Finished functions :[ FUNCTIONS ] | ||||||||||||
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Download latest version 3.0-beta |
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Note about latest version (3.0-beta)
Update,fixes : - started refactoring code Notes about version (2.6) : Update,fixes : - cache finally finnished ! and ready to use ! yey ! Notes for FS (FileSystem tester), version 2.5 Updates,fixes,new : - dos version can now access USB DVD/CD using DOSUSB.COM driver (see www.georgpotthast.de/) - fixes for win32/linux (can now access more easly any drive using OS's funcs - added more help/faq; more is to come ! Notes for FS (FileSystem tester), version 2.42 Fixes,updates,new: - fixes for partition editor - it can now dump any drive (linux/win32 or int13_drv/vfile in dos) to local hard disk (using OS's read/write to file) - it can now open CD/DVD drives in win nt too ! (fixed bug) - win32 fixes Notes for version 2.41 Fixes, updates, new: - usbebe has new features; bug fixes - FS_DOS.EXE can now use INT13_DRV in case you don't have a compatible PATA board - net.bas fixes ! includes encript.bas Note about version (2.4) : t contains updated USBeBe driver : built-in usb support: for now just as a USB debugger for more info about how to use it please read [readme.txt] inside fs.zip archive Note about versions (2.3-2.4) : Standard Big Cache is ready to use. You can use this cache for drives as big as 2TB (with sector length = 512bytes) or 8TB (with sector length = 2048bytes). Because cache was only tested localy user has to choose between "To cache or not to cache !" FileSystem contains Hallerith's RadixSort (kind o'fast countin' sort) :) (the final release :)) ) (used to sort file names) FileSystem is a utility program that can: Handle IDE/ATA HardDisks and ATAPI CD/DVD drives without any other drivers Handle MasterBootRecord, Partitions for hard disks Handle different file systems for any kind of media. For example : it can open a CD/DVD as FAT12/16/32 (LFN) - if it was written like that ! Handle local hard-disk/cd/dvd images using standard I/O provided by DOS/WIN/LINUX OS. Handle Floppy Disk using BIOS Handle USB Flash Drives and compatibles through DOSUSB.COM driver Provide very useful tools for recovering files lost because of an application/OS mallfunction or because of a VIRUS FAT using functions are cached to imporove speed (drastical improvement !) be included into your FB source to create installers (that are booted from CD/DVD or FLASHES...).
You can: explore files & directories like in norton (but single window) look at clusters map modify any cluster's setting in fat1/2 dump a cluster to file edit / view fat file/dir entries edit / view fat file on diks edit / view any sector of a drive you can dump the cluster of a directory and after that consider the file's cluster as a dirtory (good for backuping) view LFN path and filename modify directory entry create new entry file or dir copy files from one device to other (CD/DVD to HD, USB Flash to HD, CD/DVD to USB Flash, HD to HD, ... etc ...) delete file entries ( also recursive subdirectories delete) defragment a single file (makeing it continuous !) sort filenames (using a derivate of COUNTINGSORT - fast) or view all items in directory (+ deleted entries + lfn entries + null entries) view clusters' linked list of an entry (file/dir) view full information about an entry search for first free cluster /next free cluster search for first occupied / next occupied cluster view statistics about FAT/BOOTSECTOR/MBR/PARTITIONTABLE / others search for the root parent of a cluster search for the file containing a cluster you entered (using FS filesystemchecker) copy from a multi-session DVD to your HD (while no cd/dvd driver for DOS can this, neither WIN9x - only LINUX and WIN2k can do this) explore your USB stick from DOS (by help of DOSUSB.COM - a USB stack which is used by FS to send requests to USB devieces (CBW,.SCSIpacket,data,CSW :) ) etc explore CD/DVD ISO9660 images & HardDisk RAW images. modify partitions as you wish (but in expert mode) format a FAT16/32 partition many other. .... Supported hardware interfaces: IDE/ATA primary/secondary , master/slave; modes: PIO and DMA(DMA under developement) ATAPI PACKET interface for CD/DCD ROM/RAM/RW through IDE/ATA under development UDMA interface standard floppy interface Supported file systems & others: FAT 12 / 16 / 32 / LONGFILENAME with variable location on disk(*) ISO 9660 (ECMA -19), simple and MULTI-SESSION with variable location on disk(*) EXT2/3, but partially working - under development MASTERBOOTRECORD, primary and secundary partitions with variable location on disk(*) (*) "Variable loaction on disk" means that the program can search a filesystem on any NON-STANDARD physical location on disk. For example: your hardisk might have a normal PARTITION , but somewhere on the disk you can have a hidden (non-standard location on disk) partition. Program can handle this kind on "non-standard" staff ! Even it can look for a FAT32LFN on some location of a DUAL-LAYER DVD which is not marked in the TOC, nor anywhere ! The program support advanced debug session for ATAPI Drives ... You can send any kind of atapi packet command and watch the results. You can interpret results in standard way or how ever you want :)) ! Program can print advanced information from MasterBootRecord and extended partion information. Program has a capability to search for "lost" files ("wiped" from DIRECTORY record, "wiped" form FAT entries, BUT still on disk. This happens especially when OS crashes accidentally because of a malware application. In the future version I plan to introduce: If I find a legal way : NTFS file system Built-in USB stack for USB Mass Storage Devices (USBebe -> init UHCI/OHCI controller -> init Root HUB -> init usb device -> CBW-> SCSI packet (like atapi packet) -> data in or out -> CSW functions for Writing CD/DVD/DVD-RAM(s) Partition manager so that you can create/delete/add/resize/move/change type of partitions ...
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--- Cpu flags --- CPU Name:GenuineIntel CPU ID Flags(EAX,EDX): [10011100110000000000000000000000] [11111111001111111100001110000000] CPU Stepping ID :3 CPU Model :7 CPU Family :6 CPU Type :0 CPU ExtendedModeID :0 CPU ExtendedFamilyID :0 CPU Brand :0 CPU CFLUSH Size :6 = 48 bytes CPU NumMAXLOGICCPU :0 CPU Initial APIC ID :0 press enter to view flags: CPU unit FPU :1 CPU VME V8086ModeEnh :1 CPU Debugging extents:1 CPU PSE (PageSizeExt):1 CPU TimeStampCounter :1 CPU MSR :1 CPU PAE(PhyicAddrExt):1 CPU Machine check ext:1 CPU opcode CMPXCHG8B :1 CPU APIC :0 CPU SYSENTER/SYSEXIT :1 CPU MemTypeRangeReg :1 CPU Global Pages :1 CPU MachineCheckArhit:1 CPU opcode CMOV__ :1 CPU PAT PageAttrTable:1 CPU PSE36 PgSzExt36b :1 CPU Serial Number :1 CPU CLFLUSH/CLFSH :0 CPU DS Debug Store :0 CPU ACPI Therm&ClkMon:0 CPU unit MMX :1 press enter to view more flags: CPU FXSAVE/FXRESTORE :1 CPU unit SSE :1 CPU unit SSE2 :0 CPU SS SelfSnoop :0 CPU MultiThreading :0 CPU ThernalMon :0 CPU PBE PendBrkEN :0 press enter to view more flags: CPU unit SSE3 :0 CPU MONITOR :0 CPU DS-CPL :0 CPU VMX Technology :0 CPU EST(EnhSpeedStep):0 CPU Thermal monitor :0 CPU unit SSSE3 :0 CPU L1 CNTX-ID :0 CPU CMPXCHG16B :0 CPU TPR update ctrl :0 CPU PDCM (PerfDebug) :0 press enter to view cache info: Cache INFO : 43->Unified cache: 512K Bytes, 4-way set associative, 32 byte line size 8->Instruction cache: 16K Bytes, 4-way set associative, 32 byte line size 4->Data TLB: 4M-Byte Pages, 4-way set associative, 8 entries C->Data cache: 16K Bytes, 2-way set associative, 32 byte line size 1->Instruction TLB: 4K-Byte Pages, 4-way set associative, 32 entries 1->Instruction TLB: 4K-Byte Pages, 4-way set associative, 32 entries 2->Instruction TLB: 4M-Byte Pages, 4-way set associative, 4 entries 3->Data TLB: 4K-Byte Pages, 4-way set associative, 64 entries press enter CPU Serial number :CB 3AAE8E00 [this is valid only for Pentium3] press enter -- CMOS RTC --- Base port=[0x70] ; Data Port=[0x71] Date [6;7;8;9]:Tu 20/ 7/ 2010 Time [4;2;0] : 17: 0: 7 Alarm [5;3;1] : 165: 165: 165 Status A:100110 B:10 C:1110000 D:10000000 Diagnostic :0 ShutdownStatus :0 Floppy Drive(s) :1000000 640k/P/NumLock :1101 Drive types :11111111 Equipment :11 Memory (Base) :640Kb Memory (Extented):65535Kb --- PCI BUS PORT --- PCI BUS Index Port (write)=[0xCF8] ; PCI BUS data port=[0xCFC] bus=0 dev=0 func=0 vendor=8086 device=7190 class=60000 Bridge:Host bus=0 dev=1 func=0 vendor=8086 device=7191 class=60400 Bridge:PCI bus=0 dev=7 func=0 vendor=8086 device=7110 class=60100 Bridge:ISA bus=0 dev=7 func=1 vendor=8086 device=7111 class=10180 MassStorage:IDE bus=0 dev=7 func=2 vendor=8086 device=7112 class=C0300 SerialBus:USB: UHCI bus=0 dev=7 func=3 vendor=8086 device=7113 class=68000 Bridge:Bridge bus=0 dev=12 func=0 vendor=1073 device=C class=40100 Multimedia:Audio bus=1 dev=0 func=0 vendor=5333 device=8A13 class=30000 Display Ctrl bus=1 dev=0 func=1 vendor=5333 device=8A13 class=30000 Display Ctrl bus=1 dev=0 func=2 vendor=5333 device=8A13 class=30000 Display Ctrl bus=1 dev=0 func=3 vendor=5333 device=8A13 class=30000 Display Ctrl bus=1 dev=0 func=4 vendor=5333 device=8A13 class=30000 Display Ctrl bus=1 dev=0 func=5 vendor=5333 device=8A13 class=30000 Display Ctrl bus=1 dev=0 func=6 vendor=5333 device=8A13 class=30000 Display Ctrl bus=1 dev=0 func=7 vendor=5333 device=8A13 class=30000 Display Ctrl --- SB Port --- Speaker Enable port : [0x61] (bits 1,0) ; Timer ports : [0x42,0x43] freq = 2166 dT= 221 freq = 1077 dT= 186 pause = 142 freq = 5050 dT= 429 pause = 376 freq = 3760 dT= 33 freq = 2454 dT= 328 freq = 4371 dT= 125 pause = 97 freq = 5018 dT= 121 pause = 70 freq = 5203 dT= 459 pause = 257 --- PIC --- Programmable Interrupt Controller (PIC) Master : Port A=[0x20] ; Port B=[0x21] Slave : Port A=[0xA0] ; Port B=[0xA1] MasterA[1]: (7,6,5,4)=0 , 3=LTIM , 2=ADI, 1=SNGL , 0=IC4 => bin[0] A[2]: 7=T7 , 6=T6 , 5=T5 , 4=T4 , 3=T3 , (2,1,0) = 0 => bin[10101000] A[3]: 7=S7, 6=S6, 5=S5, 4=S4, 3=S3, 2=S2, 1=S1, 0=S0 => bin[10101000] A[4]: (7,6,5)=0, 4=SFNM, 3=BUF, 2=M/S, 1=AEOI, 0=uPM => bin[10101000] MasterB[1]: Masks:if bit is set then interrupt is not send => bin[1111] B[2]: 7=R, 6=SL, 5=EOI, (4,3)=0, 2=L2, 1=L1, 0=L0 => bin[1111] Slave A[1]: (7,6,5,4)=0 , 3=LTIM , 2=ADI, 1=SNGL , 0=IC4 => bin[0] A[2]: 7=T7 , 6=T6 , 5=T5 , 4=T4 , 3=T3 , (2,1,0) = 0 => bin[10101000] A[3]: 7=S7, 6=S6, 5=S5, 4=S4, 3=S3, 2=S2, 1=S1, 0=S0 => bin[10101000] A[4]: (7,6,5)=0, 4=SFNM, 3=BUF, 2=M/S, 1=AEOI, 0=uPM => bin[10101000] Slave B[1]: Masks:if bit is set then interrupt is not send => bin[0] B[2]: 7=R, 6=SL, 5=EOI, (4,3)=0, 2=L2, 1=L1, 0=L0 => bin[0] --- PIT --- Programmable Interrupt Timer Ports : Timer/Disk = [0x40] Memory refresh = [0x41] Tape drive/Speaker = [0x42] TIMER COTROLLER CMD= [0x43] Selecting frequency : Send command to 0x43 Devide 1193180 hz to your frquency (min. 18.2Hz) and store result as WORD. Send low byte (0x40 or 0x41 or 0x42). Send hi byte to (0x40 or 0x41 or 0x42) Timer Controller Command port 0x43: bit 0 -> (0 : Count in binary) / (1 : count in BCD) bit 3,2,1 -> (0,0,0 :Interrupt on terminal count) (0,0,1 :Hardware retriggerable one-shot) (0,1,0 :Rate generator) (0,1,1 :Sqare wave) (1,0,0 :Software retriggerable strobe) (1,0,1 :Hardware rettiggerable strobe) bit 5,4 -> (1,0 : Counter hach operation) (0,1 : Read/Write least significant byte of counter) (1,0 : Read/Write most significant byte of counter) (1,1 : Read/Write both bytes of counter: least+most) bit 7,6 -> Counter to be accessed for operation (0,1,2); 3 is ilegal --- Keyboad Port --- Keyboard Status Read Port=[0x64] ; Keyboard data port=[0x60] status:0x14 data:0xB9 status:0x14 data:0xB9 status:0x14 data:0xB9 status:0x14 data:0xB9 status:0x14 data:0xB9 status:0x14 data:0x38 status:0x14 data:0x38 status:0x14 data:0x38 status:0x14 data:0x38 status:0x14 data:0x38 status:0x14 data:0x38 status:0x14 data:0xB8 status:0x14 data:0xB8 status:0x14 data:0xB8 status:0x14 data:0xB8 status:0x14 data:0xB8 |