boolean
M_WriteFile
( char const* name,
void* source,
int length )
{
// FILE *handle;
int count;
// handle = fopen ( name, "wb");
// if (handle == NULL)
// return false;
// printf("writeFile %s, &s, %d \n\r", name, source, length);
count = write_once(name, source, length);
// printf("%d \n\r", count);
// count = fwrite (source, 1, length, handle);
// fclose (handle);
if (count < length)
return false;
return true;
}
/*
* internal function that actually writes the rc_robot_cfg_t entry
*/
static void
write_robot(
FILE *f,
rc_robot_cfg_t *rb) /* robot to write */
{
boolean_t rb_printed = B_FALSE;
upath_t name;
char fsizestr[FSIZE_STR_LEN];
Trace(TR_DEBUG, "writing rc_robot");
snprintf(name, sizeof (name), "\n%s", rb->robot_name);
if (rb->rc_params.data_quantity != fsize_reset &&
rb->rc_params.change_flag & RC_data_quantity) {
write_once(f, name, &rb_printed);
fprintf(f, " -dataquantity %s", fsize_to_str(
rb->rc_params.data_quantity, fsizestr,
FSIZE_STR_LEN));
}
if (rb->rc_params.hwm != int_reset &&
rb->rc_params.change_flag & RC_hwm) {
write_once(f, name, &rb_printed);
fprintf(f, " -hwm %d", rb->rc_params.hwm);
}
if (rb->rc_params.ignore != flag_reset &&
rb->rc_params.change_flag & RC_ignore) {
write_once(f, name, &rb_printed);
fprintf(f, " -ignore");
}
if (*(rb->rc_params.email_addr) != '\0' &&
rb->rc_params.change_flag & RC_email_addr) {
write_once(f, name, &rb_printed);
fprintf(f, " -mail %s", rb->rc_params.email_addr);
}
if (rb->rc_params.mingain != int_reset &&
rb->rc_params.change_flag & RC_mingain) {
write_once(f, name, &rb_printed);
fprintf(f, " -mingain %d", rb->rc_params.mingain);
}
if (rb->rc_params.vsncount != int_reset &&
rb->rc_params.change_flag & RC_vsncount) {
write_once(f, name, &rb_printed);
fprintf(f, " -vsncount %d", rb->rc_params.vsncount);
}
Trace(TR_DEBUG, "wrote rc_robot");
}
