void main(void)
{
struct ctrl_conheader header;
char buffer[FUDGE_BSIZE];
struct ipv4_arpentry entry;
struct ipv4_socket socket;
if (!file_walk(FILE_L0, "/system/ethernet/ipv4/arptable"))
return;
file_open(FILE_L0);
file_readall(FILE_L0, &entry, sizeof (struct ipv4_arpentry));
file_close(FILE_L0);
socket.address[0] = entry.paddress[0];
socket.address[1] = entry.paddress[1];
socket.address[2] = entry.paddress[2];
socket.address[3] = entry.paddress[3];
socket.port[0] = 0x1F;
socket.port[1] = 0x90;
if (!file_walk(FILE_L0, "/system/con/con:0"))
return;
if (!file_walkfrom(FILE_L1, FILE_L0, "ctrl"))
return;
file_open(FILE_L1);
file_writeall(FILE_L1, &socket, sizeof (struct ipv4_socket));
file_close(FILE_L1);
if (!file_walkfrom(FILE_L1, FILE_L0, "data"))
return;
file_open(FILE_PO);
file_open(FILE_L1);
while (file_readall(FILE_L1, &header, sizeof (struct ctrl_conheader)))
{
file_readall(FILE_L1, buffer, header.count);
file_writeall(FILE_PO, buffer, header.count);
send(&socket, &header.sender, "ack\n", 4);
}
file_close(FILE_L1);
file_close(FILE_PO);
}
static unsigned int findmodulesymbol(unsigned int count, char *symbolname)
{
unsigned int length = memory_findbyte(symbolname, count, '_') - 1;
unsigned int offset = 0;
unsigned int address;
char module[32];
offset += memory_write(module, 32, symbolname, length, offset);
offset += memory_write(module, 32, ".ko", 4, offset);
if (!file_walkfrom(CALL_L2, CALL_L1, module))
return 0;
file_open(CALL_L2);
address = findsymbol(CALL_L2, count, symbolname);
file_close(CALL_L2);
return address;
}