hd132x_k_v1r3_Final_.PDF
|
|
|
- 화주 연
- 7 years ago
- Views:
Transcription
1 HelloDevice ( HD1320E/1320/1321) Version 11 1
2 2
3 HD1320/1320E RS HD HD1320/1320E 422 HD IP 432 IP RS TCP 522 TCP 523 3
4 6 RS232-TCP/IP 61 TCP 611 TCP 612 TCP 613 TCP / 62 RS232 4
5 HelloDevice 1320/1320E/ HD132x HD1320E HD1320 HD1321 PCB PCB PCB 75V - - RS CD-ROM - - HelloDevice = 75 V ~ 9 V DC (HD1320/1320E), 5V DC ±10% (HD1321) - = 150mA - = 0 ~ 95% - = 5 ~ 55 HelloDevice : (02) : (02) : support@senacom : 5
6 HelloDevice 1320/1320E/ HD132x, RS232 TCP/IP, RS232 TCP/IP,, TCP/IP RS232 HD132x HD1320E/1320/1321, 21 RS232 TCP/IP, HD1320E HD1320, HD1321, DIP HD1320/HD1320E/HD1321 CPU Ubicom Sx52BD (8-Bit, 50 MIPS) 32 KB SRAM 10 Base-T (IEEE8023) 1 RS-232, 115 Kbps DHCP TCP IP / ICMP / ARP (IEEE8023) HelloDevice ( 95/98/NT/2000 ) : IP, 21 HelloDevice 132X 6
7 HelloDevice 1320/1320E/ HD1320/HD1320E HD1320E 31 (a), (b), 32 Status LEDS Power Collision Rx Tx RJ-45 Connector To Ethernet Serial Connector (RS-232) Power Connection ( 75V ~ 9V DC ) 31(a) HD1320E 32 KB SRAM Ethernet Controller Microprocessor UART Status LEDS Power Collision Rx Tx RJ-45 Connector To Ethernet Serial Connector (RS-232) Power Connection ( 75V ~ 9V DC ) 31(b) HD1320/1320E 7
8 HelloDevice 1320/1320E/1321 RJ45 connector to Ethernet 10 Base-T filter Ethernet controller (10 Base-T) Sx52BD microprocessor 32 KB RAM Power supply 1 serial port RS HD = 75 V ~ 9V DC = 150mA 312 HelloDevice RJ45, 100m (1),,, : RealTek Full-duplex : RTL8019AS IEEE Base-T NE2000 8
9 HelloDevice 1320/1320E/1321 (2) RJ45 AT&T258 Shield 1=Tx+ 2=Tx- 7=NC 8=NC Pin 1 Tx+ White with orange 2 Tx- Orange 3 Rx+ White with green 4 Not used Blue 5 Not used White with blue 6 Rx- Green 7 Not used White with brown 8 Not used Brown 3=Rx+ 6=Rx- 4=NC 5=NC 33 RJ45 (3) LED LED Tx, Rx, Collision, Power LED 4 ( 31), Power LED HelloDevice ON Rx LED / Tx LED HelloDevice 1 /,, ping PC / Collision LED, 9
10 HelloDevice 1320/1320E/ RS232 RS232 DB9 150bps ~ 115Kbps 3=TxD 2=RxD 4=NC 1=NC 5=GND 6=NC 9=NC 7=RTS 8=CTS Pin 1 NC Not connected - 2 RxD Receive Data Data Input 3 TxD Send Data Data Output 4 NC Not connected - 5 GND Signal Ground - 6 NC Not connected - 7 RTS Ready To Send Handshake Output (+12V=Ready to Rx, -12V=Not Ready to Rx) 8 CTS Clear To Send Data sent 9 NC Not connected Data sent only at +3V ~ 12V 34 HelloDevice DSUB 10
11 HelloDevice 1320/1320E/ HD1321 HD , 36 Rear side 10BaseT Ethernet Chip microprocessor UART External interface Ethernet interface Power Connection ( 5V DC ) TTL RS232 interface 32 KB SRAM 35 HD KB SRAM Ethernet controller (10 Base-T) Sx52BD microprocessor Ethernet RS232 Interface Power supply 36 HD
12 HelloDevice 1320/1320E/ = 5 V DC ±10% = 150mA 322 HD1321,, UART, JP1, JP , 31 HD1321 # 1 GND 2 Reset System Reset Low Active JP1 3 ~ 5 LED2 ~ LED0 LED LED0: Tx, LED1: Rx, LED2: Collision 6 TPOut- TPOut- 7 TPOut+ TPOut+ JP2 8 TPIn+ TPIn+ 9 TPIn- TPIn- 10 Vcc 5V 1 Vcc 5V 2 NC 3 DSR RS232 Data Set Ready 4 CTS RS232 Clear To Send 5 DTR RS232 Data Terminal Ready 6 RTS RS232 Ready To Send 7 RxD RS232 Data Input 8 TxD RS232 Data Output 9 NC 10 GND TTL Level 31 HD
13 HelloDevice 1320/1320E/1321 GND Reset LED2 LED1 LED0 TPOut- TPOut+ TPIn+ TPIn- Vcc JP JP2 Vcc NC DSR CTR DTR RTS RxD TxD NC GND 37 HD
14 HelloDevice 1320/1320E/ KWORD, (OSI : Open System Interconnection) TCP/IP RS232 32, OSI 7 HelloDevice 7 Application RS232 DHCP 6 Presentation 5 Session 4 Transport 3 Network TCP UDP 2 Data link IP / ICMP ARP 1 Physical layer (IEEE8023) 32 OSI 7 HelloDevice 132X 14
![HelloDevice 1320/1320E/1321 4 HelloDevice (1) HelloDevice (2) HelloDevice (3) HelloDevice IP (4) HelloDevice 41 PC HelloDevice CD-ROM \HD_UTILITY\HD1x20](/docs-images/74/70343129/images/15-0.jpg "setup132xexe Setup132xexe 95/98/ME/ NT/2000 [setup type] [Complete] [Custom] [Next] 41 HelloDevice [Complete], Program Files\sena\HelloDevice Utility_HD1320\")
15 HelloDevice 1320/1320E/ HelloDevice (1) HelloDevice (2) HelloDevice (3) HelloDevice IP (4) HelloDevice 41 PC HelloDevice CD-ROM \HD_UTILITY\HD1x20 setup132xexe Setup132xexe 95/98/ME/ NT/2000 [setup type] [Complete] [Custom] [Next] 41 HelloDevice [Complete], Program Files\sena\HelloDevice Utility_HD1320\ [Custom] 15
16 HelloDevice 1320/1320E/ (a) [Custom setup] 42(b) [Change] 16
![HelloDevice 1320/1320E/1321, 42 (a), (b) [Custom]](/docs-images/74/70343129/images/17-0.jpg "[Change], HelloDevice, HelloDevice 43 HelloDevice")
17 HelloDevice 1320/1320E/1321, 42 (a), (b) [Custom] [Change], HelloDevice, HelloDevice 43 HelloDevice 17
18 HelloDevice 1320/1320E/ HD1320/1320E,, RS232, 1320E 421 HD1320/1320E (1) 75V ~ 9V DC HD1320E 110/220 V 75V HD1320E 44 HD1320E 75V (2) RJ45 HD1320E (HD1320E RJ45 3 ) 110/220 V Ethernet backbone 75V HD1320E 45 HD1320E (3) HD1320E LED Tx LED 1 / 31 [ LED] ) 18
19 HelloDevice 1320/1320E/ HD1321 HD1321 DIP, HD1321,, RJ45 46 HD HD
20 HelloDevice 1320/1320E/ IP HD132x 10BaseT, 47 HelloDevice - IP IP - IP HD132x DHCP, IP DHCP(Dynamic Host Configuration Protocol) HelloDevice IP DHCP(RFC2131) 20
21 HelloDevice 1320/1320E/1321 HelloDevice IP 0000, HelloDevice DHCP IP, HelloDevice Tx LED ( 31 [ LED] ) (1) DHCP DHCP HelloDevice IP, DHCP IP, Tx LED, HelloDevice IP (2) HelloDevice DHCP, DHCP HelloDevice DHCP HelloDevice IP IP, IP HelloDevice MAC 1 -IP IP HelloDevice IP IP, IP 1 MAC,, 6 byte HelloDevice MAC MAC xx-xx-xx ) aa-08,
![[DHCP Stop]), IP ([IP Find]) ([IP Clear]) (2) [Server Setting],](/docs-images/74/70343129/images/22-1.jpg "DHCP HelloDevice DHCP [Router] IP IP 48 DHCP DHCP Server IP PC IP")
22 HelloDevice 1320/1320E/1321 HelloDevice IP 47 HelloDevice IP (1) PC HelloDevice, [IP Address] [IP Address] DHCP IP ([DHCP Start], [DHCP Stop]), IP ([IP Find]) ([IP Clear]) (2) [Server Setting], DHCP HelloDevice DHCP [Router] IP IP 48 DHCP DHCP Server IP PC IP 22
![HelloDevice 1320/1320E/1321 48 DHCP (3) [Add], DHCP 49](/docs-images/74/70343129/images/23-0.jpg "DHCP HelloDevice MAC IP MAC type MAC length")
23 HelloDevice 1320/1320E/ DHCP (3) [Add], DHCP 49 DHCP HelloDevice MAC IP MAC type MAC length HelloDevice, 1 6 MAC Address HelloDevice IC 49, MAC 00:01:95:04:0B:1B, HelloDevice IP [Default Router], 48 DHCP 23
24 HelloDevice 1320/1320E/1321 Router IP (4) [Add], (2) IP (5) [DHCP start], DHCP [DHCP start] HelloDevice Utility Program DHCP Server [Status] Monitoring Listening DHCP request DB List HelloDevice IP [Status] Listening DHCP request " DHCP ACK sent [ ]" HelloDevice DB List HelloDevice Utility Program "DB Setting for DHCP" IP IP HelloDevice IP (6) HelloDevice TX LED HelloDevice IP, HelloDevice IP, [Status] DHCP ACK sent [ ] HelloDevice TX LED /, IP, [Status] DHCP ACK sent [ ], HelloDevice IP DHCP IP, It was Request to other DHCP server! Packet Discarded (7) ping, HelloDevice IP ping Command prompt, ping >> ping >> Pinging with 32 bytes of data: Reply from : bytes=32 time=10ms TTL=251 Reply from : bytes=32 time<10ms TTL=251 Reply from : bytes=32 time=10ms TTL=251, IP, (5), (6), (7) (8) [IP Find], HelloDevice IP 24
![HelloDevice 1320/1320E/1321 [ IP Find], 410 HelloDevice MAC, [Find], Found IP](/docs-images/74/70343129/images/25-0.jpg "IP 410 [IP Find] IP, [more], [System info], HelloDevice 411 [System Info], 41")
25 HelloDevice 1320/1320E/1321 [ IP Find], 410 HelloDevice MAC, [Find], Found IP IP 410 [IP Find] IP, [more], [System info], HelloDevice 411 [System Info], 41 25
![HelloDevice 1320/1320E/1321 411 [System info] Group HellDevice Info TCP COM Client info TCP COM Server info MAC Address MAC IP Address IP Base TCP Port # TCP Current TCP Port # TCP Current TCP State](/docs-images/74/70343129/images/26-0.jpg "TCP TCP State timer TCP State Power-ON timer IP setup mode IP TCP mode setup TCP Current TCP mode TCP Default Router IP MAC Address HD Server Client MAC IP Address HD Server Client IP TCP Port # HD")
26 HelloDevice 1320/1320E/ [System info] Group HellDevice Info TCP COM Client info TCP COM Server info MAC Address MAC IP Address IP Base TCP Port # TCP Current TCP Port # TCP Current TCP State TCP TCP State timer TCP State Power-ON timer IP setup mode IP TCP mode setup TCP Current TCP mode TCP Default Router IP MAC Address HD Server Client MAC IP Address HD Server Client IP TCP Port # HD Server Client MAC Address IP Address HD Server MAC HD Server IP HelloDevice Server Server/Client Mode HelloDevice Client Server/Client 26
27 HelloDevice 1320/1320E/1321 info TCP Port # HD Server 41 [System Info] Mode Note: 1) [IP Find], [IP Find] HelloDevice 441 2) [IP Find] LAN(Local Area Network), 432 IP IP, IP IP, IP, IP , IP (1) MAC IP , IP HelloDevice MAC HelloDevice MAC HelloDevice, DHCP (2) IP [IP Address] [IP Clear], IP 412 HelloDevice MAC, [Clear] IP HelloDevice IP 0000 Note: IP Mode Dynamic IP [IP Clear] IP Dynamic IP IP IP Mode
28 HelloDevice 1320/1320E/ IP Clear (3) IP HelloDevice TX LED IP, IP, HelloDevice TX LED / Note: DHCP, HelloDevice IP [Dynamic-IP], DHCP IP, TX LED IP 44 (4) IP IP , DHCP [Edit] IP /, 431 IP 28
![HelloDevice 1320/1320E/1321 413 DHCP [Edit] IP 44 HD132x RS232 TCP/IP [Network Mode] Serial Interface](/docs-images/74/70343129/images/29-1.jpg "[Serial], Parameter [Password] 414 Parameter (1) Password HelloDevice MAC IP Note: Parameter MAC LAN")
29 HelloDevice 1320/1320E/ DHCP [Edit] IP 44 HD132x RS232 TCP/IP [Network Mode] Serial Interface [Serial], Parameter [Password] 414 Parameter (1) Password HelloDevice MAC IP Note: Parameter MAC LAN HelloDevie 29
30 HelloDevice 1320/1320E/1321 MAC Destination IP Parameter (WAN ) HelloDevice Parameter HelloDevice MAC Destination IP HelloDevice IP (2), [Send] [Send], HelloDevice,, 441 [Password], 1) HelloDevice, HelloDevice, ID : AAAAAAAA Password : AAAAAAAA,, 415, [Send]
![HelloDevice 1320/1320E/1321 416, 416, [Change] Combo](/docs-images/74/70343129/images/31-0.jpg "box,, [Send] 417 418 ID GOSENA00 HelloDevice 417 418")
31 HelloDevice 1320/1320E/ , 416, [Change] Combo box,, [Send] ID GOSENA00 HelloDevice
![],, Note: PWD 442 Network Mode 419 Network Mode HelloDevice MAC IP TCP TCP TCP (TCP )](/docs-images/74/70343129/images/32-1.jpg "TCP IP (TCP ) HelloDevice TCP/IP System info System info 419, HelloDevice HelloDevice")
32 HelloDevice 1320/1320E/1321 HelloDevice ID / Password 8, / / ID / Password PWDini MAC, ID / Password [IP Clear], [IP Find], [Network mode], [Serial], [ID/Password / ],, Note: PWD 442 Network Mode 419 Network Mode HelloDevice MAC IP TCP TCP TCP (TCP ) TCP IP (TCP ) HelloDevice TCP/IP System info System info 419, HelloDevice HelloDevice TCP 32
33 HelloDevice 1320/1320E/1321 (1) IP Mode Static IP IP, IP, IP, [IP Clear] IP 432 IP Dynamic IP Dynamic IP,, DHCP IP DHCP IP DHCP, HelloDevice 24 DHCP IP, Dynamic IP, 24 IP Note: Dynamic IP [IP Clear] IP (2) Device Comm Server Mode TCP HelloDevice Port TCP, HelloDevice, TCP/IP HelloDevice RS232 HelloDevice TCP, TCP TCP TCP, TCP Client Mode HelloDevice RS232 TCP HelloDevice 1 5 Server & Client Mode HelloDevice TCP HelloDevice TCP TCP IP, TCP, TCP, Note: 33
34 HelloDevice 1320/1320E/1321 HD PORT RS232 TCP TCP, HelloDevice TCP TCP, 2000 ~ Server IP, Server PORT Server IP Server PORT HelloDevice TCP, HelloDevice, TCP IP 2000 ~ HelloDevice TCP (3) Notifier HelloDevice [Time Interval] IP IP HelloDevice, HelloDevice Dynamic IP, TCP (DHCP, TCP ), Dynamic IP, IP 24, HelloDevice IP, HelloDevice IP PC HelloDevice UDP 53 6, 6, [Time Interval] RS232 RS232 HelloDevice RS RS232 [Serial] baud rate 150, 300, 600, 900, 1200, 2000, 2400, 3600, 4800, 7200, 9600, 19200, parity None, Even, Odd Data bits 5, 6, 7, 8 bits 34
35 HelloDevice 1320/1320E/1321 Stop bits 1, 1½, 2 bit handshake Œ Time None, H/W, X On/Off RS232, TCP/IP, 4, 100, Unlimited 420 [Serial], MAC 00:01:95:04:0B:1B, 9600 baud rate, Parity None, Data bit 8, Stop bit 1, Handshake None, Time RS232 35
36 HelloDevice 1320/1320E/1321 5, TeraTerm Pro, HyperTerminal, Telnet RS232-TCP/IP, HelloDevice PC,, HelloDevice Dynamic IP, TCP, IP, TeraTerm Pro 51 HD1320E RS232 PC TCP/IP, RS232 1) PC RS232 HelloDevice RS232 RS232 3 Ethernet backbone TCP/IP TCP/IP HelloDevice HD PORT 6001 RS232 (COM1 COM2) RS RS232-TCP/IP 36
37 HelloDevice 1320/1320E/1321 2) HelloDevice, HelloDevice TCP RS baud rate Parity None Data bit 8 Stop bit 1 Handshake None, Time 50 3) PC RS232, TeraTerm Pro COM2 4) Tera term Pro COM2, HelloDevice RS TeraTerm RS232 5) [OK], 37
38 HelloDevice 1320/1320E/1321 6) PC TCP/IP 7) HelloDevice IP TCP TCP/IP 53 TCP/IP TCP/IP 8) TCP/IP, RS232 RS232, TCP/IP 54 TCP/IP RS232 Note: HelloDevice RS232 [Time] RS232 Hello Device TCP/IP, 2) 50 TCP/IP 38
39 HelloDevice 1320/1320E/ HelloDevice / 52 HelloDevice TCP/IP, 51 - HelloDevice TCP ( 51 Server ) - HelloDevice TCP ( 51 Client ) - HelloDevice ( 51 UDP Server ) 55 HelloDevice 39
40 HelloDevice 1320/1320E/1321, Visual C/C++ 60, (*dsw), Visual C/C TCP, HelloDevice 51 TCP, HelloDevice, TCP/IP, 51, HelloDevice TCP 1) 51, HelloDevice RS232 PC RS232, RS232 2) Server Serverdsw Open Build, Run 3) HelloDevice IP 56 HelloDevice IP
41 HelloDevice 1320/1320E/1321 4), [Enter] PC RS232 TCP, TCP, TCP/IP, socket, connect, send // // Process Serial data send // void SerialSend() { char commandbuf[512]="" ; int commandlen ; int err ; // Re-Initialize TCP socket TCPSocketInit() ; // Read serial data //: just ASCII string excluding control characters //: Max size is limited to 512 bytes in this demo printf("\nenter the string you want to send to HelloDevice\n>>") ; scanf("%s", commandbuf) ; // Calc serial data length commandlen = strlen(commandbuf) ; // Send command to HelloDevice err = sendto ( sock, &commandbuf, commandlen, 0, (struct sockaddr*)&serveraddr, sizeof(serveraddr) ) ; if (err == -1 ) { perror("\nsend error\n"); exit (1); // // Initialize TCP socket // void TCPSocketInit() { char ipaddrstr[32] ; 41
42 HelloDevice 1320/1320E/1321 int clientlen ; int err ; // Enter HelloDevice IP address printf("enter HelloDevice IP address(xxxxxxxxxxxx) : ") ; scanf("%s", ipaddrstr) ; printf("\n\n") ; // Convert IP address from string to long ipaddr = decodeaddress(ipaddrstr) ; // Windows requires that winsock be initialized err = WSAStartup (0x0101, &lpwsadata); if ( err!= 0 ) { printf("\ncannot open WinSock???\n"); exit (1) ; else printf("1) WinSock Opened\n") ; // Create TCP socket clientlen = sizeof(serveraddr); sock = socket(af_inet, SOCK_STREAM, 0); if ( sock < 0 ) { perror("\nsocket error???\n"); exit (1) ; // Clear IP address fields memset( (char*) &addr, 0, sizeof( addr ) ); memset( (char*) &serveraddr, 0, sizeof( serveraddr ) ); // Set my IP address : TCP port 6001 addrsin_family = AF_INET; // You may use any port other than 6001 in host side! addrsin_port = htons(6001); addrsin_addrs_addr = INADDR_ANY; // Set HelloDevice IP address : TCP port 6001 serveraddrsin_family = AF_INET; serveraddrsin_port = htons(6001); printf("\tby Using port %d on the HelloDevice\n", ntohs(serveraddrsin_port) ); serveraddrsin_addrs_addr = htonl(ipaddr); // Connecting to HelloDevice err = connect( sock, (struct sockaddr*) &serveraddr, sizeof(serveraddr) ); if ( err == -1 ) { perror("\ncannot connect to HelloDevice???\n"); exit (1) ; printf("2)connected to HelloDevice, %d port\n", ntohs(serveraddrsin_port) ); 42
43 HelloDevice 1320/1320E/1321 // // Close TCP socket // void TCPSocketClose() { closesocket(sock) ; 522 TCP 51, HelloDevice TCP, TCP, TCP IP, HelloDevice TCP, RS232 HelloDevice, HelloDevice IP,,, HelloDevice, HelloDevice RS232, RS232, RS232 PC, RS232 HelloDevice, 1) 51, HelloDevice RS232 PC RS232, RS232 2) HelloDevice [Network Mode] [TCP mode] [Client], [Server IP, PORT] PC IP, 6001, PC IP , [Send] HelloDevice TCP, HelloDevice RS232 IP TCP 6001, HelloDevice RS232 43
![Unlimited], HelloDevice TCP, RS232 TCP 58,](/docs-images/74/70343129/images/44-1.jpg "Serial Time Unlimited, [Send] HelloDevice")
44 HelloDevice 1320/1320E/ HelloDevice TCP 3) HelloDevice [Serial] [Serial Time Unlimited], HelloDevice TCP, RS232 TCP 58, Serial Time Unlimited, [Send] HelloDevice TCP, TCP 44
![HelloDevice 1320/1320E/1321 58 HelloDevice [Serial] 4) Client Clientdsw Open Build, Run 5), RS232 [Received Data],](/docs-images/74/70343129/images/45-0.jpg "HelloDevice, RS232 59 listen, bind, accept, socket, recv, sendto,, 521 //----------------------------------------")
45 HelloDevice 1320/1320E/ HelloDevice [Serial] 4) Client Clientdsw Open Build, Run 5), RS232 [Received Data], HelloDevice, RS listen, bind, accept, socket, recv, sendto,, 521 //
46 HelloDevice 1320/1320E/1321 // Process listening : ProcessRecv called // void ProcessListen() { int clientlen; char chdumm; clientlen = sizeof(addrclient); memset((char*) &addrclient, 0, sizeof(addrclient)); while (1) { // // accept an incoming connection attempt on the server socket // sockclient = accept(sock,(lpsockaddr)&addrclient,&clientlen); if (sockclient == INVALID_SOCKET) { printf("\naccept error???\n"); printf("\nplease, try later(press ENTER)"); scanf("%c", &chdumm); break; else { printf("connected from client[%d%d%d%d]\n",addrclientsin_addrs_uns_un_bs_b1,addrclientsin_addrs_uns_un_bs_b2,addrclientsin_addrs_uns_un_bs_b3,addrclientsin_addrs_uns_un_bs_b4); // // receives data from the client socket(hd1320) // if(processrecv()) { // Exit Program break; else { // Continue Listen // Just close the client socket TCPSocketClose(CLOSE_CLIENT_SOCKET); memset((char*) &addrclient, 0, sizeof(addrclient)); // // Process receive : socket recv function called // return 9 : exit program // 0 : continue listening // int ProcessRecv() { char bufreceived[bufsize]; int ncountreceived = 0; int ncommand = 0; int nshowmenu = 0; memset(bufreceived,'\0',sizeof(bufreceived)); while(1) { // // receives data from a connected socket(hd1320) // ncountreceived = recv(sockclient,bufreceived,sizeof(bufreceived),0); if (ncountreceived == 0) { // HelloDevice closed the client socket printf("disconnected from client[%d%d%d%d]\n",addrclientsin_addrs_uns_un_bs_b1 46
47 HelloDevice 1320/1320E/1321,addrClientsin_addrS_unS_un_bs_b2,addrClientsin_addrS_unS_un_bs_b3,addrClientsin_addrS_unS_un_bs_b4); DisplayMenu(); scanf("%d", &ncommand); return ncommand; else if (ncountreceived < 0) { if (++nshowmenu == SHOWMENU) { DisplayMenu(); scanf("%d", &ncommand); return ncommand; else { continue; else { // received some data // Send echo to client if(!serialsend(bufreceived, ncountreceived)){ // Sending echo error printf("fail to send echo to client[%d%d%d%d]\n",addrclientsin_addrs_uns_un_bs_b1,addrclientsin_addrs_uns_un_bs_b2,addrclientsin_addrs_uns_un_bs_b3,addrclientsin_addrs_uns_un_bs_b4); DisplayMenu(); scanf("%d", &ncommand); return ncommand; printf("[received Data]%s\n", bufreceived); ncountreceived = 0; nshowmenu = 0; memset(bufreceived,'\0',sizeof(bufreceived)); // // Process sending serial data to HelloDevice // return : 1 - success, 0 - failure // int SerialSend(char* strreceived, int nreceived) { int err; char* pcommandbuf = (char*)malloc(nreceived + 2); memcpy(&pcommandbuf[0], strreceived, nreceived); // Send command to HelloDevice err = sendto ( sockclient, pcommandbuf, nreceived + 2, 0, (struct sockaddr*)&addrclient, sizeof(addrclient) ) ; free(pcommandbuf); if (err == -1 ) { return 0; return 1; 47
48 HelloDevice 1320/1320E/1321 // // Initialize TCP server socket // return : 1 - success, 0 - failure // int TCPServerSocketInit() { char chdummy; int err ; // // Initiate use of WS2_32DLL by a process // err = WSAStartup (0x0101, &lpwsadata); if ( err!= 0 ) { printf("\nfail to start up winsock???\n"); scanf("\nplease, try later(press ENTER)"); scanf("%c", &chdummy); return 0; else printf("winsock Opened\n") ; // // create a server socket // sock = socket(af_inet, SOCK_STREAM, 0); if ( sock < 0 ) { printf("\nsocket error???\n"); printf("\nplease, try later(press ENTER)"); scanf("%c", &chdummy); return 0; printf("server socket created\n") ; // Clear server IP address fields memset( (char*) &addr, 0, sizeof( addr ) ); // Set server IP address : TCP port 6001 addrsin_family = AF_INET; // You may use any port other than 6001 in host side! addrsin_port = htons(6001); addrsin_addrs_addr = INADDR_ANY; // // associate a local address with a socket // if(bind(sock,(lpsockaddr)&addr,sizeof(addr)) == SOCKET_ERROR) { printf("\nserver socket bind error???\n"); scanf("\nplease, try later(press ENTER)"); scanf("%c", &chdummy); return 0; printf("server socket bound\n") ; // // places a socket a state where it is listening for an // incoming connection 48
49 HelloDevice 1320/1320E/1321 // if(listen(sock,5) == SOCKET_ERROR) { printf("\nserver socket listen error???\n"); scanf("\nplease, try later(press ENTER)"); scanf("%c", &chdummy); return 0; printf("server socket listening for an incoming connection\n"); return 1; // // Close TCP socket // parameter //bcloseonlyclient : CLOSE_CLIENT_SOCKET(1) - close just client socket //CLOSE_ALL_SOCKET(0) - close all socket and clean up // void TCPSocketClose(int bcloseonlyclient) { // // close the client socket // if (sockclient!= INVALID_SOCKET) { closesocket(sockclient); sockclient = INVALID_SOCKET; if (!bcloseonlyclient) { // // close the server socket // closesocket(sock); // // terminate use of the WS2_32DLL // WSACleanup(); 523 HelloDevice Dynamic IP, TCP,, HelloDevice IP HelloDevice Dynamic IP, IP, HelloDevice IP, HelloDevice IP, HelloDevice IP IP, UDP (User Datagram Protocol), HelloDevice IP, HelloDevice Dynamic IP HelloDevice, HelloDevice, HelloDevice 49
50 HelloDevice 1320/1320E/1321 IP, LAN, IP LAN HelloDevice, IP, UDP 514 MAC, Local Port, IP IP 442 HelloDevice 14 OK (2 Byte)+ MAC (6 Byte) + Local Port(2 Byte) + IP (4 Byte) HelloDevice /************************************************************************** UDP-based data server sample program HelloDevice notifying message format : total 14 bytes data : The number in the parenthisis means the byte size 'O'(1)+'K'(1)+ MAC address(6) + local port number(2) + IP address(4) eg 4f-4b c0-a1-a8-0f **************************************************************************/ #include <stdioh> #include <timeh> #include <winsockh> // Global Variable definition WSADATA lpwsadata; // Socket data structure SOCKADDR_IN addrfrom; int sock ; // Socket int byte_received ; // byte received struct sockaddr_in addr ; // My IP address // UDP Socket function void UDPSocketCreate() ; void UDPSocketRun() ; void UDPSocketClose() ; // Main function void main() { printf("udp Hello Device Program \n"); // 1) Socket Creation UDPSocketCreate() ; while(1) { 50
51 HelloDevice 1320/1320E/1321 // 2) Listen until any incoming data // 3) Receive if any incoming data // 4) Print data UDPSocketRun(); // 5) Close UDP Socket UDPSocketClose() ; // // UDP Socket Creation // void UDPSocketCreate() { // Windows requires that winsock be initialized if (WSAStartup (0x0101, &lpwsadata) == INVALID_SOCKET) { printf("\ncannot open WinSock???\n"); exit (1) ; else printf("winsock Openedwaiting\n") ; // Create Windows socket for UDP sock = socket(af_inet, SOCK_DGRAM,0); if (sock < 0) { perror("\nsocket error???\n"); exit (1) ; // Setupo the port configuration // UDP port : 514 addrsin_family = AF_INET; addrsin_port = htons(514); addrsin_addrs_addr = htonl(inaddr_any); // Launch UDP socket if (bind(sock,(lpsockaddr)&addr,sizeof(addr)) == SOCKET_ERROR) { printf("\n Socket error program terminated\n " ); exit(1); // // UDP Socket Run // void UDPSocketRun() { int naddrfromlen = sizeof(addrfrom); IN_ADDR infrom; char test_buff[300]; char dbuffer [9]; char tbuffer [9]; int i ; // Wait until it receives data byte_received = 51
52 HelloDevice 1320/1320E/1321 recvfrom(sock,test_buff,250,0,(lpsockaddr)&addrfrom,&naddrfromlen); if (byte_received==socket_error) { printf("\n Socket error program terminated\n"); exit(1); memcpy(&infrom, &addrfromsin_addr,4); // Calculate date & time _strdate( dbuffer ); printf( "\n Info was notified on %s ", dbuffer ); _strtime( tbuffer ); printf( "%s \n", tbuffer ); // Decode the incoming datagram printf("\n from %s \n\n MAC address: ", inet_ntoa(infrom) ); for(i=2; i<8; i++) printf("%2x ",(unsigned char)test_buff[i]); printf("\n Port # :"); for(i=8;i<10;i++) printf("%3x",(unsigned char)test_buff[i]); printf(" \n IP address :"); for(i=10;i<14;i++) printf(" %3d ",(unsigned char)test_buff[i]); printf("\n \n \n \n"); // // UDP Socket Close // void UDPSocketClose() { closesocket(sock); Visual C/C++ console application, 510 HelloDevice 52
53 HelloDevice 1320/1320E/ RS232-TCP/IP 61 TCP PC HelloDevice RS232, PC HelloDevice, RS232 TCP RS232 HelloDevice TCP [Client], RS232 HelloDevice TCP/IP TCP, TCP/IP RS232 HelloDevice TCP [Server] RS232, PC TCP/IP 53
54 HelloDevice 1320/1320E/1321 HelloDevice RS232, HelloDevice TCP/IP PC HelloDevice TCP [Server/Client], TCP, TCP, RS232,,, [Server] [Client], 611 TCP HelloDevice TCP TCP HelloDevice TCP/IP HelloDevice TCP,, TCP, RS232, TCP, TCP ( 32KB) TCP, RS232 IP, [RS232 ], TCP, TCP, TCP (Socket Close) 612 TCP HelloDevice TCP TCP HelloDevice TCP/IP TCP, HelloDevice TCP HelloDevice TCP, RS232 54
55 HelloDevice 1320/1320E/1321, TCP RS232, TCP, 5, RS232, TCP TCP,, [RS232 ],, TCP TCP, HelloDevice RS232, TCP (Socket Close) 613 TCP / HelloDevice TCP TCP HelloDevice TCP/IP TCP, TCP, RS232, TCP, TCP, RS232,,, RS RS232 9 Pin 1 Received Line Signal Detector (Data Carrier Detect) Pin 2 Received Data Pin 3 Transmit Data Pin 4 Data Terminal Ready Pin 5 Signal Ground Pin 6 Data Set Ready Pin 7 Request To Send Pin 8 Clear To Send DCD RxD TxD DTR GND DSR RTS CTS 55
56 HelloDevice 1320/1320E/1321 Pin 9 Ring Indicator RI 61 RS232 9 HelloDevice RS232, HD1320/1320E RxD, TxD RS232 RTS, CTS, DTR, DSR, DTR, DSR, 61 RS232 1(DCD), 4(DTR), 6(DSR), RTS, CTS HelloDevice 3=TxD 2=RxD 5=GND 7=RTS 8=CTS HelloDevice HelloDevice RxD RxD RxD RxD TxD TxD TxD TxD GND GND GND GND RTS RTS RTS RTS CTS CTS CTS CTS DTR DTR DTR DTR DSR DSR DSR DSR DCD DCD DCD DCD (a) (b) 61 HD1320/1320E RS232 HD1321, RS232 5V TTL,, RXD, TXD, RTS, CTS, DTR, DSR 56
hd1300_k_v1r2_Final_.PDF
Starter's Kit for HelloDevice 1300 Version 11 1 2 1 2 3 31 32 33 34 35 36 4 41 42 43 5 51 52 6 61 62 Appendix A (cross-over) IP 3 Starter's Kit for HelloDevice 1300 1 HelloDevice 1300 Starter's Kit HelloDevice
À©µµ³×Æ®¿÷ÇÁ·Î±×·¡¹Ö4Àå_ÃÖÁ¾
P a 02 r t Chapter 4 TCP Chapter 5 Chapter 6 UDP Chapter 7 Chapter 8 GUI C h a p t e r 04 TCP 1 3 1 2 3 TCP TCP TCP [ 4 2] listen connect send accept recv send recv [ 4 1] PC Internet Explorer HTTP HTTP
untitled
CAN BUS RS232 Line Ethernet CAN H/W FIFO RS232 FIFO IP ARP CAN S/W FIFO TERMINAL Emulator COMMAND Interpreter ICMP TCP UDP PROTOCOL Converter TELNET DHCP C2E SW1 CAN RS232 RJ45 Power
chapter4
Basic Netw rk 1. ก ก ก 2. 3. ก ก 4. ก 2 1. 2. 3. 4. ก 5. ก 6. ก ก 7. ก 3 ก ก ก ก (Mainframe) ก ก ก ก (Terminal) ก ก ก ก ก ก ก ก 4 ก (Dumb Terminal) ก ก ก ก Mainframe ก CPU ก ก ก ก 5 ก ก ก ก ก ก ก ก ก ก
T100MD+
User s Manual 100% ) ( x b a a + 1 RX+ TX+ DTR GND TX+ RX+ DTR GND RX+ TX+ DTR GND DSR RX+ TX+ DTR GND DSR [ DCE TYPE ] [ DCE TYPE ] RS232 Format Baud 1 T100MD+
(Asynchronous Mode) ( 1, 5~8, 1~2) & (Parity) 1 ; * S erial Port (BIOS INT 14H) - 1 -
(Asynchronous Mode) - - - ( 1, 5~8, 1~2) & (Parity) 1 ; * S erial Port (BIOS INT 14H) - 1 - UART (Univ ers al As y nchronous Receiver / T rans mitter) 8250A 8250A { COM1(3F8H). - Line Control Register
TCP.IP.ppt
TCP/IP TCP/IP TCP/IP TCP/IP TCP/IP Internet Protocol _ IP Address Internet Protocol _ Subnet Mask Internet Protocol _ ARP(Address Resolution Protocol) Internet Protocol _ RARP(Reverse Address Resolution
Sena Device Server Serial/IP TM Version
Sena Device Server Serial/IP TM Version 1.0.0 2005. 3. 7. Release Note Revision Date Name Description V1.0.0 2005-03-7 HJ Jeon Serial/IP 4.3.2 ( ) 210 137-130, : (02) 573-5422 : (02) 573-7710 email: support@sena.com
SRC PLUS 제어기 MANUAL
,,,, DE FIN E I N T R E A L L O C E N D SU B E N D S U B M O TIO
1217 WebTrafMon II
(1/28) (2/28) (10 Mbps ) Video, Audio. (3/28) 10 ~ 15 ( : telnet, ftp ),, (4/28) UDP/TCP (5/28) centralized environment packet header information analysis network traffic data, capture presentation network
bn2019_2
arp -a Packet Logging/Editing Decode Buffer Capture Driver Logging: permanent storage of packets for offline analysis Decode: packets must be decoded to human readable form. Buffer: packets must temporarily
TTA Verified : HomeGateway :, : (NEtwork Testing Team)
TTA Verified : HomeGateway :, : (NEtwork Testing Team) : TTA-V-N-05-006-CC11 TTA Verified :2006 6 27 : 01 : 2005 7 18 : 2/15 00 01 2005 7 18 2006 6 27 6 7 9 Ethernet (VLAN, QoS, FTP ) (, ) : TTA-V-N-05-006-CC11
PowerPoint 프레젠테이션
(Host) set up : Linux Backend RS-232, Ethernet, parallel(jtag) Host terminal Target terminal : monitor (Minicom) JTAG Cross compiler Boot loader Pentium Redhat 9.0 Serial port Serial cross cable Ethernet
시스코 무선랜 설치운영 매뉴얼(AP1200s_v1.1)
[ Version 1.3 ] Access Point,. Access Point IP 10.0.0.1, Subnet Mask 255.255.255.224, DHCP Client. DHCP Server IP IP,, IP 10.0.0.X. (Tip: Auto Sensing Straight, Cross-over.) step 1]. step 2] LAN. step
6주차.key
6, Process concept A program in execution Program code PCB (process control block) Program counter, registers, etc. Stack Heap Data section => global variable Process in memory Process state New Running
Network seminar.key
Intro to Network .. 2 4 ( ) ( ). ?!? ~! This is ~ ( ) /,,,???? TCP/IP Application Layer Transfer Layer Internet Layer Data Link Layer Physical Layer OSI 7 TCP/IP Application Layer Transfer Layer 3 4 Network
USB USB DV25 DV25 REC SRN-475S REC SRN-475S LAN POWER LAN POWER Quick Network Setup Guide xdsl/cable Modem PC DVR 1~3 1.. DVR DVR IP xdsl Cable xdsl C
USB USB DV25 DV25 REC SRN-475S REC SRN-475S LAN POWER LAN POWER Quick Network Setup Guide xdsl/cable Modem PC DVR 1~3 1.. DVR DVR IP xdsl Cable xdsl Cable PC PC Step 1~5. Step, PC, DVR Step 1. Cable Step
(SW3704) Gingerbread Source Build & Working Guide
(Mango-M32F4) Test Guide http://www.mangoboard.com/ http://cafe.naver.com/embeddedcrazyboys Crazy Embedded Laboratory www.mangoboard.com cafe.naver.com/embeddedcrazyboys CRZ Technology 1 Document History
자바-11장N'1-502
C h a p t e r 11 java.net.,,., (TCP/IP) (UDP/IP).,. 1 ISO OSI 7 1977 (ISO, International Standards Organization) (OSI, Open Systems Interconnection). 6 1983 X.200. OSI 7 [ 11-1] 7. 1 (Physical Layer),
<C0CCBCBCBFB52DC1A4B4EBBFF82DBCAEBBE7B3EDB9AE2D313939392D382E687770>
i ii iii iv v vi 1 2 3 4 가상대학 시스템의 국내외 현황 조사 가상대학 플랫폼 개발 이상적인 가상대학시스템의 미래상 제안 5 웹-기반 가상대학 시스템 전통적인 교수 방법 시간/공간 제약을 극복한 학습동기 부여 교수의 일방적인 내용전달 교수와 학생간의 상호작용 동료 학생들 간의 상호작용 가상대학 운영 공지사항,강의록 자료실, 메모 질의응답,
untitled
1... 2 System... 3... 3.1... 3.2... 3.3... 4... 4.1... 5... 5.1... 5.2... 5.2.1... 5.3... 5.3.1 Modbus-TCP... 5.3.2 Modbus-RTU... 5.3.3 LS485... 5.4... 5.5... 5.5.1... 5.5.2... 5.6... 5.6.1... 5.6.2...
Remote UI Guide
Remote UI KOR Remote UI Remote UI PDF Adobe Reader/Adobe Acrobat Reader. Adobe Reader/Adobe Acrobat Reader Adobe Systems Incorporated.. Canon. Remote UI GIF Adobe Systems Incorporated Photoshop. ..........................................................
ARMBOOT 1
100% 2003222 : : : () PGPnet 1 (Sniffer) 1, 2,,, (Sniffer), (Sniffer),, (Expert) 3, (Dashboard), (Host Table), (Matrix), (ART, Application Response Time), (History), (Protocol Distribution), 1 (Select
untitled
CAN BUS RS232 Line CAN H/W FIFO RS232 FIFO CAN S/W FIFO TERMINAL Emulator COMMAND Interpreter PROTOCOL Converter CAN2RS232 Converter Block Diagram > +- syntax
Microsoft Word - FS_ZigBee_Manual_V1.3.docx
FirmSYS Zigbee etworks Kit User Manual FS-ZK500 Rev. 2008/05 Page 1 of 26 Version 1.3 목 차 1. 제품구성... 3 2. 개요... 4 3. 네트워크 설명... 5 4. 호스트/노드 설명... 6 네트워크 구성... 6 5. 모바일 태그 설명... 8 6. 프로토콜 설명... 9 프로토콜 목록...
10X56_NWG_KOR.indd
디지털 프로젝터 X56 네트워크 가이드 이 제품을 구입해 주셔서 감사합니다. 본 설명서는 네트워크 기능 만을 설명하기 위한 것입니다. 본 제품을 올바르게 사 용하려면 이 취급절명저와 본 제품의 다른 취급절명저를 참조하시기 바랍니다. 중요한 주의사항 이 제품을 사용하기 전에 먼저 이 제품에 대한 모든 설명서를 잘 읽어 보십시오. 읽은 뒤에는 나중에 필요할 때
Subnet Address Internet Network G Network Network class B networ
Structure of TCP/IP Internet Internet gateway (router) Internet Address Class A Class B Class C 0 8 31 0 netid hostid 0 16 31 1 0 netid hostid 0 24 31 1 1 0 netid hostid Network Address : (A) 1 ~ 127,
Microsoft PowerPoint - 09-CE-23-윈도우 소켓
순천향대학교컴퓨터학부이상정 1 학습내용 인터넷과 TCP/IP 프로토콜 소켓의생성과해제 소켓주소표현 연결지향소켓프로그래밍 순천향대학교컴퓨터학부이상정 2 인터넷과 TCP/IP 프로토콜 순천향대학교컴퓨터학부이상정 3 인터넷구조의프로토콜계층 인터넷구조의프로토콜계층 응용계층 (application layer) 응용서비스제공 http, ftp, smtp, telnet,
1
- - - Data Sheet Copyright2002, SystemBase Co, Ltd - 1 - A0 A1 A2 CS0#, CS1# CS2#, CS3# CTS0#, CTS1# CTS2, CTS3# D7~D3, D2~D0 DCD0#, DCD1# DCD2#, DCD3# DSR0#, DSR1# DSR2#, DSR3# DTR0#, DTR1# DTR2#, DTR3#
MR-3000A-MAN.hwp
ITS Field Emulator for Traffic Local Controller [ MR-3000A ] User's Manual MORU Industrial Systems. www.moru.com - 1 - 1. 개요 MR-3000A는교통관제시스템에있어서현장용교통신호제어기의개발, 신호제어알고리즘의개발및검증, 교통신호제어기생산 LINE에서의자체검사수단등으로활용될수있도록개발된물리적모의시험장치이다.
PWR PWR HDD HDD USB USB Quick Network Setup Guide xdsl/cable Modem PC DVR 1~3 1.. DVR DVR IP xdsl Cable xdsl Cable PC PC DDNS (
PWR PWR HDD HDD USB USB Quick Network Setup Guide xdsl/cable Modem PC DVR 1~3 1.. DVR DVR IP xdsl Cable xdsl Cable PC PC DDNS (http://ddns.hanwha-security.com) Step 1~5. Step, PC, DVR Step 1. Cable Step
SMB_ICMP_UDP(huichang).PDF
SMB(Server Message Block) UDP(User Datagram Protocol) ICMP(Internet Control Message Protocol) SMB (Server Message Block) SMB? : Microsoft IBM, Intel,. Unix NFS. SMB client/server. Client server request
LCD Display
LCD Display SyncMaster 460DRn, 460DR VCR DVD DTV HDMI DVI to HDMI LAN USB (MDC: Multiple Display Control) PC. PC RS-232C. PC (Serial port) (Serial port) RS-232C.. > > Multiple Display
2005 2004 2003 2002 2001 2000 Security Surveillance Ubiquitous Infra Internet Infra Telematics Security Surveillance Telematics Internet Infra Solutions Camera Site (NETWORK) Monitoring & Control
OPCTalk for Hitachi Ethernet 1 2. Path. DCOMwindow NT/2000 network server. Winsock update win95. . . 3 Excel CSV. Update Background Thread Client Command Queue Size Client Dynamic Scan Block Block
Microsoft Word - ZIO-AP1500N-Manual.doc
목 차 사용자 설명서 1 장 제품 소개 ------------------------------ 1 2 장 제품 내용물 ---------------------------- 2 3 장 AP 연결 설정 방법 ------------------------ 3 4 장 동작 방식별 설정 방법 --------------------- 7 (1) 엑세스 포인트 모드 -----------------------
소개 TeraStation 을 구입해 주셔서 감사합니다! 이 사용 설명서는 TeraStation 구성 정보를 제공합니다. 제품은 계속 업데이트되므로, 이 설명서의 이미지 및 텍스트는 사용자가 보유 중인 TeraStation 에 표시 된 이미지 및 텍스트와 약간 다를 수
사용 설명서 TeraStation Pro II TS-HTGL/R5 패키지 내용물: 본체 (TeraStation) 이더넷 케이블 전원 케이블 TeraNavigator 설치 CD 사용 설명서 (이 설명서) 제품 보증서 www.buffalotech.com 소개 TeraStation 을 구입해 주셔서 감사합니다! 이 사용 설명서는 TeraStation 구성 정보를
cam_IG.book
설치 안내서 AXIS P3301 고정형 돔 네트워크 카메라 AXIS P3301-V 고정형 돔 네트워크 카메라 한국어 AXIS P3304 고정형 돔 네트워크 카메라 AXIS P3304-V 고정형 돔 네트워크 카메라 문서 정보 본 문서에는 사용자 네트워크에 AXIS P3301/P3304 고정형 돔 네트워크 카메라를 설치하는 방법에 대 한 지침이 포함되어 있습니다.
Assign an IP Address and Access the Video Stream - Installation Guide
설치 안내서 IP 주소 할당 및 비디오 스트림에 액세스 책임 본 문서는 최대한 주의를 기울여 작성되었습니다. 잘못되거나 누락된 정보가 있는 경우 엑시스 지사로 알려 주시기 바랍니다. Axis Communications AB는 기술적 또는 인쇄상의 오류에 대해 책 임을 지지 않으며 사전 통지 없이 제품 및 설명서를 변경할 수 있습니다. Axis Communications
VZ94-한글매뉴얼
KOREAN / KOREAN VZ9-4 #1 #2 #3 IR #4 #5 #6 #7 ( ) #8 #9 #10 #11 IR ( ) #12 #13 IR ( ) #14 ( ) #15 #16 #17 (#6) #18 HDMI #19 RGB #20 HDMI-1 #21 HDMI-2 #22 #23 #24 USB (WLAN ) #25 USB ( ) #26 USB ( ) #27
Microsoft Word - SMB-63-2_KR_.doc
보충 설명서 압소덱스 AX9000TS/TH-U3 (PROFIBUS-DP 사양) SMB-63K-2 머리글 이번에 당사의 압소덱스를 선정해 주셔서 대단히 감사합니다. 압소덱스는 일반 산업용 조립 기계나 검사 기계 등의 간헐 작동 턴테이블 등을 유연하고 정밀도 높게 구동하기 위해 개발된 다이렉트 드라이브 인덱 스 유닛입니다. 본 설명서는 압소덱스 AX9000TS/TH(PROFIBUS-DP
안전을 위한 주의사항 제품을 올바르게 사용하여 위험이나 재산상의 피해를 미리 막기 위한 내용이므로 반드시 지켜 주시기 바랍니다. 2 경고 설치 관련 지시사항을 위반했을 때 심각한 상해가 발생하거나 사망에 이를 가능성이 있는 경우 설치하기 전에 반드시 본 기기의 전원을
Digital Video Recorder 간편설명서 XD3316 안전을 위한 주의사항 제품을 올바르게 사용하여 위험이나 재산상의 피해를 미리 막기 위한 내용이므로 반드시 지켜 주시기 바랍니다. 2 경고 설치 관련 지시사항을 위반했을 때 심각한 상해가 발생하거나 사망에 이를 가능성이 있는 경우 설치하기 전에 반드시 본 기기의 전원을 차단하고, 전원 플러그를 동시에
Microsoft Word - KPMC-400,401 SW 사용 설명서
LKP Ethernet Card SW 사용설명서 Version Information Tornado 2.0, 2.2 알 림 여기에실린내용은제품의성능향상과신뢰도의증대를위하여예고없이변경될수도있습니다. 여기에실린내용의일부라도엘케이일레븐의사전허락없이어떠한유형의매체에복사되거나저장될수없으며전기적, 기계적, 광학적, 화학적인어떤방법으로도전송될수없습니다. 엘케이일레븐경기도성남시중원구상대원동
歯Cablexpert제안서.PDF
: CableXpert TM TEL:02-576-0471 / E-mail : lab@dakos.net 1. (CableXpert TM :CME1100 ) (PSTN) 100,. (CableXpert TM ).,,.... : : 324-1 2 : 02-576-0471 : 02-576-0474 : (E-mail : jangpo@dakos.net) 3. 1) S/W
untitled
Step Motor Device Driver Embedded System Lab. II Step Motor Step Motor Step Motor source Embedded System Lab. II 2 open loop, : : Pulse, 1 Pulse,, -, 1 +5%, step Step Motor (2),, Embedded System Lab. II
http://cafedaumnet/pway Chapter 1 Chapter 2 21 printf("this is my first program\n"); printf("\n"); printf("-------------------------\n"); printf("this is my second program\n"); printf("-------------------------\n");
2009년 상반기 사업계획
소켓프로그래밍활용 IT CookBook, 유닉스시스템프로그래밍 학습목표 소켓인터페이스를활용한다양한프로그램을작성할수있다. 2/23 목차 TCP 기반프로그래밍 반복서버 동시동작서버 동시동작서버-exec함수사용하기 동시동작서버-명령행인자로소켓기술자전달하기 UDP 프로그래밍 3/23 TCP 기반프로그래밍 반복서버 데몬프로세스가직접모든클라이언트의요청을차례로처리 동시동작서버
13주-14주proc.PDF
12 : Pro*C/C++ 1 2 Embeded SQL 3 PRO *C 31 C/C++ PRO *C NOT! NOT AND && AND OR OR EQUAL == = SQL,,, Embeded SQL SQL 32 Pro*C C SQL Pro*C C, C Pro*C, C C 321, C char : char[n] : n int, short, long : float
1. GigE Camera Interface를 위한 최소 PC 사양 CPU : Intel Core 2 Duo, 2.4GHz이상 RAM : 2GB 이상 LANcard : Intel PRO/1000xT 이상 VGA : PCI x 16, VRAM DDR2 RAM 256MB
Revision 1.0 Date 11th Nov. 2013 Description Established. Page Page 1 of 9 1. GigE Camera Interface를 위한 최소 PC 사양 CPU : Intel Core 2 Duo, 2.4GHz이상 RAM : 2GB 이상 LANcard : Intel PRO/1000xT 이상 VGA : PCI x
Microsoft Word doc
TCP/IP 구조 1. I.P 구조설명 2. ARP 구조설명 3. TCP 구조설명 4. UDT 구조설명 5. RIP 구조설명 6. BOOTP 구조설명 7. TFTP 구조설명 destination addr source addr type data CRC 6 6 2 46-1500 4 type 0X0800 IP datagram 2 46-1500 type 0X0806
본 강의에 들어가기 전
네트워크프로그래밍 02 장 TCP 소켓 (1) 1 목차 제 2장 TCP 소켓 1. IPv4 TCP 클라이언트 2. IPv4 TCP 서버 3. 소켓의생성과해지 4. 주소지정 5. 소켓에연결 6. 소켓을주소에바인딩하기 7. 클라이언트의연결요청처리 8. 데이터주고받기 9. IPv6의사용 2 소켓통신과정 간략화한소켓통신과정 소켓생성 TCP or UDP 소켓에주소정보할당
MAX+plus II Getting Started - 무작정따라하기
무작정 따라하기 2001 10 4 / Version 20-2 0 MAX+plus II Digital, Schematic Capture MAX+plus II, IC, CPLD FPGA (Logic) ALTERA PLD FLEX10K Series EPF10K10QC208-4 MAX+plus II Project, Schematic, Design Compilation,
PowerPoint 프레젠테이션
LAN CVERTER user s manual LE101 LAN 1 port Serial 1 port Socket 3 CH. 목차 개요 1 제품사양제품구성 1. LE101 제품형태 2 1) LE101 구성요소별설명 3 2. LE101 구성요소별기능 4 1) 시리얼통신포트 2) 네트웍통신포트 3) 전원포트 4) RESET SWITCH 5) 모드변환스위치 3.
PowerPoint 프레젠테이션
Network Programming Jo, Heeseung Network 실습 네트워크프로그래밍 멀리떨어져있는호스트들이서로데이터를주고받을수있도록프로그램을구현하는것 파일과는달리데이터를주고받을대상이멀리떨어져있기때문에소프트웨어차원에서호스트들간에연결을해주는장치가필요 이러한기능을해주는장치로소켓이라는인터페이스를많이사용 소켓프로그래밍이란용어와네트워크프로그래밍이랑용어가같은의미로사용
Analytics > Log & Crash Search > Unity ios SDK [Deprecated] Log & Crash Unity ios SDK. TOAST SDK. Log & Crash Unity SDK Log & Crash Search. Log & Cras
![Analytics > Log & Crash Search > Unity ios SDK [Deprecated] Log & Crash Unity ios SDK. TOAST SDK. Log & Crash Unity SDK Log & Crash Search. Log & Cras](/thumbs/101/151500399.jpg "Analytics > Log & Crash Search > Unity ios SDK [Deprecated] Log & Crash Unity ios SDK. TOAST SDK. Log & Crash Unity SDK Log & Crash Search. Log & Cras")
Analytics > Log & Crash Search > Unity ios SDK [Deprecated] Log & Crash Unity ios SDK. TOAST SDK. Log & Crash Unity SDK Log & Crash Search. Log & Crash Unity SDK... Log & Crash Search. - Unity3D v4.0 ios
PowerPoint 프레젠테이션
LAN CVERTER user s manual LE100 목차 개요 1 제품사양제품구성 1. LE100 제품형태 2 1) LE100 구성요소별설명 3 2. LE100 구성요소별기능 4 1) 시리얼통신포트 2) 네트웍통신포트 3) 전원포트 4) RESET SWITCH 5) 모드변환스위치 3. LAN 을이용한 Setting 방법 6 1) LAN Cable 연결방법
ORANGE FOR ORACLE V4.0 INSTALLATION GUIDE (Online Upgrade) ORANGE CONFIGURATION ADMIN O
Orange for ORACLE V4.0 Installation Guide ORANGE FOR ORACLE V4.0 INSTALLATION GUIDE...1 1....2 1.1...2 1.2...2 1.2.1...2 1.2.2 (Online Upgrade)...11 1.3 ORANGE CONFIGURATION ADMIN...12 1.3.1 Orange Configuration
untitled
if( ) ; if( sales > 2000 ) bonus = 200; if( score >= 60 ) printf(".\n"); if( height >= 130 && age >= 10 ) printf(".\n"); if ( temperature < 0 ) printf(".\n"); // printf(" %.\n \n", temperature); // if(
BJFHOMINQJPS.hwp
제1 과목 : 디지털 전자회로 1. 다음 회로의 출력전류 Ic 의 안정에 대한 설명 중 옳지 않은 것 Ie를 크게 해치지 않는 범위 내에서 Re 가 크면 클수록 좋 출력파형이 크게 일그러지지 않는 범위 내에서 β 가 크면 클수록 좋 게르마늄 트랜지스터에서 Ico가 Ic 의 안정에 가장 큰 영향을 준 Rc는 Ic 의 안정에 큰 영향을 준 6. 비동기식 모드 (mode)-13
untitled
(Rev. 1.6) 1 1. MagicLAN.......8 1.1............8 1.2........8 1.3 MagicLAN.......10 2.........12 2.1.... 12 2.2 12 2.3....12 3. Windows 98SE/ME/2000/XP......13 3.1.....13 3.2 Windows 98SE.... 13 3.3 Windows
3ÆÄÆ®-11
Chapter 11 Chapter 12 Chapter 13 Chapter 14 Chapter 15 Chapter 16 Chapter 17 C # N e t w o r k P r o g r a m m i n g Part 3 _ chapter 11 ICMP >>> 430 Chapter 11 _ 1 431 Part 3 _ 432 Chapter 11 _ N o t
K&R2 Reference Manual 번역본
typewriter structunion struct union if-else if if else if if else if if if if else else ; auto register static extern typedef void char short int long float double signed unsigned const volatile { } struct
歯Enet_목차_.PDF
GLOFA-GM - TCP ( ) 1) IEC(International Electrotechnical Commission : ), 2), 2,.,. RUN CPU I/F RUN FB-SERVICE HS-SERVICE GMWIN-SERV GLOFA-SERV FTP-SERVICE H/W ERROR 10B5 enable 10B2 enable 10BT
Chapter11OSPF
OSPF 111 OSPF Link state Interior Gateway Protocol OSPF 1988 IETF OSPF workgroup OSPF RFC 2383 version 2 Chapter OSPF Version 2 OSPFIGP AS 1 1111 Convergence Traffic Distance Vector Link state OSPF (Flooding),
강의10
Computer Programming gdb and awk 12 th Lecture 김현철컴퓨터공학부서울대학교 순서 C Compiler and Linker 보충 Static vs Shared Libraries ( 계속 ) gdb awk Q&A Shared vs Static Libraries ( 계속 ) Advantage of Using Libraries Reduced
Microsoft PowerPoint - Supplement-02-Socket Overview.ppt [호환 모드]
![Microsoft PowerPoint - Supplement-02-Socket Overview.ppt [호환 모드]](/thumbs/80/81772985.jpg "Microsoft PowerPoint - Supplement-02-Socket Overview.ppt [호환 모드]")
소켓개요 참고문헌 : 컴퓨터네트워크프로그래밍, 김화종, 홍릉과학출판사 Socket 정의 Socket 은 Transport 계층 (TCP 나 UDP) 을이용하는 API 1982 년 BSD 유닉스 41 에서처음소개 윈도우즈의경우 Winsock 제공 JAVA 또한 Socket 프로그래밍을위한클래스제공 Socket Interface 의위치 5-7 (Ses, Pre,
PCServerMgmt7
Web Windows NT/2000 Server DP&NM Lab 1 Contents 2 Windows NT Service Provider Management Application Web UI 3 . PC,, Client/Server Network 4 (1),,, PC Mainframe PC Backbone Server TCP/IP DCS PLC Network
歯메뉴얼v2.04.doc
1 SV - ih.. 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 - - - 23 24 R S T G U V W P1 P2 N R S T G U V W P1 P2 N R S T G U V W P1 P2 N 25 26 DC REACTOR(OPTION) DB UNIT(OPTION) 3 φ 220/440 V 50/60
untitled
Push... 2 Push... 4 Push... 5 Push... 13 Push... 15 1 FORCS Co., LTD A Leader of Enterprise e-business Solution Push (Daemon ), Push Push Observer. Push., Observer. Session. Thread Thread. Observer ID.
Microsoft Word - Installation and User Manual_CMD V2.2_.doc
CARDMATIC CMD INSTALLATION MANUAL 씨앤에이씨스템(C&A SYSTEM Co., Ltd.) 본사 : 서울특별시 용산구 신계동 24-1(금양빌딩 2층) TEL. (02)718-2386( 代 ) FAX. (02) 701-2966 공장/연구소 : 경기도 고양시 일산동구 백석동 1141-2 유니테크빌 324호 TEL. (031)907-1386
K7VT2_QIG_v3
1......... 2 3..\ 4 5 [R] : Enter Raid setup utility 6 Press[A]keytocreateRAID RAID Type: JBOD RAID 0 RAID 1: 2 7 " RAID 0 Auto Create Manual Create: 2 RAID 0 Block Size: 16K 32K
Interstage5 SOAP서비스 설정 가이드
Interstage 5 Application Server ( Solaris ) SOAP Service Internet Sample Test SOAP Server Application SOAP Client Application CORBA/SOAP Server Gateway CORBA/SOAP Gateway Client INTERSTAGE SOAP Service
목차 1. 개요... 3 2. USB 드라이버 설치 (FTDI DRIVER)... 4 2-1. FTDI DRIVER 실행파일... 4 2-2. USB 드라이버 확인방법... 5 3. DEVICE-PROGRAMMER 설치... 7 3-1. DEVICE-PROGRAMMER
< Tool s Guide > 목차 1. 개요... 3 2. USB 드라이버 설치 (FTDI DRIVER)... 4 2-1. FTDI DRIVER 실행파일... 4 2-2. USB 드라이버 확인방법... 5 3. DEVICE-PROGRAMMER 설치... 7 3-1. DEVICE-PROGRAMMER 실행파일... 7 4. DEVICE-PROGRAMMER 사용하기...
PowerPoint 프레젠테이션
KeyPad Device Control - Device driver Jo, Heeseung HBE-SM5-S4210 에는 16 개의 Tack Switch 를사용하여 4 행 4 열의 Keypad 가장착 4x4 Keypad 2 KeyPad 를제어하기위하여 FPGA 내부에 KeyPad controller 가구현 KeyPad controller 16bit 로구성된
CANTUS Evaluation Board Ap. Note
Preliminary CANTUS - UART - 32bits EISC Microprocessor CANTUS Ver 1. October 8, 29 Advanced Digital Chips Inc. Ver 1. PRELIMINARY CANTUS Application Note( EVM B d ) History 29-1-8 Created Preliminary Specification
한글사용설명서
ph 2-Point (Probe) ph (Probe) ON/OFF ON ph ph ( BUFFER ) CAL CLEAR 1PT ph SELECT BUFFER ENTER, (Probe) CAL 1PT2PT (identify) SELECT BUFFER ENTER, (Probe), (Probe), ph (7pH)30 2 1 2 ph ph, ph 3, (,, ) ON
The Pocket Guide to TCP/IP Sockets: C Version
얇지만얇지않은 TCP/IP 소켓프로그래밍 C 2 판 4 장 UDP 소켓 제 4 장 UDP 소켓 4.1 UDP 클라이언트 4.2 UDP 서버 4.3 UDP 소켓을이용한데이터송싞및수싞 4.4 UDP 소켓의연결 UDP 소켓의특징 UDP 소켓의특성 싞뢰할수없는데이터젂송방식 목적지에정확하게젂송된다는보장이없음. 별도의처리필요 비연결지향적, 순서바뀌는것이가능 흐름제어 (flow
歯9장.PDF
9 Hello!! C printf() scanf() getchar() putchar() gets() puts() fopen() fclose() fprintf() fscant() fgetc() fputs() fgets() gputs() fread() fwrite() fseek() ftell() I/O 2 (stream) C (text stream) : `/n'
untitled
while do-while for break continue while( ) ; #include 0 i int main(void) int meter; int i = 0; while(i < 3) meter = i * 1609; printf("%d %d \n", i, meter); i++; return 0; i i< 3 () 0 (1)
본 강의에 들어가기 전
1 목포해양대해양컴퓨터공학과 2 장. TCP 소켓 네트워크프로그램설계 2 목포해양대해양컴퓨터공학과 목차 제 2장 TCP 소켓 1. IPv4 TCP 클라이언트 2. IPv4 TCP 서버 3. 소켓의생성과해지 4. 주소지정 5. 소켓에연결 6. 소켓을주소에바인딩하기 7. 클라이언트의연결요청처리 8. 데이터주고받기 9. IPv6의사용 3 목포해양대해양컴퓨터공학과
제1장 Unix란 무엇인가?
1 소켓 2 1 소켓 클라이언트 - 서버모델 네트워크응용프로그램 클리이언트 - 서버모델을기반으로동작한다. 클라이언트 - 서버모델 하나의서버프로세스와여러개의클라이언트로구성된다. 서버는어떤자원을관리하고클라이언트를위해자원관련서비스를제공한다. 3 소켓의종류 소켓 네트워크에대한사용자수준의인터페이스를제공 소켓은양방향통신방법으로클라이언트 - 서버모델을기반으로프로세스사이의통신에매우적합하다.
The Pocket Guide to TCP/IP Sockets: C Version
1 목포해양대해양컴퓨터공학과 UDP 소켓 네트워크프로그램설계 4 장 2 목포해양대해양컴퓨터공학과 목차 제 4장 UDP 소켓 4.1 UDP 클라이언트 4.2 UDP 서버 4.3 UDP 소켓을이용한데이터송신및수신 4.4 UDP 소켓의연결 3 목포해양대해양컴퓨터공학과 UDP 소켓의특징 UDP 소켓의특성 신뢰할수없는데이터전송방식 목적지에정확하게전송된다는보장이없음.
개요
Application Note (003) 시리얼인터페이스 (RS232/RS422/RS485) Version 1.0 솔내시스템주식회사 1. 개요 는 RS232, RS422, RS485등 3개의시리얼인터페이스를지원합니다. 사용자는 의설정용유틸리티인 ezconfig를이용해서 3개의인터페이스중에서하나를선택하여설정할수있습니다. 1.1. RS232 Ground를기준으로한전압을이용해서통신하는형태입니다.
Microsoft Word - CL5000,5500_KOR_UM_20110321_.doc
2 차 례 1. 주의 사항... 8 1.1 취급주의... 8 2. Specification... 10 2.1 소개... 10 2.2 규격... 12 3. 명칭과 기능... 14 3.1 CL 5000 - P Type... 14 3.2 기본 설치... 18 3.3 표시부... 19 3.4 기능키... 20 3.5 라벨롤의 설치... 24 4. PROGRAMMING...
s SINUMERIK 840C Service and User Manual DATA SAVING & LOADING & & /
SINUMERIK 840C Service and Uer Manual DATA SAVING & LOADING & & / / NC, RS232C /. NC NC / Computer link () Device ( )/PC / / Print erial Data input RS232C () Data output Data management FLOPPY DRIVE, FLOPPY
Microsoft PowerPoint - XAD-400.ppt [호환 모드]
![Microsoft PowerPoint - XAD-400.ppt [호환 모드]](/thumbs/40/22073893.jpg "Microsoft PowerPoint - XAD-400.ppt [호환 모드]")
4Ch H.264 Hardware Codec H.264 User s Manual VER 2.0 4 Channel Real-time playback / USB backup The most stable and reliable real stand alone Digital Video Multiplex Recorder 설치 및 사용시 주의사항 초기설치 및 사용시 주의사항
StruxureWare Data Center Expert 7.2.x 의 새 기능 StruxureWare Data Center Expert 7.2.x 릴리스에서 사용할 수 있는 새 기능에 대해 자세히 알아보십시오. 웹 클라이언트 시작 화면: StruxureWare Cen
Online Help StruxureWare Data Center Expert Version 7.2.4 StruxureWare Data Center Expert 7.2.x 의 새 기능 StruxureWare Data Center Expert 7.2.x 릴리스에서 사용할 수 있는 새 기능에 대해 자세히 알아보십시오. 웹 클라이언트 시작 화면: StruxureWare
untitled
Embedded System Lab. II Embedded System Lab. II 2 RTOS Hard Real-Time vs Soft Real-Time RTOS Real-Time, Real-Time RTOS General purpose system OS H/W RTOS H/W task Hard Real-Time Real-Time System, Hard
GLOFA Series Cnet
LS Industrial Systems GLOFA-GM Series Fast Ethernet Driver 1 시스템 구성 2 접속기기 선택 3 통신 설정 예 4 설정 항목 5 결선도 6 사용 가능 디바이스 7 디바이스 코드와 어드레스 코드 8 에러 메시지 04 06 07 09 12 13 14 15 1 개정 이력 버전 날짜 설명 작성자 검수 V1.0.0 2008.08.28
CPX-E-EC_BES_C_ _ k1
CPX-E CPX-E-EC EtherCAT 8071155 2017-07 [8075310] CPX-E-EC CPX-E-EC-KO EtherCAT, TwinCAT (). :, 2 Festo CPX-E-EC-KO 2017-07 CPX-E-EC 1... 4 1.1... 4 1.2... 4 1.3... 4 1.4... 5 1.5... 5 2... 6 2.1... 6
untitled
CLEBO PM-10S / PM-10HT Megapixel Speed Dome Camera 2/39 3/39 4/39 5/39 6/39 7/39 8/39 ON ON 1 2 3 4 5 6 7 8 9/39 ON ON 1 2 3 4 10/39 ON ON 1 2 3 4 11/39 12/39 13/39 14/39 15/39 Meg gapixel Speed Dome Camera
1.LAN의 특징과 각종 방식
0 Chapter 1. LAN I. LAN 1. - - - - Switching - 2. LAN - (Topology) - (Cable) - - 2.1 1) / LAN - - (point to point) 2) LAN - 3) LAN - 2.2 1) Bound - - (Twisted Pair) - (Coaxial cable) - (Fiber Optics) 1
UDP Flooding Attack 공격과 방어
황 교 국 (fullc0de@gmail.com) SK Infosec Co., Inc MSS Biz. Security Center Table of Contents 1. 소개...3 2. 공격 관련 Protocols Overview...3 2.1. UDP Protocol...3 2.2. ICMP Protocol...4 3. UDP Flood Test Environment...5
APOGEE Insight_KR_Base_3P11
Technical Specification Sheet Document No. 149-332P25 September, 2010 Insight 3.11 Base Workstation 그림 1. Insight Base 메인메뉴 Insight Base Insight Insight Base, Insight Base Insight Base Insight Windows
# Old State Mew State Trigger Actions 1 - TCP/IP NOT CONNECTED Initialization 2 TCP/IP NOT HSMS NOT TCP/IP Connect Succeeds: CONNECTED SELECTED 1. TCP/IP "accecpt" succeeds. Start T7 timeout 1. Cancel
歯규격(안).PDF
ETRI ETRI ETRI ETRI WTLS PKI Client, WIM IS-95B VMS VLR HLR/AC WPKI Cyber society BTS BSC MSC IWF TCP/IP Email Server Weather Internet WAP Gateway WTLS PKI Client, WIM BSC VMS VLR HLR/AC Wireless Network
제20회_해킹방지워크샵_(이재석)
IoT DDoS DNS (jaeseog@sherpain.net) (www.sherpain.net) DDoS DNS DDoS / DDoS(Distributed DoS)? B Asia Broadband B Bots connect to a C&C to create an overlay network (botnet) C&C Provider JP Corp. Bye Bye!
MPLAB C18 C
MPLAB C18 C MPLAB C18 MPLAB C18 C MPLAB C18 C #define START, c:\mcc18 errorlevel{0 1} char isascii(char ch); list[list_optioin,list_option] OK, Cancel , MPLAB IDE User s Guide MPLAB C18 C
TEL:02)861-1175, FAX:02)861-1176 , REAL-TIME,, ( ) CUSTOMER. CUSTOMER REAL TIME CUSTOMER D/B RF HANDY TEMINAL RF, RF (AP-3020) : LAN-S (N-1000) : LAN (TCP/IP) RF (PPT-2740) : RF (,RF ) : (CL-201)
Microsoft PowerPoint - 12 ¼ÒÄÏÀ» ÀÌ¿ëÇÑ Åë½Å 1.ppt
12 장 소켓을이용한통신 (1) 함수 - inet_addr - inet_ntoa - socket - bind - listen - accept - connect - recv -send 1 서론 파이프를사용하여통신을하기위한시스템호출 / 표준라이브러리함수 함수 의미 inet_addr 문자열형태의인터넷주소를바이너리형태로변환한다. inet_ntoa 바이너리형태의인터넷주소를문자열형태로변환한다.