configcbk.c

基于网络服务控制芯片TF-320的嵌入式web server源代码

/****************************************************************************
*
*	Name:			VLANCbk.c
*
*	Description:	Call Back Function
*
*	Copyright:		ASEC
*	                All rights reserved.
*
****************************************************************************/
#include <stdlib.h>
#include <string.h>
#include <stdio.h>
#include "tfTypes.h"
#include "fs.h"
#include "httpd.h"
#include "html.h"
#include "config.h"
#include "ip113f.h"
#include "eeprom.h"

static char httpbuf[50]="  ";
extern struct httpd_state *hs;
extern variable_t var_list[];
extern int statusData;
int controlData;
extern int sign;
extern int stNo;
u8_t ssiModuleConfig(u8_t varid, value_t *vp)
{
	u8_t *sel;	

	switch (varid)
	{
		case TGI_CONFIG_NO:
			sprintf(httpbuf,"%d module",stNo);	
			vp->value.string = httpbuf;							
			vp->type = string;			
			break;
		case TGI_SPEED_100M:
			if(controlData&0x0008)				
				vp->value.string = "CHECKED";
			else
				vp->value.string = "";										
			vp->type = string;
			break;
		case TGI_SPEED_10M:
			if(controlData&0x0008)			
				vp->value.string = "";
			else
				vp->value.string = "CHECKED";										
			vp->type = string;
			break;
		case TGI_DUPLEX_FULL:
			if(controlData&0x0010)				
				vp->value.string = "CHECKED";
			else
				vp->value.string = "";										
			vp->type = string;
			break;
		case TGI_DUPLEX_HALF:
			if(controlData&0x0010)
				vp->value.string = "";
			else
				vp->value.string = "CHECKED";										
			vp->type = string;
			break;
		case TGI_AN_EN:
			if(controlData&0x0004)				
				vp->value.string = "CHECKED";
			else
				vp->value.string = "";										
			vp->type = string;
			break;
		case TGI_AN_DIS:
			if(controlData&0x0004)		
				vp->value.string = "";
			else
				vp->value.string = "CHECKED";										
			vp->type = string;
			break;
		case TGI_FC_EN:
				vp->value.string = "CHECKED";
				vp->type = string;
			break;
/*		case TGI_FC_DIS:
				vp->value.string = "";
				vp->type = string;
		break;
*/
		case TGI_LLFP_ENABLE:
			if(DATA_GETBIT(controlData, 15)==1)	
				vp->value.string = "CHECKED";
			else
				vp->value.string = "";										
			vp->type = string;
			break;
		case TGI_LLFP_DISABLE:
			if(DATA_GETBIT(controlData, 15)==1)	
				vp->value.string = "";
			else
				vp->value.string = "CHECKED";										
			vp->type = string;
			break;

		default:
			vp->value.string = NULL;
			vp->type = string;
		break;

	}
	return OK;
}


u8_t tgiModuleConfig(u8_t cnt, value_t *vp1)
{
	unsigned char sendbuf[9];
	unsigned int c;
	unsigned char up1;
	unsigned char low1;

		
	if ((strncmp(var_list[7].value, "Apply", 5)==0)||(strncmp(var_list[5].value, "Apply", 5)==0)||(strncmp(var_list[6].value, "Apply", 5)==0)		)
	{	
		controlData=statusData;	
	if(stNo<10)
	{
		sendbuf[1]='0';
		sendbuf[2]=stNo+'0';
	}
	else
	{
		sendbuf[1]='1';
		sendbuf[2]=stNo-10+'0';
	}

	//write to w78e58b
	sendbuf[0]='w';//select func number
	sendbuf[3]='2';
	sendbuf[4]='2';

	if (strncmp(var_list[0].value, "100M", 4)==0)
	{	
		controlData |=0x0008;// Set Speed 100M
	}
	else if (strncmp(var_list[0].value, "10M", 4)==0)
	{
		controlData &=0xfff7;	// Set Speed 10M
	} 
	// Duplex - bit4
	if (strncmp(var_list[1].value, "Full", 4)==0)
	{	
		controlData |=0x0010;// Set Duplex Full
	}
	else if (strncmp(var_list[1].value, "Half", 3)==0)
	{
		controlData &=0xffef;	// Set Duplex Half
	} 
	// Auto-Negotitation - bit2
	if (strncmp(var_list[2].value, "Enable", 6)==0)
	{	
		controlData |=0x0004;// Set AN Enable
	}
	else if (strncmp(var_list[2].value, "Disable", 7)==0)
	{
		controlData &=0xfffb;	// Set AN Disable
	} 
	// Flow Control - bit5
	if (strncmp(var_list[3].value, "Enable", 6)==0)
	{	
		controlData |=0x0020;// Set Flow control enable
	}
	if (strncmp(var_list[4].value, "Enable", 6)==0)
	{	
		controlData |=0x8000;// Set LFP Enable
	}
	else if (strncmp(var_list[4].value, "Disable", 7)==0)
	{
		controlData &=0x7fff;	// Set LFP Disable
	} 

	c=(controlData>>12)&0x0f;
	if((c>=0)&&(c<=9))
		sendbuf[5]=c+'0';
	else if((c>=0xa)&&(c<=0xf))
		sendbuf[5]=c-10+'a';

	c=(controlData>>8)&0x0f;
	if((c>=0)&&(c<=9))
		sendbuf[6]=c+'0';
	else if((c>=0xa)&&(c<=0xf))
		sendbuf[6]=c-10+'a';

	c=(controlData>>4)&0x0f;
	if((c>=0)&&(c<=9))
		sendbuf[7]=c+'0';
	else if((c>=0xa)&&(c<=0xf))
		sendbuf[7]=c-10+'a';

	c=controlData&0x0f;
	if((c>=0)&&(c<=9))
		sendbuf[8]=c+'0';
	else if((c>=0xa)&&(c<=0xf))
		sendbuf[8]=c-10+'a';		


	putstr(sendbuf);                    //设置ip113F

	Delay(500);

	up1=(unsigned char)((controlData>>8)&0xff);
	low1=(unsigned char)(controlData&0xff);
//	write93c66_word(stNo,controlData);
	 _24c16_eeprom_word_write(256+2*stNo, up1);
	Delay(100);
	 _24c16_eeprom_word_write(256+2*stNo+1, low1);

	Delay(500);
	httpd_send_file(fs_open3("config.htm"));

	}

//	httpd_send_file(fs_open3("config.htm"));
//	<script language=javalanguage>parent.main.location.reload();</script>
	return OK;
}