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

Inserts a new leaf into the memory allocator map

Ups the reference count to a memory location.

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

Sub ModMain CDecl alias "main" ()

controls the application

the common entry code for multiprocessor systems

Kills the thread and prints a report to port e9

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

Converts a linear address to the corresponding physical address, using the current value of CR3

Converts a linear address to the corresponding physical address, using the current value of CR3

Function PCI_bar_readaddress(     ByVal Bus As  Unsigned  Integer,     ByVal Device As  Unsigned  Integer,     ByVal Func As  Unsigned  Integer,     ByVal Bar As  Unsigned  Integer ) As Unsigned Integer

Returns the address contained in a specific Base Address Register

Function PCI_bar_readmask(     ByVal Bus As  Unsigned  Integer,     ByVal Device As  Unsigned  Integer,     ByVal Func As  Unsigned  Integer,     ByVal Bar As  Unsigned  Integer ) As Unsigned Integer

Returns the size mask for the selected Base Address Register

Function PCI_type1_readbyte( ByVal Bus As  Unsigned  Integer, ByVal Device As  Unsigned  Integer, ByVal Func As  Unsigned  Integer, ByVal Offset As  Unsigned  Integer ) As Unsigned Byte

Grabs a byte from PCI configuration space using configuration method 1

Function PCI_type1_readdword(     ByVal Bus As  Unsigned  Integer,     ByVal Device As  Unsigned  Integer,     ByVal Func As  Unsigned  Integer,     ByVal Offset As  Unsigned  Integer ) As Unsigned Integer

Grabs a 4-byte doubleword from PCI configuration space using configuration method 1

Function PCI_type1_readword(     ByVal Bus As  Unsigned  Integer,     ByVal Device As  Unsigned  Integer,     ByVal Func As  Unsigned  Integer,     ByVal Offset As  Unsigned  Integer ) As Unsigned Short

Grabs a 2-byte word from PCI configuration space using configuration method 1

Sub PCI_type1_writedword( ByVal Bus As  Unsigned  Integer, ByVal Device As  Unsigned  Integer, ByVal Func As  Unsigned  Integer, ByVal Offset As  Unsigned  Integer, Value As  Unsigned  Integer )

Grabs a 4-byte doubleword from PCI configuration space using configuration method 1

Sub pcimgr_handler ( ByVal f  As  Long, ByVal device  As  Long, ByVal param3  As  Long, ByVal param4  As  Long )

handles the incoming calls

Sub pcimgr_handlerstub()

converts the register calling convention into a FB-compatible convention

Request i/o ports from the kernel

Allocates pages for the I/O permission bitmap.

Prepares a VESA bios call

Prints the APIC Bus frequency

Converts a dword value to hex and emit it to a string

prints the initalizer line

prints a line to the display

Public Sub PrintString ( s  As  String,    vram As  Byte  Ptr,    offset  as  long  =  0 )

Prints a string to video memory

Gets the CPU, VM and related information

for installing the workaround for the intel LOCK CMPXCHG8B bug

changes the #NM interrupt handler to fault (using self-modifying code) instead of switching fpu contexts

enables the use of SYSENTER/SYSEXIT instructions

replaces InvalidatePage with a more efficient version

Sub PutPixel( ByVal x  As  Long, ByVal y  As  Long, ByVal colour  As  Long )

sets a pixel via the BLOBS interface

void qsort( void  * base, size_t  nmemb, size_t  size, int  (*compar)( const void *, const void * ) )

Sorts an array in memory

Declare Virtual Sub queryinterfaces ( ByVal channel As  Byte  Ptr )

Handle the actual query message

adds a thread to the execution queue