void ICACHE_FLASH_ATTR headers(struct espconn * client, const char *filename)
{
char *buf =(char *)os_zalloc(sizeof(char)*128);
(void)filename; /* could use filename to determine file type */
os_strcpy(buf, "HTTP/1.0 200 OK\r\n");
TCP_Send(client, buf, strlen(buf));
os_strcpy(buf, "Connection: close\r\n");
TCP_Send(client, buf, strlen(buf));
os_strcpy(buf, SERVER_STRING);
TCP_Send(client, buf, strlen(buf));
os_sprintf(buf, "Content-Type: text/html\r\n");
TCP_Send(client, buf, strlen(buf));
os_strcpy(buf, "\r\n");
TCP_Send(client, buf, strlen(buf));
os_delay_us(1000);
os_free(buf);
}
int16_t std_m_message_send(void *Message,int sockfd,uint16_t Length)
{
uint16_t Totle,i;
if(Length < 8 || Message == NULL) return -1;
if(Length <= STD_PACKAGE_SIZE){
if(send(sockfd,Message,Length,0) < 0)
return -1;
}else{
Totle = Length / STD_PACKAGE_SIZE;
if(Length % STD_PACKAGE_SIZE != 0)
Totle ++;
for(i=1;i<=Totle;i++)
TCP_Send(sockfd,(char *)Message+(i-1)*STD_PACKAGE_SIZE,STD_PACKAGE_SIZE,0);
}
return LINKC_SUCCESS;
}
void ICACHE_FLASH_ATTR process_form(char *pdata , unsigned short len,void * conn)
{
int Locations[10];
int length[9];
int address[0];
char Post_Error=0;
char Local_Port[5]="";
char Remote_Port[5]="";
int LP,RP;
int Header_type;
int Mode;
int Buffer_Size;
TCP_recieved_flag=1;
if(Search_Word(pdata,10,"POST")!=-1){
Locations[0]=Search_Word(pdata,len,"RID");
Locations[1]=Search_Word(pdata,len,"&RPWD");
Locations[2]=Search_Word(pdata,len,"&AID");
Locations[3]=Search_Word(pdata,len,"&APWD");
Locations[4]=Search_Word(pdata,len,"&STATION");
Locations[5]=Search_Word(pdata,len,"&UDPLP");
Locations[6]=Search_Word(pdata,len,"&UDPRP");
Locations[7]=Search_Word(pdata,len,"&TERMINATOR");
Locations[8]=Search_Word(pdata,len,"&PCTSIZE");
length[0]=Locations[1]-Locations[0]-4;
length[1]=Locations[2]-Locations[1]-6;
length[2]=Locations[3]-Locations[2]-5;
length[3]=Locations[4]-Locations[3]-6;
length[4]=Locations[5]-Locations[4]-9;
length[5]=Locations[6]-Locations[5]-7;
length[6]=Locations[7]-Locations[6]-7;
length[7]=Locations[8]-Locations[7]-12;
address[0]=Locations[0]+4;
address[1]=Locations[1]+6;
address[2]=Locations[2]+5;
address[3]=Locations[3]+6;
address[4]=Locations[4]+9;
address[5]=Locations[5]+7;
address[6]=Locations[6]+7;
address[7]=Locations[7]+12;
address[8]=Locations[8]+9;
if(length[0]>0 && address[0]!=-1){
os_memcpy(&info.Router_ssid,&pdata[address[0]],length[0]);
}
if(length[1]>0 && address[1]!=-1){
os_memcpy(&info.Router_password,&pdata[address[1]],length[1]);
}
if(length[2]>0 && address[2]!=-1){
os_memcpy(&info.Soft_AP_ssid,&pdata[address[2]],length[2]);
}
if(length[3]>0 && address[3]!=-1){
os_memcpy(&info.Soft_AP_password,&pdata[address[3]],length[3]);
}
if(length[6]>0 && address[6]!=-1){
os_memcpy(&Remote_Port,&pdata[address[6]],length[6]);
RP=Ptoi(Remote_Port);
info.UDP_Client_Port=(uint32)RP;
}
if(length[5]>0 && address[5]!=-1){
os_memcpy(&Local_Port,&pdata[address[5]],length[5]);
LP=Ptoi(Local_Port);
info.UDP_Server_Port=(uint32)LP;
}
if(address[4]!=-1)
info.Mode=(uint32)pdata[address[4]];
if(address[7]!=-1)
info.Terminator=(uint32)pdata[address[7]];
os_memcpy(&conv.data_struct,&info,sizeof(info));
spi_flash_erase_sector(0x3D);
spi_flash_write(0x3D000,conv.data,sizeof(info));
TCP_Send((struct espconn *)conn,"<h1>OK!!! ,Changes Saved<h1>",sizeof("<h1>OK!!! ,Changes Saved<h1>"));
return ;
}
headers((struct espconn *) conn ,"http");
TCP_Send((struct espconn *)conn,Page,os_strlen(Page));
}
