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S
	s font kernel romheader
	S milli remI
	Schedule
	Scheduler
	Scheduler components
	Scheduler_Common
	scheduler_cr0_ts
	scheduler_curfpu
	scheduler_curtask
	scheduler_fpusolv
	Scheduler_Launchuser
	scheduler_offset
	scheduler_sleeptask
	scheduler_table
	scheduler_ticks
	SECTORSTATUS modules/ storage/ diskmm.bi modules/ storage/ diskmm.h
	segment register breakage
	semBlockedTask
	semPageTable
	semPortHi
	semPortLo
	semScheduler
	semTaskRoutes
	send queued packet
	separate inc_kernel for ia and ia32 kernels
	Set RTS if RS option not set
	set SSE bits in CR4
	SetCPUBits
	SetIDTEntry32
	SetIDTEntry32Public
	SetInterruptEntry
	SetInterruptVector
	SetPageDirEntry32Hole
	SetPageEntry
	SetPageTableEntry32Hole
	setredirectbits
	SetRedirectBits
	SetTaskRegisters
	Setting mbstate libc/ stdio/ fopen.c libc/ stdio/ freopen.c
	sh4 Architecture
	Shouldn’t realloc()split the now much-too-large node?
	sin
	sinf
	sinl
	size, mos_buf_part_t
	Socket-A Interrupt bug
	Software
	Source Licensing
	SPC is only allowed when using LFNs provided by a Windows libfb/ rtlib-0. 24p/ sys_getshortpath.c libfb/ stripped/ src/ rtlib/ dos/ libfb_sys_getshortpath.c
	Special handling for mode changes on std-streams
	srand
	Stack usage is log2(nmemb)(minus what T shaves off the worst case)
	standardize the DEV_*structs,or provide a device hook function to get OS handle libfb/ rtlib-0. 20/ libfb_file_attr.c libfb/ rtlib-0. 24p/ file_attr.c libfb/ rtlib-0. 25p/ file_attr.c
	start udi_block_xfer_cb_t udi_blockmap_xfer_cb_t
	start autoload
	start DCD low timer if CD option set
	start DSR low timer if DS option set
	StartLocation modules/ storage/ diskmm.bi modules/ storage/ diskmm.h
	Starvation in Route functions
	step up from first page to second
	strcat
	strchr
	strcmp
	strcoll
	strcpy
	strcspn
	strlen
	strncat
	strncmp
	strncpy
	strnput
	strpbrk
	strrchr
	strspn
	strstr
	strtok
	strtol
	strtoll
	strtoul
	strtoull
	strxfrm
	subroutine for this
	Support for ASC/ LF options
	Support for slave PIC?
	SwitchGDT32
	SwitchIDT32
	sys_checkprivileges
	sys_kernelswitch
	sys_privilegeswitch
	SYSCOMMAND_QUERYINTERFACES
	System calls kernel/ ia_common/ stage3.asm kernel/ ia32_pc/ stage3.asm
	szaHostName

contains a default tileset font for the Megadrive VDP

Main kernel file for the 68k version.

ROM Header file for the megadrive.

32 and 64-bit millicode, original author Hewlett-Packard adapted for gcc by Paul Bame bame@debian.org and Alan Modra alan@linuxcare.com.au.

Causes execution to be suspended and the next thread to be readied.

These functions change between tasks.

this function will browse through the scheduler list and pick a new task to run.

scheduler_cr0_ts: DD 0

local copy of CR0 with TS set

scheduler_curfpu: TIMES 8 DD 0

Contains the physical address for the TDT currently using the FPU state

scheduler_curtask: TIMES 8 * 2 DD 0

contains the current threads for each processor in TDT/CR3

scheduler_fpusolv: TIMES 8 DD 0

contains the address of a page that is to contain the TDT when mapped into memory

return stub that gets us into userland

scheduler_offset: TIMES 8 DD 0

current offsets into the task table

scheduler_sleeptask:DD 0

Points to a page containing not-scheduled (blocked) tasks

scheduler_table: TIMES 8 DD 0

points to the schedule tables for each processor

scheduler_ticks: DD 0

contains the amount of ticks generated since system startup

A series of privilege and return value bits that describe the sector.

semBlockedTask: DB 1

Taken for write access on the blocked task list

semPageTable: DB 1

Taken for write lock on page tables

semPortHi: DB 1

Taken for write lock on upper range port table

semPortLo: DB 1

Taken for write lock on lower range port table

semScheduler: DB 0xff

Taken for write access to a scheduler’s list

semTaskRoutes: DB 1

taken for read or write access to the task route map

loads CR0/CR4 with the appropriate bits

Points an IDT entry to a given function

Points an IDT entry to a given function, and allow it to be called from userland

sets and IDT entry

sets the vector for interrupt handling

Sets a page directory entry if allowed.

Loads a page table with a given entry

Sets a page table entry if allowed.

Set bits in the Interrupt Redirection Bitmap

Sets redirection bits in the Interrupt Redirection Bitmap

set GPRs for a given task

The main assembler and linker.

double sin( double x )

computes and returns the sine of x (using a taylor expansion)

float sinf( float x )

computes and returns the sine of x (using a taylor expansion)

long double sinl( long double x )

computes and returns the sine of x (using a taylor expansion)

udi_size_t size

amount of bytes referenced by this buffer part

Copied from the previous kernel generation.

This document describes the needed software to build, install and run MysticOS on various platforms.

Since parts of the sourcecode uses a copyleft-based license you have one of these options at your disposal

environment.

void srand( unsigned int seed )

Sets the new seed to be used by rand

Worst-case nmemb is platform dependent and should probably be configured through _PDCLIB_config.h.

udi_size_t start

the starting block

udi_size_t start

the starting block

StartLocation As Long

The location in the current map where this extent starts (inclusive)

add cli/sti blocks to prevent this

char * strcat( char * _PDCLIB_restrict s1,
const char * _PDCLIB_restrict s2 )

Appends the null terminated string s2 to the end of s1

char * strchr( const char * s,
int c )

Finds the first occurance of the character c in the null-terminated string s

int strcmp( const char * s1,
const char * s2 )

Compares s1 to s2

int strcoll( const char * s1,
const char * s2 )

Compares s1 to s2

char * strcpy( char * _PDCLIB_restrict s1,
const char * _PDCLIB_restrict s2 )

Copies the null terminated string s2 to s1

size_t strcspn( const char * s1,
const char * s2 )

Tests characters in s1 for an occurance in s2 until a match is found

size_t strlen( const char * s )

Calculates the length of s

char * strncat( char * _PDCLIB_restrict s1,
const char * _PDCLIB_restrict s2,
size_t n )

Appends up to n characters from the null terminated string s2 to the end of s1.

int strncmp( const char * s1,
const char * s2,
size_t n )

Compares at most n bytes of s1 to s2

char * strncpy( char * _PDCLIB_restrict s1,
const char * _PDCLIB_restrict s2,
size_t n )

Copies the null terminated string s2 to s1, up to n characters The remaining space, if any, is filled with zeroes

static int strnput( char * out,
const char * in,
size_t max )

safe write returning written length as neither strncpy nor strncat can do this efficiently A null terminator will always be placed.

char * strpbrk( const char * s1,
const char * s2 )

Finds the first character in s1 that occurs in s2

char * strrchr( const char * s,
int c )

Finds the last character in s that matches c

size_t strspn( const char * s1,
const char * s2 )

Tests characters in s1 for an occurance in s2 until no match is found

char * strstr( const char * s1,
const char * s2 )

Finds the first occurance of s1 in s2

char * strtok( char * _PDCLIB_restrict s1,
const char * _PDCLIB_restrict s2 )

Split s1 on each and any character in s2 Supply NULL to continue searching the previous string.

long int strtol( const char * s,
char ** endptr,
int base )

Converts a string in s to an long.

long long int strtoll( const char * s,
char ** endptr,
int base )

Converts a string in s to an long long.

unsigned long int strtoul( const char * s,
char ** endptr,
int base )

Converts a string in s to an unsigned long.

unsigned long long int strtoull( const char * s,
char ** endptr,
int base )

Converts a string in s to an unsigned long long.

size_t strxfrm( char * _PDCLIB_restrict s1,
const char * _PDCLIB_restrict s2,
size_t n )

Copies the null terminated string s2 to s1, if s2 is not more than n bytes long

Switches to the 32 bit GDT

Switches to the 32 bit IDT

lookup table for required privileges

Jump table for the kernel functions

jump table for kernel calls

The message identifier for getting a link’s supported interfaces

These functions form the interface to all userspace applications

szaHostName: TIMES 8 * 16 DB 0

contains the name of the host (processor or vm) for each processor