void mk_header_response_reset(struct response_headers *header)
{
struct mk_iov *iov;
header->status = -1;
header->sent = MK_FALSE;
header->ranges[0] = -1;
header->ranges[1] = -1;
header->content_length = -1;
header->connection = 0;
header->transfer_encoding = -1;
header->last_modified = -1;
header->upgrade = -1;
header->cgi = SH_NOCGI;
mk_ptr_reset(&header->content_type);
mk_ptr_reset(&header->content_encoding);
header->location = NULL;
header->_extra_rows = NULL;
header->allow_methods.len = 0;
/* Initialize headers IOV */
iov = &header->headers_iov;
iov->io = (struct iovec *) &header->__iov_io;
iov->buf_to_free = (void *) &header->__iov_buf;
mk_iov_init(&header->headers_iov, MK_HEADER_IOV, 0);
}
struct mk_iov *mk_iov_create(int n, int offset)
{
int s_all;
int s_iovec;
int s_free_buf;
void *p;
struct mk_iov *iov;
s_all = sizeof(struct mk_iov); /* main mk_iov structure */
s_iovec = (n * sizeof(struct iovec)); /* iovec array size */
s_free_buf = (n * sizeof(void *)); /* free buf array */
p = mk_mem_alloc_z(s_all + s_iovec + s_free_buf);
if (!p) {
return NULL;
}
/* Set pointer address */
iov = p;
iov->io = p + sizeof(struct mk_iov);
iov->buf_to_free = (void *) (p + sizeof(struct mk_iov) + s_iovec);
mk_iov_init(iov, n, offset);
return iov;
}
