Fills a page directory with default values

Fills a page table with all the kernel pages

Fills a page in physical memory with all ones

Fills a page with a task descriptor and a schedulable stack This descriptor is designed to run 32-bit applications

Fills a task structure in physical memory

Increases the reference count on one memory unit

Increases the reference count on one memory unit

Locks onto the memory address controlling this entry

Locates the Intel multiprocessor table

Locates the RSDP table, if present.

Fix PIC issues: mask all ints at the PIC, then enable interrupts

double floor( double  x )

gets and returns the integer value of x when rounded down.

float floorf( float  x )

gets and returns the integer value of x when rounded down.

long double floorl( long  double  x )

gets and returns the integer value of x when rounded down.

Declare Sub Flush()

Called by a memory management tool to inform that there are no stack references left in use.

double fmod( double  x, double  y )

Returns the remainder after floating point division

void free( void  * ptr )

Deallocates a block of memory created by malloc calloc or realloc.

Find a port given its name

Requests a new gate to be given

Find a port given its name

Looks up the information of the handler behind a gate

Request memory from the kernel

Returns processor name, version and capabilities, independent of CPUID and known cpu bugs.

Function GetDeviceLocation( ByVal devid  As  Integer ) As String

Synchronously gets the device name from the manager

Function GetDeviceName( ByVal devid  As  Integer ) As String

Synchronously gets the device name from the manager

Function GetDeviceParent( ByVal devid  As  Integer ) As Integer

Synchronously gets the device parent from the manager

DX = directory entry

Get FPU prescence, detect its type then configure the kernel accordingly

Looks up a gate’s values

Gets the next cluster value from the FAT table

Loads a page table with a given entry

Gets processor info and configures it accordingly

Looks up a route in the route table and returns

Requests the amount of ticks

Returns the amount of interrupts the kernel timer has generated

Checks whether a page in the TSS has been mapped

Function GTF_ComputeFromDotclock(     ByVal Dotclock  As  Single,     ByRef vmp  As  VESA_mode_properties,     ByRef vdp  As  VESA_display_properties,     ByRef vt  As  VESA_timings ) As Integer

Computes the CRTC settings given a resolution and dot clock

Computes the CRTC settings given a resolution and horizontal frequency

Function GTF_ComputeFromRefresh(     ByRef Refresh  As  Single,     ByRef vmp  As  VESA_mode_properties,     ByRef vdp  As  VESA_display_properties,     ByRef vt  As  VESA_timings ) As Integer

Computes the CRTC settings given a resolution and frequency

Sub handler ( ByVal f  As  Long, ByVal button  As  Long, ByVal state  As  Long, ByVal x  As  Long )

handles the incoming calls

Sub handlerstub()

converts the register calling convention into a FB-compatible convention

Delays for a short period of time.