iocbk.c

基于网络服务控制芯片TF-320的嵌入式web server源代码

            i4 = (atol(vp[3].value)); //str2num(vp[3].value);            
            if( (config_g.ipaddr[3] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.ipaddr[3] = (u8_t)i4;
                config_g.ipaddr[3] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }                
            if( i4 <= 0|| i4 >= 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid IP";
               httpd_send_file(fs_open("errormsg.htm"));
               return OK;
            }

            /* SubMask config vp[4] ~ vp[7] */
            /* SubMask[0] config */      
            i4 = (atol(vp[4].value));
            if( (config_g.netmask[0] != (u8_t)i4) && (i4>0) && (i4<=255) )
            {
                //tempconfig_g.netmask[0] = (u8_t)i4;
                config_g.netmask[0] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }            
            if( i4 <= 0 || i4 > 255 )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Subnet Mask";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }

            /* SubMask[1] config */ 
            i4 = (atol(vp[5].value));
            if( i4 < 0 || i4 > 255 )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Subnet Mask";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.netmask[1] != (u8_t)i4) && (i4>=0) && (i4<=255) )
            {
                //tempconfig_g.netmask[1] = (u8_t)i4 ;
                config_g.netmask[1] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }

            /* SubMask[2] config */ 
            i4 = (atol(vp[6].value));
            if( i4 < 0|| i4 > 255 )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Subnet Mask";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.netmask[2] != (u8_t)i4) && (i4>=0) && (i4<=255) )
            {
                //tempconfig_g.netmask[2] = (u8_t)i4;
                config_g.netmask[2] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }    

            /* SubMask[3] config */ 
            i4 = (atol(vp[7].value));
            if( i4 < 0|| i4 > 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Subnet Mask";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.netmask[3] != (u8_t)i4) && (i4>=0) && (i4<=255) )
            {
                //tempconfig_g.netmask[3] = (u8_t)i4;
                config_g.netmask[3] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }    

            /* GateWay config vp[8] ~ vp[11] */
            /* GateWay[0] config */ 
            i4 = (atol(vp[8].value));
            if( i4 <= 0 || i4 >= 255 )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Gateway";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.gateway[0] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.netmask[0] = (u8_t)i4;
                config_g.gateway[0] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }

            /* GateWay[1] config */  
            i4 = (atol(vp[9].value));
            if( i4 < 0 || i4 > 255 )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Gateway";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.gateway[1] != (u8_t)i4) && (i4>=0) && (i4<=255) )
            {
                //tempconfig_g.netmask[1] = (u8_t)i4 ;
                config_g.gateway[1] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }

            /* GateWay[2] config */ 
            i4 = (atol(vp[10].value));
            if( i4 < 0|| i4 > 255 )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Gateway";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.gateway[2] != (u8_t)i4) && (i4>=0) && (i4<=255) )
            {
                //tempconfig_g.netmask[2] = (u8_t)i4;
                config_g.gateway[2] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }    

            /* GateWay[3] config */ 
            i4 = (atol(vp[11].value));
            if( i4 <= 0|| i4 >= 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid Gateway";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.gateway[3] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.netmask[3] = (u8_t)i4;
                config_g.gateway[3] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }  
	 /* MAC[0] config */ 

		strcpy(u8buf,vp[12].value);	
		i4=sstrtohex(&u8buf);

//            i4 = (atol(vp[12].value));
           if( i4 < 0|| i4 > 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid MAC";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
        
            if( (config_g.hardmac[0] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.MAC[0] = (u8_t)i4;
                config_g.hardmac[0] =(u8_t)i4;
                ConfigChangeFlag = 1 ;  
            }
	     
	 /* MAC[1] config */ 
		strcpy(u8buf,vp[13].value);	
		i4=sstrtohex(&u8buf);
          
//           i4 = (atol(vp[13].value));
          if( i4 < 0|| i4 > 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid MAC";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
 
            if( (config_g.hardmac[1] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.MAC[1] = (u8_t)i4;
                config_g.hardmac[1] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            } 
	/* MAC[2] config */ 

		strcpy(u8buf,vp[14].value);	
		i4=sstrtohex(&u8buf);
//            i4 = (atol(vp[14].value));
           if( i4 < 0|| i4 > 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid MAC";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.hardmac[2] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.MAC[2] = (u8_t)i4;
                config_g.hardmac[2] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }   
	   /*  MAC[3] config */ 

		strcpy(u8buf,vp[15].value);	
		i4=sstrtohex(&u8buf);
//            i4 = (atol(vp[15].value));
           if( i4 < 0|| i4 > 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid MAC";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.hardmac[3] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.MAC[3] = (u8_t)i4;
                config_g.hardmac[3] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }
	/* MAC[4] config */ 
 		strcpy(u8buf,vp[16].value);	
		i4=sstrtohex(&u8buf);
//           i4 = (atol(vp[16].value));
            if( i4 < 0|| i4 > 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid MAC";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.hardmac[4] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.MAC[4] = (u8_t)i4;
                config_g.hardmac[4] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            } 
    /* MAC[5] config */ 
		strcpy(u8buf,vp[17].value);	
		i4=sstrtohex(&u8buf);

 //           i4 = (atol(vp[17].value));
          if( i4 < 0|| i4 > 255  )
            {
                errmsgflag = ERRORMSG_SETUP ;
                hs->errormsg = "Invalid MAC";
                httpd_send_file(fs_open("errormsg.htm"));
                return OK;
            }
            if( (config_g.hardmac[5] != (u8_t)i4) && (i4>0) && (i4<255) )
            {
                //tempconfig_g.MAC[5] = (u8_t)i4;
                config_g.hardmac[5] = (u8_t)i4;
                ConfigChangeFlag = 1 ;                
            }    


            //if( ConfigChangeFlag )
            //{
            //    httpd_send_file(fs_open("reconnect.htm"));
            //    return OK;
            //}
		
#ifdef EEPROM_ENABLE
        //DEBUGF(DEBUG_UART, ("\r\n EE_FLAG is (%.bx)", EE_FLAG));
   	 if (EE_FLAG == EEPROM24C16)
        {
            /* Save Configuration to EEPROM */
            /* MY_IP */
            for (i=0; i<4; i++)
                _24c16_eeprom_word_write((u16_t)EE_IP12*2+i, config_g.ipaddr[i]);
            
            /* NETMASK */
            for (i=0; i<4; i++)
                _24c16_eeprom_word_write((u16_t)EE_NETMASK12*2+i, config_g.netmask[i]);
            
            /* GATEWAY */
            for (i=0; i<4; i++)
                _24c16_eeprom_word_write((u16_t)EE_GATEWAY12*2+i, config_g.gateway[i]);
	     /* MAC */
            for (i=0; i<6; i++)
                _24c16_eeprom_word_write((u16_t)EE_MAC12*2+i, config_g.hardmac[i]);
			
			

            /* DHCP */            
            u8EEData1 = en ? 0x01 : 0x00;
            _24c16_eeprom_word_write(EE_DHCPEN*2, u8EEData1);
            
            /* Write MAGIC Code */
            u8EEData1 = (u8_t)((EE_MAGIC_CODE_DATA&0xFF00)>>8);
            u8EEData2 = (u8_t)(EE_MAGIC_CODE_DATA&0x00FF);
            _24c16_eeprom_word_write((u16_t)EE_MAGIC_CODE*2, u8EEData1);
            _24c16_eeprom_word_write((u16_t)EE_MAGIC_CODE*2+1, u8EEData2);        
        }
#endif
	 // DEBUGF(DEBUG_SYS, ("\r\n\r\n IN tgiSystem()"));
		set_my_uip();
    }

    httpd_send_file(fs_open("system.htm"));

    return OK;
}

u8_t tgi_password(u8_t varid, variable_t *vp)
{

    
	u8_t  i, pwd_len, u8EEData;
    char  *oldpasswd ;
    // for delete warring 
    u8_t u8_dwarring ;
    u8_dwarring = varid ;
    // end of delete warring  
	oldpasswd = user_table[0].passwd; 
//	char  newpasswd1[MAX_PASSWORD_LEN+1], newpasswd2[MAX_PASSWORD_LEN+1];
	
//    printf("\r\n%s\r\n%s\r\n%s",vp[0].value, vp[1].value, vp[2].value );
	if (!strcmp(vp[3].value, "Apply"))
	{
		if (!strcmp( vp[0].value, oldpasswd))	 	// password is correct!!!
		{
//			DEBUGF(DEBUG_UART, ("\r\n Password Correct!!"));
            pwd_len = (u8_t)(strlen(vp[1].value));
            DEBUGF(0, ("\r\n pwd_len is %bu",pwd_len));
            if( pwd_len > MAX_PASSWORD_LEN )
            {
 //               printf("\r\n pwd_len > MAX_PASSWORD_LEN") ;
                errmsgflag = ERRORMSG_HISTORY_BACK ;
               	hs->errormsg = "New password too long!!! Max length is 4.";
				httpd_send_file(fs_open("errormsg.htm"));
                return OK;                
            }
			if (!strcmp( vp[1].value, vp[2].value))
			{	
                errmsgflag = ERRORMSG_NOTE  ;		
				hs->errormsg = "Password Changed!!!";
				httpd_send_file(fs_open("errormsg.htm"));
				
				#ifdef EEPROM_ENABLE
//					DEBUGF(DEBUG_UART, ("\r\n Show user_table[0].passwd: Before:(%s)", user_table[0].passwd));
					strcpy(user_table[0].passwd, vp[1].value);
//					DEBUGF(DEBUG_UART, ("\r\n Show user_table[0].passwd: After:(%s)", user_table[0].passwd));

					// Set to EEPROM!!!					
					
					for (i=0; i<pwd_len+1; i++)		// 1 NULL Char
					{
							u8EEData = 0x00;
							u8EEData = user_table[0].passwd[i];
							_24c16_eeprom_word_write(EE_PASSWRD*2+i, u8EEData);
							DEBUGF(DEBUG_UART, ("\r\n EE_OFFSET: (%.bu) Write EE_DATA: (%c)", EE_PASSWRD*2+i, (char)u8EEData));
					}					
				#endif
			}		 
			else if ( strcmp( vp[1].value, vp[2].value) != 0)
			{
                errmsgflag = ERRORMSG_HISTORY_BACK ;
				hs->errormsg = "New Password not Confirmed";
				httpd_send_file(fs_open("errormsg.htm"));
			}
            
		}
		else if ( (strcmp( vp[0].value, oldpasswd)) != 0 )
		{
//			DEBUGF(DEBUG_UART, ("\r\n Incorrect Password!!!"));
//			httpd_send_loginError();		
            errmsgflag = ERRORMSG_HISTORY_BACK;	
            hs->errormsg = "Invalid Password";
		    httpd_send_file(fs_open("errormsg.htm"));
		}	
	}
    if (!strcmp(vp[3].value, "Reset"))
    {        
        httpd_send_file(fs_open("password.htm"));
    }
	//httpd_send_file(fs_open("note.htm"));
		
    return OK;
}

u8_t ssiPassword(u8_t varid, value_t *vp)
{
	switch (varid)
	{
		case TGI_OLDPASS:
			vp->value.string = "";
			vp->type = string;					
            break;

		case TGI_NEWPASS:
			vp->value.string = "";
			vp->type = string;					
		break;

		case TGI_CONFIRMPASS:
			vp->value.string = "";
			vp->type = string;					
		break;
		
		default:
			vp->value.string = "";
			vp->type = string;
			break;
	}

	return OK;
}