"net" branch:

Removed some files that dont belong in specific branch.
Added some applications that work with this kernel only.

git-svn-id: svn://kolibrios.org@1164 a494cfbc-eb01-0410-851d-a64ba20cac60
This commit is contained in:
hidnplayr 2009-09-18 12:19:46 +00:00
parent cbfb59ad64
commit bb5be0798a
30 changed files with 4083 additions and 10367 deletions

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@ -0,0 +1,89 @@
driverlist:
db 'RTL8139',0
dd 0x813910ec
dd 0x813810ec
dd 0x12111113
dd 0x13601500
dd 0x13604033
dd 0x13001186
dd 0x13401186
dd 0xab0613d1
dd 0xa1171259
dd 0xa11e1259
dd 0xab0614ea
dd 0xab0714ea
dd 0x123411db
dd 0x91301432
dd 0x101202ac
dd 0x0106018a
dd 0x1211126c
dd 0x81391743
dd 0x8139021b
dd 0x0 ; end
db 'RTL8029',0
dd 0x802910ec
dd 0x0
db 'I8255X',0
dd 0x12098086
dd 0x10298086
dd 0x12298086
dd 0x10308086
dd 0x24498086
dd 0x0
db 'RTL8169',0
dd 0x816810ec
dd 0x816910ec
dd 0x011616ec
dd 0x43001186
dd 0x0
db '3C59X',0
dd 0x590010b7
dd 0x592010b7
dd 0x597010b7
dd 0x595010b7
dd 0x595110b7
dd 0x595210b7
dd 0x900010b7
dd 0x900110b7
dd 0x900410b7
dd 0x900510b7
dd 0x900610b7
dd 0x900A10b7
dd 0x905010b7
dd 0x905110b7
dd 0x905510b7
dd 0x905810b7
dd 0x905A10b7
dd 0x920010b7
dd 0x980010b7
dd 0x980510b7
dd 0x764610b7
dd 0x505510b7
dd 0x605510b7
dd 0x605610b7
dd 0x5b5710b7
dd 0x505710b7
dd 0x515710b7
dd 0x525710b7
dd 0x656010b7
dd 0x656210b7
dd 0x656410b7
dd 0x450010b7
dd 0x0
db 'SIS900',0
dd 0x09001039
dd 0x70161039
dd 0x0
db 'PCNET32',0
dd 0x20001022
dd 0x26251022
dd 0x20011022
dd 0x0
dd 0x0 ; driverlist end

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@ -0,0 +1,543 @@
@^ fix macro comment {
^@ fix }
; -------------------------
macro library [lname,fname]
{
forward
dd __#lname#_library_table__,__#lname#_library_name__
common
dd 0
forward
align 4
__#lname#_library_name__ db fname,0
}
macro import lname,[name,sname]
{
common
align 4
__#lname#_library_table__:
forward
if used name
name dd __#name#_import_name__
end if
common
dd 0
forward
if used name
align 4
__#name#_import_name__ db sname,0
end if
}
macro export [name,sname]
{
forward
dd __#name#_export_name__,name
common
dd 0
forward
align 4
__#name#_export_name__ db sname,0
}
; -------------------------
macro m2m dest,src {
push src
pop dest
}
macro iglobal {
IGlobals equ IGlobals,
macro __IGlobalBlock { }
macro uglobal {
UGlobals equ UGlobals,
macro __UGlobalBlock { }
endg fix } ; Use endg for ending iglobal and uglobal blocks.
macro IncludeIGlobals{
macro IGlobals dummy,[n] \{ __IGlobalBlock
purge __IGlobalBlock \}
match I, IGlobals \{ I \} }
macro IncludeUGlobals{
macro UGlobals dummy,[n] \{
\common
\local begin, size
begin = $
virtual at $
\forward
__UGlobalBlock
purge __UGlobalBlock
\common
size = $ - begin
end virtual
rb size
\}
match U, UGlobals \{ U \} }
uglobal
endg
iglobal
endg
; new application structure
macro meos_app_start
{
use32
org 0x0
db 'MENUET01'
dd 0x01
dd __start
dd __end
dd __memory
dd __stack
if used __params & ~defined __params
dd __params
else
dd 0x0
end if
dd 0x0
}
MEOS_APP_START fix meos_app_start
macro code
{
__start:
}
CODE fix code
macro data
{
__data:
IncludeIGlobals
}
DATA fix data
macro udata
{
if used __params & ~defined __params
__params:
db 0
__end:
rb 255
else
__end:
end if
__udata:
IncludeUGlobals
}
UDATA fix udata
macro meos_app_end
{
align 32
rb 2048
__stack:
__memory:
}
MEOS_APP_END fix meos_app_end
; macro for defining multiline text data
struc mstr [sstring]
{
forward
local ssize
virtual at 0
db sstring
ssize = $
end virtual
dd ssize
db sstring
common
dd -1
}
; macro for defining multiline text data
struc mls [sstring]
{
forward
local ssize
virtual at 0
db sstring ; mod
ssize = $
end virtual
db ssize
db sstring
common
db -1 ; mod
}
; strings
macro sz name,[data] { ; from MFAR [mike.dld]
common
if used name
name db data
.size = $-name
end if
}
macro lsz name,[lng,data] { ; from MFAR [mike.dld]
common
if used name
label name
forward
if lang eq lng
db data
end if
common
.size = $-name
end if
}
macro szc name,elsz,[data] { ; from MFAR [mike.dld]
common
local s,m
m = 0
if used name
label name
forward
virtual at 0
db data
s = $
end virtual
d#elsz s
if m < s
m = s
end if
db data
common
.size = $-name
.maxl = m
end if
}
macro lszc name,elsz,[lng,data] { ; from MFAR [mike.dld]
common
local s,m,c
m = 0
c = 0
if used name
label name
forward
if lang eq lng
virtual at 0
db data
s = $
end virtual
d#elsz s
if m < s
m = s
end if
db data
c = c+1
end if
common
.size = $-name
.maxl = m
.count = c
end if
}
; easy system call macro
macro mpack dest, hsrc, lsrc
{
if (hsrc eqtype 0) & (lsrc eqtype 0)
mov dest, (hsrc) shl 16 + lsrc
else
if (hsrc eqtype 0) & (~lsrc eqtype 0)
mov dest, (hsrc) shl 16
add dest, lsrc
else
mov dest, hsrc
shl dest, 16
add dest, lsrc
end if
end if
}
macro __mov reg,a,b { ; mike.dld
if (~a eq)&(~b eq)
mpack reg,a,b
else if (~a eq)&(b eq)
mov reg,a
end if
}
__CPU_type equ p5
SYSENTER_VAR equ 0
macro mcall a,b,c,d,e,f { ; mike.dld, updated by Ghost for Fast System Calls
local ..ret_point
__mov eax,a
__mov ebx,b
__mov ecx,c
__mov edx,d
__mov esi,e
__mov edi,f
if __CPU_type eq p5
int 0x40
else
if __CPU_type eq p6
push ebp
mov ebp, esp
push ..ret_point ; it may be 2 or 5 byte
sysenter
..ret_point:
pop edx
pop ecx
else
if __CPU_type eq k6
push ecx
syscall
pop ecx
else
display 'ERROR : unknown CPU type (set to p5)', 10, 13
__CPU_type equ p5
int 0x40
end if
end if
end if
}
; -------------------------
macro header a,[b] {
common
use32
org 0
db 'MENUET',a
forward
if b eq
dd 0
else
dd b
end if }
macro section name { align 16
label name }
macro func name {
if ~used name
display 'FUNC NOT USED: ',`name,13,10
else
align 4
name:
;diff16 `name,0,name
;pushad
;pushfd
;dps `name
;newline
;mcall 5,1
;popfd
;popad
}
macro endf { end if }
macro diff16 title,l1,l2
{
local s,d
s = l2-l1
display title,': 0x'
repeat 8
d = '0' + s shr ((8-%) shl 2) and $0F
if d > '9'
d = d + 'A'-'9'-1
end if
display d
end repeat
display 13,10
}
macro diff10 title,l1,l2
{
local s,d,z,m
s = l2-l1
z = 0
m = 1000000000
display title,': '
repeat 10
d = '0' + s / m
s = s - (s/m)*m
m = m / 10
if d <> '0'
z = 1
end if
if z <> 0
display d
end if
end repeat
display 13,10
}
; optimize the code for size
__regs fix <eax,ebx,ecx,edx,esi,edi,ebp,esp>
macro add arg1,arg2
{
if (arg2 eqtype 0)
if (arg2) = 1
inc arg1
else
add arg1,arg2
end if
else
add arg1,arg2
end if
}
macro sub arg1,arg2
{
if (arg2 eqtype 0)
if (arg2) = 1
dec arg1
else
sub arg1,arg2
end if
else
sub arg1,arg2
end if
}
macro mov arg1,arg2
{
if (arg1 in __regs) & ((arg2 eqtype 0) | (arg2 eqtype '0'))
if (arg2) = 0
xor arg1,arg1
else if (arg2) = 1
xor arg1,arg1
inc arg1
else if (arg2) = -1
or arg1,-1
else if (arg2) > -128 & (arg2) < 128
push arg2
pop arg1
else
mov arg1,arg2
end if
else
mov arg1,arg2
end if
}
macro RGB [a] {
common
match (r=,g=,b),a \{
\dd ((r) shl 16) or ((g) shl 8) or (b)
\}
}
struc POINT _t,_dx,_dy {
.x _t _dx
.y _t _dy
}
; structure definition helper
include 'struct.inc'
struct RECT
left dd ?
top dd ?
right dd ?
bottom dd ?
ends
struct BOX
left dd ?
top dd ?
width dd ?
height dd ?
ends
; structures used in MeOS
struct process_information
cpu_usage dd ? ; +0
window_stack_position dw ? ; +4
window_stack_value dw ? ; +6
dw ? ; +8
process_name rb 12 ; +10
memory_start dd ? ; +22
used_memory dd ? ; +26
PID dd ? ; +30
box BOX ; +34
slot_state dw ? ; +50
dw ? ; +52
client_box BOX ; +54
wnd_state db ? ; +70
rb (1024-71)
ends
struct system_colors
frame dd ?
grab dd ?
grab_button dd ?
grab_button_text dd ?
grab_text dd ?
work dd ?
work_button dd ?
work_button_text dd ?
work_text dd ?
work_graph dd ?
ends
struct FILEDATE
Second db ?
Minute db ?
Hour db ?
db ?
Day db ?
Month db ?
Year dw ?
ends
struct FILEINFO
Attributes dd ?
IsUnicode db ?
db 3 dup(?)
DateCreate FILEDATE
DateAccess FILEDATE
DateModify FILEDATE
Size dq ?
ends
; constants
; events
EV_IDLE = 0
EV_TIMER = 0
EV_REDRAW = 1
EV_KEY = 2
EV_BUTTON = 3
EV_EXIT = 4
EV_BACKGROUND = 5
EV_MOUSE = 6
EV_IPC = 7
EV_STACK = 8
; event mask bits for function 40
EVM_REDRAW = 1b
EVM_KEY = 10b
EVM_BUTTON = 100b
EVM_EXIT = 1000b
EVM_BACKGROUND = 10000b
EVM_MOUSE = 100000b
EVM_IPC = 1000000b
EVM_STACK = 10000000b

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@ -0,0 +1,466 @@
include 'macros.inc'
MEOS_APP_START
type_ethernet equ 1
CODE
call draw_window
still: mcall 10 ; wait here for event
dec eax ; redraw request ?
jz red
dec eax ; key in buffer ?
jz key
dec eax ; button in buffer ?
jz button
jmp still
red: ; redraw
mcall 9, Proc_Info, -1 ; window redraw requested so get new window coordinates and size
mov eax, [Proc_Info.box.left]; store the window coordinates into the Form Structure
mov [Form + 2], ax ; x start position
mov eax, [Proc_Info.box.top];
mov [Form + 6], ax ; ystart position
mov eax, [Proc_Info.box.width] ;
mov [Form], ax ; window width
mov eax, [Proc_Info.box.height] ;
mov [Form + 4] ,ax ; window height
call draw_window ; go redraw window now
jmp still
key: ; key
mcall 2 ; just read it and ignore
jmp still
button: ; button
mcall 17 ; get id
cmp ah, 1 ; button id = 1 ?
jne @f
mcall -1 ; close this program
@@:
cmp eax,0x0000fe00
jg @f
cmp ah, 4
je hook
jmp still
@@:
shr eax, 16
mov dword[MAC],0
mov word [MAC+4],0
mov word [selected], ax
call load_drv
call draw_window
jmp still
load_drv:
; mov ax , [selected]
test ax , ax
jz still
mov bl , 6 ; get a dword
mov bh , ah ; bus
mov ch , al ; dev
mov cl , 0 ; offset to device/vendor id
mcall 62 ; get ID's
mov word [PCI_Vendor], ax
shr eax, 16
mov word [PCI_Device], ax
call get_drv_ptr
mov ecx, eax
mcall 68, 16
mov [IOCTL.handle], eax
ret
hook:
mov ax , [selected]
test ax , ax
jz still
mov [hardwareinfo.pci_dev], al
mov [hardwareinfo.pci_bus], ah
mov [IOCTL.io_code], 1 ; SRV_HOOK
mov [IOCTL.inp_size], 3
mov [IOCTL.input], hardwareinfo
mov [IOCTL.out_size], 0
mov [IOCTL.output], 0
mcall 68, 17, IOCTL
mov byte[drivernumber], al
printhdwaddr:
call draw_window
jmp still
draw_window:
mcall 12, 1 ; start of draw
mcall 0, dword [Form], dword [Form + 4], 0x13ffffff, 0x805080d0, title
mcall 73, 0
mov ecx, eax
mcall 47, 1 shl 18, , 50 shl 16 + 10, 0x00000000
call Get_PCI_Info ; get pci version and last bus, scan for and draw each pci device
cmp edx, 20 shl 16 + 110
je .nonefound
mcall 4, 20 shl 16 + 100, 1 shl 31 + 0x00000000 , caption
mcall 8, 122 shl 16 + 100, 50 shl 16 + 18, 0x00000004, 0x00007f00
mcall ,, 70 shl 16 + 18, 0x00000005, 0x007f0000
mcall 4, 137 shl 16 + 57, 1 shl 31 + 0x00ffffff , btn_start
mcall , 140 shl 16 + 77, , btn_stop
mcall , 240 shl 16 + 77, 1 shl 31 + 0x00000000 , lbl_hdw_addr
mcall , 312 shl 16 + 57, , lbl_type
add ebx, 38 shl 16
cmp byte [type],type_ethernet
jne @f
mcall , , 1 shl 31 + 0x00000000, lbl_ethernet
mcall 8,345 shl 16 + 17, 73 shl 16 + 14, 0x00000006, 0x00aaaa00
mcall ,365 shl 16 + 17, , 0x00000007
mcall ,385 shl 16 + 17, , 0x00000008
mcall ,405 shl 16 + 17, , 0x00000009
mcall ,425 shl 16 + 17, , 0x0000000a
mcall ,445 shl 16 + 17, , 0x0000000b
movzx ecx,byte[MAC]
mcall 47, 1 shl 17 + 1 shl 8,,349 shl 16 + 77, 0x000022cc
movzx ecx,byte[MAC+1]
add edx, 20 shl 16
mcall
movzx ecx,byte[MAC+2]
add edx, 20 shl 16
mcall
movzx ecx,byte[MAC+3]
add edx, 20 shl 16
mcall
movzx ecx,byte[MAC+4]
add edx, 20 shl 16
mcall
movzx ecx,byte[MAC+5]
add edx, 20 shl 16
mcall
jmp .done
@@:
mcall 4, , 1 shl 31 + 0x00ff0000, lbl_unknown
jmp .done
.nonefound :
mcall 4, 20 shl 16 + 30, 1 shl 31 + 0x00ff0000 , nonefound
.done:
mcall 12, 2 ; end of draw
ret
;------------------------------------------------------------------
;* Gets the PCI Version and Last Bus
Get_PCI_Info:
mcall 62, 0
mov word [PCI_Version], ax
mcall 62, 1
mov byte [PCI_LastBus], al
;----------------------------------------------------------
;* Get all devices on PCI Bus
mov edx, 20 shl 16 + 110 ; set start write position
cmp al , 0xff ; 0xFF means no pci bus found
jne Pci_Exists ;
ret ; if no bus then leave
Pci_Exists:
mov byte [V_Bus], 0 ; reset varibles
mov byte [V_Dev], 0 ;
Start_Enum:
mov bl , 6 ; get a dword
mov bh , byte [V_Bus] ; bus of pci device
mov ch , byte [V_Dev] ; device number/function
mov cl , 0 ; offset to device/vendor id
mcall 62 ; get ID's
cmp ax, 0 ; Vendor ID should not be 0 or 0xFFFF
je nextDev ; check next device if nothing exists here
cmp ax, 0xffff ;
je nextDev ;
mov word [PCI_Vendor], ax ; There is a device here, save the ID's
shr eax, 16 ;
mov word [PCI_Device], ax ;
mov bl , 4 ; Read config byte
mov bh , byte [V_Bus] ; Bus #
mov ch , byte [V_Dev] ; Device # on bus
mov cl , 0x08 ; Register to read (Get Revision)
mcall 62 ; Read it
mov byte [PCI_Rev], al ; Save it
mov cl , 0x0b ; Register to read (Get class)
mcall 62 ; Read it
mov byte [PCI_Class], al ; Save it
mov cl , 0x0a ; Register to read (Get Subclass)
mcall 62 ; Read it
mov byte [PCI_SubClass], al ; Save it
mov cl , 0x09 ; Register to read (Get Interface)
mcall 62 ; Read it
mov [PCI_Interface], al ; Save it
mov cl , 0x3c ; Register to read (Get IRQ)
@@: mcall 62 ; Read it
mov [PCI_IRQ], al ; Save it
;
; inc byte [total] ; one more device found
cmp byte [PCI_Class],2
jne nextDev
call Print_New_Device ; print device info to screen
nextDev:
add byte [V_Dev], 8 ; lower 3 bits are the function number
jnz Start_Enum ; jump until we reach zero
mov byte [V_Dev], 0 ; reset device number
inc byte [V_Bus] ; next bus
mov al , byte [PCI_LastBus] ; get last bus
cmp byte [V_Bus], al ; was it last bus
jbe Start_Enum ; if not jump to keep searching
ret
;------------------------------------------------------------------
;* Print device info to screen
Print_New_Device:
push edx ; Magic ! (to print a button...)
mov ebx, 18 shl 16
mov bx , [Form]
sub bx , 36
mov cx , dx
dec cx
shl ecx, 16
add ecx, 9
movzx edx, byte [V_Bus]
shl dx , 8
mov dl , byte [V_Dev]
mov esi, 0x0000c0ff ; color: yellow if selected, blue otherwise
cmp word [selected], dx
jne @f
mov esi, 0x00c0c000
@@:
shl edx, 8
or dl , 0xff
mcall 8
pop edx
xor esi, esi ; Color of text
movzx ecx, word [PCI_Vendor] ; number to be written
mcall 47, 0x00040100 ; Write Vendor ID
add edx, (4*6+18) shl 16
movzx ecx, word [PCI_Device] ; get Vendor ID
mcall ; Draw Vendor ID to Window
add edx, (4*6+18) shl 16
movzx ecx, byte [V_Bus] ; get bus number
mcall ,0x00020100 ; draw bus number to screen
add edx, (2*6+18) shl 16
movzx ecx, byte [V_Dev] ; get device number
shr ecx, 3 ; device number is bits 3-7
mcall ; Draw device Number To Window
add edx, (2*6+18) shl 16
movzx ecx, byte [PCI_Rev] ; get revision number
mcall ; Draw Revision to screen
add edx, (2*6+18) shl 16
movzx ecx, [PCI_IRQ]
cmp cl , 0x0f ; IRQ must be between 0 and 15
ja @f
mcall
@@:
;
;Write Names
movzx ebx, dx ; Set y position
or ebx, 230 shl 16 ; set Xposition
;------------------------------------------------------------------
; Prints the Vendor's Name based on Vendor ID
;------------------------------------------------------------------
mov edx, VendorsTab
mov cx , word[PCI_Vendor]
.fn: mov ax , [edx]
add edx, 6
test ax , ax
jz .find
cmp ax , cx
jne .fn
.find: mov edx, [edx - 4]
mcall 4,, 0x80000000 ; lets print the vendor Name
;------------------------------------------------------------------
; Get description based on Class/Subclass
;------------------------------------------------------------------
mov eax, dword [PCI_Class]
and eax, 0xffffff
xor edx, edx
xor esi, esi
.fnc: inc esi
mov ecx, [Classes + esi * 8 - 8]
cmp cx , 0xffff
je .endfc
cmp cx , ax
jne .fnc
test ecx, 0xff000000
jz @f
mov edx, [Classes + esi * 8 - 4]
jmp .fnc
@@: cmp eax, ecx
jne .fnc
xor edx, edx
.endfc: test edx, edx
jnz @f
mov edx, [Classes + esi * 8 - 4]
@@:
add ebx, 288 shl 16
mcall 4,, 0x80000000,, 32 ; draw the text
movzx edx, bx ; get y coordinate
add edx, 0x0014000A ; add 10 to y coordinate and set x coordinate to 20
;------------------------------------------------------------------
; Print Driver Name
;------------------------------------------------------------------
push edx
add ebx, 120 shl 16
push ebx
call get_drv_ptr
mov edx, eax
pop ebx
mcall 4,,0x80000000 ; lets print the vendor Name
pop edx
ret
get_drv_ptr:
mov eax, driverlist ; eax will be the pointer to latest driver title
mov ebx, driverlist ; ebx is the current pointer
mov ecx, dword[PCI_Vendor] ; the device/vendor id of we want to find
driverloop:
inc ebx
cmp byte[ebx],0
jne driverloop
inc ebx ; the device/vendor id list for the driver eax is pointing to starts here.
deviceloop:
cmp dword[ebx],0
je nextdriver
cmp dword[ebx],ecx
je driverfound
add ebx,4
jmp deviceloop
nextdriver:
add ebx,4
cmp dword[ebx],0
je nodriver
mov eax,ebx
jmp driverloop
nodriver:
mov eax, lbl_none ; lets print the vendor Name
ret
driverfound:
ret
include 'VENDORS.INC'
include 'DRIVERS.INC'
;------------------------------------------------------------------
; DATA AREA
DATA
Form: dw 800 ; window width (no more, special for 800x600)
dw 100 ; window x start
dw 220 ; window height
dw 100 ; window y start
title db 'Network Driver Control Center', 0
caption db 'Vendor Device Bus Dev Rev IRQ Company Description DRIVER',0
lbl_1 db 'Hardware control',0
nonefound db 'No compatible devices were found!',0
btn_start db 'Start driver',0
btn_stop db 'Stop driver',0
lbl_hdw_addr db 'hardware address:',0
lbl_type db 'type:',0
lbl_none db 'none',0
lbl_unknown db 'unknown',0
lbl_ethernet db 'ethernet',0
IOCTL:
.handle dd ?
.io_code dd ?
.input dd ?
.inp_size dd ?
.output dd ?
.out_size dd ?
drivernumber db ?
MAC dp ?
hardwareinfo:
.type db 1 ; pci
.pci_bus db ?
.pci_dev db ?
;------------------------------------------------------------------
; UNINITIALIZED DATA AREA
UDATA
type db ?
selected dw ?
V_Bus db ?
V_Dev db ?
PCI_Version dw ?
PCI_LastBus db ?
PCI_Vendor dw ?
PCI_Device dw ?
PCI_Bus db ?
PCI_Dev db ?
PCI_Rev db ?
; don`t change order!!!
PCI_Class db ?
PCI_SubClass db ?
PCI_Interface db ?
PCI_IRQ db ?
Proc_Info process_information
MEOS_APP_END

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@ -0,0 +1,270 @@
; Macroinstructions for defining and calling procedures
macro stdcall proc,[arg] ; directly call STDCALL procedure
{ common
if ~ arg eq
reverse
pushd arg
common
end if
call proc }
macro invoke proc,[arg] ; indirectly call STDCALL procedure
{ common
if ~ arg eq
reverse
pushd arg
common
end if
call [proc] }
macro ccall proc,[arg] ; directly call CDECL procedure
{ common
size@ccall = 0
if ~ arg eq
reverse
pushd arg
size@ccall = size@ccall+4
common
end if
call proc
if size@ccall
add esp,size@ccall
end if }
macro cinvoke proc,[arg] ; indirectly call CDECL procedure
{ common
size@ccall = 0
if ~ arg eq
reverse
pushd arg
size@ccall = size@ccall+4
common
end if
call [proc]
if size@ccall
add esp,size@ccall
end if }
macro proc [args] ; define procedure
{ common
match name params, args>
\{ define@proc name,<params \} }
prologue@proc equ prologuedef
macro prologuedef procname,flag,parmbytes,localbytes,reglist
{ if parmbytes | localbytes
push ebp
mov ebp,esp
if localbytes
sub esp,localbytes
end if
end if
irps reg, reglist \{ push reg \} }
epilogue@proc equ epiloguedef
macro epiloguedef procname,flag,parmbytes,localbytes,reglist
{ irps reg, reglist \{ reverse pop reg \}
if parmbytes | localbytes
leave
end if
if flag and 10000b
retn
else
retn parmbytes
end if }
macro define@proc name,statement
{ local params,flag,regs,parmbytes,localbytes,current
if used name
name:
match =stdcall args, statement \{ params equ args
flag = 11b \}
match =stdcall, statement \{ params equ
flag = 11b \}
match =c args, statement \{ params equ args
flag = 10001b \}
match =c, statement \{ params equ
flag = 10001b \}
match =params, params \{ params equ statement
flag = 0 \}
virtual at ebp+8
match =uses reglist=,args, params \{ regs equ reglist
params equ args \}
match =regs =uses reglist, regs params \{ regs equ reglist
params equ \}
match =regs, regs \{ regs equ \}
match =,args, params \{ defargs@proc args \}
match =args@proc args, args@proc params \{ defargs@proc args \}
parmbytes = $ - (ebp+8)
end virtual
name # % = parmbytes/4
all@vars equ
current = 0
match prologue:reglist, prologue@proc:<regs> \{ prologue name,flag,parmbytes,localbytes,reglist \}
macro locals
\{ virtual at ebp-localbytes+current
macro label def \\{ match . type,def> \\\{ deflocal@proc .,label,<type \\\} \\}
struc db [val] \\{ \common deflocal@proc .,db,val \\}
struc du [val] \\{ \common deflocal@proc .,du,val \\}
struc dw [val] \\{ \common deflocal@proc .,dw,val \\}
struc dp [val] \\{ \common deflocal@proc .,dp,val \\}
struc dd [val] \\{ \common deflocal@proc .,dd,val \\}
struc dt [val] \\{ \common deflocal@proc .,dt,val \\}
struc dq [val] \\{ \common deflocal@proc .,dq,val \\}
struc rb cnt \\{ deflocal@proc .,rb cnt, \\}
struc rw cnt \\{ deflocal@proc .,rw cnt, \\}
struc rp cnt \\{ deflocal@proc .,rp cnt, \\}
struc rd cnt \\{ deflocal@proc .,rd cnt, \\}
struc rt cnt \\{ deflocal@proc .,rt cnt, \\}
struc rq cnt \\{ deflocal@proc .,rq cnt, \\} \}
macro endl
\{ purge label
restruc db,du,dw,dp,dd,dt,dq
restruc rb,rw,rp,rd,rt,rq
current = $-(ebp-localbytes)
end virtual \}
macro ret operand
\{ match any, operand \\{ retn operand \\}
match , operand \\{ match epilogue:reglist, epilogue@proc:<regs>
\\\{ epilogue name,flag,parmbytes,localbytes,reglist \\\} \\} \}
macro finish@proc \{ localbytes = (((current-1) shr 2)+1) shl 2
end if \} }
macro defargs@proc [arg]
{ common
if ~ arg eq
forward
local ..arg,current@arg
match argname:type, arg
\{ current@arg equ argname
label ..arg type
argname equ ..arg
if dqword eq type
dd ?,?,?,?
else if tbyte eq type
dd ?,?,?
else if qword eq type | pword eq type
dd ?,?
else
dd ?
end if \}
match =current@arg,current@arg
\{ current@arg equ arg
arg equ ..arg
..arg dd ? \}
common
args@proc equ current@arg
forward
restore current@arg
common
end if }
macro deflocal@proc name,def,[val]
{ common
match vars, all@vars \{ all@vars equ all@vars, \}
all@vars equ all@vars name
forward
local ..var,..tmp
match =label,def \{ ..tmp equ \}
match tmp,..tmp \{ ..var def val \}
match ,..tmp \{ label ..var val \}
match =?, val \{ ..tmp equ \}
match any =dup (=?), val \{ ..tmp equ \}
match tmp : value, ..tmp : val
\{ tmp: end virtual
initlocal@proc ..var,def value
virtual at tmp\}
common
match first rest, ..var, \{ name equ first \} }
macro initlocal@proc name,def
{ virtual at name
def
size@initlocal = $ - name
end virtual
position@initlocal = 0
while size@initlocal > position@initlocal
virtual at name
def
if size@initlocal - position@initlocal < 2
current@initlocal = 1
load byte@initlocal byte from name+position@initlocal
else if size@initlocal - position@initlocal < 4
current@initlocal = 2
load word@initlocal word from name+position@initlocal
else
current@initlocal = 4
load dword@initlocal dword from name+position@initlocal
end if
end virtual
if current@initlocal = 1
mov byte [name+position@initlocal],byte@initlocal
else if current@initlocal = 2
mov word [name+position@initlocal],word@initlocal
else
mov dword [name+position@initlocal],dword@initlocal
end if
position@initlocal = position@initlocal + current@initlocal
end while }
macro endp
{ purge ret,locals,endl
finish@proc
purge finish@proc
restore regs@proc
match all,args@proc \{ restore all \}
restore args@proc
match all,all@vars \{ restore all \} }
macro local [var]
{ common
locals
forward done@local equ
match varname[count]:vartype, var
\{ match =BYTE, vartype \\{ varname rb count
restore done@local \\}
match =WORD, vartype \\{ varname rw count
restore done@local \\}
match =DWORD, vartype \\{ varname rd count
restore done@local \\}
match =PWORD, vartype \\{ varname rp count
restore done@local \\}
match =QWORD, vartype \\{ varname rq count
restore done@local \\}
match =TBYTE, vartype \\{ varname rt count
restore done@local \\}
match =DQWORD, vartype \\{ label varname dqword
rq count+count
restore done@local \\}
match , done@local \\{ virtual
varname vartype
end virtual
rb count*sizeof.\#vartype
restore done@local \\} \}
match :varname:vartype, done@local:var
\{ match =BYTE, vartype \\{ varname db ?
restore done@local \\}
match =WORD, vartype \\{ varname dw ?
restore done@local \\}
match =DWORD, vartype \\{ varname dd ?
restore done@local \\}
match =PWORD, vartype \\{ varname dp ?
restore done@local \\}
match =QWORD, vartype \\{ varname dq ?
restore done@local \\}
match =TBYTE, vartype \\{ varname dt ?
restore done@local \\}
match =DQWORD, vartype \\{ label varname dqword
dq ?,?
restore done@local \\}
match , done@local \\{ varname vartype
restore done@local \\} \}
match ,done@local
\{ var
restore done@local \}
common
endl }

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; Macroinstructions for defining data structures
macro struct name
{ fields@struct equ name
match child parent, name \{ fields@struct equ child,fields@\#parent \}
sub@struct equ
struc db [val] \{ \common fields@struct equ fields@struct,.,db,<val> \}
struc dw [val] \{ \common fields@struct equ fields@struct,.,dw,<val> \}
struc du [val] \{ \common fields@struct equ fields@struct,.,du,<val> \}
struc dd [val] \{ \common fields@struct equ fields@struct,.,dd,<val> \}
struc dp [val] \{ \common fields@struct equ fields@struct,.,dp,<val> \}
struc dq [val] \{ \common fields@struct equ fields@struct,.,dq,<val> \}
struc dt [val] \{ \common fields@struct equ fields@struct,.,dt,<val> \}
struc rb count \{ fields@struct equ fields@struct,.,db,count dup (?) \}
struc rw count \{ fields@struct equ fields@struct,.,dw,count dup (?) \}
struc rd count \{ fields@struct equ fields@struct,.,dd,count dup (?) \}
struc rp count \{ fields@struct equ fields@struct,.,dp,count dup (?) \}
struc rq count \{ fields@struct equ fields@struct,.,dq,count dup (?) \}
struc rt count \{ fields@struct equ fields@struct,.,dt,count dup (?) \}
macro db [val] \{ \common \local anonymous
fields@struct equ fields@struct,anonymous,db,<val> \}
macro dw [val] \{ \common \local anonymous
fields@struct equ fields@struct,anonymous,dw,<val> \}
macro du [val] \{ \common \local anonymous
fields@struct equ fields@struct,anonymous,du,<val> \}
macro dd [val] \{ \common \local anonymous
fields@struct equ fields@struct,anonymous,dd,<val> \}
macro dp [val] \{ \common \local anonymous
fields@struct equ fields@struct,anonymous,dp,<val> \}
macro dq [val] \{ \common \local anonymous
fields@struct equ fields@struct,anonymous,dq,<val> \}
macro dt [val] \{ \common \local anonymous
fields@struct equ fields@struct,anonymous,dt,<val> \}
macro rb count \{ \local anonymous
fields@struct equ fields@struct,anonymous,db,count dup (?) \}
macro rw count \{ \local anonymous
fields@struct equ fields@struct,anonymous,dw,count dup (?) \}
macro rd count \{ \local anonymous
fields@struct equ fields@struct,anonymous,dd,count dup (?) \}
macro rp count \{ \local anonymous
fields@struct equ fields@struct,anonymous,dp,count dup (?) \}
macro rq count \{ \local anonymous
fields@struct equ fields@struct,anonymous,dq,count dup (?) \}
macro rt count \{ \local anonymous
fields@struct equ fields@struct,anonymous,dt,count dup (?) \}
macro union \{ fields@struct equ fields@struct,,union,<
sub@struct equ union \}
macro struct \{ fields@struct equ fields@struct,,substruct,<
sub@struct equ substruct \}
virtual at 0 }
macro ends
{ match , sub@struct \{ restruc db,dw,du,dd,dp,dq,dt
restruc rb,rw,rd,rp,rq,rt
purge db,dw,du,dd,dp,dq,dt
purge rb,rw,rd,rp,rq,rt
purge union,struct
match name=,fields,fields@struct \\{ fields@struct equ
make@struct name,fields
fields@\\#name equ fields \\}
end virtual \}
match any, sub@struct \{ fields@struct equ fields@struct> \}
restore sub@struct }
macro make@struct name,[field,type,def]
{ common
if $
display 'Error: definition of ',`name,' contains illegal instructions.',0Dh,0Ah
err
end if
local define
define equ name
forward
local sub
match , field \{ make@substruct type,name,sub def
define equ define,.,sub, \}
match any, field \{ define equ define,.#field,type,<def> \}
common
match fields, define \{ define@struct fields \} }
macro define@struct name,[field,type,def]
{ common
local list
list equ
forward
if ~ field eq .
name#field type def
sizeof.#name#field = $ - name#field
else
rb sizeof.#type
end if
local value
match any, list \{ list equ list, \}
list equ list <value>
common
sizeof.#name = $
restruc name
match values, list \{
struc name value \\{
match any, fields@struct \\\{ fields@struct equ fields@struct,.,name,<values> \\\}
match , fields@struct \\\{ label .
forward
match , value \\\\{ field type def \\\\}
match any, value \\\\{ field type value
if ~ field eq .
rb sizeof.#name#field - ($-field)
end if \\\\}
common \\\} \\} \} }
macro enable@substruct
{ macro make@substruct substruct,parent,name,[field,type,def]
\{ \common
\local define
define equ parent,name
\forward
\local sub
match , field \\{ match any, type \\\{ enable@substruct
make@substruct type,name,sub def
purge make@substruct
define equ define,.,sub, \\\} \\}
match any, field \\{ define equ define,.\#field,type,<def> \\}
\common
match fields, define \\{ define@\#substruct fields \\} \} }
enable@substruct
macro define@union parent,name,[field,type,def]
{ common
virtual at 0
forward
if ~ field eq .
virtual at 0
parent#field type def
sizeof.#parent#field = $ - parent#field
end virtual
if sizeof.#parent#field > $
rb sizeof.#parent#field - $
end if
else if sizeof.#type > $
rb sizeof.#type - $
end if
common
sizeof.#name = $
end virtual
struc name [value] \{ \common
label .\#name
last@union equ
forward
match any, last@union \\{ virtual at .\#name
field type def
end virtual \\}
match , last@union \\{ match , value \\\{ field type def \\\}
match any, value \\\{ field type value \\\} \\}
last@union equ field
common rb sizeof.#name - ($ - .\#name) \} }
macro define@substruct parent,name,[field,type,def]
{ common
virtual at 0
forward
if ~ field eq .
parent#field type def
sizeof.#parent#field = $ - parent#field
else
rb sizeof.#type
end if
local value
common
sizeof.#name = $
end virtual
struc name value \{
label .\#name
forward
match , value \\{ field type def \\}
match any, value \\{ field type value
if ~ field eq .
rb sizeof.#parent#field - ($-field)
end if \\}
common \} }

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;
; Formatted Debug Output (FDO)
; Copyright (c) 2005-2006, mike.dld
; Created: 2005-01-29, Changed: 2006-11-10
;
; For questions and bug reports, mail to mike.dld@gmail.com
;
; Available format specifiers are: %s, %d, %u, %x (with partial width support)
;
; to be defined:
; __DEBUG__ equ 1
; __DEBUG_LEVEL__ equ 5
macro debug_func name {
if used name
name@of@func equ name
}
macro debug_beginf {
align 4
name@of@func:
}
debug_endf fix end if
macro DEBUGS _sign,[_str] {
common
local tp
tp equ 0
match _arg:_num,_str \{
DEBUGS_N _sign,_num,_arg
tp equ 1
\}
match =0 _arg,tp _str \{
DEBUGS_N _sign,,_arg
\}
}
macro DEBUGS_N _sign,_num,[_str] {
common
pushf
pushad
local ..str,..label,is_str
is_str = 0
forward
if _str eqtype ''
is_str = 1
end if
common
if is_str = 1
jmp ..label
..str db _str,0
..label:
add esp,4*8+4
mov edx,..str
sub esp,4*8+4
else
mov edx,_str
end if
if ~_num eq
if _num eqtype eax
if _num in <eax,ebx,ecx,edx,edi,ebp,esp>
mov esi,_num
else if ~_num eq esi
movzx esi,_num
end if
else if _num eqtype 0
mov esi,_num
else
local tp
tp equ 0
match [_arg],_num \{
mov esi,dword[_arg]
tp equ 1
\}
match =0 =dword[_arg],tp _num \{
mov esi,dword[_arg]
tp equ 1
\}
match =0 =word[_arg],tp _num \{
movzx esi,word[_arg]
tp equ 1
\}
match =0 =byte[_arg],tp _num \{
movzx esi,byte[_arg]
tp equ 1
\}
match =0,tp \{
'Error: specified string width is incorrect'
\}
end if
else
mov esi,0x7FFFFFFF
end if
call fdo_debug_outstr
popad
popf
}
macro DEBUGD _sign,_dec {
local tp
tp equ 0
match _arg:_num,_dec \{
DEBUGD_N _sign,_num,_arg
tp equ 1
\}
match =0 _arg,tp _dec \{
DEBUGD_N _sign,,_arg
\}
}
macro DEBUGD_N _sign,_num,_dec {
pushf
pushad
if (~_num eq)
if (_dec eqtype eax | _dec eqtype 0)
'Error: precision allowed only for in-memory variables'
end if
if (~_num in <1,2,4>)
if _sign
'Error: 1, 2 and 4 are only allowed for precision in %d'
else
'Error: 1, 2 and 4 are only allowed for precision in %u'
end if
end if
end if
if _dec eqtype eax
if _dec in <ebx,ecx,edx,esi,edi,ebp,esp>
mov eax,_dec
else if ~_dec eq eax
if _sign = 1
movsx eax,_dec
else
movzx eax,_dec
end if
end if
else if _dec eqtype 0
mov eax,_dec
else
add esp,4*8+4
if _num eq
mov eax,dword _dec
else if _num = 1
if _sign = 1
movsx eax,byte _dec
else
movzx eax,byte _dec
end if
else if _num = 2
if _sign = 1
movsx eax,word _dec
else
movzx eax,word _dec
end if
else
mov eax,dword _dec
end if
sub esp,4*8+4
end if
mov cl,_sign
call fdo_debug_outdec
popad
popf
}
macro DEBUGH _sign,_hex {
local tp
tp equ 0
match _arg:_num,_hex \{
DEBUGH_N _sign,_num,_arg
tp equ 1
\}
match =0 _arg,tp _hex \{
DEBUGH_N _sign,,_arg
\}
}
macro DEBUGH_N _sign,_num,_hex {
pushf
pushad
if (~_num eq) & (~_num in <1,2,3,4,5,6,7,8>)
'Error: 1..8 are only allowed for precision in %x'
end if
if _hex eqtype eax
if _hex in <eax,ebx,ecx,edx,esi,edi,ebp,esp>
if ~_hex eq eax
mov eax,_hex
end if
else if _hex in <ax,bx,cx,dx,si,di,bp,sp>
if ~_hex eq ax
movzx eax,_hex
end if
shl eax,16
if (_num eq)
mov edx,4
end if
else if _hex in <al,ah,bl,bh,cl,ch,dl,dh>
if ~_hex eq al
movzx eax,_hex
end if
shl eax,24
if (_num eq)
mov edx,2
end if
end if
else if _hex eqtype 0
mov eax,_hex
else
add esp,4*8+4
mov eax,dword _hex
sub esp,4*8+4
end if
if ~_num eq
mov edx,_num
else
mov edx,8
end if
call fdo_debug_outhex
popad
popf
}
;-----------------------------------------------------------------------------
debug_func fdo_debug_outchar
debug_beginf
pushad
mov cl,al
mov ebx,1
mov eax,63
mcall
popad
ret
debug_endf
debug_func fdo_debug_outstr
debug_beginf
mov eax,63
mov ebx,1
.l1: dec esi
js .l2
mov cl,[edx]
or cl,cl
jz .l2
mcall
inc edx
jmp .l1
.l2: ret
debug_endf
debug_func fdo_debug_outdec
debug_beginf
or cl,cl
jz @f
or eax,eax
jns @f
neg eax
push eax
mov al,'-'
call fdo_debug_outchar
pop eax
@@: push 10
pop ecx
push -'0'
.l1: xor edx,edx
div ecx
push edx
test eax,eax
jnz .l1
.l2: pop eax
add al,'0'
jz .l3
call fdo_debug_outchar
jmp .l2
.l3: ret
debug_endf
debug_func fdo_debug_outhex
__fdo_hexdigits db '0123456789ABCDEF'
debug_beginf
mov cl,dl
neg cl
add cl,8
shl cl,2
rol eax,cl
.l1: rol eax,4
push eax
and eax,0x0000000F
mov al,[__fdo_hexdigits+eax]
call fdo_debug_outchar
pop eax
dec edx
jnz .l1
ret
debug_endf
;-----------------------------------------------------------------------------
macro DEBUGF _level,_format,[_arg] {
common
if __DEBUG__ = 1 & _level >= __DEBUG_LEVEL__
local ..f1,f2,a1,a2,c1,c2,c3,..lbl
_debug_str_ equ __debug_str_ # a1
a1 = 0
c2 = 0
c3 = 0
f2 = 0
repeat ..lbl-..f1
virtual at 0
db _format,0,0
load c1 word from %-1
end virtual
if c1 = '%s'
virtual at 0
db _format,0,0
store word 0 at %-1
load c1 from f2-c2
end virtual
if c1 <> 0
DEBUGS 0,_debug_str_+f2-c2
end if
c2 = c2 + 1
f2 = %+1
DEBUGF_HELPER S,a1,0,_arg
else if c1 = '%x'
virtual at 0
db _format,0,0
store word 0 at %-1
load c1 from f2-c2
end virtual
if c1 <> 0
DEBUGS 0,_debug_str_+f2-c2
end if
c2 = c2 + 1
f2 = %+1
DEBUGF_HELPER H,a1,0,_arg
else if c1 = '%d' | c1 = '%u'
local c4
if c1 = '%d'
c4 = 1
else
c4 = 0
end if
virtual at 0
db _format,0,0
store word 0 at %-1
load c1 from f2-c2
end virtual
if c1 <> 0
DEBUGS 0,_debug_str_+f2-c2
end if
c2 = c2 + 1
f2 = %+1
DEBUGF_HELPER D,a1,c4,_arg
else if c1 = '\n'
c3 = c3 + 1
end if
end repeat
virtual at 0
db _format,0,0
load c1 from f2-c2
end virtual
if (c1<>0)&(f2<>..lbl-..f1-1)
DEBUGS 0,_debug_str_+f2-c2
end if
virtual at 0
..f1 db _format,0
..lbl:
__debug_strings equ __debug_strings,_debug_str_,<_format>,..lbl-..f1-1-c2-c3
end virtual
end if
}
macro __include_debug_strings dummy,[_id,_fmt,_len] {
common
local c1,a1,a2
forward
if defined _len & ~_len eq
_id:
a1 = 0
a2 = 0
repeat _len
virtual at 0
db _fmt,0,0
load c1 word from %+a2-1
end virtual
if (c1='%s')|(c1='%x')|(c1='%d')|(c1='%u')
db 0
a2 = a2 + 1
else if (c1='\n')
dw $0A0D
a1 = a1 + 1
a2 = a2 + 1
else
db c1 and 0x0FF
end if
end repeat
db 0
end if
}
macro DEBUGF_HELPER _letter,_num,_sign,[_arg] {
common
local num
num = 0
forward
if num = _num
DEBUG#_letter _sign,_arg
end if
num = num+1
common
_num = _num+1
}
macro include_debug_strings {
if __DEBUG__ = 1
match dbg_str,__debug_strings \{
__include_debug_strings dbg_str
\}
end if
}

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;Name Number Length Meaning
dhcp_pad_option equ 0 ; 0 None
dhcp_end_option equ 255 ; 0 None
dhcp_subnet_mask equ 1 ; 4 Subnet Mask Value
dhcp_time_offset equ 2 ; 4 Time Offset in Seconds from UTC
dhcp_router equ 3 ; N×4 Router addresses
dhcp_time_server equ 4 ; N×4 Timeserver addresses
dhcp_name_server equ 5 ; N×4 IEN-116 Server addresses
dhcp_domain_server equ 6 ; N×4 DNS Server addresses
dhcp_log_server equ 7 ; N×4 Logging Server addresses
dhcp_quotes_server equ 8 ; N×4 Quotes Server addresses
dhcp_lpr_server equ 9 ; N×4 Printer Server addresses
dhcp_impress_server equ 10 ; N×4 Impress Server addresses
dhcp_rlp_server equ 11 ; N×4 N RLP Server addresses
dhcp_hostname equ 12 ; N Hostname string
dhcp_boot_file_size equ 13 ; 2 Size of boot file in 512-octet blocks
dhcp_merit_dump_file equ 14 ; N Client to dump and name the file to dump it to
dhcp_domain_name equ 15 ; N The DNS domain name of the client
dhcp_swap_server equ 16 ; 4 Swap Server address
dhcp_root_path equ 17 ; N Path name for root disk
dhcp_extension_file equ 18 ; N Path name for more BOOTP info
;IP Layer Parameters per Host
dhcp_forward equ 19 ; 1 Enable/Disable IP Forwarding
dhcp_srcrte equ 20 ; 1 Enable/Disable Non-Local Source Routing
dhcp_policy equ 21 ; N×8 Non-Local Source Routing Policy Filters
dhcp_mag_dg_assembly equ 22 ; 2 Max Datagram Reassembly Size
dhcp_default_ip_tll equ 23 ; 1 Default IP Time to Live
dhcp_mtu_timeout equ 24 ; 4 Path MTU Aging Timeout
dhcp_mtu_plateau equ 25 ; N×2 Path MTU Plateau Table
;IP Layer Parameters per Interface
dhcp_mtu_interface equ 26 ; 2 Interface MTU Size
dhcp_mtu_subnet equ 27 ; 1 All Subnets are Local
dhcp_broadcast_address equ 28 ; 4 Broadcast Address
dhcp_mask_discovery equ 29 ; 1 Perform Mask Discovery
dhcp_mask_supplier equ 30 ; 1 Provide Mask to Others
dhcp_router_discovery equ 31 ; 1 Perform Router Discovery
dhcp_router_request equ 32 ; 4 Router Solicitation Address
dhcp_static_route equ 33 ; N×8 Static Routing Table
;Link Layer Parameters per Interface
dhcp_trailers equ 34 ; 1 Trailer Encapsulation
dhcp_arp_timeout equ 35 ; 4 ARP Cache Timeout
dhcp_ethernet equ 36 ; 1 Ethernet Encapsulation
;TCP Parameters
dhcp_default_tcp_tll equ 37 ; 1 Default TCP Time to Live
dhcp_keepalive_time equ 38 ; 4 TCP Keepalive Interval
dhcp_keepalive_data equ 39 ; 1 TCP Keepalive Garbage
;Application and Service Parameters
dhcp_nis_domain equ 40 ; N NIS Domain Name
dhcp_nis_servers equ 41 ; N×4 NIS Server Addresses
dhcp_ntp_servers equ 42 ; N×4 NTP Server Addresses
dhcp_vendor_specific equ 43 ; N Vendor Specific Information
dhcp_netbios_name_srv equ 44 ; N×4 NETBIOS Name Servers
dhcp_netbios_dist_srv equ 45 ; N×4 NETBIOS Datagram Distribution
dhcp_netbios_node_type equ 46 ; 1 NETBIOS Node Type
dhcp_netbios_scope equ 47 ; N NETBIOS Scope
dhcp_x_window_font equ 48 ; N×4 X Window Font Server
dhcp_x_window_manager equ 49 ; N×4 X Window Display Manager
dhcp_nis_domain_name equ 64 ; N NIS+ v3 Client Domain Name
dhcp_nis_server_addr equ 65 ; N×4 NIS+ v3 Server Addresses
dhcp_home_agent_addrs equ 68 ; N×4 Mobile IP Home Agent Addresses
dhcp_smtp_server equ 69 ; N×4 Simple Mail Server Addresses
dhcp_pop3_server equ 70 ; N×4 Post Office Server Addresses
dhcp_nntp_server equ 71 ; N×4 Network News Server Addresses
dhcp_www_server equ 72 ; N×4 WWW Server Addresses
dhcp_finger_server equ 73 ; N×4 Finger Server Addresses
dhcp_irc_server equ 74 ; N×4 Chat Server Addresses
dhcp_streettalk_server equ 75 ; N×4 StreetTalk Server Addresses
dhcp_stda_server equ 76 ; N×4 ST Directory Assist. Addresses
;DHCP Extensions
dhcp_address_request equ 50 ; 4 Requested IP Address
dhcp_address_time equ 51 ; 4 IP Address Lease Time
dhcp_option_overload equ 52 ; 1 Overload "sname" or "file"
dhcp_msg_type equ 53 ; 1 DHCP Message Type
dhcp_dhcp_server_id equ 54 ; 4 DHCP Server Identification
dhcp_parameter_list equ 55 ; N Parameter Request List
dhcp_dhcp_message equ 56 ; N DHCP Error Message
dhcp_dhcp_max_msg_size equ 57 ; 2 DHCP Maximum Message Size
dhcp_renewal_time equ 58 ; 4 DHCP Renewal (T1) Time
dhcp_rebinding_time equ 59 ; 4 DHCP Rebinding (T2) Time
dhcp_class_id equ 60 ; N Vendor Class Identifier
dhcp_client_id equ 61 ; N Client Identifier
dhcp_server_name equ 66 ; N TFTP Server Name
dhcp_bootfile_name equ 67 ; N Boot File Name
;Newer extensions
dhcp_netware_ip_domain equ 62 ; N Netware/IP Domain Name
dhcp_netware_ip_option equ 63 ; N Netware/IP sub Options
dhcp_user_class equ 77 ; N User Class Information
dhcp_directory_agent equ 78 ; N directory agent information
dhcp_service_scope equ 79 ; N service location agent scope
dhcp_rapid_commit equ 80 ; 0 Rapid Commit
dhcp_client_fqdn equ 81 ; N Fully Qualified Domain Name
dhcp_relay_agent_info equ 82 ; N Relay Agent Information, RFC 3046
dhcp_isns equ 83 ; N Internet Storage Name Service
; 84 REMOVED/Unassigned
dhcp_nds_servers equ 85 ; N Novell Directory Services
dhcp_nds_tree_name equ 86 ; N Novell Directory Services
dhcp_nds_conext equ 87 ; N Novell Directory Services
dhcp_bcmcs equ 88 ; Controller Domain Name list
dhcp_bcmcs equ 89 ; Controller IPv4 address option
dhcp_authentication equ 90 ; N Authentication
; 91 REMOVED/Unassigned
; 92 REMOVED/Unassigned
dhcp_client_system equ 93 ; N Client System Architecture
dhcp_client_ndi equ 94 ; N Client Network Device Interface
dhcp_ldap equ 95 ; N Lightweight Directory Access Protocol
; 96 REMOVED/Unassigned
dhcp_uuid_guid equ 97 ; N UUID/GUID-based Client Identifier
dchp_user_auth equ 98 ; N Open Group's User Authentication
; 99 REMOVED/Unassigned
; 100 REMOVED/Unassigned
; 101 REMOVED/Unassigned
; 102 REMOVED/Unassigned
; 103 REMOVED/Unassigned
; 104 REMOVED/Unassigned
; 105 REMOVED/Unassigned
; 106 REMOVED/Unassigned
; 107 REMOVED/Unassigned
; 108 REMOVED/Unassigned
; 109 REMOVED/Unassigned
; 110 REMOVED/Unassigned
; 111 REMOVED/Unassigned
dhcp_netinfo_address equ 112 ; N NetInfo Parent Server Address
dhcp_netinfo_tag equ 113 ; N NetInfo Parent Server Tag
dhcp_url equ 114 ; N URL
; 115 REMOVED/Unassigned
dhcp_auto_config equ 116 ; N DHCP Auto-Configuration
dhcp_ns_search equ 117 ; N Name Service Search
dhcp_subnet_selection equ 118 ; 4 Subnet Selection Option
dhcp_domain_search equ 119 ; N DNS domain search list
dhcp_sip_servers equ 120 ; N SIP Servers DHCP Option
dhcp_cl_static_route equ 121 ; N Classless Static Route Option
dhcp_ccc equ 122 ; N CableLabs Client Configuration
dhcp_geoconf equ 123 ; 16 GeoConf Option
dhcp_v_i_vendor_class equ 124 ; Vendor-Identifying Vendor Class
dhcp_v_i_vendor_spec equ 125 ; Vendor-Identifying Vendor-Specific
; 126 REMOVED/Unassigned
; 127 REMOVED/Unassigned
dhcp_pxe equ 128 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_etherboot_sign equ 128 ; Etherboot signature. 6 bytes: E4:45:74:68:00:00
dhcp_docsis equ 128 ; DOCSIS "full security" server IP address
dhcp_tftp_server_ip equ 128 ; TFTP Server IP address (for IP Phone software load)
dhcp_pxe equ 129 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_kernel_options equ 129 ; Kernel options. Variable length string
dhcp_call_server_ip equ 129 ; Call Server IP address
dhcp_pxe equ 130 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_ethernet_interface equ 130 ; Ethernet interface. Variable length string.
dhcp_siscrimination equ 130 ; Discrimination string (to identify vendor)
dhcp_pxe equ 131 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_remote_stat_server equ 131 ; Remote statistics server IP address
dhcp_pxe equ 132 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_802.1p equ 132 ; 802.1P VLAN ID
dhcp_pxe equ 133 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_802.1q equ 133 ; 802.1Q L2 Priority
dhcp_pxe equ 134 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_diffserv equ 134 ; Diffserv Code Point
dhcp_pxe equ 135 ; PXE - undefined (vendor specific) (Tentatively Assigned - 23 June 2005)
dhcp_http_proxy_psa equ 135 ; HTTP Proxy for phone-specific applications
; 136 REMOVED/Unassigned
; 137 REMOVED/Unassigned
; 138 REMOVED/Unassigned
; 139 REMOVED/Unassigned
; 140 REMOVED/Unassigned
; 141 REMOVED/Unassigned
; 142 REMOVED/Unassigned
; 143 REMOVED/Unassigned
; 144 REMOVED/Unassigned
; 145 REMOVED/Unassigned
; 146 REMOVED/Unassigned
; 147 REMOVED/Unassigned
; 148 REMOVED/Unassigned
; 149 REMOVED/Unassigned
dhcp_tftp_server_addr equ 150 ; TFTP server address (Tentatively Assigned - 23 June 2005)
dhcp_etherboot equ 150 ; Etherboot
dhcp_grub_conf_path equ 150 ; GRUB configuration path name
; 151 REMOVED/Unassigned
; 152 REMOVED/Unassigned
; 153 REMOVED/Unassigned
; 154 REMOVED/Unassigned
; 155 REMOVED/Unassigned
; 156 REMOVED/Unassigned
; 157 REMOVED/Unassigned
; 158 REMOVED/Unassigned
; 159 REMOVED/Unassigned
; 160 REMOVED/Unassigned
; 161 REMOVED/Unassigned
; 162 REMOVED/Unassigned
; 163 REMOVED/Unassigned
; 164 REMOVED/Unassigned
; 165 REMOVED/Unassigned
; 166 REMOVED/Unassigned
; 167 REMOVED/Unassigned
; 168 REMOVED/Unassigned
; 169 REMOVED/Unassigned
; 170 REMOVED/Unassigned
; 171 REMOVED/Unassigned
; 172 REMOVED/Unassigned
; 173 REMOVED/Unassigned
; 174 REMOVED/Unassigned
dhcp_etherboot equ 175 ; Etherboot (Tentatively Assigned - 23 June 2005)
dhcp_ip_telephone equ 176 ; IP Telephone (Tentatively Assigned - 23 June 2005)
dhcp_etherboot equ 177 ; Etherboot (Tentatively Assigned - 23 June 2005)
dhcp_packetcable equ 177 ; PacketCable and CableHome (replaced by 122)
; 178 REMOVED/Unassigned
; 179 REMOVED/Unassigned
; 180 REMOVED/Unassigned
; 181 REMOVED/Unassigned
; 182 REMOVED/Unassigned
; 183 REMOVED/Unassigned
; 184 REMOVED/Unassigned
; 185 REMOVED/Unassigned
; 186 REMOVED/Unassigned
; 187 REMOVED/Unassigned
; 188 REMOVED/Unassigned
; 189 REMOVED/Unassigned
; 190 REMOVED/Unassigned
; 191 REMOVED/Unassigned
; 192 REMOVED/Unassigned
; 193 REMOVED/Unassigned
; 194 REMOVED/Unassigned
; 195 REMOVED/Unassigned
; 196 REMOVED/Unassigned
; 197 REMOVED/Unassigned
; 198 REMOVED/Unassigned
; 199 REMOVED/Unassigned
; 200 REMOVED/Unassigned
; 201 REMOVED/Unassigned
; 202 REMOVED/Unassigned
; 203 REMOVED/Unassigned
; 204 REMOVED/Unassigned
; 205 REMOVED/Unassigned
; 206 REMOVED/Unassigned
; 207 REMOVED/Unassigned
dhcp_pxelinux.magic equ 208 ; pxelinux.magic (string) = F1:00:74:7E (241.0.116.126) (Tentatively Assigned - 23 June 2005)
dhcp_pxelinux.conffile equ 209 ; pxelinux.configfile (text) (Tentatively Assigned - 23 June 2005)
dhcp_pxelinux.path equ 210 ; pxelinux.pathprefix (text) (Tentatively Assigned - 23 June 2005)
dhcp_pxelinux.reboot equ 211 ; pxelinux.reboottime (unsigned integer 32 bits) (Tentatively Assigned - 23 June 2005)
; 212 REMOVED/Unassigned
; 213 REMOVED/Unassigned
; 214 REMOVED/Unassigned
; 215 REMOVED/Unassigned
; 216 REMOVED/Unassigned
; 217 REMOVED/Unassigned
; 218 REMOVED/Unassigned
; 219 REMOVED/Unassigned
dhcp_subnet_aloc equ 220 ; Subnet Allocation Option (Tentatively Assigned - 23 June 2005)
dhcp_virtual_subnet equ 221 ; Virtual Subnet Selection Option (Tentatively Assigned - 23 June 2005)
; 222 REMOVED/Unassigned
; 223 REMOVED/Unassigned

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@ -0,0 +1,157 @@
;-----------------------------------------------------------------------------
proc mem.Alloc size ;/////////////////////////////////////////////////////////
;-----------------------------------------------------------------------------
push ebx ecx
mov eax,[size]
lea ecx,[eax+4+4095]
and ecx,not 4095
mcall 68,12
add ecx,-4
mov [eax],ecx
add eax,4
pop ecx ebx
ret
endp
;-----------------------------------------------------------------------------
proc mem.ReAlloc mptr,size;///////////////////////////////////////////////////
;-----------------------------------------------------------------------------
push ebx ecx esi edi eax
mov eax,[mptr]
mov ebx,[size]
or eax,eax
jz @f
lea ecx,[ebx+4+4095]
and ecx,not 4095
add ecx,-4
cmp ecx,[eax-4]
je .exit
@@: mov eax,ebx
call mem.Alloc
xchg eax,[esp]
or eax,eax
jz .exit
mov esi,eax
xchg eax,[esp]
mov edi,eax
mov ecx,[esi-4]
cmp ecx,[edi-4]
jbe @f
mov ecx,[edi-4]
@@: add ecx,3
shr ecx,2
cld
rep movsd
xchg eax,[esp]
call mem.Free
.exit:
pop eax edi esi ecx ebx
ret
endp
;-----------------------------------------------------------------------------
proc mem.Free mptr ;//////////////////////////////////////////////////////////
;-----------------------------------------------------------------------------
mov eax,[mptr]
or eax,eax
jz @f
push ebx ecx
lea ecx,[eax-4]
mcall 68,13
pop ecx ebx
@@: ret
endp
proc dll.Load, import_table:dword
mov esi,[import_table]
.next_lib: mov edx,[esi]
or edx,edx
jz .exit
push esi
mov esi,[esi+4]
mov edi,s_libdir.fname
@@: lodsb
stosb
or al,al
jnz @b
mcall 68,19,s_libdir
or eax,eax
jz .fail
stdcall dll.Link,eax,edx
stdcall dll.Init,[eax+4]
pop esi
add esi,8
jmp .next_lib
.exit: xor eax,eax
ret
.fail: add esp,4
xor eax,eax
inc eax
ret
endp
proc dll.Link, exp:dword,imp:dword
push eax
mov esi,[imp]
test esi,esi
jz .done
.next: lodsd
test eax,eax
jz .done
stdcall dll.GetProcAddress,[exp],eax
or eax,eax
jz @f
mov [esi-4],eax
jmp .next
@@: mov dword[esp],0
.done: pop eax
ret
endp
proc dll.Init, dllentry:dword
pushad
mov eax,mem.Alloc
mov ebx,mem.Free
mov ecx,mem.ReAlloc
mov edx,dll.Load
stdcall [dllentry]
popad
ret
endp
proc dll.GetProcAddress, exp:dword,sz_name:dword
mov edx,[exp]
xor eax,eax
.next: or edx,edx
jz .end
cmp dword[edx],0
jz .end
stdcall strcmp,[edx],[sz_name]
test eax,eax
jz .ok
add edx,8
jmp .next
.ok: mov eax,[edx+4]
.end: ret
endp
proc strcmp, str1:dword,str2:dword
push esi edi
mov esi,[str1]
mov edi,[str2]
xor eax,eax
@@: lodsb
scasb
jne .fail
or al,al
jnz @b
jmp .ok
.fail: or eax,-1
.ok: pop edi esi
ret
endp
s_libdir:
db '/sys/lib/'
.fname rb 32

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@ -0,0 +1,613 @@
; Zero-config
; v 1.4
;
; DHCP code is based on that by Mike Hibbet (DHCP client for menuetos)
;
; Written by HidnPlayr & Derpenguin
use32
org 0x0
db 'MENUET01' ; 8 byte id
dd 0x01 ; header version
dd START ; start of code
dd IM_END ; size of image
dd I_END ; memory for app
dd I_END ; esp
dd 0x0 , path ; I_Param , I_Icon
; CONFIGURATION
TIMEOUT equ 60 ; in seconds
BUFFER equ 1024 ; in bytes
__DEBUG__ equ 1 ; enable/disable
__DEBUG_LEVEL__ equ 1 ; 1 = all, 2 = errors
; CONFIGURATION FOR LINK-LOCAL
PROBE_WAIT equ 1 ; second (initial random delay)
PROBE_MIN equ 1 ; second (minimum delay till repeated probe)
PROBE_MAX equ 2 ; seconds (maximum delay till repeated probe)
PROBE_NUM equ 3 ; (number of probe packets)
ANNOUNCE_NUM equ 2 ; (number of announcement packets)
ANNOUNCE_INTERVAL equ 2 ; seconds (time between announcement packets)
ANNOUNCE_WAIT equ 2 ; seconds (delay before announcing)
MAX_CONFLICTS equ 10 ; (max conflicts before rate limiting)
RATE_LIMIT_INTERVAL equ 60 ; seconds (delay between successive attempts)
DEFEND_INTERVAL equ 10 ; seconds (min. wait between defensive ARPs)
AF_INET4 equ 1337 ;;;;;
include '../../../proc32.inc'
include '../../../macros.inc'
include 'debug-fdo.inc'
include 'dhcp.inc'
include 'dll.inc'
Ip2dword:
push edx
; This code validates if the query is an IP containing 4 numbers and 3 dots
xor al, al ; make al (dot count) zero
@@:
cmp byte[edx],'0' ; check if this byte is a number, if not jump to no_IP
jl no_IP ;
cmp byte[edx],'9' ;
jg no_IP ;
inc edx ; the byte was a number, so lets check the next byte
cmp byte[edx],0 ; is this byte zero? (have we reached end of query?)
jz @f ; jump to next @@ then
cmp byte[edx],':'
jz @f
cmp byte[edx],'.' ; is this byte a dot?
jne @r ; if not, jump to previous @@
inc al ; the byte was a dot so increment al(dot count)
inc edx ; next byte
jmp @r ; lets check for numbers again (jump to previous @@)
@@: ; we reach this when end of query reached
cmp al,3 ; check if there where 3 dots
jnz no_IP ; if not, jump to no_IP
; The following code will convert this IP into a dword and output it in eax
; If there is also a port number specified, this will be returned in ebx, otherwise ebx is -1
pop esi ; edx (query address) was pushed onto stack and is now popped in esi
xor edx, edx ; result
xor eax, eax ; current character
xor ebx, ebx ; current byte
.outer_loop:
shl edx, 8
add edx, ebx
xor ebx, ebx
.inner_loop:
lodsb
test eax, eax
jz .finish
cmp al, '.'
jz .outer_loop
sub eax, '0'
imul ebx, 10
add ebx, eax
jmp .inner_loop
.finish:
shl edx, 8
add edx, ebx
bswap edx ; we want little endian order
ret
no_IP:
pop edx
xor edx, edx
ret
START: ; start of execution
mcall 40, 1 shl 7 ; network event
; eth.set_network_drv 0x00000383
DEBUGF 1,"Zero-config service:\n"
; eth.status eax ; Read the Stack status
; test eax,eax ; if eax is zero, no driver was found
; jnz @f
; DEBUGF 1,"No Card found!\n"
; jmp close
; @@:
; DEBUGF 1,"Detected card: %x\n",eax
; @@:
; eth.check_cable eax
; test al,al
; jnz @f
; DEBUGF 1,"Cable disconnected!\n"
; mcall 5, 500 ; loop until cable is connected (check every 5 sec)
; jmp @r
; @@:
; eth.read_mac MAC
mcall 73, 10
mov word[MAC], bx
mov dword[MAC+2], eax
DEBUGF 1,"MAC: %x-%x-%x-%x-%x-%x\n",[MAC]:2,[MAC+1]:2,[MAC+2]:2,[MAC+3]:2,[MAC+4]:2,[MAC+5]:2
cld
mov edi, path ; Calculate the length of zero-terminated string
xor al , al
mov ecx, 1024
repnz scas byte[es:edi]
dec edi
mov esi, filename
movsd
movsb
DEBUGF 1,"path to ini: %s\n", path
mcall 68,11
stdcall dll.Load,@IMPORT
or eax,eax
jnz skip_ini
invoke ini.get_str, path, str_ipconfig, str_type, inibuf, 16, 0
mov eax,dword[inibuf]
cmp eax,'stat'
jne skip_ini
invoke ini.get_str, path, str_ipconfig, str_ip, inibuf, 16, 0
mov edx, inibuf
call Ip2dword
mcall 73, 3, edx
invoke ini.get_str, path, str_ipconfig, str_gateway, inibuf, 16, 0
mov edx, inibuf
call Ip2dword
mcall 73, 9, edx
invoke ini.get_str, path, str_ipconfig, str_dns, inibuf, 16, 0
mov edx, inibuf
call Ip2dword
mcall 73, 7, edx
invoke ini.get_str, path, str_ipconfig, str_subnet, inibuf, 16, 0
mov edx, inibuf
call Ip2dword
mcall 73, 5, edx
mcall -1
skip_ini:
DEBUGF 1,"Skip ini\n"
mcall 74, 0, AF_INET4, 1, 0 ; open socket (parameters: domain, type, protocol)
cmp eax, -1
je error
mov [socketNum], eax
DEBUGF 1,"socket %x opened\n", eax
mcall 74, 2, [socketNum], sockaddr1, 18 ; bind socket to local port 68
cmp eax, -1
je error
DEBUGF 1,"Socket Bound to local port 68\n"
mcall 74, 4, [socketNum], sockaddr2, 18 ; connect to 255.255.255.255 on port 67
cmp eax, -1
je error
DEBUGF 1,"Connected to 255.255.255.255 on port 67\n"
mov byte [dhcpMsgType], 0x01 ; DHCP discover
mov dword [dhcpLease], esi ; esi is still -1 (-1 = forever)
mcall 26, 9
imul eax,100
mov [currTime],eax
buildRequest: ; Creates a DHCP request packet.
DEBUGF 1,"Building request\n"
stdcall mem.Alloc, BUFFER
mov [dhcpMsg], eax
test eax,eax
jz apipa
mov edi, eax
mov ecx,BUFFER
xor eax,eax
cld
rep stosb
mov edx,[dhcpMsg]
mov [edx], byte 0x01 ; Boot request
mov [edx+1], byte 0x01 ; Ethernet
mov [edx+2], byte 0x06 ; Ethernet h/w len
mov [edx+4], dword 0x11223344 ; xid
mov eax,[currTime]
mov [edx+8], eax ; secs, our uptime
mov [edx+10], byte 0x80 ; broadcast flag set
mov eax, dword [MAC] ; first 4 bytes of MAC
mov [edx+28],dword eax
mov ax, word [MAC+4] ; last 2 bytes of MAC
mov [edx+32],word ax
mov [edx+236], dword 0x63538263 ; magic number
mov [edx+240], word 0x0135 ; option DHCP msg type
mov al, [dhcpMsgType]
mov [edx+240+2], al
mov [edx+240+3], word 0x0433 ; option Lease time = infinity
mov eax, [dhcpLease]
mov [edx+240+5], eax
mov [edx+240+9], word 0x0432 ; option requested IP address
mov eax, [dhcpClientIP]
mov [edx+240+11], eax
mov [edx+240+15], word 0x0437 ; option request list
mov [edx+240+17], dword 0x0f060301
cmp [dhcpMsgType], byte 0x01 ; Check which msg we are sending
jne request_options
mov [edx+240+21], byte 0xff ; "Discover" options
mov [dhcpMsgLen], dword 262 ; end of options marker
jmp send_request
request_options:
mov [edx+240+21], word 0x0436 ; server IP
mov eax, [dhcpServerIP]
mov [edx+240+23], eax
mov [edx+240+27], byte 0xff ; end of options marker
mov [dhcpMsgLen], dword 268
send_request:
mcall 74, 6, [socketNum], [dhcpMsg], [dhcpMsgLen] ; write to socket ( send broadcast request )
mov eax, [dhcpMsg] ; Setup the DHCP buffer to receive response
mov [dhcpMsgLen], eax ; Used as a pointer to the data
mcall 23, TIMEOUT*10 ; wait for data
read_data: ; we have data - this will be the response
mcall 74, 7, [socketNum], [dhcpMsg], BUFFER ; read data from socket
DEBUGF 1,"%u bytes received\n", eax
push eax
mcall 74, 10, [socketNum] ; close the socket
pop eax
cmp eax, -1
je error
mov [dhcpMsgLen], eax
; depending on which msg we sent, handle the response
; accordingly.
; If the response is to a dhcp discover, then:
; 1) If response is DHCP OFFER then
; 1.1) record server IP, lease time & IP address.
; 1.2) send a request packet
; If the response is to a dhcp request, then:
; 1) If the response is DHCP ACK then
; 1.1) extract the DNS & subnet fields. Set them in the stack
cmp [dhcpMsgType], byte 0x01 ; did we send a discover?
je discover
cmp [dhcpMsgType], byte 0x03 ; did we send a request?
je request
jmp close ; really unknown, what we did
discover:
call parseResponse
cmp [dhcpMsgType], byte 0x02 ; Was the response an offer?
jne apipa ; NO - so we do zeroconf
mov [dhcpMsgType], byte 0x03 ; DHCP request
jmp buildRequest
request:
call parseResponse
cmp [dhcpMsgType], byte 0x05 ; Was the response an ACK? It should be
jne apipa ; NO - so we do zeroconf
jmp close
;***************************************************************************
; Function
; parseResponse
;
; Description
; extracts the fields ( client IP address and options ) from
; a DHCP response
; The values go into
; dhcpMsgType,dhcpLease,dhcpClientIP,dhcpServerIP,
; dhcpDNSIP, dhcpSubnet
; The message is stored in dhcpMsg
;
;***************************************************************************
parseResponse:
DEBUGF 1,"Data received, parsing response\n"
mov edx, [dhcpMsg]
pusha
mcall 73, 3, [edx+16]
mov eax,[edx]
mov [dhcpClientIP],eax
DEBUGF 1,"Client: %u.%u.%u.%u\n",[edx+16]:1,[edx+17]:1,[edx+18]:1,[edx+19]:1
popa
add edx, 240 ; Point to first option
xor ecx, ecx
next_option:
add edx, ecx
pr001:
mov al, [edx]
cmp al, 0xff ; End of options?
je pr_exit
cmp al, dhcp_msg_type ; Msg type is a single byte option
jne @f
mov al, [edx+2]
mov [dhcpMsgType], al
add edx, 3
jmp pr001 ; Get next option
@@:
inc edx
movzx ecx, byte [edx]
inc edx ; point to data
cmp al, dhcp_dhcp_server_id ; server ip
jne @f
mov eax, [edx]
mov [dhcpServerIP], eax
DEBUGF 1,"Server: %u.%u.%u.%u\n",[edx]:1,[edx+1]:1,[edx+2]:1,[edx+3]:1
jmp next_option
@@:
cmp al, dhcp_address_time
jne @f
pusha
mov eax,[edx]
bswap eax
mov [dhcpLease],eax
DEBUGF 1,"lease: %d\n",eax
popa
jmp next_option
@@:
cmp al, dhcp_subnet_mask
jne @f
pusha
mcall 73, 5, [edx]
DEBUGF 1,"Subnet: %u.%u.%u.%u\n",[edx]:1,[edx+1]:1,[edx+2]:1,[edx+3]:1
popa
jmp next_option
@@:
cmp al, dhcp_router
jne @f
pusha
mcall 73, 9, [edx]
DEBUGF 1,"Gateway: %u.%u.%u.%u\n",[edx]:1,[edx+1]:1,[edx+2]:1,[edx+3]:1
popa
jmp next_option
@@:
cmp al, dhcp_domain_server
jne next_option
pusha
mcall 73, 7, [edx]
DEBUGF 1,"DNS: %u.%u.%u.%u\n",[edx]:1,[edx+1]:1,[edx+2]:1,[edx+3]:1
popa
jmp next_option
pr_exit:
; DEBUGF 1,"Sending ARP announce\n"
; eth.ARP_ANNOUNCE [dhcpClientIP] ; send an ARP announce packet
jmp close
apipa:
stdcall mem.Free, [dhcpMsg]
link_local:
call random
mov ecx,0xfea9 ; IP 169.254.0.0 link local net, see RFC3927
mov cx,ax
mcall 73, 3, ecx ; mask is 255.255.0.0
DEBUGF 1,"Link Local IP assinged: 169.254.%u.%u\n",[generator+2]:1,[generator+3]:1
mcall 73, 5, 0xffff
mcall 73, 9, 0x0
mcall 73, 7, 0x0
mcall 5, PROBE_WAIT*100
xor esi,esi
probe_loop:
call random ; create a pseudo random number in eax (seeded by MAC)
cmp al,PROBE_MIN*100 ; check if al is bigger then PROBE_MIN
jge @f ; all ok
add al,(PROBE_MAX-PROBE_MIN)*100 ; al is too small
@@:
cmp al,PROBE_MAX*100
jle @f
sub al,(PROBE_MAX-PROBE_MIN)*100
@@:
movzx ebx,al
DEBUGF 1,"Waiting %u0ms\n",ebx
mcall 5
DEBUGF 1,"Sending Probe\n"
; eth.ARP_PROBE MAC
inc esi
cmp esi,PROBE_NUM
jl probe_loop
; now we wait further ANNOUNCE_WAIT seconds and send ANNOUNCE_NUM ARP announces. If any other host has assingned
; IP within this time, we should create another adress, that have to be done later
DEBUGF 1,"Waiting %us\n",ANNOUNCE_WAIT
mcall 5, ANNOUNCE_WAIT*100
xor esi,esi
announce_loop:
DEBUGF 1,"Sending Announce\n"
; eth.ARP_ANNOUNCE MAC
inc esi
cmp esi,ANNOUNCE_NUM
je @f
DEBUGF 1,"Waiting %us\n",ANNOUNCE_INTERVAL
mcall 5, ANNOUNCE_INTERVAL*100
jmp announce_loop
@@:
; we should, instead of closing, detect ARP conflicts and detect if cable keeps connected ;)
error:
close:
mcall -1
random: ; Pseudo random actually
mov eax,[generator]
add eax,-43ab45b5h
ror eax,1
bswap eax
xor eax,dword[MAC]
ror eax,1
xor eax,dword[MAC+2]
mov [generator],eax
ret
; DATA AREA
align 16
@IMPORT:
library \
libini,'libini.obj'
import libini, \
ini.get_str,'ini.get_str'
include_debug_strings
filename db '.ini',0
str_ip db 'ip',0
str_subnet db 'subnet',0
str_gateway db 'gateway',0
str_dns db 'dns',0
str_ipconfig db 'ipconfig',0
str_type db 'type',0
sockaddr1:
dw AF_INET4
dw 68 ; local port
dd 0 ; local IP
rb 10
sockaddr2:
dw AF_INET4
dw 67 ; destination port
dd -1 ; destination IP
rb 10
IM_END:
inibuf rb 16
dhcpClientIP dd ?
dhcpMsgType db ?
dhcpLease dd ?
dhcpServerIP dd ?
dhcpMsgLen dd ?
socketNum dd ?
MAC dp ?
currTime dd ?
renewTime dd ?
generator dd ?
dhcpMsg dd ?
I_END_2:
path rb 1024+5
I_END:

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@ -0,0 +1,9 @@
[ipconfig]
; type should be static or zeroconf
; zeroconf means the service first tries to contact a DHCP server
; If dhcp is not available, it switches to link-local
type = zeroconf
ip = 192.168.1.150
gateway = 192.168.1.1
dns = 192.168.1.1
subnet = 255.255.255.0

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@ -1,287 +0,0 @@
; FAT12 boot sector for Kolibri OS
;
; Copyright (C) Alex Nogueira Teixeira
; Copyright (C) Diamond
; Copyright (C) Dmitry Kartashov aka shurf
;
; Distributed under GPL, see file COPYING for details
;
; Version 1.0
lf equ 0ah
cr equ 0dh
pos_read_tmp equ 0700h ;position for temporary read
boot_program equ 07c00h ;position for boot code
seg_read_kernel equ 01000h ;segment to kernel read
jmp start_program
nop
; Boot Sector and BPB Structure
include 'floppy1440.inc'
;include 'floppy2880.inc'
;include 'floppy1680.inc'
;include 'floppy1743.inc'
start_program:
xor ax,ax
mov ss,ax
mov sp,boot_program
push ss
pop ds
; print loading string
mov si,loading+boot_program
loop_loading:
lodsb
or al,al
jz read_root_directory
mov ah,0eh
mov bx,7
int 10h
jmp loop_loading
read_root_directory:
push ss
pop es
; calculate some disk parameters
; - beginning sector of RootDir
mov ax,word [BPB_FATSz16+boot_program]
xor cx,cx
mov cl,byte [BPB_NumFATs+boot_program]
mul cx
add ax,word [BPB_RsvdSecCnt+boot_program]
mov word [FirstRootDirSecNum+boot_program],ax ; 19
mov si,ax
; - count of sectors in RootDir
mov bx,word [BPB_BytsPerSec+boot_program]
mov cl,5 ; divide ax by 32
shr bx,cl ; bx = directory entries per sector
mov ax,word [BPB_RootEntCnt+boot_program]
xor dx,dx
div bx
mov word [RootDirSecs+boot_program],ax ; 14
; - data start
add si,ax ; add beginning sector of RootDir and count sectors in RootDir
mov word [data_start+boot_program],si ; 33
; reading root directory
; al=count root dir sectrors !!!! TODO: al, max 255 sectors !!!!
mov ah,2 ; read
push ax
mov ax,word [FirstRootDirSecNum+boot_program]
call conv_abs_to_THS ; convert abs sector (AX) to BIOS T:H:S (track:head:sector)
pop ax
mov bx,pos_read_tmp ; es:bx read buffer
call read_sector
mov si,bx ; read buffer address: es:si
mov ax,[RootDirSecs+boot_program]
mul word [BPB_BytsPerSec+boot_program]
add ax,si ; AX = end of root dir. in buffer pos_read_tmp
; find kernel file in root directory
loop_find_dir_entry:
push si
mov cx,11
mov di,kernel_name+boot_program
rep cmpsb ; compare es:si and es:di, cx bytes long
pop si
je found_kernel_file
add si,32 ; next dir. entry
cmp si,ax ; end of directory
jb loop_find_dir_entry
file_error_message:
mov si,error_message+boot_program
loop_error_message:
lodsb
or al,al
jz freeze_pc
mov ah,0eh
mov bx,7
int 10h
jmp loop_error_message
freeze_pc:
jmp $ ; endless loop
; === KERNEL FOUND. LOADING... ===
found_kernel_file:
mov bp,[si+01ah] ; first cluster of kernel file
; <diamond>
mov [cluster1st+boot_program],bp ; starting cluster of kernel file
; <\diamond>
; reading first FAT table
mov ax,word [BPB_RsvdSecCnt+boot_program] ; begin first FAT abs sector number
call conv_abs_to_THS ; convert abs sector (AX) to BIOS T:H:S (track:head:sector)
mov bx,pos_read_tmp ; es:bx read position
mov ah,2 ; ah=2 (read)
mov al, byte [BPB_FATSz16+boot_program] ; FAT size in sectors (TODO: max 255 sectors)
call read_sector
jc file_error_message ; read error
mov ax,seg_read_kernel
mov es,ax
xor bx,bx ; es:bx = 1000h:0000h
; reading kernel file
loop_obtains_kernel_data:
; read one cluster of file
call obtain_cluster
jc file_error_message ; read error
; add one cluster length to segment:offset
push bx
mov bx,es
mov ax,word [BPB_BytsPerSec+boot_program] ;\
movsx cx,byte [BPB_SecPerClus+boot_program] ; | !!! TODO: !!!
mul cx ; | out this from loop !!!
shr ax,4 ;/
add bx,ax
mov es,bx
pop bx
mov di,bp
shr di,1
pushf
add di,bp ; di = bp * 1.5
add di,pos_read_tmp
mov ax,[di] ; read next entry from FAT-chain
popf
jc move_4_right
and ax,0fffh
jmp verify_end_sector
move_4_right:
mov cl,4
shr ax,cl
verify_end_sector:
cmp ax,0ff8h ; last cluster
jae execute_kernel
mov bp,ax
jmp loop_obtains_kernel_data
execute_kernel:
; <diamond>
mov ax,'KL'
push 0
pop ds
mov si,loader_block+boot_program
; </diamond>
push word seg_read_kernel
push word 0
retf ; jmp far 1000:0000
;------------------------------------------
; loading cluster from file to es:bx
obtain_cluster:
; bp - cluster number to read
; carry = 0 -> read OK
; carry = 1 -> read ERROR
; print one dot
push bx
mov ax,0e2eh ; ah=0eh (teletype), al='.'
xor bh,bh
int 10h
; convert cluster number to sector number
mov ax,bp ; data cluster to read
sub ax,2
xor bx,bx
mov bl,byte [BPB_SecPerClus+boot_program]
mul bx
add ax,word [data_start+boot_program]
pop bx
writesec:
call conv_abs_to_THS ; convert abs sector (AX) to BIOS T:H:S (track:head:sector)
patchhere:
mov ah,2 ; ah=2 (read)
mov al,byte [BPB_SecPerClus+boot_program] ; al=(one cluster)
call read_sector
retn
;------------------------------------------
;------------------------------------------
; read sector from disk
read_sector:
push bp
mov bp,20 ; try 20 times
newread:
dec bp
jz file_error_message
push ax bx cx dx
int 13h
pop dx cx bx ax
jc newread
pop bp
retn
;------------------------------------------
; convert abs. sector number (AX) to BIOS T:H:S
; sector number = (abs.sector%BPB_SecPerTrk)+1
; pre.track number = (abs.sector/BPB_SecPerTrk)
; head number = pre.track number%BPB_NumHeads
; track number = pre.track number/BPB_NumHeads
; Return: cl - sector number
; ch - track number
; dl - drive number (0 = a:)
; dh - head number
conv_abs_to_THS:
push bx
mov bx,word [BPB_SecPerTrk+boot_program]
xor dx,dx
div bx
inc dx
mov cl, dl ; cl = sector number
mov bx,word [BPB_NumHeads+boot_program]
xor dx,dx
div bx
; !!!!!!! ax = track number, dx = head number
mov ch,al ; ch=track number
xchg dh,dl ; dh=head number
mov dl,0 ; dl=0 (drive 0 (a:))
pop bx
retn
;------------------------------------------
loading db cr,lf,'Starting system ',00h
error_message db 13,10
kernel_name db 'KERNEL MNT ?',cr,lf,00h
FirstRootDirSecNum dw ?
RootDirSecs dw ?
data_start dw ?
; <diamond>
write1st:
push cs
pop ds
mov byte [patchhere+1+boot_program], 3 ; change ah=2 to ah=3
mov ax,[cluster1st+boot_program]
push 1000h
pop es
xor bx,bx
call writesec
mov byte [patchhere+1+boot_program], 2 ; change back ah=3 to ah=2
retf
cluster1st dw ?
loader_block:
db 1
dw 0
dw write1st+boot_program
dw 0
; <\diamond>
times 0x1fe-$ db 00h
db 55h,0aah ;boot signature

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@ -1,19 +0,0 @@
BS_OEMName db 'KOLIBRI ' ; db 8
BPB_BytsPerSec dw 512 ; bytes per sector
BPB_SecPerClus db 1 ; sectors per cluster
BPB_RsvdSecCnt dw 1 ; number of reserver sectors
BPB_NumFATs db 2 ; count of FAT data structures
BPB_RootEntCnt dw 224 ; count of 32-byte dir. entries (224*32 = 14 sectors)
BPB_TotSec16 dw 2880 ; count of sectors on the volume (2880 for 1.44 mbytes disk)
BPB_Media db 0f0h ; f0 - used for removable media
BPB_FATSz16 dw 9 ; count of sectors by one copy of FAT
BPB_SecPerTrk dw 18 ; sectors per track
BPB_NumHeads dw 2 ; number of heads
BPB_HiddSec dd 0 ; count of hidden sectors
BPB_TotSec32 dd 0 ; count of sectors on the volume (if > 65535)
BS_DrvNum db 0 ; int 13h drive number
BS_Reserved db 0 ; reserved
BS_BootSig db 29h ; Extended boot signature
BS_VolID dd 0 ; Volume serial number
BS_VolLab db 'KOLIBRI ' ; Volume label (db 11)
BS_FilSysType db 'FAT12 ' ; file system type (db 8)

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@ -1,19 +0,0 @@
BS_OEMName db 'KOLIBRI ' ; db 8
BPB_BytsPerSec dw 512 ; bytes per sector
BPB_SecPerClus db 1 ; sectors per cluster
BPB_RsvdSecCnt dw 1 ; number of reserver sectors
BPB_NumFATs db 2 ; count of FAT data structures
BPB_RootEntCnt dw 112 ; count of 32-byte dir. entries (112*32 = 7 sectors)
BPB_TotSec16 dw 3360 ; count of sectors on the volume (3360 for 1.68 mbytes disk)
BPB_Media db 0f0h ; f0 - used for removable media
BPB_FATSz16 dw 10 ; count of sectors by one copy of FAT
BPB_SecPerTrk dw 21 ; sectors per track
BPB_NumHeads dw 2 ; number of heads
BPB_HiddSec dd 0 ; count of hidden sectors
BPB_TotSec32 dd 0 ; count of sectors on the volume (if > 65535)
BS_DrvNum db 0 ; int 13h drive number
BS_Reserved db 0 ; reserved
BS_BootSig db 29h ; Extended boot signature
BS_VolID dd 0 ; Volume serial number
BS_VolLab db 'KOLIBRI ' ; Volume label (db 11)
BS_FilSysType db 'FAT12 ' ; file system type (db 8)

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@ -1,19 +0,0 @@
BS_OEMName db 'KOLIBRI ' ; db 8
BPB_BytsPerSec dw 512 ; bytes per sector
BPB_SecPerClus db 1 ; sectors per cluster
BPB_RsvdSecCnt dw 1 ; number of reserver sectors
BPB_NumFATs db 2 ; count of FAT data structures
BPB_RootEntCnt dw 224 ; count of 32-byte dir. entries (224*32 = 14 sectors)
BPB_TotSec16 dw 3486 ; count of sectors on the volume (3486 for 1.74 mbytes disk)
BPB_Media db 0f0h ; f0 - used for removable media
BPB_FATSz16 dw 11 ; count of sectors by one copy of FAT
BPB_SecPerTrk dw 21 ; sectors per track
BPB_NumHeads dw 2 ; number of heads
BPB_HiddSec dd 0 ; count of hidden sectors
BPB_TotSec32 dd 0 ; count of sectors on the volume (if > 65535)
BS_DrvNum db 0 ; int 13h drive number
BS_Reserved db 0 ; reserved
BS_BootSig db 29h ; Extended boot signature
BS_VolID dd 0 ; Volume serial number
BS_VolLab db 'KOLIBRI ' ; Volume label (db 11)
BS_FilSysType db 'FAT12 ' ; file system type (db 8)

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@ -1,19 +0,0 @@
BS_OEMName db 'KOLIBRI ' ; db 8
BPB_BytsPerSec dw 512 ; bytes per sector
BPB_SecPerClus db 2 ; sectors per cluster
BPB_RsvdSecCnt dw 1 ; number of reserver sectors
BPB_NumFATs db 2 ; count of FAT data structures
BPB_RootEntCnt dw 240 ; count of 32-byte dir. entries (240*32 = 15 sectors)
BPB_TotSec16 dw 5760 ; count of sectors on the volume (5760 for 2.88 mbytes disk)
BPB_Media db 0f0h ; f0 - used for removable media
BPB_FATSz16 dw 9 ; count of sectors by one copy of FAT
BPB_SecPerTrk dw 36 ; sectors per track
BPB_NumHeads dw 2 ; number of heads
BPB_HiddSec dd 0 ; count of hidden sectors
BPB_TotSec32 dd 0 ; count of sectors on the volume (if > 65535)
BS_DrvNum db 0 ; int 13h drive number
BS_Reserved db 0 ; reserved
BS_BootSig db 29h ; Extended boot signature
BS_VolID dd 0 ; Volume serial number
BS_VolLab db 'KOLIBRI ' ; Volume label (db 11)
BS_FilSysType db 'FAT12 ' ; file system type (db 8)

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@ -1,43 +0,0 @@
‡ £à㧮ç­ë© ᥪâ®à ¤«ï Ž‘ Š®«¨¡à¨ (FAT12, ¤¨áª¥â )
- Ž¯¨á ­¨¥
<20>®§¢®«ï¥â § £à㦠âì KERNEL.MNT á ¤¨áª¥â/®¡à §®¢
®¡êñ¬®¬ 1.44M, 1.68M, 1.72M ¨ 2.88M
„«ï ¢ë¡®à  ®¡êñ¬  ¤¨áª , ¤«ï ª®â®à®£® ­ ¤® ᮡà âì
§ £à㧮ç­ë© ᥪâ®à, ­¥®¡å®¤¨¬® ¢ ä ©«¥ boot_fat12.asm
à áª®¬¬¥­â¨à®¢ âì áâப㠢¨¤ :
include 'floppy????.inc'
¤«ï ­¥®¡å®¤¨¬®£® ®¡êñ¬  ¤¨áª . „®áâã¯­ë¥ ¢ à¨ ­âë:
floppy1440.inc,
floppy1680.inc,
floppy1743.inc ¨ floppy2880.inc
- ‘¡®àª 
fasm boot_fat12.asm
- „«ï § ¯¨á¨ § £à㧮筮£® ᥪâ®à  ­  ¤¨áª/®¡à § ¯®¤ Linux
¬®¦­® ¢®á¯®«ì§®¢ âìáï á«¥¤ãî饩 ª®¬ ­¤®©:
dd if=boot_fat12.bin of=288.img bs=512 count=1 conv=notrunc
---------------------------------------------------------------------
Floppy FAT12 boot sector for KolibriOS.
- Description
Allows booting KERNEL.MNT floppies/images
with volumes of 1.44M, 1.68M, 1.72M and 2.88M
To select the volume of the disk, which should gather
boot sector, it was necessary in file boot_fat12.asm
uncomment line:
include 'floppy????. inc'
for the necessary disk volume. Available options is:
floppy1440.inc,
floppy1680.inc,
floppy1743.inc and floppy2880.inc
- Compile
fasm boot_fat12.asm
- To write boot sector to the floppy/image under Linux
you can use the following command:
dd if=boot_fat12.bin of=288.img bs=512 count=1 conv=notrunc

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@ -1,518 +0,0 @@
--------p-155300-----------------------------
INT 15 - Advanced Power Management v1.0+ - INSTALLATION CHECK
AX = 5300h
BX = device ID of system BIOS (0000h)
Return: CF clear if successful
AH = major version (BCD)
AL = minor version (BCD)
BX = 504Dh ("PM")
CX = flags (see #00472)
CF set on error
AH = error code (06h,09h,86h) (see #00473)
BUG: early versions of the Award Modular BIOS with built-in APM support
reportedly do not set BX on return
Bitfields for APM flags:
Bit(s) Description (Table 00472)
0 16-bit protected mode interface supported
1 32-bit protected mode interface supported
2 CPU idle call reduces processor speed
3 BIOS power management disabled
4 BIOS power management disengaged (APM v1.1)
5-7 reserved
(Table 00473)
Values for APM error code:
01h power management functionality disabled
02h interface connection already in effect
03h interface not connected
04h real-mode interface not connected
05h 16-bit protected-mode interface already connected
06h 16-bit protected-mode interface not supported
07h 32-bit protected-mode interface already connected
08h 32-bit protected-mode interface not supported
09h unrecognized device ID
0Ah invalid parameter value in CX
0Bh (APM v1.1) interface not engaged
0Ch (APM v1.2) function not supported
0Dh (APM v1.2) Resume Timer disabled
0Eh-1Fh reserved for other interface and general errors
20h-3Fh reserved for CPU errors
40h-5Fh reserved for device errors
60h can't enter requested state
61h-7Fh reserved for other system errors
80h no power management events pending
81h-85h reserved for other power management event errors
86h APM not present
87h-9Fh reserved for other power management event errors
A0h-FEh reserved
FFh undefined
--------p-155301-----------------------------
INT 15 - Advanced Power Management v1.0+ - CONNECT REAL-MODE INTERFACE
AX = 5301h
BX = device ID of system BIOS (0000h)
Return: CF clear if successful
CF set on error
AH = error code (02h,05h,07h,09h) (see #00473)
Note: on connection, an APM v1.1 or v1.2 BIOS switches to APM v1.0
compatibility mode until it is informed that the user supports a
newer version of APM (see AX=530Eh)
SeeAlso: AX=5302h,AX=5303h,AX=5304h
--------p-155302-----------------------------
INT 15 R - Advanced Power Management v1.0+ - CONNECT 16-BIT PROTMODE INTERFACE
AX = 5302h
BX = device ID of system BIOS (0000h)
Return: CF clear if successful
AX = real-mode segment base address of protected-mode 16-bit code
segment
BX = offset of entry point
CX = real-mode segment base address of protected-mode 16-bit data
segment
---APM v1.1---
SI = APM BIOS code segment length
DI = APM BIOS data segment length
CF set on error
AH = error code (02h,05h,06h,07h,09h) (see #00473)
Notes: the caller must initialize two consecutive descriptors with the
returned segment base addresses; these descriptors must be valid
whenever the protected-mode interface is called, and will have
their limits arbitrarily set to 64K.
the protected mode interface is invoked by making a far call with the
same register values as for INT 15; it must be invoked while CPL=0,
the code segment descriptor must have a DPL of 0, the stack must be
in a 16-bit segment and have enough room for BIOS use and possible
interrupts, and the current I/O permission bit map must allow access
to the I/O ports used for power management.
functions 00h-03h are not available from protected mode
on connection, an APM v1.1 or v1.2 BIOS switches to APM v1.0
compatibility mode until it is informed that the user supports a
newer version of APM (see AX=530Eh)
SeeAlso: AX=5301h,AX=5303h,AX=5304h
--------p-155303-----------------------------
INT 15 - Advanced Power Management v1.0+ - CONNECT 32-BIT PROTMODE INTERFACE
AX = 5303h
BX = device ID of system BIOS (0000h)
Return: CF clear if successful
AX = real-mode segment base address of protected-mode 32-bit code
segment
EBX = offset of entry point
CX = real-mode segment base address of protected-mode 16-bit code
segment
DX = real-mode segment base address of protected-mode 16-bit data
segment
---APM v1.1---
SI = APM BIOS code segment length
DI = APM BIOS data segment length
CF set on error
AH = error code (02h,05h,07h,08h,09h) (see #00473)
Notes: the caller must initialize three consecutive descriptors with the
returned segment base addresses for 32-bit code, 16-bit code, and
16-bit data, respectively; these descriptors must be valid whenever
the protected-mode interface is called, and will have their limits
arbitrarily set to 64K.
the protected mode interface is invoked by making a far call to the
32-bit code segment with the same register values as for INT 15; it
must be invoked while CPL=0, the code segment descriptor must have a
DPL of 0, the stack must be in a 32-bit segment and have enough room
for BIOS use and possible interrupts, and the current I/O permission
bit map must allow access to the I/O ports used for power management.
functions 00h-03h are not available from protected mode
on connection, an APM v1.1 or v1.2 BIOS switches to APM v1.0
compatibility mode until it is informed that the user supports a
newer version of APM (see AX=530Eh)
SeeAlso: AX=5301h,AX=5302h,AX=5304h
--------p-155304-----------------------------
INT 15 - Advanced Power Management v1.0+ - DISCONNECT INTERFACE
AX = 5304h
BX = device ID of system BIOS (0000h)
Return: CF clear if successful
CF set on error
AH = error code (03h,09h) (see #00473)
SeeAlso: AX=5301h,AX=5302h,AX=5303h
--------p-155305-----------------------------
INT 15 - Advanced Power Management v1.0+ - CPU IDLE
AX = 5305h
Return: CF clear if successful (after system leaves idle state)
CF set on error
AH = error code (03h,0Bh) (see #00473)
Notes: call when the system is idle and should be suspended until the next
system event or interrupt
should not be called from within a hardware interrupt handler to avoid
reentrance problems
if an interrupt causes the system to resume normal processing, the
interrupt may or may not have been handled when the BIOS returns
from this call; thus, the caller should allow interrupts on return
interrupt handlers may not retain control if the BIOS allows
interrupts while in idle mode even if they are able to determine
that they were called from idle mode
the caller should issue this call continuously in a loop until it needs
to perform some processing of its own
SeeAlso: AX=1000h,AX=5306h,INT 2F/AX=1680h
--------p-155306-----------------------------
INT 15 - Advanced Power Management v1.0+ - CPU BUSY
AX = 5306h
Return: CF clear if successful
CF set on error
AH = error code (03h,0Bh) (see #00473)
Notes: called to ensure that the system runs at full speed even on systems
where the BIOS is unable to recognize increased activity (especially
if interrupts are hooked by other programs and not chained to the
BIOS)
this call may be made even when the system is already running at full
speed, but it will create unnecessary overhead
should not be called from within a hardware interrupt handler to avoid
reentrance problems
SeeAlso: AX=5305h
--------p-155307-----------------------------
INT 15 - Advanced Power Management v1.0+ - SET POWER STATE
AX = 5307h
BX = device ID (see #00474)
CX = system state ID (see #00475)
Return: CF clear if successful
CF set on error
AH = error code (01h,03h,09h,0Ah,0Bh,60h) (see #00473)
Note: should not be called from within a hardware interrupt handler to avoid
reentrance problems
SeeAlso: AX=530Ch
(Table 00474)
Values for APM device IDs:
0000h system BIOS
0001h all devices for which the system BIOS manages power
01xxh display (01FFh for all attached display devices)
02xxh secondary storage (02FFh for all attached secondary storage devices)
03xxh parallel ports (03FFh for all attached parallel ports)
04xxh serial ports (04FFh for all attached serial ports)
---APM v1.1+ ---
05xxh network adapters (05FFh for all attached network adapters)
06xxh PCMCIA sockets (06FFh for all)
0700h-7FFFh reserved
80xxh system battery devices (APM v1.2)
8100h-DFFFh reserved
Exxxh OEM-defined power device IDs
F000h-FFFFh reserved
(Table 00475)
Values for system state ID:
0000h ready (not supported for device ID 0001h)
0001h stand-by
0002h suspend
0003h off (not supported for device ID 0001h in APM v1.0)
---APM v1.1---
0004h last request processing notification (only for device ID 0001h)
0005h last request rejected (only for device ID 0001h)
0006h-001Fh reserved system states
0020h-003Fh OEM-defined system states
0040h-007Fh OEM-defined device states
0080h-FFFFh reserved device states
--------p-155307CX0001-----------------------
INT 15 - Advanced Power Management v1.0+ - SYSTEM STAND-BY
AX = 5307h
CX = 0001h
BX = 0001h (device ID for all power-managed devices)
Return: CF clear
Notes: puts the entire system into stand-by mode; normally called in response
to a System Stand-by Request notification after any necessary
processing, but may also be invoked at the caller's discretion
should not be called from within a hardware interrupt handler to avoid
reentrance problems
the stand-by state is typically exited on an interrupt
SeeAlso: AX=4280h,AX=5307h/CX=0002h"SUSPEND",AX=5307h/CX=0003h,AX=530Bh
--------p-155307CX0002-----------------------
INT 15 - Advanced Power Management v1.0+ - SUSPEND SYSTEM
AX = 5307h
CX = 0002h
BX = 0001h (device ID for all power-managed devices)
Return: after system is resumed
CF clear
Notes: puts the entire system into a low-power suspended state; normally
called in response to a Suspend System Request notification after
any necessary processing, but may also be invoked at the caller's
discretion
should not be called from within a hardware interrupt handler to avoid
reentrance problems
the caller may need to update its date and time values because the
system could have been suspended for a long period of time
SeeAlso: AX=5307h/CX=0001h"STAND-BY",AX=530Bh
--------p-155307CX0003-----------------------
INT 15 - Advanced Power Management v1.2 - TURN OFF SYSTEM
AX = 5307h
CX = 0003h
BX = 0001h (device ID for all power-managed devices)
Return: after system is resumed
CF clear
Notes: if supported by the system's power supply, turns off the system power
SeeAlso: AX=5307h/CX=0001h"STAND-BY",AX=530Bh
--------p-155308-----------------------------
INT 15 - Advanced Power Management v1.0+ - ENABLE/DISABLE POWER MANAGEMENT
AX = 5308h
BX = device ID for all devices power-managed by APM
0001h (APM v1.1+)
FFFFh (APM v1.0)
CX = new state
0000h disabled
0001h enabled
Return: CF clear if successful
CF set on error
AH = error code (01h,03h,09h,0Ah,0Bh) (see #00473)
Notes: when power management is disabled, the system BIOS will not
automatically power down devices, enter stand-by or suspended mode,
or perform any power-saving actions in response to AX=5305h calls
should not be called from within a hardware interrupt handler to avoid
reentrance problems
the APM BIOS should never be both disabled and disengaged at the same
time
SeeAlso: AX=5309h,AX=530Dh,AX=530Fh
--------p-155309-----------------------------
INT 15 - Advanced Power Management v1.0+ - RESTORE POWER-ON DEFAULTS
AX = 5309h
BX = device ID for all devices power-managed by APM
0001h (APM v1.1)
FFFFh (APM v1.0)
Return: CF clear if successful
CF set on error
AH = error code (03h,09h,0Bh) (see #00473)
Note: should not be called from within a hardware interrupt handler to avoid
reentrance problems
SeeAlso: AX=5308h
--------p-15530A-----------------------------
INT 15 - Advanced Power Management v1.0+ - GET POWER STATUS
AX = 530Ah
BX = device ID
0001h all devices power-managed by APM
80xxh specific battery unit number XXh (01h-FFh) (APM v1.2)
Return: CF clear if successful
BH = AC line status
00h off-line
01h on-line
02h on backup power (APM v1.1)
FFh unknown
other reserved
BL = battery status (see #00476)
CH = battery flag (APM v1.1+) (see #00477)
CL = remaining battery life, percentage
00h-64h (0-100) percentage of full charge
FFh unknown
DX = remaining battery life, time (APM v1.1) (see #00478)
---if specific battery unit specified---
SI = number of battery units currently installed
CF set on error
AH = error code (09h,0Ah) (see #00473)
Notes: should not be called from within a hardware interrupt handler to avoid
reentrance problems
supported in real mode (INT 15) and both 16-bit and 32-bit protected
mode
(Table 00476)
Values for APM v1.0+ battery status:
00h high
01h low
02h critical
03h charging
FFh unknown
other reserved
SeeAlso: #00477,#00478
Bitfields for APM v1.1+ battery flag:
Bit(s) Description (Table 00477)
0 high
1 low
2 critical
3 charging
4 selected battery not present (APM v1.2)
5-6 reserved (0)
7 no system battery
Note: all bits set (FFh) if unknown
SeeAlso: #00476,#00478
Bitfields for APM v1.1+ remaining battery life:
Bit(s) Description (Table 00478)
15 time units: 0=seconds, 1=minutes
14-0 battery life in minutes or seconds
Note: all bits set (FFFFh) if unknown
SeeAlso: #00476,#00477
--------p-15530B-----------------------------
INT 15 - Advanced Power Management v1.0+ - GET POWER MANAGEMENT EVENT
AX = 530Bh
Return: CF clear if successful
BX = event code (see #00479)
CX = event information (APM v1.2) if BX=0003h or BX=0004h
bit 0: PCMCIA socket was powered down in suspend state
CF set on error
AH = error code (03h,0Bh,80h) (see #00473)
Notes: although power management events are often asynchronous, notification
will not be made until polled via this call to permit software to
only receive event notification when it is prepared to process
power management events; since these events are not very time-
critical, it should be sufficient to poll once or twice per second
the critical resume notification is made after the system resumes
from an emergency suspension; normally, the system BIOS only notifies
its partner that it wishes to suspend and relies on the partner to
actually request the suspension, but no notification is made on an
emergency suspension
should not be called from within a hardware interrupt handler to avoid
reentrance problems
SeeAlso: AX=5307h,AX=5307h/CX=0001h"STAND-BY",AX=5307h/CX=0002h"SUSPEND"
(Table 00479)
Values for APM event code:
0001h system stand-by request
0002h system suspend request
0003h normal resume system notification
0004h critical resume system notification
0005h battery low notification
---APM v1.1---
0006h power status change notification
0007h update time notification
0008h critical system suspend notification
0009h user system standby request notification
000Ah user system suspend request notification
000Bh system standby resume notification
---APM v1.2---
000Ch capabilities change notification (see AX=5310h)
------
000Dh-00FFh reserved system events
01xxh reserved device events
02xxh OEM-defined APM events
0300h-FFFFh reserved
--------p-15530C-----------------------------
INT 15 - Advanced Power Management v1.1+ - GET POWER STATE
AX = 530Ch
BX = device ID (see #00474)
Return: CF clear if successful
CX = system state ID (see #00475)
CF set on error
AH = error code (01h,09h) (see #00473)
SeeAlso: AX=5307h
--------p-15530D-----------------------------
INT 15 - Advanced Power Management v1.1+ - EN/DISABLE DEVICE POWER MANAGEMENT
AX = 530Dh
BX = device ID (see #00474)
CX = function
0000h disable power management
0001h enable power management
Return: CF clear if successful
CF set on error
AH = error code (01h,03h,09h,0Ah,0Bh) (see #00473)
Desc: specify whether automatic power management should be active for a
given device
SeeAlso: AX=5308h,AX=530Fh
--------p-15530E-----------------------------
INT 15 - Advanced Power Management v1.1+ - DRIVER VERSION
AX = 530Eh
BX = device ID of system BIOS (0000h)
CH = APM driver major version (BCD)
CL = APM driver minor version (BCD) (02h for APM v1.2)
Return: CF clear if successful
AH = APM connection major version (BCD)
AL = APM connection minor version (BCD)
CF set on error
AH = error code (03h,09h,0Bh) (see #00473)
SeeAlso: AX=5300h,AX=5303h
--------p-15530F-----------------------------
INT 15 - Advanced Power Management v1.1+ - ENGAGE/DISENGAGE POWER MANAGEMENT
AX = 530Fh
BX = device ID (see #00474)
CX = function
0000h disengage power management
0001h engage power management
Return: CF clear if successful
CF set on error
AH = error code (01h,09h) (see #00473)
Notes: unlike AX=5308h, this call does not affect the functioning of the APM
BIOS
when cooperative power management is disengaged, the APM BIOS performs
automatic power management of the system or device
SeeAlso: AX=5308h,AX=530Dh
--------p-155310-----------------------------
INT 15 - Advanced Power Management v1.2 - GET CAPABILITIES
AX = 5310h
BX = device ID (see #00474)
0000h (APM BIOS)
other reserved
Return: CF clear if successful
BL = number of battery units supported (00h if no system batteries)
CX = capabilities flags (see #00480)
CF set on error
AH = error code (01h,09h,86h) (see #00473)
Notes: this function is supported via the INT 15, 16-bit protected mode, and
32-bit protected mode interfaces; it does not require that a
connection be established prior to use
this function will return the capabilities currently in effect, not
any new settings which have been made but do not take effect until
a system restart
SeeAlso: AX=5300h,AX=530Fh,AX=5311h,AX=5312h,AX=5313h
Bitfields for APM v1.2 capabilities flags:
Bit(s) Description (Table 00480)
15-8 reserved
7 PCMCIA Ring Indicator will wake up system from suspend mode
6 PCMCIA Ring Indicator will wake up system from standby mode
5 Resume on Ring Indicator will wake up system from suspend mode
4 Resume on Ring Indicator will wake up system from standby mode
3 resume timer will wake up system from suspend mode
2 resume timer will wake up system from standby mode
1 can enter global suspend state
0 can enter global standby state
--------p-155311-----------------------------
INT 15 - Advanced Power Management v1.2 - GET/SET/DISABLE RESUME TIMER
AX = 5311h
BX = device ID (see #00474)
0000h (APM BIOS)
other reserved
CL = function
00h disable Resume Timer
01h get Resume Timer
02h set Resume Timer
CH = resume time, seconds (BCD)
DL = resume time, minutes (BCD)
DH = resume time, hours (BCD)
SI = resume date (BCD), high byte = month, low byte = day
DI = resume date, year (BCD)
Return: CF clear if successful
---if getting timer---
CH = resume time, seconds (BCD)
DL = resume time, minutes (BCD)
DH = resume time, hours (BCD)
SI = resume date (BCD), high byte = month, low byte = day
DI = resume date, year (BCD)
CF set on error
AH = error code (03h,09h,0Ah,0Bh,0Ch,0Dh,86h) (see #00473)
Notes: this function is supported via the INT 15, 16-bit protected mode, and
32-bit protected mode interfaces
SeeAlso: AX=5300h,AX=5310h,AX=5312h,AX=5313h
--------p-155312-----------------------------
INT 15 - Advanced Power Management v1.2 - ENABLE/DISABLE RESUME ON RING
AX = 5312h
BX = device ID (see #00474)
0000h (APM BIOS)
other reserved
CL = function
00h disable Resume on Ring Indicator
01h enable Resume on Ring Indicator
02h get Resume on Ring Indicator status
Return: CF clear if successful
CX = resume status (0000h disabled, 0001h enabled)
CF set on error
AH = error code (03h,09h,0Ah,0Bh,0Ch,86h) (see #00473)
Notes: this function is supported via the INT 15, 16-bit protected mode, and
32-bit protected mode interfaces
SeeAlso: AX=5300h,AX=5310h,AX=5311h,AX=5313h
--------p-155313-----------------------------
INT 15 - Advanced Power Management v1.2 - ENABLE/DISABLE TIMER-BASED REQUESTS
AX = 5313h
BX = device ID (see #00474)
0000h (APM BIOS)
other reserved
CL = function
00h disable timer-based requests
01h enable timer-based requests
02h get timer-based requests status
Return: CF clear if successful
CX = timer-based requests status (0000h disabled, 0001h enabled)
CF set on error
AH = error code (03h,09h,0Ah,0Bh,86h) (see #00473)
Notes: this function is supported via the INT 15, 16-bit protected mode, and
32-bit protected mode interfaces
some BIOSes set AH on return even when successful
SeeAlso: AX=5300h,AX=5310h,AX=5311h,AX=5312h

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; (english text below)
;------------------------------------------
; Èíòåðôåéñ ñîõðàíåíèÿ ïàðàìåòðîâ
;------------------------------------------
Åñëè ïðè ïåðåäà÷å óïðàâëåíèÿ ÿäðó çàãðóç÷èê óñòàíàâëèâàåò AX='KL',
òî â DS:SI ÿäðî îæèäàåò äàëüíåãî óêàçàòåëÿ íà ñëåäóþùóþ ñòðóêòóðó:
db âåðñèÿ ñòðóêòóðû, äîëæíà áûòü 1
dw ôëàãè:
áèò 0 óñòàíîâëåí = ïðèñóòñòâóåò îáðàç ðàìäèñêà â ïàìÿòè
dd äàëüíèé óêàçàòåëü íà ïðîöåäóðó ñîõðàíåíèÿ ïàðàìåòðîâ
ìîæåò áûòü 0, åñëè çàãðóç÷èê íå ïîääåðæèâàåò
Ïðîöåäóðà ñîõðàíåíèÿ ïàðàìåòðîâ äîëæíà çàïèñàòü ïåðâûé ñåêòîð ÿäðà
kernel.mnt íàçàä íà òî ìåñòî, îòêóäà îíà åãî ñ÷èòàëà; âîçâðàò èç
ïðîöåäóðû îñóùåñòâëÿåòñÿ ïî retf.
;------------------------------------------
; Óêàçàíèå çàãðóç÷èêîì ñèñòåìíîãî êàòàëîãà
;------------------------------------------
Ïåðåä ïåðåäà÷åé óïðàâëåíèÿ ÿäðó ìîãóò áûòü óñòàíîâëåíû ñëåäóþùèå ðåãèñòðû:
CX='HA'
DX='RD'
Ýòî óêàçûâàåò íà òî, ÷òî ðåãèñòð BX óêàçûâàåò íà ñèñòåìíûé ðàçäåë. Êàòàëîã /kolibri/ íà
ýòîì ðàçäåëå ÿâëÿåòñÿ ñèñòåìíûì, ê íåìó ìîæíî îáðàùàòüñÿ êàê ê /sys/
Âîçìîæíûå çíà÷åíèÿ ðåãèñòðà BL (óêàçûâàåò íà óñòðîéñòâî):
'a' - Primary Master
'b' - Primary Slave
'c' - Secondary Master
'd' - Secondary Slave
'r' - RAM äèñê
'm' - Ïðèâîäû CD-ROM
Âîçìîæíûå çíà÷åíèÿ ðåãèñòðà BH (óêàçûâàåò íà ðàçäåë):
äëÿ BL='a','b','c','d','r' - óêàçûâàåò íà ðàçäåë, ãäå ðàñïîëîæåí ñèñòåìíûé êàòàëîã
äëÿ BL='m',óêàçûâàåò íà íîìåð ôèçè÷åñêîãî óñòðîéñòâà, ñ êîòîðîãî íàäî íà÷èíàòü ïîèñê ñèñòåìíîãî êàòàëîãà.
ïðèìåðû çíà÷åíèé ðåãèñòðà BX:
'a1' - /hd0/1/
'a2' - /hd0/2/
'b1' - /hd1/1/
'd4' - /hd3/4/
'm0' - ïîèñê ïî ñèäþêàì êàòàëîãà kolibri
'r1' - /rd/1/
;------------------------------------------
; Interface for saving boot-screen settings
;------------------------------------------
If a loader sets AX='KL' when transferring control to the kernel,
the kernel expects in DS:SI far pointer to the following structure:
db structure version, must be 1
dw flags
bit 0 set = ramdisk image in memory is present
dd far pointer to save settings procedure
may be 0 if such procedure is not supported by loader
Procedure for saving settings must write the first sector of the kernel
kernel.mnt back to the place, from where it has been read; return from
this procedure must be with retf.
;------------------------------------------
; System directory information from loader
;------------------------------------------
Before transfer of control to the kernel following registers can be set:
CX = 'HA'
DX = 'RD'
This indicates that the register BX identifies system partition. The folder /kolibri/ in
this partition is system folder, it can be referenced as /sys/
Possible values for register BL (indicates the device):
'a' - Primary Master
'b' - Primary Slave
'c' - Secondary Master
'd' - Secondary Slave
'r' - RAM disc
'm' - ROM drives
Possible values for register BH (indicates section):
for BL = 'a', 'b', 'c', 'd', 'r' to denote partition where the system folder
for BL = 'm', indicates the number of physical devices, which must begin a systematic search directory.
Examples of register BX:
'a1' - /hd0/1/
'a2' - /hd0/2/
'b1' - /hd1/1/
'd4' - /hd3/4/
'm0' - search directory 'kolibri' by all CD-ROMs
'r1' - /rd/1/

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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Copyright (C) KolibriOS team 2004-2007. All rights reserved. ;;
;; Distributed under terms of the GNU General Public License ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
include 'me_skin.inc'
SKIN_PARAMS \
height = bmp_base.height,\ ; skin height
margins = [5:1:43:1],\ ; margins [left:top:right:bottom]
colors active = [binner=0x00081d:\ ; border inner color
bouter=0x00081d:\ ; border outer color
bframe=0x0054e7],\ ; border frame color
colors inactive = [binner=0x00081d:\ ; border inner color
bouter=0x00081d:\ ; border outer color
bframe=0x1a8acc],\ ; border frame color
dtp = 'myblue.dtp' ; dtp colors
SKIN_BUTTONS \
close = [-21:3][16:16],\ ; buttons coordinates
minimize = [-39:3][16:16] ; [left:top][width:height]
SKIN_BITMAPS \
left active = bmp_left,\ ; skin bitmaps pointers
left inactive = bmp_left1,\
oper active = bmp_oper,\
oper inactive = bmp_oper1,\
base active = bmp_base,\
base inactive = bmp_base1
BITMAP bmp_left ,'left.bmp' ; skin bitmaps
BITMAP bmp_oper ,'oper.bmp'
BITMAP bmp_base ,'base.bmp'
BITMAP bmp_left1,'left_1.bmp'
BITMAP bmp_oper1,'oper_1.bmp'
BITMAP bmp_base1,'base_1.bmp'

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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; ;;
;; Copyright (C) KolibriOS team 2004-2007. All rights reserved. ;;
;; Distributed under terms of the GNU General Public License ;;
;; ;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;============================================================================
; This file should be used to generate skins of new standard
;============================================================================
; skin file structure:
;----------------------------------------------------------------------------
; header:
; dd 'SKIN'
; dd = version (1 for now)
; dd @ params
; dd @ buttons
; dd @ bitmaps
; ...
;----------------------------------------------------------------------------
; NOTE: order of sections listed below is insignificant
; since they're identified by pointer in above header
;----------------------------------------------------------------------------
; ...
; params:
; dd = skin height
; dw = right margin
; dw = left margin
; dw = bottom margin
; dw = top margin
; dd = inner line color
; dd = outer line color
; dd = frame color
; dd = dtp file size
; ?? = dtp file itself
; ...
;----------------------------------------------------------------------------
; ...
; buttons:
; dd = button type (1 = close, 2 = minimize)
; dw = left button coord (could be negative)
; dw = top button coord (could be negative)
; dw = button width
; dw = button height
; ... etc for all buttons
; dd = 0 (end of buttons list)
; ...
;----------------------------------------------------------------------------
; ...
; bitmaps:
; dw = bitmap kind (1 = left, 2 = oper, 3 = base)
; dw = bitmap type (1 = active, 0 = inactive)
; dd @ bitmap
; ... etc for all bitmaps
; dd 0 (end of bitmaps list)
; ...
;----------------------------------------------------------------------------
; ...
; bitmap:
; dd = bitmap width
; dd = bitmap height
; ?? = raw bitmap data
; ... etc for all bitmaps
; ...
;============================================================================
dd 'SKIN',1,__params__,__buttons__,__bitmaps__
struc BITMAPFILEHEADER {
.bfType dw ? ; WORD
.bfSize dd ? ; DWORD
.bfReserved1 dw ? ; WORD
.bfReserved2 dw ? ; WORD
.bfOffBits dd ? ; DWORD
}
struc BITMAPINFOHEADER {
.biSize dd ? ; DWORD
.biWidth dd ? ; LONG
.biHeight dd ? ; LONG
.biPlanes dw ? ; WORD
.biBitCount dw ? ; WORD
.biCompression dd ? ; DWORD
.biSizeImage dd ? ; DWORD
.biXPelsPerMeter dd ? ; LONG
.biYPelsPerMeter dd ? ; LONG
.biClrUsed dd ? ; DWORD
.biClrImportant dd ? ; DWORD
}
struc _bmp {
.h BITMAPFILEHEADER
.i BITMAPINFOHEADER
}
virtual at 0
_bmp _bmp
end virtual
macro BITMAP _name*,_fname*
{
local w,h,a,r,g,b
virtual at 0
file _fname
load w dword from _bmp.i.biWidth
load h dword from _bmp.i.biHeight
end virtual
align 4
label _name
.width = w
.height = h
dd w,h
a=54+(w*3+(w mod 4))*(h-1)
size = $
repeat h
repeat w
virtual at 0
file _fname
load r from a+0
load g from a+1
load b from a+2
end virtual
db r,g,b
a=a+3
end repeat
a=a-w*3*2-(w mod 4)
end repeat
}
macro define_colors name,[col,val]
{
common
local a,b,c
forward
match =binner,col \{ a = val \}
match =bouter,col \{ b = val \}
match =bframe,col \{ c = val \}
common
name equ a,b,c
}
macro SKIN_PARAMS [a]
{
common
local _height,_margins,_colors,_colors_1,_dtp,_dtp_sz
__params__:
forward
match qq == ww,a
\{
match =height,qq \\{ _height = ww \\}
match =margins,qq \\{
match [q1:q2:q3:q4],ww
\\\{
_margins equ q3,q1,q4,q2
\\\}
\\}
match =colors =active,qq
\\{
match [q10==q11:q20==q21:q30==q31],ww
\\\{
define_colors _colors,q10,q11,q20,q21,q30,q31
\\\}
\\}
match =colors =inactive,qq
\\{
match [q10==q11:q20==q21:q30==q31],ww
\\\{
define_colors _colors_1,q10,q11,q20,q21,q30,q31
\\\}
\\}
match =dtp,qq \\{ _dtp equ ww \\}
\}
common
dd _height
dw _margins
dd _colors,_colors_1
virtual at 0
file _dtp
_dtp_sz = $
end virtual
dd _dtp_sz
file _dtp
}
macro SKIN_BUTTONS [a]
{
common
local btn
__buttons__:
forward
match qq == ww,a
\{
btn = 0
match =close,qq \\{ btn = 1 \\}
match =minimize,qq \\{ btn = 2 \\}
match [q1:q2][q3:q4],ww
\\{
if btn <> 0
dd btn
dw q1,q2,q3,q4
end if
\\}
\}
common
dd 0
}
macro SKIN_BITMAPS [a]
{
common
local bmp
__bitmaps__:
forward
match qq == ww,a
\{
bmp=-1
match qqq =active,qq \\{ bmp = 1 \\}
match qqq =inactive,qq \\{ bmp = 0 \\}
match =left qqq,qq
\\{
if bmp >= 0
dw 1,bmp
dd ww
end if
\\}
match =oper qqq,qq
\\{
if bmp >= 0
dw 2,bmp
dd ww
end if
\\}
match =base qqq,qq
\\{
if bmp >= 0
dw 3,bmp
dd ww
end if
\\}
\}
common
dd 0
}

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