Index - MOS

Index

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M
	m68k Architecture
	Mach64_bus_cntl
	Mach64_clock_regs
	Mach64_crtc_gen_cntl
	Mach64_devids
	Mach64_gen_test_cntl
	Mach64_regs
	Macro MB_CUR_MAX
	Macros Global include/ ia-pc/ inc_syscall.asm include/ ia32-pc/ inc_syscall.asm include/ nonhosted/ stdarg.h libc/ pdclib/ print.c mos_procinfo
	malloc
	managememoryl1
	ManageMemoryL1
	managememoryl2
	ManageMemoryL2
	Management control blocks in pool?
	manipulation functions
	map udi_blockmap_mgmt_cb_t udi_blockmap_xfer_cb_t
	MapL1Table32
	MapL2Table32
	mAutocount, MCObject
	mAutoNext, MCObject
	MCObject
	MCQueryUtility
	MCR_RTS should be set only after waiting for DSR if the OP/ CS protocol option is set
	MEM_CNTL, Mach64_regs
	memchr
	memcmp
	memcpy
	memmap
	MemMap
	memmove
	memset
	mglGetConnectorRange
	mglGetConnectorState
	mglGetEngineRange
	mglGetEngineState
	mglGetLastRangeEntry
	mglOpen
	mglSetConnectorState
	mglSetEngineState
	mHandleCount, MCQueryUtility
	mHandles, MCQueryUtility
	min max and difference
	ModMain modules/ gfx_blob.bas modules/ keyboard.bas modules/ pci_mgr.bas modules/ test_blobs.bas modules/ test_kbd.bas
	mos_buf_impl_t
	mos_buf_part_t
	mos_buf_t
	mos_buf_tag_t
	mos_cb_t
	mos_channel_t
	mos_mei_cb_mold_t
	mos_mmio_pio_impl_t
	mos_pio_handle_list include/ common/ udi_env.h libudi/ include/ udi_env.bi
	mos_pio_impl_t include/ common/ udi_env.h libudi/ include/ udi_env.bi
	mos_procinfo
	mos_region_t
	mos_system_cb_t
	move to correct section include/ common/ udi.2.h include/ common/ udi.h
	mpentry
	mRefcount, MCObject
	Much room for improvement, Primitive placeholder libc/ stdlib/ free.c libc/ stdlib/ malloc.c
	muladd
N
	nearest int functions
	needs lots of fixes
	needs the exact needed frequency calculated
	next mos_buf_part_t mos_buf_tag_t
	No need to test for input keys because sleep will be hooked libfb/ rtlib-0. 24p/ time_sleep.c libfb/ rtlib-0. 25p/ time_sleep.c
O
	off_lo, udi_fs_blockread_map_cb_t
	offset, mos_buf_part_t
	Only if endptr!=NULL-but do we really wantanotherparameter?
	only offset differences), fix matching of seperated buffers(i:: e
	Oops
	op udi_block_xfer_cb_t udi_blockmap_xfer_cb_t
	optimize for back-to-front copying
	origin, mos_system_cb_t
	outportb libarch/ ia/ functions/ outportb.asm libarch/ ia32/ functions/ outportb.asm
	outportd libarch/ ia/ functions/ outportd.asm libarch/ ia32/ functions/ outportd.asm
	outportw libarch/ ia/ functions/ outportw.asm libarch/ ia32/ functions/ outportw.asm
	OVR_WID_LEFT_RIGHT, Mach64_regs
	OVR_WID_TOP_BOTTOM, Mach64_regs

The main assembler and linker.

Lists the fields of the Mach64_regs.BUS_CNTL register

Lists the registers of the integrated clock

Lists the fields in the Mach64_regs.CRTC_GEN_CNTL register

Lists the PCI Device IDs that are based on the mach64 core.

Lists the fields of the Mach64_regs.GEN_TEST_CNTL register

A list of the Mach64 registers Note: some registers may not be present on all controllers, and some may be missing altogether.

void * malloc( size_t size )

Allocates size bytes of memory

Request memory from the kernel

Insert a node into the memory manager tree at the 1st level The node will describe 2M of memory in 4K units

Request memory from the kernel

Insert a node into the memory manager tree at the 3rd level The node will describe 1G of memory in 2M units

udi_assert((headcb->flags & MOS_CB_ALLOC_PENDING) == 0);

udi_ubit32_t map

the map index in question

udi_size_t map

the mapping to use

Inserts a new leaf into the memory allocator map

Ups the reference count to a memory location.

mAutocount As Integer

Amount of non-ownership references to this object.

mAutoNext As MCObject Ptr

Pointer to the next object with an autorelease count This pointer forms a linked list of all objects which have a pending release

Provides basic memory functionality for the library

Event handler that simplifies syscommand_queryinterfaces calls Instantiate one instance of this class, then call the function for each interface that needs to be publicly exposed

32-bit register for memory configuration

void * memchr( const void * s,
int c,
size_t n )

Finds the first occurance of the character c in s, where n is the maximum amount of bytes to compare

int memcmp( const void * s1,
const void * s2,
size_t n )

Compares n bytes of s1 to n bytes of s2

void * memcpy( void * _PDCLIB_restrict s1,
const void * _PDCLIB_restrict s2,
size_t n )

Copies n bytes from s2 to s1, where s1 and s2 do not overlap

Request memory from the kernel

Maps a certain region in physical space to a region in kernel space

void * memmove( void * s1,
const void * s2,
size_t n )

Copies n bytes from s2 to s1, where s2 and s1 can overlap

void * memset( void * s,
int c,
size_t n )

Fills s with n times the value c

int mglGetConnectorRange( int index,
unsigned int property )

Gets the valid range of values from a connector property.

int mglGetConnectorState( int index,
unsigned int property )

Gets an graphics output connector state property

int mglGetEngineRange( int index,
unsigned int property )

Gets the valid range of values from a engine property.

int mglGetEngineState( int index,
unsigned int property )

Gets an graphics engine state property

void mglGetLastRangeEntry( int index,
int * first,
int * last,
int * modulus )

Retrieves a range segment from an graphics component

int mglOpen( unsigned int * engines,
unsigned int * connectors )

Initialize the driver

void mglSetConnectorState( int index,
unsigned int property,
int value )

Sets an graphics output connector state property

void mglSetEngineState( int index,
unsigned int property,
int value )

Sets an graphics engine state property

mHandleCount As Integer

internal variable containing the amount of exposed interfaces

mHandles As Integer Ptr

internal variable containing the list of exposed interfaces

Sub ModMain CDecl alias "main" ()

controls the application

Generic part of an actual storage buffer

Describes a segment of data

Contains the hidden portion of a buffer object.

A linked list of tags

contains the hidden part of the channel type.

contains index to control-block-info mappings for a given region

Contains the functions to perform PIO instructions

typedef struct mos_pio_handle_list

List of available PIO regsets

Contains the functions to perform PIO instructions

typedef struct mos_procinfo

stores processor info

contains the backend properties of a region

contains the info the message handling backends needs to convert between system and UDI conventions.

the common entry code for multiprocessor systems

mRefcount As Integer

Contains the amount of pending references.

none

struct mos_buf_part * next

Contains a reference to the next buffer part in the sequence

struct mos_buf_tag * next

points to the next tag, if any

when the application is switched to graphics mode and the console implementations for keyboard handling are only dummy functions.

udi_ubit32_t off_lo

offset into the file to map

udi_size_t offset

offset into the actual data that stores the data

Kills the thread and prints a report to port e9

udi_block_op_t op

The operation to perform

udi_block_op_t op

The operation to perform

udi_ubit32_t origin

contains the sender address of a message

writes a byte to an x86 i/o port

writes a 32-bit doubleword to an x86 i/o port

writes a 16-bit word to an x86 i/o port

32-bit register holding the size of the horizontal overscan area

32-bit register holding the size of the vertical overscan area