;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;; ;; ;; Copyright (C) KolibriOS team 2004-2021. All rights reserved. ;; ;; Distributed under terms of the GNU General Public License ;; ;; ;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; $Revision$ dpl0 = 10010000b ; data read dpl0 drw0 = 10010010b ; data read/write dpl0 drw3 = 11110010b ; data read/write dpl3 cpl0 = 10011010b ; code read dpl0 cpl3 = 11111010b ; code read dpl3 D32 = 01000000b ; 32bit segment G32 = 10000000b ; page gran ;;;;;;;;;;; task manager errors ;;;;;;;;;; ERROR_OUT_OF_MEMORY = 30 ; 0x1E ERROR_NOT_A_EXECUTABLE = 31 ; 0x1F ERROR_TOO_MANY_PROCESSES = 32 ; 0x20 ;;;;;;;;;;;;cpu_caps flags;;;;;;;;;;;;;;;; CPU_386 = 3 CPU_486 = 4 CPU_PENTIUM = 5 CPU_P6 = 6 CPU_PENTIUM4 = 0x0F CAPS_FPU = 00 ;on-chip x87 floating point unit CAPS_VME = 01 ;virtual-mode enhancements CAPS_DE = 02 ;debugging extensions CAPS_PSE = 03 ;page-size extensions CAPS_TSC = 04 ;time stamp counter CAPS_MSR = 05 ;model-specific registers CAPS_PAE = 06 ;physical-address extensions CAPS_MCE = 07 ;machine check exception CAPS_CX8 = 08 ;CMPXCHG8B instruction CAPS_APIC = 09 ;on-chip advanced programmable ;interrupt controller ; 10 ;unused CAPS_SEP = 11 ;SYSENTER and SYSEXIT instructions CAPS_MTRR = 12 ;memory-type range registers CAPS_PGE = 13 ;page global extension CAPS_MCA = 14 ;machine check architecture CAPS_CMOV = 15 ;conditional move instructions CAPS_PAT = 16 ;page attribute table CAPS_PSE36 = 17 ;page-size extensions CAPS_PSN = 18 ;processor serial number CAPS_CLFLUSH = 19 ;CLFUSH instruction CAPS_DS = 21 ;debug store CAPS_ACPI = 22 ;thermal monitor and software ;controlled clock supported CAPS_MMX = 23 ;MMX instructions CAPS_FXSR = 24 ;FXSAVE and FXRSTOR instructions CAPS_SSE = 25 ;SSE instructions CAPS_SSE2 = 26 ;SSE2 instructions CAPS_SS = 27 ;self-snoop CAPS_HTT = 28 ;hyper-threading technology CAPS_TM = 29 ;thermal monitor supported CAPS_IA64 = 30 ;IA64 capabilities CAPS_PBE = 31 ;pending break enable ;ecx CAPS_SSE3 = 32 ;SSE3 instructions ; 33 ; 34 CAPS_MONITOR = 35 ;MONITOR/MWAIT instructions CAPS_DS_CPL = 36 ; CAPS_VMX = 37 ;virtual mode extensions ; 38 ; CAPS_EST = 39 ;enhansed speed step CAPS_TM2 = 40 ;thermal monitor2 supported ; 41 CAPS_CID = 42 ; ; 43 ; 44 CAPS_CX16 = 45 ;CMPXCHG16B instruction CAPS_xTPR = 46 ; CAPS_XSAVE = 32 + 26 ; XSAVE and XRSTOR instructions CAPS_OSXSAVE = 32 + 27 ; A value of 1 indicates that the OS has set CR4.OSXSAVE[bit 18] to enable ; XSETBV/XGETBV instructions to access XCR0 and to support processor extended ; state management using XSAVE/XRSTOR. CAPS_AVX = 32 + 28 ; not AVX2 ; ;reserved ; ;ext edx /ecx CAPS_SYSCAL = 64 ; CAPS_XD = 65 ;execution disable CAPS_FFXSR = 66 ; CAPS_RDTSCP = 67 ; CAPS_X64 = 68 ; CAPS_3DNOW = 69 ; CAPS_3DNOWEXT = 70 ; CAPS_LAHF = 71 ; CAPS_CMP_LEG = 72 ; CAPS_SVM = 73 ;secure virual machine CAPS_ALTMOVCR8 = 74 ; ; CPU MSR names MSR_SYSENTER_CS = 0x174 MSR_SYSENTER_ESP = 0x175 MSR_SYSENTER_EIP = 0x176 MSR_CR_PAT = 0x277 MSR_MTRR_DEF_TYPE = 0x2FF MSR_AMD_EFER = 0xC0000080 ; Extended Feature Enable Register MSR_AMD_STAR = 0xC0000081 ; SYSCALL/SYSRET Target Address Register CR0_PE = 0x00000001 ;protected mode CR0_MP = 0x00000002 ;monitor fpu CR0_EM = 0x00000004 ;fpu emulation CR0_TS = 0x00000008 ;task switch CR0_ET = 0x00000010 ;extension type hardcoded to 1 CR0_NE = 0x00000020 ;numeric error CR0_WP = 0x00010000 ;write protect CR0_AM = 0x00040000 ;alignment check CR0_NW = 0x20000000 ;not write-through CR0_CD = 0x40000000 ;cache disable CR0_PG = 0x80000000 ;paging CR4_VME = 0x000001 CR4_PVI = 0x000002 CR4_TSD = 0x000004 CR4_DE = 0x000008 CR4_PSE = 0x000010 CR4_PAE = 0x000020 CR4_MCE = 0x000040 CR4_PGE = 0x000080 CR4_PCE = 0x000100 CR4_OSFXSR = 0x000200 CR4_OSXMMEXPT = 0x000400 CR4_OSXSAVE = 0x040000 XCR0_FPU_MMX = 0x0001 XCR0_SSE = 0x0002 XCR0_AVX = 0x0004 XCR0_MPX = 0x0018 XCR0_AVX512 = 0x00e0 MXCSR_IE = 0x0001 MXCSR_DE = 0x0002 MXCSR_ZE = 0x0004 MXCSR_OE = 0x0008 MXCSR_UE = 0x0010 MXCSR_PE = 0x0020 MXCSR_DAZ = 0x0040 MXCSR_IM = 0x0080 MXCSR_DM = 0x0100 MXCSR_ZM = 0x0200 MXCSR_OM = 0x0400 MXCSR_UM = 0x0800 MXCSR_PM = 0x1000 MXCSR_FZ = 0x8000 MXCSR_INIT = MXCSR_IM + MXCSR_DM + MXCSR_ZM + MXCSR_OM + MXCSR_UM + MXCSR_PM EFLAGS_CF = 0x000001 ; carry flag EFLAGS_PF = 0x000004 ; parity flag EFLAGS_AF = 0x000010 ; auxiliary flag EFLAGS_ZF = 0x000040 ; zero flag EFLAGS_SF = 0x000080 ; sign flag EFLAGS_TF = 0x000100 ; trap flag EFLAGS_IF = 0x000200 ; interrupt flag EFLAGS_DF = 0x000400 ; direction flag EFLAGS_OF = 0x000800 ; overflow flag EFLAGS_IOPL = 0x003000 ; i/o priviledge level EFLAGS_NT = 0x004000 ; nested task flag EFLAGS_RF = 0x010000 ; resume flag EFLAGS_VM = 0x020000 ; virtual 8086 mode flag EFLAGS_AC = 0x040000 ; alignment check flag EFLAGS_VIF = 0x080000 ; virtual interrupt flag EFLAGS_VIP = 0x100000 ; virtual interrupt pending EFLAGS_ID = 0x200000 ; id flag IRQ_PIC = 0 IRQ_APIC = 1 struct TSS _back rw 2 _esp0 rd 1 _ss0 rw 2 _esp1 rd 1 _ss1 rw 2 _esp2 rd 1 _ss2 rw 2 _cr3 rd 1 _eip rd 1 _eflags rd 1 _eax rd 1 _ecx rd 1 _edx rd 1 _ebx rd 1 _esp rd 1 _ebp rd 1 _esi rd 1 _edi rd 1 _es rw 2 _cs rw 2 _ss rw 2 _ds rw 2 _fs rw 2 _gs rw 2 _ldt rw 2 _trap rw 1 _io rw 1 rb 24 _io_map_0 rb 4096 _io_map_1 rb 4096 ends DRIVE_DATA_SIZE = 16 OS_BASE = 0x80000000 window_data = OS_BASE + 0x0001000 TASK_TABLE = OS_BASE + 0x0003000 ;CURRENT_TASK = OS_BASE + 0x0003000 ;TASK_COUNT = OS_BASE + 0x0003004 TASK_BASE = OS_BASE + 0x0003010 TASK_DATA = OS_BASE + 0x0003020 ;TASK_EVENT = OS_BASE + 0x0003020 CDDataBuf = OS_BASE + 0x0005000 ;unused 0x6000 - 0x8fff BOOT_VARS = 0x9000 idts = OS_BASE + 0x000B100 WIN_STACK = OS_BASE + 0x000C000 WIN_POS = OS_BASE + 0x000C400 FDD_BUFF = OS_BASE + 0x000D000 ;512 WIN_TEMP_XY = OS_BASE + 0x000F300 KEY_COUNT = OS_BASE + 0x000F400 KEY_BUFF = OS_BASE + 0x000F401 ; 120*2 + 2*2 = 244 bytes, actually 255 bytes BTN_COUNT = OS_BASE + 0x000F500 BTN_BUFF = OS_BASE + 0x000F501 BTN_ADDR = OS_BASE + 0x000FE88 MEM_AMOUNT = OS_BASE + 0x000FE8C SYS_SHUTDOWN = OS_BASE + 0x000FF00 TMP_STACK_TOP = 0x007CC00 sys_proc = OS_BASE + 0x007E000 SLOT_BASE = OS_BASE + 0x0080000 VGABasePtr = OS_BASE + 0x00A0000 virtual at OS_BASE + 0x05FFF80 tss TSS end virtual HEAP_BASE = OS_BASE + 0x0800000 HEAP_MIN_SIZE = 0x01000000 page_tabs = 0xFDC00000 app_page_tabs = 0xFDC00000 kernel_tabs = page_tabs + (OS_BASE shr 10) ;0xFDE00000 master_tab = page_tabs + (page_tabs shr 10) ;0xFDFF70000 LFB_BASE = 0xFE000000 new_app_base = 0; twdw = TASK_TABLE - window_data std_application_base_address = new_app_base RING0_STACK_SIZE = 0x2000 REG_SS = RING0_STACK_SIZE - 4 REG_APP_ESP = RING0_STACK_SIZE - 8 REG_EFLAGS = RING0_STACK_SIZE - 12 REG_CS = RING0_STACK_SIZE - 16 REG_EIP = RING0_STACK_SIZE - 20 REG_EAX = RING0_STACK_SIZE - 24 REG_ECX = RING0_STACK_SIZE - 28 REG_EDX = RING0_STACK_SIZE - 32 REG_EBX = RING0_STACK_SIZE - 36 REG_ESP = RING0_STACK_SIZE - 40 ;RING0_STACK_SIZE-20 REG_EBP = RING0_STACK_SIZE - 44 REG_ESI = RING0_STACK_SIZE - 48 REG_EDI = RING0_STACK_SIZE - 52 REG_RET = RING0_STACK_SIZE - 56 ;irq0.return PAGE_SIZE = 4096 PG_UNMAP = 0x000 PG_READ = 0x001 PG_WRITE = 0x002 PG_USER = 0x004 PG_PCD = 0x008 PG_PWT = 0x010 PG_ACCESSED = 0x020 PG_DIRTY = 0x040 PG_PAT = 0x080 PG_GLOBAL = 0x100 PG_SHARED = 0x200 PG_SWR = 0x003 ; PG_WRITE + PG_READ PG_UR = 0x005 ; PG_USER + PG_READ PG_UWR = 0x007 ; PG_USER + PG_WRITE + PG_READ PG_NOCACHE = 0x018 ; PG_PCD + PG_PWT PDE_LARGE = 0x080 MEM_WB = 6 ; write-back memory MEM_WC = 1 ; write combined memory MEM_UC = 0 ; uncached memory PAT_WB = 0x000 PAT_WC = 0x008 PAT_UCM = 0x010 PAT_UC = 0x018 PAT_TYPE_UC = 0 PAT_TYPE_WC = 1 PAT_TYPE_WB = 6 PAT_TYPE_UCM = 7 PAT_VALUE = 0x00070106; (UC<<24)|(UCM<<16)|(WC<<8)|WB MAX_MEMMAP_BLOCKS = 32 EVENT_REDRAW = 0x00000001 EVENT_KEY = 0x00000002 EVENT_BUTTON = 0x00000004 EVENT_BACKGROUND = 0x00000010 EVENT_MOUSE = 0x00000020 EVENT_IPC = 0x00000040 EVENT_NETWORK = 0x00000080 EVENT_DEBUG = 0x00000100 EVENT_NETWORK2 = 0x00000200 EVENT_EXTENDED = 0x00000400 EV_INTR = 1 STDIN_FILENO = 0 STDOUT_FILENO = 1 STDERR_FILENO = 2 SYSTEM_SHUTDOWN = 2 SYSTEM_REBOOT = 3 SYSTEM_RESTART = 4 BLIT_CLIENT_RELATIVE = 0x20000000 struct SYSCALL_STACK _eip dd ? _edi dd ? ; +4 _esi dd ? ; +8 _ebp dd ? ; +12 _esp dd ? ; +16 _ebx dd ? ; +20 _edx dd ? ; +24 _ecx dd ? ; +28 _eax dd ? ; +32 ends struct LHEAD next dd ? ;next object in list prev dd ? ;prev object in list ends struct MUTEX_WAITER list LHEAD task dd ? type dd ? ends struct MUTEX wait_list LHEAD count dd ? ends struct RWSEM wait_list LHEAD count dd ? ends struct FUTEX list LHEAD magic dd ? handle dd ? destroy dd ? wait_list LHEAD pointer dd ? flags dd ? ends FUTEX_INIT = 0 FUTEX_DESTROY = 1 FUTEX_WAIT = 2 FUTEX_WAKE = 3 struct FILED list LHEAD magic rd 1 handle rd 1 destroy rd 1 mode rd 1 file rd 1 ends struct PIPE pipe_ops rd 1 buffer rd 1 readers rd 1 writers rd 1 pipe_lock MUTEX count rd 1 read_end rd 1 write_end rd 1 rlist LHEAD wlist LHEAD ends struct PROC list LHEAD thr_list LHEAD heap_lock MUTEX heap_base rd 1 heap_top rd 1 mem_used rd 1 dlls_list_ptr rd 1 pdt_0_phys rd 1 pdt_1_phys rd 1 io_map_0 rd 1 io_map_1 rd 1 ht_lock rd 1 ht_free rd 1 ;htab[0] stdin ht_next rd 1 ;htab[1] stdout htab rd 1024-PROC.htab/4 ;htab[2] stderr pdt_0 rd 1024 ends struct DBG_REGS dr0 dd ? dr1 dd ? dr2 dd ? dr3 dd ? dr7 dd ? ends struct POINT x dd ? y dd ? ends struct RECT left dd ? top dd ? right dd ? bottom dd ? ends struct BOX left dd ? top dd ? width dd ? height dd ? ends ; Fields, marked as R now not used, but will be used soon, ; when legacy TASKDATA structure will be deleted struct APPDATA app_name rb 11 rb 5 list LHEAD ;+16 process dd ? ;+24 fpu_state dd ? ;+28 exc_handler dd ? ;+32 except_mask dd ? ;+36 pl0_stack dd ? ;+40 cursor dd ? ;+44 fd_ev dd ? ;+48 bk_ev dd ? ;+52 fd_obj dd ? ;+56 bk_obj dd ? ;+60 saved_esp dd ? ;+64 io_map rd 2 ;+68 dbg_state dd ? ;+76 cur_dir dd ? ;+80 wait_timeout dd ? ;+84 saved_esp0 dd ? ;+88 wait_begin dd ? ;+92 +++ wait_test dd ? ;+96 +++ wait_param dd ? ;+100 +++ tls_base dd ? ;+104 event_mask dd ? ;+108 ; R stores event types allowed for task tid dd ? ;+112 ; R thread id draw_bgr_x dd ? ;+116 draw_bgr_y dd ? ;+120 state db ? ;+124 ; R thread state db ? ;+125 dw ? ;+126 wnd_shape dd ? ;+128 wnd_shape_scale dd ? ;+132 mem_start dd ? ;+136 ; R counter_sum dd ? ;+140 ; R saved_box BOX ;+144 ipc_start dd ? ;+160 ipc_size dd ? ;+164 occurred_events dd ? ;+168 ; mask which accumulates occurred events debugger_slot dd ? ;+172 terminate_protection dd ? ;+176 keyboard_mode db ? ;+180 captionEncoding db ? rb 2 exec_params dd ? ;+184 dbg_event_mem dd ? ;+188 dbg_regs DBG_REGS ;+192 wnd_caption dd ? ;+212 wnd_clientbox BOX ;+216 priority dd ? ;+232 in_schedule LHEAD ;+236 counter_add dd ? ;+244 ; R cpu_usage dd ? ;+248 ; R dd ? ;+252 ends assert sizeof.APPDATA = 256 APP_OBJ_OFFSET = 48 APP_EV_OFFSET = 40 ; Note: in future TASKDATA will be merged into APPDATA struct TASKDATA event_mask dd ? ;+0 mask which stores event types allowed for task pid dd ? ;+4 dw ? ;+8 state db ? ;+10 db ? ;+11 dw ? ;+12 wnd_number db ? ;+14 db ? ;+15 mem_start dd ? ;+16 counter_sum dd ? ;+20 counter_add dd ? ;+24 cpu_usage dd ? ;+28 ends ; Thread states: TSTATE_RUNNING = 0 TSTATE_RUN_SUSPENDED = 1 TSTATE_WAIT_SUSPENDED = 2 TSTATE_ZOMBIE = 3 TSTATE_TERMINATING = 4 TSTATE_WAITING = 5 TSTATE_FREE = 9 ; Window constants: WSTATE_NORMAL = 00000000b WSTATE_MAXIMIZED = 00000001b WSTATE_MINIMIZED = 00000010b WSTATE_ROLLEDUP = 00000100b WSTATE_REDRAW = 00000001b WSTATE_WNDDRAWN = 00000010b WSTYLE_HASCAPTION = 00010000b WSTYLE_CLIENTRELATIVE = 00100000b ZPOS_DESKTOP = -2 ZPOS_ALWAYS_BACK = -1 ZPOS_NORMAL = 0 ZPOS_ALWAYS_TOP = 1 ;ZPOS_ALWAYS_TOP is always last and has max number! ; Window structure: struct WDATA box BOX cl_workarea dd ? cl_titlebar dd ? cl_frames dd ? z_modif db ? fl_wstate db ? fl_wdrawn db ? fl_redraw db ? ends label WDATA.fl_wstyle byte at WDATA.cl_workarea + 3 assert sizeof.WDATA = 32 struct SYS_VARS bpp dd ? scanline dd ? vesa_mode dd ? x_res dd ? y_res dd ? ends struct APPOBJ ; common object header magic dd ? ; destroy dd ? ; internal destructor fd dd ? ; next object in list bk dd ? ; prev object in list pid dd ? ; owner id ends struct CURSOR APPOBJ base dd ? ;allocated memory hot_x dd ? ;hotspot coords hot_y dd ? list_next dd ? ;next cursor in cursor list list_prev dd ? ;prev cursor in cursor list dev_obj dd ? ;device depended data ends struct EVENT APPOBJ id dd ? ;event uid state dd ? ;internal flags code dd ? rd 5 ends struct SMEM bk dd ? fd dd ? ;+4 base dd ? ;+8 size dd ? ;+12 access dd ? ;+16 refcount dd ? ;+20 name rb 32 ;+24 ends struct SMAP APPOBJ base dd ? ;mapped base parent dd ? ;SMEM ends struct DLLDESCR bk dd ? fd dd ? ;+4 data dd ? ;+8 size dd ? ;+12 timestamp dq ? refcount dd ? defaultbase dd ? coff_hdr dd ? symbols_ptr dd ? symbols_num dd ? symbols_lim dd ? exports dd ? ;export table name rb 260 ends struct HDLL fd dd ? ;next object in list bk dd ? ;prev object in list pid dd ? ;owner id base dd ? ;mapped base size dd ? ;mapped size refcount dd ? ;reference counter for this process and this lib parent dd ? ;DLLDESCR ends struct DQ lo dd ? hi dd ? ends struct e820entry addr DQ ? size DQ ? type dd ? ends RD_LOAD_FROM_FLOPPY = 1 RD_LOAD_FROM_HD = 2 RD_LOAD_FROM_MEMORY = 3 RD_LOAD_FROM_FORMAT = 4 RD_LOAD_FROM_NONE = 5 struct boot_data bpp db ? ; bits per pixel pitch dw ? ; scanline length db ? dd ? vesa_mode dw ? x_res dw ? y_res dw ? dw ? dd ? bank_switch dd ? ; Vesa 1.2 pm bank switch lfb dd ? ; Vesa 2.0 LFB address mtrr db ? ; 0 or 1: enable MTRR graphics acceleration launcher_start db ? ; 0 or 1: start the first app (right now it's ; LAUNCHER) after kernel is loaded debug_print db ? ; if nonzero, duplicates debug output to the screen dma db ? ; DMA write: 1=yes, 2=no pci_data rb 8 rb 8 shutdown_type db ? ; see sysfn 18.9 rb 15 apm_entry dd ? ; entry point of APM BIOS apm_version dw ? ; BCD apm_flags dw ? rb 8 apm_code_32 dw ? apm_code_16 dw ? apm_data_16 dw ? rd_load_from db ? ; Device to load ramdisk from, RD_LOAD_FROM_* db ? kernel_restart dw ? sys_disk dw ? ; Device to mount on /sys/, see loader_doc.txt for details acpi_rsdp dd ? syspath rb 0x17 devicesdat_data dd ? devicesdat_size dd ? bios_hd_cnt db ? ; number of BIOS hard disks bios_hd rb 0x80 ; BIOS hard disks memmap_block_cnt dd ? ; available physical memory map: number of blocks memmap_blocks e820entry rb sizeof.e820entry * (MAX_MEMMAP_BLOCKS - 1) ends virtual at BOOT_VARS BOOT_LO boot_data end virtual virtual at OS_BASE + BOOT_VARS BOOT boot_data end virtual MAX_SCREEN_WIDTH = 3840 MAX_SCREEN_HEIGHT = 2160 struct display_t x dd ? y dd ? width dd ? height dd ? bits_per_pixel dd ? vrefresh dd ? current_lfb dd ? lfb_pitch dd ? win_map_lock RWSEM win_map dd ? win_map_pitch dd ? win_map_size dd ? modes dd ? ddev dd ? connector dd ? crtc dd ? cr_list.next dd ? cr_list.prev dd ? cursor dd ? init_cursor dd ? select_cursor dd ? show_cursor dd ? move_cursor dd ? restore_cursor dd ? disable_mouse dd ? mask_seqno dd ? check_mouse dd ? check_m_pixel dd ? bytes_per_pixel dd ? ends struct DISPMODE width dw ? height dw ? bpp dw ? freq dw ? ends struct PCIDEV bk dd ? fd dd ? vendor_device_id dd ? class dd ? devfn db ? bus db ? rb 2 owner dd ? ; pointer to SRV or 0 ends struct IDE_DATA ProgrammingInterface dd ? Interrupt dw ? RegsBaseAddres dw ? BAR0_val dw ? BAR1_val dw ? BAR2_val dw ? BAR3_val dw ? dma_hdd_channel_1 db ? dma_hdd_channel_2 db ? pcidev dd ? ; pointer to corresponding PCIDEV structure ends struct IDE_CACHE pointer dd ? size dd ? ; not use data_pointer dd ? system_data_size dd ? ; not use appl_data_size dd ? ; not use system_data dd ? appl_data dd ? system_sad_size dd ? appl_sad_size dd ? search_start dd ? appl_search_start dd ? ends struct IDE_DEVICE UDMA_possible_modes db ? UDMA_set_mode db ? ends ; The following macro assume that we are on uniprocessor machine. ; Serious work is needed for multiprocessor machines. macro spin_lock_irqsave spinlock { pushf cli } macro spin_unlock_irqrestore spinlock { popf } macro spin_lock_irq spinlock { cli } macro spin_unlock_irq spinlock { sti } struct MEM_STATE mutex MUTEX smallmap dd ? treemap dd ? topsize dd ? top dd ? smallbins rd 4*32 treebins rd 32 ends struct PG_DATA mem_amount dd ? vesa_mem dd ? pages_count dd ? pages_free dd ? pages_faults dd ? pagemap_size dd ? kernel_pages dd ? kernel_tables dd ? sys_page_dir dd ? mutex MUTEX ends struct SRV srv_name rb 16 ;ASCIIZ string magic dd ? ;+0x10 ;'SRV ' size dd ? ;+0x14 ;size of structure SRV fd dd ? ;+0x18 ;next SRV descriptor bk dd ? ;+0x1C ;prev SRV descriptor base dd ? ;+0x20 ;service base address entry dd ? ;+0x24 ;service START function srv_proc dd ? ;+0x28 ;user mode service handler srv_proc_ex dd ? ;+0x2C ;kernel mode service handler ends struct USBSRV srv SRV usb_func dd ? ends struct USBFUNC strucsize dd ? add_device dd ? device_disconnect dd ? ends DRV_ENTRY = 1 DRV_EXIT = -1 struct COFF_HEADER machine dw ? nSections dw ? DataTime dd ? pSymTable dd ? nSymbols dd ? optHeader dw ? flags dw ? ends struct COFF_SECTION Name rb 8 VirtualSize dd ? VirtualAddress dd ? SizeOfRawData dd ? PtrRawData dd ? PtrReloc dd ? PtrLinenumbers dd ? NumReloc dw ? NumLinenum dw ? Characteristics dd ? ends struct COFF_RELOC VirtualAddress dd ? SymIndex dd ? Type dw ? ends struct COFF_SYM Name rb 8 Value dd ? SectionNumber dw ? Type dw ? StorageClass db ? NumAuxSymbols db ? ends struct STRIPPED_PE_HEADER Signature dw ? Characteristics dw ? AddressOfEntryPoint dd ? ImageBase dd ? SectionAlignmentLog db ? FileAlignmentLog db ? MajorOSVersion db ? MinorOSVersion db ? SizeOfImage dd ? SizeOfStackReserve dd ? SizeOfHeapReserve dd ? SizeOfHeaders dd ? Subsystem db ? NumberOfRvaAndSizes db ? NumberOfSections dw ? ends STRIPPED_PE_SIGNATURE = 0x4503 ; 'PE' xor 'S' SPE_DIRECTORY_IMPORT = 0 SPE_DIRECTORY_EXPORT = 1 SPE_DIRECTORY_BASERELOC = 2 struct IOCTL handle dd ? io_code dd ? input dd ? inp_size dd ? output dd ? out_size dd ? ends struct IRQH list LHEAD handler dd ? ;handler roututine data dd ? ;user-specific data num_ints dd ? ;how many times handled ends