byte *tf_get_block(int i)
{
seg_desc[0] = '\0';
if(jump_to_segment(i, &tf_cseg)) {
tf_segoffs = ftell(tapefd);
if(read_header(rbuf, &tf_cseg) &&
interpret_header(rbuf, &tf_cseg)) return rbuf;
}
return NULL;
}
int next_segment(void)
{
if(endnext) {
endnext = 0;
tf_cseg.segtype = endtype;
tf_cseg.pause = endpause;
playstate = endplay;
return tf_cseg.segtype;
}
seg_desc[0] = '\0';
lead_pause = tf_cseg.pause;
if(end_seg(&tf_cseg)) {
currsegi = segi;
if(read_header(rbuf, &tf_cseg)) interpret_header(rbuf, &tf_cseg);
}
if(tf_cseg.segtype >= SEG_DATA) {
playstate = PL_PAUSE;
if(lead_pause) finished = 1;
}
else playstate = PL_NONE;
if(tf_cseg.segtype <= SEG_STOP && !finished) {
endnext = 1;
endtype = tf_cseg.segtype;
endpause = tf_cseg.pause;
endplay = playstate;
if(lead_pause > 0) lead_pause--;
tf_cseg.pause = 1;
tf_cseg.segtype = SEG_VIRTUAL;
playstate = PL_END;
}
return tf_cseg.segtype;
}
static void interpret_one(gpointer d, gpointer ud)
{
Atom* a = (Atom*) d;
GSList** stack = (GSList**) ud;
/* g_debug("a->level=%i; e->last_level=%i", a->level, e->last_level); */
if ( a->level < g_slist_length(*stack) ) {
fold_to(stack, a->level);
} else if ( a->level > g_slist_length(*stack) ) {
/* implicit multipart */
implicit_level_increase(stack);
}
switch (a->type) {
case at_Header:
interpret_header(stack, a->args);
break;
case at_Text:
interpret_text(stack, a->args);
break;
case at_Message:
interpret_message(stack, a->args);
break;
case at_Att:
interpret_att(stack, a->args);
break;
case at_Multi:
interpret_mlt(stack, a->args);
break;
case at_Empty:
case at_Invalid:
default:
;
}
}
static int on_headers_complete(http_parser* parser) {
print_debug("headers complete\n");
return interpret_header((evweb_http_processer*)parser);
}
