int tbx_ns_chksum_read_flush(tbx_ns_t *ns)
{
char ns_value[CHKSUM_MAX_SIZE], chksum_value[CHKSUM_MAX_SIZE];
int err, n;
tbx_tbuf_t buf;
log_printf(15, "ns_read_chksum_flush: Reading chksum! ns=%d type=%d bleft=" I64T " bsize=" I64T " state=%d\n",
tbx_ns_getid(ns), tbx_chksum_type(&(ns->read_chksum.chksum)), ns->read_chksum.bytesleft, ns->read_chksum.blocksize, ns_read_chksum_state(ns));
tbx_log_flush();
if (ns_read_chksum_state(ns) == 0) return(0);
if (ns->read_chksum.bytesleft == ns->read_chksum.blocksize) return(0); //** Nothing to do
n = tbx_chksum_size(&(ns->read_chksum.chksum), CHKSUM_DIGEST_HEX);
ns->read_chksum.is_running = 0; //** Don't want to get in an endless loop
tbx_tbuf_single(&buf, n, ns_value);
err = _read_netstream_block(ns, apr_time_now() + apr_time_make(5,0), &buf, 0, n, 0);
ns_value[n] = '\0';
ns->read_chksum.is_running = 1;
log_printf(15, "ns_read_chksum_flush: Finished reading chksum! ns=%d\n", tbx_ns_getid(ns));
tbx_log_flush();
if (err != 0) {
log_printf(10, "ns_read_chksum_flush: ns=%d Error reading chksum! error=%d\n", tbx_ns_getid(ns), err);
return(err);
}
tbx_chksum_get(&(ns->read_chksum.chksum), CHKSUM_DIGEST_HEX, chksum_value);
log_printf(15, "ns_read_chksum_flush: after tbx_chksum_get! ns=%d\n", tbx_ns_getid(ns));
tbx_log_flush();
err = (strncmp(chksum_value, ns_value, n) == 0) ? 0 : 1;
log_printf(15, "ns_read_chksum_flush: ns=%d ns_value=%s cmp=%d\n", tbx_ns_getid(ns), ns_value, err);
log_printf(15, "ns_read_chksum_flush: ns=%d chksum_value=%s\n", tbx_ns_getid(ns), chksum_value);
if (err != 0) {
log_printf(1, "ns_read_chksum_flush: ns=%d chksum error!\n", tbx_ns_getid(ns));
log_printf(1, "ns_read_chksum_flush: ns=%d ns_value=%s cmp=%d\n", tbx_ns_getid(ns), ns_value, err);
log_printf(1, "ns_read_chksum_flush: ns=%d chksum_value=%s\n", tbx_ns_getid(ns), chksum_value);
}
log_printf(15, "ns_read_chksum_flush: end of routine! ns=%d\n err=%d", tbx_ns_getid(ns), err);
tbx_log_flush();
return(err);
}
int read_netstream_block(tbx_ns_t *ns, apr_time_t end_time, tbx_tbuf_t *buffer, unsigned int boff, int bsize)
{
return(_read_netstream_block(ns, end_time, buffer, boff, bsize, 1));
}
int read_netstream_block(NetStream_t *ns, apr_time_t end_time, tbuffer_t *buffer, int boff, int bsize)
{
return(_read_netstream_block(ns, end_time, buffer, boff, bsize, 1));
}
