x,u32 y,u32 plane)
  • void DbgStub(GXMCObj *info)
  • void DbgPrintMotionInfo(struct MacroblockDetails *mb)
  • void DbgPrintDPCM(struct MacroblockDetails *mb)
  • void DbgPrintMotionVector(GXMCMotionVector *mv)
  • SigTrap
  • SigTrap
7
2
107

axmc.h

  • void SetView(void)
  • MCError AllocateCmdFifos(GXMCObj *mpgObj)
  • MCError AllocatePingPongBuffers(GXMCObj *mpgObj)
  • MCError AllocateRefrenceFrameBuffers(GXMCObj *mpgObj)
  • MCError AllocateTexMemory(GXMCObj *info)
  • GXBool AllocateFutureBuffers(GXMCObj *mpgObj)
  • GXBool AllocatePastBuffers(GXMCObj *mpgObj)
  • MCError AllocateBPictureBuffers(GXMCObj *mpgObj)
  • void InitQueueHandler(GXMCObj *mpgObj)
  • void MCErrorHandler(GXMCObj *mpgObj,MCError error)
  • GXBool GXMCSelectDBuffer(GXMCObj *info,u32 bufferId)
  • void CreateD0Texture(GXMCObj *mpgObj,u32 bufferId,u32 width,u32 height)
  • void CreateD1Texture(GXMCObj *mpgObj,u32 bufferId,u32 width,u32 height)
  • void PerformRenderSetup(TevType type)
  • void SetupTevStages(TevType type)
  • void RenderImage(GXMCObj *mpgInfo,u32 width,u32 height)
  • void CopyEFBToMemory(GXMCObj *mpgObj,GXCopyType copyType,void *destBase)
  • void CreateFrameFromFields(GXMCObj *mpgInfo,PictureType frameType)
  • void GXReset(GXMCObj *mpgObj)
  • void MarkBufferBusy(GXMCObj *info,u32 id)
  • void ProcessBlocks(GXMCObj *info)
  • void CreateQueue(GXMCMotionVector *srcMV,GXMCMotionVector *dstMV[],GXMCMacroBlockType mbType,u32 count,u32 totalMV)
  • void SwapBuffers(GXMCObj *mcInfo)
  • void InterlaceRenderUV(GXMCObj *mcInfo,PictureType fType,void *dstBase)
  • u32 GXConvertLinearToTile(unsigned x,unsigned y,unsigned stride)
  • void DestroyPingPongBuffers(GXMCObj *mpgObj)
  • void ResetCounters(GXMCObj *mpgObj)
  • void FreeAndReallocate(GXMCObj *mpgObj,GXBool newBuffer)
28
0
78

busclient.h

  • void busPrintf(const char *fmt,...)
  • void busDbg(const char *fmt,...)
  • u32 busGetTime(void)
3
0
51

crc.h

  • u32 CRCCompute(void *buf,u32 nbytes)
  • u32 CRCAppend(void *buf,u32 nbytes,u32 init)
  • u32 CRCComputeMasked(void *buf,u32 nbytes)
3
0
41

dbg_viai_setup.h

  • void dbg_viai_setup(int compatB)
  • void dbg_aipll_init(int compatB)
2
0
6

dbgcomm.h

  • DbgHandle dbgOpen(const char *filename,const char *mode)
  • u32 dbgWrite(DbgHandle handle,const void *buf,u32 len)
  • u32 dbgRead(DbgHandle handle,void *buf,u32 len)
  • u32 dbgClose(DbgHandle handle)
  • u8 dbgGets(u8 *buf,u32 blockFlag)
5
0
48

dbgint.h

  • u32 dbgintInit(void(*dbgIrqCb)(void))
1
0
34

dcbz_basic.h

  • void lc_allocate(void *LC_addr,unsigned int bfsize)
  • void set_HID_G(unsigned int mask)
2
0
9

di.h

  • DiStatus diInit(void(*_tranCb)(u32 err),void(*_doorCb)(void))
  • DiStatus diImm(u32 *pkt,u32 *data,u32 isRead)
  • DiStatus diDma(u32 *pkt,u32 *data,u32 len,u32 isRead)
  • DiStatus diSync(void)
  • DiStatus diBrk(void)
  • void diReset(void)
  • void _diSync(u32 iSr)
  • diRegisters_t diReadRegisters(diRegisters_t *diRegs)
  • void diPrintRegisters(diRegisters_t *diRegs,const char *comment)
  • void diClobberRegisters(u32 value)
  • u32 diStraps(void)
11
0
117

diag.h

  • u32 mcrGet(Mcr *mp)
  • u32 mcrPut(Mcr *mp)
  • u32 dcrGet(Dcr *dp)
  • u32 dcrPut(Dcr *dp)
  • u32 _dcrmcrGet(DcrMcr *dmp)
  • u32 _dcrmcrPut(DcrMcr *dmp)
  • void diagStart(void)
  • void diagStop(u32 status)
8
0
105

dma_basic.h

  • void dma_load(unsigned int *inDataBlock,unsigned int *inBuffer,unsigned int inDataSize)
  • void dma_wait(unsigned int i)
  • void dma_store(unsigned int *outDataBlock,unsigned int *outBuffer,unsigned int outDataSize)
3
0
11

dolcnt.h

  • u32 dolcntData(u32 chan,u32 *datah,u32 *datal)
  • u32 dolcntInit(void)
  • u32 dolcntInitV(int)
  • void dolcntRumbleOn(u32 chan)
  • void dolcntRumbleOff(u32 chan)
5
0
117

dsp.h

  • u32 dspAi(u32 *memPtr,u32 len)
  • u32 dspAram(u32 *memPtr,u32 *aramPtr,u32 isRead,u32 len)
  • void dspSyncAi(void)
  • void dspSyncAram(void)
  • u32 dspWrtMbox(u32 value,u32 doIrq)
  • u32 dspRdMbox(u32 *value)
  • void dspInit(void(*_dspCb)(void),void(*_aiCb)(void),void(*_aramCb)(void))
  • void dspAramStable(void)
8
0
45

dspfix.h

  • void dspFix(void)
1
0
2

dspmxic.h

  • u32 dspReset(u32 cdcr)
  • u32 dspBoot(u32 *memPtr,u32 len)
  • u32 dspBootDma(u32 *memPtr,u32 dspa,u32 dscr,u32 dsbl)
  • u32 dspSyncDma(u32 delay)
  • u32 dspSendMail(u32 mail,u32 doIrq)
  • u32 dspWaitMail(u32 *mailPtr)
  • u32 dspMemRamp(u32 *memAddr,u32 len,u32 val)
7
0
93

dvd.h

  • u32 dvdStopMotor(u32 setting,u32 *response)
  • u32 dvdRead(u32 addr,u32 len,u32 *mem)
  • void dvdSetNdevFS(u32 offset)
  • u32 dvdReadBuf(u32 addr,u32 len,u32 *dest)
  • u32 dvdReadDVD(u32 startSector,u32 numberOfSectors,u32 *mem)
  • u32 dvdWriteBuf(u32 addr,u32 len,u32 *src)
  • u32 dvdSync(void)
  • u32 dvdErrSet(u32 len)
  • u32 dvdBrk(void)
  • u32 dvdInit(void(*tranCb)(u32 err),void(*doorCb)(void))
  • u32 dvdErrReq(u32 *retErr)
  • u32 dvdAsStart(u32 addr,u32 sz)
  • u32 dvdAsStop(void)
  • u32 dvdDoor(u32 open)
  • u32 dvdInquiry(u32 *inq)
  • u32 dvdReadID(u32 *id)
  • u32 dvdAsBuffer(u32 onOff,u32 pages,u32 *status)
  • u32 dvdRequestDiskStatus(u32 *diskStatus)
  • u32 dvdRequestError(u32 *response)
  • void dvdPrintPacket(dvd_u *pkt)
  • void _dvdFlush(u32 enable)
  • u16 deviceCode
  • u32 releaseDate
  • u32 padding[2]
  • dvdInquiry_t
  • void dvdPrintInquiry(const char *comment,dvdInquiry_t *s)
22
4
121

dvdfs.h

  • u32 dvdFsInit(void)
  • u32 dvdFsDeToInd(DirEntry *de)
  • DirEntry dvdFsFind(const char *path)
  • DirEntry dvdFsIndToDe(u32 ind)
  • void fileLoad(const char *file,u32 *rLen)
  • char lineGet(char *buf,u32 bLen)
6
0
51

ehci-hcd.h

  • int ehci_start(struct usb_hcd *hcd)
1
0
12

ela.h

  • void init_ELA(p_ela_init_reg)
  • void post_ELA(int wrap_cnt)
  • void log_ELA(int)
3
0
94

exi.h

  • ExiStatus exiInit(void(*extDetachCb)(u32 chan),void(*extIrqCb)(u32 chan),void(*tranCb)(u32 chan))
  • ExiStatus exiCustomInit(void(*extDetachCb)(u32 chan),void(*extIrqCb)(u32 chan),void(*tranCb)(u32 chan))
  • ExiStatus exiSelect(u32 chan,u32 dev,u32 freq)
  • ExiStatus exiDeselect(u32 chan)
  • ExiStatus exiDma(u32 chan,u8 *buf,u32 len,u32 type)
  • ExiStatus exiImm(u32 chan,u8 *buf,u32 len,u32 type)
  • ExiStatus exiSync(u32 chan)
  • u32 exiPresent(u32 chan)
  • void exi32Enable(void)
  • void exi32Disable(void)
  • void exiPrint(char *buf,int len)
  • u32 exiGetID(u32 chan,u32 dev)
12
0
85

eximdm.h

  • u32 mdmInit(u32 mdmDev,u32 mdmCsel)
  • u32 mdmRegRd(u32 reg,u8 *buf,u32 len)
  • u32 mdmRegWrt(u32 reg,u8 *buf,u32 len)
3
0
40

fifo.h

  • void fifoCreate(const char *name,Fifo *fp,u32 *list,u32 size)
  • u32 fifoGetExt(Fifo *fp,u32 *valp,u32 flags)
  • u32 fifoGet(Fifo *fp)
  • u32 fifoPutExt(Fifo *fp,u32 val,u32 flags)
  • void fifoPut(Fifo *fp,u32 val)
  • u32 fifoCnt(Fifo *fp)
  • void EnableWriteCombine()
7
0
61

filerand.h

  • void sfilerand(unsigned long seed)
  • unsigned short filerand()
2
0
11

filerandom.h

  • void sfilerandom(unsigned long seed)
  • unsigned long filerandom()
2
0
11

flash.h

  • u32 flashReadSeg(u32 chan,u32 src,u32 dst,u32 len)
  • u32 flashRead(u32 chan,u32 src,u32 dst,u32 len)
  • u32 flashWritePage(u32 chan,u32 src,u32 dst,u32 len)
  • u32 flashWrite(u32 chan,u32 src,u32 dst,u32 len)
  • u32 flashStatGet(u32 chan,u32 *ret)
  • u32 flashStatClr(u32 chan)
  • u32 flashErase(u32 chan)
  • u32 flashEraseSec(u32 chan,u32 addr)
  • u32 flashSleep(u32 chan)
  • u32 flashWake(u32 chan)
  • u32 flashIdRd(u32 chan,u32 *ret)
11
0
53

font.h

  • void fontInit(u32 addr,u32 vidMode)
  • void cls(void)
  • void fgSet(u32 y,u32 u,u32 v)
  • void bgSet(u32 y,u32 u,u32 v)
  • void cursorSet(u32 x,u32 y)
  • void pixSet(u32 x,u32 y)
  • void pixClear(u32 x,u32 y)
  • void putChar(u32 cc)
  • void putStr(const char *str)
  • void fontPut(const char *str,u32 len)
  • u32 fontColsGet(void)
  • u32 fontRowsGet(void)
  • void fontOff(void)
  • void fontOn(void)
  • void fontCursSet(u32 x,u32 y)
  • void gfxBltCpy(u32 *src,u32 cols,u32 rows,u32 x,u32 y)
  • void gfxRectDraw(u32 x,u32 y,u32 cols,u32 rows)
  • u8 gfxChkppmfmt(u8 *ppm,u32 *cols,u32 *rows)
  • u8 gfxChkbmpfmt(u8 *cp,u32 *xsize,u32 *ysize,u8 **pStart,u8 **pEnd)
  • u8 gfxCvrtbmp2rgb(u8 *pEnd,u8 *pStart,u32 width,u32 height)
  • void gfxCvrtrgb2yuv(u8 *data,u32 cols,u32 rows)
  • void gfxCvrt444to422(u8 *src,u32 cols,u32 rows,u8 *dest)
  • void gfxCvrt444to422Stride(u8 *src,u32 cols,u32 rows,u8 *dest,u32 stride)
  • u32 scrColsGet(void)
  • u32 scrRowsGet(void)
  • void xLMarginSet(u32 xLMargin)
26
0
60

gecko_dma.h

  • asm DMAStatus dmaEnable()
  • asm DMAStatus dmaDisable()
  • asm DMAStatus dmaErrorStatus()
  • asm DMAStatus dmaQueueLen()
  • asm DMAStatus dmaFlush()
  • asm DMAStatus dmaAlloc(register unsigned long,register unsigned long)
  • asm DMAStatus dmaRead(register unsigned long,register unsigned long,register unsigned long)
  • asm DMAStatus dmaWrite(register unsigned long,register unsigned long,register unsigned long)
8
0
84

getopt.h

  • char optarg
  • int optind
  • int getopt(int ac,char *av[],char *opts)
1
2
36

gfxbu.h

  • void gfxbuInit()
  • u32 gfxbuFinish()
2
0
42

gfxoldbu.h

  • void gfxoldbuInit(char *testName)
  • void gfxoldbuDisplay
  • u32 gfxoldbuUpdate()
  • u32 gfxoldbuFinish()
  • u32 gfxoldbuFinishAA()
  • void gfxSetClearColor(u8 red,u8 green,u8 blue,u8 alpha)
5
1
84

gpioexi.h

  • void initGpioExi(void)
  • void setVideoReset(int value)
  • void setI2CEnable(int value)
3
0
10

hcd.h

  • struct usb_hcd __attribute__((aligned(32)))
  • struct hcd_dev __attribute__((aligned(32)))
  • struct hcd_timeout __attribute__((aligned(32)))
  • struct hc_driver __attribute__((aligned(32)))
  • int usb_hcd_pci_probe(int *dev,int *id)
  • void usb_hcd_pci_remove(struct pci_dev *dev)
  • int usb_hcd_pci_suspend(struct pci_dev *dev,u32 state)
  • int usb_hcd_pci_resume(struct pci_dev *dev)
  • void usb_claim_bandwidth(struct usb_device *dev,struct urb *urb,int bustime,int isoc)
  • void usb_release_bandwidth(struct usb_device *dev,struct urb *urb,int isoc)
  • int usb_check_bandwidth(struct usb_device *dev,struct urb *urb)
  • long usb_calc_bus_time(int speed,int is_input,int isoc,int bytecount)
  • inline struct usb_bus hcd_to_bus(struct usb_hcd *hcd){return hcd->bus
13
0
298

hidutil.h

  • void sethid2(unsigned int hid2_value)
  • unsigned int gethid0(void)
  • void sethid0(unsigned int)
3
0
11

hub.h

  • struct usb_driver hub_probe(struct usb_device *dev,unsigned int i,const struct usb_device_id *id)
1
0
152

i2c.h

  • int sendI2CData(u8 slaveAddr,u8 *pData,int nBytes)
  • int rcvI2CData(u8 slaveAddr,u8 *pData,int maxBytes)
  • int getI2CError()
  • void initI2C()
  • void initI2CExi(void)
  • void setSCL(int)
  • void setSDA(int)
  • int getSCL(void)
  • int getSDA(void)
9
0
51

irq.h

  • void irqHandler(void)
  • void irqCbAddPI(void(*irqCb)(),u32 mask)
  • void irqACRHandler(void)
  • void irqCbAddACR(void(*irqCb)(),u32 mask)
  • u32 irqDisable(void)
  • void irqEnable(u32 oldMask)
  • void irqInit(void(*intCb)(void))
  • void clkInit(void(*intCb)(void),u32 decVal)
  • void _clkHndlr(void)
  • void _irqHndlr(void)
10
0
90

lib.h

  • u16 bRd16(u32 src)
  • u32 bRd32(u32 src)
  • void busWrt16(u32 address,u16 data)
  • void busWrt32(u32 address,u32 data)
  • u16 busRd16(u32 address)
  • u32 busRd32(u32 address)
  • void bWrt16(u32 address,u32 data)
  • void bWrt32(u32 address,u32 data)
  • void _dcWb(u32 addr,u32 off)
  • void _dcWbInv(u32 addr,u32 off)
  • void _dcInv(u32 addr,u32 off)
  • void dcWb(u32 addr,u32 len)
  • void dcWbInv(u32 addr,u32 len)
  • void dcInv(u32 addr,u32 len)
  • u32 rand32(void)
  • double drand48(void)
  • double erand48(unsigned short xsubi[3])
  • long int mrand48(void)
  • int lrand48(void)
  • int nrand48(unsigned short xsubi[3])
  • int jrand48(unsigned short xsubi[3])
  • void srand48(int seedval)
  • unsigned short seed48(unsigned short seed16v[3])
  • void lcong48(unsigned short param[7])
  • void tbRead(u32 *)
  • void tbWrite(u32 *)
  • void udelay(u32 delay)
  • void busDelay(u32 count)
  • u32 timeGet(void)
  • void halt(void)
  • void ppcL2Enable(void)
  • void ppcL1Enable(void)
  • void ppcL1Disable(void)
  • void ppcL1Flush(void)
  • void ppcPSLSQEnable(void)
  • void ppcDARSet(u32 val)
  • u32 ppcDARGet(void)
  • void ppcHID0Set(u32 val)
  • u32 ppcHID0Get(void)
  • u32 ppcHID1Get(void)
  • void ppcHID2Set(u32 val)
  • u32 ppcHID2Get(void)
  • void ppcHID4Set(u32 val)
  • u32 ppcHID4Get(void)
  • u32 ppcECID0Get(void)
  • u32 ppcECID1Get(void)
  • u32 ppcECID2Get(void)
  • void ppcL2CRSet(u32 val)
  • u32 ppcL2CRGet(void)
  • void ppcWPARSet(u32 val)
  • u32 ppcWPARGet(void)
  • void ppcDecSet(u32 val)
  • void ppcMsrSet(u32 val)
  • u32 ppcMsrGet(void)
  • void ppcTBUSet(u32 val)
  • u32 ppcTBUGet(void)
  • void ppcTBLSet(u32 val)
  • u32 ppcTBLGet(void)
  • u32 ppcPVRGet(void)
  • u32 ppcSPRG0Get(void)
  • u32 ppcSPRG1Get(void)
  • u32 ppcSPRG2Get(void)
  • u32 ppcSPRG3Get(void)
  • u32 ppcSPRG0Set(u32 val)
  • u32 ppcSPRG1Set(u32 val)
  • u32 ppcSPRG2Set(u32 val)
  • u32 ppcSPRG3Set(u32 val)
  • u32 ppcDBAT0UGet(void)
  • u32 ppcDBAT0LGet(void)
  • u32 ppcDBAT1UGet(void)
  • u32 ppcDBAT1LGet(void)
  • u32 ppcDBAT2UGet(void)
  • u32 ppcDBAT2LGet(void)
  • u32 ppcDBAT3UGet(void)
  • u32 ppcDBAT3LGet(void)
  • u32 ppcDBAT4UGet(void)
  • u32 ppcDBAT4LGet(void)
  • u32 ppcDBAT5UGet(void)
  • u32 ppcDBAT5LGet(void)
  • u32 ppcDBAT6UGet(void)
  • u32 ppcDBAT6LGet(void)
  • u32 ppcDBAT7UGet(void)
  • u32 ppcDBAT7LGet(void)
  • u32 ppcIBAT0UGet(void)
  • u32 ppcIBAT0LGet(void)
  • u32 ppcIBAT1UGet(void)
  • u32 ppcIBAT1LGet(void)
  • u32 ppcIBAT2UGet(void)
  • u32 ppcIBAT2LGet(void)
  • u32 ppcIBAT3UGet(void)
  • u32 ppcIBAT3LGet(void)
  • u32 ppcIBAT4UGet(void)
  • u32 ppcIBAT4LGet(void)
  • u32 ppcIBAT5UGet(void)
  • u32 ppcIBAT5LGet(void)
  • u32 ppcIBAT6UGet(void)
  • u32 ppcIBAT6LGet(void)
  • u32 ppcIBAT7UGet(void)
  • u32 ppcIBAT7LGet(void)
  • void ppcDBAT0USet(u32 val)
  • void ppcDBAT0LSet(u32 val)
  • void ppcDBAT1USet(u32 val)
  • void ppcDBAT1LSet(u32 val)
  • void ppcDBAT2USet(u32 val)
  • void ppcDBAT2LSet(u32 val)
  • void ppcDBAT3USet(u32 val)
  • void ppcDBAT3LSet(u32 val)
  • void ppcDBAT4USet(u32 val)
  • void ppcDBAT4LSet(u32 val)
  • void ppcDBAT5USet(u32 val)
  • void ppcDBAT5LSet(u32 val)
  • void ppcDBAT6USet(u32 val)
  • void ppcDBAT6LSet(u32 val)
  • void ppcDBAT7USet(u32 val)
  • void ppcDBAT7LSet(u32 val)
  • void ppcIBAT0USet(u32 val)
  • void ppcIBAT0LSet(u32 val)
  • void ppcIBAT1USet(u32 val)
  • void ppcIBAT1LSet(u32 val)
  • void ppcIBAT2USet(u32 val)
  • void ppcIBAT2LSet(u32 val)
  • void ppcIBAT3USet(u32 val)
  • void ppcIBAT3LSet(u32 val)
  • void ppcIBAT4USet(u32 val)
  • void ppcIBAT4LSet(u32 val)
  • void ppcIBAT5USet(u32 val)
  • void ppcIBAT5LSet(u32 val)
  • void ppcIBAT6USet(u32 val)
  • void ppcIBAT6LSet(u32 val)
  • void ppcIBAT7USet(u32 val)
  • void ppcIBAT7LSet(u32 val)
  • void setIrqHndlr(void(*hndlr)())
  • void ppcEARSet(u32 val)
  • u32 ppcEARGet()
  • void __ecowx(u32 addr,u32 val)
  • u32 __eciwx(u32 addr)
  • void __dcbi(u32 *,u32)
  • void __icbi(u32 *,u32)
  • u32 __lwarx(u32)
  • void __stwcx(u32,u32)
  • void _ctxSw(void *newCtx)
  • void _irqCtxSw(void *newCtx)
  • void ppcSync(void)
  • void ppcEieio(void)
  • void ppcEeieo(void)
  • u32 ppcStackPtrGet()
  • void ppcStackPtrSet(u32 val)
  • void rwbuzz(void)
  • int strcasecmp(const char *s1,const char *s2)
  • int strncasecmp(const char *s1,const char *s2,u32 c)
  • void memcpy32(void *s1,const void *s2,u32 n)
  • void memset32(void *s,u32 c,u32 n)
  • int memcmp32(const void *s1,const void *s2,u32 n)
  • int atoh(const char *str)
  • s32 ntoi(const char *str,u32 base,u32 *val)
  • void serInit2(u32 dev,u32 csel)
  • void serInit(void)
  • void serOn(void)
  • void serOff(void)
  • int serHwFlow(u32 enable)
  • u8 serVersion(u32 dev,u32 csel)
  • int serRdQLen(void)
  • int serRdUart(u8 *,int)
  • u8 serRdgetkey(void)
  • u32 serRdkbhit(void)
  • void diagManualStop(void *fb)
  • void dprintf(const char *fmt,...)
  • void dsprintf(char *str,const char *fmt,...)
  • void printfv(u32 verLev,const char *fmt,...)
  • void printf0(const char *fmt,...)
  • void printf1(const char *fmt,...)
  • u32 tolower(u32 cc)
  • int atiIsNdev(void)
  • int atiIsOrca(void)
  • void initBootMode(void)
  • u32 getBootMode(void)
176
0
309

mc.h

  • void GXMCGFXInit()
  • GXBool GXMCInit(GXMCObj *mcObj,u32 width,u32 height,u32 bufferCount)
  • void GXMCBeginPicture(GXMCObj *mcObj,PictureType pType)
  • void GXMCRenderMB(GXMCObj *mcObj,GXMCMacroBlockType mbType,GXMCMotionVector mv[4][2])
  • void GXMCEndPicture(GXMCObj *mcObj,GXCopyType copyType,void *dest)
  • void GXMCSetChromaSample(GXMCObj *mcObj,GXMCSampleMode mode)
  • void GXMCFinish(GXMCObj *mcObj)
  • GXBool GXMCBufferBusy(GXMCObj *mcObj,u32 bufferId)
  • GXBool GXSelectDBuffer(GXMCObj *mcObj,u32 bufferId)
  • u8 GXMCGetD0YAddress(GXMCObj *mcObj,u32 bufferId)
  • u8 GXMCGetD1YAddress(GXMCObj *mcObj,u32 bufferId)
  • u8 GXMCGetD0UAddress(GXMCObj *mcObj,u32 bufferId)
  • u8 GXMCGetD1UAddress(GXMCObj *mcObj,u32 bufferId)
  • u8 GXMCGetD0VAddress(GXMCObj *mcObj,u32 bufferId)
  • u8 GXMCGetD1VAddress(GXMCObj *mcObj,u32 bufferId)
15
0
313

mem.h

  • const heap_t MEM_NAPA_HEAP
  • const heap_t MEM_DDR_HEAP
  • void memInit(u32 totMem)
  • void memAlloc(u32 len)
  • void memFree(void *addr,u32 len)
  • void memSetHeap(heap_t)
  • heap_t memGetHeap(void)
  • void memAllocHeap(u32 len,heap_t heap)
  • u32 memGetSize(void)
  • void memRefreshInit(u32 *freq_array)
  • void memRefreshHandler(void)
  • void memRefreshHelper(u32,u32)
  • void memRefreshThread()
  • void memRefreshThreadInit(u32 *freq_array,u32 priority)
  • u32 readDirectMemReg(u32)
  • u32 readDDRMemReg(u32)
  • u32 readSeqMemReg(u32)
  • u32 readBistMemReg(u32)
  • u32 readPerfMemReg(u32)
  • void writeDirectMemReg(u32,u32)
  • void writeDDRMemReg(u32,u32)
  • void writeSeqMemReg(u32,u32)
  • void writeBistMemReg(u32,u32)
  • void writePerfMemReg(u32,u32)
22
2
72

ml.h

  • void mlStart(char *FileName,u32 memSize,u32 memStart)
  • void mlAlloc(u32 nbytes,MLMemType type,MLByteGrouping grouping)
  • void mlAllocForce(u32 addr,u32 nbytes,MLMemType type,MLByteGrouping grouping)
  • u32 mlGetAddr(void *ptr)
  • void mlGetCPtr(u32 addr)
  • void mlFlush()
  • void mlFree(void *ptr)
  • void mlReverseBytes(void *ptr,u32 bytes)
  • void mlSetCustomByteSwappingFunction(MLByteGrouping grouping,MLByteSwappingFunction function,u32 stride)
9
0
101

mrexi.h

  • int mrExiSerInit(void)
  • void mrExiPrint(char *buf,int len)
  • int mrExiProbe(void)
3
0
63

n64cnt.h

  • u32 joyStatus(u32 chan,u32 *stData)
  • u32 joyReset(u32 chan,u32 *stData)
  • u32 joyData(u32 chan,u32 *data)
  • u16 joyAddrCrc(u16 address)
  • u32 joyEERead(u32 chan,u16 addr,u8 *data)
  • u32 joyEEWrite(u32 chan,u16 addr,u8 *data)
  • void joyDelay(u32 delay)
7
0
85

ntd_regs.h

  • u16 __DSPRegs
  • u32 __AIRegs
  • void init_ntd_regs(void)
1
2
36

nvram.h

  • u32 nvRamWrite(u32 addr,u8 *buf,u32 len)
  • u32 nvRamRead(u32 addr,u8 *buf,u32 len)
2
0
41

os.h

  • u32 lbolt
  • u32 tmIrqTot
  • Thread _tIdle
  • void osInit(void)
  • u32 threadCreate(Thread *tp,const char *name,void *stack,u32 stackLen,void(*entry)(void *data),void *data,u32 pri)
  • void threadSetFPEnable(Thread *tp,u32 val)
  • void threadDestroy(Thread *tp)
  • void threadStart(Thread *tp)
  • void threadStop(Thread *tp)
  • void threadYield(void)
  • void threadSuspend(Thread *tp)
  • void threadResume(Thread *tp)
  • void threadPriSet(Thread *tp,u32 pri)
  • u32 threadPriGet(Thread *tp)
  • Thread threadCurGet(void)
  • void threadDelay(u32 ticks)
  • void semaInit(Sema *sp,s32 cnt)
  • void semaP(Sema *sp)
  • void semaV(Sema *sp)
  • u32 semaTest(Sema *sp)
  • void condVarInit(CondVar *cp,const char *name)
  • void condVarWait(CondVar *cp,Sema *sp)
  • void condVarSignal(CondVar *cp)
  • void panic(Context *,u32)
21
3
113

reset.h

  • void resetSys(void)
1
0
32

sdi.h

  • void sdi_init_intr(void(*irqCb)(void))
  • void sdi_init(void(*irqCb)(void))
  • sdi_slot_t sdi_handle(u32 ctrl,u32 slot)
  • void sdi_set_debug(u32 debug)
  • u32 sdi_rd_reg(sdi_slot_t sp,u32 offset)
  • void sdi_wr_reg(sdi_slot_t sp,u32 offset,u32 val)
  • void sdi_wr_reg16(sdi_slot_t sp,u32 offset,u32 val)
  • u32 sdi_verif_reg(sdi_slot_t sp,u32 offset,u32 expected)
  • void sdi_reg_intr(sdi_slot_t sp,u32 intr,void(*irq)(sdi_slot_t,void *),void *closure)
  • void sdi_intr(void)
  • u32 sdi_get_istat(sdi_slot_t sp)
  • void sdi_clear_istat(sdi_slot_t sp,u32 ibits)
  • u32 sdi_wait_istat(sdi_slot_t sp,u32 ibits,u32 bail_on_abort)
  • void sdi_wr_host_ctrl(sdi_slot_t sp,u32 in_data)
  • void sdi_int_regs_en(sdi_slot_t sp)
  • void sdi_wr_nor_int_sts_en(sdi_slot_t sp,u32 en)
  • void sdi_wr_err_int_sts_en(sdi_slot_t sp,u32 en)
  • void sdi_err_int_recover(sdi_slot_t sp)
  • u32 sdi_cmd(sdi_slot_t sp,u32 sysaddr,u32 blkszcnt,u32 arg,u32 tmdcmd)
  • u32 sdi_io_cmd(sdi_slot_t sp,u32 sysaddr,u32 blkszcnt,u32 arg,u32 tmdcmd,u32 blk_size,u32 blk_cnt,u32 dma,u32 wr)
  • void sdi_read_io_coherency(sdi_slot_t sp)
  • void sdi_write_io_coherency(sdi_slot_t sp)
  • u32 sdi_resp_type_cal(sdi_slot_t sp,u32 cmd_index,u32 resp_with_busy)
  • u32 sdi_mem_cmd(sdi_slot_t sp,u32 cmd_index,u32 arg,u32 resp_with_busy)
  • u32 sdi_mem_cmd_data(sdi_slot_t sp,u32 sysaddr,u32 cmd_index,u32 blk_size,u32 blk_cnt,u32 data_addr,u32 dma,u32 wr,u32 auto_cmd12,u32 resp_with_busy)
  • u32 sdi_cmd0(sdi_slot_t sp)
  • u32 sdi_cmd2(sdi_slot_t sp)
  • u32 sdi_cmd3(sdi_slot_t sp)
  • u32 sdi_cmd7(sdi_slot_t sp,u32 rca)
  • u32 sdi_cmd9(sdi_slot_t sp)
  • u32 sdi_cmd12(sdi_slot_t sp)
  • u32 sdi_cmd13(sdi_slot_t sp)
  • u32 sdi_cmd16(sdi_slot_t sp,u32 dflt_blk_size)
  • u32 sdi_cmd17(sdi_slot_t sp,u32 data_addr,u32 dma,u32 resp_with_busy)
  • u32 sdi_cmd18(sdi_slot_t sp,u32 blk_cnt,u32 data_addr,u32 dma,u32 auto_cmd12,u32 resp_with_busy)
  • u32 sdi_cmd23(sdi_slot_t sp,u32 blk_cnt)
  • u32 sdi_cmd24(sdi_slot_t sp,u32 data_addr,u32 dma,u32 resp_with_busy)
  • u32 sdi_cmd25(sdi_slot_t sp,u32 blk_cnt,u32 data_addr,u32 dma,u32 auto_cmd12,u32 resp_with_busy)
  • u32 sdi_cmd32(sdi_slot_t sp,u32 start_blk_addr)
  • u32 sdi_cmd33(sdi_slot_t sp,u32 end_blk_addr)
  • u32 sdi_cmd38(sdi_slot_t sp,u32 resp_with_busy)
  • u32 sdi_cmd52(sdi_slot_t sp,u32 reg_addr,u32 sd_wr_data,u32 fn_no,u32 raw,u32 wr,u32 resp_with_busy)
  • u32 sdi_cmd53(sdi_slot_t sp,u32 byte_blk_cnt,u32 wr,u32 fn_no,u32 blk_mode,u32 opcode,u32 reg_addr,u32 dma,u32 infinite,u32 resp_with_busy)
  • u32 sdi_cmd55(sdi_slot_t sp)
  • u32 sdi_acmd6(sdi_slot_t sp,u32 buswidth)
  • u32 sdi_dma_done(sdi_slot_t sp)
  • u32 sdi_abort(sdi_slot_t sp)
  • u32 sdi_suspend(sdi_slot_t sp)
  • u32 sdi_resume(sdi_slot_t sp)
  • void sdi_set_async_mode(sdi_slot_t sp,u32 mode)
  • void sdi_wr_clk_ctrl(sdi_slot_t sp,u32 clk_ctrl)
  • void sdi_wr_blk_gap_ctrl(sdi_slot_t sp,u32 bgap_ctrl)
  • void sdi_wr_timeout_reg(sdi_slot_t sp,u32 timeout_cnt)
  • void sdi_set_bus_width(sdi_slot_t sp,u32 buswidth)
  • void sdi_rd_sd_hc_capabilities(sdi_slot_t sp)
  • void sdi_clock_supply(sdi_slot_t sp,u32 div)
  • void sdi_clock_stop(sdi_slot_t sp)
  • void sdi_clock_change(sdi_slot_t sp,u32 div)
  • void sdi_bus_power(sdi_slot_t sp)
  • u32 sdi_validate_ocr(sdi_slot_t sp,u32 ocr_data,u32 mem,u32 mmc)
  • u32 sdi_card_insertion(sdi_slot_t sp)
  • u32 sdi_io_card_init(sdi_slot_t sp)
  • u32 sdi_mem_card_init(sdi_slot_t sp)
  • void sdi_mmc_card_init(sdi_slot_t sp)
  • u32 sdiSwapBytes4(u32 value)
  • u32 checkErrorInt(sdi_slot_t sp)
  • u32 sdiCardDetect(sdi_slot_t sp)
  • u32 sdiFindCard(sdi_slot_t sp)
  • u32 waitTransferComplete(sdi_slot_t sp)
  • void sdiGoIdle(sdi_slot_t sp)
  • void sdiIoReset(sdi_slot_t sp)
  • void sdiSoftReset(sdi_slot_t sp)
  • u32 sendCmd(sdi_slot_t sp,u32 arg,u32 tmdcmd)
  • u32 sdiSendStatus(sdi_slot_t sp)
  • u32 sdiSendOpCondition(sdi_slot_t sp)
  • u32 sdiAllSendCid(sdi_slot_t sp)
  • u32 sdiSendRca(sdi_slot_t sp)
  • u32 sdiSendCsd(sdi_slot_t sp)
  • u32 sdiSelectCard(sdi_slot_t sp)
  • u32 sdiSetBlockLength(sdi_slot_t sp,u32 blksiz)
  • u32 sdiSetBusWidth(sdi_slot_t sp,u32 buswidth)
  • u32 sdiAsyncAbort(sdi_slot_t sp)
  • u32 sdiSyncAbort(sdi_slot_t sp)
  • void updateDmaPointer(sdi_slot_t sp)
  • u32 sdiReadSingleBlock(sdi_slot_t sp,u32 arg,u32 *rdbuf,u32 dma)
  • u32 sdiWriteSingleBlock(sdi_slot_t sp,u32 arg,u32 *wrbuf,u32 dma)
  • u32 sdiReadBlock(sdi_slot_t sp,u32 arg,u32 blkcnt,u32 dma,u32 auto_cmd12,u32 infinite)
  • u32 sdiWriteBlock(sdi_slot_t sp,u32 arg,u32 blkcnt,u32 dma,u32 auto_cmd12,u32 infinite)
  • u32 sdiReadMultipleBlock(sdi_slot_t sp,u32 arg,u32 blkcnt,u32 auto_cmd12,u32 dma)
  • u32 sdiWriteMultipleBlock(sdi_slot_t sp,u32 arg,u32 blkcnt,u32 auto_cmd12,u32 dma)
  • u32 sdiReadInfiniteBlock(sdi_slot_t sp,u32 arg,u32 blkcnt)
  • u32 sdiWriteInfiniteBlock(sdi_slot_t sp,u32 arg,u32 blkcnt)
  • u32 sdioByteRead(sdi_slot_t sp,u32 fn_no,u32 reg_addr,u32 resp_with_busy)
  • u32 sdioByteWrite(sdi_slot_t sp,u32 fn_no,u32 reg_addr,u32 wr_data,u32 raw,u32 resp_with_busy)
  • u32 sdioExtRead(sdi_slot_t sp,u32 byte_blk_cnt,u32 fn_no,u32 blk_mode,u32 opcode,u32 reg_addr,u32 dma,u32 infinite,u32 resp_with_busy)
  • u32 sdioExtWrite(sdi_slot_t sp,u32 byte_blk_cnt,u32 fn_no,u32 blk_mode,u32 opcode,u32 reg_addr,u32 dma,u32 infinite,u32 resp_with_busy)
96
0
263

serrx.h

  • int serRxInit(u32 hwFlowEnable)
  • u8 serRxgetkey(void)
  • u32 serRxkbhit(void)
  • int serRxInitParam(u32 chan,u32 cs,u32 hwFlowEnable)
4
0
35

sfx.h

  • void sfxPlay(u32 sound)
  • void sfxInit(void)
2
0
37

sha.h

  • int SHA_Busy(void)
  • void SHA_Calc(u32 Addr,u32 numBlocks,u32 intrEnable)
  • void SHA_Result(u32 *result)
  • int SHA_Match(u32 *a,u32 *b)
  • void SHA_Clear(void)
5
0
14

si.h

  • u32 siInit(void(*comCb)(u32 sisr),void(*pollCb)(u32 sisr))
  • void siChanOutSet(u32 *chanData)
  • u32 siChansRead(u32 *chanData)
  • void siPollRegSet(u32 x,u32 y,u32 enMask,u32 vbCpyMask)
  • void siPollRegGet(u32 *x,u32 *y,u32 *enMask,u32 *vbCpyMask)
  • u32 siComm(u32 chanNo,u32 *out,u32 oLen,u32 iLen)
  • u32 siSync(void)
  • void siPollWait(u32 chanMask)
  • void siComDataGet(u32 *in,u32 cnt)
9
0
57

snake.h

  • void Line(int x,int y,int x2,int y2,unsigned char c,unsigned char u,unsigned char v)
  • void Circle(int xc,int yc,int r,unsigned char c,unsigned char u,unsigned char v)
  • u32 GameOver(PLAYER *snake)
  • void ExplodeSnake(int player_num,PLAYER *snake)
  • void PrintScore(PLAYER *snake)
  • void Delay(u32 delay_value)
6
0
117

standio.h

  • int ioInit(void)
  • int open(const char *path,int oflag)
  • int close(int fd)
  • ssize_t read(int fd,void *buf,size_t nbytes)
  • off_t lseek(int fd,off_t offset,int whence)
  • off_t tell(int fd)
  • FILE fopen(const char *filename,const char *mode)
  • int fclose(FILE *fp)
  • size_t fread(void *ptr,size_t size,size_t nitems,FILE *fp)
  • int fgetc(FILE *stream)
  • int getc(FILE *stream)
11
0
59

swab.h

  • __inline__ __const__ u16 __fswab16(u16 x){return __arch__swab16(x)
  • __inline__ u16 __swab16p(u16 *x){return __arch__swab16p(x)
  • __inline__ void __swab16s(u16 *addr){__arch__swab16s(addr)
  • __inline__ __const__ u32 __fswab32(u32 x){return __arch__swab32(x)
  • __inline__ u32 __swab32p(u32 *x){return __arch__swab32p(x)
  • __inline__ void __swab32s(u32 *addr){__arch__swab32s(addr)
  • u32 h
  • u32 l
  • return(((u64)__swab32(l))<<32)|((u64)(__swab32(h)))
  • return __arch__swab64(x)
  • __inline__ u64 __swab64p(u64 *x){return __arch__swab64p(x)
  • __inline__ void __swab64s(u64 *addr){__arch__swab64s(addr)
10
2
159

usb.h

  • void usbInit()
  • void writeDescriptor(u32 addr,u32 dw0,u32 dw1,u32 dw2,u32 dw3)
  • void writeFmInt(u32 dw)
  • void writeBulkHeadList(u32 dw)
  • void setBulkListEn()
  • void setTDFound()
  • void setOperational()
  • void writePort1Stat(u32 dw)
  • void writePort2Stat(u32 dw)
  • void writeFmRem(u32 dw)
  • void writeOH1FmInt(u32 dw)
  • void writeOH1BulkHeadList(u32 dw)
  • void setOH1BulkListEn()
  • void setOH1TDFound()
  • void setOH1Operational()
  • void writeOH1Port1Stat(u32 dw)
  • void writeOH1Port2Stat(u32 dw)
  • void writeOH1FmRem(u32 dw)
  • void oh0Init(void(*_Cb)(void),int mask)
  • void oh1Init(void(*_Cb)(void),int mask)
  • void ehcInit(void(*_Cb)(void),int mask)
  • void( usb_udelay_function)(u32 delay)
22
0
39

usb_input.h

  • void input_register_device(struct input_dev *)
  • void input_unregister_device(struct input_dev *)
  • void input_register_handler(struct input_handler *)
  • void input_unregister_handler(struct input_handler *)
  • int input_open_device(struct input_handle *)
  • void input_close_device(struct input_handle *)
  • void input_event(struct input_dev *dev,unsigned int type,unsigned int code,int value)
7
0
747

usb_mem.h

  • void usb_malloc_dma(u32 len,u32 *dma_addr)
  • struct usb_pool usb_pool_create(u32 size,u32 uncached)
  • dma_addr_t usb_map_single(void *transfer_buffer,int data_len,int dir)
  • void usb_unmap_single(u32 dma_addr,int len,int dir)
  • void usb_pool_alloc(struct usb_pool *ppool,u32 *dma_addr)
  • void usb_pool_free(struct usb_pool *ppool,void *pobj,u32 dma_addr)
  • void usb_pool_destroy(struct usb_pool *ppool)
  • void usb_malloc(u32 len)
  • void usb_free(void *p,u32 len)
  • void usb_memset(void *cp,u32 val,int size)
  • void usb_memscan(void *addr,int c,size_t size)
  • u32 usb_check_payload(u32 StartValue,u32 IncrBy,u32 BufferLength,u32 *pBuffer,u32 *next_value)
  • u32 usb_fill_payload(u32 StartValue,u32 IncrBy,u32 BufferLength,u32 *pBuffer)
13
0
35

usb_spin.h

  • void spin_lock_irqsave(spinlock_t *sp_lock,int flags)
  • void spin_unlock_irqrestore(spinlock_t *sp_lock,int flags)
2
0
34

usb_timer.h

  • void mod_timer(struct timer_list *tlist,u32 val)
  • void del_timer_sync(struct timer_list *tlist)
  • u32 timer_pending(struct timer_list *tlist)
  • void add_timer(struct timer_list *wh)
  • void init_timer(struct timer_list *wh)
  • void del_timer(struct timer_list *wh)
  • int time_after(u32 jiff,int timeout)
7
0
25

util.h

  • u32 swapBytes4(u32 input)
  • void swapBytesPtr(void *ptr,int byteCount)
  • void swapByteGroupingsPtr(void *ptr,int groupSize,int groupCount)
3
0
20

vi.h

  • vireg viRegs[]
  • const encoder_type_t VI_ENCODER_ROHM
  • const encoder_type_t VI_ENCODER_CONXT
  • void viNtsc(void)
  • void viSetFormat(viFormat fmat,u32 xoff,u32 yoff,u32 height,u32 width)
  • void viSetFieldSrc(viBase field,u32 addr,u32 width,u32 stride)
  • void viEnable(u32 e)
  • void viLoad(void)
  • void viLoadSync(void)
  • void fire_gun1(int duration)
  • void fire_gun0(int duration)
  • int mon_tstgun0clr(void)
  • int mon_tstgun1clr(void)
  • int confirm_gun0(void)
  • int confirm_gun1(void)
  • int confirm_notgun0(void)
  • int confirm_notgun1(void)
  • int chk_int(int int_num)
  • void clr_int(int int_num,u32 vct,u32 enb)
  • void viNtsc(void)
  • u16 __VIRegs(int index)
  • void printVIRegs(void)
  • void SetVIInt(int int_num,int int_enb,u16 hct,u16 vct)
  • void ClrVIInt(int int_num)
  • void __VISet3in1Output(VIBool enable)
  • void GPIOInit(void)
  • void outputLed(int value)
  • BOOL __VISetSCL(u32 value)
  • BOOL __VISetSDA(u32 value)
  • void __VIOpenI2C(void)
  • void __VICloseI2C(void)
  • void __VISet3in1Output(VIBool enable)
  • void __VISetVolume(u8 volumeL,u8 volumeR)
  • void YUVSolidColor(u8 y,u8 u,u8 v,u8 enable)
  • void vipll_init(void)
  • void ViLcdInit(void)
  • void vi_setcnxt_reg(u8 addr,u8 data)
  • void viHd1080i(void)
  • void viHd720p(void)
  • BOOL __VIRelSCL(u32 value)
  • BOOL __VIDisSDA(u32 value)
  • u8 VIGetSDA(void)
  • u8 vi_getcnxt_reg(u8 addr,u8 data)
  • s32 __VIGetI2CData(u8 slaveAddr,u8 *pData,s32 nBytes)
  • s32 __VIsetI2CAddress(u8 slaveAddr,u8 *pData,s32 nBytes)
  • void set_current_vi_encoder(encoder_type_t enc_type)
  • void vi_init_hd(void)
44
3
169

vi_conexant.h

  • void read_print(u8 addr)
  • void conexant_set_hdtv_mode(HdFormat hdtv_mode)
  • int i2c_writereg(unsigned char theSlave,unsigned char theReg,unsigned char theValue)
  • unsigned char i2c_readreg(unsigned char theSlave,unsigned char theReg)
  • void i2c_gpioinit(void)
  • void vi_init_hd(void)
6
0
15

video.h

  • void videoInit(void *fb,int format)
  • void videoSwapBuffers(void *fb)
  • void videoUseISR4Swap(void)
  • int videoGetEncoderType(void)
  • void viDump(void)
5
0
71

Diag (ati/diag)

/diag

This folder contains interfaces for direct access to PowerPC registers, including Broadway specific ones. Judging by the name of this folder it is maily for testing that the PowerPC CPU is correctly handling the different register values in tests written for DIAG4RVL.

File Name Extension Description
PPCArch .h Include file for declaring pre-processor constants for PowerPC such as IBAT4U which is a Broadway register
model/unshared .h Include file for declaring a bunch of powerPX functions for getting and setting register values such as ppcHID0Set
Code Files

unshared.h

  • void halt(void)
  • void ppcL1Enable(void)
  • void ppcL2Enable(void)
  • void ppcHID0Set(u32 val)
  • u32 ppcHID0Get(void)
  • void ppcHID2Set(u32 val)
  • u32 ppcHID2Get(void)
  • void ppcHID4Set(u32 val)
  • u32 ppcHID4Get(void)
  • void ppcL2CRSet(u32 val)
  • u32 ppcL2CRGet(void)
  • void ppcWPARSet(u32 val)
  • u32 ppcWPARGet(void)
  • void ppcDecSet(u32 val)
  • void ppcMsrSet(u32 val)
  • u32 ppcMsrGet(void)
  • void ppcTBUSet(u32 val)
  • u32 ppcTBUGet(void)
  • void ppcTBLSet(u32 val)
  • u32 ppcTBLGet(void)
  • u32 ppcPVRGet(void)
  • void setIrqHndlr(void(*hndlr)())
  • void __dcbi(u32 *,u32)
  • void __icbi(u32 *,u32)
  • u32 __lwarx(u32)
  • void __stwcx(u32,u32)
  • void _ctxSw(void *newCtx)
  • void _irqCtxSw(void *newCtx)
  • void ppcSync(void)
  • void ppcEeieo(void)
30
0
76

Export (ati/export)

/export

This folder contains a subset of the header files copied from the GX folder, basically identical copies without the gxreg.h file. No idea why these would be used instead of the standard ones under the GX folder..

Check the next section for the description of the GX files for information on them, no point in duplicating the descriptions in this section.

Fiddle (FDL) Generated Headers (ati/fdl)

/fdl

This folder contains C header files automatically generated from a tool called fiddle that takes in Field description language .fdl files and returns a C header file with lots of pre-processor constants.

The original fiddle files have already been documented in the Emerald leak, so if you are interested check out our page on that leak.

Nintendo Emerald Leak

For more information on the Emerald leak check out this post.

File Name Extension Description
ahb_fdl_defs .h Include file for declaring ?
bp_reg .h Include file for declaring Blitting Processor details
cp_reg .h Include file for declaring Command processor details
dsp_reg .h Include file for declaring Digital Signal Processor details
gen_if .h Include file for declaring ?
gen_reg .h Include file for declaring ?
io_reg .h Include file for declaring ?
mem_reg .h Include file for declaring ?
pe_misc .h Include file for declaring Pixel engine details
pe_reg .h Include file for declaring Pixel engine register details
pi_reg .h Include file for declaring Processor Interface
ra_gen .h Include file for declaring ?
ras2_tev_if .h Include file for declaring ?
ras_reg .h Include file for declaring ?
su_reg .h Include file for declaring Setup Unit details
tev_reg .h Include file for declaring Texture Color Combiner details
tx_reg .h Include file for declaring Texture registers
vi_reg .h Include file for declaring Video Interface registers
xf_cmds .h Include file for declaring XF (Transform unit) commands
xf_mem .h Include file for declaring ?
xf_state .h Include file for declaring ?
xf_ucode .h Include file for declaring ?

Not exactly sure what the Gamecube/Wii XF hardware is but seems to be able to read commands and microcode (ucode).

Gx (ati/gx)

/gx

This folder contains the C-Header files used for Graphics development using the Gamecube/Wii GPU known as Flipper/Broadway.

File Name Extension Description
gx .h Include file for declaring all the Graphics related structures and functions such as GXInitTexObj
gxfifo .h Include file for declaring a simulation of the Graphics FIFO pipeline in software
gxreg .h Include file for declaring a simulation of the Graphics hardware Registers in software
vertex .h Include file for declaring pre-processor defines related to vertices such as GXTexCoord2bv
Code Files

gx.h

  • void memset32(void *,u32,u32)
  • void memcpy32(void *,const void *,u32)
  • int memcmp32(const void *,const void *,u32)
  • void GXSetVtxDesc(GXAttr Attr,GXAttrType Type)
  • void GXSetVtxDescv(GXVtxDescList *AttrPtr)
  • void GXGetVtxDesc(GXAttr Attr,GXAttrType *TypePtr)
  • void GXClearVtxDesc(void)
  • void GXSetVtxAttrFmt(GXVtxFmtID Idx,GXAttr Attr,GXCompCnt CompCnt,GXCompType CompType,u8 Shift)
  • void GXSetVtxAttrFmtv(GXVtxFmtID Idx,GXVtxFmtList *AttrPtr)
  • void GXGetVtxAttrFmt(GXVtxFmtID Idx,GXAttr Attr,GXCompCnt *CompCnt,GXCompType *CompType,u8 *Shift)
  • void GXSetArray(GXAttr Attr,u32 Base,u8 Stride)
  • void GXGetArray(GXAttr Attr,u32 *Base,u8 *Stride)
  • void GXSetTexCoordGen(GXTexCoord Coord,GXTexGenType Type,u8 MatIdx)
  • void GXGetTexCoordGen(GXTexCoord Coord,GXTexGenType *Type,u8 *MatIdx)
  • void GXSetTexCoordGen2(GXTexCoord Coord,GXTexGenFunc Func,GXTexGenSrc Source,u8 MatIdx)
  • void GXSetTexCoordWrap(GXTexCoord Coord,GXBool CylWrapS,GXBool CylWrapT,GXBool BiasS,GXBool BiasT,GXBool LineOffset,GXBool PointOffset)
  • void GXSetBumpSource(GXTexCoord Coord,GXTexCoord SrcCoord,GXLightID SrcLight)
  • void GXGetBumpSource(GXTexCoord Coord,GXTexCoord *SrcCoord,GXLightID *SrcLight)
  • void GXSetTexCoordTrans(GXTexCoord Coord,GXMtxName MtxIdx,GXBool Normalize)
  • void GXSetDualTexTrans(GXBool Enable)
  • void GXSetCCConstColor(GXCCRegID CCReg,GXColor Color)
  • void GXGetCCConstColor(GXCCRegID CCReg,GXColor *Color)
  • void GXSetCCConstSelect(GXCCStageID CCStageId,GXCCColSelect ConstSelect)
  • void GXGetCCConstSelect(GXCCStageID CCStageId,GXCCColSelect *ConstSelect)
  • void GXSetACConstSelect(GXCCStageID CCStageId,GXCCColSelect ConstSelect)
  • void GXGetACConstSelect(GXCCStageID CCStageId,GXCCColSelect *ConstSelect)
  • void GXSetCCSwapModeTableEntry(GXCCSwSelect CCSwapId,GXCCChannel Red,GXCCChannel Green,GXCCChannel Blue,GXCCChannel Alpha)
  • void GXGetCCSwapModeTableEntry(GXCCSwSelect CCSwapId,GXCCChannel *Red,GXCCChannel *Green,GXCCChannel *Blue,GXCCChannel *Alpha)
  • void GXSetCCSwapMode(GXCCStageID CCStageId,GXCCSwSelect TextureSwap,GXCCSwSelect RasterSwap)
  • void GXGetCCSwapMode(GXCCStageID CCStageId,GXCCSwSelect *TextureSwap,GXCCSwSelect *RasterSwap)
  • void GXClearVertexCache(void)
  • void GXGetVertexCacheStatus(u32 *CheckCnt,u32 *MissCnt,u32 *StallCnt)
  • void GXBeginPrimitive(GXPrimitive Type,GXVtxFmtID VatIdx,u16 Nverts)
  • void GXBeginPrimitive2(GXPrimitive Type,GXVtxFmtID VatIdx,u16 Nverts)
  • void GXEndPrimitive(void)
  • void GXSetLineWidth(u8 Width,GXTexOffsets Offset)
  • void GXGetLineWidth(u8 *Width,GXTexOffsets *Offset)
  • void GXSetPointSize(u8 PointSize,GXTexOffsets Offset)
  • void GXGetPointSize(u8 *PointSize,GXTexOffsets *Offset)
  • void GXSetShadeMode(GXShadeModes Mode)
  • void GXGetShadeMode(GXShadeModes *Mode)
  • void GXSetAntiAliasing(GXBool Mode,u8 SamplePts[4][3][2])
  • void GXGetAntiAliasing(GXBool *Mode,u8 SamplePts[4][3][2])
  • void GXSetCoPlanar(GXBool Enable)
  • void GXGetCoPlanar(GXBool *Enable)
  • void GXSetFieldMode(GXBool texLod,GXBool linewd)
  • void GXSetProjection(f32 Matrix[4][4],GXProjMtxType type)
  • void GXLoadPosMatrixIndx(u32 ArrayIdx,GXMtxName MatName)
  • void GXLoadNormMatrixIndx(u32 ArrayIdx,GXMtxName MatName)
  • void GXLoadTexMatrixIndx(u32 ArrayIdx,GXMtxName MatName,GXMtxType Type)
  • void GXLoadPosMatrixImm(f32 *MatrixPtr,GXMtxName MatName)
  • void GXLoadNormMatrixImm(f32 *MatrixPtr,GXMtxName MatName)
  • void GXLoadTexMatrixImm(f32 *MatrixPtr,GXMtxName MatName,GXMtxType Type)
  • void GXSetDefaultMatrix(GXMtxName MatName)
  • void GXGetDefaultMatrix(GXMtxName *MatName)
  • void GXSetViewport(s16 Left,s16 Top,u16 Width,u16 Height,f32 Near,f32 Far)
  • void GXGetViewport(s16 *Left,s16 *Top,u16 *Width,u16 *Height,f32 *Near,f32 *Far)
  • void GXSetScissor(u16 Left,u16 Top,u16 Width,u16 Height)
  • void GXGetScissor(u16 *Left,u16 *Top,u16 *Width,u16 *Height)
  • void GXSetCullMode(GXCullModes Mode)
  • void GXGetCullMode(GXCullModes *Mode)
  • void GXInitLightAttn(GXLightObj *ptr,f32 A0,f32 A1,f32 A2,f32 K0,f32 K1,f32 K2)
  • void GXInitShininess(GXLightObj *ptr,f32 Shininess)
  • void GXInitLightPos(GXLightObj *ptr,f32 X,f32 Y,f32 Z)
  • void GXInitLightDir(GXLightObj *ptr,f32 X,f32 Y,f32 Z)
  • void GXInitLightColor(GXLightObj *ptr,GXColor LightColor)
  • void GXLoadLightStateImm(GXLightObj *ptr,GXLightID LightId)
  • void GXLoadLightStateIndx(u32 LightObjIdx,GXLightID LightId)
  • void GXSetAmbientColor(GXColorID ColorId,GXColor AmbColor)
  • void GXGetAmbientColor(GXColorID ColorId,GXColor *AmbColor)
  • void GXSetMaterialColor(GXColorID ColorId,GXColor MatColor)
  • void GXGetMaterialColor(GXColorID ColorId,GXColor *MatColor)
  • void GXSetLightCtrl(GXColorID ColorId,GXBool Enable,GXColorSrc AmbSource,GXColorSrc MatSource,GXLightID LightMask,GXDiffuseFn DiffFunc,GXAttnFn AttnFunc)
  • void GXGetLightCtrl(GXColorID ColorId,GXBool *Enable,GXColorSrc *AmbSource,GXColorSrc *MatSource,GXLightID *LightMask,GXDiffuseFn *DiffFunc,GXAttnFn *AttnFunc)
  • void GXInitTexObj(GXTexObj *TexObjPtr,void *ImagePtr,u16 Width,u16 Height,GXTexFormats Format,GXTexWrapModes WrapS,GXTexWrapModes WrapT,GXTexFilters MinFilt,GXTexFilters MagFilt,f32 MinLod,f32 MaxLod,f32 LodBias,GXBool doEdgeLod)
  • void GXInitTexObj2(GXTexObj *TexObjPtr,GXBool LodClamp,GXTexAnisotropy MaxAniso,GXBool FieldPredict,GXBool BilinearRound)
  • void GXInitTlutObj(GXTlutObj *TlutObjPtr,void *LutPtr,u16 NumEntries,GXTlutFormats Format)
  • void GXInitTexRegion(GXTexRegion *TexRegionPtr,GXBool IsCached,void *TmemEvenPtr,u8 WidthEven,u8 HeightEven,void *TmemOddPtr,u8 WidthOdd,u8 HeightOdd)
  • void GXInitTlutRegion(GXTlutRegion *TlutRegionPtr,void *TmemPtr)
  • void GXPreLoadTexture(GXTexObj *TexObjPtr,GXTexRegion *TexRegionPtr)
  • void GXLoadTlut(GXTlutObj *TlutObjPtr,GXTlutRegion *TlutRegionPtr)
  • void GXLoadTexState(GXTexMapID TexId,GXTexObj *TexObjPtr,GXTexRegion *TexRegionPtr)
  • void GXLoadTlutState(GXTexMapID TexId,GXTlutObj *TlutObjPtr,GXTlutRegion *TlutRegionPtr)
  • void GXClearTexRegion(GXTexObj *TexObjPtr,GXTexRegion *TexRegionPtr)
  • void GXFlushTextureState(void)
  • void GXInitIndirectTexture(GXCCStageID CCStageId,GXIndTexMapID TexId,GXIndTexFormats Fmt,GXIndTexBias Bias,GXIndTexAlphaSel AlphaSel,GXIndTexMtxID MatrixSel,GXIndTexWrap WrapS,GXIndTexWrap WrapT,GXBool IndLOD,GXBool AddPrev)
  • void GXSetIndTexMtx(GXIndTexMtxID MtxId,f32 OffsetMatrix[3][2],u8 ScaleExp)
  • void GXSetIndTexScale(GXIndTexMapID IndTexId,GXIndTexScale ScaleS,GXIndTexScale ScaleT)
  • void GXSetIndTexOrder(u8 NumIndTex,GXIndTexMapID IndTexId[],GXTexMapID TexId[],GXTexCoord TexCoord[])
  • void GXSetCCOp(GXCCStageID CCStageId,GXCCOps ColorOp,GXCCArgs Arg1,GXCCArgs Arg2,GXCCArgs Arg3,GXCCArgs Arg4)
  • void GXGetCCOp(GXCCStageID CCStageId,GXCCOps *ColorOp,GXCCArgs *Arg1,GXCCArgs *Arg2,GXCCArgs *Arg3,GXCCArgs *Arg4)
  • void GXSetACOp(GXCCStageID CCStageId,GXCCOps ColorOp,GXCCArgs Arg1,GXCCArgs Arg2,GXCCArgs Arg3,GXCCArgs Arg4)
  • void GXGetACOp(GXCCStageID CCStageId,GXCCOps *ColorOp,GXCCArgs *Arg1,GXCCArgs *Arg2,GXCCArgs *Arg3,GXCCArgs *Arg4)
  • void GXSetCCOutput(GXCCStageID CCStageId,GXCCScale Scale,GXCCBias AddBias,GXCCClamp Clamp,GXCCRegID CCReg)
  • void GXGetCCOutput(GXCCStageID CCStageId,GXCCScale *Scale,GXCCBias *AddBias,GXCCClamp *Clamp,GXCCRegID *CCReg)
  • void GXSetACOutput(GXCCStageID CCStageId,GXCCScale Scale,GXCCBias AddBias,GXCCClamp Clamp,GXCCRegID CCReg)
  • void GXGetACOutput(GXCCStageID CCStageId,GXCCScale *Scale,GXCCBias *AddBias,GXCCClamp *Clamp,GXCCRegID *CCReg)
  • void GXSetCCColor(GXCCRegID CCReg,GXColor Color)
  • void GXSetCCColor2(GXCCRegID CCReg,s16 red,s16 grn,s16 blu,s16 alp)
  • void GXGetCCColor(GXCCRegID CCReg,GXColor *Color)
  • void GXSetCCOrder(u8 NumStages,GXTexMapID TexId[],GXTexCoord TexCoord[],GXColorID ColorId[])
  • void GXGetCCOrder(u8 *NumStages,GXTexMapID TexId[],GXTexCoord TexCoord[],GXColorID ColorId[])
  • void GXSyncSuTsRegs(void)
  • void GXGetSuTexSize(GXTexCoord coord,u32 *w,u32 *h)
  • void GXSetRange(f32 NearZ,f32 SideX)
  • void GXSetFog(GXFogTypes Type,GXBool Proj,GXBool Range,f32 StartZ,f32 EndZ,f32 NearZ,f32 FarZ,f32 SideX,GXColor Color)
  • void GXGetFog(GXFogTypes *Type,GXBool *Proj,GXBool *Range,f32 *StartZ,f32 *EndZ,f32 *NearZ,f32 *FarZ,f32 *SideX,GXColor *Color)
  • void GXSetColorMode(GXColorModes Ops,GXBlendModes SrcFactor,GXBlendModes DstFactor,GXLogicOps logicOp,GXBool Dither)
  • void GXGetColorMode(GXColorModes *Ops,GXBlendModes *SrcFactor,GXBlendModes *DstFactor,GXLogicOps *logicOp,GXBool *Dither)
  • void GXSetBlendOp(GXBlendOps op)
  • void GXSetDestAlpha(GXBool Enable,u8 Alpha)
  • void GXGetDestAlpha(GXBool *Enable,u8 *Alpha)
  • void GXSetZMode(GXBool CompareEnable,GXBool UpdateEnable,GXCompare Func)
  • void GXGetZMode(GXBool *CompareEnable,GXBool *UpdateEnable,GXCompare *Func)
  • void GXSetZTexture(GXZTexOp op,GXZTexFormat fmt,f32 zBias)
  • void GXGetZTexture(GXZTexOp *op,GXZTexFormat *fmt,f32 *zBias)
  • void GXSetAlphaFunc(GXAlphaLogic AlphaLogic,GXCompare Func0,GXCompare Func1,u8 RefValue0,u8 RefValue1)
  • void GXGetAlphaFunc(GXAlphaLogic *AlphaLogic,GXCompare *Func0,GXCompare *Func1,u8 *RefValue0,u8 *RefValue1)
  • void GXSetPixelFormat(GXPixelFormats Format,GXZCmprFormats ZCmpr,GXBool ZTop)
  • void GXGetPixelFormat(GXPixelFormats *Format,GXZCmprFormats *ZCmpr,GXBool *ZTop)
  • void GXSetColorMask(GXBool ColorMask,GXBool AlphaMask)
  • void GXSetMotionComp(GXBool OddMask,GXBool EvenMask)
  • void GXGetMotionComp(GXBool *OddMask,GXBool *EvenMask)
  • void GXBeginDisplayList(void *BasePtr,u32 nBytes)
  • u32 GXEndDisplayList(void)
  • void GXCallDisplayList(void *BasePtr,u32 nBytes)
  • void GXSetCopyControl(GXFbClamps ClampFlags,GXTexFormats TexFormat,GXFbInterlace Interlaced,GXGamma Gamma,u16 VertScale,GXBool MipFilter)
  • void GXSetCopyColorConv(GXCCV ccvFlag)
  • void GXSetAAFilter(u8 Coefficients[7])
  • void GXGetAAFilter(u8 Coefficients[7])
  • void GXCopyFBToDisplay(u16 SrcLeft,u16 SrcTop,u16 SrcWidth,u16 SrcHeight,void *DstBasePtr,u16 DstStride,GXBool Clear)
  • void GXHDOffset(u16 PrevSrcHeight,void *DstBasePtr,u16 DstStride,GXBool RstEnable,GXBool HFilter)
  • void GXSetHD(u16 AlphaRst,u16 ScaleRst,GXBool RstEnable,GXBool HFilter)
  • void GXCopyFBToDisplay16(u16 SrcLeft,u16 SrcTop,u16 SrcWidth,u16 SrcHeight,void *DstBasePtr,u16 DstStride,GXBool Clear)
  • void GXCopyFBToDisplay32(u16 SrcLeft,u16 SrcTop,u16 SrcWidth,u16 SrcHeight,void *DstBasePtr,u16 DstStride,GXBool Clear)
  • void GXCopyFBToTexture(u16 SrcLeft,u16 SrcTop,u16 SrcWidth,u16 SrcHeight,void *DstBasePtr,u16 DstStride,GXBool Clear)
  • void GXSetClear(GXColor ClearColor,u32 ClearZ)
  • void GXGetClear(GXColor *ClearColor,u32 *ClearZ)
  • void GXClearBoundingBox(void)
  • void GXGetBoundingBox(u16 *Left,u16 *Right,u16 *Top,u16 *Bottom)
  • void GXSetQuadOffset(u16 left,u16 top)
  • u32 GXReadPixelColorAlpha(u16 x,u16 y)
  • u32 GXReadPixelColor(u16 x,u16 y)
  • void GXWritePixelColor(u16 x,u16 y,u32 color)
  • u32 GXGetPerfMetric(GXPerf perf)
  • void GXInitPerfCounters(GXPerfBlock blockA,u32 valA,GXPerfBlock blockB,u32 valB,GXPerfBlock blockC,u32 valC,GXPerfBlock blockD,u32 valD)
  • void GXInitPEPerfCounters(GXBool pe0,GXBool pe1,GXBool pe2,GXBool pe3,GXBool pe4,GXBool pe5)
  • void GXDisplayPerfCounters(void)
  • void GXSetFifoBase(u32 BasePtr,u32 Size,GXBool SetDefaults)
  • void GXSetFifoLimits(u32 HiWaterMark,u32 LoWaterMark,u32 RdBreakMark)
  • void GXSetInterrupts(GXBool Underflow,GXBool Overflow,GXBool BreakPoint)
  • void GXClearInterrupts(GXBool Underflow,GXBool Overflow,GXBool BreakPoint)
  • void GXSetFifoPtrs(u32 WritePtr,u32 ReadPtr)
  • void GXGetFifoPtrs(u32 *WritePtrPtr,u32 *ReadPtrPtr)
  • void GXGetFifoStatusFull(GXBool *Underflow,GXBool *Overflow,GXBool *Break,GXBool *RDIdle,GXBool *CPIdle)
  • void GXGetFifoStatus(GXBool *Underflow,GXBool *Overflow,GXBool *Break)
  • void GXDisplayFifoStatus(void)
  • void GXGetFifoCount(u32 *FifoCount)
  • void GXSetFifoEnable(GXBool Read,GXBool WrPtrInc)
  • void GXInit(void)
  • void GXInit2(void)
  • void GXInitB(u32 revNo)
  • void GXSetPERefresh(u32 peRefresh)
  • void GXSetTXRefresh(u32 txRefresh)
  • void GXAbortFrame(void)
  • void GXSetDrawSync(u16 Token)
  • void GXGetDrawSync(u16 *Token)
  • GXBool GXDrawDone(void)
  • GXBool GXDrawDoneSafe(void)
  • void GXFlush(void)
  • void GXHWSync(u8 Token)
  • void GXBypass(u32 regData)
172
0
1513

gxfifo.h

  • void gxFifoWrite(u32 d,u32 sz)
  • void GXResetCacheAlignment()
  • void GXSimStart(char *fileName)
  • void GXSimEnd(void)
  • void GXSimEnd(void)
5
0
172

gxreg.h

  • void gxRegWrite16(u32 addr,u16 data)
  • void gxRegWrite32(u32 addr,u32 data)
  • u16 gxRegRead16(u32 addr,u32 cpIdleFlag)
  • u32 gxRegRead32(u32 addr)
  • void simSync(void)
  • void GXWriteXFRegs(u32 addr,u8 Count,u32 *data)
  • void GXWriteXFRegDirect(u32 addr,u32 data)
  • void GXReadXFReg(u32 addr,u32 *data)
  • void GXWriteCPReg(u8 addr,u16 data)
  • void GXReadCPReg(u8 addr,u16 *data)
  • void GXWritePIReg(u8 addr,u32 data)
  • void GXReadPIReg(u8 addr,u32 *data)
  • void GXWritePEReg(u8 addr,u16 data)
  • void GXReadPEReg(u8 addr,u16 *data)
  • void GXSUBypassCmd(u8 cmd,u32 data)
  • void GXLoadCPReg(u8 reg,u32 data)
16
0
174

Gxu Library Headers (ati/gxu)

/gxu

This folder contains the header file for the GXU library which is similar to GLU if you have ever used OpenGL, it contains Graphical utility functions for reading textures and setting up view Matrices.

File Name Extension Description
gxu .h Include file for declaring all the Utility functions provided by the GXU library
Code Files

gxu.h

  • void gxuGetFrustum(float l,float r,float b,float t,float n,float f,float m[3][4])
  • void gxuGetLightFrustum(float l,float r,float b,float t,float n,float sS,float tS,float sT,float tT,float m[3][4])
  • void gxuGetOrtho(float l,float r,float b,float t,float n,float f,float m[3][4])
  • void gxuGetPerspective(float fov,float aspect,float n,float f,float m[3][4])
  • void gxuGetRotate(float deg,float x,float y,float z,float m[3][4])
  • void gxuGetTranslate(float x,float y,float z,float m[3][4])
  • void gxuGetScale(float x,float y,float z,float m[3][4])
  • void gxuGetIdentity(float m[3][4])
  • u32 gxuGetInverse(float mat[3][4],float inv[3][4])
  • void gxuGetTranspose(float mat[3][4],float xPose[3][4])
  • void gxuMultMatrix(float current[3][4],float mat[3][4])
  • void gxuMultVec(float vec[3],float mat[3][4])
  • AXuint32 gxuGetPPMFileSize(char *FileName,AXuint32 *width,AXuint32 *height)
  • AXuint32 gxuGetImageFileSize(char *FileName,AXuint32 *width,AXuint32 *height)
  • AXuint32 gxuReadBitmapFile(char *FileName,AXuint32 *width,AXuint32 *height,GXColor **bImage)
  • AXuint32 gxuWriteBitmapFile(char *FileName,AXuint32 w,AXuint32 h,GXTexFormats format,void *bImage)
  • AXuint32 gxuReadPPMFile(char *FileName,AXuint32 *width,AXuint32 *height,GXColor **bImage)
  • AXuint32 gxuWritePPMFile(char *FileName,AXuint32 w,AXuint32 h,GXTexFormats format,void *bImage)
  • AXuint32 gxuReadDDSFile(char *FileName,AXuint32 *width,AXuint32 *height,AXuint32 *numLod,void **bImage)
  • void gxuGenImage(GXUImageType iType,AXuint32 width,AXuint32 height,GXUColorType color,GXColor *bImage)
  • void gxuConvertImage(AXuint32 imageW,AXuint32 imageH,GXColor *rgbImage,GXTexFormats texFmt,GXBool generateLut,GXTlutFormats tlutFmt,void *lut,void *image)
  • void gxuGetIndexedImage(GXUImageType iType,GXUColorType color,AXuint32 imageW,AXuint32 imageH,GXColor *planarImage,GXTlutFormats tlutFmt,AXuint32 numEntries,void *lutPtr)
  • void gxuRandomImage(AXuint32 imageW,AXuint32 imageH,GXBool mipMapped,GXTexFormats texFmt,GXTlutFormats tlutFmt,void *lut,void *image)
  • AXuint32 gxuGetNumLevels(AXuint32 width,AXuint32 height)
  • void gxuGetTiledImage(GXColor *planarImage,AXuint32 width,AXuint32 height,GXBool mipMapped,GXTexFormats tilefmt,void *tiledImage)
  • void gxuGetBorderedTiledImage(GXColor *planarImage,GXColor border,AXuint32 width,AXuint32 height,GXBool mipMapped,GXTexFormats tilefmt,void *tiledImage)
  • void gxuFormatImage(GXColor *planarImage,AXuint32 width,AXuint32 height,GXBool mipMapped,GXTexFormats tilefmt,GXTlutFormats tlutFmt,void *lut,void *tiledImage)
  • AXuint32 gxuGetTiledSize(GXBool mipMapped,GXTexFormats tilefmt,AXuint32 width,AXuint32 height)
  • void gxuTexPreloadAlloc(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint32 width,AXuint32 height,AXuint32 *EvenPtr,AXuint32 *OddPtr)
  • void gxuTexPreloadAllocL(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint32 width,AXuint32 height,AXuint32 *ptr)
  • void gxuTexPreloadAllocH(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint32 width,AXuint32 height,AXuint32 *ptr)
  • void gxuTexAllocTlut(GXTlutFormats fmt,AXuint32 nEntries,AXuint32 *ptr)
  • void gxuTexAllocTlut2(GXTlutFormats fmt,AXuint32 nEntries,AXuint32 *ptr)
  • void gxuTexCachedAlloc(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint8 cacheWidth,AXuint8 cacheHeight,AXuint32 *EvenPtr,AXuint32 *OddPtr)
  • void gxuTexCachedAllocL(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint8 cacheWidth,AXuint8 cacheHeight,AXuint32 *ptr)
  • void gxuTexCachedAllocH(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint8 cacheWidth,AXuint8 cacheHeight,AXuint32 *ptr)
  • void gxuTexCachedAlloc2(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint8 cacheWidth,AXuint8 cacheHeight,AXuint32 *EvenPtr,AXuint32 *OddPtr)
  • void gxuTexCachedAllocL2(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint8 cacheWidth,AXuint8 cacheHeight,AXuint32 *ptr)
  • void gxuTexCachedAllocH2(GXUMipMapType mipMapped,GXTexFormats fmt,AXuint8 cacheWidth,AXuint8 cacheHeight,AXuint32 *ptr)
  • void gxuTexCacheFree(AXuint32 EvenPtr,AXuint32 OddPtr)
  • void gxuTexMemFree(AXuint32 Ptr)
  • void gxuBumpInit(AXuint32 nStages)
  • void gxuInitRasterState(char *fileName)
  • void gxuInitEFB(u32 col,u32 z,u32 left,u32 top,u32 width,u32 height,GXPixelFormats fmt)
  • void gxuCopyOut(u32 left,u32 top,u32 width,u32 height)
  • void gxuBUDInit(int argc,char **argv,u32 left,u32 top,u32 width,u32 height)
  • void gxuBUDInitB(u32 revNo,int argc,char **argv,u32 left,u32 top,u32 width,u32 height)
  • void gxuBUDFinish(int argc,char **argv,u32 left,u32 top,u32 width,u32 height)
  • int width
  • int height
  • GXColor pixels
  • gxuCachedImage
  • gxuCachedImage gxuCachedImages[]
48
5
317

Helper (ati/helper)

/helper

This folder only contains one file called compiler.h which defines certain pre-processor constants based on which compiler has been used.

Compilers supported are:

  • ATI GNU Compiler
  • GNU C Compiler
  • Watcom C Compiler

The pre-processor constants defined are used for purposes such as calling conventions (AX_CDECL) or to mark certain arguments or variables as unused in the code (ATI_VARIABLE_NOT_USED).

Private (ati/private)

/private

This folder contains miscellaneous files related to debugging the low level hardware components, presumably this was just meant for internal use at ATI themselves.

File Name Extension Description
common .h Include file for including all the other files in the private folder
fdl_assert .h Include file for declaring the FDL_ASSERT macro
gxdebug .h Include file for declaring a few pre-processor based Graphic Debug functions such as DbgPrintf
gxreg .h Include file for declaring low level graphics hardware debug functions such as GXWriteXFRegs
gxtypes .h Include file for declaring useful graphical stuctures and functions such as __GXTexRegionInt_struct
Code Files

gxreg.h

  • void gxRegWrite16(u32 addr,u16 data)
  • void gxRegWrite32(u32 addr,u32 data)
  • u16 gxRegRead16(u32 addr,u32 cpIdleFlag)
  • u32 gxRegRead32(u32 addr)
  • void simSync(void)
  • void GXWriteXFRegs(u32 addr,u8 Count,u32 *data)
  • void GXWriteXFRegDirect(u32 addr,u32 data)
  • void GXReadXFReg(u32 addr,u32 *data)
  • void GXWriteCPReg(u8 addr,u16 data)
  • void GXReadCPReg(u8 addr,u16 *data)
  • void GXWritePIReg(u8 addr,u32 data)
  • void GXReadPIReg(u8 addr,u32 *data)
  • void GXWritePEReg(u8 addr,u16 data)
  • void GXReadPEReg(u8 addr,u16 *data)
  • void GXSUBypassCmd(u8 cmd,u32 data)
  • void GXLoadCPReg(u8 reg,u32 data)
16
0
174

gxtypes.h

  • GXData gx
  • GXBool fifoInit
  • u32 Color
  • f32 a[3]
  • f32 k[3]
  • f32 lpos[3]
  • f32 ldir[3]
  • GXLightObjInt
  • u32 mode1
  • u32 image0
  • u32 image3
  • u32 loadImage0
  • u32 loadImage3
  • GXTexObjInt
  • void gxLoadSuTsRegs(void)
  • void gxXfVtxSpecs(u32 vatIdx)
  • void gxSetMatrixIndex(GXAttr matIdxAttr)
3
14
281
wii sdk leak gc
Want More?

Follow us on Twitter & Bluesky!