int main(int argc, char *argv[])
{
tester_cbdata cbdata;
ekhtml_parser_t *ekparser;
char *buf;
size_t nbuf;
int feedsize;
if (argc < 2) {
fprintf(stderr,
"Syntax: %s <feedsize> [1|0 (to print debug)]\n",
argv[0]);
return -1;
}
feedsize = atoi(argv[1]);
ekparser = ekhtml_parser_new(NULL);
cbdata.n_starttags = 0;
cbdata.n_endtags = 0;
cbdata.n_comments = 0;
cbdata.n_data = 0;
cbdata.magic_doodie = MAGIC_DOODIE;
cbdata.only_parse = argc == 3;
ekhtml_parser_datacb_set(ekparser, handle_data);
ekhtml_parser_commentcb_set(ekparser, handle_comment);
ekhtml_parser_startcb_add(ekparser, "h1", handle_starttag_way);
ekhtml_parser_startcb_add(ekparser, "title", handle_starttag_way);
ekhtml_parser_startcb_add(ekparser, NULL, handle_starttag);
//ekhtml_parser_endcb_add(ekparser, "H1", handle_starttag_way);
ekhtml_parser_endcb_add(ekparser, NULL, handle_endtag);
ekhtml_parser_cbdata_set(ekparser, &cbdata);
buf = malloc(feedsize);
while ((nbuf = fread(buf, 1, feedsize, stdin))) {
ekhtml_string_t str;
str.str = buf;
str.len = nbuf;
ekhtml_parser_feed(ekparser, &str);
ekhtml_parser_flush(ekparser, 0);
}
ekhtml_parser_flush(ekparser, 1);
ekhtml_parser_destroy(ekparser);
free(buf);
if (argc == 3) {
fprintf(stderr,
"# starttags: %u\n"
"# endtags: %u\n"
"# comments: %u\n"
"# data: %u\n", cbdata.n_starttags,
cbdata.n_endtags, cbdata.n_comments, cbdata.n_data);
}
return 0;
}
void ekhtml_parser_feed(ekhtml_parser_t *parser, ekhtml_string_t *str){
size_t nfed = 0;
while(nfed != str->len){
size_t tocopy;
/* First see how much we can fill up our internal buffer */
tocopy = MIN(parser->nalloced - parser->nbuf, str->len - nfed);
memcpy(parser->buf + parser->nbuf, str->str + nfed, tocopy);
nfed += tocopy;
parser->nbuf += tocopy;
if(parser->nalloced == parser->nbuf){
/* Process the buffer */
if(!ekhtml_parser_flush(parser, 0)){
/* If we didn't actually process anything, grow our buffer */
ekhtml_buffer_grow(parser);
}
}
}
}
