Dokumentacja pliku src/net/ip.old.2.cpp

Idź do kodu źródłowego tego pliku.

Przestrzenie nazw

namespace IPC

namespace IPC::Lock

namespace Memory

namespace Memory::Heap

namespace Teletype

namespace Arch

namespace Arch::x86

namespace Arch::x86::RTC

namespace Debug

namespace Debug::Profiler

namespace Sandbox

namespace Collection

namespace Collection::Mem

namespace Net

namespace Net::Arp

namespace Net::IP

namespace Arch::x86::Interr

namespace Thread

namespace Thread::Timer

Komponenty

struct eip_ebp

class IPC::Lock::lock_t

struct blist_s

class blist_t

listy dwukierunkowe Więcej...

struct thwait_t

struct sem_t

struct ChCol

class teletype

struct Debug::Profiler::profiling_s

class stack_t

stos Więcej...

class Memory::zone

struct Memory::Heap::block_used

struct Memory::Heap::block_free

class Memory::Heap::heapbox

struct Collection::Option< T >

struct Collection::List< T >

one directional list Więcej...

struct Collection::List< T >::ListNode

struct Net::netbuf

struct Net::ethernet_address

struct Net::ip_address

struct Net::netmask_t

struct Net::outbound_packet

struct Net::netif

struct Net::Arp::arp_entry

struct Net::IP::pbuf

struct Net::IP::route_t

struct Net::IP::ip_header

struct Net::IP::netif_and_ip

struct Arch::x86::Interr::struct_idt

struct Arch::x86::Interr::struct_idtr

class Arch::x86::Interr::idt_service

struct Arch::x86::Interr::reg_dump

struct Arch::x86::Interr::except2_t

struct Arch::x86::Interr::except_t

struct Arch::x86::Interr::list_t

struct Arch::x86::Interr::chh_t

struct Arch::x86::RTC::rtc_list

struct Collection::AvlTree< T, cmp >

struct Collection::AvlTree< T, cmp >::AvlNode

struct Thread::Timer::timer_handle

class Collection::Tuple2< A, B >

class Collection::Tuple3< A, B, C >

class Collection::Tuple4< A, B, C, D >

class Collection::Tuple5< A, B, C, D, E >

class Collection::AvlMap< KeyT, DataT, cmp >

Definicje typów

typedef unsigned long long uint64

typedef signed long long sint64

typedef signed long sint32

typedef unsigned int uint32

typedef unsigned short uint16

typedef unsigned char uint8

typedef unsigned char uchar

typedef uint32 addr_t

typedef uint32 size_t

typedef int(* RTC_proc )(int, int)

typedef int rtc_handle

typedef int(* Thread::Timer::timer_proc )(int, int)

Wyliczenia

enum Net::IP::route_flags { Net::IP::scope_link = 0x01, Net::IP::scope_host = 0x02, Net::IP::scope_link = 0x01, Net::IP::scope_host = 0x02 }

Funkcje

void panic () __attribute__((noreturn))

void init_dbg_val_map ()

uint32 get_dbg_val (const char *key)

uint32 set_dbg_val (const char *key, uint32 val)

int sem_init (sem_t *sem, unsigned int value, const char *name)

int sem_destroy (sem_t *sem)

int sem_getvalue (sem_t *sem, int *sval)

int sem_wait (sem_t *sem)

int sem_trywait (sem_t *sem)

int sem_post (sem_t *sem)

void Teletype::init ()

void cout (char const *ch)

void cout (teletype *tty, char *ch)

void cout (char *ch, uint8 color)

void cout (uint32 i)

void cout (uint32 i, uint8 col)

void cout (teletype *tty, uint32 i)

void coutnum (uint32 n, uint32 radix, uint32 n_pos, char first_letter)

void coutnum (teletype *tty, uint32 n, uint32 radix, uint32 n_pos, char first_letter, char EmptyLetter)

void coutnum (teletype *tty, uint32 n, uint32 radix, uint32 n_pos, char first_letter, uint8 col)

void coutnum (teletype *tty, uint32 n, uint32 radix, uint32 n_pos, char first_letter)

void coutDec (uint32 i)

void coutb (uint8 ch)

void putch (char ch)

void writehere (char *ch, uint8 color, uint32 limit)

void poke_char (char ch, uint8 color, int x, int y)

void poke_str (char *ch, uint8 color, int x, int y, uint32 limit)

void kprintf (const char *fmt,...)

void kprintf_alert (char *fmt,...)

void kprintf (teletype *tty, char *fmt,...)

void videoHW_gotoxy (int n)

void videoHW_toggle_cursor (uint32 on)

void ksnprintf (char *str, size_t size, char *format,...)

int tui_kbd_handler ()

void tty_switch (teletype *tty, char *name)

void debug_dump_call_trace (uint32 eip, uint32 addr)

void debug_dump_call_trace ()

void put_bochs (char ch)

void write_bochs (const char *text)

void write_bochs (int i)

void write_bochs_num (uint32 n, uint32 radix, uint32 n_pos, char first_letter)

void alert (const char *text)

void alert (int i)

void alert2 (uint32 i)

void * memset (void *buffer, int c, uint32 num)

uint64 Debug::Profiler::rdtsc ()

void Debug::Profiler::stats (uint32 SortBySlowest)

int Debug::Profiler::ProfilingCompar (const void *A, const void *B)

uint64 rdtsc ()

void Sandbox::sub_sand ()

void print (char *n)

void print ()

void print (uint32 v)

void dbPrintInt (uint32 n)

void dbSetRow (uint32 n)

char digitOfUint (uint32 n, uint32 div)

void * memmove (void *s1, void *s2, uint32 count)

uint32 align_up (uint32 addr, uint32 alignment)

uint32 align_down (uint32 addr, uint32 alignment)

void Memory::Heap::init ()

proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556

int Memory::Heap::allocate_heapbox (class heapbox *hbx, char *name)

addr_t Memory::Heap::morecore (size_t cnt)

void Memory::Heap::freecore (addr_t virt, size_t cnt)

int Memory::Heap::checkMagic (block_free *item)

int Memory::Heap::checkMagic (block_used *item)

int Memory::Heap::countMagic (block_free *item)

int Memory::Heap::countMagic (block_used *item)

void debug_heap_stats (Memory::Heap::heapbox *hp)

void * kmalloc (uint32 size, const char *name)

void kfree (void *ptr)

template<typename T>

void print (struct Collection::Option< T > v)

void Collection::init ()

proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556

void * Collection::Mem::kmalloc (uint32 size, char *name)

void Collection::Mem::kfree (void *ptr)

uint16 Net::htons (uint16 hostshort)

uint16 Net::ntohs (uint16 netshort)

uint32 Net::htonl (uint32 hostlong)

uint32 Net::ntohl (uint32 netlong)

void Net::init ()

proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556

int Net::init_3c556 ()

struct netbuf * Net::netbuf_alloc (uint32 datasize)

void Net::netbuf_free (struct netbuf *nb)

void Net::netbuf_push_front (struct netbuf *chain, struct netbuf *nb)

void Net::netbuf_push_back (struct netbuf *chain, struct netbuf *nb)

struct netbuf * Net::onFramesReceived (struct netif *nif)

uzywana przez irq handler karty sieciowej; przenosi bufor na ramke do listy otrzymanych ramek i tworzy nomwy pusty

void Net::onFramesTransmitted (struct netif *nif)

int Net::eth_poll (struct netbuf **nb)

void Net::eth_transmit (struct netif *nif, struct ethernet_address eth_addr, unsigned int t, struct netbuf *nb)

exported function that transmits a packet.

void Net::ip_transmit (struct ip_address addr, struct netbuf *nb)

void Net::ip_onNewArpEntry (struct ethernet_address eth_addr, struct ip_address ip_addr)

uint16 Net::count_checksum16 (uint16 *data, uint32 len)

void Net::Arp::init ()

proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556

void Net::Arp::processArpPacket (struct netbuf *nb)

struct Option< struct
ethernet_address > Net::Arp::arp_get_cached_ether (struct ip_address ip)

struct Option< struct
ethernet_address > Net::Arp::arp_get_ether (struct ip_address ip)

void Net::Arp::arp_cache_insert (struct netif *nif, struct ip_address ip_addr, struct ethernet_address eth_addr)

struct ip_address Net::IP::my_ip_address ()

struct netmask_t Net::IP::my_netmask ()

void Net::IP::onIpReception (struct netbuf *nb)

void Net::IP::ip_onNewArpEntry (struct Net::Arp::arp_entry arp)

int Net::IP::ip_poll (struct pbuf *&pb)

void Net::IP::ip_transmit (struct netif *nif, struct ip_address ip_addr, uint8 tos, uint8 prot, struct pbuf *pb)

void Net::IP::route_add (struct route_t)

bool Net::IP::route_find (struct ip_address ip, struct netif_and_ip &rt)

void Net::IP::init ()

proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556

void Arch::x86::Interr::init ()

proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556

int(*[0x31]) Arch::x86::Interr::first_routine (except2_t *)

int Arch::x86::Interr::Exception (except2_t *code)

int Arch::x86::Interr::PageFault (except2_t *code)

void Arch::x86::Interr::double_fault ()

void Arch::x86::Interr::stack_fault ()

int Arch::x86::Interr::Irq_H (except2_t *code)

void Arch::x86::Interr::chain_handler (struct chh_t code)

uint32 Arch::x86::Interr::add2interr_chain (uint32 int_no, int(*proc)(except2_t *))

void Arch::x86::Interr::install_first_routine (uint32 n, uint32(*proc)(except2_t *))

uint32 Arch::x86::Interr::del_chainHdl (uint32 int_no, uint32 ptr)

void Arch::x86::Interr::init_int_chains (idt_service *ptr)

void Arch::x86::Interr::done_int_chains ()

void Arch::x86::Interr::intr0x00 () asm("intr0x00")

void Arch::x86::Interr::intr0x01 () asm("intr0x01")

void Arch::x86::Interr::intr0x02 () asm("intr0x02")

void Arch::x86::Interr::intr0x03 () asm("intr0x03")

void Arch::x86::Interr::intr0x04 () asm("intr0x04")

void Arch::x86::Interr::intr0x05 () asm("intr0x05")

void Arch::x86::Interr::intr0x06 () asm("intr0x06")

void Arch::x86::Interr::intr0x07 () asm("intr0x07")

void Arch::x86::Interr::intr0x08 () asm("intr0x08")

void Arch::x86::Interr::intr0x09 () asm("intr0x09")

void Arch::x86::Interr::intr0x0a () asm("intr0x0a")

void Arch::x86::Interr::intr0x0b () asm("intr0x0b")

void Arch::x86::Interr::intr0x0c () asm("intr0x0c")

void Arch::x86::Interr::intr0x0d () asm("intr0x0d")

void Arch::x86::Interr::intr0x0e () asm("intr0x0e")

void Arch::x86::Interr::intr0x0f () asm("intr0x0f")

void Arch::x86::Interr::intr0x10 () asm("intr0x10")

void Arch::x86::Interr::intr0x11 () asm("intr0x11")

void Arch::x86::Interr::intr0x12 () asm("intr0x12")

void Arch::x86::Interr::intr0x13 () asm("intr0x13")

void Arch::x86::Interr::intr0x14 () asm("intr0x14")

void Arch::x86::Interr::intr0x15 () asm("intr0x15")

void Arch::x86::Interr::intr0x16 () asm("intr0x16")

void Arch::x86::Interr::intr0x17 () asm("intr0x17")

void Arch::x86::Interr::intr0x18 () asm("intr0x18")

void Arch::x86::Interr::intr0x19 () asm("intr0x19")

void Arch::x86::Interr::intr0x1a () asm("intr0x1a")

void Arch::x86::Interr::intr0x1b () asm("intr0x1b")

void Arch::x86::Interr::intr0x1c () asm("intr0x1c")

void Arch::x86::Interr::intr0x1d () asm("intr0x1d")

void Arch::x86::Interr::intr0x1e () asm("intr0x1e")

void Arch::x86::Interr::intr0x1f () asm("intr0x1f")

void Arch::x86::Interr::intr0x20 () asm("intr0x20")

void Arch::x86::Interr::intr0x21 () asm("intr0x21")

void Arch::x86::Interr::intr0x22 () asm("intr0x22")

void Arch::x86::Interr::intr0x23 () asm("intr0x23")

void Arch::x86::Interr::intr0x24 () asm("intr0x24")

void Arch::x86::Interr::intr0x25 () asm("intr0x25")

void Arch::x86::Interr::intr0x26 () asm("intr0x26")

void Arch::x86::Interr::intr0x27 () asm("intr0x27")

void Arch::x86::Interr::intr0x28 () asm("intr0x28")

void Arch::x86::Interr::intr0x29 () asm("intr0x29")

void Arch::x86::Interr::intr0x2a () asm("intr0x2a")

void Arch::x86::Interr::intr0x2b () asm("intr0x2b")

void Arch::x86::Interr::intr0x2c () asm("intr0x2c")

void Arch::x86::Interr::intr0x2d () asm("intr0x2d")

void Arch::x86::Interr::intr0x2e () asm("intr0x2e")

void Arch::x86::Interr::intr0x2f () asm("intr0x2f")

void Arch::x86::RTC::init ()

proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556

void Arch::x86::RTC::done ()

void Arch::x86::RTC::enable_rtc ()

void Arch::x86::RTC::disable_rtc ()

rtc_handle Arch::x86::RTC::add_proc (RTC_proc proc, uint32 ticks_def, uint32 one_shot, int arg1, int arg2)

int Arch::x86::RTC::rtccompar (const void *a, const void *b)

int Arch::x86::RTC::del_proc (rtc_handle handle)

uint8 Arch::x86::RTC::ack_rtc ()

int Arch::x86::RTC::rtc_handler (Interr::except2_t *code)

void Arch::x86::RTC::tdelay (uint32 ticks)

template<typename T>

int Collection::generic_cmp (T a, T b)

template<typename T>

int Collection::pointer_cmp (T *a, T *b)

void Thread::Timer::initTimerThread ()

struct timer_handle Thread::Timer::add (timer_proc proc, uint32 interval, int arg1, int arg2)

uint32 Thread::Timer::remove (struct timer_handle &hndl)

template<typename T, int(*)(T, T) cmp>

uint32 Thread::Timer::avltree_insert_with_timer (uint32 ticks, struct AvlTree< T, cmp > *tr, T v)

template<typename T, int(*)(T, T) cmp>

int Thread::Timer::avltree_remove_timer (struct AvlTree< T, cmp > *tr, T *v)

template<typename A, typename B, typename C, typename D, typename E>

void print (struct Collection::Tuple5< A, B, C, D, E > t)

template<typename A, typename B, typename C, typename D>

void print (struct Collection::Tuple4< A, B, C, D > t)

template<typename A, typename B, typename C>

void print (struct Collection::Tuple3< A, B, C > t)

template<typename A, typename B>

void print (struct Collection::Tuple2< A, B > t)

template<typename A, typename B, int(*)(A, A) cmp>

int Collection::tuple2_comparator (Tuple2< A, B > a1, Tuple2< A, B > a2)

int Net::IP::ip_outbound_cmp (struct Tuple2< struct ip_address, struct netbuf * > a, struct Tuple2< struct ip_address, struct netbuf * > b)

struct IPC::Lock::lock_t Net::IP::ip_outbound_lock (const_cast< char * >("ip_outbound"))

bool Arch::x86::Interr::isInInterruptHandler ()

Zmienne

const int ESUCCESS = 1

const int EFAIL = -1

const int EINVAL = -2

const int EOUTOFMEMORY = -3

const int ENOTIMPL = -4

const int ESANITY = -5

const uint32 PORT_E9 = 0xe9

IPC::Lock::lock_t lock_system

const uint32 SF_OPEN = 1

ChCol * Teletype::vidmem

uint32 volatile TTYDisableLock

const uint32 VIRTCONS_LINES = 240

const uint32 CONSOLE_XSIZE = 80

const uint32 CONSOLE_YSIZE = 24

const uint32 VIRTCONS_COUNT = 10

const uint32 VIDEO_MEMORY = 0xB8000

const uint8 CONSOLE_COLOR = 7

const uint8 TTY_PANEL_COLOR = 7<<4

const uint8 LOGOUT_COLOR = 8

const uint32 TTY_NO_X = 12

const uint32 GOTOXY_ADDEND = CONSOLE_XSIZE

teletype videoHW

teletype tty_panel

teletype tty1

teletype tty2

teletype tty3

teletype tty4

teletype tty5

teletype tty6

teletype tty7

teletype tty8

teletype tty9

teletype tty0

teletype * active_console

ChCol tty1_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty2_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty3_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty4_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty5_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty6_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty7_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty8_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty9_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

ChCol tty0_buf [VIRTCONS_LINES *CONSOLE_XSIZE]

const uint32 PAGE_ALIGN = 0x1000

const uint32 STACK_ALIGN = 4

const uint32 NO_ALIGN = 1

const uint32 FAC_OWN = 0x001f

const uint32 FAC_TYPE = 0x07e0

const uint32 FAC_MIDDLE = 0x7800

const uint32 FAC_NULL = 0x0000

const uint32 FAC_UNDEF = 0x0001

const uint32 FAC_OTHER = 0x0002

const uint32 FAC_MEMORY = 0x0003

const uint32 FAC_INTERR = 0x0004

const uint32 FAC_THREAD = 0x0005

const uint32 FAC_MSG = 0x0006

const uint32 FAC_MMAP = 0x0007

const uint32 FAC_SYMS = 0x0008

const uint32 FAC_VMEM = 0x0020

const uint32 FAC_USEDBLOCKS = 0x0020

const uint32 FAC_PGD = 0x0040

const uint32 FAC_IDT = 0x0020

const uint32 FAC_EXCLIST = 0x0040

const uint32 FAC_THRLIST = 0x0020

const uint32 FAC_TSP = 0x0040

const uint32 FAC_KSP = 0x0060

const uint32 FAC_ISP = 0x0080

const uint32 FAC_THRSLEEP = 0x00a0

const uint32 FAC_THRRAN = 0x00c0

const uint32 FAC_MESSAGE = 0x0020

const uint32 FAC_MSGLIST = 0x0040

const uint32 FAC_MEMREG = 0x0020

const uint32 FAC_SYMTAB = 0x0020

const uint32 FAC_STRTAB = 0x0040

const uint32 FAC_QSORTBUF = 0x0020

const uint32 FAC_MANGLE = 0x0040

const uint32 FAC_MANGLE2 = 0x0040

const uint32 FAC_BLIST = 0x0800

const uint32 FAC_BLIST_BK = 0x1000

const uint32 FAC_BLIST_PTR = 0x1800

struct Net::ethernet_address Net::packed

void(* exc )()

void(* irq_h )()

const char DEF_RTC_IRQ = 0x08

const char DEF_RTC_BASE = 0x70

const char DEF_RTC_ST_B = 0x0b

const char DEF_RTC_ST_C = 0x0c

const char DEF_RTC_PERIODIC = 0x40

const char DEF_RTC_NO_PERIODIC = 0xBF

const char DEF_RTC_PERIOD_INT = 0x40

const uint32 RTC_NOT_ONE_SHOT = 0

const uint32 RTC_ONE_SHOT = 1

const uint32 DEF_SECOND = 1024

Dokumentacja definicji typów

typedef uint32 addr_t

Definicja w linii 23 pliku ip.old.2.cpp.

typedef int rtc_handle

Definicja w linii 1343 pliku ip.old.2.cpp.

typedef int(* RTC_proc)(int, int)

Definicja w linii 1342 pliku ip.old.2.cpp.

typedef signed long sint32

Definicja w linii 17 pliku ip.old.2.cpp.

typedef signed long long sint64

Definicja w linii 16 pliku ip.old.2.cpp.

typedef uint32 size_t

Definicja w linii 24 pliku ip.old.2.cpp.

typedef unsigned char uchar

Definicja w linii 21 pliku ip.old.2.cpp.

typedef unsigned short uint16

Definicja w linii 19 pliku ip.old.2.cpp.

typedef unsigned int uint32

Definicja w linii 18 pliku ip.old.2.cpp.

typedef unsigned long long uint64

Definicja w linii 15 pliku ip.old.2.cpp.

typedef unsigned char uint8

Definicja w linii 20 pliku ip.old.2.cpp.

Dokumentacja funkcji

void alert ( int i ) [inline]

Definicja w linii 373 pliku ip.old.2.cpp.

Odwołuje się do cout() i write_bochs().

void alert ( const char * text ) [inline]

Definicja w linii 367 pliku ip.old.2.cpp.

Odwołuje się do cout() i write_bochs().

void alert2 ( uint32 i ) [inline]

Definicja w linii 378 pliku ip.old.2.cpp.

Odwołuje się do coutDec() i write_bochs_num().

uint32 align_down	(	uint32	addr,
		uint32	alignment
	)

Definicja w linii 32 pliku align.cpp.

Odwołania w mmap_t::mfitbelow().

uint32 align_up	(	uint32	addr,
		uint32	alignment
	)

Definicja w linii 21 pliku align.cpp.

Odwołania w Memory::Physical::ballocate(), Memory::Heap::init(), Memory::Physical::init(), Mboot::init(), Memory::Heap::heapbox::mallocFuncPr() i mmap_t::mfitabove().

void cout	(	teletype *	tty,
		uint32	i
	)

Definicja w linii 535 pliku teletype.cpp.

void cout	(	uint32	i,
		uint8	col
	)

Definicja w linii 529 pliku teletype.cpp.

void cout ( uint32 i )

Definicja w linii 523 pliku teletype.cpp.

void cout	(	char *	ch,
		uint8	color
	)

Definicja w linii 514 pliku teletype.cpp.

void cout	(	teletype *	tty,
		char *	ch
	)

Definicja w linii 505 pliku teletype.cpp.

void cout ( char const * ch )

Definicja w linii 497 pliku teletype.cpp.

Odwołania w alert(), Arch::x86::Interr::chain_handler(), debug_heap_stats(), Arch::x86::Interr::double_fault(), Arch::x86::Interr::Exception(), Memory::Heap::init(), Net::init(), IPC::Lock::lock_t::lock(), Arch::x86::Interr::PageFault(), Arch::x86::Interr::pr(), API::v1::req(), Memory::Shmem::shmem_attach(), Arch::x86::Interr::stack_fault(), Debug::Profiler::stats() i VarieteThread().

void coutb ( uint8 ch )

Definicja w linii 541 pliku teletype.cpp.

Odwołania w Arch::x86::Interr::Exception().

void coutDec ( uint32 i )

Definicja w linii 484 pliku teletype.cpp.

Odwołania w alert2().

void coutnum	(	teletype *	tty,
		uint32	n,
		uint32	radix,
		uint32	n_pos,
		char	first_letter
	)

Definicja w linii 441 pliku teletype.cpp.

void coutnum	(	teletype *	tty,
		uint32	n,
		uint32	radix,
		uint32	n_pos,
		char	first_letter,
		uint8	col
	)

Definicja w linii 466 pliku teletype.cpp.

void coutnum	(	teletype *	tty,
		uint32	n,
		uint32	radix,
		uint32	n_pos,
		char	first_letter,
		char	EmptyLetter
	)

Definicja w linii 446 pliku teletype.cpp.

void coutnum	(	uint32	n,
		uint32	radix,
		uint32	n_pos,
		char	first_letter
	)

Definicja w linii 435 pliku teletype.cpp.

Odwołania w Debug::Profiler::stats().

void dbPrintInt ( uint32 n )

wypisuje liczby szesnastkowo coraz nizej bezposrednio piszac do pamieci bez uzywania tty

Definicja w linii 76 pliku shared.cpp.

Odwołuje się do digitOfUint().

Odwołania w Net::Arp::arp_transmit().

void dbSetRow ( uint32 n )

Definicja w linii 86 pliku shared.cpp.

Odwołuje się do assert.

Odwołania w Net::Arp::arp_transmit().

void debug_dump_call_trace ( )

Definicja w linii 159 pliku error.cpp.

Odwołuje się do alert(), debug_dump_call_trace() i esp.

void debug_dump_call_trace	(	uint32	eip,
		uint32	addr
	)

Definicja w linii 101 pliku error.cpp.

Odwołuje się do alert(), CALL_TRACE_COUNT, string::decim(), Syms::Mangle::demangle(), ESUCCESS, Thread::i, memset(), NULL, STT_FUNC, Syms::sym_name() i string::v().

Odwołania w debug_dump_call_trace(), Arch::x86::Interr::Exception(), Collection::Option< T >::get(), IPC::Lock::lock_t::lock(), Arch::x86::Interr::PageFault(), Memory::Heap::heapbox::resize_used_blocks_table() i stack_t::verify().

char digitOfUint	(	uint32	n,
		uint32	div
	)

Parametry:

	n	liczba
	div	potega szesnastki

Zwraca:: cyfra w zapisie szesnastkowym rzedu div

Definicja w linii 69 pliku shared.cpp.

Odwołania w dbPrintInt().

uint32 get_dbg_val ( const char * key )

void init_dbg_val_map ( )

Spostrzeżenia:: tylko literaly typu "elo" a nie rzeczy ze sterty albo stosu albo manipulacji lancuchami znakow bo porownywanie jest po adresie tekstu tylko do debugingu, forma globalnych zmiennych, nie thread-safe, malo reliable dla ciezkiego ilosciowo uzywania

Definicja w linii 52 pliku error.cpp.

Odwołuje się do dbg_map_availlable.

Odwołania w main().

void kfree ( void * ptr ) [inline]

Definicja w linii 722 pliku ip.old.2.cpp.

Odwołuje się do Memory::Heap::heap0.

void* kmalloc	(	uint32	size,
		const char *	name
	)			`[inline]`

Definicja w linii 717 pliku ip.old.2.cpp.

Odwołuje się do Memory::Heap::heap0.

void kprintf	(	teletype *	tty,
		char *	fmt,
			...
	)

Definicja w linii 621 pliku teletype.cpp.

void kprintf	(	const char *	fmt,
			...
	)

Definicja w linii 579 pliku teletype.cpp.

Odwołania w Net::Arp::arp_cache_insert(), Collection::AvlTree< Collection::Tuple2< KeyT, DataT >, tuple2_comparator< KeyT, DataT, cmp > >::checkHt(), e3c556_irq(), e3c556_poll(), e3c556_probe(), Net::eth_transmit(), Net::EthernetFrameDemultiplexingThread(), Net::EthernetFrameReceptionThread(), Arch::x86::Interr::Exception(), Net::init_3c556(), Net::onFramesReceived(), Net::onFramesTransmitted(), print(), sub(), VarieteThread() i Collection::AvlTree< Collection::Tuple2< KeyT, DataT >, tuple2_comparator< KeyT, DataT, cmp > >::write().

void kprintf_alert	(	char *	fmt,
			...
	)

Definicja w linii 606 pliku teletype.cpp.

void ksnprintf	(	char *	str,
		size_t	size,
		char *	format,
			...
	)

Definicja w linii 594 pliku teletype.cpp.

Odwołania w pci32_base_class_name(), pci32_sub_class_name() i pci32_vendor_name().

void* memmove	(	void *	s1,
		void *	s2,
		uint32	count
	)

void* memset	(	void *	buffer,
		int	c,
		uint32	num
	)

Definicja w linii 38 pliku memset.cpp.

Odwołuje się do _Pf, complain i preturn.

void panic ( )

Błąd:: czy powinno clear interrupts?

Definicja w linii 82 pliku error.cpp.

Odwołuje się do Teletype::vidmem.

Odwołania w Arch::x86::Interr::Exception(), Collection::Option< T >::get(), Collection::AvlTree< Collection::Tuple2< KeyT, DataT >, tuple2_comparator< KeyT, DataT, cmp > >::operator delete() i Collection::AvlMap< KeyT, DataT, cmp >::~AvlMap().

void poke_char	(	char	ch,
		uint8	color,
		int	x,
		int	y
	)

Definicja w linii 563 pliku teletype.cpp.

void poke_str	(	char *	ch,
		uint8	color,
		int	x,
		int	y,
		uint32	limit
	)

Definicja w linii 571 pliku teletype.cpp.

template<typename A, typename B>

void print ( struct Collection::Tuple2< A, B > t ) [inline]

Definicja w linii 1791 pliku ip.old.2.cpp.

Odwołuje się do Collection::Tuple2< A, B >::_1, Collection::Tuple2< A, B >::_2 i print().

template<typename A, typename B, typename C>

void print ( struct Collection::Tuple3< A, B, C > t ) [inline]

Definicja w linii 1786 pliku ip.old.2.cpp.

Odwołuje się do Collection::Tuple3< A, B, C >::_1, Collection::Tuple3< A, B, C >::_2, Collection::Tuple3< A, B, C >::_3 i print().

template<typename A, typename B, typename C, typename D>

void print ( struct Collection::Tuple4< A, B, C, D > t ) [inline]

Definicja w linii 1781 pliku ip.old.2.cpp.

Odwołuje się do Collection::Tuple4< A, B, C, D >::_1, Collection::Tuple4< A, B, C, D >::_2, Collection::Tuple4< A, B, C, D >::_3, Collection::Tuple4< A, B, C, D >::_4 i print().

template<typename A, typename B, typename C, typename D, typename E>

void print ( struct Collection::Tuple5< A, B, C, D, E > t ) [inline]

Definicja w linii 1776 pliku ip.old.2.cpp.

Odwołuje się do Collection::Tuple5< A, B, C, D, E >::_1, Collection::Tuple5< A, B, C, D, E >::_2, Collection::Tuple5< A, B, C, D, E >::_3, Collection::Tuple5< A, B, C, D, E >::_4, Collection::Tuple5< A, B, C, D, E >::_5 i print().

template<typename T>

void print ( struct Collection::Option< T > v ) [inline]

Definicja w linii 776 pliku ip.old.2.cpp.

Odwołuje się do Collection::Option< T >::get(), Collection::Option< T >::isNone() i print().

void print ( uint32 v ) [inline]

Definicja w linii 472 pliku ip.old.2.cpp.

Odwołuje się do kprintf().

void print ( ) [inline]

Definicja w linii 50 pliku shared.hpp.

void print ( char * n ) [inline]

Definicja w linii 470 pliku ip.old.2.cpp.

Odwołuje się do kprintf().

void put_bochs ( char ch )

Definicja w linii 168 pliku error.cpp.

Odwołuje się do IOPorts::outb() i PORT_E9.

Odwołania w write_bochs_num().

void putch ( char ch )

Definicja w linii 547 pliku teletype.cpp.

Odwołania w print() i sub().

uint64 rdtsc ( ) [inline]

Definicja w linii 439 pliku ip.old.2.cpp.

Odwołuje się do Debug::Profiler::rdtsc().

int sem_destroy ( sem_t * sem )

Definicja w linii 45 pliku sem.cpp.

Odwołuje się do _Pf, blist_t::done(), EFAIL, ESUCCESS, sem_t::flags, memset(), preturn, SF_OPEN i sem_t::wait_queue.

Odwołania w IPC::Message::mailbox::done().

int sem_getvalue	(	sem_t *	sem,
		int *	sval
	)

Definicja w linii 55 pliku sem.cpp.

Odwołuje się do _Pf, EFAIL, ESUCCESS, sem_t::flags, IPC::Lock::lock_t::lock(), sem_t::lock_sem, preturn, SF_OPEN, IPC::Lock::lock_t::ulock() i sem_t::val.

int sem_init	(	sem_t *	sem,
		unsigned int	value,
		const char *	name
	)

Definicja w linii 32 pliku sem.cpp.

Odwołuje się do _Pf, ESUCCESS, sem_t::flags, Memory::Heap::heap0, IPC::Lock::lock_t::init(), blist_t::init(), sem_t::lock_sem, memset(), sem_t::name, preturn, SF_OPEN, sem_t::val i sem_t::wait_queue.

Odwołania w IPC::Message::allocate_mailbox() i teletype::teletype().

int sem_post ( sem_t * sem )

Definicja w linii 111 pliku sem.cpp.

Odwołuje się do _Pf, bli_dt, blist_t::del(), EFAIL, ESUCCESS, sem_t::flags, blist_t::head, IPC::Lock::lock_t::lock(), sem_t::lock_sem, preturn, Thread::sem_awake(), SF_OPEN, IPC::Lock::lock_t::ulock(), sem_t::val i sem_t::wait_queue.

int sem_trywait ( sem_t * sem )

Definicja w linii 93 pliku sem.cpp.

Odwołuje się do _Pf, EFAIL, ESUCCESS, sem_t::flags, IPC::Lock::lock_t::lock(), sem_t::lock_sem, preturn, SF_OPEN, IPC::Lock::lock_t::ulock() i sem_t::val.

int sem_wait ( sem_t * sem )

Definicja w linii 67 pliku sem.cpp.

Odwołuje się do _Pf, current_thread, EFAIL, ESUCCESS, sem_t::flags, IPC::Lock::lock_t::lock(), sem_t::lock_sem, Thread::Scheduler::multitasking_running, NULL, preturn, blist_t::ptr(), Thread::sem_sleep(), SF_OPEN, sysfail, IPC::Lock::lock_t::ulock(), sem_t::val i sem_t::wait_queue.

uint32 set_dbg_val	(	const char *	key,
		uint32	val
	)

void tty_switch	(	teletype *	tty,
		char *	name
	)

Definicja w linii 718 pliku teletype.cpp.

int tui_kbd_handler ( )

Definicja w linii 674 pliku teletype.cpp.

void videoHW_gotoxy ( int n )

Definicja w linii 637 pliku teletype.cpp.

void videoHW_toggle_cursor ( uint32 on )

void write_bochs ( int i )

Definicja w linii 202 pliku error.cpp.

Odwołuje się do write_bochs_num().

void write_bochs ( const char * text )

Definicja w linii 174 pliku error.cpp.

Odwołuje się do IOPorts::outb() i PORT_E9.

Odwołania w alert() i shmem_paging_pfh().

void write_bochs_num	(	uint32	n,
		uint32	radix,
		uint32	n_pos,
		char	first_letter
	)

Definicja w linii 184 pliku error.cpp.

Odwołuje się do cipher() i put_bochs().

Odwołania w alert2(), Arch::x86::Interr::Exception() i write_bochs().

void writehere	(	char *	ch,
		uint8	color,
		uint32	limit
	)

Definicja w linii 555 pliku teletype.cpp.

Dokumentacja zmiennych

teletype* active_console

Definicja w linii 43 pliku teletype.cpp.

Odwołania w Debug::Profiler::stats().

const uint8 CONSOLE_COLOR = 7

Definicja w linii 300 pliku ip.old.2.cpp.

const uint32 CONSOLE_XSIZE = 80

Definicja w linii 296 pliku ip.old.2.cpp.

const uint32 CONSOLE_YSIZE = 24

Definicja w linii 297 pliku ip.old.2.cpp.

const char DEF_RTC_BASE = 0x70

Definicja w linii 1331 pliku ip.old.2.cpp.

const char DEF_RTC_IRQ = 0x08

Definicja w linii 1330 pliku ip.old.2.cpp.

const char DEF_RTC_NO_PERIODIC = 0xBF

Definicja w linii 1335 pliku ip.old.2.cpp.

const char DEF_RTC_PERIOD_INT = 0x40

Definicja w linii 1336 pliku ip.old.2.cpp.

const char DEF_RTC_PERIODIC = 0x40

Definicja w linii 1334 pliku ip.old.2.cpp.

const char DEF_RTC_ST_B = 0x0b

Definicja w linii 1332 pliku ip.old.2.cpp.

const char DEF_RTC_ST_C = 0x0c

Definicja w linii 1333 pliku ip.old.2.cpp.

const uint32 DEF_SECOND = 1024

Definicja w linii 1341 pliku ip.old.2.cpp.

const int EFAIL = -1

Definicja w linii 35 pliku ip.old.2.cpp.

const int EINVAL = -2

Definicja w linii 36 pliku ip.old.2.cpp.

const int ENOTIMPL = -4

Definicja w linii 38 pliku ip.old.2.cpp.

const int EOUTOFMEMORY = -3

Definicja w linii 37 pliku ip.old.2.cpp.

const int ESANITY = -5

Definicja w linii 39 pliku ip.old.2.cpp.

const int ESUCCESS = 1

Definicja w linii 34 pliku ip.old.2.cpp.

void(* exc)()

Odwołania w Arch::x86::Interr::idt_service::install_except().

const uint32 FAC_BLIST = 0x0800

Definicja w linii 602 pliku ip.old.2.cpp.

const uint32 FAC_BLIST_BK = 0x1000

Definicja w linii 603 pliku ip.old.2.cpp.

const uint32 FAC_BLIST_PTR = 0x1800

Definicja w linii 604 pliku ip.old.2.cpp.

const uint32 FAC_EXCLIST = 0x0040

Definicja w linii 586 pliku ip.old.2.cpp.

const uint32 FAC_IDT = 0x0020

Definicja w linii 585 pliku ip.old.2.cpp.

const uint32 FAC_INTERR = 0x0004

Definicja w linii 576 pliku ip.old.2.cpp.

const uint32 FAC_ISP = 0x0080

Definicja w linii 590 pliku ip.old.2.cpp.

const uint32 FAC_KSP = 0x0060

Definicja w linii 589 pliku ip.old.2.cpp.

const uint32 FAC_MANGLE = 0x0040

Definicja w linii 599 pliku ip.old.2.cpp.

const uint32 FAC_MANGLE2 = 0x0040

Definicja w linii 600 pliku ip.old.2.cpp.

const uint32 FAC_MEMORY = 0x0003

Definicja w linii 575 pliku ip.old.2.cpp.

const uint32 FAC_MEMREG = 0x0020

Definicja w linii 595 pliku ip.old.2.cpp.

const uint32 FAC_MESSAGE = 0x0020

Definicja w linii 593 pliku ip.old.2.cpp.

const uint32 FAC_MIDDLE = 0x7800

Definicja w linii 570 pliku ip.old.2.cpp.

const uint32 FAC_MMAP = 0x0007

Definicja w linii 579 pliku ip.old.2.cpp.

const uint32 FAC_MSG = 0x0006

Definicja w linii 578 pliku ip.old.2.cpp.

const uint32 FAC_MSGLIST = 0x0040

Definicja w linii 594 pliku ip.old.2.cpp.

const uint32 FAC_NULL = 0x0000

Definicja w linii 572 pliku ip.old.2.cpp.

const uint32 FAC_OTHER = 0x0002

Definicja w linii 574 pliku ip.old.2.cpp.

const uint32 FAC_OWN = 0x001f

Definicja w linii 568 pliku ip.old.2.cpp.

const uint32 FAC_PGD = 0x0040

Definicja w linii 584 pliku ip.old.2.cpp.

const uint32 FAC_QSORTBUF = 0x0020

Definicja w linii 598 pliku ip.old.2.cpp.

const uint32 FAC_STRTAB = 0x0040

Definicja w linii 597 pliku ip.old.2.cpp.

const uint32 FAC_SYMS = 0x0008

Definicja w linii 580 pliku ip.old.2.cpp.

const uint32 FAC_SYMTAB = 0x0020

Definicja w linii 596 pliku ip.old.2.cpp.

const uint32 FAC_THREAD = 0x0005

Definicja w linii 577 pliku ip.old.2.cpp.

const uint32 FAC_THRLIST = 0x0020

Definicja w linii 587 pliku ip.old.2.cpp.

const uint32 FAC_THRRAN = 0x00c0

Definicja w linii 592 pliku ip.old.2.cpp.

const uint32 FAC_THRSLEEP = 0x00a0

Definicja w linii 591 pliku ip.old.2.cpp.

const uint32 FAC_TSP = 0x0040

Definicja w linii 588 pliku ip.old.2.cpp.

const uint32 FAC_TYPE = 0x07e0

Definicja w linii 569 pliku ip.old.2.cpp.

const uint32 FAC_UNDEF = 0x0001

Definicja w linii 573 pliku ip.old.2.cpp.

const uint32 FAC_USEDBLOCKS = 0x0020

Definicja w linii 583 pliku ip.old.2.cpp.

const uint32 FAC_VMEM = 0x0020

Definicja w linii 582 pliku ip.old.2.cpp.

const uint32 GOTOXY_ADDEND = CONSOLE_XSIZE

Definicja w linii 304 pliku ip.old.2.cpp.

void(* irq_h)()

IPC::Lock::lock_t lock_system

Odwołania w Thread::awake(), Thread::Scheduler::choose_next_thread(), Thread::count_prior(), Thread::sleep() i Thread::wake_threads().

const uint8 LOGOUT_COLOR = 8

Definicja w linii 302 pliku ip.old.2.cpp.

const uint32 NO_ALIGN = 1

Definicja w linii 496 pliku ip.old.2.cpp.

const uint32 PAGE_ALIGN = 0x1000

Definicja w linii 494 pliku ip.old.2.cpp.

const uint32 PORT_E9 = 0xe9

Definicja w linii 50 pliku ip.old.2.cpp.

const uint32 RTC_NOT_ONE_SHOT = 0

Definicja w linii 1338 pliku ip.old.2.cpp.

const uint32 RTC_ONE_SHOT = 1

Definicja w linii 1339 pliku ip.old.2.cpp.

const uint32 SF_OPEN = 1

Definicja w linii 179 pliku ip.old.2.cpp.

const uint32 STACK_ALIGN = 4

Definicja w linii 495 pliku ip.old.2.cpp.

teletype tty0

ChCol tty0_buf ( )

teletype tty1

ChCol tty1_buf[VIRTCONS_LINES *CONSOLE_XSIZE]

teletype tty2

ChCol tty2_buf ( )

teletype tty3

ChCol tty3_buf ( )

teletype tty4

ChCol tty4_buf ( )

teletype tty5

ChCol tty5_buf ( )

teletype tty6

ChCol tty6_buf ( )

teletype tty7

ChCol tty7_buf ( )

teletype tty8

ChCol tty8_buf ( )

teletype tty9

ChCol tty9_buf ( )

const uint32 TTY_NO_X = 12

Definicja w linii 303 pliku ip.old.2.cpp.

Odwołania w tty_switch().

teletype tty_panel

Odwołania w tty_switch().

const uint8 TTY_PANEL_COLOR = 7<<4

Definicja w linii 301 pliku ip.old.2.cpp.

Odwołania w tty_switch().

uint32 volatile TTYDisableLock

Definicja w linii 40 pliku teletype.cpp.

Odwołania w Arch::x86::Interr::Exception(), IPC::Lock::lock_t::lock() i Arch::x86::Interr::PageFault().

const uint32 VIDEO_MEMORY = 0xB8000

Definicja w linii 299 pliku ip.old.2.cpp.

teletype videoHW

const uint32 VIRTCONS_COUNT = 10

Definicja w linii 298 pliku ip.old.2.cpp.

const uint32 VIRTCONS_LINES = 240

Definicja w linii 295 pliku ip.old.2.cpp.


Przestrzenie nazw
namespace	IPC
namespace	IPC::Lock
namespace	Memory
namespace	Memory::Heap
namespace	Teletype
namespace	Arch
namespace	Arch::x86
namespace	Arch::x86::RTC
namespace	Debug
namespace	Debug::Profiler
namespace	Sandbox
namespace	Collection
namespace	Collection::Mem
namespace	Net
namespace	Net::Arp
namespace	Net::IP
namespace	Arch::x86::Interr
namespace	Thread
namespace	Thread::Timer
Komponenty
struct	eip_ebp
class	IPC::Lock::lock_t
struct	blist_s
class	blist_t
	listy dwukierunkowe Więcej...
struct	thwait_t
struct	sem_t
struct	ChCol
class	teletype
struct	Debug::Profiler::profiling_s
class	stack_t
	stos Więcej...
class	Memory::zone
struct	Memory::Heap::block_used
struct	Memory::Heap::block_free
class	Memory::Heap::heapbox
struct	Collection::Option< T >
struct	Collection::List< T >
	one directional list Więcej...
struct	Collection::List< T >::ListNode
struct	Net::netbuf
struct	Net::ethernet_address
struct	Net::ip_address
struct	Net::netmask_t
struct	Net::outbound_packet
struct	Net::netif
struct	Net::Arp::arp_entry
struct	Net::IP::pbuf
struct	Net::IP::route_t
struct	Net::IP::ip_header
struct	Net::IP::netif_and_ip
struct	Arch::x86::Interr::struct_idt
struct	Arch::x86::Interr::struct_idtr
class	Arch::x86::Interr::idt_service
struct	Arch::x86::Interr::reg_dump
struct	Arch::x86::Interr::except2_t
struct	Arch::x86::Interr::except_t
struct	Arch::x86::Interr::list_t
struct	Arch::x86::Interr::chh_t
struct	Arch::x86::RTC::rtc_list
struct	Collection::AvlTree< T, cmp >
struct	Collection::AvlTree< T, cmp >::AvlNode
struct	Thread::Timer::timer_handle
class	Collection::Tuple2< A, B >
class	Collection::Tuple3< A, B, C >
class	Collection::Tuple4< A, B, C, D >
class	Collection::Tuple5< A, B, C, D, E >
class	Collection::AvlMap< KeyT, DataT, cmp >
Definicje typów
typedef unsigned long long	uint64
typedef signed long long	sint64
typedef signed long	sint32
typedef unsigned int	uint32
typedef unsigned short	uint16
typedef unsigned char	uint8
typedef unsigned char	uchar
typedef uint32	addr_t
typedef uint32	size_t
typedef int(*	RTC_proc )(int, int)
typedef int	rtc_handle
typedef int(*	Thread::Timer::timer_proc )(int, int)
Wyliczenia
enum	Net::IP::route_flags { Net::IP::scope_link = 0x01, Net::IP::scope_host = 0x02, Net::IP::scope_link = 0x01, Net::IP::scope_host = 0x02 }
Funkcje
void	panic () __attribute__((noreturn))
void	init_dbg_val_map ()
uint32	get_dbg_val (const char *key)
uint32	set_dbg_val (const char *key, uint32 val)
int	sem_init (sem_t sem, unsigned int value, const char name)
int	sem_destroy (sem_t *sem)
int	sem_getvalue (sem_t sem, int sval)
int	sem_wait (sem_t *sem)
int	sem_trywait (sem_t *sem)
int	sem_post (sem_t *sem)
void	Teletype::init ()
void	cout (char const *ch)
void	cout (teletype tty, char ch)
void	cout (char *ch, uint8 color)
void	cout (uint32 i)
void	cout (uint32 i, uint8 col)
void	cout (teletype *tty, uint32 i)
void	coutnum (uint32 n, uint32 radix, uint32 n_pos, char first_letter)
void	coutnum (teletype *tty, uint32 n, uint32 radix, uint32 n_pos, char first_letter, char EmptyLetter)
void	coutnum (teletype *tty, uint32 n, uint32 radix, uint32 n_pos, char first_letter, uint8 col)
void	coutnum (teletype *tty, uint32 n, uint32 radix, uint32 n_pos, char first_letter)
void	coutDec (uint32 i)
void	coutb (uint8 ch)
void	putch (char ch)
void	writehere (char *ch, uint8 color, uint32 limit)
void	poke_char (char ch, uint8 color, int x, int y)
void	poke_str (char *ch, uint8 color, int x, int y, uint32 limit)
void	kprintf (const char *fmt,...)
void	kprintf_alert (char *fmt,...)
void	kprintf (teletype tty, char fmt,...)
void	videoHW_gotoxy (int n)
void	videoHW_toggle_cursor (uint32 on)
void	ksnprintf (char str, size_t size, char format,...)
int	tui_kbd_handler ()
void	tty_switch (teletype tty, char name)
void	debug_dump_call_trace (uint32 eip, uint32 addr)
void	debug_dump_call_trace ()
void	put_bochs (char ch)
void	write_bochs (const char *text)
void	write_bochs (int i)
void	write_bochs_num (uint32 n, uint32 radix, uint32 n_pos, char first_letter)
void	alert (const char *text)
void	alert (int i)
void	alert2 (uint32 i)
void *	memset (void *buffer, int c, uint32 num)
uint64	Debug::Profiler::rdtsc ()
void	Debug::Profiler::stats (uint32 SortBySlowest)
int	Debug::Profiler::ProfilingCompar (const void A, const void B)
uint64	rdtsc ()
void	Sandbox::sub_sand ()
void	print (char *n)
void	print ()
void	print (uint32 v)
void	dbPrintInt (uint32 n)
void	dbSetRow (uint32 n)
char	digitOfUint (uint32 n, uint32 div)
void *	memmove (void s1, void s2, uint32 count)
uint32	align_up (uint32 addr, uint32 alignment)
uint32	align_down (uint32 addr, uint32 alignment)
void	Memory::Heap::init ()
	proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556
int	Memory::Heap::allocate_heapbox (class heapbox hbx, char name)
addr_t	Memory::Heap::morecore (size_t cnt)
void	Memory::Heap::freecore (addr_t virt, size_t cnt)
int	Memory::Heap::checkMagic (block_free *item)
int	Memory::Heap::checkMagic (block_used *item)
int	Memory::Heap::countMagic (block_free *item)
int	Memory::Heap::countMagic (block_used *item)
void	debug_heap_stats (Memory::Heap::heapbox *hp)
void *	kmalloc (uint32 size, const char *name)
void	kfree (void *ptr)
template<typename T>
void	print (struct Collection::Option< T > v)
void	Collection::init ()
	proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556
void *	Collection::Mem::kmalloc (uint32 size, char *name)
void	Collection::Mem::kfree (void *ptr)
uint16	Net::htons (uint16 hostshort)
uint16	Net::ntohs (uint16 netshort)
uint32	Net::htonl (uint32 hostlong)
uint32	Net::ntohl (uint32 netlong)
void	Net::init ()
	proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556
int	Net::init_3c556 ()
struct netbuf *	Net::netbuf_alloc (uint32 datasize)
void	Net::netbuf_free (struct netbuf *nb)
void	Net::netbuf_push_front (struct netbuf chain, struct netbuf nb)
void	Net::netbuf_push_back (struct netbuf chain, struct netbuf nb)
struct netbuf *	Net::onFramesReceived (struct netif *nif)
	uzywana przez irq handler karty sieciowej; przenosi bufor na ramke do listy otrzymanych ramek i tworzy nomwy pusty
void	Net::onFramesTransmitted (struct netif *nif)
int	Net::eth_poll (struct netbuf **nb)
void	Net::eth_transmit (struct netif nif, struct ethernet_address eth_addr, unsigned int t, struct netbuf nb)
	exported function that transmits a packet.
void	Net::ip_transmit (struct ip_address addr, struct netbuf *nb)
void	Net::ip_onNewArpEntry (struct ethernet_address eth_addr, struct ip_address ip_addr)
uint16	Net::count_checksum16 (uint16 *data, uint32 len)
void	Net::Arp::init ()
	proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556
void	Net::Arp::processArpPacket (struct netbuf *nb)
struct Option< struct ethernet_address >	Net::Arp::arp_get_cached_ether (struct ip_address ip)
struct Option< struct ethernet_address >	Net::Arp::arp_get_ether (struct ip_address ip)
void	Net::Arp::arp_cache_insert (struct netif *nif, struct ip_address ip_addr, struct ethernet_address eth_addr)
struct ip_address	Net::IP::my_ip_address ()
struct netmask_t	Net::IP::my_netmask ()
void	Net::IP::onIpReception (struct netbuf *nb)
void	Net::IP::ip_onNewArpEntry (struct Net::Arp::arp_entry arp)
int	Net::IP::ip_poll (struct pbuf *&pb)
void	Net::IP::ip_transmit (struct netif nif, struct ip_address ip_addr, uint8 tos, uint8 prot, struct pbuf pb)
void	Net::IP::route_add (struct route_t)
bool	Net::IP::route_find (struct ip_address ip, struct netif_and_ip &rt)
void	Net::IP::init ()
	proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556
void	Arch::x86::Interr::init ()
	proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556
int(*[0x31])	Arch::x86::Interr::first_routine (except2_t *)
int	Arch::x86::Interr::Exception (except2_t *code)
int	Arch::x86::Interr::PageFault (except2_t *code)
void	Arch::x86::Interr::double_fault ()
void	Arch::x86::Interr::stack_fault ()
int	Arch::x86::Interr::Irq_H (except2_t *code)
void	Arch::x86::Interr::chain_handler (struct chh_t code)
uint32	Arch::x86::Interr::add2interr_chain (uint32 int_no, int(proc)(except2_t ))
void	Arch::x86::Interr::install_first_routine (uint32 n, uint32(proc)(except2_t ))
uint32	Arch::x86::Interr::del_chainHdl (uint32 int_no, uint32 ptr)
void	Arch::x86::Interr::init_int_chains (idt_service *ptr)
void	Arch::x86::Interr::done_int_chains ()
void	Arch::x86::Interr::intr0x00 () asm("intr0x00")
void	Arch::x86::Interr::intr0x01 () asm("intr0x01")
void	Arch::x86::Interr::intr0x02 () asm("intr0x02")
void	Arch::x86::Interr::intr0x03 () asm("intr0x03")
void	Arch::x86::Interr::intr0x04 () asm("intr0x04")
void	Arch::x86::Interr::intr0x05 () asm("intr0x05")
void	Arch::x86::Interr::intr0x06 () asm("intr0x06")
void	Arch::x86::Interr::intr0x07 () asm("intr0x07")
void	Arch::x86::Interr::intr0x08 () asm("intr0x08")
void	Arch::x86::Interr::intr0x09 () asm("intr0x09")
void	Arch::x86::Interr::intr0x0a () asm("intr0x0a")
void	Arch::x86::Interr::intr0x0b () asm("intr0x0b")
void	Arch::x86::Interr::intr0x0c () asm("intr0x0c")
void	Arch::x86::Interr::intr0x0d () asm("intr0x0d")
void	Arch::x86::Interr::intr0x0e () asm("intr0x0e")
void	Arch::x86::Interr::intr0x0f () asm("intr0x0f")
void	Arch::x86::Interr::intr0x10 () asm("intr0x10")
void	Arch::x86::Interr::intr0x11 () asm("intr0x11")
void	Arch::x86::Interr::intr0x12 () asm("intr0x12")
void	Arch::x86::Interr::intr0x13 () asm("intr0x13")
void	Arch::x86::Interr::intr0x14 () asm("intr0x14")
void	Arch::x86::Interr::intr0x15 () asm("intr0x15")
void	Arch::x86::Interr::intr0x16 () asm("intr0x16")
void	Arch::x86::Interr::intr0x17 () asm("intr0x17")
void	Arch::x86::Interr::intr0x18 () asm("intr0x18")
void	Arch::x86::Interr::intr0x19 () asm("intr0x19")
void	Arch::x86::Interr::intr0x1a () asm("intr0x1a")
void	Arch::x86::Interr::intr0x1b () asm("intr0x1b")
void	Arch::x86::Interr::intr0x1c () asm("intr0x1c")
void	Arch::x86::Interr::intr0x1d () asm("intr0x1d")
void	Arch::x86::Interr::intr0x1e () asm("intr0x1e")
void	Arch::x86::Interr::intr0x1f () asm("intr0x1f")
void	Arch::x86::Interr::intr0x20 () asm("intr0x20")
void	Arch::x86::Interr::intr0x21 () asm("intr0x21")
void	Arch::x86::Interr::intr0x22 () asm("intr0x22")
void	Arch::x86::Interr::intr0x23 () asm("intr0x23")
void	Arch::x86::Interr::intr0x24 () asm("intr0x24")
void	Arch::x86::Interr::intr0x25 () asm("intr0x25")
void	Arch::x86::Interr::intr0x26 () asm("intr0x26")
void	Arch::x86::Interr::intr0x27 () asm("intr0x27")
void	Arch::x86::Interr::intr0x28 () asm("intr0x28")
void	Arch::x86::Interr::intr0x29 () asm("intr0x29")
void	Arch::x86::Interr::intr0x2a () asm("intr0x2a")
void	Arch::x86::Interr::intr0x2b () asm("intr0x2b")
void	Arch::x86::Interr::intr0x2c () asm("intr0x2c")
void	Arch::x86::Interr::intr0x2d () asm("intr0x2d")
void	Arch::x86::Interr::intr0x2e () asm("intr0x2e")
void	Arch::x86::Interr::intr0x2f () asm("intr0x2f")
void	Arch::x86::RTC::init ()
	proste operacje na sieci porozumiewa sie z pci32 by znalezc karte sieciowa 3c556
void	Arch::x86::RTC::done ()
void	Arch::x86::RTC::enable_rtc ()
void	Arch::x86::RTC::disable_rtc ()
rtc_handle	Arch::x86::RTC::add_proc (RTC_proc proc, uint32 ticks_def, uint32 one_shot, int arg1, int arg2)
int	Arch::x86::RTC::rtccompar (const void a, const void b)
int	Arch::x86::RTC::del_proc (rtc_handle handle)
uint8	Arch::x86::RTC::ack_rtc ()
int	Arch::x86::RTC::rtc_handler (Interr::except2_t *code)
void	Arch::x86::RTC::tdelay (uint32 ticks)
template<typename T>
int	Collection::generic_cmp (T a, T b)
template<typename T>
int	Collection::pointer_cmp (T a, T b)
void	Thread::Timer::initTimerThread ()
struct timer_handle	Thread::Timer::add (timer_proc proc, uint32 interval, int arg1, int arg2)
uint32	Thread::Timer::remove (struct timer_handle &hndl)
template<typename T, int(*)(T, T) cmp>
uint32	Thread::Timer::avltree_insert_with_timer (uint32 ticks, struct AvlTree< T, cmp > *tr, T v)
template<typename T, int(*)(T, T) cmp>
int	Thread::Timer::avltree_remove_timer (struct AvlTree< T, cmp > tr, T v)
template<typename A, typename B, typename C, typename D, typename E>
void	print (struct Collection::Tuple5< A, B, C, D, E > t)
template<typename A, typename B, typename C, typename D>
void	print (struct Collection::Tuple4< A, B, C, D > t)
template<typename A, typename B, typename C>
void	print (struct Collection::Tuple3< A, B, C > t)
template<typename A, typename B>
void	print (struct Collection::Tuple2< A, B > t)
template<typename A, typename B, int(*)(A, A) cmp>
int	Collection::tuple2_comparator (Tuple2< A, B > a1, Tuple2< A, B > a2)
int	Net::IP::ip_outbound_cmp (struct Tuple2< struct ip_address, struct netbuf * > a, struct Tuple2< struct ip_address, struct netbuf * > b)
struct IPC::Lock::lock_t	Net::IP::ip_outbound_lock (const_cast< char * >("ip_outbound"))

bool	Arch::x86::Interr::isInInterruptHandler ()
Zmienne
const int	ESUCCESS = 1
const int	EFAIL = -1
const int	EINVAL = -2
const int	EOUTOFMEMORY = -3
const int	ENOTIMPL = -4
const int	ESANITY = -5
const uint32	PORT_E9 = 0xe9
IPC::Lock::lock_t	lock_system
const uint32	SF_OPEN = 1
ChCol *	Teletype::vidmem
uint32 volatile	TTYDisableLock
const uint32	VIRTCONS_LINES = 240
const uint32	CONSOLE_XSIZE = 80
const uint32	CONSOLE_YSIZE = 24
const uint32	VIRTCONS_COUNT = 10
const uint32	VIDEO_MEMORY = 0xB8000
const uint8	CONSOLE_COLOR = 7
const uint8	TTY_PANEL_COLOR = 7<<4
const uint8	LOGOUT_COLOR = 8
const uint32	TTY_NO_X = 12
const uint32	GOTOXY_ADDEND = CONSOLE_XSIZE
teletype	videoHW
teletype	tty_panel
teletype	tty1
teletype	tty2
teletype	tty3
teletype	tty4
teletype	tty5
teletype	tty6
teletype	tty7
teletype	tty8
teletype	tty9
teletype	tty0
teletype *	active_console
ChCol	tty1_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty2_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty3_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty4_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty5_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty6_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty7_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty8_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty9_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
ChCol	tty0_buf [VIRTCONS_LINES *CONSOLE_XSIZE]
const uint32	PAGE_ALIGN = 0x1000
const uint32	STACK_ALIGN = 4
const uint32	NO_ALIGN = 1
const uint32	FAC_OWN = 0x001f
const uint32	FAC_TYPE = 0x07e0
const uint32	FAC_MIDDLE = 0x7800
const uint32	FAC_NULL = 0x0000
const uint32	FAC_UNDEF = 0x0001
const uint32	FAC_OTHER = 0x0002
const uint32	FAC_MEMORY = 0x0003
const uint32	FAC_INTERR = 0x0004
const uint32	FAC_THREAD = 0x0005
const uint32	FAC_MSG = 0x0006
const uint32	FAC_MMAP = 0x0007
const uint32	FAC_SYMS = 0x0008
const uint32	FAC_VMEM = 0x0020
const uint32	FAC_USEDBLOCKS = 0x0020
const uint32	FAC_PGD = 0x0040
const uint32	FAC_IDT = 0x0020
const uint32	FAC_EXCLIST = 0x0040
const uint32	FAC_THRLIST = 0x0020
const uint32	FAC_TSP = 0x0040
const uint32	FAC_KSP = 0x0060
const uint32	FAC_ISP = 0x0080
const uint32	FAC_THRSLEEP = 0x00a0
const uint32	FAC_THRRAN = 0x00c0
const uint32	FAC_MESSAGE = 0x0020
const uint32	FAC_MSGLIST = 0x0040
const uint32	FAC_MEMREG = 0x0020
const uint32	FAC_SYMTAB = 0x0020
const uint32	FAC_STRTAB = 0x0040
const uint32	FAC_QSORTBUF = 0x0020
const uint32	FAC_MANGLE = 0x0040
const uint32	FAC_MANGLE2 = 0x0040
const uint32	FAC_BLIST = 0x0800
const uint32	FAC_BLIST_BK = 0x1000
const uint32	FAC_BLIST_PTR = 0x1800
struct Net::ethernet_address	Net::packed
void(*	exc )()
void(*	irq_h )()
const char	DEF_RTC_IRQ = 0x08
const char	DEF_RTC_BASE = 0x70
const char	DEF_RTC_ST_B = 0x0b
const char	DEF_RTC_ST_C = 0x0c
const char	DEF_RTC_PERIODIC = 0x40
const char	DEF_RTC_NO_PERIODIC = 0xBF
const char	DEF_RTC_PERIOD_INT = 0x40
const uint32	RTC_NOT_ONE_SHOT = 0
const uint32	RTC_ONE_SHOT = 1
const uint32	DEF_SECOND = 1024