edk500 guide chinese 3.0

EDK500 guide

1

Edk500 development guide verision 2.0

Copyright Zksoftware Inc 2007-2008. All rights reserved.

EDK500


2.0 2008-09-01

1.0 2007-05-25

2.0

3.0

2007-08-01

2008-09-01

86-755-89602345 /89602346 /89602347 /89602348 /89602669

86-755-89602674

www.zksoftware.com

Treckle

[email protected]

PDF "pdfFactory Pro" www.fineprint.com.cn

EDK500 guide

2



1. mips-gcc3.2.3.tar.gz

2. mipsroot.tar.bz2

3. source_hv7131.tar.bz2 ( zk sensor edk500)

4. Edk500-Guide-English-2.0.pdf

5. Edk500-Guide-Chinese-2.0.pdf

6. sch5000.pdf

7. helloworld.c


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............................................................................................... 6

1.1 ............................................................................................................................. 6

1.2 CPU ................................................................................................................... 7

1.3 ......................................................................................................................... 9

1.5 CAMERA ........................................................................................................ 12

1.6 LCD ................................................................................................................. 13

1.7 USB0 .................................................................................................... 14

1.8 TCP/IP I2C GPIO ............................................................................................ 15

1.9 JDI .............................................................................................................. 16

1.10 SPI ................................................................................................................... 17

1.11 MMC/SD USB1 ............................................................................ 17

........................................................................................................................ 18

2.1 ........................................................................................................................... 18

2.2 4M FLASH ................................................................................................................ 18

2.3 8M FLASH ................................................................................................................ 19

............................................................................................................. 20

3.1 ............................................................................................................... 21

3.2 .................................................................................................................... 23

3.2.1 ..................................................................................................... 23

3.2.2 Windows ......................................................................... 26

3.3 NFS ...................................................................................................... 29

3.3.1 mipsroot...................................................................................................... 29

3.3.2 NFS............................................................................................. 29


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3.3.3 NFS..................................................................................................... 33

3.4 TFTP ........................................................................................................................ 37

........................................................................................................................ 40

4.1 EDK500......................................................................................................... 40

Linux server ............................................................................................................................ 41

EDK500 Target ....................................................................................................................... 41

4.2 ZEM500 ........................................................................................................ 42

4.3 ................................................................................................................... 44

EDK500 ......................................................................................................... 46

..................................................................................................... 48

6.1 ........................................................................................................................... 48

6.1 ........................................................................................................................... 50

6.1.1 ............................................................................................................... 50

6.1.2 ............................................................................................................... 50

6.1.3 ............................................................................................................... 51

GPIO ..................................................................................................................... 52

7.1 GPIO ......................................................................................................................... 52

7.2 GPIO .................................................................................................................. 52

7.3 GPIO ................................................................................................................ 53

......................................................................................................... 56

8.1 ........................................................................................................... 56

8.2 ............................................................................................... 61

8.3 ................................................................................................... 63


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8.4 ................................................................................................................... 64

8.5 ................................................................................................................... 65

............................................................................. 66

9.2 ....................................................................................................................... 66

9.3 ............................................................................................... 66

9.3.1 22 ...................................................................................................... 67

9.3.2 38 ...................................................................................................... 67

9.3.3 ................................................................................................................... 67

9.4 ........................................................................... 68

9.4.1 12 ...................................................................................................... 69

9.4.2 13 ...................................................................................................... 69

9.4.3 ................................................................................................................... 69

9.5 ................................................................... 70

........................................................................................................................ 71

................................................................................................................ 74


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1.1

+DC3.30.3V

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1.2 CPU

1-1 CPU

RISC CPU MIPS32 ISA Release I and II

32 32-bit general purpose registers, no shadow GPR

8-stage pipeline

Interlocked implementation

Virtual address space: 4 G-Bytes

Multiply-Divide Unit

(MDU)

Maximum issue rate of one 32x16 multiply every clock

Maximum issue rate of one 32x32 multiply every other clock

Minimum 2 clock cycle, maximum 34 clock cycles for divide

Memory Manager Unit

(MMU)

4 G-Bytes of address space

32/16 dual-entry full associative joint TLB plus 4 dual-entry

ITLB and 4 dual-entry DTLB respectively

7 different page size from 4Kb to 16MB supported in any entry

Support entry lock Space identifier ASID: 8 bits

Small (1K) page not implemented

Data Cache Virtually-indexed, physically-tagged

4 way, 8-word line, alterable size: 4K, 8K, 16K bytes

LRU replacement algorithm

Write-back, write-through

16-word depth write buffer

Cache line lock not implemented

Instruction Cache Physically-indexed, physically-tagged

4 way, 8-word line, alterable size: 4K, 8K, 16K bytes


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LRU replacement algorithm

Cache line lock not implemented

Debug&JTAG JTAG interface to host machine

ACC mode to accelerate JTAG memory access

Two instruction and one data breakpoint

Internal Timer N/A

BranchTarget Buffer

(BTB)

Virtally-tagged

Up to 64 entry direct mapped

2-bit branch history maintained

Bus Interface compliance with AHB protocol


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1.3

1-1 EDK500


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1.4

1-2 EDK500-1

J4 usb0 and serial J6 serial and JDI J1 camera

J7 J5 TCP/IP I2C and GPIO J8 usb1 and mmc/sd


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1-2 EDK500-2

J3

J2 camera


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1.5 CAMERA

EDK500 FPC Camera J12 Camera

1-1 J1 J2

PinNumber Signal Port PinNumber Signal Port

J1 1 GPIO67 GPIO J1 9 CIM_D7 CAMERA

J1 2 GND GND J1 10 CIM_D6 CAMERA

J1 3 CIM-3.3V POWER J1 11 CIM_D5 CAMERA

J1 4 CIM_PCLK CAMERA J1 12 CIM_D4 CAMERA

J1 5 CIM_HSYNC CAMERA J1 13 CIM_D3 CAMERA

J1 6 CIM_VSYNC CAMERA J1 14 CIM_D2 CAMERA

J1 7 I2C_SCK I2C J1 15 CIM_D1 CAMERA

J1 8 I2C_SDA I2C J1 16 CIM_D0 CAMERA


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1.6 LCD

EDK500 LCD

1-2 J3

Pin Number Signal Port Pin Number Signal Port

J3 1 +5V POWER J3 16 LCD_D14 LCD

J3 2 LCD_D0 LCD J3 17 LCD_D15 LCD

J3 3 LCD_D1 LCD J3 18 LCD_VSYNC LCD

J3 4 LCD_D2 LCD J3 19 LCD_HSYNC LCD

J3 5 LCD_D3 LCD J3 20 LCD_PCLK LCD

J3 6 LCD_D4 LCD J3 21 LCD_DE LCD

J3 7 LCD_D5 LCD J3 22 GND LCD

J3 8 LCD_D6 LCD J3 23 GPIO60 GPIO






J3 14 LCD_D12 LCD J3 29 PWM0 PWM

J3 15 LCD_D13 LCD J3 30 GND GND


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1.7 USB0

5V J5EDK500 2USB1.1USB

USB0 host client gpio108

USB0 host client.USB1

host.EDK500 4 TTL ttyS0ttyS1 ttyS2 ttyS3.ttyS3

modem 3.3V

1-3 J4 signal definition


J4 - 1 USB0_D0- USB0 J4- 7 GND GND

J4 2 USB0_D0+ USB0 J4 8 TXD0 RS232-0

J4 3 +5V POWER J4 9 RXD0 RS232-0

J4 4 GPIO106 GPIO J4 10 TXD3 RS232-3

J4 5 GPIO33 GPIO J4 11 RXD3 RS232-3

J4 6 GPIO102 GPIO J4 12 +3.3V POWER


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1.8 TCP/IP,I2C GPIO

5V usbusb 3.3V

usb usb

5V edk500 3.3Vedk500 1.8V

edk500 1.8V 1-4 J5


J5 1 TX+ TCP/IP J5 11 +1.8V POWER

J5 2 RX+ TCP/IP J5 12 GPIO33 GPIO

J5 3 TX_ TCP/IP J5 13 GPIO103 GPIO

J5 4 RX_ TCP/IP J5 14 GPIO104 GPIO

J5 5 USB_D0- USB0 J5 15 GPIO105 GPIO

J5 6 USB_D0+ USB0 J5 16 RTS3 RS232-3

J5 7 I2C_SCK I2C J5 17 RXD2 RS232-2

J5 8 I2C_SDA I2C J5 18 TXD2 RS232-2

J5 9 +5V POWER J5 19 GPIO100 GPIO

J3 10 GND GND J5 20 GPIO101 GPIO


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1.9 JDI

DC3.3V edk500 edk500+3.3V

>=500mA 1-5 J6


J6 1 +3.3V POWER J6 11 TDO JDI

J6 2 GND GND J6 12 GND GND

J6 3 TRST_N JDI J6 13 +3.3V POWER

J6 4 GND JDI J6 14 CTS3 RS232-3

J6 5 TDI JDI J6 15 TXD0 RS232-0

J6 6 GND JDI J6 16 RXD0 RS232-0

J6 7 TMS JDI J6 17 TXD1 RS232-1

J6 8 GND JDI J6 18 RXD1 RS232-1

J6 9 TCK JDI J6 19 TXD3 RS232-3

J6 10 RESET_N RESET J6 20 RXD3 RS232-3


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1.10 SPI

GPIO98/GPIO99S IO SPI 1-6 J7


J7 - 1 SPIMCLK SPI J7- 5 SPIMCE2 SPI

J7 2 SPIMCE SPI J7 6 GPIO98 GPIO

J7 3 SPIMOSI SPI J7 7 GPIO99 GPIO

J7 4 SPIMISO SPI J7 8 GND GND

1.11 MMC/SD usb1

AUTO1 AUTO2 1-7 J8


J8 - 1 USB1_D1+ USB1 J8- 8 SDDATA2 MMC

J8 2 USB1_D1- USB1 J8 9 SDDATA3 MMC

J8 3 VCC_USB1 USB1 J8 10 SDCMD MMC

J8 4 GND_USB1 USB1 J8 11 SDCLK MMC

J8 5 AUTO2 Speaker J8 12 SDDATA0 MMC

J8 6 AUTO1 Speaker J8 13 SDDATA1 MMC

J8 7 nCD_SD MMC J8 14 NC


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2.1

Bootloaderu-boot-1.1.3

Linux celinux-2.4.20

u.are.u4000b wiegand

NFS Mips GDB

2.2 4M flash

2-1 4M flash

uboot 0xbfc00000 - 0xbfc30000 0xbfc00000 - 0xbfc20000 192/128k bytes

config 0xbfc30000 - 0xbfc40000 64k bytes

kernel 0xbfc40000 - 0xbfdd0000 0xbfc20000 - 0xbfdb0000 1600k bytes

jffs2 0xbfdd0000 - 0xc0000000 0xbfdb0000 - 0xc0000000 2368k bytes


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2.3 8M flash

2-2 8M flash

jffs2 0xbf80000 0xbfc0000 0xbf80000 0xbfc0000 4096k bytes

uboot 0xbfc00000 - 0xbfc30000 0xbfc00000 - 0xbfc20000 192/128k bytes

config 0xbfc30000 - 0xbfc40000 64k bytes

kernel 0xbfc40000 - 0xbfdd0000 0xbfc20000 - 0xbfdb0000 1600k bytes

jffs2 0xbfdd0000 - 0xc0000000 0xbfdb0000 - 0xc0000000 2368k bytes

jffs2jffs2

/mnt/mtdblock 4M bytes flash 2.3M bytes

8M bytes flash 4M bytes jffs2 jffs2

2.3+4=6.3M bytes.jffs2 0.3M bytes

4M flash 2.3-0.3=2.0M bytes;8M flash

6.3-0.3*2=5.7M bytes


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EDK

Linux

EDK EDK EDK

NFS TFTP

3-1

NFS Linux NFS

NFS EDK uboot

TFTP

mips-gcc


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3.1

CPU PC CPU PC

MIPS

MIPS mips-gcc3.2.3.tar.bz2

Linux

MIPS

mips-gcc3.2.3.tar.gz

/opt

PATH

PATH

PATH .base_profile

PATH

PATH

PDF "pdfFactory Pro" F www.fineprint.com.cn

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echo $PATH

mips-gcc bin-set

helloworld.c

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3.2

3.2.1 root

LinuxMINICOM

MINICOM

minicom

Linuxminicomminicom

Linux

ttyS0 ttyS1

minicomminicom sminicom

2 3

PDF "pdfFactory Pro" M www.fineprint.com.cn

EDK500 guide

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enter

A Linux 2) ttyS0

ttyS1 enter


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F G NO

enter

E minicomEDK

115200 8 1

IQ enter

enter minicomSave setup as df1 enter

Minicom minicom


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EDK PC

3.2.2 Windows

LinuxMinicom

Windows

Windows

Windows>> >


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11520081


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3.3 NFS root

NFS Network FileSystem

NFS

Linux NFS NFS

NFS

NFS

NFS

mountNFS

3.3.1 mipsroot

NFS EDK

mipsroot.tar.bz2

Linux

mipsroot

ROOT

3.3.2 NFS

Linux NFSnfs-utils portmap

nfs-utils rpc.nfsd rpc.mountd NFS daemons

documents NFS

portmap port number PID


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NFS portmap

portmap NFS

rpm qa []

portmap NFSrpm

rpm ivh []

/etc/exports NFS

portmap 2 3

NFS

2 3

portmap nfs


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/etc/exports NFS

portmap NFS

NFS NFS

NFS

Linux

( 1, 2, 3) [ IP] []

portmap nfs

IP NFS


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NFS

NFS

i. expor s

exportfs [] /etc/exportfs 3-1 exportfs

-r /etc/exportfs

-v export

ii. showmount

showmount [] hostname 3-2 showmount

-a

-e hostname/etc/exports

1 Linux

NFS

# iptables -F

2 Linux RedHat Fedora

SeLinux

/etc/sysconfig/selinux

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3.3.3 NFS

NFS EDK

EDK NFS EDK

uboot EDK IP

IP NFS

TCP/IP Linux EDK


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Hit any key to stop autoboot: 3

enter 3 uboot

uboot

IP 192.168.1.29 NFS

NFS /opt/mipsrootEDK IP 192.168.1.207


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FPRINT # printenv

FPRINT # setenv ipaddr 192.168.1.207

FPRINT # setenv serverip 192.168.1.29

FPRINT# setenv bootargs root=/dev/nfs mem=16M console=ttyS2,115200n8

ip=192.168.1.207 nfsroot=192.168.1.29:/opt/mipsroot rw

FPRINT # saveenv

FPRINT # reset

reset


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uboot

printenv

setenv

saveenv

askenv

reset CPU

EDK IP 192.168.1.166

IP 192.168.1.44NFS/opt/mipsroot

Linux

uboot


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3.4 TFTP root

TFTP TFTP

Linux TFTP

TFTP tftptftpd xinetd xinetd

Linuxtftptftpd

TFTP Linux xinetd

TFTP

1 TFTP

2 Linux TFTP

tftp tftpd 2 3

xinetd 2 3


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3 /etc/xinetd.d/ tp TFTP

/tftpboot/tftpboot tftpboot

portmap tftp tftp-server


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/tftpboot drwxrwxrwx

TFTP

TFTP

4 TFTP

/opt helloworld.c/tftpboot

/tftpboot opt.ini

Linux

TFTP

# iptables F

/tftpboot


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4.1 EDK500

EDK500 EDK500 NFS

flash uboot,config,kernel

jffs2 EDK500 linux

mipsrootmipsroot mipsroot.tar.bz2 liunx

linux root

EDK500 mipsel-gcc

linux EDK500

mipsroot/mnt/mipsroot

main mipsroot/mnt/mtdblock

EDK500

Liunx mipsroot DEK500

EDK500 2 telnet minicom

root,

mipsroot/mnt 2mtdblock removable,mtdblock

mtdblock removable

u


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4-1 EDK500

4-2 EDK500

+5

TCP/IP

RS23

Linux server

NFS server

Tftp server

Telnet client

EDK500 Target

NFS client

Tftp client

Telnet server

5V TCP/IP RS232/Cons


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linux 2

linux

EDK500

1 - linux 2 - EDK500

4-3

4.2 ZEM500

EDK500

ZEM500ZEM500 EDK500

ZEM500 EDK500 Linux

ZEM500 jffs2 EDK500

jffs2 Linux

ZEM500 ramdisk kernel EDK500 ramdisk

liunx .

# cd /opt/mipsroot/mnt/source_hv7131 # make zem500 #cp main /opt/mipsroot/mnt/mtdblock/

# cd /mnt/mtdblock # killall main

# ./main


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ZEM500 flash jffs2 /mnt/mtdblock

flash jffs2/mnt/mtdblock

auto.sh linux

/mnt/mtdblock

2

1 tp

tftpboot ZEM500

root,solokey/mnt/mtdblock tftp

ZEM500, tftpboot

main

#cd /mnt/mtdblock

#tftp -r main -g 192.168.1.44

2 u

u u ZEM500 ZEM500

#mount /dev/sda1 /mnt/removable -- u

#cp /mnt/removable/main /mnt/mtdblock -- main ZEM500

ZEM500

ZEM500/mnt/mtdblock


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auto.sh ---

main ---

hz2.dat ---

libzkfp.so.3.5.1 ---

LANGUAGE.S ---

LANGUAGE.E ---

options.cfg ---

oplog.dat ---

template.dat ---

udata.dat ---

user.dat ---

transaction.dat ---

sms.dat ---

0.wav 1.wav 2.wav.3.wav 4.wav 5.wav 6.wav. 7.wav 8.wav 9.wav beep.wav

---

4.3

1. 3.1

2. 3.2

3. NFS3.3

4. TFTP3.4


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5. mipsroot/mnt/

# cp /media/disk/source_hv7131.tar.bz2 /opt/mipsroot/mnt/

# cd /opt/mipsroot/mnt/

# tar -jxvf source_hv7131.tar.bz2

6. 4-1.

7. linux NFS-server

linux NFS-server

mtdblock mipsroot/mnt

8.

9. linux linux

10. # cd /opt/mipsroot/mnt/source_hv7131/

11. # vi main.c ---,

12. # make --- main

13. # cp main /opt/mipsroot/mnt/mtdblock/ --- main mtdblock

14. EDK500

15. telnet 192.168.1.166 --- Edk500

16. :root

17. EDK500

# cd /mnt/mtdblock

# killall main ---

# ./main ---


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EDK500

5-1 EDK500

Edk500

edk500

edk500

EDK500

Module

MCU

Controlle

r Keypad

LCD

Other

RS232 Chip

RS485 Chip

Finger R

S23

RS485

TCP/IP

USB

Wiegand

TTL23

TCP/IP

USB

Wiegand


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5-2 EDK500

Edk500SD card

edk500

edk500

EDK500

Module

MCU

Controller

TFT LCD

MMC/SD

Speaker

Finger

RS232 Chip

RS485 Chip

Other Units

Keypad

Other Units

RS23

RS485

TCP/IP

USB

BU

S

Wiegan

TCP/IP

USB

Wiegand TTL23


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6.1

edk500

5000-1.pdf.

edk500 J5 J6 J5 J6edk500

EDK500 4 ttyS0

ttyS1ttyS2mifarettyS3 PC

DEK500EDK500TCP/IP

RS232 USB wigand

EDK500 ttyS0 EDK500


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EDK500 guide

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6.1

edk5001.5 1.16

6.1.1

6-1

Edk500

6.1.2

6-2

Edk500


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6.1.3

6-3

Edk500


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GPIO

7.1 gpio

#define RS485_SEND 33 //RS485EN

#define ZK_SENSOR_INT 67

#define IO_GREEN_LED 104 // LED green

#define IO_RED_LED 105 // LED red

#define IO_WIEGAND_OUT_D0 100 //wiegand out

#define IO_WIEGAND_OUT_D1 101 //wiegand out

7.2 gpio

gpio 33 //RS485 enable

gpio 60 //connect to tft port






gpio 95 //TFT backlight enable

gpio 96 //system led

gpio 98 //with SPI port


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gpio 99 //with SPI port

gpio 102 //nc, connect to J4

gpio 106 //nc, connect to J4

gpio 100 //wiegand output

gpio 101 //wiegand output

gpio 103 //nc ,connect to J5

gpio 104 //LED green

gpio 105 //LED red

gpio 107 //voice enable and disenable

gpio 108 //switch usb host to client

7.3 GPIO

__gpio_as_output(n)

gpio n

n 0 - 127

gpio.h

__gpio_as_input(n)

gpio n

n 0 - 127


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gpio.h

__gpio_set_pin(n)

gpio n 1

n 0 127

gpio.h. gpio n

__gpio_clear_pin(n)

gpio n 0

n 0 127

gpio.h. gpio n

unsigned int __gpio_get_pin(unsigned int n)

gpio n

n 0 127

gpio.h. gpio n

gpio n

BOOL ARCA_IO_Init(void)

gpio gpio

arca.c gpio


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void ARCA_IO_Free(void)

gpio

arca.c


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8.1

void InitSensor(int LeftLine, int TopLine, int Width, int Height, int FPReaderOpt)

int LeftLine

int TopLine

int Width

int Height

int FPReaderOpt

sensor.c

int CaptureSensor(char *Buffer, BOOL Sign, PSensorBufInfo SensorBufInfo)

char Buffer

2*150*1024

BOOL Sign 0

PsensorBufInfo SensorBufInfo

sensor.h

: sensor.c


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BIOKEY_API HANDLE BIOKEY_INIT(int License, WORD *isize, BYTE *Params,

BYTE *Buffer, int ImageFlag)

/

int License Sensor

WORD *isize 22 FPBaseInit

options.cfg, sensor.c options.cfg

FPBaseInit options.cfg

isize options.cfg

gOptions isize sensor

uru4000b, 6 gOptions.OimageWidth

gOptions.OimageHeightgOptions.ZF_WIDTHgOptions.ZF_HEIGHT

gOptions.CPY[0]gOptions.CPX[2] 6 uru4000b

InitSensor

BYTE *Params 8 FPBaseInit

BYTE *Buffer 2*1024*1024 1N

Int ImageFlag 0x80

zkfp.h


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BIOKEY_API int BIOKEY_MATCHINGPARAM(HANDLE Handle, int speed, int

threshold)

HANDLE Handle BIOKEY_API HANDLE BIOKEY_INIT

int speed 0-1- IDENTIFYSPEED

IDENTIFYSPEED sensor.h

int threshold 0 100 35

zkfp.h

BIOKEY_API int BIOKEY_SETNOISETHRESHOLD(HANDLE Handle, int

NoiseValue, int MinMinutiae, int MaxTempLen, int ExtractScaleDPI)


int NoiseValue

int MinMinutiae

int MaxTempLen

int ExtractScaleDPI 500

zkfp.h


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BIOKEY_API int BIOKEY_EXTRACT(HANDLE Handle, BYTE* PixelsBuffer,

BYTE *Template, int PurposeMode)

Template

i.


BYTE *PixelsBuffer

Int PurposeMode 0 1 1N2

11

ii.

BYTE *Template Template

600-1024

zkfp.h

0

BIOKEY_API int BIOKEY_GENTEMPLATE(HANDLE Handle, BYTE

*Templates[], int TmpCount, BYTE *GTemplate);

TmpCount

i.


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BYTE *Templates[] TmpCount

Int TmpCount 3

ii.

BYTE *GTemplate Gtemplate

zkfp.h

BIOKEY_API int BIOKEY_VERIFY(HANDLE Handle, BYTE *Template1,

BYTE *Template2);


BYTE *Template1 1

BYTE *Template2 2

zkfp.h

0100

35


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8.2

BIOKEY_API int BIOKEY_DB_ADD(HANDLE Handle, int TID, int TempLength,

BYTE *Template)

BIOKEY_API HANDLE

BIOKEY_INIT 1N

i.


Int TID

Int TempLength

BYTE *Template

zkfp.h

1 0

IOKEY_API int BIOKEY_DB_DEL(HANDLE Handle, int TID)


Int TID

zkfp.h

1 0


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BIOKEY_API int BIOKEY_IDENTIFYTEMP(HANDLE Handle, BYTE *Template,

int *TID, int *Score)

i.

HANDLE Handle BIOKEY_API HANDLE

BIOKEY_INIT

BYTE *Template

ii.

int *TID

int *Score

Template TID NULL


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8.3

BIOKEY_INIT BIOKEY_MATCHINGPARAM BIOKEY_SETNOISETHRESHOLD


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8.4

BIOKEY_EXTRACT

BIOKEY_GENTEMPLATE

BIOKEY_DB_ADD


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8.5

BIOKEY_EXTRACT

BIOKEY_VERIFY

BIOKEY_IDENTIFYTEMP

1 1 1 N


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0.1

ZEM500

ZEM500

312

3

9.2

Header: 0X5353

Command :

~Command:

CheckSum: 8

9.3

22 38


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22

9.3.1 22

HEADER(2B)+Command(1B)+~Command(1B)+Data[0](1B)+Date[1](1B)

+Date[16](1B)+CheckSum(1B).

22 17Data[0]~Data[16]

9.3.2 38



38 33Data[0]~Data[32]

9.3.3

Command=2: LCD

Command=3: Data[0]=0, Date[0]>0,

Data[0]*20ms

Command=4: Data[0]=0, Data[0]>0, Data[0]*40ms

Command=107: Data[0]=0:Data[0]>0:

Command=110:

Command=106: Data[0]*40ms;

Data[1]*1s; Data[2]0Data[2]

1Data[2]

Command=58: RS232Data[0]=0xff:0RS232;

Command=221: Data[0]0xff 0

Command=56: Data[0]0xff 0


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Command=214: Wiegand Data[0]>Data[0]>

Data[0]> 0XFF: 0

Command=11: LCD16 Data[0]Data[1]Data[16]



Command=20:

Command=21: RTCData[0]Data[6]

Command=22:

Command=30:

Command=32:

Command=33: LCD

Command=108:

9.4

12 13

13 7 8

0


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9.4.1 12



7Data[0]~Data[6]

12

9.4.2 13



8Data[0]~Data[7]

9.4.3

Command=22: Data[0]Data[6]

Command=33: LCDData[0]LCDData[1]

LCDData[2]: LCD

Command=50: Wiegand Data[0]Data[2]3

WiegandData[3]Data[6] 0

Command=110: Data[0]

DOOR_SENSOR_OPEN 4

DOOR_SENSOR_CLOSE5DOOR_SENSOR_BREAK1DOOR_BREAK

3DOOR_BUTTON2

Command=215: WiegandData[0]Data[7]Wiegand

13


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Command=1: Data[0]

Command=111: Data[0] 3

012

Command=20:

9.5

0XA5 0XA5,


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1 rpm

root

i. Linux

rpm qa []

ii. Linux

rpm ivh []

2 vi

vi []

vi

i.

ii. ESC

iii.


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f1-1 vi

f1-2 vi


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3 service

root

i.

service [] start

ii.

service [] stop

iii.

service [] restart

4 tar

tar [] [] []

e.g. tar cvzf main.tgz main.gz auto.sh f1-3 tar

c

x

v

f

z gzip x

j bzip2 x

f1-4 Linux

.gz gunzip gunzip main.gz

.tar.gz / .gz tar xvzf tar xvzf main.tgz

.tar.bz2 tar jvxf tar jvxf res.bz2


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1 * is needed by **

Linux

needed by

nfs-utils

nfs-utils-lib

2 NFS

i. NFS

f2-1

portmap rpcinfo p portmap

portmaprpcinfo: can't contact portmapper:

RPC: Remote system error - Connection refused

ii. NFS

f2-2

NFS NFS exportfs


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exportfs

/etc/exports

iii. NFSStarting NFS mountd [FAILED]

f2-3

rpcinfo -p mountd

PORTMAPrpm -qa|grep portmap

3 EDK PC OKEDK

i. eth0: Ethernet Link offline!

EDK

ii. EDK


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f2-4

Linux/mnt/mtdblock/main

iii.

f2-4

EDK uboot

uboot Linux NFSa.


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77



/etc/exports EDK EDK

IPb.

iv.

f2-5

EDK uboot

uboot Linux NFS

4 TFTP

i. TFTPputError code 0: Permission

denied

/tftpbootchmod 777 R /tftpboot

ii. telnet EDKput

/tftpboot root


edk500 guide chinese 3.0

Documents

edk500 guide

edk500 copyright zksoftware

zk sensor edk500

c pdf pdffactory pro

tcpip i2c gpio

mmcsd usb1