CachedExtentRef e)
{
LOG_PREFIX(LBATree::init_cached_extent);
- DEBUGT(": extent {}", c.trans, *e);
+ DEBUGT("extent {}", c.trans, *e);
if (e->is_logical()) {
auto logn = e->cast<LogicalCachedExtent>();
return lower_bound(
ceph_assert(iter.get_val().len == e->get_length());
c.pins.add_pin(
static_cast<BtreeLBAPin&>(logn->get_pin()).pin);
- DEBUGT(": logical extent {} live, initialized", c.trans, *logn);
+ DEBUGT("logical extent {} live, initialized", c.trans, *logn);
return e;
} else {
- DEBUGT(": logical extent {} not live, dropping", c.trans, *logn);
+ DEBUGT("logical extent {} not live, dropping", c.trans, *logn);
c.cache.drop_from_cache(logn);
return CachedExtentRef();
}
depth_t cand_depth = eint->get_node_meta().depth;
if (cand_depth <= iter.get_depth() &&
&*iter.get_internal(cand_depth).node == &*eint) {
- DEBUGT(": extent {} is live", c.trans, *eint);
+ DEBUGT("extent {} is live", c.trans, *eint);
return e;
} else {
- DEBUGT(": extent {} is not live", c.trans, *eint);
+ DEBUGT("extent {} is not live", c.trans, *eint);
c.cache.drop_from_cache(eint);
return CachedExtentRef();
}
).si_then([FNAME, c, e, eleaf](auto iter) {
// Note, this check is valid even if iter.is_end()
if (iter.leaf.node == &*eleaf) {
- DEBUGT(": extent {} is live", c.trans, *eleaf);
+ DEBUGT("extent {} is live", c.trans, *eleaf);
return e;
} else {
- DEBUGT(": extent {} is not live", c.trans, *eleaf);
+ DEBUGT("extent {} is not live", c.trans, *eleaf);
c.cache.drop_from_cache(eleaf);
return CachedExtentRef();
}
});
} else {
DEBUGT(
- ": found other extent {} type {}",
+ "found other extent {} type {}",
c.trans,
*e,
e->get_type());