int
execsh(char *args, char *cmd, Bufblock *buf, Envy *e)
{
int tot, n, tid, pid;
HANDLE outin, outout, inout, inin;
struct {
char *cmd;
HANDLE handle;
} *arg;
if(buf == 0)
outout = GetStdHandle(STD_OUTPUT_HANDLE);
else if(CreatePipe(&outin, &outout, 0, 0) == FALSE) {
perror("pipe");
Exit();
}
if(CreatePipe(&inin, &inout, 0, 0) == FALSE) {
perror("pipe");
Exit();
}
arg = malloc(sizeof(*arg));
arg->cmd = strdup9(cmd);
arg->handle = inout;
if(CreateThread(0, 0, writecmd, arg, 0, &tid) == FALSE) {
perror("spawn writecmd");
Exit();
}
pid = spinoff(inin, outout, args, 0, e);
CloseHandle(inin);
if(DEBUG(D_EXEC))
printf("starting: %s\n", cmd);
if(buf) {
CloseHandle(outout);
tot = 0;
for(;;) {
if (buf->current >= buf->end)
growbuf(buf);
if(ReadFile(outin, buf->current, buf->end-buf->current, &n, 0) == FALSE)
break;
buf->current += n;
tot += n;
}
if (tot && buf->current[-1] == '\n')
buf->current--;
CloseHandle(outin);
}
return pid;
}
int
pipecmd(char *cmd, Envy *e, int *fd)
{
int pid;
HANDLE pipein, pipeout;
if(fd) {
if(CreatePipe(&pipein, &pipeout, 0, 0) == FALSE) {
perror("pipe");
Exit();
}
} else
pipeout = GetStdHandle(STD_OUTPUT_HANDLE);
pid = spinoff(GetStdHandle(STD_INPUT_HANDLE), pipeout, "-c", cmd, e);
if(fd) {
CloseHandle(pipeout);
*fd = _open_osfhandle((long)pipein, 0);
}
return pid;
}
// Function to process which action to take with current trade
void portfolio::action(pTrade input){
// cout << "Enter action" << endl;
if(input.sortID == "CD")
return;
if(input.type == "buy" || input. type == "Buy")
buy(input);
else if (input.type == "sell" || input.type == "Sell")
sell(input);
else if (input.type == "donate" || input.type == "Donate")
donate(input);
else if (input.type == "aquisition" || input.type == "Aquisition")
acquistion(input);
else if(input.type == "spinoff" || input.type == "Spinoff")
spinoff(input);
else if(input.type == "reverse split" || input.type == "split")
split(input);
else if(input.type == "exchange")
exchange(input);
else if(input.type == "dividend")
dividend(input);
// cout << "Exit action" << endl << endl;
}
