we find that when we use the Ethernet_Demo.
We always meet some errors:
Code: Select all
0 1 mikroCARM.exe -MSF -DBG -pSTM32F107VC -RA -BIN -LHF -DL -O11111110 -fo72 -N"E:\STM32_MIKROC\Ethernet Demo\Ethernet_Demo.mcpar" -SP"C:\Users\Public\Documents\Mikroelektronika\mikroC PRO for ARM\Defs\" -SP"C:\Users\Public\Documents\Mikroelektronika\mikroC PRO for ARM\Uses\ST M3\" -SP"E:\STM32_MIKROC\Ethernet Demo\" -IP"C:\Users\Public\Documents\Mikroelektronika\mikroC PRO for ARM\Uses\ST M3\" "Ethernet_Demo.c" "__Lib_Math.emcl" "__Lib_MathDouble.emcl" "__Lib_Delays.emcl" "__Lib_System_105_107.emcl" "__Lib_GPIO_32F10x_Defs.emcl" "__Lib_GPIO_32F10x.emcl" "__Lib_CType.emcl" "__Lib_CString.emcl" "__Lib_Conversions.emcl" "__Lib_ADC_12_32F10x_16ch.emcl" "__Lib_Ethernet_Intern_107.emcl"
diagnostics: 0 122 Compilation Started STM32F107VC.c
diagnostics: 38838 123 Compiled Successfully STM32F107VC.c
diagnostics: 0 122 Compilation Started __Lib_Delays.c
diagnostics: 118 123 Compiled Successfully __Lib_Delays.c
diagnostics: 0 122 Compilation Started __lib_gpio.h
diagnostics: 834 123 Compiled Successfully __Lib_GPIO_32F10x_Defs.c
diagnostics: 0 122 Compilation Started __ethernet_intern.h
hint: 119 1163 Variable 'tmp' has been declared, but not used Ethernet_Demo.c
diagnostics: 270 123 Compiled Successfully Ethernet_Demo.c
diagnostics: 0 127 All files Compiled in 390 ms
error: 2700 438 Call signature does not match the function definition signature 'Ethernet_Intern_UserUDP' __Lib_Ethernet_Intern_107.c
error: 3772 438 Call signature does not match the function definition signature 'Ethernet_Intern_UserTCP' __Lib_Ethernet_Intern_107.c
error: 0 102 Finished (with errors): 20 10月 2020, 14:34:10 Ethernet_Demo.mcpar
Call signature does not match the function definition signature 'Ethernet_Intern_UserTCP' __Lib_Ethernet_Intern_107.c
we cannot find __Lib_Ethernet_Intern_107.c
and we cannot fix the error .
So, We need some expert to help me to solve this questions.
Thanks for your help!
Code: Select all
/*
* Project Name:
Ethernet_Demo (Ethernet Library demo for internal Ethernet module)
* Copyright:
(c) Mikroelektronika, 2012.
* description :
* this code shows how to use the Ethernet library :
* the board will reply to ARP & ICMP echo requests
* the board will reply to UDP requests on any port :
* returns the request in upper char with a header made of remote host IP & port number
* the board will reply to HTTP requests on port 80, GET method with pathnames :
* / will return the HTML main page
* /s will return board status as text string
* /t0 ... /t7 will toggle RE8 to RE15 bit and return HTML main page
* all other requests return also HTML main page
*
* Test configuration:
MCU: STM32F107VC
http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/DATASHEET/CD00220364.pdf
Dev.Board: EasyMx v7 for STM32 ?ARM ?
http://www.mikroe.com/eng/products/view/852/easymx-pro-v7-for-stm32/
ac:ETHERNET
Oscillator: HSE-PLL, 72.000MHz
ext. modules: no.
SW: mikroC PRO for ARM
http://www.mikroe.com/eng/products/view/752/mikroc-pro-for-arm/
* NOTES:
- Pull-down PORTD/L at SW8, and put SW10.7 in VCC position (board specific)
- Close pots PA3 at J8.
- Turn ON PORTE/H LEDs at SW15.8.
*/
#include "__Ethernet_Intern.h"
const code unsigned char httpHeader[] = "HTTP/1.1 200 OK\nContent-type: "; // HTTP header
const code unsigned char httpMimeTypeHTML[] = "text/html\n\n"; // HTML MIME type
const code unsigned char httpMimeTypeScript[] = "text/plain\n\n"; // TEXT MIME type
unsigned char httpMethod[] = "GET /";
/*
* web page, splited into 2 parts :
* when coming short of ROM, fragmented data is handled more efficiently by linker
*
* this HTML page calls the boards to get its status, and builds itself with javascript
*/
const code char *indexPage = // Change the IP address of the page to be refreshed
"<meta http-equiv=\"refresh\" content=\"3;url=http://192.168.20.60\">\
<HTML><HEAD></HEAD><BODY>\
<h1>STM32F Mini Web Server</h1>\
<a href=/>Reload</a>\
<script src=/s></script>\
<table><tr><td valign=top><table border=1 style=\"font-size:20px ;font-family: terminal ;\">\
<tr><th colspan=2>ADC</th></tr>\
<tr><td>AN3</td><td><script>document.write(AN3)</script></td></tr>\
</table></td><td><table border=1 style=\"font-size:20px ;font-family: terminal ;\">\
<tr><th colspan=2>PORTD</th></tr>\
<script>\
var str,i;\
str=\"\";\
for(i=0;i<8;i++)\
{str+=\"<tr><td bgcolor=pink>BUTTON #\"+i+\"</td>\";\
if(PORTD&(1<<i)){str+=\"<td bgcolor=red>ON\";}\
else {str+=\"<td bgcolor=#cccccc>OFF\";}\
str+=\"</td></tr>\";}\
document.write(str) ;\
</script>\
" ;
const code char *indexPage2 = "</table></td><td>\
<table border=1 style=\"font-size:20px ;font-family: terminal ;\">\
<tr><th colspan=3>PORTE</th></tr>\
<script>\
var str,i;\
str=\"\";\
for(i=0;i<8;i++)\
{str+=\"<tr><td bgcolor=yellow>LED #\"+i+\"</td>\";\
if(PORTE&(1<<i)){str+=\"<td bgcolor=red>ON\";}\
else {str+=\"<td bgcolor=#cccccc>OFF\";}\
str+=\"</td><td><a href=/t\"+i+\">Toggle</a></td></tr>\";}\
document.write(str) ;\
</script>\
</table></td></tr></table>\
This is HTTP request #<script>document.write(REQ)</script></BODY></HTML>\
" ;
/***********************************
* RAM variables
*/
unsigned char myMacAddr[6] = {0x00, 0x14, 0xA5, 0x76, 0x19, 0x3f}; // my MAC address
unsigned char myIpAddr[4] = {192, 168, 20, 60 }; // my IP address
unsigned char gwIpAddr[4] = {192, 168, 20, 66}; // gateway (router) IP address
unsigned char ipMask[4] = {255, 255, 255, 0 }; // network mask (for example : 255.255.255.0)
unsigned char dnsIpAddr[4] = {192, 168, 20, 1 }; // DNS server IP address
unsigned char getRequest[15]; // HTTP request buffer
unsigned char dyna[31] ; // buffer for dynamic response
unsigned long httpCounter = 0; // counter of HTTP requests
unsigned char remoteIpAddr[4] = {192, 168, 20, 13 }; // my IP address
/*******************************************
* functions
*/
/*
* this function is called by the library
* the user accesses to the HTTP request by successive calls to Ethernet_Intern_getByte()
* the user puts data in the transmit buffer by successive calls to Ethernet_Intern_putByte()
* the function must return the length in bytes of the HTTP reply, or 0 if nothing to transmit
*
* if you don't need to reply to HTTP requests,
* just define this function with a return(0) as single statement
*
*/
unsigned int Ethernet_Intern_UserTCP(unsigned char *remoteHost, unsigned int remotePort, unsigned int localPort, unsigned int reqLength, TEthInternPktFlags *flags)
{
unsigned int len; // my reply length
char tmp;
// should we close tcp socket after response is sent?
// library closes tcp socket by default if canCloseTCP flag is not reset here
// flags->canCloseTCP = 0; // 0 - do not close socket
// otherwise - close socke
if(localPort != 80) // I listen only to web request on port 80
{
return(0);
}
// get 10 first bytes only of the request, the rest does not matter here
for(len = 0; len < 10; len++)
{
getRequest[len] = Ethernet_Intern_getByte();
}
getRequest[len] = 0;
len = 0;
if(memcmp(getRequest, httpMethod, 5)) // only GET method is supported here
{
return(0);
}
httpCounter++; // one more request done
if(getRequest[5] == 's') // if request path name starts with s, store dynamic data in transmit buffer
{
// the text string replied by this request can be interpreted as javascript statements
// by browsers
len = Ethernet_Intern_putConstString(httpHeader); // HTTP header
len += Ethernet_Intern_putConstString(httpMimeTypeScript); // with text MIME type
// add AN3 value to reply
WordToStr(ADC1_Get_Sample(3), dyna) ;
len += Ethernet_Intern_putConstString("var AN3=") ;
len += Ethernet_Intern_putString(dyna) ;
len += Ethernet_Intern_putConstString(";") ;
// add PORTD value (buttons) to reply
len += Ethernet_Intern_putConstString("var PORTD=");
WordToStr(GPIOD_IDR, dyna);
len += Ethernet_Intern_putString(dyna);
len += Ethernet_Intern_putConstString(";");
// add PORTE value (LEDs) to reply
len += Ethernet_Intern_putConstString("var PORTE=");
WordToStr(GPIOE_ODR>>8, dyna);
len += Ethernet_Intern_putString(dyna);
len += Ethernet_Intern_putConstString(";");
// add HTTP requests counter to reply
WordToStr(httpCounter, dyna);
len += Ethernet_Intern_putConstString("var REQ=");
len += Ethernet_Intern_putString(dyna);
len += Ethernet_Intern_putConstString(";");
}
else if(getRequest[5] == 't') // if request path name starts with t, toggle PORTE (LED) bit number that comes after
{
unsigned long bitMask = 0; // for bit mask
if(isdigit(getRequest[6])) // if 0 <= bit number <= 9, bits 8 & 9 does not exist but does not matter
{
bitMask = getRequest[6] - '0'; // convert ASCII to integer
bitMask = 1 << (bitMask + 8); // create bit mask
GPIOE_ODR = GPIOE_ODR ^ bitMask; // toggle PORTE with xor operator
}
}
if(len == 0) // what do to by default
{
len = Ethernet_Intern_putConstString(httpHeader); // HTTP header
len += Ethernet_Intern_putConstString(httpMimeTypeHTML); // with HTML MIME type
len += Ethernet_Intern_putConstString(indexPage); // HTML page first part
len += Ethernet_Intern_putConstString(indexPage2); // HTML page second part
}
return(len); // return to the library with the number of bytes to transmit
}
//unsigned int Ethernet_Intern_UserUDP(unsigned char *remoteHost, unsigned int remotePort, unsigned int localPort, unsigned int reqLength, TEthInternPktFlags * flags);
//unsigned int Ethernet_Intern_UserTCP(unsigned char *remoteHost, unsigned int remotePort, unsigned int localPort, unsigned int reqLength, TEthInternPktFlags * flags);
//unsigned int Ethernet_Intern_UserUDP1(unsigned char *remoteHost, unsigned int remotePort, unsigned int destPort, unsigned int reqLength, TEthInternPktFlags *flags)
//unsigned int Ethernet_Intern_UserUDP(unsigned char *remoteHost, unsigned int remotePort, unsigned int destPort, unsigned int reqLength, TEthInternPktFlags *flags)
unsigned int Ethernet_Intern_UserUDP(unsigned char *remoteHost, unsigned int remotePort, unsigned int destPort, unsigned int reqLength, TEthInternPktFlags * flags)
{
unsigned int len; // my reply length
char tmp;
if(destPort != 10001)
return 0;
// reply is made of the remote host IP address in human readable format
ByteToStr(remoteHost[0], dyna); // first IP address byte
dyna[3] = '.';
ByteToStr(remoteHost[1], dyna + 4); // second
dyna[7] = '.';
ByteToStr(remoteHost[2], dyna + 8); // third
dyna[11] = '.';
ByteToStr(remoteHost[3], dyna + 12); // fourth
dyna[15] = ':'; // add separator
// then remote host port number
WordToStr(remotePort, dyna + 16);
dyna[21] = '[';
WordToStr(destPort, dyna + 22);
dyna[27] = ']';
dyna[28] = 0;
// the total length of the request is the length of the dynamic string plus the text of the request
len = 28 + reqLength;
// puts the dynamic string into the transmit buffer
Ethernet_Intern_putBytes(dyna, 28);
// then puts the request string converted into upper char into the transmit buffer
while(reqLength--)
{
tmp = Ethernet_Intern_getByte();
Ethernet_Intern_putByte(toupper(tmp));
}
return(len); // back to the library with the length of the UDP reply
}
void main() {
GPIO_Digital_Input(&GPIOD_BASE, _GPIO_PINMASK_ALL);
GPIO_Digital_Output(&GPIOE_BASE, _GPIO_PINMASK_ALL);
ADC1_Init();
ADC_Set_Input_Channel(_ADC_CHANNEL_3);
Ethernet_Intern_Init(myMacAddr, myIpAddr, _ETHERNET_AUTO_NEGOTIATION, &_GPIO_MODULE_ETHERNET);
Ethernet_Intern_confNetwork(ipMask, gwIpAddr, dnsIpAddr);
while(1) {
/*
* if necessary, test the return value to get error code
*/
Ethernet_Intern_doPacket(); // process incoming Ethernet packets
/*
* add your stuff here if needed
* Ethernet_Intern_doPacket() must be called as often as possible
* otherwise packets could be lost
*/
}
}
