Index
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$#!
 $$divI,$$divoI
 $$divI_2
 $$divU
 $$remI
 $$remU
 ), Extend to internal testing(buffer etc
 *
 _Exit
 _glx_retrieve
 _glx_schedule
 _MOS_bootinfo, COMMPORT
 _PDCLIB_actualtop
 _PDCLIB_allocpages
 _PDCLIB_clampradd
 _PDCLIB_clampradf
 _PDCLIB_clampradl
 _PDCLIB_div_t
 _PDCLIB_doclampnd
 _PDCLIB_doclampnf
 _PDCLIB_doclampnl
 _PDCLIB_doclamppd
 _PDCLIB_doclamppf
 _PDCLIB_doclamppl
 _PDCLIB_dorequestpages
 _PDCLIB_fflush
 _PDCLIB_heaptop
 _PDCLIB_ldiv_t
 _PDCLIB_lldiv_t
 _start
 _udi_buf_inject, mos_buf_t
0-9
 1,3-17-3-31, UDI_NIC_MEDIATYPE:: 3::1,3:: 2,3:: 3
 12 point 8, math:: h section 17
 3, remainder of UDI physical IO Ch
 4, remainder of UDI physical IO Ch
 5, remainder of UDI physical IO Ch
 8-10, UDI core 2:: 22:: 2::2 22
Single precision divide for signed binary integers.
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Todo: UDI Core 20.*
Todo: UDI Core 30.* Todo: UDI Core 31.* Todo: UDI Core 32.* Todo: UDI Core 33.*
Todo: UDI Core 12.* Todo: UDI Core 14.* Todo: UDI Core 18.* UDI core 1.18.2 18.3
void _Exit(int status)
exits the program with a given status code, without running atexit scripts
GLubyte * _glx_retrieve(GLsizei *length)
enqueues a command for transmission to the server
void _glx_schedule(void *data,
int length)
enqueues a command for transmission to the server
extern COMMPORT * _MOS_bootinfo
the message pipe the application received on startup.
char * _PDCLIB_actualtop
contains the current top of actually allocated memory
void * _PDCLIB_allocpages(int n)
Allocate or deallocate pages from the heap
double _PDCLIB_clampradd(double x)
ensure x is in the range [-pi,pi], otherwise shift the domain into position
float _PDCLIB_clampradf(float x)
ensure x is in the range [-pi,pi], otherwise shift the domain into position
long double _PDCLIB_clampradl(long double x)
ensure x is in the range [-pi,pi], otherwise shift the domain into position
struct _PDCLIB_div_t
prototype of the div_t type
static double _PDCLIB_doclampnd(double x,
double clamp)
recursively shift x into the domain [-clamp,0]
static float _PDCLIB_doclampnf(float x,
float clamp)
recursively shift x into the domain [-clamp,0]
static long double _PDCLIB_doclampnl(long double x,
long double clamp)
recursively shift x into the domain [-clamp,0]
static double _PDCLIB_doclamppd(double x,
double clamp)
recursively shift x into the domain [0,clamp]
static float _PDCLIB_doclamppf(float x,
float clamp)
recursively shift x into the domain [0,clamp]
static long double _PDCLIB_doclamppl(long double x,
long double clamp)
recursively shift x into the domain [0,clamp]
Request memory from the kernel
int _PDCLIB_fflush(struct _PDCLIB_file_t *stream)
this function flushes the output stream.
char * _PDCLIB_heaptop
contains the current top-of-heap
struct _PDCLIB_ldiv_t
prototype of the ldiv_t type
struct _PDCLIB_lldiv_t
prototype of the lldiv_t type
Default program entry point
void _udi_buf_inject(mos_buf_t *buf,
mos_buf_part_t *part,
udi_size_t off,
udi_size_t len)
Helper function for modifying buffer segments